TW202336325A - A kind of "formwork engineering construction method for houses with door and window frame assembly and integrated cast concrete solid sealed door and window frame" - Google Patents

Abstract

A "formwork engineering construction method for a house with door and window frame assembly and integrated cast concrete solid sealed door and window frame" relates to the creation of formwork engineering in civil or construction engineering. At a location where a window or a door frame needs to be installed on a building structure, a positioning plate (which also serves as a side formwork plate for the window frame or door frame) is used to assemble the window frame or door frame, the inner and outer side formwork plates (or materials, pads or fastening plates) of the window frame or door frame, and internal support materials, so as to form a "window frame or door frame assembly" with a thickness equal to or slightly smaller than the spacing of the wall formwork cavity. Moreover, by directly using iron nails, the positioning plate assembled on the "window frame or door frame assembly" is fixed to a side formwork where a wall formwork cavity of the structure formwork construction is first assembled. By further tying steel bars and distributing water and electricity pipes, the other side formwork is assembled, and the two side formworks of the formwork cavity is fixed on the inner and outer sides of the "window frame or door frame assembly". The present invention has inventiveness or novelty, and industrial applicability in forming a wall formwork cavity of a composite material structure and recycles formwork materials to reproduce the "window frame or door frame assembly", which is a formwork engineering construction method with great industrial practicability and circular economic value. In the present invention, the "window frame assembly" or "door frame assembly" is directly produced; or the "door frame or window frame assembly" of the house is directly installed in the wall formwork cavity of the formwork construction, and the concrete is then poured to produce a "solid sealed window frame or door frame on the concrete of the wall structure", thereby forming a high-quality, high-value-added structural product (house) with one-time construction waterproofing effect.

Description

A kind of "door and window frame assembly and integrated casting concrete solid sealing door and window frame formwork engineering construction of the house Law"

This invention is a "door and window frame assembly and a formwork construction method for houses with integrally cast concrete and sealed door and window frames", which is the invention patent case No. 110123043 "A formwork construction method" filed by the inventor on June 24, 2010. Figure 70 (348) to Figure 82 (410) in the drawings are in the application for division of the patent of the present invention. Adhering to the original invention of "a formwork construction method", it is based on the use of mechanical engineering and civil or construction engineering mechanical principles and material mechanics to create cast concrete to produce reinforced concrete (RC) or steel frame reinforced concrete (SRC) or Formwork engineering equipment for steel reinforced concrete (SC) structures; or formwork engineering for brick or reinforced brick or hollow brick construction projects; for directly made walls or columns, walls or columns, walls, beams or columns, walls , beams, and floor formwork cavities; or in the walls, columns, and wall structure parts of the structure that have been completed first, reserve larger-sized wall openings that are needed to hold the door frames or window frames, and then proceed with the formwork work. Wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, floor slab mold cavities; when creating "positioning boards" As the molding board for the inner or outer edge of the door frame or window frame, the "L-shaped cross-section support material" with composite material properties is used as the internal support material for the inner edge of the door frame or window frame, and is fixed (overlaid) and positioned with iron nails. Board, formwork board, door frame or window frame, internal support material (or internal support material and intermediate support material), formwork board or fixed board, utilize the friction and tightness generated by the fixed stack (assembly) of iron nails. , shear strength; assembled into a "door frame assembly" or "window frame assembly" with a thickness equal to that of the wall mold cavity spacing; the door frame or window frame needs to be set on the mold surface of the side mold that has been assembled in advance of the wall mold cavity The correct position of the frame is directly fixed to the "door frame assembly" or "window frame assembly" The positioning plate on the outer or inner edge is used to mount the "door frame assembly" or "window frame assembly" on the formwork surface of the pre-assembled wall side formwork; tie steel bars or water and electricity pipes to the cavity that can match the wall formwork Road and other facilities, and then directly continue to the other side of the combined wall mold cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall with "door frame assembly" or "window frame assembly" , beams or columns, walls, beams, floor mold cavities; or wall openings or wall openings, floor or Wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, floor slab mold cavities; the process of casting concrete, supporting the dynamic pressure or lateral pressure generated by the mold cavity or uniform distribution Load-bearing, automatic or intelligent machine formwork engineering equipment, for "door frame assembly" or "window frame assembly" made of iron nails; or for fixing "door frame assembly" or "window frame assembly" with iron nails ” A structural combination in the wall formwork cavity; a formwork engineering construction method that produces composite material properties, reduces the deflection of door frames or window frames caused by the concrete embedding process, or produces deflections that meet construction quality requirements, or produces a near-zero deflection effect ; Or the waterproofing performance of one-time construction (grouting) can be used to directly produce "houses with integrally cast concrete to seal door frames or window frames".

The inventor spent the last four years of his life (self-taught mechanical engineering knowledge, passed the national higher education examination, and then studied civil engineering skills), dedicated to developing formwork engineering technology; so far, he has written about formwork engineering. (Creation), including: Invention No. 078153, Invention No. 103040, Invention No. 111884, Invention No. 128214, Invention No. 160730, Invention No. 170901, Invention No. 207370, Invention No. I291507, etc. Image copyright. General requirements (or general characteristics that should be possessed) for formwork (mold cavity or formwork engineering equipment for designing formwork projects): strength, firmness, tightness, accuracy, smoothness, easy assembly and disassembly, economy nature, have a full understanding and the ability to analyze the behavior supported by the template in detail. However, the required strength, tightness and deflection of the formwork are indeed closely related to the support type or combination method of the formwork structure; since the mold cavity after the formwork project is completed, it needs to have certain characteristics relative to the grouting process. Load or load, in automatic or intelligent machinery, the necessary structural performance that produces the deflection, strain or stress that meets the quality requirements of the construction specifications with the load; in the case of direct pouring into the mold cavity The load or lateral pressure generated by the concrete can produce forces or stresses and strains within the range specified in the construction specifications on the linings, grids, ties (or tighteners) or column supports that form the mold cavity; and can It is used for nail-fixed combination positioning plates, formwork plates, door frames or window frames, internal supporting materials of composite materials, formwork plates (or formwork plates, fixed plates, etc.), which are generated between the shear strength resistance of the iron nails and the combined surfaces. Shear flow constitutes the computation of the strength properties of composite materials. Determining the concrete casting process in advance can reduce or increase the force on the supporting points, reduce the deflection between the supporting points, or produce a feedback deflection effect; in creation Utilize the positioning effect of the positioning plate to assemble the "window frame assembly" or "door frame assembly" and directly fix the positioning plate that has been produced on the "window frame assembly" or "door frame assembly" on the wall side mold ; Implemented for the purpose of building a "house with integrally cast concrete and sealed door and window frames". This creation (invention) can fully comply with the current construction specifications for formwork projects (Article 131 of the Standards for Construction of Safety and Health Facilities in the Occupational Safety and Health Act) It is required: "...before the construction of the formwork project, according to the shape of the formwork, expected load and concrete pouring method, etc., to meet the requirements of construction regulations and other regulations, personnel with expertise in architecture, civil engineering, structure, etc. or by professional organizations shall be appointed. For the purpose of design, prepare construction drawings, and assign full-time engineering personnel to sign and confirm the strength calculation and construction drawings.

As mentioned above, the molds (cavities) used in formwork projects for designing or constructing or casting concrete production structures can produce (or like smart machines) a certain deflection effect of reducing the formwork (liner) during the concrete casting process; It can be calculated and loaded with door or window frame assembly in the wall mold cavity of the structure, which is a formwork to create "a house with cast concrete to seal the door and window frames". The first layer of grid is used to directly support the evenly distributed load generated by the cast concrete in the completed wall mold cavity in the "simply supported or triple supported or multiple continuous supported outstretched beam support type"; as shown in Figure 1 (348), in Designed or implemented in the formwork project of the cast concrete production structure, in order to implement the formwork project of "casting concrete in one piece and fixing the window frame on the house structure", the design is made of square window frame (WF10) "Window frame assembly" (WF10AB), and the "square window frame assembly" is installed on the wall side molding or outer molding [FW-W (OorF)] that is assembled in advance in the wall mold cavity of the house structure formwork project. [WF10AB(O)] At the designed location where the square window frame needs to be installed, use iron nails from the positioning plate [WF10AB(O)-1(OorF)] on the "window frame assembly" Fix it on the wall mold cavity to assemble the side or outer mold [FW-W(OorF)-WF10AB(O)-An(OorF)]; as shown in the picture

As shown in SOP.1: The "window frame assembly" is to be installed on the outside of the wall mold cavity or on the wall side mold [FW-W(OorF)-WF10AB(O)] on the pre-assembled side; after the wall mold cavity is completed, After installing steel bars, water and electricity pipes and other facilities, continue to assemble the wall side formwork [FW-W (IorL)] inside or behind the wall formwork cavity. It can still be fixed with iron nails from the outside of the wall side formwork installed later. Go to "Window Frame Assembly" [WF-W(IorL)-WF10AB(O)-An(IorL)] and continue as shown in the figure

As shown in SOP.2: It is directly assembled into the "window frame assembly" with the positioning plate [WF10AB(O)-1] and the inner or outer molding plate (or material) of the window frame [WF10AB(O)-2] , Internal support material [WF10AB(O)-3], a composite material component that constitutes the window frame, or the inner and outer molds of the wall mold cavity and the "window frame assembly" form a composite material structure with its wall mold cavity, forming The composite material structure with maximum rigidity and moment of inertia in the "window frame assembly" part supports the square window frame, which can completely overcome (withstand) the grouting side pressure of the window frame when the concrete is poured into the wall mold cavity. , can only produce very small or close to zero deflection or deformation; in order to show the technical characteristics of novelty, progress and practicality, and clearly indicate the function of mounting the "window frame assembly" on the wall side molding Schematic diagram of the three-dimensional implementation.

As shown in Figure 1-1 (349); as shown in Figure 1 (348), the "square window frame assembly" [WF10AB(O) is installed on the outer molding of the external wall mold cavity in the formwork project )], and it is clearly stated that during the formwork work, use iron nails to fix the "square window frame assembly" [WF10AB(O)] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF10AB (O)-An(OorF)]; and for the "square window frame assembly" [WF10AB(O)], a window with the same dimensions as the outer edge of the square window frame (WF10) is cut Or a slightly smaller plate can be used as a positioning plate [WF10AB(O)-1(OorF)], and on its upper or lower frame, pre-design the cross-sectional view "A-A" SECTION (TYP.A) or "A-A" as shown in the figure. SECTION(TYP.B), where,

As shown in Figure "A-A" SECTION (TYP.A), it is supported and fixed (fixed with iron nails) on the positioning plate [WF10AB(O)-1(OorF)]. One or two or more layers of pads are combined. As the upper frame on the outside edge of the window frame The molding plate {WF10AB(O)-2[OorF(U)]}, the lower frame molding plate {WF10AB(O)-2[OorF(D)]}, and the outer molding plates of the left and right frames are preset. {WF10AB(O)-2[OorF(L)]}, {WF10AB(O)-2[OorF(R)]}, and can be continued to support the window frame (WF10) on the outer molding plate, and continued Use iron nails to fix the upper frame support material {WF10AB(O)-3[WF10(U.S)]} and lower frame support material {WF10AB(O)-3[WF10(D.S)-] inside the window frame (side). 1]}&{WF10AB(O)-3[WF10(D.S)-2]}&{WF10AB(O)-3[WF10(D.S)-3]}, and set the left and right frame support materials {WF10AB( O)-3[WF10(L.S)]}, {WF10AB(O)-3[WF10(R.S)]}, and you can continue to use iron nails to set (fix) one or two or more layers of backing boards as the window frame The side or rear assembly side upper frame molding plate {WF10AB(O)-2[IorL(U)]} and the lower frame molding plate {WF10AB(O)-2[IorL(D)]} are supported inside On the material, and set the inner molding plates {WFI0AB(O)-2[IorL(L)]}, {WF10AB(O)-2[IorL(R)]} of the left and right frames to make a suitable The "square window frame assembly" [WF10AB(O)] installed on the outside of the wall of the formwork project or on the wall side formwork that has been assembled in advance; and the other

As shown in "A-A" SECTION (TYP.B) in the picture, it is fixed on the positioning plate [WF10AB(O)'-1(OorF)] (fixed with iron nails) or glued to a wooden angle or A plastic or foamed plastic material is used as the upper frame molding material {WF10AB(O)'-2[OorF(U.IW)]} and the lower frame molding material {WF10AB(O)'-2 on the outer edge of the window frame [OorF(D.IW)]}, and set the side molding materials {WF10AB(O)'-2[OorF(L.IW)]}, {WF10AB(O)'-2 outside the left and right frames [OorF(R.IW)]}, the window frame (WF10) can be placed on the molding material on the outside edge, and the upper frame support of the window frame can be fixed with iron nails on the inside (side) of the window frame material {WF10AB(O)-3[WF10(U.S)]}, lower frame support material {WF10AB(O)'-3[WF10(D.S)]}, and preset left and right frame support materials {WF10AB(O) '-3[WF10(L.S)]}, {WF10AB(O)'-3[WF10(R.S)]} on the positioning plate, and one or more layers can be set (fixed) on the inside of the window frame with iron nails Formwork plates on the side or rear assembly side: "For example, the upper frame mold sealing plate {WF10AB(O)'-2[IorL(U)]}, the lower frame mold sealing plate {WF10AB(O)'-2[IorL(D) ]} On the outer edge of the internal support material, the inner molding plates of the left and right frames {WF10AB(O)'-2[IorL(L)]}, {WF10AB(O)'-2[IorL (R)]}, to make a suitable frame for mounting on the formwork Schematic diagram of the implementation of the "square window frame assembly" [WF10AB(O)'] on the outside of the wall of the project or on the wall side molding that has been assembled beforehand;"

The details of "WF10AB(O)-3" shown in the picture are used to illustrate the use for each window frame (upper, lower, left and right frames) of "square window frame assembly" [WF10AB(O)] )'s internal supporting material [WF10AB(O)-3], it is shown that it is fixed with a wooden angle (WF10AB-3-1) and a plate (WF10AB-3-2) with iron nails (WF10AB- 3-3) Make an "L" shaped support member or composite material, use its plate part to fix it on the positioning plate with iron nails, and use the edge of the wood angle to fix the inner formwork plate; and as shown in the figure The "a" DETAIL shown in it is the assembly of the frame part "a" of the "square window frame assembly" [WF10AB(O)] in the "AA SECTION TYP.A" design method. The detailed picture shows how to fix the self-positioning plate [WF10AB(O)-1(OorF)] on the window frame with nails [WF10AB(O)-1&2&3-An] and the outer molding plate {WF10AB(O) -2[OorF(U)]}, upper frame internal support material {WF10AB(O)-3[WF10(US)]}, inner molding plate {WF10AB(O)-2[IorL(U)]} , A detailed schematic diagram of the creation of a composite support member at the height of the support upper frame [WF10AB(O)-WF10(U)]; and another

As shown in the "a-1" DETAIL in the picture, it is exposed on the "square window frame assembly"[WF10AB(O)'] in the "AA SECTION TYP.B" design method and the frame parts assembly "a-1" The detailed drawing of "Part" shows that the self-positioning plate [WF10AB(O)'-1(OorF)] is fixed on the upper frame of the window frame with iron nails [WF10AB(O)'-1&2&3-An] and the upper frame is supported internally. Material {WF10AB(O)'-3[WF10(US)]}, inner molding material {WF10AB(O)'-2[IorL(U)]}, inner molding plate {WF10AB(O)'-2[ IorL(U)]}, is a composite support member , a detailed schematic diagram of the creation at the height of the support upper frame [WF10AB(O)'-WF10(U)].

As shown in Figure 1-1 (350), it is shown in Figure 1-1, which is attached to the outer (or inner) side of the wall or the wall side formwork assembled first (or later) in the formwork project. , the design method of "A-A SECTION (TYP.B)" cross-sectional view for assembling "square window frame assembly" [WF10AB(O)'] is clearly stated to accept the "square window frame assembly" [ WF10AB(O)'] is attached to the wall side formwork, and the positioning plate on the "square window frame assembly" [WF10AB(O)'] is directly fixed with iron nails to the inside (or outside) or outside (or inside) of the wall. side The mold [FW-W(OorF)-WF10AB(O)'-(OorF)&(IorL)-An] is used to assemble the "square window frame assembly" [WF10AB(O)'], The lower, left and right frame members are combined with the inner and outer moldings (lining plates) of the wall molding cavity to form a "composite material (wall side molding + window frame assembly)" as shown in the right diagram in the figure, and As shown in the lower right part of the figure, the effective cross-section of "composite material (wall side molding + window frame assembly)" can at least include "positioning plate [WF10AB(O)'-1(OorF)", wall side molding (lining Board)[FW-W(OorF), upper frame internal support material {WF10AB(O)'-3[WF1OAB(U.S)]}& inner molding plate {WF10AB(O)'-2[IorL(U)]} , lower frame internal support material {WF10AB(O)'-3[WF1OAB(D.S)]}& inner molding plate {WF10AB(O)'-2[IorL(D)]", inner wall formwork (lining plate)[ FW-W (IorL); and according to the height of the window frame and the width of the wall side molding, a wall molding cavity with a composite material structure with maximum rigidity and moment of inertia is obtained, and the side supporting the window frame part is obtained. Pressure, but can only produce slight deflection or minimal deflection or close to zero deflection effect on the window frame. It is used to form a door or window frame assembly or to support a wall mold cavity containing a "door or window frame assembly", using the shear strength of iron nails to overcome the effect of the shear flow generated by the composite material; In addition, the lateral force (shear force) strength of the iron nails that are nailed to the window frame assembly and the iron nails that are placed inside the wall or on the outer molding to fix the "window frame assembly" can be utilized or designed, The lateral force acting on the window frame or window frame assembly when supporting the grouting side pressure clearly demonstrates the calculability, safety and quality maintenance reliability of the installed window frame; and clearly demonstrates the novelty It is a revolutionary or progressive and practical technology that can achieve waterproofing performance in one-time construction by directly casting concrete to produce "fixed window frames on the wall structure" to achieve high-quality waterproofing and anti-penetration functions without concrete construction joints. Schematic diagram of the creation and implementation of value-added housing products.

It is an invention that is based on the specific purpose of the application (the lining board, grille, and tie strips of the formwork, as well as the production of door and window frame assemblies, and the installation of door and window frame assemblies in wall mold cavities) to achieve "integration""Invention" should have technical features that are progressive or novel in the synergistic effect; those are: directly produced (made) to improve the structural strength of the template material, the firmness, tightness, accuracy, smoothness of the template, A new type of mold cavity that is easy to assemble and economical; it meets the "use requirements" described in Section 2.7.7.1 of the "Key Points for Determining Patent Infringement" issued by the patent authority "Intellectual Property Bureau of the Ministry of Economic Affairs" in 2015: " It is based on the unknown characteristics of the found object [or the lining board (clip (or plastic steel) plate or grating) of the combined side of the wall side mold (mold cavity) created by the inventor in the formwork project], the first layer of grating (or Unknown structural characteristics such as the extended end of the unit formwork back brace (unit formwork back brace), the deflection curve equation between the internal support points, etc.); and those who directly utilize these characteristics for creation (invention) of a specific purpose; because the essence of the purpose claim does not lie in the object itself, It is based on the application of the characteristics of the object; therefore, the present invention is a method of applying the characteristics of the object (formwork components: linings, grilles, tie bars, column supports and combinations to produce and install "door and window frame assemblies"), It has become a "door and window frame assembly and a formwork construction method for houses with integrally cast concrete and sealed door and window frames" which is one of the method inventions. It can be directly made into a "window frame assembly" or "door frame assembly" or undertake the installation of "window frames". "Assembly" or "door frame assembly" is directly constructed in the wall mold cavity of the formwork project, which is the subject of the invention of "a house with integrally cast concrete to seal door and window frames."

Regarding the prior technology of formwork engineering, according to Article 131 of the Standard for Construction of Safe and Sanitary Facilities, “The employer shall handle formwork support in accordance with the following regulations:

1. In order to prevent the collapse of formwork and endanger workers, the construction and dismantling of formwork supports with a height of more than seven meters and an area of more than 330 square meters shall be handled in accordance with the following regulations:

(1) Based on the shape of the formwork, expected load and concrete pouring method, etc., the full-time engineering personnel employed or the relevant practicing technicians should be appointed to properly design according to the principles of structural mechanics, and prepare construction drawings and strength calculations. After the signature is confirmed, it will be implemented accordingly.

(2) Formulate a concrete pouring plan and establish an inspection mechanism for construction according to the construction drawings.

(3) Relevant information such as design, construction drawings, signature confirmation records, concrete pouring plans and inspections should be kept for future reference before demolition is completed.

(4) When there is a change in design, the strength calculation sheet and construction drawings shall be remade and handled in accordance with the provisions of this paragraph.

2. Formwork supports other than those specified in the preceding paragraph shall be handled in accordance with the provisions of each item in the preceding paragraph, except that a special person must be assigned to design them properly and sign and confirm the strength calculation sheet and construction drawings as stipulated in the first item of the preceding paragraph.

3. Depending on the soil condition, the pillars should be lined with pads, seat boards or laid with cement to prevent the pillars from sinking.

4. The feet of the pillars should be fixed to prevent movement.

5. The joints of the pillars should be properly connected by butt joints or lap joints.

6. The contact parts and overlapping parts between steel materials should be fixed with metal parts such as bolts or rivets.

7. For curved surface formwork, tie rods should be used to control the upward movement of the formwork.

8. For bridge superstructure formwork support, the formwork support frame should be equipped with lateral supports and horizontal supports, and should be firmly and stably connected at the upper and lower ends. The ground at the feet of the pillars (frames) should be compacted and leveled, with good drainage and no accumulation of water.

9. For bridge superstructure formwork support, the top platform of the formwork support frame should be paved with treads, and a safety net of sufficient strength should be set under the platform to prevent people from falling and materials from flying down. "

The formwork in Chapter 7 of the Concrete Project Construction Instructions published by the "China Civil and Hydraulic Engineering Society" also states: "The formwork used for concrete must meet the following items: strength, firmness, tightness, accuracy, smoothness, and easy assembly and disassembly. , General requirements of economy.”

As Article 131, Paragraph 1, Paragraph 1 of the Standards for Building Safe and Sanitary Facilities stipulates that... the formwork support, its construction and dismantling shall be handled in accordance with the following regulations:

The first item "Based on the shape of the formwork, expected load, concrete pouring method, etc., in accordance with the construction regulations, etc., personnel with expertise in construction, civil engineering, structure, etc. or entrusting professional organizations to properly design, prepare construction drawings, and assign The hired full-time engineering personnel shall sign and confirm the strength calculation and construction drawings." and in the second item "Determine the concrete pouring plan and establish an inspection mechanism for construction according to the construction drawings.", and the third item "Design and construction drawings" , signature confirmation records, concrete pouring plans and inspections and other relevant information should be kept for future reference before the demolition is completed." Item 4 "When there is a change in the design, the strength calculation sheet and construction drawings should be remade. And handle it in accordance with the provisions of this paragraph." And in the second paragraph of the first paragraph of the same standard, it is stipulated that "For formwork supports other than those specified in the preceding paragraph, except for the first paragraph of the preceding paragraph, a dedicated person may be assigned to properly design, sign and confirm the strength calculation and construction. Except for drawings and descriptions, the provisions of each item in the preceding paragraph shall be followed." Before the specified formwork project is constructed, a dedicated person must be assigned to design it properly and sign to confirm the strength calculation sheet and construction drawings and descriptions...

In view of the currently disclosed formwork engineering technology and documentation, the inventor is still difficult to provide complete technical information on the strength calculation sheet and construction drawings of the formwork support required before the formwork engineering construction of the structure is carried out. Those with general knowledge in this field can design, calculate, and draw the construction drawings and strength calculations that should be submitted in compliance with the "Construction Specifications for Formwork Engineering (Acts)". As a result, today's construction companies have to respond to the model proposed by "Article 131 of the Standard for Construction of Safe and Sanitary Facilities". The construction drawings of the slab engineering and its strength calculation sheet have not yet met the requirements of the "Occupational Safety and Health Act"; that is, the creation (inventor) has not disclosed (undisclosed) business secrets before publication. Based on the functions of professional technicians, through the application of patents, the application of the current "Construction Specifications for Formwork Engineering (Acts)" is explained in detail. The technical content of this creative supplement is explained in detail as follows:

Regarding the walls, columns, and wall formwork (cavities) of the former house formwork projects, openings must be reserved or openings for door frames or window frames: Although the creator (inventor) has previously applied for No. 078153 and No. 207370 The invention description and drawings of the invention "Door and window frame and door and window frame assembly and integrally cast concrete solid door and window frame house and construction method"; however, regarding the technical features of the previous production of "door or window frame assembly", Most methods are still just to assemble the mold sealing strips on the inner and outer edges of the window frame to make a "window frame assembly". However, because the structural strength of the window frame body is weak, it may be deformed or cannot be transported, and it is difficult to position and position. Disadvantages of installing "window frame assembly" on wall formwork.

After further consideration by the inventor, it is a technology that can be applied to the walls, columns, and wall molding (cavities) in the formwork project, and can be used to create opening molds with reserved openings and to install door frames or window frames in the wall molding cavities. Content, forming a system of the same work, in this creation (invention): "It is to use boards, materials or old boards and materials that can be easily recycled from formwork projects to cut the side sealing molding of the opening of the wall mold cavity or to make "doors or The internal support (bracing) material of the "window frame assembly" is a composite material with an "L-shaped cross-section frame" made of a plate and wood angle nails; it can be used to match the wall mold cavity to create a reserved opening. When opening the mold at the end of the wall, the support material of "L-shaped cross-section composite material" is directly used as the "opening side sealing mold" for the wall opening; thus, the support (composite) of this "L-shaped cross-section composite material" can be used The effect of the material is as an internal supporting material in the production of "door frame or window frame assembly"; directly create the positioning plate and serve as the side molding plate of the door frame or window frame; in the assembly of the "door frame" of the door frame or window frame The advancement of "assembly" or "window frame assembly"; it can be used to recycle a large amount of leftover materials or scrap materials from construction in the formwork project; it can be used to re-make the positioning plates of door frames or window frames, and "L-shaped cross-section composite materials" Internal supporting materials; Creation: "Using positioning plates, molding plates or molding pads, internal supporting materials, and iron nails to create a "door frame assembly" or a "window frame assembly" to achieve the effect of composite material performance;" Then it can be combined or fixed to the "door frame assembly" Or the positioning plate on the "window frame assembly", as the positioning plate that can directly fix the "door frame assembly" or "window frame assembly" with iron nails, on the wall side mold that is first assembled in the wall mold cavity Technical characteristics: Complete the installation of "door frame assembly" or "window frame assembly" on the wall side mold that is first assembled in the wall mold cavity; cooperate with facilities such as tying steel bars or water and electricity distribution, and then continue to assemble the other side of the wall mold cavity. For the side molding, iron nails are still used to fix the wall side molding on the rear vertical side to the inner or outer edge of the "door frame assembly" or "window frame assembly"; fix the moldings on both sides of the wall molding cavity to the "door frame" with iron nails. "Door frame assembly" or "window frame assembly" is mounted on the inner or outer edge of the "assembly" or "window frame assembly" to form a high-strength, high-stiffness structure or assembly that constitutes a composite material. Wall formwork cavity; automatically or like a smart machine during grouting, to produce composite material properties; to improve the integrity of formwork construction, one-time construction of casting door frame or window frame is fixed on the wall structure , producing high-quality added value, recycling formwork materials to produce high circular economic benefits and improving the construction efficiency of formwork projects, which are novel or progressive and have great industrial utilization and practical value.

The reason is that the present invention is the result of the inventor's lifelong ambition to provide a formwork construction method that is highly industrially progressive or novel and has practical value for civil and construction projects; in particular, it can provide resource-intensive construction methods. According to the current Occupational Safety and Health Act's "Article 131 of the Standards for Construction of Safety and Health Facilities", it is a "door and window frame assembly and a method for drawing complete formwork engineering construction drawings, drawings required for making strength calculation sheets, and stress calculation methods". The formwork construction method of houses with integrally cast concrete to seal door and window frames."

In view of the fact that the skills required for formwork engineering in civil engineering and construction projects still have the shortcomings of the lack or insufficiency of previous technologies, the inventor holds the functions of a professional technician and has accumulated more than 40 years of experience in formwork engineering. Multiple evaluations and considerations, countless experiments, calculations and corrections; in the creation of this "door and window frame assembly and one-piece concrete-sealed door and window frame house formwork construction method": providing civil engineering and construction engineering in the production of structures The required columns or pillars, walls or pillars, walls, beams or pillars, walls, beams, and floor templates are required to be constructed; the construction process is carried out: from the construction base of the structure to the adjustment, and to construct the other upwards. Column or wall or column, wall or column, wall, beam; or column, wall, beam, floor formwork (cavity); or reverse construction process: starting from the beams, floor (including sagging) on the ground floor One-size columns and walls) mold cavity, and the mold cavity of the underground beams and floors (including sagging columns and walls) is applied downwards and the upward connection is made of steel-framed concrete or steel-framed reinforced concrete or reinforced concrete. The mold cavity of the column or wall or column, wall or column, wall or beam structure; and the column or wall or beam or column, wall or column, wall, beam or column, wall, beam, Floor formwork cavity; direct casting of concrete, the support type of the lining plate or grid or tie bar (or tightener) constituting the mold cavity will produce relative force, deflection between the support points (or feedback deflection), Special effects of stress and strain; or the use of linings or grids on its structure to support (support) types that are combined with each other to achieve smaller (or better) deflections or larger support points. The effect of a small force or a large supporting force; a creation (invention) that requires progress or novelty, industrial applicability and extremely practical value, "a door and window frame assembly and an integrated cast concrete sealed door and window frame""Formwork Construction Method for Houses"; the content of the creation (invention) is explained in detail as follows:

Regarding the wall formwork cavity for the formwork project of the production structure, the inventor has tried his best to install the "door or window frame assembly" or make the opening formwork to provide the formwork project with the highest integrity, high-efficiency construction and A method to create circular economic benefits in formwork engineering; among them, by improving its construction efficiency and being able to install door frames and window frames in the wall mold cavity, it can achieve a high level of structural integrity and high quality; The inventor thought hard and created a "positioning plate" that doubles as a molding plate on the side of the window frame or door frame. Iron nails are used to assemble the positioning window frame or door frame on the positioning plate; and the iron nails are used to create a gap-free effect. Used as a molding board (or molding material or pad) to fix the inner or outer edge of the door frame or window frame, and the internal support material of the door frame or window frame on the positioning plate to support the door frame or window frame, and then fix the assembly (stack) The mold sealing plate or mold sealing plate and the fixed plate are placed on the internal supporting materials to form a "window frame assembly" or "door frame assembly" with a thickness equal to (or slightly smaller than) the distance between the wall mold cavities and which contributes to the performance of the composite material. In order to achieve the goal of reusing the panels and materials of the formwork project, we will make a "door frame assembly" or "window frame assembly" that has the effect of a composite material by making a protective assembly; so that the residual materials from the formwork project can be recovered in the manufacturing process. into a high-strength, high-rigidity "door frame assembly" or "window frame assembly." And you can use the positioning plate that has been positioned and fixed on the "door or window frame assembly" to directly fix the positioning plate on the "window frame assembly" or "door frame assembly" with iron nails in the wall mold cavity first. The wall side formwork is scheduled to be installed at the correct position of the door frame or window frame of the house; the steel bars, water and electricity pipes and other facilities that match the wall mold cavity are then assembled or sealed on the other side of the wall mold cavity; Both sides of the wall mold cavity can be fixed with iron nails to the inner and outer edges of the "door frame or window frame assembly" which has high strength, rigidity and is easy to assemble, and the "door frame or window frame assembly" is supported The wall mold cavity constitutes the structure or combination effect of the composite material performance; it directly protects the deflection, shape and flatness of the door frame or window frame during the concrete casting process. Therefore, due to the use of the internal support material of the "L-shaped cross-section composite material", it can be directly used as the opening side mold of the wall opening; or in the thicker wall mold cavity, the internal support of the "L-shaped cross-section composite material" can be used material, as backing (thickness) or laminated to To thicken the inner or outer edges of the "door or window frame assembly"; or to cooperate with the "window frame assembly" or "door frame assembly" in new or constructed buildings Thick concrete walls or reinforced bricks or bricks or hollow bricks are reserved or renovated for over-large door or window openings to be installed (laminated) with "window frame assembly" or "door frame assembly", manufactured To form the mold cavity of the wall opening or wall opening, floor slab or column, wall opening or column, wall opening, beam or column, wall opening, beam, floor slab; in the process of pouring concrete, to support the movement generated by the mold cavity Pressure or side pressure or uniform load distribution, automatic or intelligent mechanical formwork engineering equipment, for "door frame assembly" or "window frame assembly" made of iron nails; or "door frame assembly" fixed with iron nails ” or “window frame assembly”, or use iron nails to fix the “door frame assembly”, “L-shaped cross-section composite material” or “window frame assembly”, “L-shaped cross-section composite material” in the wall mold cavity Structural combination; a formwork engineering construction method that produces composite material properties, reduces the deflection produced by the door frame or window frame during the concrete embedding process, or produces a deflection that meets the construction quality requirements, or produces a near-zero deflection effect; or is constructed in a one-time procedure The waterproof performance of grouting can directly produce "houses with integrally cast concrete to seal door frames or window frames".

By drawing detailed diagrams through the above-mentioned technical features that are progressive or novel and highly industrially applicable, it is expected that those with general knowledge in this area can achieve breakthroughs and integration in the problem, and achieve the invention. The purpose is to provide a "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames" that is highly industrially usable and practical.

Figure 1 (348):

SOP.1:

"FW-W(OorF)-WF10AB(O)-An(OorF)"

The design uses a square window frame (WF10) to make a "window frame assembly" (WF10AB), which can be used to assemble the wall side molding or outer molding in advance in the wall molding cavity of the house structure formwork project [FW-W (OorF) ], pre-install the "square window frame assembly" [WF10AB(O)] suitable for mounting on the wall mold cavity before assembly or on the outer mold surface. At the position where the square window frame is designed to be installed in the construction project, use Iron nails are fixed from the positioning plate [WF10AB(O)-1(OorF)] on the "window frame assembly" to the pre-assembled side or outer mold of the wall mold cavity in the formwork project [FW-W(OorF)-WF10AB(O) -An(OorF)] on

FW-W (OorF): First assemble the side or outer formwork in the wall mold cavity of the formwork project

WF10AB(O): Suitable for "square window frame assembly" installed on the wall mold cavity or on the outside mold surface

WF10AB(O)-An(OorF): The iron nail that fixes WF10AB(O) on the pre-assembled side or outer mold

WF10AB(O)-1(OorF): The positioning plate on the outside of the wall or the pre-assembled side of WF10AB(O)

WF10AB(O)-2(OorF): Use the molding material on the outside of WF10AB(O) relative to the outside of the wall or assemble the side first

WF10AB(O)-2(IorL): The molding material on the inside of WF10AB(O) relative to the inside or rear assembly side of the wall

WF10AB(O)-3(OorF): Window frame support material for WF10AB(O)

SOP.2:

The positioning plate [WF10AB(O)-1], the inner and outer molding gaskets [WF10AB(O)-2], and the inner support material [WF10AB(O)-3] that make up the "window frame assembly" form a composite supporting members of the material, or combined with the wall The inner and outer molds of the mold cavity and the upper and lower frames and the left and right frames of the "window frame assembly" form a support member of a large composite material, which has a maximum moment of inertia to support the square window frame and overcome (withstand) the wall. When concrete is poured into the mold cavity, the grouting side pressure that acts on the window frame can only produce minimal or close to zero deflection; while the iron nails placed on the "window frame assembly" and the inner and outer formwork of the wall have (prepared) The lateral force strength is the lateral support force on the window frame generated by the lateral pressure of the supporting grout.

Figure 1-1 (349):

In the "A-A" SECTION (TYP.A) section:

WF10AB(O): "Square window frame assembly" suitable for installation on the outside of the wall of the formwork project or on the pre-assembled wall side formwork

WF10AB(O)-1(OorF): Positioning plate for WF10AB(O)

WF10AB(O)-2[OorF(U): Upper frame molding material and lower frame molding sealing material on the outside edge of the window frame

WF10AB(O)-2[OorF(D): Lower frame mold sealing material

WF10AB(O)-2[OorF(L): Mold sealing material outside the left frame

WF10AB(O)-2[OorF(R): mold sealing material outside the right frame

WF10AB(O)-3[WF10(U.S)]: frame support material on window frame

{WF10AB(O)-3[WF10(D.S)-1]}&{WF10AB(O)-3[WF10(D.S)-2]}&{WF10AB(O)-3[WF10(D.S)-3]} :Lower frame support material

WF10AB(O)-3[WF10(L.S): Left frame support material

WF10AB(O)-3[WF10(R.S)]: Right frame support material

WF10AB(O)-2[IorL(U)]: Frame molding material for the inner side of the window frame or the upper side of the rear vertical side

WF10AB(O)-2[IorL(D): lower frame mold sealing material

WF10AB(O)-2[IorL(L)]: Inner molding material of left frame

WF10AB(O)-2[IorL(R)]: Inner molding material of left frame

In the "A-A" SECTION (TYP.B) section.

WF10AB(O)': It is a "square window frame assembly" suitable for installation on the outside of the wall of the formwork project or on the pre-assembled wall side formwork.

WF10AB(O)'-1(orFO): Positioning plate for WF10AB(O)'

WF10AB(O)'-2[OorF(U.IW): Upper frame molding gasket

WF10AB(O)'-2[OorF(D.IW)]: Lower frame molding gasket

WF10AB(O)'-2[OorF(L.IW): Side molding gasket outside left frame

WF10AB(O)'-2[OorF(R.IW): Side molding gasket outside left frame

WF10AB(O)-3[WF10(U.S): Window frame upper frame support material

WF10AB(O)'-3[WF10(D.S): Lower frame support material

WF10AB(O)'-3[WF10(L.S): Left frame support material

WF10AB(O)'-3[WF10(R.S): Right frame support material

WF10AB(O)'-2[IorL(U)]: Frame molding pad material on the inner side of window frame or rear assembly side molding material

WF10AB(O)'-2[IorL(D): Lower frame molding gasket

WF10AB(O)'-2[IorL(L)]: Molding gasket inside the left frame

WF10AB(O)'-2[IorL(R)]: Molding gasket inside the left frame

WF10AB(O)-3〞: A wooden angle (WF10AB-3-1) and a plate (WF10AB-3-2) are fixed with iron nails (WF10AB-3-3) to form an "L" shaped support member

In the "a-1" DETAIL department

In order to show that the self-positioning plate [WF10AB(O)'-1(OorF)] is fixed on the upper frame of the window frame with iron nails [WF10AB(O)'-1&2&3-An] and the internal support material of the upper frame {WF10AB(O) '-3[WF10(US)]} and inner molding material {WF10AB(O)'-2[IorL(U)]} form a composite support member on the supporting upper frame [WF10AB(O)'-WF10 (U)]'s highly detailed schematic diagram of the creation.

In "a" DETAIL department

This is a detailed drawing of the upper frame part assembly "a" of the "square window frame assembly" [WF10AB(O)] in the "AA SECTION TYP.A" design method, showing the upper frame part of the window frame Self-positioning plate [WF10AB(O)-1(OorF)] is fixed with iron nails [WF10AB(O)-1&2&3-An] outer molding pad {WF10AB(O)-2[OorF(U)]}, upper frame The inner support material {WF10AB(O)-3[WF10(US)]} and the inner molding pad material {WF10AB(O)-2[IorL(U)]} form a composite support member on the support upper frame [ WF10AB(O)-WF10(U)] detailed schematic diagram of high-level creation.

Picture 1 Part 1 (350): Same as Picture 1 Part 1

Figure 1-1-2A(351): Same as Figure 1-1

Figure 1-1-2B(352): Same as Figure 1-1

Figure 1-2(353):

WF10: square window frame

WF10AB(I): "Square window frame assembly" suitable for installation on the inner mold of the exterior wall mold cavity of the formwork project

WF10AB(I)-1(IorF): Positioning plate for WF10AB(I)

WF10AB(I)-2[IorF(U): Upper frame molding material on the inner edge of the window frame

WF10AB(I)-2[IorF(D): Lower frame mold sealing material

WF10AB(I)-2[IorF(L)]: Inner molding material of left frame

WF10AB(I)-2[IorF(R)]: Inner molding material of left frame

WF10AB(I)-3[IorF(U.S)]: Window frame upper frame support material

{WF10AB(I)-3[IorF(D.S)-1]}&{WF10AB(I)-3[IorF(D.S)-2]}&{WF10AB(I)-3[IorF(D.S)-3]} :Lower frame support material

WF10AB(I)-3[IorF(L.S)]: Left frame support material

WF10AB(I)-3[OorF(R.S)]: Right frame support material

WF10AB(I)-2[OorL(U): Window frame outer edge or rear vertical upper frame molding material

WF10AB(I)-2[OorL(D)]: Lower frame mold sealing material

WF10AB(I)-2[OorL(L)]: Mold sealing material outside the left frame

WF10AB(I)-2[OorL(R)]: Mold sealing material outside the right frame

FW-W(IorF)-WF10AB(I)-An(IorF): During the formwork project, iron nails can be used to fix the "square window frame assembly" [WF10AB(I)] on the inside of the wall or on the wall side formwork on the pre-assembled side. [FW-W(IorF)-WF10AB(I)-An(IorF)]

Figure 1-3(354):

W-RC: Wall-concrete structure

WF10: square window frame

RC: beam-concrete structure

Z: The lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z)

Figure 2A(355):

WF20: taller square window frame

WF20AB(O): "Square window frame assembly" suitable for installation on the outer molding of the exterior wall mold cavity in the formwork project

FW-W(OorF)-WF20AB(O)-An(O): Install WF20AB(O) on the outside of the wall or on the wall side molding on the pre-assembled side

WF20AB(O)-1(OorF): Positioning plate for making WF20AB(O)

WF20AB(O)-2[OorF(U)]: Upper frame mold sealing material for the outer edge of the window frame

WF20AB(O)-2[OorF(D)]: Lower frame mold sealing material

WF20AB(O)-2[OorF(L)]: Mold sealing material outside the left frame

WF20AB(O)-2[OorF(R)]: Mold sealing material outside the right frame

WF20AB(O)-3[WF20(U.S)]: Window frame upper frame support material

{WF20AB(O)-3[WF20(D.S)-1]}&{WF20AB(O)-3[WF20(D.S)-2]}&{WF20AB(O)-3[WF20(D.S)-3]} :Lower frame support material

WF20AB(O)-3[WF20(L.S)-1]&{WF20AB(O)-3[WF20(L.S)-2]}: Left frame internal support material

{WF20AB(O)-3[WF20(R.S)]}&{WF20AB(O)-3[WF20(R.S)-2]}: Right frame internal support material

WF20AB(O)-3[WF20(M.S)]: Intermediate support material may be added

WF20AB(O)-2[IorL(U)]: Frame molding material for the inner side of the window frame or the upper side of the rear vertical side

WF20AB(O)-2[IorL(D)]: Lower frame mold sealing material

WF20AB(O)-2[IorL(L)]: Inner molding material of left frame

WF20AB(O)-2[IorL(R)]: Inner molding material of the right frame

Figure 2A 1 (356): Same as Figure 2A

Figure 2B(357):

WF20: taller square window frame

WF20AB(O)': "Square window frame assembly" suitable for installation on the outer molding of the exterior wall mold cavity in formwork projects

FW-W(OorF)-WF20AB(O)'-An(O): During the formwork project, iron nails can be used to fix the "square window frame assembly" [WF20AB(O)'] on the outside of the wall or on the wall side of the pre-assembled side. On the mold [FW-W(OorF)-WF20AB(O)'-An(O)]

WF20AB(O)'-1(OorF): Positioning plate for WF20AB(O)'

WF20AB(O)'-2[OorF(U.IW)]: Upper frame molding gasket on the outer edge of the window frame

WF20AB(O)-2[OorF(D.IW): Lower frame molding gasket

WF20AB(O)'-2[OorF(L.IW): Molding gasket outside left frame

WF20AB(O)'-2[OorF(R.IW)]: Molding pad material outside the right frame

WF20AB(O)'-3[WF20(U.S)]: Window frame upper frame support material

WF20AB(O)'-3[WF20(D.S): Lower frame support material

{WF20AB(O)'-3[WF20(L.S)-1]}&{WF20AB(O)'-3[WF20(L.S)-2]}, {WF20AB(O)'-3[WF20(R.S)] }&{WF20AB(O)'-3[WF20(R.S)-2]}: Internal support material of left and right frames

WF20AB(O)'-3[WF20(M.S)]: Or add vertical intermediate support material as needed

WF20AB(O)'-2[IorL(U)]: The inner side of the window frame or the upper frame molding gasket on the rear side

WF20AB(O)'-2[IorL(D)]: Lower frame molding gasket

{WF20AB(O)'-2[IorL(L)]}, {WF20AB(O)'-2[IorL(R)]}: Molding material {WF20AB(O)'-2 on the inside of the left and right frames [IorL(L)]}, {WF20AB(O)'-2[IorL(R)]}

Figure 2B 1 (358): Same as Figure 2B

Figure 2C(359):

WF20: taller square window frame

WF20AB(I): "Square window frame assembly" suitable for installation on the inner mold of the exterior wall mold cavity in the formwork project

FW-W(IorF)-WF20AB(I)-An(I): Iron nails can be used to fix the square window frame in the formwork project Assembly "[WF20AB(I)] on the inside of the wall or on the wall side mold on the pre-assembled side [FW-W(IorF)-WF20AB(I)-An(I)]

WF20AB(I)-1(IorF): Positioning of WF20AB(I)

WF20AB(I)-2[IorF(U)]: Upper frame molding gasket on the inner side of the window frame

WF20AB(I)-2[IorF(D)]: Lower frame molding gasket

{WF20AB(I)-2[IorF(L)]}, {WF20AB(I)-2[IorF(R)]}: The inner molding gasket of the left and right frames {WF20AB(I)-2[IorF( L)]}, {WF20AB(I)-2[IorF(R)]}, can be continued to bear the window frame

WF20AB(I)-3[WF20(U.S)]: Window frame upper frame support material

{WF20AB(I)-3[WF20(D.S)-1]}&{WF20AB(I)-3[WF20(D.S)-2]}: Lower frame support material

{WF20AB(I)-3[WF20(L.S)-1]}&{WF20AB(I)-3[WF20(L.S)-2]}, {WF20AB(I)-3[WF20(R.S)-1]} &{WF20AB(I)-3[WF20(R.S)-2]}: left and right frame internal support materials

WF20AB(I)-3[WF20(M.S)]: Or add intermediate support material as needed

WF20AB(I)-2[OorL(U)]: Frame molding gasket on the outside edge of the window frame or on the rear side

WF20AB(I)-2[OorL(D)]: Lower frame mold sealing material

{WF20AB(I)-2[OorL(L)]}, {WF20AB(I)-2[OorL(R)]}: Mold sealing material outside the left and right frames

Figure 2C 1 (360): Same as Figure 2C

Figure 2-1 (361):

W-RC: Wall-concrete structure

WF20: square window frame

B-RC: Beam-concrete structure

Z: The lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z)

Figure 3A(362):

WF30: Square (top open) window frame

WF30AB(O): "Double-layer square window frame assembly" suitable for installation on the outer molding of the exterior wall mold cavity in formwork projects

FW-W(OorF)-WF30AB(O)-An(O): In the formwork project, iron nails can be used to fix the "double-layer square window frame assembly" [WF30AB(O)] on the outside of the wall or on the pre-assembled side. Wall side mold [FW-W(OorF)-WF30AB(O)-An(O)]

WF30AB(O)-1(OorF): Positioning plate for WF30AB(O)

WF30AB(O)-2[OorF(U)]: Upper frame mold sealing material for the outer edge of the window frame

WF30AB(O)-2[OorF(D)]: Lower frame molding gasket

{WF30AB(O)-2[OorF(L)]}, {WF30AB(O)-2[OorF(R)]}: Molding pad material outside the left and right frames

WF30AB(O)-3[WF30(U.S)]: Window frame upper frame support material

{WF30AB(O)-3[WF30(D.S)-1]}&{WF30AB(O)-3[WF30(D.S)-2]}&{WF30AB(O)-3[WF30(D.S)-3]} :Lower frame support material

{WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30(L.S.D)]}, {WF30AB(O)-3[WF30(R.S.U)]}&{WF30AB(O) -3[WF30(R.S.D)]}: Internal support material of left and right frames

WF30AB(O)-2[IorL(U)]: Frame molding material for the inner side of the window frame or the upper side of the rear vertical side

WF30AB(O)-2[IorL(D)]: Lower frame mold sealing material

{WF30AB(O)-2[IorL(L)]}, {WF30AB(O)-2[IorL(R)]}: Inner molding material of left and right frames

Figure 3A No. 1 (363): Same as Figure 3A

Figure 3B(364):

WF30: Square (Shangguantian) window frame

WF30AB(O)': "Double-layer square window frame assembly" suitable for installation on the outer molding of the exterior wall mold cavity in the formwork project

FW-W(OorF)-WF30AB(O)'-An(O): In the formwork project, iron nails can be used to fix the "double-layer square window frame assembly" [WF30AB(O)] on the outside of the wall or assemble it first Side wall side mold [FW-W(OorF) -WF30AB(O)'-An(O)]

WF30AB(O)'-1(OorF): Positioning plate for WF30AB(O)'

WF30AB(O)'-2[OorF(U.IW)]: Upper frame molding gasket on the outer edge of the window frame

WF30AB(O)-2[OorF(D.IW)]: Lower frame molding gasket

{WF30AB(O)-2[OorF(L.IW)]}, {WF30AB(O)'-2[OorF(R.IW)]}: Molding pad material outside the left and right frames

WF30AB(O)'-3[WF30(U.S)]: Window frame upper frame support material

WF30AB(O)'-3[WF30(D.S)]: Lower frame support material

{WF30AB(O)'-3[WF30(L.S.U)]}&{WF30AB(O)'-3[WF30(L.S.D)]}, {WF30AB(O)'-3[WF30(R.S.U)]}&{WF30AB (O)'-3[WF30(R.S.D)]}: Internal support material of left and right frames

WF30AB(O)'-2[IorL(U)]: Window frame inner side or rear assembly side upper frame molding material

WF30AB(O)'-2[IorL(D)]: Lower frame mold sealing material

{WF30AB(O)'-2[IorL(L)]}, {WF30AB(O)'-2[IorL(R)]}: Inner molding material of left and right frames

Figure 3B 1 (365): Same as Figure 3B

Figure 3C(366):

WF30: Square (top open) window frame

WF30AB(I): "Double-layer square window frame assembly" suitable for installation on the inner mold of the exterior wall mold cavity in the formwork project

FW-W(IorF)-WF30AB(I)-An(I): In the formwork project, iron nails can be used to fix the "double-layer square window frame assembly" [WF30AB(I)] on the outside of the wall or on the first assembly side. Wall side mold [FW-W(IorF)-WF30AB(I)-An(I)]

WF30AB(I)-1(IorF): Positioning plate for WF30AB(I)

WF30AB(I)-2[IorF(U)]: Upper frame mold sealing material for the inner edge of the window frame

WF30AB(I)-2[IorF(D)]: Lower frame mold sealing material

{WF30AB(I)-2[IorF(L)]}, {WF30AB(I)-2[IorF(R)]}: Inner molding material of left and right frames

WF30AB(I)-3[WF30(U.S)]: The upper frame support material of the window frame is fixed with iron nails on the inside (side) of the window frame.

{WF30AB(I)-3[WF30(D.S)-1]}&{WF30AB(I)-3[WF30(D.S)-2]}: Lower frame support material

{WF30AB(I)-3[WF30(L.S.D)]}&{WF30AB(I)-3[WF30(L.S.U)]}, {WF30AB(I)-3[WF30(R.S.D)]}&{WF30AB(I) -3[WF30(R.S,U)]}: Internal support material of left and right frames

WF30AB(I)-2[OorL(U)]: Window frame outer edge or rear vertical upper frame molding material

WF30AB(I)-2[OorL(D)]: Lower frame mold sealing material

{WF30AB(I)-2[OorL(L)]}, {WF30AB(I)-2[OorL(R)]}: Mold sealing material outside the left and right frames

Figure 3C 1 (367): Same as Figure 3C

Figure 3-1 (368):

W-RC: Wall-concrete structure

WF30: Square (top open) window frame

B-RC: Beam-concrete structure

Z: The lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z)

Figure 4A(369):

WF31: Square double-layer (top opening can be larger) window frame

WF31AB(O): "Double-layer square window frame assembly" suitable for installation on the outer molding of the exterior wall mold cavity in the formwork project

FW-W(OorF)-WF31AB(O)-An(O): In the formwork project, iron nails can be used to fix the "double-layer square window frame assembly" [WF31AB(O)] on the outside of the wall or on the first assembly side. Wall side mold [FW-W(OorF)-WF31AB(O)-An(O)]

WF31AB(O)-1(OorF): Positioning plate for WF31AB(O)

WF31AB(O)-2[OorF(U)]: Upper frame mold sealing material for the outer edge of the window frame

WF31AB(O)-2[OorF(D)]: Lower frame molding gasket

{WF31AB(O)-2[OorF(L)]}, {WF31AB(O)-2[OorF(R)]}: Mold sealing material outside the left and right frames

WF31AB(O)-3[WF31(U.S)]: Window frame upper frame support material

{WF31AB(O)-3[WF31(D.S)-1]}&{WF31AB(O)-3[WF31(D.S)-2]}&{WF31AB(O)-3[WF31(D.S)-3]} :Lower frame support material

{WF31AB(O)-3[WF31(L.S.U)]}&{WF31AB(O)-3[WF31(L.S.D)]}, WF31AB(O)-3[WF31(R.S.U)]}&{WF31AB(O)- 3[WF31(R.S.D)]}: Internal support materials of left and right frames

WF31AB(O)-2[IorL(U)]: Window frame inner side or rear assembly side upper frame molding material

WF31AB(O)-2[IorL(D)]} lower frame mold sealing material

{WF31AB(O)-2[IorL(L)]}, {WF31AB(O)-2[IorL(R)]}: Inner molding material of left and right frames

Figure 4A 1 (370): Same as Figure 4A

Figure 4B(371):

WF31: Square double-layer (top and bottom opening or pulling) window frame

WF31AB(O)': "Double-layer square window frame assembly" suitable for installation on the outer molding of the exterior wall mold cavity in the formwork project

FW-W(OorF)-WF31AB(O)'-An(O): In the formwork project, iron nails can be used to fix the "double-layer square window frame assembly" [WF31AB(O)'] on the outside of the wall or in advance. Assembly side wall side formwork [FW-W(OorF)-WF31AB(O)'-An(O)]

WF31AB(O)'-1(OorF): Positioning plate for WF31AB(O)'

WF31AB(O)'-2[OorF(U.IW)]: Frame molding pad material for the outer edge of the window frame made of wood angle lumber or foam material

WF31AB(O)-2[OorF(D.IW)]: Lower frame molding gasket

{WF31AB(O)'-2[OorF(L.IW)]}, {WF31AB(O)'-2[OorF(R.IW)]}: Molding pad material outside the left and right frames

WF31AB(O)'-3[WF31(U.S)]: Window frame upper frame internal support material

WF31AB(O)'-3[WF31(D.S)]: Lower frame internal support material

{WF31AB(O)'-3[WF31(L.S.U)]}&{WF31AB(O)'-3[WF31(L.S.D)]}, {WF31AB(O)'-3[WF31(R.S.U)]}&{WF31AB (O)'-3[WF31(R.S.D)]}: Internal support material of left and right frames

WF31AB(O)'-2[IorL(U)]: Frame molding material or pad on the inside edge of the window frame or on the rear vertical side

WF31AB(O)'-2[IorL(D)]: Lower frame molding gasket or pad

{WF31AB(O)'-2[IorL(L)]}, {WF31AB(O)'-2[IorL(R)]}: The inner molding material or pad of the left and right frames

Figure 4B 1 (372): Same as Figure 4B 1:

Figure 4C(373):

WF31: Square (top and bottom opening or pulling) window frame

WF31AB(I): "Double-layer square window frame assembly" suitable for installation on the inner mold of the exterior wall mold cavity in the formwork project

FW-W(IorF)-WF31AB(I)-An(I): In the formwork project, iron nails can be used to fix the "double-layer square window frame assembly" [WF31AB(I)] on the outside of the wall or on the pre-assembled side. Wall side mold [FW-W(IorF)-WF31AB(I)-An(I)]

WF31AB(I)-1(IorF): Positioning plate for WF31AB(I)

WF31AB(I)-2[IorF(U)]: Upper frame mold sealing material on the inner edge of the window frame

WF31AB(I)-2[IorF(D)]: Lower frame mold sealing material

{WF31AB(I)-2[IorF(L)]}, {WF31AB(I)-2[IorF(R)]}: Inner molding material of left and right frames

WF31AB(I)-3[WF31(U.S)]: Window frame upper frame internal support material

{WF31AB(I)-3[WF31(D.S)-1]}&{WF31AB(I)-3[WF31(D.S)-2]}: Lower frame internal support material

{WF31AB(I)-3[WF31(L.S.D)]}&{WF31AB(I)-3[WF31(L.S.U)]}, {WF31AB(I)-3[WF31(R.S.D)]}&{WF31AB(I) -3[WF31(R.S.U)]}: Internal support material of left and right frames

WF31AB(I)-2[OorL(U)]: Window frame outer edge or rear assembly side upper frame molding material

WF31AB(I)-2[OorL(D)]: Lower frame mold sealing material

{WF31AB(I)-2[OorL(L)]}, {WF31AB(I)-2[OorL(R)]}: Mold sealing material outside the left and right frames

Figure 4C 1 (374): Same as Figure 4C

Figure 4-1 (375):

W-RC: Wall-concrete structure

WF31: Square (top and bottom opening or pulling) window frame

B-RC: Beam-concrete structure

Z: The lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z)

Figure 5A(376):

WF40: Double-layered (upper part with semicircular skylight) window frame

WF40AB(O): "Double-layer window frame assembly with semi-circular opening" suitable for installation on the outer molding of the exterior wall mold cavity in formwork works

FW-W(OorF)-WF40AB(O)-An(O): During the formwork work, iron nails can be used to fix the "double-layer window frame assembly with semi-circular opening" [WF40AB(O)] on the outside of the wall or in advance. Assembly side wall side mold [FW-W(OorF)-WF40AB(O)-An(O)]

WF40AB(O)-1(OorF): Positioning plate for WF40AB(O)

WF40AB(O)-2[OorF(R)]: backing plate

WF40AB(O)-3[WF40(M.S)]: Internal support material of the middle frame of the window frame

{WF40AB(O)-3[WF40(D.S)-1]}&{WF40AB(O)-3[WF40(D.S)-2]}&{WF40AB(O)-3[WF40(D.S)-3]} :Inner support material of lower frame

{WF40AB(O)-3[WF40(L.S)]}, {WF40AB(O)-3[WF40(R.S)]}: left and right frame internal support Support material

WF40AB(O)-2[IorL(M)]: Middle frame mold sealing material for the inner side of the window frame or the rear vertical side

WF40AB(O)-2[IorL(D)]: Lower frame molding gasket

{WF40AB(O)-2[IorL(L)]}, {WF40AB(O)-2[IorL(R)]}: Inner molding material of left and right frames

Figure 5A No. 1 (377):

FW-WF40AB(O)-2-[U.IW(I&O)]: Molding material (foam plastic material) outside and inside the upper semicircular frame

Yu Tong Figure 5A

Figure 5B(378):

WF40: Double-layered (upper part with semicircular skylight) window frame

WF40AB(O)': "Double-layer window frame assembly with semi-circular opening" suitable for installation on the outer molding of the exterior wall mold cavity in formwork works

FW-W(OorF)-WF40AB(O)'-An(O): It can be fixed with iron nails in the formwork project. "Tian's double-layer window frame assembly" [WF40AB(O)] is installed on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF40AB(O)'-An(O)]

WF40AB(O)'-1(OorF): Positioning plate for WF40AB(O)'

WF40AB(O)'-2[OorF(M.IW)]: Middle frame molding gasket on the outer edge of the window frame

WF40AB(O)'-2[OorF(D.IW)]: Lower frame molding gasket

{WF40AB(O)'-2[OorF(L.IW)]}, {WF40AB(O)'-2[OorF(R.IW)]}: Molding pad material outside the left and right frames

WF40AB(O)'-3[WF40(M.S)]: Internal support material of the middle frame of the window frame

WF40AB(O)'-3[WF40(D.S)]: Lower frame internal support material

{WF40AB(O)'-3[WF40(L.S)]}, {WF40AB(O)'-3[WF40(R.S)]}: Left and right frame internal support materials

WF40AB(O)'-2[IorL(M)]: Middle frame mold sealing material for the inner side of the window frame or the rear vertical side

WF40AB(O)'-2[IorL(D)]: Lower frame mold sealing material

{WF40AB(O)'-2[IorL(L)]}, {WF40AB(O)'-2[IorL(R)]}: Inner molding material of left and right frames

Figure 5B 1 (379):

FW-WF40AB(O)'-2-[U.IW(I&O)]: The molding material (foam plastic material) outside and inside the upper semicircular frame

Yu Tong Figure 5B

Figure 5C(380):

WF40: Double-layered (upper part with semicircular skylight) window frame

WF40AB(I): "Double-layer (with a semicircular skylight on the upper part) window frame assembly" suitable for installation on the inner mold of the exterior wall mold cavity in the formwork project

FW-W(IorF)-WF40AB(I)-An(I): It indicates that the "double-layer square type" can be fixed with iron nails in the formwork project. Window frame assembly "[WF40AB(I)] is installed on the outside of the wall or the wall side molding on the side is assembled first [FW-W(IorF)-WF40AB(I)-An(I)]

WF40AB(I)-1(IorF): Positioning plate for WF40AB(I)

WF40AB(I)-2[IorF(M)]: Middle frame mold sealing material on the inner side of the window frame

WF40AB(I)-2[IorF(D)]: Lower frame mold sealing material

{WF40AB(I)-2[IorF(L)]}, {WF40AB(I)-2[IorF(R)]}: Inner molding material of left and right frames

WF40AB(I)-3[WF40(M.S)]: Middle frame support material of window frame

{WF40AB(I)-3[WF40(D.S)-1]}&{WF40AB(I)-3[WF40(D.S)-2]}: Lower frame support material

{WF40AB(I)-3[WF40(L.S)]}, {WF40AB(I)-3[WF40(R.S)]}: Left and right frame internal support materials

WF40AB(I)-2[OorL(M)]: Middle frame molding sealing material for the outer edge of the window frame or the rear vertical side

WF40AB(I)-2[OorL(D)]: Lower frame mold sealing material

WF40AB(I)-2[OorL(L)]}, {WF40AB(I)-2[OorL(R)]: mold sealing material outside the left and right frames

Figure 5C 1 (381):

FW-WF40AB(I)-2-[U.IW(I&O)]: Molding material (foam plastic material) outside and inside the upper semicircular frame

Yu Tong Figure 5C

Figure 5D(382):

WF40: Double-layered (upper part with semicircular skylight) window frame

WF40AB(O)": "Double-layer window frame assembly with semi-circular opening" suitable for being mounted on the outer formwork of the external wall mold cavity in the formwork project and can be formed by pouring concrete on the outside of the upper semi-circular frame A window frame assembly with an octagonal expanded edge and a lower square frame with a square expanded edge.

FW-W(OorF)-WF40AB(O)"-An(O): During the formwork work, iron nails can be used to fix the "double-layer window frame assembly with semi-circular opening" [WF40AB(O)"] on the outside of the wall Or assemble the side wall mold first [FW- W(OorF)-WF40AB(O)"-An(O)]

WF40AB(O)"-1(OorF): Positioning plate for WF40AB(O)"

WF40AB(O)"-2[OorF(M.IW)]: middle frame mold sealing material on the outer edge of the window frame

WF40AB(O)"-2[OorF(D.IW)]: Lower frame mold sealing material

{WF40AB(O)"-2[OorF(L.IW)]}{, {WF40AB(O)"-2[OorF(R.IW)]}: Outside molding material of left and right frames

WF40AB(O)"-2[OorF(U.IW)]: Or you can first set the outer side molding material (foam plastic material) of the upper semicircular frame

WF40AB(O)"-3[WF40(M.S)]: Internal support material of the middle frame of the window frame

WF40AB(O)"-3[WF40(D.S)]: Lower frame internal support material

{WF40AB(O)"-3[WF40(L.S)]}, {WF40AB(O)"-3[WF40(R.S)]}: Inside the left and right frames Support material

WF40AB(O)"-2[IorL(M)]}: Middle frame mold sealing material for the inner side of the window frame or the rear vertical side

WF40AB(O)"-2[IorL(D)]: Lower frame mold sealing material

{WF40AB(O)"-Z[IorL(L)]}, {WF40AB(O)"-2[IorL(R)]}: Molding gasket inside the left and right frames

Figure 5D 1 (383):

FW-WF40AB(O)"-2-[U.IW(I&O)]: Molding material (foam plastic material) outside and inside the upper semicircular frame

Yu Tong Figure 5D

Figure 5-1 (384):

W-RC: Wall-concrete structure

WF40: Double-layered (upper part with semicircular skylight) window frame

B-RC: Beam-concrete structure

WF40AB-1(O): Cast on the outside of the window frame (WF40) to have the same features as the "window frame assembly" [WF4 0AB(O)"] positioning plate [WF40AB(O)"-1] has a beautiful shape with uniform expanded edges

Z: The lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z)

Figure 1-1 (385):

W-RC: Wall-concrete structure

WF40: Double-layered (upper part with semicircular skylight) window frame

WF40AB-1(O)-CMorSC: Cast on the outside of the window frame (WF40) to have a beautiful shape consistent with the expanded edge of the positioning plate [WF40AB(O)"] of the "window frame assembly" [WF40AB(O)"] , or you can apply decorative surfaces such as squeezing stones or chopping stones on the expanded edge shape.

Z: The lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z)

Figure 6 (386):

WF50: round window frame

WF50AB(O): "Round window frame assembly" suitable for installation on wall mold cavity molds in formwork projects

WF50AB (OorI): The "window frame assembly" suitable for mounting the round window frame (WF50) on the outside or inside of the wall of the formwork project on the previously assembled wall side formwork

FW-W(OorI)-WF50AB(OorI)-An: In the formwork project, iron nails can be used to fix the "round window frame assembly" [WF50AB(OorI)] on the outside or inside of the wall before the side wall side mold is assembled. Nail [FW-W(OorI)-WF50AB(OorI)-An]

WF50AB(OorI)-1(OorI): Positioning plate for WF50AB(OorI)

WF50AB(OorI)-2(L.IW)]&[WF50AB(OorI)-2(R.IW): Window frame outer or inner side molding gasket

WF50AB(OorI)-3[WF50(U.S&I.W)]: The inner edge of the window frame is pre-set with support pads and nails.

WF50AB(OorI)-3[WF50(U.S&I.W)]: Upper support material and support pad inside the window frame

WF50AB(OorI)-3[WF50(U.S&I.W)]: Lower internal support material

{WF50AB(OorI)-3[WF50(L.S&I.W)]}, {WF50AB(OorI)-3[WF50(R.S&I.W)]}: Left and right internal support materials and padding materials

WF50AB(OorI)-2(L.IW)]&[WF50AB(OorI)-2(R.IW)]: Inner or outer side molding gasket of window frame

Figure 6-1 (387):

FW-W(IorF)-WF40AB(OorI)-An: Nail from the outside of the rear assembly wall side molding (or inner or outer molding) [FW-W(IorF)] to the "round window frame assembly" [WF50AB (OorI)] Iron nails on the wooden angles of the internal supporting materials [WF50AB(OorI)-3(WF50)]

Yu Tong Figure 6

Figure 6-2(388):

WF50:WF50: round window frame

W-RC: Wall reinforced concrete structure

Figure 7 (389):

WF60: Octagonal window frame

WF60AB): Suitable for mounting the "octagonal window frame assembly" on the formwork surface of the wall mold cavity in the formwork project.

FW-W(OorI)-WF60AB-An: In the formwork project, iron nails can be used to fix the "octagonal window frame assembly" (WF60AB) on the outside of the pre-assembled side of the wall mold cavity or on the inner wall side mold [FW- W(OorI)-WF60AB-An]

WF60AB-1(OorI): Positioning plate for WF60AB

WF60AB-2(F.U.IW): Upper frame molding gasket

WF60AB-2(F.D.IW): Lower frame molding gasket

[WF60AB-2[F.L.IW)], [WF60AB-2(F.R.IW)]: molding materials outside the left and right frames and molding pads outside the remaining 45° frames

WF60AB-3[WF60(U.S)-1&2]: Window frame upper frame support material

WF60AB-3[WF60(D.S)-1&2]: Lower frame support material

{WF60AB-3[WF60(L.S)-1&2]}, {WF60AB-3[WF60(R.S)]-1&2}: Internal support of left and right frames and internal support materials of each 45° frame {WF60AB-3[WF60( 45°.S)-1&2]}

WF60AB-2(L.U): Rear combination side upper frame mold sealing material

WF60AB-2(L.D): Lower frame mold sealing material

[WF60AB-2(L.L)]}, {WF60AB(O)-2(L.R)]: Inner molding material of left and right frames

[WF60AB-2(L.U.IW)], [WF60AB-2(L.D.IW)], [WF60AB-2(L.L.IW)], [WF60AB-2(L.R.IW)], {WF60AB-2[L(45°. IW)]}: The molding pad material that supports the wood angle wood or foam plastic material on the inner side

Figure 7-1 (390):

FW-W(IorO)-WF60AB-An: Nail the outside of the rear wall side molding or (inner or outer) side molding [FW-W(IorO)] into the "window frame assembly" (WF60AB) or Iron nails on the wooden angles of the outer edge molding pad [WF60AB-2(IorO)] or the inner support material [WF60AB-3(WF6O)]

Yu Tongtu seventy-six

Figure 7-2(391):

WF60: Octagonal window frame

W-RC: Wall reinforced concrete structure

Figure 8(392):

DF10: Door frame as thick as the wall

DF10AB(O): "Door frame assembly" suitable for installation on the outer mold of the wall mold cavity in the formwork project

FW-W(OorF)-DF10AB(O)-An(O): Iron nails can be used to fix the "door frame assembly" in the formwork project [DF10AB(O)] Iron nails on the wall side molding on the outside of the wall or the pre-assembled side [FW-W(OorF)-DF10AB(O)-An(O)]

{DF10AB(O)-1[OorF(U)]}, {DF10AB(O)-1[OorF(L)]}, {DF10AB(O)-1[OorF(R)]}: in DF10AB(O) positioning plate

DF10AB(O)-3[DF10(U.S)]: Door frame upper frame internal support material

{DF10AB(O)-3[DF10(L.S)]}, {DF10AB(O)-3[DF10(R.S)]}: Internal support material of left and right frames

{DF10AB(O)-3[DF10(M.S)]}: Or with the required intermediate support material

DF10AB(O)-2[IorL(U)]: Internal fixation material on the inner side or upper rear side

{DF10AB(O)-2[IorL(L)]}, {DF10AB(O)-2[IorL(R)]}: left and right internal fixation materials

Figure 8 No. 1 (393):

FW-W(IorL)-DF10AB(O)-An: Nail from the outside of the rear wall side molding (or inner molding) [FW-W(IorL)] to the door frame assembly [DF10AB(O)] Iron nails on the wooden angles of the inner side molding material [DF10AB(O)-2(IorL)] or the inner support material [DF10AB(O)-3(DF1O)]

Yu Tong Figure 8

Figure 8-2(394):

DF10: Door frame as thick as the wall

W-RC: Wall reinforced concrete structure

Figure 9(395):

DF20: Door frame smaller than wall thickness

DF20AB(O): "Door frame assembly" suitable for installation on the outer mold of the wall mold cavity in the formwork project

FW-W(OorF)-DF20AB(O)-An(O): Iron nails can be used to fix the "door frame assembly" in the formwork project [DF20AB(O)] Iron nails on the wall side molding on the outside of the wall or on the pre-assembled side [FW-W(OorF)-DF20AB(O)-An(O)]

{DF20AB(O)-1[OorF(U)]}, {DF20AB(O)-1[OorF(L)]}, {DF20AB(O)-1[OorF(R)]}: in DF20AB(O) positioning plate

DF20AB(O)-3[DF20(U.S)]: Door frame upper frame internal support material

{DF20AB(O)-3[DF20(L.S)]}, {D F20AB(O)-3[DF20(R.S)]}: Internal support material of left and right frames

DF20AB(O)-3[DF20(M.S)]: Intermediate support material

DF20AB(O)-2[IorL(U)]: Door frame (DF20) inner side or rear side upper frame molding material

{DF20AB(O)-2[IorL(L)]}, {DF20AB(O)-2[IorL(R)]}: Inner side or rear assembly side left and right frame molding materials

DF20AB(I): Suitable for installation on the inside of the wall of the formwork project or the "door frame assembly" on the pre-assembled wall side formwork [DF20AB(I)

DF20AB(O)-3[DF20(U.S)]: Upper frame internal support material

{DF20AB(O)-3[DF20(L.S)]}, {DF20AB(O)-3[DF20(R.S)]}: Internal support material of left and right frames

DF20AB(O)-3[DF20(M.S)]: Or with the required intermediate support material

DF20AB(O)-2[OorL(U)]: Molding material for the inner side of the upper frame on the outer side or rear side

{DF20AB(O)-2[OorL(L)]}, {DF20AB(O)-2[OorL(R)]}: Molding pad material outside the left and right frames

Figure 9-1 (396):

FW-W(IorL)-DF20AB(O)-An: Nail from the outside of the rear wall side molding (or inner molding) [FW-W(IorL)] to the "door frame assembly" [DF20AB(O)] Iron nails on the wooden angles of the inner side molding pad [DF20AB(O)-2(IorL)] or the inner support material [DF20AB(O)-3(DF1O)]

Yu Tong Figure 9

Figure 9-2(397):

DF20: Door frame smaller than wall thickness

W-RC: Wall reinforced concrete structure

Figure 10(398):

DF30: Door frame with equal thickness as wall

DF30AB: It is directly applied to the wall side mold [FW-W (OorF)] assembled in the wall mold cavity of the formwork project to form a "door panel frame assembly" (DF30AB)

DF30AB-3[DF30(U.S)]: Upper frame internal support material

{DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]}: Internal support material of left and right frames

DF30AB-3[DF30(M.S): Intermediate support material

Figure 10 (399): Same as Figure 10

Figure 10-2 (400):

DF30: Door frame with equal thickness as wall

W-RC: Wall reinforced concrete structure

DF30-P1: Door leaf bezel

DF30-P2A: Inner and outer edge trim panels

DF30-P2B: Inner and outer edge trim panels

DF30-P2C: Inner and outer edge trim panels

Figure 11(401):

W.H.S: "Window opening side mold"

W.H.S(RS): Window opening right side mold

W.H.S(LS): Window opening left side mold

W.H.S(US): Window opening upper side mold

W.H.S(DS): Window opening lower side mold

W.H.S(MS): Window opening intermediate support

W.H.S-An[W(F)]: The iron nail that fixes the side molding of the window opening to the side molding of the pre-assembled standing wall

W.H.S-An[W(L)]: The iron nail that fixes the side molding of the wall rear assembly to the side molding of the window opening.

D.H.S: "Door opening side mold"

D.H.S: "Door opening side mold"

D.H.S(RS): Door opening right side mold

D.H.S(LS): Door opening left side mold

D.H.S(US): Door opening upper side mold

D.H.S(MS): Middle support for window and door openings

FW-W(F): The wall side formwork is assembled first in the formwork project FW

FW-W(L): Wall side formwork assembled after FW of formwork project

W.H.S-An[W(F)]: The iron nail that fixes the side molding of the window opening to the side molding of the pre-assembled standing wall

W.H.S-An[W(L)]: The iron nail that fixes the side molding of the wall rear assembly to the side molding of the window opening.

"WorD.H.S": "Use iron nails (WorD.H.S-3) to fix the wooden angle (WorD.H.S-1) on the plate (WorD.H.S-2)" to make the window or door opening side molding

Word.H.S-1:Wood angle material

Word.H.S-2:Plate or plywood

Word.H.S-3:Iron nails

D.H.S-pp: Door opening side mold patching plate

W.H.S-pp: Seam patching plate for window opening side molding

Figure 12(402):

FW(B): Formwork works for constructing reinforced brick structures

WForDFnAB: Window frame or door frame assembly

FW(B)-WForDFnAB: Assembling window frames or door frame assemblies in reinforced brick structure formwork projects

W (IorF): First assemble one side or inside mold in the wall mold cavity

FW(B)-WForDFnAB: Assembling window frames or door frame assemblies in reinforced brick structure formwork projects

W(B): Window or door opening of brick wall

FW(B)-W(IorF): The first side formwork to be assembled in the reinforced brick structure formwork project

FW(B)-W(IorF)-WForDFnAB-W(B): One of the first to be formed in the reinforced brick structure formwork project Brick walls intended to accommodate window frames or door frame assemblies

FW(B)-W(IorF)-WForDFnAB-W(B.O)-WF30AB(I): Installed at the window position of the brick wall opening on one side (or inside formwork) of the reinforced brick structure formwork project that is first assembled Window frame assembly》WF30AB(I)

FW(B)-W(IorF)-W.H.S(WF30): The "L" of the window assembly is installed at the window position of the opening of the brick wall on one side (or inner side formwork) of the reinforced brick structure formwork project. Window frame mold W.H.S (WF30) for profile support material production

FW(B)-W(IorF)-WH.S-WF30AB(I): A window assembly is installed at the window position of the opening of the brick wall on one side (or inner side formwork) of the reinforced brick structure formwork project. Window frame assembly WF30AB(I) mounted on the window frame mold (W.H.S) made of "L" shaped support material

Figure 12(R.C)(403):

Figure 12.1 (404):

FW(B)-W(OorL): The side formwork outside the wall mold cavity of the formwork project or the side formwork installed later.

Yu Tong Figure 12.

Figure 1-1 (404-1):

[FW(B)-W(O)-P]: A backing plate installed around the reserved opening (inside or outside) of a wall structure made of concrete or reinforced brick or brick or hollow brick.

[FW(B)-W(IorO)]: Formwork inside or outside the wall opening

Yu Tong Figure 12.

Figure 12-2 (405):

WF30: Square top-opening skylight frame

FW(B)-W&B-RC: The wall and beam concrete structural parts are cast in the FW(B) cavity of the formwork

FW(B)-WF30-PD: The finished product is made by pouring concrete into the mold cavity of FW(B) and fixing the window frame WF30 on the wall.

Figure 12-3(406):

Figure 13A(407):

FW-W(OorF)): The external wall formwork cavity of the formwork project of the reinforced concrete structure is placed on the outer formwork of the wall on the pre-assembled side [FW-W(OorF))]

FW-W(OorF)-V.ForC.F: For use as unit template or full surface template for vertical combination [FW-W(OorF)-V.ForC.F]

[FW-WF30AB(O)] or [FW-WF30AB(O)']: The "window frame assembly" of the window frame (WF30) [FW-WF30AB(O)] or [FW-WF30AB(O)'] on the wall side mold

FW-W(RC)-S: Tie steel bars in the wall mold cavity, horizontal and vertical steel bars in the wall

FW-W(RC)-R.S: Reinforcing ribs for window frame openings

FW-W(IorL)-SF.AorGor2Por3P: Ordinary formwork or "pressure-bearing formwork" on the inner side of the assembled wall

FW-W(RC)-B.S:RC reserved ribs

Figure 13B (408): Same as Figure 13A

Figure 13 (409):

WF30: Square top-opening skylight frame

FW-W-RC: The wall concrete structure part is cast in the FW(B) cavity of the formwork

FW-B-RC: The beam concrete structure is cast in the FW(B) cavity of the formwork

FW-FL-RC: The floor concrete structure is cast in the FW(B) cavity of the formwork

FW(B)-WF30-PD: The finished product is made by pouring concrete into the mold cavity of FW(B) and fixing the window frame WF30 on the wall.

Figure 1-1(410):

d: At the position of the wall mold cavity (structure) of the next dimension "d" of the beam

One of the Thirteen Pictures of Yu Tong

The drawing number of this creation (invention); in order to cooperate with the original invention patent application No. 110123043, the drawing part of the original invention is divided into Figure 70 (348) ~ One of Figure 82 (410) or Figures 348 to 410 are derived from Figures 348 to 410; and in this creation, the numbering from Figure 1 (348) is as follows, where the Arabic numerals in parentheses are the figure numbers that retain the original invention for easy inspection):

Figure 1 (348): The original invention of "a formwork engineering construction method" is based on the design or implementation of formwork engineering on cast concrete production structures: it is discovered that "casting concrete in one piece to seal the window frame on the house structure" The construction method of the formwork project is designed to use the square window frame (WF10) to make the "window frame assembly" (WF10AB), which can be used in the wall molding cavity of the house structure formwork project to assemble the wall side molding or outside molding in advance. [FW-W(OorF)], pre-installed "square window frame assembly" [WF10AB(O)] suitable for mounting on the wall mold cavity pre-assembly or on the outside mold surface. This method is required for installation in the design of construction projects. At the position of the window frame, iron nails should be used to fix the positioning plate [WF10AB(O)-1(OorF)] on the "window frame assembly" to the wall mold cavity of the formwork project before assembling the side or outer molding [FW-W(OorF) )-WF10AB(O)-An(OorF)]; as shown in SOP.1 in the picture, install the "window frame assembly" on the outside of the wall mold cavity or assemble the side wall mold [FW-W] (OorF)-WF10AB(O)]; after the wall mold cavity is completed with steel bars, water and electricity distribution pipes and other facilities, continue to assemble the wall side molds [FW-W ( IorL)], it can still be fixed to the "window frame assembly" [WF-W(IorL)-WF10AB(O)-An(IorL)] with iron nails from the outside of the wall side molding assembled at the back, as shown in the SOP in the picture As shown in .2; it is directly assembled into the "window frame assembly" with the positioning plate [WF10AB(O)-1], the inner or outer molding plate (or material) of the window frame [WF10AB(O)-2], The internal support material [WF10AB(O)-3] is a composite material component that constitutes the window frame, or the inner and outer moldings of the wall mold cavity and the "window frame assembly" are the composite materials that form the wall mold cavity. The "window frame assembly" part has a composite structure with maximum rigidity and moment of inertia to support the square window frame. It can overcome (withstand) the grouting side pressure on the window frame that is generated when concrete is poured into the wall mold cavity, or it can only generate Minimal or close to zero deflection or deformation; in order to show the technical characteristics of novelty, progress and practicality, and clearly show the three-dimensional implementation of the function of installing the "window frame assembly" on the wall side molding.

Figure 1 No. 1 (349): The original invention of "a formwork engineering construction method" is shown in Figure 1 and is applied to the outer molding of the external wall mold cavity of the formwork engineering to install the "square window frame assembly" [WF10AB (O)], clearly indicate that during the formwork work, use iron nails to fix the "square window frame assembly" [WF10AB(O)] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)- WF10AB(O)-An(OorF)], and on the assembly "square window frame assembly" [WF10AB(O)], a dimension of the outer edge of the square window frame (WF10) is cut The same or slightly smaller plate is used as the positioning plate [WF10AB(O)-1(OorF)], and on its upper or lower frame, pre-design the cross-sectional view "A-A"SECTION (TYP.A) or "A-A" as shown in the figure 〞SECTION (TYP.B) shows (explanation) the parts (or components) provided in the upper, lower, left and right frames, among which,

As shown in Figure "A-A" SECTION (TYP.A), it is supported and fixed (fixed with iron nails) on the positioning plate [WF10AB(O)-1(OorF)]. One or two or more layers of pads are combined. As the upper frame molding plate {WF10AB(O)-2[OorF(U)]} and the lower frame molding plate {WF10AB(O)-2[OorF(D)]} on the outer edge of the window frame, they are set The outer side molding plates of the left and right frames {WF10AB(O)-2[OorF(L)]}, {WF10AB(O)-2[OorF(R)]} can be used to support the window frame (WF10) On the outer molding board, and on the inside (side) of the window frame, use iron nails to fix the upper frame support material {WF10AB(O)-3[WF10(U.S)]} and lower frame support material {WF10AB(O) )-3[WF10(D.S)-1]}&{WF10AB(O)-3[WF10(D.S)-2]}&{WF10AB(O)-3[WF10(D.S)-3]}, and set The left and right frame support materials {WF10AB(O)-3[WF10(L.S)]}, {WF10AB(O)-3[WF10(R.S)]} can be used to set (fix) one or two layers with iron nails. One or more layers of backing boards are used as the inner side of the window frame or the rear vertical side. The upper frame molding plate {WF10AB(O)-2[IorL(U)]} and the lower frame molding plate {WF10AB(O)-2[IorL (D)]} on its internal support material, and set the inner molding plates {WF10AB(O)-2[IorL(L)]}, {WF10AB(O)-2[IorL(R) of the left and right frames )]}, to make a "square window frame assembly" [WF10AB(O)] suitable for mounting on the outside of the wall of the formwork project or on the wall side formwork that has been assembled in advance; and in addition

As shown in "A-A" SECTION (TYP.B) in the picture, it is fixed on the positioning plate [WF10AB(O)'-1(OorF)] (fixed with iron nails) or glued to a wooden angle or A plastic or foamed plastic material is used as the upper frame molding material {WF10AB(O)'-2[OorF(U.IW)]} and the lower frame molding material {WF10AB(O)'-2 on the outer edge of the window frame [OorF(D.IW)]}, and set the side molding materials {WF10AB(O)'-2[OorF(L.IW)]}, {WF10AB(O)'-2 outside the left and right frames [OorF(R.IW)]}, the window frame (WF10) can be placed on the molding material on the outside edge, and the upper frame support of the window frame can be fixed with iron nails on the inside (side) of the window frame material {WF10AB(O)-3[WF10(U.S)]}, lower frame support material {WF10AB(O)'-3[WF10(D.S)]}, and preset left and right frame support materials {WF10AB(O) '-3[WF10(L.S)]}, {WF10AB(O)'-3[WF10(R.S)]} on the positioning plate, and one or more layers can be set (fixed) on the inside of the window frame with iron nails Formwork plates on the side or rear assembly side: upper frame mold sealing plate {WF10AB(O)'-2[IorL(U)]}, lower frame mold sealing plate {WF10AB(O)'-2[IorL(D)] }On the outer edge of the internal support material, set the inner molding plates of the left and right frames {WF10AB(O)'-2[IorL(L)]}, {WF10AB(O)'-2[IorL( R)]}, a schematic diagram of the implementation of making a "square window frame assembly" [WF10AB(O)'] suitable for mounting on the outside of the wall of the formwork project or on the wall side formwork that has been assembled in advance;

The details of "WF10AB(O)-3" shown in the picture are used for each window frame (upper, lower, left and right frames) of the "square window frame assembly" [WF10AB(O)] The cross-sectional view of the internal support material [WF10AB(O)-3] shows that it is fixed with a wooden angle (WF10AB-3-1) and a plate (WF10AB-3-2) with iron nails (WF10AB-3 -3) Form an "L" shaped support member or composite material, use its plate part to fix it to the positioning plate with iron nails, and use the edge of the wooden angle to fix the inner formwork plate;

As shown in "a" DETAIL in the picture, it is revealed in the "square window frame assembly" [WF10AB(O)] in the "AA SECTION TYP.A" design method and the frame part assembly "a" part The detailed picture shows how to fix the self-positioning plate [WF10AB(O)-1(OorF)] on the window frame with iron nails [WF10AB(O)-1&2&3-An] and the outer molding plate {WF10AB(O) )-2[OorF(U)]}, upper frame internal support material {WF10AB(O)-3[WF10(US)]}, inner molding plate {WF10AB(O)-2[IorL(U)]}, A detailed schematic diagram of the height creation of a composite support member on the support upper frame [WF10AB(O)-WF10(U)]; another

As shown in "a-1" DETAIL in the picture, it is exposed on the "square window frame assembly"[WF10AB(O)'] in the "AA SECTION TYP.B" design method and the frame parts assembly "a-1" The detailed drawing of "Part" shows that the self-positioning plate [WF10AB(O)'-1(OorF)] is fixed on the upper frame of the window frame with iron nails [WF10AB(O)'-1&2&3-An] and the internal support of the upper frame Material {WF10AB(O)'-3[WF10(US)]}, inner molding material {WF10AB(O)'-2[IorL(U)]}, inner molding plate {WF10AB(O)'-2[ IorL(U)]} is a detailed schematic diagram of the height creation of a composite support member on the support upper frame [WF10AB(O)'-WF10(U)].

Figure 1-1 (350): The original invention is disclosed as shown in Figure 1-1, and is used to make the exterior (or interior) side of the wall or the wall side that is assembled before (or after) the formwork project. On the mold, the "square window frame assembly" [WF10AB(O)'] is assembled using the design method of "A-A SECTION (TYP.B)" cross-sectional view, indicating the installation of the "square window frame assembly" [WF10AB(O)'] is attached to the wall side formwork, and the positioning plate on the "square window frame assembly" [WF10AB(O)'] is directly fixed with iron nails to the inside (or outside), outside (or inside) of the wall. ) The side mold [FW-W(OorF)-WF10AB(O)'-(OorF)&(IorL)-An] is used to assemble the "square window frame assembly" [WF10AB(O)'] The upper, lower, left and right frame members are combined with the inner and outer moldings (lining plates) of the wall molding cavity to form a "composite material (wall side molding + window frame assembly)" as shown in the right diagram in the figure. , and as shown in the lower right part of the figure, the effective cross-section of "composite material (wall side molding + window frame assembly)" can at least include "positioning plate [WF10AB(O)'-1(OorF)", wall side molding (lining plate) [FW-W(OorF), upper frame internal support material {WF10AB(O)'-3[WF1OAB(U.S)]}& inner molding plate {WF10AB(O)'-2[IorL(U) ]}, lower frame internal support material {WF10AB(O)'-3[WF1OAB(D.S)]}& inner molding board {WF10AB(O)'-2[IorL(D)]", inner wall formwork (lining board )[FW-W(IorL); and depending on the height of the window frame and the width of the wall side molding, a composite material with maximum rigidity and moment of inertia is obtained. When the window frame is supported by lateral pressure, only slight deflection or The effect of minimal deflection; in addition, the lateral force strength of the iron nails nailed to the window frame assembly and the iron nails nailed to the wall or the outer molding to fix the "window frame assembly" can be utilized or designed. The lateral force acting on the window frame or window frame assembly when supporting the grouting side pressure is clearly It explains the reliability of the safety and quality maintenance of the installed window frames; and clearly shows that the technology is novel, progressive and practical, and is consistent with direct casting concrete production and "sealing the window frames on the wall structure." ”, providing instructions on the creation and implementation of high value-added housing products with no concrete construction joints, waterproofing, and anti-penetration functions.

Figure 1-1-2 A (351): This is the "square window frame assembly" [WF10AB(O)] shown in Figure 1-1 disclosed by the original invention, and is used in conjunction with the "A-A" SECTION in the figure. (TYP.A) cross-sectional view clearly indicates the assembled parts (materials) or assembly steps (SOP) or assembly procedure exploded view, with the assembly steps as shown in the figure:

(1) Cut a positioning plate [WF10AB(O)-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF10), or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(O)-1[OorF(L)]}, {WF10AB(O) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF10) )-1[OorF(R)]}; and

(2) Install the [WF10AB(O)-2-An(OorF)] window frame (WF10) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (Padding) board {WF10AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF10AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF10AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF10AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF10) on the molding (pad) plate on the outer side of the window frame (WF10), and use iron nails [WF10AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF10): upper frame internal support material {WF10AB(O)-3[WF10(U.S)]}, lower frame internal support material {WF10AB(O)-3[WF10(D.S)]} , The panels of the left frame internal support material {WF10AB(O)-3[WF10(L.S)]} and the right frame internal support material {WF10AB(O)-3[WF10(R.S)]} are molded on the outside (pad) on the board; and

(4) Fix the "window frame assembly" [WF10AB(O)] on the internal support material of the window frame (WF10) with iron nails [WF10AB(O)-2-An(IorL)] and then assemble or inside Molding (pad) board, upper frame Molding (pad) board {WF10AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF10AB(O)-2[IorL(D)]}, left frame molding (pad) ) board {WF10AB(O)-2[IorL(L)]}, right frame molding (pad) board {WF10AB(O)-2[IorL(R)]} on the side of the wood angle of the internal support material; and The window frame (WF10) is made into a "window frame assembly" [WF10AB(O)] that is suitable for mounting on the outer side molding of the wall or on the previously assembled side molding surface; it can

(5) To install "window frame assembly" [WF10AB(O)] on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on one of the pre-assembled side formwork surfaces [FW-W(OorF)-WF10AB (O)], directly position the window frame (WF10) with iron nails [FW-W(OorF)-WF10AB(O)-An(OorF)] from the window frame assembly [WF10AB(O)] The board is fixed to the wall side formwork [WF-W(OorF)];

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The number of iron nails [FW-W(IorL)-WF10AB(O)-An(IorL)] shall be driven into the " The inner side molding (pad) material [WF10AB(O)-2(IorL)] or the inner supporting material [WF10AB(O)-3(WF1O)] of the window frame assembly” [WF10AB(O)] Above, the "window frame assembly" [WF10AB(O)], the inner wall formwork, and the outer formwork materials are combined into a composite material to complete the wall formwork cavity and then pour concrete.

Figure 1-1-2B (352): The "square window frame assembly" [WF10AB(O)'] shown in Figure 1-1 disclosed by the original invention is used together with the "A-A" SECTION in the figure. (TYP.B) cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (or components) designed in the figure. The assembly step diagram is shown in the figure:

(1) Cut a positioning plate [WF10AB(O)'-1(OorF)) that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF10), or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(O)'-1[OorF(L)]}, {WF10AB( O)'-1[OorF(R)]}; and

(2) Set (fix with iron nails or glue) the outer side molding material of the window frame (WF10) on the positioning plate (wooden angle wood or board or foamed plastic material), and the outer side molding material of the upper frame {WF10AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF10AB(O)'-2[OorF(D.IW)]}, left frame outer side mold Sealing material {WF10AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF10AB(O)'-2[OorF(R.IW)]}; and

(3) On the outer side molding material of the window frame (WF10), support the outer side of the window frame (WF10) and fix it with iron nails [WF10AB(O)'-3-An(OorF)] Internal support materials for window frame (WF10): upper frame internal support material {WF10AB(O)'-3[WF10(U.S)]}, lower frame internal support material {WF10AB(O)'-3[WF10(D.S)] }, The plates of the left frame internal support material {WF10AB(O)'-3[WF10(L.S)]} and the right frame internal support material {WF10AB(O)'-3[WF10(R.S)]} are on the positioning plate on; while

(4) Fix the "window frame assembly" [WF10AB(O)'] on the internal supporting material of the window frame (WF10) with iron nails [WF10AB(O)'-2-An(IorL)] and then assemble Or the inner molding (pad) board, the upper frame molding (pad) board {WF10AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF10AB(O)'-2 [IorL(D)]}, left frame molding (pad) board {WF10AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF10AB(O)'-2[IorL (R)]} is installed on the side of the wooden angle of the internal support material; and the window frame (WF10) is made into a "window frame assembly" [WF10AB] that is suitable for mounting on the outer wall formwork or a pre-assembled side formwork. (O)']; but can

(5) The pre-assembled window frame assembly [WF10AB(O)'] is placed on the outside of the wall mold cavity of the structural formwork project for casting concrete or one of the side molding surfaces [FW-W(OorF)-WF10AB( At the window frame (WF10) position set out on O)'], use iron nails [FW-W(OorF)-WF10AB(O)'-An(OorF)] from the window frame assembly [WF10AB(O)'] The positioning plate is pre-fixed to the wall side formwork [WF-W (OorF)]; once the wall formwork cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side formwork [FW-W] can be assembled after the wall is erected. (IorL)], and use a sufficient amount (with sufficient lateral force strength to support the lateral pressure Heli) nails [FW-W(IorL)-WF10AB(O)'-An(IorL)] are nailed from the outside of the rear assembly wall side molding (inside molding) [FW-W(IorL) to the "window frame assembly" The inner side molding (pad) board [WF10AB(O)'-2(IorL)] of the body"[WF10AB(O)] and the inner supporting material of the window frame[WF10AB(O)'-3(WF1O)] are made of wood On the corner material, the "window frame assembly" [WF10AB(O)'], the inner wall formwork, and the outer formwork are combined into a composite material. The wall formwork cavity is completed and the preparation steps for pouring concrete are implemented.

Figure 1-2 (353): The original invention discloses that the wall side formwork shown in Figure 1 is assembled in reverse order or the inner wall formwork [FW-W (IorF) is assembled first, which needs to be designed and installed outside the formwork project The "square window frame assembly" [WF10AB(I)] is molded on the inner side of the wall mold cavity. During the formwork project, iron nails can be used to fix the "square window frame assembly" [WF10AB(I)] on the inner side of the wall or in advance. The wall side molding on the assembly side [FW-W(IorF)-WF10AB(I)-An(IorF)], and the design and assembly of the "square window frame assembly" [WF10AB(I)] are First, cut a plate with the same or slightly smaller size as the inner edge of the square window frame (WF10) and shrink the lower part by one size as the positioning plate [WF10AB(I)-1(IorF)], and On the upper and lower frames, pre-design it as shown in the cross-sectional view "B-B" SECTION in the figure. One or two or more layers of backing plates are supported and fixed (fixed with iron nails) on the positioning plate as the inner side of the window frame. The upper frame molding (pad) board {WF10AB(I)-2[IorF(U)]} and the lower frame molding (pad) board {WF10AB(I)-2[IorF(D)]} are installed. The inner molding (pad) plates {WF10AB(I)-2[IorF(L)]} and {WF10AB(I)-2[IorF(R)]} on the left and right frames can be used to support the window frames. The inner edge of (WF10) is on the inner molding (pad) board, and the upper frame support material of the window frame is fixed with iron nails inside the window frame {WF10AB(I)-3[IorF(U.S)]}, Lower frame support material {WF10AB(I)-3[IorF(D.S)-1]}&{WF10AB(I)-3[IorF(D.S)-2]}&{WF10AB(I)-3[IorF(D.S) -3]}, and set the left and right frame support materials {WF10AB(I)-3[IorF(L.S)]}, {WF10AB(I)-3[OorF(R.S)]}, and you can continue to use iron Nail to set (fix) one or two or more layers of backing board and use it as the upper frame molding (pad) board {WF10AB(I)-2[OorL(U)]} and lower frame on the outside edge of the window frame or the rear vertical side. The molding (pad) board {WF10AB(I)-2[OorL(D)]} is placed on the outer edge of the wood angle of the internal support material, and the molding (pad) board {WF10AB) on the outside of the left and right frames is set (I)-2[OorL(L)]}、{WF10AB(I)- 2[OorL(R)]}, made into a "square window frame assembly" [WF10AB(I)] suitable for mounting on the inside of the wall of the formwork project or on the wall side molding that has been assembled in advance;

In the lower part of the figure, the parts (materials) or assembly steps (SOP) or assembly procedures for making the "square window frame assembly" [WF10AB(I)] are shown. The assembly steps diagram is shown in the figure. :

(1) Cut a positioning plate [WF10AB(I)-(IorF)] that is the same or slightly smaller than the inner edge (periphery) of the window frame (WF10) and the lower part is retracted by one size, or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(I)-1[IorF(L)]}, {WF10AB(I) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF10) )-1[IorF(R)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF10) [WF10AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails), and the inner side of the upper frame shall be molded Cushion material {WF10AB(I)-2[IorF(U)]}, lower frame inner side molding (cushion) board {WF10AB(I)-2[IorF(D)]}, left frame inner side molding (Padding) board {WF10AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF10AB(I)-2[IorF(R)]}; and

(3) Support the inner edge of the window frame (WF10) on the molding (pad) board on the inner side of the window frame (WF10), and use iron nails [WF10AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF10): upper frame internal support material {WF10AB(I)-3[WF10(U.S)]}, lower frame internal support material {WF10AB(I)-3[WF10(D.S)]} , The panels of the left frame internal support material {WF10AB(I)-3[WF10(L.S)]} and the right frame internal support material {WF10AB(I)-3[WF10(R.S)]} are molded on the inner side (pad) on the board; and

(4) Fix the "window frame assembly" [WF10AB(I)] on the internal support material of the window frame (WF10) with iron nails [WF10AB(I)-2-An(OorL)] and then assemble or outside Molding (pad) board: upper frame molding (pad) board {WF10AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF10AB(I)-2[OorL(D) )]}, left frame molding (pad) board {WF10AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF10AB(I)-2[OorL(R)]} in The outer surface of the wooden angle of the internal support material; and the window frame (WF10) is suitable for being mounted on the inner wall formwork or the "window frame assembly" [WF10AB(I)] on the side formwork that has been assembled previously; and Can

(5) To directly install the "window frame assembly" [WF10AB(I)] on the inner formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on the side formwork surface [FW-W(IorF)- The position of the window frame (WF10) set out on WF10AB(I)] is positioned from the window frame assembly [WF10AB(I)] with iron nails [FW-W(IorF)-WF10AB(I)-An(IorF)] The board is pre-fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or outside formwork behind the wall [FW-W (OorL)], with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF10AB(I)-An(OorL)] of the supporting side pressure) are driven into the " On the wood angle of the outer side molding (pad) board [WF10AB(I)-2(OorL)] or the internal supporting material [WF10AB(I)-3(WF1O)] of the window frame assembly [WF10AB(I)] , the "window frame assembly" [WF10AB (I)] is composed of the materials of the inner and outer wall molds into a composite material, and is a schematic diagram of the preparation or assembly steps for completing the wall mold cavity before pouring concrete.

Figure 1-3 (354): The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found that the square window frame (WF10) is made of "square window frame assembly" "Square window frame assembly" [WF10AB(O)] or [WF10AB(O)] or [ WF10AB(I)] In the wall mold cavity of the formwork project, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood are combined with the mold sealing material of the window frame assembly. The formwork surface edge that becomes the side sealing edge of the wall mold cavity is used to cast concrete. After being dismantled (taken off), the outer periphery of the square window frame (WF10) is sealed with concrete of the same structure. This is a schematic diagram of the product; The product drawing PD.TYP (A) in the upper part of the picture shows that the window frame (WF10) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete is cast and sealed in one piece. The window frame (WF10) is installed on the structure to be waterproof, beautiful and sturdy, or the lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage and A schematic diagram of the product with waterproofing and penetration functions; the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF10) can be mounted on the wall (W-RC) below the reinforced concrete beam (B-RC) ) structure (mold cavity), the concrete-sealed window frame (WF10) is integrally cast on the structure to ensure waterproofing and For the value of beauty and sturdiness, concrete can be poured into the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage, waterproofing and penetration effects; to show novelty, progress and practicality Product schematic diagram of sexual technical characteristics.

Figure 2A (355): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the square window frame (WF20) or door frame with a larger height is suitable for carrying the load The "square window frame assembly" [WF20AB(O)] is placed on the outer molding of the exterior wall mold cavity in the formwork project; iron nails are used to directly fix the "square window frame assembly" [WF20AB(O)] in the formwork project. The positioning plate is placed on the wall side molding on the outside of the wall or on the pre-assembled side [FW-W(OorF)-WF20AB(O)-An(O)], and it is clearly indicated as shown in the "A-A" SECTION in the figure: To manufacture the "square window frame assembly" [WF20AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF20) as a positioning plate [ WF20AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate on the first or second floor. One or more layers of pads are used as the upper frame molding (pad) plate {WF20AB(O)-2[OorF(U)]} and the lower frame molding (pad) plate {WF20AB(O)-2) on the outer edge of the window frame. [OorF(D)]}, and indicated by "B-B" SECTION in the figure, preset the outer molding (pad) plates {WF20AB(O)-2[OorF(L)]}, {WF20AB (O)-2[OorF(R)]}, the window frame (WF20) can be placed on the outer molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. Upper frame support material {WF20AB(O)-3[WF20(U.S)]}, lower frame support material {WF20AB(O)-3[WF20(D.S)-1]}&{WF20AB(O)-3[WF20( D.S)-2]}&{WF20AB(O)-3[WF20(D.S)-3]}, and preset the left and right frame internal support materials {WF20AB(O)-3[WF20(L.S)-1]} &{WF20AB(O)-3[WF20(L.S)-2]}, {WF20AB(O)-3[WF20(R.S)]}&{WF20AB(O)-3[WF20(R.S)-2]}, Or add intermediate support materials {WF20AB(O)-3[WF20(M.S)]} as needed, and continue to use iron nails to set (fix) one or two or more layers of backing boards as the inner side of the window frame. Or the upper frame molding (pad) plate {WF20AB(O)-2[IorL(U)]} and the lower frame molding (pad) plate {WF20AB(O)-2[IorL(D)]} on the rear vertical side On the sides of the wooden angles of the internal supporting materials, the inner molding (pad) boards of the left and right frames are set {WF20AB(O)-2[IorL( L)]}, {WF20AB(O)-2[IorL(R)]}, are made into a "square window frame assembly" suitable for installation on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance. [WF20AB(O)] or its "square door frame assembly" assembly implementation diagram.

Figure 2A-1 (356): The original invention discloses the "square window frame assembly" [WF20AB(O)] shown in Figure 2A or its "door frame assembly" matched with "A-A" in the figure 〞SECTION, 〝B-B〞SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts shown in the figure, and the parts (materials) and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)-1[OorF(L)]}, {WF20AB(O) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) )-1[OorF(R)]}; and

(2) Install the [WF20AB(O)-2-An(OorF)] window frame (WF20) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the upper frame outer side molding (pad) board {WF20AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF20AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF20AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF20AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF20) on the molding (pad) plate on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(O)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(O)-3[WF20(D.S)]} , The panels of the left frame internal support material {WF20AB(O)-3[WF20(L.S)]} and the right frame internal support material {WF20AB(O)-3[WF20(R.S)]} are molded on the outside On the cushion material, a vertical intermediate support material {WF20AB(O)-3[WF20(M.S)]} may be added as needed for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, top Frame molding (pad) board {WF20AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF20AB(O)-2[IorL(D)]}, left frame molding ( Pad) board {WF20AB(O)-2[IorL(L)]}, right frame molding (pad) board {WF20AB(O)-2[IorL(R)]} on the outer surface of the wood angle of the internal support material ;The made window frame (WF20) is suitable for mounting on the "window frame assembly" [WF20AB(O)] on the outer wall formwork or a pre-assembled side formwork; and it can

(5) Directly install the "window frame assembly" [WF20AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that has been assembled in advance [ FW-W(OorF)-WF20AB(O)] at the position of the window frame (WF20) set out on the window frame assembly, directly use iron nails [FW-W(OorF)-WF20AB(O)-An(OorF)] from the window frame assembly The positioning plate of [WF20AB(O)] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF20AB(O)-An(IorL)] of the supporting side pressure) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to The wood of the inner side molding (gasket) board [WF20AB(O)-2(IorL)] or the internal supporting material [WF20AB(O)-3(WF2O)] of the "window frame assembly" [WF20AB(O)] On the corner material, the "window frame assembly" [WF20AB(O)] or its "door frame assembly", the inner wall formwork, and the outer formwork are combined into a composite material. The wall formwork cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the steps.

Figure 2B (357): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the square window frame (WF20) or door frame with a larger height is suitable for bearing The "square window frame assembly" [WF20AB(O)'] is installed on the outer molding of the exterior wall mold cavity of the formwork project. Iron nails should be used to fix the "square window frame assembly" [WF20AB(O)' during the formwork project. ] on the wall side molding on the outside of the wall or the pre-assembled side [FW-W(OorF)-WF20AB(O)'-An(O)], and the "A-A" SECTION in the picture indicates: "Square window frame To construct the assembly "[WF20AB(O)'], first cut a plate with the same or slightly smaller size as the outer edge of its square window frame (WF20) as a positioning plate [W F20AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported on the positioning plate (fixed with iron nails or glued) The outer edge of the window frame is made of upper frame molding material {WF20AB(O)'-2[OorF(U.IW)]} and lower frame molding material {WF20AB(O)-2[OorF(D.IW)]} , and indicate it with "B-B" SECTION, and set the outer molding materials {WF20AB(O)'-2[OorF(L.IW)]}, {WF20AB(O)'-2[OorF( R.IW)]}, and the window frame (WF20) can be placed on the outer molding material, and the upper frame support material {WF20AB(O) of the window frame can be fixed with iron nails on the inside (side) of the window frame '-3[WF20(U.S)]}, lower frame support material {WF20AB(O)'-3[WF20(D.S)]}, and preset left and right frame internal support materials {WF20AB(O)'-3[ WF20(L.S)-1]}&{WF20AB(O)'-3[WF20(L.S)-2]}, {WF20AB(O)'-3[WF20(R.S)]}&{WF20AB(O)'- 3[WF20(R.S)-2]}, or add a vertical intermediate support member {WF20AB(O)'-3[WF20(M.S)]} as needed and continue to install (fix it) with iron nails One or two or more layers of pads are used as the inner side of the window frame or the upper frame molding (pad) plate {WF20AB(O)'-2[IorL(U)]} and the lower frame molding (pad) on the rear side. The board {WF20AB(O)'-2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) board {WF20AB(O)'-2[IorL(L) of the left and right frames is set )]}, {WF20AB(O)'-2[IorL(R)]}, are made into a "square window frame assembly" suitable for installation on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance. [WF20AB(O)'] or its "square door frame assembly" assembly implementation diagram.

Figure 2B 1 (358): The original invention discloses the "square window frame assembly" [WF20AB(O)'] shown in Figure 2B to be matched with the "A-A" SECTION and "B-B" SECTION in the figure. The cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)'-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)'-1[OorF(L)]}, {WF20AB( O)'-1[OorF(R)]}; and

(2) Set (fix with iron nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF20) on the positioning plate, and form the outer side molding of the upper frame Sealing material {WF20AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF20AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF20AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF20AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF20) on the molding material on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF20): the internal support materials of the upper frame {WF20AB(O)'-3[WF20(U.S)]}, the internal support materials of the lower frame {WF20AB(O)'-3[WF20(D.S)]} , The plates of the left frame internal support material {WF20AB(O)'-3[WF20(L.S)]} and the right frame internal support material {WF20AB(O)'-3[WF20(R.S)]} are on the positioning plate , or add vertical intermediate support members {WF20AB(O)'-3[WF20(M.S)]} for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)'] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)'-2-An(IorL)] and then assemble Or the inner side molding (pad) board, the upper frame molding (pad) board {WF20AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF20AB(O)' -2[IorL(D)]}, left frame molding (pad) board {WF20AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF20AB(O)'-2 [IorL(R)]} is installed on the outside surface of the wooden angle of the internal support material; and the window frame (WF20) is made into a "window frame assembly" suitable for mounting on the outside wall formwork or the side formwork surface that has been assembled in advance. "[WF20AB(O)']; and you can

(5) To directly install the "window frame assembly" [WF20AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled in advance At the position of the window frame (WF20) set out on [FW-W(OorF)-WF20AB(O)'], directly use iron nails [FW-W(OorF)-WF20AB(O)'-An(OorF)] from the window The positioning plate of the frame assembly [WF20AB(O)'] is fixed to the wall side formwork [WF-W(OorF)];

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The iron nails [FW-W(IorL)-WF20AB(O)'-An(IorL)] are driven into the " The inner edge molding (gasket) plate [WF20AB(O)'-2(IorL)] or the internal support material [WF20AB(O)'-3(WF2O)] of the window frame assembly [WF20AB(O)'] On the wooden angle, the "window frame assembly"[WF20AB(O)'], the inner wall formwork, and the outer formwork are combined into a composite material . The wall formwork cavity is completed and the assembly steps are ready for pouring concrete. .

Figure 2C (359): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that it is suitable to make a square window frame (WF20) or its door frame with a larger height. The "square window frame assembly" [WF20AB(I)] is installed on the inner mold of the exterior wall mold cavity of the formwork project. Iron nails should be used to fix the "square window frame assembly" [WF20AB(I)] during the formwork project. On the wall side molding on the inner side of the wall or the pre-assembled side [FW-W(IorF)-WF20AB(I)-An(I)], and indicate in the "A-A" SECTION in the picture: "Square window frame assembly For the design of the "body" [WF20AB(I)], first cut a plate with the same or slightly smaller size as the inner edge and outer edge of its square window frame (WF20) and the lower part is reduced by one size as a positioning plate [WF20AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate by one layer or Two or more layers of backing boards are used as the upper frame molding (pad) board {WF20AB(I)-2[IorF(U)]} and the lower frame molding (pad) board {WF20AB(I)- 2[IorF(D)]}, and indicate "B-B" SECTION, preset the inner molding (gasket) plates of the left and right frames {WF20AB(I)-2[IorF(L)]}, {WF20AB( I)-2[IorF(R)]}, the window frame (WF20) can be placed on the inner molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. Frame support material {WF20AB(I)-3[WF20(U.S)]}, lower frame support material {WF20AB(I)-3[WF20(D.S)-1]}&{WF20AB(I)-3[WF20(D.S) )-2]}, and set the left and right frame internal support materials {WF20AB(I)-3[WF20(L.S)-1]}&{WF20AB(I)-3[WF20(L.S)-2]}, {WF20AB(I)-3[WF20(R.S)-1]}&{WF20AB(I)-3[WF20(R.S)-2]}, or add intermediate support {WF20AB(I)-3 as needed [WF20(M.S)]}, and one or two or more layers of pads can be set (fixed) with iron nails and used as the outer edge of the window frame or the upper frame molding (pad) on the rear side. The board {WF20AB(I)-2[OorL(U)]} and the lower frame molding (pad) board {WF20AB(I)-2[OorL(D)]} are placed on the internal support material, and the left and The molding (pad) board {WF20AB(I)-2[OorL(L)]}, {WF20AB(I)-2[OorL(R)]} on the outside of the right frame is made into a formwork suitable for installation Schematic diagram of the assembly of the "square window frame assembly" [WF20AB(I)] on the inside of the exterior wall or on the wall side molding that has been assembled beforehand.

Figure 2C 1 (360): is a cross-sectional view of the "square window frame assembly" [WF20AB(I)] shown in Figure 2C of the original invention combined with the "A-A" SECTION and "B-B" SECTION in the figure. In clearly indicating the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) Cut a plate that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF20) (the lower part shrinks one size) as a positioning plate [WF20AB(I)-1(IorF) ], or the upper and lower plates {WF20AB(I)-1[IorF(U)]}, {WF20AB(I)-1[IorF(D)]}, or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(I)-1[IorF(L)) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) (the lower part is reduced by one size) ]}, {WF20AB(I)-1[IorF(R)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF20) [WF20AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF20AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF20AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF20AB(I)-2[IorF(L)]}, the molding (pad) board on the inner side of the right frame {WF20AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF20) on the molding (pad) plate on the inner side of the window frame (WF20), and use iron nails [WF20AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(I)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(I)-3[WF20(D.S)]} , The panels of the left frame internal support material {WF20AB(I)-3[WF20(L.S)]} and the right frame internal support material {WF20AB(I)-3[WF20(R.S)]} are molded on the inner side on mat, or as needed Vertical intermediate support members {WF20AB(I)-3[WF20(M.S)]} are added for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(I)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(I)-2-An(OorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF20AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF20AB(I)-2[OorL (D)]}, left frame molding (pad) plate {WF20AB(I)-2[OorL(L)]}, right frame molding (pad) plate {WF20AB(I)-2[OorL(R)] }On the outer surface of the wooden angle of the internal supporting material; and the window frame (WF20) is made into a "window frame assembly" [WF20AB (I)] suitable for mounting on the inner wall molding or a pre-assembled side molding surface. ; but can

(5) To undertake the installation of "window frame assembly" [WF20AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall mold cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ FW-W(IorF)-WF20AB(I)], directly use iron nails [FW-W(IorF)-WF20AB(I)-An] from the window frame assembly [WF20AB( The positioning plate of I)] is fixed to the wall side formwork [WF-W(IorF)];

After the wall mold cavity is completed with the reinforcement, water and electricity distribution pipes and other facilities, the wall can be continued to erected the side or outside formwork [FW-W (OorL)], and a sufficient number (with sufficient lateral force strength) can be used on the supporting side. The iron nails [FW-W(OorL)-WF20AB(I)-An] are driven into the window frame assembly from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] "[WF20AB(I)] On the outer side molding (pad) board [WF20AB(I)-2(OorL)] or the internal support material [WF20AB(I)-3(WF2O)], order" The Window Frame Assembly" [WF20AB(I)] or its "Door Frame Assembly", the inner wall formwork, and the outer formwork are composed of materials to form a composite material. A schematic diagram of the assembly steps of completing the wall formwork cavity and preparing for pouring concrete.

Figure 2-1 (361): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the square window frame (WF20) is used to make the "square window frame assembly" "[WF20AB(O)] or [WF20AB(O)'] or [WF20AB(I)] or its "square door frame assembly", to assemble "square window frame assembly" [WF20AB(O)] or [WF20AB(O)'] or [WF20AB(I)] in template In the engineering wall mold cavity, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood materials, together with the mold sealing material of the window frame assembly, become the side seal of the wall mold cavity. The formwork surface edge is poured with concrete. After dismantling (removing), the outer periphery of the square window frame (WF20) is sealed with the concrete of the structure. The product diagram is shown in the product diagram PD.TYP in the upper part of the picture. (A), to show that the window frame (WF20) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), the window frame (WF20) is integrally cast with concrete and sealed on the structure. , for the value of being waterproof, beautiful, and sturdy, it is possible to cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z), for a product with better drainage, waterproofing and penetration functions; another schematic diagram of the product; The product drawing PD.TYP (B) in the lower part of the picture shows that the window frame (WF20) can be installed on the wall (W-RC) structure (mold cavity) under the reinforced concrete beam (B-RC). The window frame (WF20) is integrally cast with concrete to seal it on the structure, which is waterproof, beautiful, and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z). It has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product that shows the technical features of novelty, advancement and practicality.

Figure 3A (362): The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the double-layer (upper opening is smaller) square window frame (WF30) or other For the door frame, make a "double-layer square window frame assembly" [WF30AB(O)] suitable for mounting on the outer mold of the exterior wall mold cavity of the formwork project; use iron nails to fix the "double-layer square window frame assembly" during the formwork project "body" [WF30AB(O)] on the outside of the wall or the wall side molding [FW-W(OorF)-WF30AB(O)-An(O)] on the pre-assembled side, and it is indicated in the "A-A" SECTION in the picture : To make the "double-layer square window frame assembly" [WF30AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF30) As a positioning plate [WF30AB(O)-1(OorF)], the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (fixed with iron nails) ) One or two layers or multiple layers of pads are used as the upper frame molding (pad) board {WF30AB(O)-2[OorF(U)]} and the lower frame molding (pad) board {WF30AB( O)-2[OorF(D)]}, and set the molding (pad) plates {WF30AB(O)-2[OorF(L)]}, {WF30AB(O)-2[ OorF(R)] }, the window frame (WF30) can be placed on the outer molding (pad) board, and the upper frame support material {WF30AB(O)-3 of the window frame can be fixed with iron nails on the inside (side) of the window frame [WF30(U.S)]}, lower frame support material {WF30AB(O)-3[WF30(D.S)-1]}&{WF30AB(O)-3[WF30(D.S)-2]}&{WF30AB(O )-3[WF30(D.S)-3]}, and set the left and right frame internal support materials {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30(L.S.D) ]}, {WF30AB(O)-3[WF30(R.S.U)]}&{WF30AB(O)-3[WF30(R.S.D)]}, and you can continue to use iron nails to set (fix) one, two or more layers. The pad is used as the inner side of the window frame or the rear side of the upper frame molding (pad) plate {WF30AB(O)-2[IorL(U)]}, and the lower frame molding (pad) plate {WF30AB(O)- 2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) plates of the left and right frames are set {WF30AB(O)-2[IorL(L)]}, {WF30AB(O) -2[IorL(R)]}, to make a "double-layer square window frame assembly" [WF30AB(O)] suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled beforehand. Schematic diagram of the assembly implementation of "double-layer square door frame assembly".

Figure 3A-1 (363): The original invention discloses the "square window frame assembly" [WF30AB(O)] or its "square door frame assembly" shown in Figure 3A, which is matched with the figure. "A-A" SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut and combine the upper and lower pieces into a positioning plate {WF30AB(O)-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30) , {WF30AB(O)-1[OorF(D)]}, or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF30AB(O)-1[OorF(R)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)-1[OorF(R)]}; while

(2) Install the [WF30AB(O)-2-An(OorF)] window frame (WF30) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (Padding) board {WF30AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF30AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF30AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF30AB(O)-2[OorF(R)]}; and

(3) Support the outer sides of the window frame (WF30) on the molded pad material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)-3-An(OorF)] to fix the window Internal support materials of the frame (WF30): upper frame internal support material {WF30AB(O)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(O)-3[WF30(D.S)]}, left Frame internal support material {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)-3[WF30(R.S.U) )]}&{WF30AB(O)-3[WF30(R.S.D)]} The plate part is on the outer side molding pad material; and

(4) Fix the "window frame assembly" [WF30AB(O)] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF30AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF30AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF30AB(O)-2[IorL(R)] }On the outer surface of the wooden angle of the internal support material; and the window frame (WF30) is made into a "window frame assembly" [WF30AB(O)] suitable for mounting on the outer wall formwork or a pre-assembled side formwork surface. ; but can

(5) Undertake the installation of "window frame assembly" [WF30AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF30AB(O)], directly use iron nails [FW-W(OorF)-WF30AB(O)-An] from the window frame assembly [WF30AB(O)] )] are fixed to the wall side formwork [WF-W(OorF)];

After the wall mold cavity is completed with steel bars, water and electricity distribution pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The iron nails [FW-W(IorL)-WF30AB(O)-An] are driven into the window frame assembly from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] "On the inner edge molding (pad) board [WF30AB(O)-2(IorL)] of [WF30AB(O)] or the wood angle of the internal support material [WF30AB(O)-3(WF3O)], order " The Window Frame Assembly" [WF30AB(O)] or its "Door Frame Assembly", the inner wall formwork, and the outer formwork are composed of materials to form a composite material. A schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

Figure 3B (364): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the square window frame (WF30) with double layers (the upper opening is smaller) or The door frame is made of a "double-layer square window frame assembly"[WF30AB(O)'] or a "double-layer square door frame assembly" suitable for being installed on the outer molding of the exterior wall mold cavity of the formwork project, and is provided with the formwork Iron nails should be used to fix the "double-layer square window frame assembly"[WF30AB(O)'] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF30AB(O)'-An( O)], and the "AA" SECTION in the picture indicates: "Double-layer square window frame assembly"[WF30AB(O)'] is manufactured by cutting a square window frame (WF30 ), a plate with the same or slightly smaller outer edge size is used as the positioning plate [WF30AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure. , place the upper frame mold sealing material {WF30AB(O)'-2[OorF(U.IW)]} and the lower frame mold sealant on the outer edge of the window frame on the positioning plate (fixed with iron nails or glued) {WF30AB(O)-2[OorF(D.IW)]}, and set the outer molding materials {WF30AB(O)-2[OorF(L.IW)]}, {WF30AB(O )'-2[OorF(R.IW)]}, and the window frame (WF30) can be placed on the outer molding material, and then fixed on the inside (side) of the window frame with iron nails The frame support material {WF30AB(O)'-3[WF30(US)]}, the lower frame support material {WF30AB(O)'-3[WF30(DS)]}, and the left and right frame internal support materials { WF30AB(O)'-3[WF30(LSU)]}&{WF30AB(O)'-3[WF30(LSD)]}, {WF30AB(O)'-3[WF30(RSU)]}&{WF30AB( O)'-3[WF30(RSD)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side of the window frame or the upper frame molding (pad) on the rear assembly side The board {WF30AB(O)'-2[IorL(U)]} and the lower frame molding (pad) board {WF30AB(O)'-2[IorL(D)]} are placed on the internal supporting materials and are preset The inner molding (pad) plates {WF30AB(O)'-2[IorL(L)]}, {WF30AB(O)'-2[IorL(R)]} on the left and right frames are made into a suitable Schematic diagram of the assembly and implementation of the "double-layer square window frame assembly"[WF30AB(O)'] or its "double-layer square door frame assembly" installed on the outside of the wall of the formwork project or on the wall side mold that has been assembled in advance.

Figure 3B 1 (365): The original invention discloses the "double-layer square window frame assembly" [WF30AB(O)'] or its "double-layer square door frame assembly" as shown in Figure 3B, with In the "A-A" SECTION cross-sectional view in the figure, the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure are clearly stated, and in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF30AB(O)'-1[OorF( U)]}, {WF30AB(O)'-1[OorF(D)], or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF30AB(O)'-1[OorF(L)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)'-1[OorF(R)]}; while

(2) Set (fixed with nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF30) on the positioning plate to form the upper frame outer side molding Sealing material {WF30AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF30AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF30AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF30AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF30) on the molding material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF30): the internal support materials of the upper frame {WF30AB(O)'-3[WF30(U.S)]}, the internal support materials of the lower frame {WF30AB(O)'-3[WF30(D.S)]} , left frame internal support material {WF30AB(O)'-3[WF30(L.S.U)]}&{WF30AB(O)'-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)'- The plate parts of 3[WF30(R.S.U)]}&{WF30AB(O)'-3[WF20(R.S.D)]} are on the positioning plate; and

(4) Fix the "double-layer window frame assembly" [WF30AB(O)'] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)'-2-An(IorL)] Subsequent assembly or molding (pad) of the inner edge Board, upper frame molding (pad) board {WF30AB(O)'-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O)'-2[IorL(D)]}, The left frame molding (pad) board {WF30AB(O)'-2[IorL(L)]} and the right frame molding (pad) board {WF30AB(O)'-2[IorL(R)]} are supported internally The outer surface of the wooden angle material; and the window frame (WF30) made of the "double-layer window frame assembly" [WF30AB(O)'] suitable for mounting on the outer wall formwork or a pre-assembled side formwork; And can

(5) To undertake the installation of "double-layer window frame assembly" [WF30AB(O)'] or its "double-layer square door frame assembly" on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or to assemble it first At the position of the window frame (WF30) set out on one side mold surface [FW-W(OorF)-WF30AB(O)'], directly fix the iron nails [FW-W(OorF)-WF30AB(O)'-An] The positioning plate of the window frame assembly [WF30AB(O)'] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF30AB(O)'-An] that support the side pressure (the resultant force) are driven into the window from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)]. The inner side molding (gasket) plate [WF30AB(O)'-2(IorL)] or the internal support material [WF30AB(O)'-3(WF3O)] of the frame assembly"[WF30AB(O)'] On the wooden angle, make the "window frame assembly"[WF30AB(O)'] or its "door frame assembly", the wall inner molding, and the outer molding materials to form a composite material . The wall mold cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the combination steps.

Figure 3C (366): The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that a double-layer (upper opening is smaller) square window frame (WF30) or The door frame is made into a "double-layer square window frame assembly" [WF30AB(I)] or a "double-layer square door frame assembly" suitable for being mounted on the inner mold of the exterior wall mold cavity in the formwork project. Use iron nails to fix the "double-layer square window frame assembly" [WF30AB(I)] on the inside of the wall or on the wall side molding on the pre-assembled side [FW-W(IorF)-WF30AB(I)-An(I)] , and as shown in the "A-A" SECTION in the picture: "Double-layer square window frame assembly" [WF30AB (I)] is manufactured by first cutting a square window frame (WF30) on the inside The outer edge of the edge is the same or slightly smaller and the lower part is reduced by one size as the fixed Position plate [WF30AB(I)-1(IorF)], and its upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (fixed with iron nails) One or two or more layers of pads are used as the inner side of the window frame. The upper frame molding (pad) board {WF30AB(I)-2[IorF(U)]} and the lower frame molding (pad) board {WF30AB(I) )-2[IorF(D)]}, and set the inner molding (pad) plates of the left and right frames {WF30AB(I)-2[IorF(L)]}, {WF30AB(I)-2[IorF (R)]}, place the inner edge of the removable window frame (WF30) on the inner molding (pad) board, and fix the upper frame support of the window frame with iron nails on the inside (side) of the window frame. Material {WF30AB(I)-3[WF30(U.S)]}, lower frame support material {WF30AB(I)-3[WF30(D.S)-1]}&{WF30AB(I)-3[WF30(D.S)- 2]}, and set the left and right frame internal support materials {WF30AB(I)-3[WF30(L.S.D)]}&{WF30AB(I)-3[WF30(L.S.U)]}, {WF30AB(I)- 3[WF30(R.S.D)]}&{WF30AB(I)-3[WF30(R.S,U)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails and used as the outside of the window frame Side or rear side upper frame molding (pad) board {WF30AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF30AB(I)-2[OorL(D) ]} on its internal support material, and set the outer molding (pad) materials {WF30AB(I)-2[OorL(L)]}, {WF30AB(I)-2[OorL(R) on the left and right frames )]}, in order to make a "double-layer square window frame assembly" [WF30AB(I)] or its "double-layer square window frame assembly" suitable for mounting on the inside of the exterior wall of the formwork project or on the wall side formwork that has been assembled in advance. Schematic diagram of the assembly implementation of "Door Frame Assembly".

Figure 3C 1 (367): The original invention discloses the "double-layer square window frame assembly" [WF30AB(I)] or its door frame shown in Figure 3C, which matches "A-A" in the figure. SECTION, cross-sectional view, clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut two left and right panels to make a positioning plate {WF30AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF30) (the lower part is reduced by one size) )-1[IorF(L)]&{WF30AB(I)-1[IorF(R)], or

(1-1) Cut two pieces and combine them into a positioning plate {WF30AB(I)-1[IorF(U)) that is the same size as or slightly smaller than the inner edge (peripheral) of the window frame (WF30) (the lower part is reduced by one size) ]}, {WF30AB(I)-1[IorF(D)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF30) [WF30AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF30AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF30AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF30AB(I)-2[IorF(L)]}, the inner side molding (pad) board of the right frame {WF30AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF30) on the molding (pad) plate on the inner side of the window frame (WF30), and use iron nails [WF30AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF30): upper frame internal support material {WF30AB(I)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(I)-3[WF30(D.S)]} , left frame internal support material {WF30AB(I)-3[WF30(L.S.U)]}&{WF30AB(I)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(I)-3[WF30 (R.S.U)]}&{WF30AB(I)-3[WF30(R.S.D)]} plate edge is on the inner side molding (pad) plate; and

(4) Fix the "window frame assembly" [WF30AB(I)] with iron nails [WF30AB(I)-2-An(OorL)] on the outer edge of the angle of the internal support material of the window frame (WF30) ] and then combine the molding (pad) board on the outer side, the upper frame molding (pad) board {WF30AB(I)-2[OorL(U)]}, the lower frame molding (pad) board {WF30AB(I) )-2[OorL(D)]}, left frame molding (pad) board {WF30AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF30AB(I)-2[ OorL(R)]} on the outer surface of the wooden angle of the internal supporting material; and the window frame (WF30) is suitable for being mounted on the inner molding of the external wall mold cavity or the "window frame" on the side molding surface of the pre-assembled Assembly"[WF30AB(I)]; and you can

(5) To undertake the installation of "window frame assembly" [WF30AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface to be assembled first [ FW-W(IorF)-WF30AB(I)], directly fix the position of the window frame (WF30) with iron nails [FW-W(IorF)-W F30AB(I)-An] The positioning plate from the "window frame assembly" [WF30AB(I)] is fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or outside formwork behind the wall [FW-W (OorL)], with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF30AB(I)-An] of the supporting side pressure) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF30AB(I)-2(OorL)] or the internal support material [WF30AB(I)-3(WF3O)] of the assembly” [WF30AB(I)], The "window frame assembly" [WF30AB(I)] or its "door frame assembly", the inner wall formwork, and the outer formwork are combined into a composite material to complete the assembly steps of the wall formwork cavity and prepare for pouring concrete. Schematic diagram.

Figure 3-1 (368): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the "window frame assembly" is made of a double-layer square window frame (WF30) "Window frame assembly" [WF30AB(O)] or [WF30AB(O)'] or its door frame shall be installed Or [WF30AB(I)] or its "door frame assembly" is placed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the window frame made of aluminum alloy or plastic steel or stainless steel or forged alloy or wood materials are connected with the window The mold sealing material of the frame assembly together becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the square window frame (WF30) is sealed with the concrete of the structure. The product diagram on the body; the product diagram PD.TYP (A) in the upper part of the picture shows that the window frame (WF30) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity) , cast concrete to seal the window frame (WF30) in one piece on the structure, which is waterproof, beautiful and sturdy, or you can cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z ), in the schematic diagram with more drainage, waterproofing and penetration functions; in addition, the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF30) can be installed on the lower part of the reinforced concrete beam (B-RC) On the wall (W-RC) structure (mold cavity), concrete is cast to solidify the window frame (WF30) on the structure. It is waterproof, beautiful and sturdy, or concrete can be cast on the lower edge of the window frame to form a single piece. lower than outer edge A drop (Z) is formed on the inner edge, which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product that shows the technical features of novelty, advancement and practicality.

Figure 4A (369): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the double-layer (upper opening is larger) square window frame (WF31) is suitable for production The "double-layer square window frame assembly" [WF31AB(O)] is installed on the outer molding of the exterior wall mold cavity of the formwork project; the "double-layer square window frame assembly" can be fixed with iron nails during the formwork project [ WF31AB(O)] on the wall side molding on the outside of the wall or the pre-assembled side [FW-W(OorF)-WF31AB(O)-An(O)], and indicate in the "A-A" SECTION in the picture: "Double To make the "Layered Square Window Frame Assembly" [WF31AB(O)], first cut a plate with the same or slightly smaller dimensions as the outer edge of the square window frame (WF31) as a positioning plate [ WF31AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate on the first or second floor. One or more layers of pads are used as the upper frame molding (pad) plate {WF31AB(O)-2[OorF(U)]} and the lower frame molding (pad) plate {WF31AB(O)-2 on the outer edge of the window frame [OorF(D)]}, and set the molding (pad) plates {WF31AB(O)-2[OorF(L)]}, {WF31AB(O)-2[OorF(R)) outside the left and right frames ]}, the window frame (WF31) can be placed on the outer molding (pad) board, and the upper frame support material {WF31AB(O)- of the window frame can be fixed with iron nails on the inside (side) of the window frame. 3[WF31(U.S)]}, lower frame support material {WF31AB(O)-3[WF31(D.S)-1]}&{WF31AB(O)-3[WF31(D.S)-2]}&{WF31AB( O)-3[WF31(D.S)-3]}, and set the left and right frame internal support materials {WF31AB(O)-3[WF31(L.S.U)]}&{WF31AB(O)-3[WF31(L.S.D )]}, WF31AB(O)-3[WF31(R.S.U)]}&{WF31AB(O)-3[WF31(R.S.D)]}, and you can continue to use iron nails to set (fix) one, two or more layers. The pad is used as the inner side of the window frame or the rear assembly side. The upper frame molding (pad) plate {WF31AB(O)-2[IorL(U)]} and the lower frame molding (pad) plate {WF31AB(O)- 2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) plates of the left and right frames are set {WF31AB(O)-2[IorL(L)]}, {WF31AB(O) -2[IorL(R)]}, to make a "double-layer square window frame assembly" [WF31AB(O)] suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance Implementation diagram.

Figure 4A-1 (370): This is a sectional view of the "square window frame assembly" [WF31AB(O)] shown in Figure 4A of the original invention, which is matched with the "A-A" SECTION in the figure. It is clearly stated in the figure The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure are shown in the parts and assembly steps diagram:

(1) Cut and combine the left and right pieces into a positioning plate {WF31AB(O)-1[OorF(L)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31) , {WF31AB(O)-1[OorF(R)]}, or

(1-1) Cut and combine the upper and lower pieces into a positioning plate {WF31AB(O)-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31). {WF31AB(O)-1[OorF(D)]}; while

(2) Install the [WF31AB(O)-2-An(OorF)] window frame (WF31) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (pad) board {WF31AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF31AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF31AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF31AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF31) on the molding (pad) plate on the outer side of the window frame (WF31), and use iron nails [WF31AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF31): upper frame internal support material {WF31AB(O)-3[WF31(U.S)]}, lower frame internal support material {WF31AB(O)-3[WF31(D.S)]} , left frame internal support material {WF31AB(O)-3[WF31(L.S.U)]}&{WF31AB(O)-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(O)-3[WF31 (R.S.U)]}&{WF31AB(O)-3[WF31(R.S.D)]} The plate part is on the outer side molding pad material; and

(4) Fix the "window frame assembly" [WF31AB(O)] on the internal supporting material of the window frame (WF31) with iron nails [WF31AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF31AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF31AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF31AB(O)-2[IorL(L)]}, right frame molding The (pad) board {WF31AB(O)-2[IorL(R)]} is placed on the side of the wooden angle of the internal supporting material; and the window frame (WF31) is suitable for mounting on the outside of the wall molding or on one side of the pre-assembled "Window frame assembly" [WF31AB(O)] on the mold surface; and you can

(5) To install "window frame assembly" [WF31AB(O)] on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on one of the pre-assembled side formwork surfaces [FW-W(OorF)-WF31AB (O)], directly fix the position of the window frame (WF31) with iron nails [FW-W(OorF)-WF31AB(O)-An] from the positioning plate of the window frame assembly [WF31AB(O)]. To the wall side mold [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) Support side pressure resultant force)

The iron nails [FW-W(IorL)-WF31AB(O)-An] are driven into the "window frame assembly" [WF31AB] from the outside of the rear wall side molding (or inner molding) [FW-W(IorL)] (O)] on the inner side molding (backing) board [WF31AB(O)-2(IorL)] or the wood angle of the internal supporting material [WF31AB(O)-3(WF31)], order the "window frame assembly" The body" [WF31AB (O)], the inner wall formwork, and the outer formwork are composed of materials to form a composite material. A schematic diagram of the assembly steps of completing the wall formwork cavity and preparing for pouring concrete.

Figure 4B (371): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found to be made of a double-layer (larger upper opening) square window frame (WF31) The "double-layer square window frame assembly"[WF31AB(O)'] is suitable for mounting on the outer molding of the exterior wall mold cavity in the formwork project; the "double-layer square window frame assembly" can be fixed with iron nails during the formwork project. [WF30AB(O)'] on the outside of the exterior wall mold cavity or on the wall side mold on the pre-assembled side [FW-W(OorF)-WF31AB(O)'-An(O)], and "AA" in the picture SECTION explains: To manufacture the "double-layer square window frame assembly"[WF31AB(O)'], first, cut a window with the same or slightly smaller dimensions as the outer edge of its square window frame (WF31). A small plate is used as a positioning plate [WF31AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure, and are supported on the positioning plate ( Use iron nails to fix or glue) the outer edge of the window frame of wooden angles or foam materials. The upper frame mold sealing material {WF31AB(O) '-2[OorF(U.IW)]} and the lower frame mold sealing material { WF31AB(O)-2[OorF(D.IW)]}, and set the outer molding materials {WF31AB(O)'-2[OorF(L.IW)]}, {WF31AB(O )'-2[OorF(R.IW)]}, and the window frame (WF31) can be placed on the outer molding material, and the upper frame of the window frame can be fixed with iron nails on the inside (side) of the window frame Internal support material {WF31AB(O)'-3[WF31(US)]}, lower frame internal support material {WF31AB(O)'-3[WF31(DS)]}, and left and right frame internal support materials are preset {WF31AB(O)'-3[WF31(LSU)]}&{WF31AB(O)'-3[WF31(LSD)]}, {WF31AB(O)'-3[WF31(RSU)]}&{WF31AB (O)'-3[WF31(RSD)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails and used as the inner side of the window frame or the upper frame molding on the rear vertical side ( Pad) board {WF31AB(O)'-2[IorL(U)]} and lower frame molding (pad) board {WF31AB(O)'-2[IorL(D)]} on its internal support material, and Preset the inner molding (gasket) plates {WF31AB(O)'-2[IorL(L)]}, {WF31AB(O)'-2[IorL(R)]} for the left and right frames to make a The assembly diagram of the "double-layer square window frame assembly"[WF31AB(O)'] suitable for installation on the outside of the wall of the formwork project or on the wall side molding that has been assembled beforehand.

Figure 4B 1 (372): A cross-sectional view of the "Double-layer square window frame assembly" [WF31AB(O)'] shown in Figure 4B of the original invention, which is matched with the "A-A" SECTION in the figure, in Clearly indicate the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF31AB(O)'-1[OorF( L)]&{WF31AB(O)'-1[OorF(R)], or

(1-1) Cut the upper and lower pieces and combine them into a positioning plate {WF31AB(O)'-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31). {WF31AB(O)'-1[OorF(D)]}; while

(2) Set (fixed with iron nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF31) on the positioning plate to form the outer side molding of the upper frame Sealing material {WF31AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF31AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF31AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF31AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF31) on the molding material on the outer side of the window frame (WF31), and use iron nails [WF31AB(O)'-3-An(OorF)] to fix the window The internal support material of the frame (WF31), the internal support material of the upper frame {WF31AB(O)'-3[WF31(U.S)]}, the internal support material of the lower frame {WF31AB(O)'-3[WF31(D.S)]} , left frame internal support material {WF31AB(O)'-3[WF31(L.S.U)]}&{WF31AB(O)'-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(O)'- The plate parts of 3[WF31(R.S.U)]}&{WF31AB(O)'-3[WF31(R.S.D)]} are on the positioning plate; and

(4) On the internal supporting material of the window frame (WF31), use iron nails [WF31AB(O)'-2-An(IorL)] to fix the "double-layer window frame assembly" [WF31 assembly AB(O) '] behind or inside the molding (pad) board, the upper frame molding (pad) board {WF31AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF31AB( O)'-2[IorL(D)]}, left frame molding (pad) board {WF31AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF31AB(O) '-2[IorL(R)]} on the outside surface of the wooden angle of the internal support material; and the window frame (WF31) is suitable for being mounted on the outside wall formwork or the "window frame" on the side formwork that has been assembled in advance. Assembly"[WF31AB(O)']; and can

(5) The "window frame assembly" [WF31AB(O)'] is to be installed on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface [FW-W(OorF)- The position of the window frame (WF31) set out on WF31AB(O)'] is positioned with iron nails [FW-W(OorF)-WF31AB(O)'-An] from the window frame assembly [WF31AB(O)'] The board is fixed to the wall side formwork [WF-W(OorF)];

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled directly behind the wall to support them with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF31AB(O)'-An] are driven into the "window frame" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] The wood of the inner side molding (pad) plate [WF31AB(O)'-2(IorL)] or the internal support material [WF31AB(O)'-3(WF31)] of the assembly"[WF31AB(O)'] On the corner material, the "window frame assembly"[WF31AB(O)'], the inner wall formwork, and the outer formwork materials are combined into a composite material . The wall formwork cavity is completed and the preparation process for pouring concrete is carried out.

Figure 4C (373): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that it is made of a double-layer (larger upper opening) square window frame (WF31) The "double-layered square window frame assembly" [WF31AB(I)] is suitable for mounting on the inner molding of the exterior wall mold cavity in the formwork project; the "double-layered square window frame assembly" can be fixed with iron nails during the formwork project [ WF31AB(I)] on the wall side molding on the inner side of the wall or the pre-assembled side [FW-W(IorF)-WF31AB(I)-An(I)], and the "A-A" SECTION in the picture indicates: "Double To manufacture the "Layered Square Window Frame Assembly" [WF31AB(I)], first cut a window with the same or slightly smaller size as the inner edge of its square window frame (WF31) (the lower part is reduced by one size) The plate is used as a positioning plate [WF31AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (with Iron nail fixation) One or two or more layers of pads are used as the upper frame molding (pad) plate {WF31AB(I)-2[IorF(U)]} and the lower frame molding (pad) plate on the inner side of the window frame. {WF31AB(I)-2[IorF(D)]}, and set the inner molding (pad) plates of the left and right frames {WF31AB(I)-2[IorF(L)]}, {WF31AB(I) -2[IorF(R)]}, the window frame (WF31) can be placed on the inner molding (pad) board, and the inside of the upper frame of the window frame can be fixed with iron nails on the inside (side) of the window frame. Support material {WF31AB(I)-3[WF31(U.S)]}, lower frame inner material {WF31AB(I)-3[WF31(D.S)-1]}&{WF31AB(I)-3[WF31(D.S) -2]}, and set the left and right frame internal support materials {WF31AB(I)-3[WF31(L.S.D)]}&{WF31AB(I)-3[WF31(L.S.U)]}, {WF31AB(I) -3[WF31(R.S.D)]}&{WF31AB(I)-3[WF31(R.S.U)]}, and you can continue to use iron nails to set (fix) one or two or more layers of backing boards as the outer edge of the window frame Or rear assembly side upper frame molding (pad) board {WF31AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF31AB(I)-2[OorL(D)]} On the internal support material, the outer molding (pad) plates {WF31AB(I)-2[OorL(L)]}, {WF31AB(I)-2[OorL(R)] are set on the left and right frames. }, a schematic diagram of the assembly of a "double-layer square window frame assembly" [WF31AB(I)] suitable for installation on the inside of the exterior wall of the formwork project or on the wall side formwork that has been assembled beforehand.

Figure 4C 1 (374): The "Double-Layered Square Window Frame Assembly" [WF31AB(I)] shown in Figure 4C of the original invention is combined with the "A-A" SECTION and cross-sectional view in the figure to clarify Indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF31AB(I) is made by cutting and merging two left and right panels with the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF31) (the lower part is reduced by one size) )-1[IorF(L)]&{WF31AB(I)-1[IorF(R)], or

(1-1) Cut the upper and lower pieces and combine them into a positioning plate {WF31AB(I)-1[ IorF(U)]}, {WF31AB(I)-1[IorF(D)]}; and

(2) Install the inner side molding (pad) plate of the [WF31AB(I)-2-An(IorF)] window frame (WF31) on the positioning plate (fixed with iron nails), and the inner side of the upper frame shall be molded Cushion material {WF31AB(I)-2[IorF(U)]}, lower frame inner side molding (cushion) board {WF31AB(I)-2[IorF(D)]}, left frame inner side molding (pad) board {WF31AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF31AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF31) on the molding (pad) plate on the inner side of the window frame (WF31), and use iron nails [WF31AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF31): upper frame internal support material {WF31AB(I)-3[WF31(U.S)]}, lower frame internal support material {WF31AB(I)-3[WF31(D.S)]} , left frame internal support material {WF31AB(I)-3[WF31(L.S.U)]}&{WF31AB(I)-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(I)-3[WF31 (R.S.U)]}&{WF31AB(I)-3[WF31(R.S.D)]} plate edge is on the inner edge molding pad material; and

(4) Fix the "window frame assembly" [WF31AB(I)] with iron nails [WF31AB(I)-2-An(OorL)] on the outer edge of the angle of the internal support material of the window frame (WF31) ] and then combine the molding (pad) board on the outer side, the upper frame molding (pad) board {WF31AB(I)-2[OorL(U)]}, the lower frame molding (pad) board {WF31AB(I) )-2[OorL(D)]}, left frame molding (pad) plate {WF31AB(I)-2[OorL(L)]} , the right frame molding (pad) board {WF31AB(I)-2[OorL(R)]} is placed on the outer surface of the wood angle of the internal support material; and the window frame (WF31) is suitable for mounting on the external wall formwork The inner mold of the cavity or the "double-layer square window frame assembly" [WF31AB(I)] assembled on the side mold surface first;

(5) Directly install the "window frame assembly" [WF31AB(I)] on the inner formwork surface of the external wall mold cavity of the structural formwork project for casting concrete or the first assembled side formwork surface [FW-W(IorF)- At the position of the window frame (WF31) set out on WF31AB(I)], use iron nails [FW-W(IorF)-WF31AB(I)-An] from the positioning plate of the "window frame assembly" [WF31AB(I)] Fix it to the wall side formwork [WF-W(IorF)];

After the wall mold cavity is completed with the reinforcement, water and electricity distribution pipes and other facilities, the wall can be continued to erected the side or outside formwork [FW-W (OorL)], and a sufficient number (with sufficient lateral force strength) can be used on the supporting side. The iron nails [FW-W(OorL)-WF31AB(I)-An] are driven into the window frame assembly from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] "[WF31AB(I)] On the outer side molding (pad) board [WF31AB(I)-2(OorL)] or the internal support material [WF31AB(I)-3(WF31)], order " The window frame assembly [WF31AB(I)], the inner wall formwork, and the outer formwork are composed of materials to form a composite material . The wall formwork cavity is completed and the preparation for pouring concrete is carried out.

Figure 4-1 (375): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the "window frame assembly" is made of a double-layer square window frame (WF31) "Window frame assembly" [WF31AB(O)] or [WF31AB(O)'] or [WF31AB (I)] In the wall mold cavity of the formwork project, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood material, together with the mold sealing material of the window frame assembly, become The schematic diagram of the product that seals the side edges of the wall mold cavity with concrete after being dismantled (taken off) and the outer periphery of the double-layer square window frame (WF31) is sealed on the structure with concrete; in the figure The product picture PD.TYP (A) in the middle and upper part shows that the window frame (WF31) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window can be cast in one piece. The frame (WF31) is placed on the structure to be waterproof, beautiful, and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z). It is more drainage and waterproof. and Schematic diagram of the penetration effect; in addition, the product diagram PD.TYP (B) in the lower part of the picture shows the wall (W-RC) structure (W-RC) that can accommodate the window frame (WF31) under the reinforced concrete beam (B-RC) (form cavity), cast concrete to seal the window frame (WF31) in one piece on the structure, which is waterproof, beautiful, and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge. A schematic diagram of a product with technical characteristics of novelty, advancement, and practicality.

Figure 5A (376): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame (WF40) Or its door frame, the "double-layer window frame assembly with semi-circular opening" [WF40AB(O)] or its "semi-circular opening" suitable for being mounted on the outer molding of the external wall mold cavity of the formwork project "Double-layer door frame assembly with sky"; directly use iron nails to assemble and fix the "double-layer window frame assembly with semi-circular sky opening" [WF40AB(O)] on the outside of the wall or assemble the wall side molding on the side first [ FW-W(OorF)-WF40AB(O)-An(O)]; and in the "A-A" SECTION cross-sectional view in the picture, it is stated: "Double-layer window frame assembly with semi-circular opening" To manufacture [WF40AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square frame of the window frame (WF40) as the positioning plate [WF40AB(O)-1 (OorF)], and the middle and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate [WF40AB(O)-1(OorF) (fixed with iron nails) One or two or more layers of pads are used as the middle frame molding (pad) board {WF40AB(O)-2[OorF(M)]} and the lower frame molding (pad) board {WF40AB(O) on the outer edge of the window frame. )-2[OorF(D)]}, and set the molding (pad) plates {WF40AB(O)-2[OorF(L)]}, {WF40AB(O)-2[OorF) outside the left and right frames (R)]}, and the outer side of the window frame (WF40) can be placed on the outer molding (pad) board, and then fixed on the inside (side) of the window frame with iron nails in the middle frame of the window frame Support material {WF40AB(O)-3[WF40(M.S)]}(can be continued in sections), lower frame internal support material {WF40AB(O)-3[WF40(D.S)-1]}&{WF40AB(O)- 3[WF40(D.S)-2]}&{WF40AB(O)-3[WF40(D.S)-3]}, and preset the left and right frame internal support materials {WF40AB(O)-3[WF40(L.S) ]}, {WF40AB(O)-3[WF40(R.S)]}, and the first or second floor can be set (fixed) with iron nails. Or multi-layer pads can be used as the inner side of the window frame or the middle frame molding (pad) board {WF40AB(O)-2[IorL(M)]}, the lower frame molding (pad) board {WF40AB(O) on the rear side )-2[IorL(D)]} on its internal support material, and set the inner molding (pad) plates of the left and right frames {WF40AB(O)-2[IorL(L)]}, {WF40AB( O)-2[IorL(R)]}, made of a mold suitable for being mounted on the outside of the wall of the formwork project or on the wall side formwork that has been assembled in advance, and continues to bear the inner and outer molding materials of the upper semicircular frame. Schematic diagram of the assembly of "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)] or its "Double-layer door frame assembly with semi-circular opening".

Figure 5A-1 (377): The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(O)] or its "semicircular opening" as shown in Figure 5A "Tianzhi Double-layer Door Frame Assembly" is matched with the "A-A" SECTION cross-sectional view in the figure to clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, as shown in the figure. Parts and assembly step diagram:

(1) Cut a positioning plate {WF40AB(O)-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the upper and lower or left and right pieces into a positioning plate {WF40AB(O)-1 with the same size as or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40) [OorF(L)]}, {WF40AB(O)-1[OorF(R)]}; and

(2) Set (fixed with nails) [WF40AB(O)-2-An(OorF)] on the positioning plate (WF40AB(O)-2-An(OorF)] outside the lower square frame of the window frame (WF40) with side molding (pad) plates and outside the middle frame Side molding (pad) plate {WF40AB(O)-2[OorF(M)]} (can be continued in sections), lower frame outer side molding (pad) plate {WF40AB(O)-2[OorF(D) ]}, left frame outer side molding (pad) board {WF40AB(O)-2[OorF(L)]}, right frame outer side molding (pad) board {WF40AB(O)-2[OorF( R)]}; while

(3) Support the outer side of the window frame (WF40) on the outer side molding (pad) plate of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)-3-An( OorF)] pre-fixed window frame (WF40) lower square. Internal support material of the frame, internal support material of the middle frame {WF40AB(O)-3[WF40(M.S)]}, internal support material of the lower frame {WF40AB(O) -3[WF40(D.S)]}, left frame internal support material {WF40AB(O)- 3[WF40(L.S)]}, the panel edge (part) of the right frame internal support material {WF40AB(O)-3[WF40(R.S)]} is on the outer side molding pad material; and

(4) On the internal support material of the window frame (WF40), use iron nails [WF40AB(O)-2-An] to fix the "double-layer window frame assembly with semicircular opening" [WF40AB(O) )] The molding pad material assembled behind the lower square frame or on the inside edge, the middle frame molding (pad) board {WF40AB(O)-2[IorL(M)]}, the lower frame molding (pad) board { WF40AB(O)-2[IorL(D)]}, left frame molding (pad) plate {WF40AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF40AB(O) -2[IorL(R)]} on the side of the wooden angle of the internal support material; and the window frame (WF40) is suitable for being mounted on the outside wall formwork or on the surface of a pre-assembled side formwork and can be placed on The "double-layer window frame assembly with semicircular opening" [WF31AB(O)] of the inner and outer molding materials of the upper semicircular frame; and it can

(5) Undertake the installation of "window frame assembly" [WF40AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF40AB(O)], directly use iron nails [FW-W(OorF)-WF40AB(O)-An] from the window frame assembly [WF40AB(O)] )] positioning plate is fixed to the wall side molding [WF-W (OorF)]; it can support the molding material (foam plastic material) outside and inside the upper semicircular frame {FW- WF40AB(O)-2-[U.IW(I&O)]} is outside the lower square frame and on the inner molding pad;

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The iron nails [FW-W(IorL)-WF40AB(O)-An] with a combined pressure of The inner side molding (gasket) board [WF40AB(O)-2(IorL)] or the internal support material [WF40AB(O)-3(WF40) of Kaitian's double-layer window frame assembly" [WF31AB(O)] )], use the materials of the "window frame assembly" [WF40AB(O)] or its "door frame assembly", the wall inner mold, and the outer mold to form a composite material. The wall mold cavity is then completed and cast. Schematic illustration of the combined steps of concrete preparation.

Figure 5B (378): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame (WF40) or its door frame, to be produced as a "double-layer window frame assembly with semi-circular opening" [WF40AB(O)'] or its "semi-circular opening" suitable for mounting on the outer molding of the external wall mold cavity of the formwork project "Double-skin door frame assembly with open sky", use iron nails to fix "Double-skin window frame assembly with semi-circular open sky" [WF40AB(O)'] on the outside of the wall or assemble the wall side molding on the first side during the formwork project On [FW-W(OorF)-WF40AB(O)'-An(O)], and use the "A-A" SECTION cross-sectional view in the picture to indicate: "Double-layer window frame assembly with semi-circular opening" To make [WF40AB(O)'], first cut a plate with the same or slightly smaller size as the outer edge of the square frame of the window frame (WF40) as the positioning plate [WF40AB(O)' -1(OorF)], and the middle and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (fixed with iron nails or glued to wood angles or foam plastic Material) The middle frame molding material {WF40AB(O)'-2[OorF(M.IW)]} and the lower frame molding material {WF40AB(O)'-2[OorF(D.IW) on the outer edge of the window frame )]}, and set the outer molding materials {WF40AB(O)'-2[OorF(L.IW)]}, {WF40AB(O)'-2[OorF(R.IW)] on the left and right frames. }, the outer edge of the removable window frame (WF40) is placed on the outer molding material, and the inner support material of the middle frame of the window frame (WF40AB(O)' is fixed with iron nails on the inside (side) of the window frame) -3[WF40(M.S)]} (can be continued in sections), lower frame internal support material {WF40AB(O)'-3[WF40(D.S)]}, and preset left and right frame internal support materials {WF40AB(O) )'-3[WF40(L.S)]}, {WF40AB(O)'-3[WF40(R.S)]}, and you can continue to use iron nails to set (fix) one or two or more layers of backing boards as the window frame The middle frame molding (pad) plate {WF40AB(O)'-2[IorL(M)]} and the lower frame molding (pad) plate {WF40AB(O)'-2[IorL) on the inner side or rear side (D)]} on the wooden angle of the internal support material, and set the inner molding (pad) board {WF40AB(O)'-2[IorL(L)]}, {WF40AB(O) of the left and right frames )'-2[IorL(R)]}, made of a mold suitable for being installed on the outside of the wall of the formwork project or on the side mold of the wall that has been assembled in advance, and continues to bear the inner and outer molding materials of the upper semicircular frame. Schematic diagram of the assembly implementation of "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)'] or its "Double-layer door frame assembly with semi-circular opening".

Figure 5B 1 (379): The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(O)'] or its "semicircular opening" as shown in Figure 5B Kaitian's double-layer door frame assembly" is matched with the "A-A" SECTION cross-sectional view in the figure to clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, as shown in the figure Parts and assembly step diagram:

(1) Cut and make a positioning plate {WF40AB(O)'-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)'-1[OorF( L)]}, {WF40AB(O)'-1[OorF(R)]}; and

(2) Set on the positioning plate (fix with iron nails or glue the wood angle or foam plastic material) [WF40AB(O)'-2-An(OorF)] outside the lower square frame of the window frame (WF40) Side mold sealing material, middle frame outer side mold sealing material {WF40AB(O)'-2[OorF(M.IW)]} (can be continued in sections), lower frame outer side mold sealing material {WF40AB(O)' -2[OorF(D.IW)]}, left frame outer side molding gasket {WF40AB(O)'-2[OorF(L.IW)]}, right frame outer side molding gasket {WF40AB (O)'-2[OorF(R.IW)]}; and

(3) Support the outer side of the window frame (WF40) on the molding pad material on the outer side of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)'-3-An(OorF )] The inner support material of the lower square frame of the pre-fixed window frame (WF40), the inner support material of the middle frame {WF40AB(O)'-3[WF40(M.S)]}, the inner support material of the lower frame {WF40AB(O)' -3[WF40(D.S)]}, left frame internal support material {WF40AB(O)'-3[WF40(L.S)]}, right frame internal support material {WF40AB(O)'-3[WF40(R.S)] } The edge of the plate is on the positioning plate; and

(4) Fix the "Double-layer window frame assembly with semicircular opening" [WF40AB( O)'] The molding (pad) plate assembled behind the lower square frame or on the inside edge, the middle frame molding (pad) plate {WF40AB(O)'-2[IorL(M)]}, the lower frame molding (pad) board {WF40AB(O)'-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)'-2[IorL(L)]}, right frame molding (pad) ) board {WF40AB(O)'-2[IorL(R)]} inside The outer surface of the wooden angle of the supporting material; and the window frame (WF40) is suitable for being mounted on the outer wall formwork or a pre-assembled side formwork, and can continue to support the inner and outer formwork of the upper semicircular frame. The sealing material "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)']; and it can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ The position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)'] is directly fixed with iron nails [FW-W(OorF)-WF40AB(O)'-An] from the window frame assembly [ The positioning plate of WF40AB(O)'] is fixed to the wall side formwork [WF-W(OorF)]; it can support the molding material (foam plastic material) outside and inside the upper semicircular frame ){FW-WF40AB(O)'-2-[U.IW(I&O)]} outside the lower square frame and on the inner molding pad;

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The iron nails [FW-W(IorL)-WF40AB(O)'-An] with a combined pressure of The inner side molding (gasket) board [WF40AB(O)'-2(IorL)] or the internal supporting material [WF40AB(O)' -3(WF40)], use the materials of "window frame assembly"[WF40AB(O)'] or its "door frame assembly", wall inner molding, and outer molding to form a composite material to complete the wall molding A schematic diagram showing the combined steps of preparing concrete for pouring.

Figure 5C (380): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame (WF40) Or its door frame, "Double-layer window frame assembly with semi-circular opening" [WF40AB(I)] or its "door frame assembly" suitable for mounting on the inner mold of the external wall mold cavity of the formwork project, In the formwork project, iron nails should be used to fix the "double-layer window frame assembly with semi-circular opening" [WF40AB(I)] on the inner side of the wall or the wall side molding on the pre-assembled side [FW-W(IorF)-WF40AB( I)-An(I)], and in the cross-sectional view "A-A" SECTION in the figure, it is shown: "Double-layer window frame assembly with semi-circular opening" [WF40AB(I)] In terms of design, first cut a plate with the same or slightly smaller size as the inner edge of the square window frame (WF40) (the lower part shrinks one size) as the positioning plate [WF40AB(I)-1(IorF) )], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and one or two or more layers of backing plates are supported and fixed (fixed with iron nails) on the positioning plate as the window frame. On the inner side, the middle frame molding (pad) board {WF40AB(I)-2[IorF(M)]} and the lower frame molding (pad) board {WF40AB(I)-2[IorF(D)]}, And the inner molding (pad) plates {WF40AB(I)-2[IorF(L)]} and {WF40AB(I)-2[IorF(R)]} of the left and right frames are installed, which can be renewed. Place the window frame (WF40) on the inner molding (pad) board, and then use iron nails to fix the middle frame support material of the window frame {WF40AB(I)-3[WF40(M.S)]} on the inside (side) of the window frame. (Can be continued in sections), lower frame support material {WF40AB(I)-3[WF40(D.S)-1]}&{WF40AB(I)-3[WF40(D.S)-2]}, and set left and right The internal supporting materials of the frame {WF40AB(I)-3[WF40(L.S)]}, {WF40AB(I)-3[WF40(R.S)]} can be further set (fixed) with iron nails on the first or second floor or The multi-layer pad is used as the middle frame molding (pad) board {WF40AB(I)-2[OorL(M)]} (can be continued in sections) and the lower frame molding (pad) board on the outside edge of the window frame or the rear vertical side. {WF40AB(I)-2[OorL(D)]} is placed on its internal support material, and the outer molding (pad) plates {WF40AB(I)-2[OorL(L)]} are set outside the left and right frames. , {WF40AB(I)-2[OorL(R)]}, made of an inner mold suitable for being installed in the external wall mold cavity of the formwork project or a pre-assembled wall side mold, and can continue to support its upper semicircle The assembly of "double-layer window frame assembly with semi-circular opening" [WF40AB(I)] or "double-layer door frame assembly with semi-circular opening" using molded materials on the inner and outer sides of the molded frame Implementation diagram.

Figure 5C 1 (381): The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(I)] or its "door frame assembly" as shown in Figure 5C. In conjunction with the "A-A" SECTION and cross-sectional view, clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly step diagram shown in the figure:

(1) Cut a positioning plate that is the same size as or slightly smaller than the inner edge (peripheral) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) [WF40AB(I)-1(IorF) )],or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF40AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) )-1[IorF(L)]}, {WF40AB(I)-1[IorF(R)]}; and

(2) Install [WF40AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails). The inner side molding (pad) plate of the lower square frame of the window frame (WF40): in the middle frame Side molding (pad) board {WF40AB(I)-2[IorF(M)]} (can be continued in sections), lower frame inner side molding (pad) board {WF40AB(I)-2[IorF(D) )]}, left frame inner side molding (pad) board {WF40AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF40AB(I)-2[IorF (R)]}; while

(3) Support the inner side of the window frame (WF40) on the molding (pad) plate on the inner side of the window frame (WF40), and use iron nails [WF40AB(I)-3-An(IorF)] to Internal support material for fixed window frame (WF40), internal support material for middle frame {WF40AB(I)-3[WF40(M.S)]}, internal support material for lower frame {WF40AB(I)-3[WF40(D.S)]} , The inner support material of the left frame {WF40AB(I)-3[WF40(L.S)]} and the inner support material of the right frame {WF40AB(I)-3[WF(R.S)]} have the plate edge (part) on the inside On the side mold sealing material; and

(4) Fix the "window frame assembly" [WF40AB(I)] with iron nails [WF40AB(I)-2-An] on the outer edge of the angle of the internal support material of the window frame (WF40) and then assemble or Outside side molding (pad) board: middle frame molding (pad) board {WF40AB(I)-2[OorL(M)]}, lower frame molding (pad) board {WF40AB(I)-2 [OorL(D)]}, left frame molding (pad) board {WF40AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF40AB(I)-2[OorL(R) )]} on the side of the wooden angle of the internal support material; and the window frame (WF40) is suitable for being mounted on the inner molding of the external wall mold cavity or on the side molding surface of the pre-assembled one and can continue to support its upper half "Double-layer window frame assembly with semi-circular opening" [WF40AB(I)] of molded materials inside and outside the circular frame; and it can

(5) To undertake the installation of "window frame assembly" [WF40AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ FW-W(IorF)-WF40AB(I)], directly use iron nails [FW-W(IorF)-WF40AB(I)-An] from the "window frame assembly" [ The positioning plate of WF40AB(I)] is fixed to the wall side formwork [W F-W (IorF)] and can continue to support the inner and outer molding materials {FW-WF40AB(I)-2-[U.IW(I&O)]} in the "with semicircular opening" within the upper semicircular frame. The inner and outer molding (pad) plates of the "Tianzhi Double-layer Window Frame Assembly";

After the wall mold cavity is completed with the reinforcement, water and electricity distribution pipes and other facilities, the wall can be continued to erected the side or outside formwork [FW-W (OorL)], and a sufficient number (with sufficient lateral force strength) can be used on the supporting side. The iron nails [FW-W(OorL)-WF40AB(I)-An] are driven into the window frame assembly from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] "[WF40AB(I)] On the outer side molding (pad) board [WF40AB(I)-2(OorL)] or the internal support material [WF40AB(I)-3(WF40)], order" The materials of "window frame assembly" [WF40AB(I)] or its "door frame assembly", wall inner molding, and outer molding form a composite material. A schematic diagram of the assembly steps to complete the wall mold cavity and prepare for pouring concrete.

Figure 5D (382): It is a formwork project based on the original invention of "an engineering construction method" designed or implemented on a cast concrete production structure: it is found that a double-layer (with a semicircular skylight on the upper part) window frame (WF40) or The door frame is made suitable for being installed on the outer molding of the exterior wall mold cavity of the formwork project. "Assembly" and castable concrete are formed into a shape with an octagonal expanded edge on the outside of the upper semicircular frame and a square expanded edge on the lower square frame. During the formwork project, iron nails can be used to fix the "half with expanded edge" Double-layer window frame assembly with round open sky [WF40AB(O)"] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF40AB(O)"-An(O)] , and in the cross-sectional view "AA" SECTION in the figure, it is clearly stated: "Double-layer window frame assembly with semi-circular open sky with expanded edge"[WF40AB(O)"] is designed first. Cut a positioning plate [WF40AB(O)"-1(OorF)] that is the same as or combined with the required expansion edge size of the window frame (WF40), and design the middle and lower frame parts as shown in the cross-sectional view in the figure As shown in AA〞SECTION, the middle frame sealing material {WF40AB(O)"-2[OorF (M.IW)]} (can be continued), lower frame mold sealing material {WF40AB(O)"-2[OorF(D.IW)]}, and set the outer mold sealing material {WF40AB of the left and right frames (O)"-2[OorF(L.IW)]}, {WF40AB(O)"-2[OorF(R.IW)]}, or you can first set the upper semicircular frame with the outer side molding material ( Foam plastic material){WF40AB(O)"-2[OorF(U.IW)]} is placed on the positioning plate, and the outer edge of the window frame (WF40) can be continued to be placed on the outer molding material, and continued on Use iron nails to fix the inside (side) of the window frame. The inner supporting material of the middle frame {WF40AB(O)"-3[WF40(MS)]} (can be continued in sections) and the inner supporting material of the lower frame {WF40AB(O)" -3[WF40(DS)]}, and preset left and right frame internal support materials {WF40AB(O)"-3[WF40(LS)]}, {WF40AB(O)"-3[WF40(RS)] }, and you can continue to use iron nails to set (fix) one or two or more layers of pads as the inner side of the window frame or the middle frame molding (pad) board on the rear side {WF40AB(O)"-2[IorL (M)]}, the lower frame molding (pad) board {WF40AB(O)"-2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) of the left and right frames are set The board {WF40AB(O)"-2[IorL(L)]}, {WF40AB(O)"-2[IorL(R)]} is made into a formwork suitable for being installed outside the mold cavity of the external wall of the formwork project. Or "Double-skin window frame assembly with semi-circular open sky with expanded edges"[WF40AB(O)"] that assembles the wall side molding first and then supports the inner molding material of the upper semi-circular frame. Schematic diagram of the assembly and implementation of its "door frame assembly".

Figure 5D 1 (383): The original invention discloses the "double-layer window frame assembly with a semicircular open sky with an expanded edge" [WF40AB(O)"] or its " "Door frame assembly", in conjunction with the "A-A" SECTION cross-sectional view in the figure, clearly indicating the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure; in the parts and combinations shown in the figure Step chart:

(1) Cut and make a positioning plate {WF40AB(O)"-1[OorF]} with the same size as the required expansion edge (periphery) of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)"-1[OorF(L)] that is the same size as or slightly smaller than the expanded edge (periphery) of the window frame (WF40) }, {WF40AB(O)"-1[OorF(R)]}; and

(2) Install [WF40AB(O)''-2-An(OorF)] window frame (WF40) outer side mold sealing material on the positioning plate (fix with iron nails or glue the wood angle or foam plastic material) , the outer side mold sealing material of the middle frame {WF40AB(O)"-2[OorF(M.IW)]} (can be continued in sections), the outer side mold sealing material of the lower frame {WF40AB(O)"-2[OorF (D.IW)]}, left frame outer side molding gasket {WF40AB(O)"-2[OorF(L.IW)]}, right frame The outer side molding gasket {WF40AB(O)"-2[OorF(R.IW)]}, or the outer side molding material of the upper semicircular frame {FW40AB(O)"-2[OorF(U. IW)]}; while

(3) Support the outer sides of the window frame (WF40) on the molded pad material on the outer side of the window frame (WF40), and fix it with iron nails [WF40AB(O)"-3-An(OorF)] The internal support material of the lower square frame of the window frame (WF40), the internal support material of the middle frame {WF40AB(O)"-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)"-3[WF40( D.S)]}, the inner support material of the left frame {WF40AB(O)"-3[WF40(L.S)]}, the inner support material of the right frame {WF40AB(O)"-3[WF40(R.S)]} (Part) on the positioning plate; and

(4) On the internal supporting material of the window frame (WF40), use iron nails [WF40AB(O)"-2-An(IorL)] to fix the "double-glazed window with a semi-circular opening with an expanded edge. Frame assembly "[WF40AB(O)"] is a molding (pad) plate for the rear assembly or inner side of the lower square frame, and a molding (pad) plate for the middle frame {WF40AB(O)"-2[IorL(M) ]}, lower frame molding (pad) board {WF40AB(O)"-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)"-2[IorL(L)]} , The right frame molding (pad) board {WF40AB(O)"-2[IorL(R)]} is placed on the outer surface of the wood angle of the internal support material; and the window frame (WF40) is made into a wall formwork A double-layered semicircular opening with an expanded edge on the surface of the side mold outside the cavity or the previously assembled side mold and the inner (or inner or outer) mold sealing material that can continue to support the upper semicircular frame. Window frame assembly "[WF40AB(O)"]; and you can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ At the position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)"], directly use iron nails [FW-W(OorF)-WF40AB(O)"-An] from the window frame assembly [ The positioning plate of WF40AB(O)"] is fixed to the wall side molding [WF-W(OorF)]; it can support the molding material (foam) on the inner (or inner or outer) side of the upper semicircular frame Plastic material){FW-WF40AB(O)"-2-[U.IW(I&O)]} on the inner molding (pad) plate of the lower square frame;

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The iron nails [FW-W(IorL)-WF40AB(O)"-An] are driven into the "with expanded edge" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] The inner side molding gasket [WF40AB(O)"-2(IorL)] or the internal supporting material [WF40AB(O) )"-3(WF40)], use the materials of the "window frame assembly"[WF40AB(O)"] or its "door frame assembly", the wall inner molding, and the outer molding to form a composite material, and the completion Illustration of the implementation of the combined steps of preparing the wall formwork cavity for concrete pouring.

Figure 5-1 (384): The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that "a double-layer window frame with a semi-circular opening" (WF40 ) or its door frame, made into "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] [WF40AB(O)"] or its "door frame assembly", to Undertake the installation of "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] or [WF40AB(O)"] or its "door frame assembly" in the wall mold cavity of the formwork project In the process, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood material, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity. , after pouring concrete and disassembling (taking it off), use the concrete of the structure to seal the outer periphery of the double-layer square window frame (WF40) on the structure. The product diagram in the upper part of the picture is PD.TYP (A ), in order to show that the window frame (WF40) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), cast concrete to seal the window frame (WF40) on the structure in one piece. It has the value of waterproofing, beautiful appearance and solidity, or the lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage, waterproofing and permeability schematic diagram; also in the figure The product picture PD.TYP (B) in the lower part shows that the window frame (WF40) can be installed on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window frame (WF40) can be cast in one piece. On the structure, the outside of the window frame (WF40) is cast to have an expansion edge consistent with the positioning plate [WF40AB(O)"-1] of the "window frame assembly" [WF40AB(O)"] [WF40AB-1(O )]'s beautiful shape is waterproof, beautiful, and sturdy, and may be used in windows. The lower edge of the frame is cast in concrete so that the outer edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product that shows the technical features of novelty, advancement and practicality.

Figure 1-1 (385): To illustrate the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" in the reinforced concrete wall (W-RC) structure (mold cavity) On the top, concrete is integrally cast to fix the window frame (WF40) on the structure, and a positioning plate [WF40AB(O)] with the "window frame assembly" [WF40AB(O)"] is cast on the outside of the window frame (WF40). "] The expanded edge has a uniform and beautiful shape, or you can apply a decorative surface such as crushed stones or chopped stones [WF40AB-1(O)-CMorSC] on the expanded edge to make it more waterproof, beautiful, and sturdy, or you can add it to the window The lower edge of the frame is cast in concrete so that the outer edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product that shows the technical features of novelty, advancement and practicality.

Figure 6 (386): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that round window frames (WF50) or its door frames are made suitable for loading The "round window frame assembly" [WF50AB(O)] or its "door frame assembly" on the wall mold cavity of the formwork project should be fixed with iron nails during the formwork project [WF50AB(OorI) ] or its "door frame assembly" on the pre-assembled side wall side formwork on the outside or inside of the wall [FW-W(OorI)-WF50AB(OorI)-An]; thus the boards, materials, and waste from the formwork project can be recycled In the production of "door or window frame assembly"; and in the "A-A" SECTION cross-sectional view in the figure, it is clearly stated that the "round window frame assembly" [WF50AB (OorI)] is made by cutting Make a square plate with the same size as or slightly smaller than the inner edge of the circular frame of the window frame (WF50) as the positioning plate [WF50AB(OorI)-1(OorI)], and design it as shown in the cross-sectional view "A-A" "As shown in SECTION, the outer or inner side mold sealing material of the window frame is assembled or glued to the outer edge of the positioning plate with foam plastic material [WF50AB(OorI)-2(L.IW)]&[WF50AB(OorI)-2 (R.IW)], the window frame (WF50) can be placed on the outer or inner molding material, and the iron nails [WF50AB (OorI)-3-An] can be set on the inner edge of the window frame. Supporting materials inside the fixed window frame: upper internal supporting material and supporting pad {WF50AB(OorI)-3[WF50(U.S&I.W)]}, lower internal supporting material {WF50AB(OorI)-3[WF50(D) .S&I.W)]}, supporting pad material, and provided with left and right internal support material supports. The cushioning materials {WF50AB(OorI)-3[WF50(L.S&I.W)]} and {WF50AB(OorI)-3[WF50(R.S&I.W)]} are on the positioning plate and can be further assembled. Or glue the inner or outer side mold sealing material of the window frame of the foamed plastic material [WF50AB(OorI)-2(L.IW)]&[WF50AB(OorI)-2(R.IW)] to make a The "window frame assembly" [WF50AB (OorI)] or its "door frame assembly" suitable for mounting the round window frame (WF50) on the outside or inside of the wall of the formwork project on the previously assembled wall side formwork; Recycle the remaining scraps of boards used in formwork projects, increase the utilization rate of formwork materials, reduce waste, maintain the environment, improve construction quality, increase the completion rate of formwork projects in construction projects, reduce material consumption rates, and shorten the construction procedures of construction projects. A schematic diagram of the implementation of the formwork construction method that improves the construction efficiency of formwork projects and reduces costs; it has technical features that are novel, progressive, and practical, and has great circular economic benefits.

Figure 6-1 (387): The original invention discloses the "round window frame assembly" [WF50AB (OorI)] or its "door frame assembly" shown in Figure 6, which is matched with "A-A" in the figure. SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure; in the parts and assembly step diagram shown in the figure:

(1) In order to cut and make a square positioning plate [WF50AB(OorI)-1(OorI)] with the same or slightly smaller size as the inner edge (circle) of the circular window frame (WF50) and the outside of the combined window frame ( Or the left and right foam plastic molding materials [WF-50AB(OorI)-2(L.IW)], [WF50AB(OorI)-2(R.IW)] on the inner side, or

(1-1) Cut and combine the upper and lower or left and right pieces into a square positioning plate that is the same as or slightly smaller than the inner edge (circle) of the window frame (WF50) {WF50AB(OorI)-1 [OorI(U)]}, {WF50AB(O)-1[OorF(D)]} and the molding material of the left and right foam plastic materials on the outside of the combined window frame [WF50AB(OorI)-2(L.IW )], [WF50AB(OorI-2(R.IW)]; and

(2) The outer or inner edge of the window frame (WF50) is supported on the molded pad material on the outer side of the window frame (WF50), and the "foam plastic support pad" is continued on the inner edge of the combined window frame. Internal support material, use iron nails [WF50AB(OorI)-3-An] to fix the internal support material of the window frame (WF50): upper internal support material and support pad {WF50AB(OorI)-3[WF50(U.S&I. W)]}, lower internal support material and support pad{W F50AB(OorI)-3[WF50(D.S&I.W)]}, left inner support material and support pad {WF50AB(OorI)-3[WF50(L.S&I.W)]}, right inner support material With the support pad {WF50AB(OorI)-3[WF50(R.S&I.W)]}, the edge (part) of the plate of the internal support material is used to fix it on the positioning plate;

(3) Continue to assemble or glue the "round window frame assembly" [WF50AB(O)] on the internal support material of the window frame (WF50), and then assemble or pair the foam mold with the outer or inner sides Sealing material, inner (or outer) side left and right molding pad material [WF50AB(OorI)-2(L.IW)], [WF50AB(OorI)-2(R.IW)] wood angle wood with internal support material The supporting surface; and the window frame (WF50) made into a "round window frame assembly" [WF50AB (OorI)] suitable for mounting on the outer (or inner) wall molding or a pre-assembled side molding surface; And can

(4) Undertake the installation of "window frame assembly" [WF50AB (OorI)] or its "door frame assembly" to assemble a side formwork surface [FW- W(OorI)-WF50AB(OorI)], directly use iron nails [FW-W(OorI)-WF50AB(OorI)-An] from the window frame assembly [WF50AB(OorI) ] The positioning plate is fixed to the wall side formwork [WF-W(OorI)];

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or inner (I or outer) side formwork [FW-W (IorF)] behind the wall, and use a sufficient quantity (with sufficient side The iron nails [FW-W(IorF)-WF40AB(OorI)-An] whose axial force strength is equal to the resultant force of the supporting side pressure are assembled from the outside of the rear wall side formwork (or inner or outer formwork) [FW-W(IorF)] Nail into the wood angle of the internal supporting material [WF50AB(OorI)-3(WF50)] of the "round window frame assembly" [WF50AB(OorI)] to make the "window frame assembly" [WF50AB(OorI)] Or its "door frame assembly", the inner wall formwork, and the outer formwork materials are composed into a composite material. The implementation of the assembly steps of completing the wall formwork cavity and preparing for pouring concrete is carried out.

Figure 6-2 (388): The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the "window frame" is made of a round window frame (WF50) or its door frame Assembly" [WF50AB (OorI)] or its "door frame assembly", to install the "window frame assembly" [WF50AB (OorI)] or its "door frame assembly" in the wall mold cavity of the formwork project, using aluminum The outer edge and outer edge groove of the window frame made of alloy, plastic steel, stainless steel, forged alloy or wood, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity, during the casting of concrete, After being dismantled (taken off), the outer periphery of the round window frame (WF50) is sealed with the concrete of the structure. The diagram shows that the window frame (WF50) can be mounted on a reinforced concrete wall. (W-RC) At any position on the structure (mold cavity), the concrete-sealed window frame (WF50) is integrally cast on the structure, which has the value of waterproofing, beauty, and sturdiness, and has the functions of drainage and waterproof penetration; A schematic diagram of a cast concrete structure product with technical features that demonstrate novelty, advancement, industrial availability and practical value.

Figure 7 (389): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the octagonal window frame (WF60) or its door frame is suitable for being installed in the formwork. In the wall mold cavity of the project, first assemble the "octagonal window frame assembly" (WF60AB) or its "door frame assembly" on the formwork surface on the side. Iron nails should be used to fix the "octagonal window frame assembly" (WF60AB) during the formwork project. Or its "door frame assembly" is placed outside or inside the wall molding cavity on the wall side molding [FW-W(OorI)-WF60AB-An]; thus, the boards, materials and waste materials used in the formwork project can be recycled in the production "Door or window frame assembly"; and in the "A-A" SECTION in the picture, it is shown that: "Octagonal window frame assembly" (WF60AB) is made by cutting an octagonal window frame A plate with the same or slightly smaller outer edge dimensions of the frame (WE60) is used as the positioning plate [WF60AB-1 (OorI)], and the upper and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure. As shown, place the "window frame assembly" on the positioning plate (fix it with iron nails or glue it). First assemble the upper frame molding material [WF60AB-2 (F.U.IW)] and the lower frame molding material [WF60AB] on the side. -2(F.D.IW)], and set the left and right frame outer side molding materials [WF60AB-2[F.L.IW)], [WF60AB-2(F.R.IW)] and the remaining 45° frame outer side molding materials , the window frame (WF60) can be placed on the molding material, and the upper frame support material of the window frame can be fixed with iron nails on the inside (side) of the window frame {WF60AB-3[WF60(U.S)-1&2] }, the lower frame support material {WF60AB-3[WF60(D.S)-1&2]}, and the left and right frame internal support materials {WF60AB-3[WF60(L.S)-1& 2]}, {WF60AB-3[WF60(R.S)]-1&2}, and the internal supporting materials of each 45° frame {WF60AB-3[WF60(45°.S)-1&2]}, and can be added with iron After setting (fixing) one or two or more layers of pads as a "window frame assembly", assemble the side upper frame molding (pad) plate [WF60AB-2 (L.U)] and the lower frame molding (pad) plate [ WF60AB-2(L.D)], the inner molding (pad) boards of the left and right frames [WF60AB-2(L.L)]}, {WF60AB(O)-2(L.R)] and the wood angles supporting the inner sides Or foam plastic molding materials [WF60AB-2(L.U.IW)], [WF60AB-2(L.D.IW)], [WF60AB-2(L.L.IW)], [WF60AB-2(L.R.IW)], { WF60AB-2[L(45°.IW)]} is made into an "octagonal window frame assembly" ( WF60AB) or its "door frame assembly" assembly implementation diagram.

Figure 7-1 (390): The original invention discloses the "octagonal window frame assembly" (WF60AB) or its "door frame assembly" as shown in Figure 7. It is clearly shown in conjunction with the "A-A" SECTION cross-sectional view in the figure. The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure are shown in the parts and assembly steps diagram:

(1) Cut a positioning plate [WF60AB-1(OorI)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF60), or

(1-1) Cut two pieces and combine them into a positioning plate {WF60AB-1[OorI(L)]}, {WF60AB-1[OorF() that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF60) R)]}; while

(2) Install the "window frame assembly" (WF60AB) on the positioning plate (fixed with iron nails or glued) and first assemble the side molding materials (wood angles (or boards) or foamed plastic materials) [ WF60AB(O)-2(F.IW)]; while

(3) When assembling the "window frame assembly" (WF60AB), first assemble the side molding materials to support the outer (or inner) sides of the window frame (WF60), and use iron nails (WF60AB-3-An) Internal support material for pre-fixed window frame (WF60) {WF60AB(O)-3[WF60(U,D,L,R.S)-1&2]}, {WF60AB(O)-3[WF60(45°.S)- 1&2] The edge (part) of the plate is on the positioning plate; and

(4) Fix the "window frame assembly" (WF60AB) on the internal support material of the assembled "window frame assembly" (WF60AB) with iron nails [WF60AB-2-An (IorO)] (can be continued in sections) Then assemble or (inner or outer) side molding (pad) boards: upper frame molding (pad) board [WF60AB(O)-2(L.U)], lower frame molding (pad) board [WF60AB-2 (L.D)], left frame molding (pad) plate [WF60AB-2L.L)], right frame molding (pad) plate [WF60AB-2(L.R)] and 45° frame molding (pad) plate [WF60AB-2(L.45°)] and the outer surface of the wooden angle of the internal support material are combined with the support to form each frame and then the side molding material [WF60AB-2(L.IW)] is combined to make the window frame (WF60) is suitable for mounting the "window frame assembly" (WF60AB) on the side molding surface of the wall before assembly; and can

(5) Undertake the installation of "window frame assembly" (WF60AB) or its "door frame assembly" on the pre-assembled side formwork surface of the wall mold cavity of the structural formwork project for casting concrete [FW-W (OorI)-WF60AB ], directly fix the position of the window frame (WF60) from the positioning plate of the window frame assembly (WF60AB) to the wall side molding [WF-W( OorF)] on; as soon as

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or (inner or outer) side formwork [FW-W (IorO)] behind the wall, and use a sufficient number (with sufficient lateral The iron nails [FW-W(IorO)-WF60AB-An] whose force strength is equal to the resultant force of the support side pressure) are driven into the rear assembly wall side formwork or (inner or outside) side formwork [FW-W(IorO)] from the outside. On the wood angle of the inner or outer side molding (pad) board [WF60AB-2 (IorO)] or the internal supporting material [WF60AB-3 (WF6O)] of the "window frame assembly" (WF60AB), place the "window frame The assembly" (WF60AB) or its "door frame assembly", the inner wall formwork, and the outer formwork are assembled into a composite material . A schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

Figure 7-2 (391): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: the "window frame assembly made of octagonal window frame (WF60)" was found "(WF60AB) or its "door frame assembly", to install the "window frame assembly" (WF60AB) or its "door frame assembly" in the wall mold cavity of the formwork project, using aluminum alloy or plastic steel or stainless steel or forged alloy Or the outer edge and outer edge groove of the window frame made of wooden materials, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (taken off), the structural solid concrete Schematic diagram of the product that seals the outer periphery of the eight-shaped window frame (WF60) on the structure; in the figure, it is shown that the window frame (WF60) can be installed on the reinforced concrete wall (W-RC) structure (mold cavity) At any position, the concrete-sealed window frame (WF60) is integrally cast on the structure. It has the value of waterproofing, beauty, and sturdiness, as well as drainage and waterproof penetration. It is cast to show the technical characteristics of progress, novelty, and practicality. Schematic diagram of the completed concrete structure product.

Figure 8 (392): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that a door frame (DF10) with the same thickness as the wall is suitable for being installed in the formwork In the formwork project, iron nails should be used to fix the "door frame assembly" [DF10AB(O)] on the outside molding of the wall mold cavity [DF10AB(O)] on the outside of the wall or assemble the wall side molding first. On [FW-W(OorF)-DF10AB(O)-An(O)]; thus the boards, materials and scraps used in the formwork project can be recycled to make "door or window frame assembly"; and in the picture "AA "SECTION clearly states: In the design and manufacture of the "door frame assembly" [DF10AB(O)], three panels are first cut (set) to have the same or slightly smaller size as the inner edge of the door frame (DF10). As positioning plates {DF10AB(O)-1[OorF(U)]}, {DF10AB(O)-1[OorF(L)]}, {DF10AB(O)-1[OorF(R)]} , The inner edge of the outer side of the door frame (DF10) is continued from the upper frame. It is designed as shown in the cross-sectional view "AA" SECTION in the figure. The door frame is pre-set (fixed with iron nails) on the positioning plate. The internal support material of the upper frame {DF10AB(O)-3[DF10(US)]}, and the internal support materials of the left and right frames {DF10AB(O)-3[DF10(LS)]}, {DF10AB(O )-3[DF10(RS)]}, or with the required intermediate support {DF10AB(O)-3[DF10(MS)]}; and the first or second floor can be set (fixed) with iron nails Or use multi-layer pads as the inner side of the door frame (DF10) or the inner molding (pad) board of the upper frame on the rear vertical side {DF10AB(O)-2[IorL(U)]}, the inner molding of the left and right frames ( Pad) board {DF10AB(O)-2[IorL(L)]}, {DF10AB(O)-2[IorL(R)]} or as a fixed board to make a wall suitable for mounting on the outside of the formwork project Or the assembly schematic diagram of the "door frame assembly" [DF10AB(O)] on the wall side molding that is assembled first; and another

As shown in the figure, the inner side of the door frame (DF10) is placed on the positioning plate , followed by its upper frame, and the upper frame internal supporting material {DF10AB(O)-3 is set on the positioning plate. [DF10(US)]}, and set the internal supporting materials of the left and right frames {DF10AB(O)-3[DF10(LS)]}, {DF10AB(O)-3[DF10(RS)]}, or With the required intermediate support material {DF10AB(O)-3[DF10(MS)]}, you can then use iron nails to set (fix) one or two or more layers of pads as the outer edge of the door frame (DF10) Or the inner molding (pad) board of the upper frame on the rear side {DF10AB(O)-2[OorL(U)]}, the outer molding (pad) board of the left and right frames {DF10AB(O)-2[OorL [ Schematic diagram of the organization implementation of DF10AB(I)].

Figure 8-1 (393): This is a sectional view of the "door frame assembly" [DF10AB(O)] shown in Figure 8 of the original invention, which is matched with the "A-A" SECTION in the figure. It is clearly stated that what is shown in the figure is Show the assembly steps (SOP) or assembly procedures of parts (components); in the parts and assembly steps diagram shown in the figure:

(1) is a schematic diagram of the outer edge (peripheral) of the door frame (DF10), and

(2) Cut three pieces and combine them (overlap or connect them up and down) to form one with the outer edge (circumference) of the door frame (DF10)

The size is the same or slightly smaller, but has a passage opening in the composition, forming an upper positioning plate {DF10AB(O)-1[OorF(U)]} and left and right positioning plates {DF10AB(O)-1[OorF(L) ]}, {DF10AB(O)-1[OorF(R)]}; and can support the inner edge of the outside of the door frame (DF10) on the positioning plate; and

(3) Set (fixed with iron nails) [DF10AB(O)-3-An(OorF)] internal support material of door frame (DF10) on the positioning plate, and upper frame internal support material {DF10AB(O)-3[DF10 (U.S)]}, the inner support material of the left and right frames {DF10AB(O)-3[DF10(L.S)]}, the panel edge (part) of {DF10AB(O)-3[DF10(R.S)]} on the positioning plate; and set an appropriate number of intermediate support members {DF10AB(O)-3[DF10(M.S)]}; and

(4) On the internal supporting material of the door frame (DF10), use iron nails [DF10AB(O)-2-An(IorL)] to fix the "door frame assembly" [DF10AB(O)] and then assemble or the inner side Internal fixing plate, upper frame internal fixing plate {DF10AB(O)-2[IorL(U)]}, left frame internal fixing plate {DF10AB(O)-2[IorL(L)]}, right frame internal fixing plate {DF10AB(O)-2[IorL(R)]} on the side of the wood angle of the internal support material and on the end side of the middle support member; and the door frame (DF10) is made into a "door frame assembly" [DF10AB(O)] suitable for mounting on the outer side molding of the wall or a pre-assembled side molding surface; and can

(5) The "Door Frame Assembly" [DF10AB(O)] is installed on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or one of the side formwork surfaces [FW-W(OorF)-DF10AB( O)], directly fix the position of the window frame (DF10) to the wall with iron nails [FW-W(OorF)-DF10AB(O)-An] from the positioning plate of the door frame assembly [DF10AB(O)] Side mold [WF-W(OorF)] on;

After the wall mold cavity is completed with steel bars, water and electricity distribution pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The iron nails [FW-W(IorL)-DF10AB(O)-An] are driven into the "door frame assembly" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner fixing plate [DF10AB(O)-2(IorL)] of [DF10AB(O)] or the wooden angle of the internal supporting material [DF10AB(O)-3(DF1O)], make the "door frame assembly" [DF10AB(O)], the inner wall formwork and the outer formwork are composed of a composite material . A schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

Figure 8-2 (394): The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the "door frame assembly" is made from the door frame (DF10) [DF10AB(O) )], the "door frame assembly" [DF10AB(O)] is installed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the door frame are made of aluminum alloy or plastic steel or stainless steel or forged alloy or wooden materials. Together with the mold sealing material of the door frame assembly, it becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured, and after disassembly (removal), the door frame (DF10) is fixed on the outer periphery of the structure with concrete. Product diagram; in the picture, it is shown that the door frame (DF10) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the door frame (DF10) is integrally cast with concrete to seal the structure. Physically, it is a schematic diagram of a cast concrete product that has the value of being waterproof, beautiful, and sturdy, and has the functions of drainage and waterproof penetration; and that shows the technical characteristics of progress, novelty, and practicality.

Figure 9 (395): The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that a door frame (DF20) smaller than the wall thickness is made suitable for bearing The "Door Frame Assembly" [DF20AB(O)] is installed on the outside mold of the wall mold cavity in the formwork project. During the formwork project, iron nails can be used to fix the "Door Frame Assembly" [DF20AB(O)] on the outside of the wall or on the pre-assembled side. On the wall side formwork [FW-W(OorF)-DF20AB(O)-An(O)]; the boards, materials and waste materials used in the formwork project can be recycled to make "door or window frame assembly"; and in As shown in the "A-A" SECTION cross-sectional view in the figure, the design of the "door frame assembly" [DF20AB(O)] is first cut (set) to the same size as the inner and outer edges of the door frame (DF20) Or three slightly smaller plates can be used as positioning plates {DF20AB(O)-1[OorF(U)]}, {DF20AB(O)-1[OorF(L)]}, {DF20AB(O)-1[OorF (R)]}, and the upper frame part is designed as shown in the cross-sectional view "A-A" SECTION as shown in the figure, and is directly made on the positioning plate (fixed with iron nails). The internal support material of the upper frame of the door frame { DF20AB(O)-3[DF20(U.S)]}, and the internal support materials of the left and right frames are pre-made {DF20AB(O)-3[DF20(L.S)]}, {DF20AB(O)-3[DF20 (R.S)]}, and set the required intermediate support material {DF20AB(O)-3[DF20(M.S)]}, and you can continue to use iron nails to set (fix) one or two or more layers of backing boards as the door frame (DF20) The inner side or rear assembly side upper frame molding (pad) board {DF20AB(O)-2[IorL(U)]}, the inner side molding (pad) board of the left and right frames {DF20AB(O) )-2[IorL(L)]}, {DF20AB(O)-2[IorL(R)]}, are made into a "door frame" suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance. Assembly diagram [DF20AB(O)].

Figure 9-1 (396): This is a cross-sectional view of the "door frame assembly" [DF20AB(O)] shown in Figure 9 of the original invention, which is matched with the "A-A" SECTION in the figure, and clearly indicates the parts shown in the figure. (Material) assembly steps (SOP) or assembly procedures, as shown in the figure, assembly steps diagram:

(1) is a schematic diagram of the outer edge (peripheral) of the door frame (DF20), and

(2) Cut three pieces and combine them (superimpose or connect them up and down) to form one with the same size or slightly smaller size than the outer edge (circumference) of the door frame (DF10), as an internal supporting material that has the passage opening and the fixed upper frame. {DF20AB(O)-3[DF20(U.S)]}, internal support materials of left and right frames {DF20AB(O)-3[DF20(L.S)]}, {DF20AB(O)-3[DF20(R.S) ]} frame connecting plate; it can directly support the inner edge of the door frame (DF20) on its internal supporting material; and

(3) Continue to set up an appropriate number of intermediate support materials {DF20AB(O)-3[DF20(M.S)]}; and

(4) On the internal supporting material of the door frame (DF20), use iron nails [DF20AB(O)-2-An(IorL)] to fix the "door frame assembly" [DF20AB(O)] and then assemble or the inner side The molding (pad) board, the upper frame molding (pad) board {DF20AB(O)-2[IorL(U)]}, the left frame molding (pad) board {DF20AB(O)-2[IorL(L) )]}, the right frame molding (pad) board {DF20AB(O)-2[IorL(R)]} is placed on the outer side of the wooden angle of the internal support material and the end side of the middle support material; and the door frame (DF20 ) is suitable for mounting on the outside wall formwork or the "door frame assembly" [DF20AB(O)] on the previously assembled side formwork; and can

(5) The "Door Frame Assembly" [DF20AB(O)] is installed on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or one of the side formwork surfaces [FW-W(OorF)-DF20AB( O)], directly fix the position of the window frame (DF20) to the wall with iron nails [FW-W(OorF)-DF20AB(O)-An] from the positioning plate of the door frame assembly [DF10AB(O)] On the side mold [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-DF20AB(O)-An] that support the side pressure (the resultant force) are driven into the door frame assembly from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner side molding (pad) board [DF20AB(O)-2(IorL)] and internal support material [DF20AB(O)-3(DF2O)] of the inner side molding (pad) of the body" [DF20AB(O)], let The "door frame assembly" [DF20AB(O)], the inner wall formwork, and the outer formwork plates are composed of a composite material . A schematic diagram of the assembly steps of completing the wall formwork cavity and preparing for pouring concrete.

Figure 9-2 (397): The original invention "a pouring formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: the "doorframe assembly" made of the doorframe (DF20) was discovered [DF20AB (O)], the "door frame assembly" [DF20AB (O)] is installed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the door frame are made of wood or aluminum alloy or plastic steel or stainless steel or forging. Together with the mold sealing material of the door frame assembly, it becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (taken off), the outer periphery of the door frame (DF20) is fixed to the structure. A schematic diagram of the product; The figure shows that the door frame (DF20) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity). A schematic diagram of the implementation of progressive and novel features such as casting concrete to seal the door frame (DF20) on the structure, which is waterproof, beautiful and sturdy, and has drainage, waterproof and penetration functions.

Figure 10 (398): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: a door panel frame (DF30) with the same thickness as the wall is found and applied directly to the formwork In the wall mold cavity of the project, the wall side mold [FW-W (OorF)] is first assembled to form a "door panel frame assembly" (DF30AB); thus, the boards, materials and waste materials used in the formwork project can be recycled to make "doors or "Window frame assembly"; and in the "A-A" SECTION in the picture it is clearly stated: "Door panel frame assembly" (DF30AB) is first made by cutting (setting) the door panel frame (DF30) Three panels and wooden angles with the same or slightly smaller inner edge dimensions are pre-made into the internal supporting materials {DF30AB-3[DF30(U.S)]} for the upper frame of the door panel frame (DF30) and the internal supporting materials for the left and right frames. {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]}, and the side molding [FW-W(OorI)] assembled in advance in the wall mold cavity is fixed on the door frame. The internal supporting material of the frame {DF30AB-3[DF30(U.S)]} is placed on the wall side molding, and can be continued to support the door panel frame (DF30) on the internal supporting material of the upper frame, and then the iron nails [DF30AB-3- An] Fix the left and right frames with internal support members {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]}, or set up an appropriate number of intermediate support members {DF30AB-3 [DF30(M.S)]}, a schematic diagram of the assembly of a "door panel frame assembly" (DF30AB) that is assembled on the wall side mold that is first assembled in the wall mold cavity of the formwork project.

Figure 10-1 (399): This is a cross-sectional view of the "door frame assembly" (DF30AB) shown in Figure 10 of the original invention disclosed in conjunction with the "A-A" SECTION in the figure. It is clearly stated that the parts shown in the figure ( (Structure) assembly steps (SOP) or assembly procedures; in the parts and assembly steps diagram as shown in the figure:

(1) is a schematic diagram of the outer edge (peripheral) of the door panel frame (DF30), and

(2) Cut (set) three pieces of boards and wood angles that are the same as or slightly smaller than the inner edge of the door frame (DF30) to make the internal support material for the upper frame of the door frame {DF30AB-3[DF30(U.S) ]}, the internal supporting materials of the left and right frames {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]}, and on the side mold that is first assembled in the wall mold cavity [FW- W(OorI), pre-mark the horizontal line on the lower edge of the upper frame [FW-W(OorI)- DF30-U.L.I], and the internal supporting material {DF30AB-3[DF30(U.S)]} of the upper frame of the door panel frame is fixed; and

(3) After supporting the door panel frame (DF30) on the internal supporting material of the upper frame, continue to use iron nails to fix the internal supporting materials of the left and right frames {DF30AB-3[DF30(L.S)]}, {DF30AB-3[ DF30(R.S)]}, and set up an appropriate number of intermediate support materials {DF30AB-3[DF30(M.S)]}, or have construction openings; and make the door panel frame (DF30) and assemble it in the wall mold cavity first "Door panel frame assembly" (DF30AB) on one side of the mold surface;

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or (inner or outer) side formwork [FW-W (IorO)] behind the wall, with a sufficient quantity (with sufficient Iron nails [FW-W(IorO)-DF30AB-An] whose lateral force strength is equal to the resultant force of supporting side pressure) are assembled from the rear of the wall side molding or external nails of the (internal or external) side molding [FW-W(IorO)] Insert the wood angle of the internal support material [DF30AB-3 (DF30)] of the "door panel frame assembly" (DF30AB), and make the panels of the "door panel frame assembly" (DF30AB), wall inner molding, and outer molding form as follows The composite material shown in the "AA" SECTION in the picture is a schematic diagram of the combined steps of completing the wall mold cavity and preparing for pouring concrete.

Figure 10-2 (400): The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that the wooden frame (DF30) is directly placed on the wall mold cavity of the formwork project, and The "door frame assembly" (DF30AB) is made, so that the outer edge and outer edge (groove) of the wooden door frame become the mold surface (or door opening template) for the side sealing of the door opening of the wall mold cavity, and then After pouring concrete, after disassembly (removal), the product schematic "FW-DF30-PD" is shown on the outer periphery of the concrete-sealed door panel frame (DF30) of the structure; in the figure, it is shown that the door panel can be manufactured The frame (DF30) is placed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the door frame (DF30) is integrally cast with concrete to solidify the door frame (DF30) on the structure, and then on the inner edge and side of the door frame. The sides can be decorated with beautiful, durable and high-value decorative panels (DF30-P2A) or (DF30-P2B) or (DF30-P2C) and door panels (F30-P1) according to the design requirements, as shown in the picture It is shown as "B-B"SECTION(TYP.A), "B-B"SECTION(TYP.B), and "B-B"SECTION(TYP.C).

Figure 11 (401): The original invention "a formwork engineering construction method" is based on the design of the wall mold cavity pre-assembled wall side formwork [FW-W(F)] of the formwork engineering, and is executed (produced) as shown in the upper left of the figure The "window opening side mold" (WHS) shown in the upper part or the "door opening side mold" (DHS) shown in the lower left part of the figure are used for example in making "window frame assembly" or "door frame assembly". Installed inside the window frame or door frame, "L"-shaped internal supporting material is made by fixing the wooden angle (WorD.HS-1) to the plate (WorD.HS-2) with iron nails (WorD.HS-3). "; When used as the opening side molding of a window or door, as shown in the "WorD.HS" detail in the figure, an "L"-shaped cross-section member with the same thickness as the wall mold cavity can be made as a "window or door" Opening Side Formwork"(WoD.HS); as shown in the upper left part of the figure, the window opening mark is marked (set) on the wall side formwork [FW-W(F)] that has been assembled in the wall mold cavity. , directly use iron nails {WHSAn[W(F)]} to fix the "L"-shaped cross-section member of the window opening side mold at this location, as the window opening becomes the window opening side sealing mold: the upper side mold [WHS( US)], left side molding [WHS(LS)], right side molding [WHS(RS)], lower side molding [WH.S(DS)], or on the long side of the rectangular window opening (in In the figure, the upper and lower opening side molds are provided with intermediate supports [WHS (MS)] to adjust the support span; and it can be designed to reserve mold removal gaps at the orthogonal parts of the side molds of each opening and use thin plates as windows. The patching plate (WHS-pp) of the open side formwork should be repaired to improve construction efficiency; and when the side wall side formwork [FW-W (L)] is assembled, it can be adjusted as shown in the "AA" in the picture As shown in SECTION, use iron nails {WHS-An[W(L)]} from the outside of the wall side molding [FW-W(L)] on the rear assembly side to fix it to the window opening side molding [WHS(U, L, R, D)], use the formwork on the side where the wall is assembled first [FW-W(F)], the "window opening side formwork" [WHS(U, D, L, R)], and the formwork on the side where the wall is assembled behind The plates of [FW-W(L)] are composed of composite materials as shown in the "AA" SECTION in the figure , and the schematic diagram of the implementation of the subsequent preparation of concrete pouring in the wall mold cavity for pre-assembly of the window opening side mold cavity is shown in the figure; As shown in the lower left part of the figure, it is shown that the door opening marking line marked (shown) on the wall side molding [FW-W(F)] that has been assembled in the wall molding cavity is directly fixed with iron nails {DHSAn [W(F)]} Fix the door opening side mold of this part: the upper side mold of the door opening [DHS(US)], the left mold [DHS(LS)], the right mold [DHS(RS)], or on the door For the vertical opening (left and right parts), an intermediate support [DHS(MS)] is added inside the opening mold to adjust the support span; it is possible to reserve a mold removal gap at the orthogonal part of each opening mold and use a thin plate It is used as a patching plate (DHS-pp) for the door opening formwork to improve construction efficiency; this can be done after assembling the side wall formwork [FW-W(L)], as shown in the "BB" in the picture "As shown in SECTION, use iron nails {DHS-An[W(L)]} from the outside of the wall side molding [FW-W(L)] on the rear assembly side to fix it to the door opening side molding [DHS(U, L, R) )], use the formwork on the side where the wall is assembled first [FW-W(F)], the "door opening side formwork" (DHS(U, L, R)], and the formwork on the side where the wall is assembled behind [FW -W(L)] plate constitutes the composite material as shown in the "BB" SECTION in the figure , or a construction channel is retained in the door opening mold part, and the wall mold cavity is completed before the door opening mold cavity is prepared for pouring concrete. Schematic diagram.

Figure 12 (402): The original invention "a formwork construction method" is based on the design or implementation of the formwork project on the cast concrete production structure: it is found that the structure is constructed to make reinforced bricks, and it is necessary to install its door or In the brick wall part of the window, the door or window opening [W(B.O)] of the brick wall is reserved, and the reinforced concrete construction of the columns, beams, and floor slabs is subsequently used as the formwork work. First assemble the side or inside wall molding [FW(B)-W(IorF))], which can be used in advance to make the window frame that needs to be installed outside the window frame (WF30) as shown in the picture. Install the window opening mold [FW(B)-W(IorF)-W.H.S(WF30)] with the same size, and then assemble (stack) the "window frame assembly" [FW(B)-W(IorF)-W.H.S- WF30AB(I)]; after completing the installation of "window frame assembly" [WF30AB(I)], assemble or inner molding in the wall mold cavity of the formwork project of the reinforced brick structure [FW(B)-W(IorF)- WF30AB(I)] or the window or door frame assembly is assembled on the pre-assembled or inner side formwork [FW(B)-W(IorF)-WForDFnAB] of the reinforced brick formwork project; clearly stated in the reinforced brick structure formwork project A schematic diagram of the novel, progressive and practical implementation of installing window frames or door frame assemblies.

Figure 12 (R.C) (403): The original invention "a formwork construction method" is based on the formwork work designed or implemented on the cast concrete production structure: it is found to be used to construct structures made of reinforced concrete (R.C). First, construct the pillars and wall (or wall) structural body, and then install the wall structure of the door or window +

For formwork projects of reinforced concrete or reinforced concrete structures, wall side formwork [FW(B)-W(IorF)) shall be constructed on the pre-assembly side or inside (or outside) of the opening reserved in the wall. ], it can be installed with the "window frame assembly" that makes the window frame on the window frame (WF30) as shown in the picture [FW(B)-W(IorF)-W.H.S -WF30AB(I)] on the wall side formwork; it is clearly stated that the columns, walls (or wall) structural parts of the house structure shall be constructed first, and then the walls, beams, and floor slabs (or columns, walls, beams, and floor slabs) shall be completed. ) The formwork project of the mold cavity also undertakes the "window frame assembly" or "door frame assembly" of the window frame or door frame, and produces house structural products that seal the periphery of the window frame or door frame on the structure; it is extremely novel. A schematic diagram of the implementation of technical features that are unique, progressive and practical.

Figure 12-1 (404): The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is discovered that the formwork of the structure made of reinforced bricks is used to install "window frames or Door frame assembly" [FW(B)-WForDFnAB], or as shown in Figure 12, after completing the installation of "window frame assembly" [WF30AB(I)] in the formwork engineering wall mold cavity of the reinforced brick structure It is okay to assemble the inner molding [FW(B)-W(IorF)-WF30AB(I)] first, and then assemble the side formwork [FW(B)-W(OorL)]. Nail from the outside of the formwork on the rear assembly side to the internal support material of the "Window Frame Assembly" [FW(B)-W(IorF)-WF30AB(I)], so that the formwork on the wall assembly side [FW(B) -W(IorF)], "window frame assembly" [WF30AB(I)], and the panels on the rear assembly side [FW(B)-W(OorL)] form a composite material , and continue to complete the beams and floor slabs ( or columns, beams, floor slabs) mold cavities before preparing for concrete pouring.

Figure 11-1 (404-1): The original invention "a formwork construction method" is based on the formwork work designed or applied to the cast concrete production structure: it is found that the wall of the formwork work of the brick structure can be strengthened Set pads [FW(B)-W(O)-P] around the opening (inside or outside), and formulate [FW(B)-W(IorO)] inside or outside the wall opening; Frame or door frame assembly" [FW(B)-WForDFnAB], or as shown in Figure 12, after completing the installation of the "window frame assembly" [WF30AB(I)] on the formwork wall of the reinforced brick structure It is okay to assemble the mold cavity first or the inner mold [FW(B)-W(IorF)-WF30AB(I)], and then assemble the side template [FW(B)-W(OorL)]. Use iron nails to fix the formwork on the rear assembly side to the internal support material of the "Window Frame Assembly" [FW(B)-W(IorF)-WF30AB(I)] from the outside, so that the formwork on the wall assembly side [FW( B)-W(IorF)], "window frame assembly" [WF30AB(I)], and the panels on the rear assembly side [FW(B)-W(OorL)] form a composite material , and continue to complete the beams and floors. A schematic diagram showing how to prepare the mold cavity of the slab (or column, beam, or floor slab) for concrete pouring.

Figure 12-2 (405): The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering on the cast concrete production structure: found to undertake the "window frame assembly" [WF30AB(I)] In the wall mold cavity of the formwork engineering of the reinforced brick structure, the outer edge and outer edge groove of the door or window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy material are connected with the "window frame assembly" or The mold sealing material (board side) of the "window opening mold" together constitutes the "composite material" side sealing of the wall mold cavity. After the concrete is poured and removed (taken off), the window frame ( Schematic diagram of the product "FW(B)-WF30-PD" with the outer periphery of WF30) on the structure; in the picture, it is shown that the window frame (WF30) can be installed on the concrete walls and beams of the reinforced brick structure ( At any position on the wall of the FW(B)-W&B-RC) structure (mold cavity), the concrete-sealed window frame (WF30) is integrally cast on the structure, which has the value of waterproofing, beauty, solidity, and drainage. , waterproof penetration effect; product schematic diagram showing the technical features of progress, novelty and practicality.

Figure 12-3 (406): The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: the "window frame assembly" found to be installed [WF30AB(I) ] In the wall mold cavity of the formwork engineering of the reinforced brick structure, the outer edge and outer edge groove of the door or window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy material, and the "window frame assembly" Or the mold sealing material of the "window opening mold" together with the "composite material" side sealing of the wall mold cavity, after the concrete is poured and removed (taken off), the outer periphery of the window frame (WF30) is fixed to the concrete of the structure It is due to the product diagram "FW(B)-WF30-PD" on the structure; in the picture, it is shown that the window frame (WF30) can be installed on the concrete wall and beam (FW(B)) of the reinforced brick structure. -W&B-RC' structure (mold cavity) can be used to cast concrete to seal the window frame (WF30) at any position on the wall on the structure. It is waterproof, beautiful and sturdy, and has the functions of drainage and waterproof penetration. ; and can be applied to cast concrete for bricklaying The wall has a protruding (h) flange edge type; a schematic diagram of the product showing the technical features of progress, novelty, and practicality.

Figure 13A (407): The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: the external wall mold cavity of the formwork of the reinforced concrete structure was discovered. It is first assembled on the outer wall formwork [FW-W(OorF))] on the vertical side, and then used as a vertically combined unit formwork or (half) full-face formwork [FW-W(OorF)-V.ForC.F]. As shown in the picture, the "window frame assembly" [FW-WF30AB(O)] or [FW-WF30AB(O)'] is used to fix (fix) the window frame (WF30) with iron nails during the formwork project. On the assembled wall side formwork, it is convenient to tie steel bars into the wall formwork holes, the horizontal and vertical steel bars of the wall [FW-W(RC)-S], and the reinforcing bars of the window frame opening [FW-W(RC)-RS]. Continuing with the ordinary formwork or "pressure-bearing formwork" [FW-W(IorL)-SF.AorGor2Por3P] for assembling the inner wall mold, it can be fixed from the inner wall mold to the "window frame assembly" [FW-WF30AB] with iron nails (O)] or [FW-WF30AB(O)'] is made into a composite material (with high rigidity and stiffness), and then the beam side formwork, floor formwork and beam and floor steel bars are tied together. , together with the reserved reinforcement [FW-W(RC)-BS] for subsequent laminated construction, the formwork [FW-W(OorF)] and "window frame assembly" [WF30AB(O)] on the side of the wall are first assembled. Or [WF30AB(O)'], and the panels on the rear assembly side of the formwork [FW-W(IorL)] form a composite material . With the technical characteristics of advancement, novelty, and practicality, the mold cavity is completed and concrete is poured immediately. , a schematic diagram of the production of "structural products that seal the periphery of the window frame or door frame on the structure".

Figure 13B (408): The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: the external wall mold cavity of the formwork of the reinforced concrete structure was discovered. It is first assembled on the outer wall formwork [FW-W(OorF))] on the vertical side, and is used as a horizontal combined unit formwork (plywood formwork or ordinary formwork or pressure-bearing combined formwork) [FW-W(OorF)-SF. AorGor2Por3P], and as shown in the picture, the "window frame assembly"[FW-WF30AB(O)'] or [FW-WF30AB(O) of the window frame (WF30) is directly fixed with iron nails for the formwork project )], and continue to tie steel bars in the wall mold cavity, the horizontal and vertical steel bars of the wall [FW-W(RC)-S], and the reinforcing bars of the window frame opening [FW-W(RC)-RS], and continue to assemble the wall The inner formwork is ordinary formwork or plywood formwork or pressure-bearing formwork" [FW-W(IorL)-SF.AorGor2Por3P], which can be fixed from the inner wall formwork to the "window frame assembly" [FW-WF30AB(O) with iron nails )'] or [FW-WF30AB(O)], until the binding of beam side formwork, floor formwork and beam and floor steel bars is completed, as well as the reserved reinforcement for subsequent laminated construction [FW-W( RC)-BS], which is to assemble the formwork on the side of the wall first [FW-W(OorF)], "window frame assembly"[WF30AB(O)'] or [WF30AB(O)], and then assemble the formwork on the side [ FW-W (IorL)] plates constitute composite materials ; they have technical characteristics of advancement, novelty, and practicality. Concrete is cast immediately after the mold cavity is completed to produce "fixed window frames or door frames around the structure." Schematic diagram of the (preparation) implementation of "structural product on the body".

Figure 13-1 (409): The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: the "window frame assembly" found to be installed [WF30AB(O) ] or [WF30AB(O)'] in the wall mold cavity of the structure's formwork engineering, make the outer edge and outer edge groove of the window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy materials, and assemble it with the window frame The formwork sealing material of the body together becomes the formwork surface edge for side sealing of the wall mold cavity. After the concrete is poured, it is dismantled (taken off) and placed on the outer periphery of the reinforced concrete structure's concrete-sealed window frame (WF30). The product diagram "FW-WF30-PD"; in the picture, it shows that the window frame (WF30) can be installed in the concrete wall and beam (FW(B)-W&B-RC) structure (mold cavity) of the structure At any position on the wall, the concrete-sealed window frame (WF30) is integrally cast on the structure; it has the value of being highly waterproof, beautiful, and sturdy, and has the functions of drainage and waterproof penetration; it shows progress, novelty, and Schematic diagram of practical concrete structure products.

Figure 13-1 (410): The original invention "a formwork construction method" is based on the formwork designed or implemented on the cast concrete production structure: found to be installed "window frame assembly" [WF30AB( O)] or [WF30AB(O)'] in the formwork wall mold cavity of the structure, make the outer edge and outer edge groove of the window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy material, and the window The formwork sealing material of the frame assembly together becomes the formwork surface edge for side sealing of the wall mold cavity. After the concrete is poured, it is dismantled (taken off) and then sealed outside the concrete window frame (WF30) of the structure around the reinforced concrete structure. The product schematic diagram "FW-WF30-PD" on the body; in the picture, it shows that the window frame (WF30) can be installed on the concrete structure. The structural (mold cavity) part of the earth wall and beam (FW(B)-W&B-RC) is placed on the wall mold cavity at the position of the next dimension "d" of the beam, and the concrete-sealed window frame (WF30) is integrally cast in the structure. Above; a schematic diagram of a concrete structure product that has the value of waterproofing, beauty, and sturdiness, and has the functions of drainage and waterproof penetration; and that shows progress, novelty, and practicality.

In order to achieve the above-mentioned use characteristics or the purpose or effect of the object directly produced by the manufacturing method, the technical means and structure adopted are drawn to illustrate the characteristics and functions of the preferred embodiment of the "patent claim" of the present invention in detail as follows: , so that the examiner can fully understand the creation of the invention:

1. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its characteristics include: making a "door frame assembly" on the door frame or window frame to be installed on the wall of the house. Or "window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame to set "positioning plates" to assemble the "door frame assembly" or "window frame assembly"; during the construction of formwork engineering To make wall or column, wall or column, wall, beam or column, wall, beam, floor formwork, the wall side formwork to be assembled first needs to be placed on the opening formwork of the door frame or window frame, which can be easily fixed directly with iron nails. The "positioning plate" assembled inside or on the outside edge of the "door frame assembly" or "window frame assembly" is on the formwork surface (lining plate) of the wall side formwork that has been assembled previously; it can be used with the binding of steel bars or accessories. The water and electricity pipelines are continued on the other side of the combined wall mold cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall, Beams or columns, walls, beams, and floor formwork cavities; during the concrete casting process, support the dynamic pressure or lateral pressure or uniform load generated by the mold cavities, automatic or intelligent mechanical formwork engineering equipment, for the production of iron nail combinations "Door frame assembly" or "window frame assembly"; or a structural combination that uses iron nails to fix the "door frame assembly" or "window frame assembly" in the wall mold cavity; produces composite material properties and reduces the door frame or window frame The deflection caused by the process of embedding concrete or the deflection that meets the construction quality requirements or the formwork construction method that produces a near-zero deflection effect; or the waterproof performance of the one-time process construction (grouting), directly produces "one-piece cast concrete" Houses with sealed door frames or window frames."

This is to explain in detail the patent features and effects of Claim 1 of this invention; please refer to the technological features and extremely rich industrial application of this invention in revealing the progressiveness or novelty of the "Special Scope of Application" of Claim 1. All implementation methods and implementation schematic diagram of sexual and practical value;

Please refer to Figure 1: The original invention "a formwork construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the "integrated casting concrete is used to seal the window frame in the house structure" According to the construction method of the formwork project above, the square window frame (WF10) is designed to be made into a "window frame assembly" (WF10AB), which can be used to assemble the wall side formwork in the wall mold cavity of the house structure formwork project or On the outer formwork [FW-W(OorF)], the "square window frame assembly" [WF10AB(O)] suitable for pre-assembly in the wall formwork cavity or on the outer formwork surface is installed in the design of the construction project. At the position of the square window frame, iron nails should be fixed from the positioning plate [WF10AB(O)-1(OorF)] on the "window frame assembly" to the wall mold cavity of the formwork project before assembling the side or outer molding [FW-W (OorF)-WF10AB(O)-An(OorF)]; as shown in SOP.1 in the picture, install the "window frame assembly" on the outside of the wall mold cavity or assemble the side wall mold [FW] -W(OorF)-WF10AB(O)]; after the wall mold cavity is completed with steel bars, water and electricity distribution pipes and other facilities, continue to assemble the wall side molds [FW-] inside or behind the wall mold cavity. W(IorL)], it can still be fixed to the "window frame assembly" [WF-W(IorL)-WF10AB(O)-An(IorL)] with iron nails from the outside of the wall side molding assembled from behind, as shown in the picture As shown in SOP.2; it is directly assembled into the "window frame assembly" with the positioning plate [WF10AB(O)-1] and the inner or outer molding plate (or material) of the window frame [WF10AB(O)-2 ], internal support material [WF10AB(O)-3], a composite material component that constitutes the window frame, or the inner and outer molds of the wall mold cavity and the "window frame assembly" are the composite material structure of the wall mold cavity, The composite material structure with maximum rigidity and moment of inertia is used to support the "window frame assembly" to support the square window frame. It can overcome (withstand) the grouting side pressure of the window frame when the concrete is poured into the wall mold cavity, or it can only It can produce minimal or close to zero deflection or deformation; in order to show the technical characteristics of novelty, progress and practicality, and clearly show the effect of installing "window frame assembly" on the wall side molding, the three-dimensional implementation diagram .

And please refer to Figure 1 1: The original invention of "a formwork construction method" is shown in Figure 1, which is used to install the "square window frame assembly" on the outer mold of the external wall mold cavity of the formwork project [WF10A B(O)], clearly indicate that during the formwork work, use iron nails to fix the "square window frame assembly" [WF10AB(O)] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF) -WF10AB(O)-An(OorF)], and on the assembly "square window frame assembly" [WF10AB(O)], cut an outer edge of the outer edge of the square window frame (WF10) A plate with the same or slightly smaller size is used as the positioning plate [WF10AB(O)-1(OorF)], and the upper or lower frame is designed as shown in the cross-sectional view "A-A" SECTION (TYP.A) or " A-A〞SECTION (TYP.B) shows (explanation) the parts (or components) provided in the upper, lower, left and right frames, among which,

As shown in Figure "A-A" SECTION (TYP.A), it is supported and fixed (fixed with iron nails) on the positioning plate [WF10AB(O)-1(OorF)]. One or two or more layers of pads are combined. As the upper frame molding plate {WF10AB(O)-2[OorF(U)]} and the lower frame molding plate {WF10AB(O)-2[OorF(D)]} on the outer edge of the window frame, they are set The outer side molding plates of the left and right frames {WF10AB(O)-2[OorF(L)]}, {WF10AB(O)-2[OorF(R)]} can be used to support the window frame (WF10) On the outer molding board, and on the inside (side) of the window frame, use iron nails to fix the upper frame support material {WF10AB(O)-3[WF10(U.S)]} and lower frame support material {WF10AB(O) )-3[WF10(D.S)-1]}&{WF10AB(O)-3[WF10(D.S)-2]}&{WF10AB(O)-3[WF10(D.S)-3]}, and set The left and right frame support materials {WF10AB(O)-3[WF10(L.S)]}, {WF10AB(O)-3[WF10(R.S)]} can be used to set (fix) one or two layers with iron nails. One or more layers of backing boards are used as the inner side of the window frame or the rear vertical side. The upper frame molding plate {WF10AB(O)-2[IorL(U)]} and the lower frame molding plate {WF10AB(O)-2[IorL (D)]} on its internal support material, and set the inner molding plates {WF10AB(O)-2[IorL(L)]}, {WF10AB(O)-2[IorL(R) of the left and right frames )]}, to make a "square window frame assembly" [WF10AB(O)] suitable for mounting on the outside of the wall of the formwork project or on the wall side formwork that has been assembled in advance; and in addition

As shown in "A-A" SECTION (TYP.B) in the picture, it is fixed on the positioning plate [WF10AB(O)'-1(OorF)] (fixed with iron nails) or glued to a wooden angle or A plastic or foamed plastic material is used as the upper frame molding material {WF10AB(O)'-2[OorF(U.IW)]} and the lower frame molding material {WF10AB(O) on the outer edge of the window frame. )'-2[OorF(D.IW)]}, and set the side molding materials {WF10AB(O)'-2[OorF(L.IW)]}, {WF10AB(O) outside the left and right frames )'-2[OorF(R.IW)]}, the window frame (WF10) can be placed on the molding material on the outside edge, and the window frame can be fixed with iron nails on the inside (side) of the window frame The upper frame support material {WF10AB(O)-3[WF10(U.S)]}, the lower frame support material {WF10AB(O)'-3[WF10(D.S)]}, and the left and right frame support materials { WF10AB(O)'-3[WF10(L.S)]}, {WF10AB(O)'-3[WF10(R.S)]} on the positioning plate, and one or more layers can be set (fixed) with iron nails. Formwork plates on the inner side of the window frame or rear assembly side: upper frame formwork plate {WF10AB(O)'-2[IorL(U)]}, lower frame formwork plate {WF10AB(O)'-2[IorL (D)]} on the outer edge of the internal support material, and set the inner molding plates {WF10AB(O)'-2[IorL(L)]}, {WF10AB(O)'- of the left and right frames 2[IorL(R)]}, a schematic diagram of the implementation of making a "square window frame assembly" [WF10AB(O)'] suitable for mounting on the outside of the wall of the formwork project or on the pre-assembled wall side formwork;

The details of "WF10AB(O)-3" shown in the picture are used for each window frame (upper, lower, left and right frames) of the "square window frame assembly" [WF10AB(O)] The cross-sectional view of the internal support material [WF10AB(O)-3] shows that it is fixed with a wooden angle (WF10AB-3-1) and a plate (WF10AB-3-2) with iron nails (WF10AB-3 -3) Form an "L" shaped support member or composite material, use its plate part to fix it to the positioning plate with iron nails, and use the edge of the wooden angle to fix the inner formwork plate;

As shown in "a" DETAIL in the picture, it is revealed in the "square window frame assembly" [WF10AB(O)] in the "AA SECTION TYP.A" design method and the frame part assembly "a" part The detailed picture shows how to fix the self-positioning plate [WF10AB(O)-1(OorF)] on the window frame with iron nails [WF10AB(O)-1&2&3-An] and the outer molding plate {WF10AB(O) )-2[OorF(U)]}, upper frame internal support material {WF10AB(O)-3[WF10(US)]}, inner molding plate {WF10AB(O)-2[IorL(U)]}, A detailed schematic diagram of the height creation of a composite support member on the support upper frame [WF10AB(O)-WF10(U)]; and as shown in "a-1" DETAIL in the figure, it is exposed on the "square window Frame assembly "[WF10AB(O)'] is based on the "AA SECTION TYP.B" design method. The detailed view of the frame part assembly "a-1" shows the frame self-positioning plate on the window frame [ WF10AB(O)'-1(OorF)] is fixed with iron nails [WF10AB(O)'-1&2&3-An] upper frame internal support material {WF10AB(O)'-3[WF10(US)]}, inner molding The material {WF10AB(O)'-2[IorL(U)]} and the inner molding plate {WF10AB(O)'-2[IorL(U)]} form a composite support member on the support upper frame [WF10AB (O)'-WF10(U)] is a highly detailed schematic of the creation.

And please see Figure 1-1: The original invention is shown in Figure 1-1, and is used to make the exterior (or interior) side of the wall or the wall side that is assembled before (or after) the formwork project. On the mold, the "square window frame assembly" [WF10AB(O)'] is assembled using the design method of "A-A SECTION (TYP.B)" cross-sectional view, indicating the installation of the "square window frame assembly" [WF10AB(O)'] is attached to the wall side formwork, and the positioning plate on the "square window frame assembly" [WF10AB(O)'] is directly fixed with iron nails to the inside (or outside), outside (or inside) of the wall. ) The side mold [FW-W(OorF)-WF10AB(O)'-(OorF)&(IorL)-An] is used to assemble the "square window frame assembly" [WF10AB(O)'] The upper, lower, left and right frame members are combined with the inner and outer moldings (lining plates) of the wall molding cavity to form a "composite material (wall side molding + window frame assembly)" as shown in the right diagram in the figure. , and as shown in the lower right part of the figure, the effective cross-section of "composite material (wall side molding + window frame assembly)" can at least include "positioning plate [WF10AB(O)'-1(OorF)", wall side molding (lining plate) [FW-W(OorF), upper frame internal support material {WF10AB(O)'-3[WF1OAB(U.S)]}& inner molding plate {WF10AB(O)'-2[IorL(U) ]}, lower frame internal support material {WF10AB(O)'-3[WF1OAB(D.S)]}& inner molding board {WF10AB(O)'-2[IorL(D)]", inner wall formwork (lining board )[FW-W(IorL); and depending on the height of the window frame and the width of the wall side molding, a composite material with maximum rigidity and moment of inertia is obtained. When the window frame is supported by lateral pressure, only slight deflection or The effect of minimal deflection; in addition, the lateral force strength of the iron nails nailed to the window frame assembly and the iron nails nailed to the wall or the outer molding to fix the "window frame assembly" can be utilized or designed. The lateral force acting on the window frame or window frame assembly when supporting the grouting side pressure clearly demonstrates the reliability of the safety and quality maintenance of the installed window frame; and clearly demonstrates the novelty and progress of the window frame. technology, and direct casting concrete production "solid sealing" The window frame is attached to the wall structure, creating a high value-added housing product with no concrete construction joints, waterproofing, and anti-penetration functions.

Continue to see Figure 1-1-2 A: The original invention discloses the "square window frame assembly" [WF10AB(O)] shown in Figure 1-1, and is used in conjunction with the "A-A" SECTION in the figure. (TYP.A) cross-sectional view clearly indicates the assembled parts (materials) or assembly steps (SOP) or assembly procedure exploded view, with the assembly steps as shown in the figure:

(1) Cut a positioning plate [WF10AB(O)-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF10), or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(O)-1[OorF(L)]}, {WF10AB(O) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF10) )-1[OorF(R)]}; and

(2) Install the [WF10AB(O)-2-An(OorF)] window frame (WF10) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (Padding) board {WF10AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF10AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF10AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF10AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF10) on the molding (pad) plate on the outer side of the window frame (WF10), and use iron nails [WF10AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF10): upper frame internal support material {WF10AB(O)-3[WF10(U.S)]}, lower frame internal support material {WF10AB(O)-3[WF10(D.S)]} , The panels of the left frame internal support material {WF10AB(O)-3[WF10(L.S)]} and the right frame internal support material {WF10AB(O)-3[WF10(R.S)]} are molded on the outside (pad) on the board; and

(4) Fix the "window frame assembly" [WF10AB(O)] on the internal support material of the window frame (WF10) with iron nails [WF10AB(O)-2-An(IorL)] and then assemble or inside Molding (pad) board, upper frame Molding (pad) board {WF10AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF10AB(O)-2[IorL(D)]}, left frame molding (pad) ) board {WF10AB(O)-2[IorL(L)]}, right frame molding (pad) board {WF10AB(O)-2[IorL(R)]} on the side of the wood angle of the internal support material; and The window frame (WF10) is made into a "window frame assembly" [WF10AB(O)] that is suitable for mounting on the outer side molding of the wall or on the previously assembled side molding surface; it can

(5) To install "window frame assembly" [WF10AB(O)] on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on one of the pre-assembled side formwork surfaces [FW-W(OorF)-WF10AB (O)], directly position the window frame (WF10) with iron nails [FW-W(OorF)-WF10AB(O)-An(OorF)] from the window frame assembly [WF10AB(O)] The board is pre-fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The number of iron nails [FW-W(IorL)-WF10AB(O)-An(IorL)] that support the side pressure (resultant force) shall be driven from the outside of the rear assembled wall side formwork (or inner formwork) [FW-W(IorL) To the inner edge molding (gasket) material [WF10AB(O)-2(IorL)] or the inner supporting material [WF10AB(O)-3(WF1O)] of the "window frame assembly" [WF10AB(O)] On the wooden angle, make the "window frame assembly" [WF10AB(O)], the inner wall formwork, and the outer formwork materials to form a composite material. The schematic diagram of the implementation steps for pouring concrete after completing the wall formwork cavity.

And please look at Figure 1-1-2B: the original invention discloses the "square window frame assembly" [WF10AB(O)'] shown in Figure 1-1 and is used in conjunction with the "A-A" SECTION in the figure. (TYP.B) cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (or components) designed in the figure. The assembly step diagram is shown in the figure:

(1) Cut a positioning plate [WF10AB(O)'-1(OorF)) that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF10), or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(O)'-1[OorF(L)]}, {WF10AB( O)'-1[OorF(R)]}; and

(2) Set (fix with iron nails or glue) the outer side molding material of the window frame (WF10) on the positioning plate (wooden angle wood or board or foamed plastic material), and the outer side molding material of the upper frame {WF10AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF10AB(O)'-2[OorF(D.IW)]}, left frame outer side mold Sealing material {WF10AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF10AB(O)'-2[OorF(R.IW)]}; and

(3) On the outer side molding material of the window frame (WF10), support the outer side of the window frame (WF10) and fix it with iron nails [WF10AB(O)'-3-An(OorF)] Internal support materials for window frame (WF10): upper frame internal support material {WF10AB(O)'-3[WF10(U.S)]}, lower frame internal support material {WF10AB(O)'-3[WF10(D.S)] }, The plates of the left frame internal support material {WF10AB(O)'-3[WF10(L.S)]} and the right frame internal support material {WF10AB(O)'-3[WF10(R.S)]} are on the positioning plate on; while

(4) Fix the "window frame assembly" [WF10AB(O)'] on the internal supporting material of the window frame (WF10) with iron nails [WF10AB(O)'-2-An(IorL)] and then assemble Or the inner molding (pad) board, the upper frame molding (pad) board {WF10AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF10AB(O)'-2 [IorL(D)]}, left frame molding (pad) board {WF10AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF10AB(O)'-2[IorL (R)]} is installed on the side of the wooden angle of the internal support material; and the window frame (WF10) is made into a "window frame assembly" [WF10AB] that is suitable for mounting on the outer wall formwork or a pre-assembled side formwork. (O)']; but can

(5) The pre-assembled window frame assembly [WF10AB(O)'] is placed on the outside of the wall mold cavity of the structural formwork project for casting concrete or one of the side molding surfaces [FW-W(OorF)-WF10AB( At the window frame (WF10) position set out on O)'], use iron nails [FW-W(OorF)-WF10AB(O)'-An(OorF)] from the window frame assembly [WF10AB(O)'] The positioning plate is pre-fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF10AB(O)'-An(IorL)] of the support side pressure (resultant force) are driven into the " The inner side molding (gasket) plate [WF of the window frame assembly] [WF10AB(O)] 10AB(O)'-2(IorL)], the window frame internal supporting material [WF10AB(O)'-3(WF1O)], the "window frame assembly" [WF10AB(O)'], the wall The materials of the inner mold and the outer mold are composed of a composite material. A schematic diagram showing the preparation steps for pouring concrete after completing the wall mold cavity.

Figure 1-2: The original invention discloses that the wall side formwork shown in Figure 1 is assembled in reverse order or the inner wall formwork [FW-W (IorF) is assembled first, which needs to be designed and installed in the external wall formwork of the formwork project The "square window frame assembly" [WF10AB(I)] is placed on the mold on the inside of the cavity. During the formwork work, iron nails can be used to fix the "square window frame assembly" [WF10AB(I)] on the inside of the wall or on the side of the first assembly. The wall side mold [FW-W(IorF)-WF10AB(I)-An(IorF)], and the design and assembly of the "square window frame assembly" [WF10AB(I)] are the first Cut a plate with the same or slightly smaller size as the inner edge of the square window frame (WF10) and shrink the lower part by one size as the positioning plate [WF10AB(I)-1(IorF)], and place it on the The upper and lower frames are designed as shown in the cross-sectional view "B-B" SECTION in the figure. One or two or more layers of backing plates are supported and fixed (fixed with iron nails) on the positioning plate as the inner edge of the window frame. Frame molding (pad) board {WF10AB(I)-2[IorF(U)]}, lower frame molding (pad) board {WF10AB(I)-2[IorF(D)]}, and set the left and The inner molding (pad) board of the right frame {WF10AB(I)-2[IorF(L)]}, {WF10AB(I)-2[IorF(R)]} can be used to support the window frame (WF10 ) is on the inner molding (pad) board, and is continued inside the window frame with iron nails to fix the upper frame support material {WF10AB(I)-3[IorF(U.S)]} and the lower frame Support material {WF10AB(I)-3[IorF(D.S)-1]}&{WF10AB(I)-3[IorF(D.S)-2]}&{WF10AB(I)-3[IorF(D.S)-3 ]}, and set the left and right frame support materials {WF10AB(I)-3[IorF(L.S)]}, {WF10AB(I)-3[OorF(R.S)]}, and you can continue to use iron nails to set them (Fixed) one or two or more layers of padding and used as the upper frame molding (pad) board {WF10AB(I)-2[OorL(U)]} and the lower frame molding on the outer edge of the window frame or the rear vertical side The (pad) board {WF10AB(I)-2[OorL(D)]} is placed on the outer edge of the wood angle of the internal support material, and the outer molding (pad) board {WF10AB(I) of the left and right frames is set )-2[OorL(L)]}, {WF10AB(I)-2[OorL(R)]}, are made into a "square" suitable for mounting on the inside of the wall of the formwork project or on the wall side formwork that has been assembled in advance. Type Window Frame Assembly"[WF10AB(I)];

In the lower part of the figure, the parts (materials) or assembly steps (SOP) or assembly procedures for making the "square window frame assembly" [WF10AB(I)] are shown. The assembly steps diagram is shown in the figure. :

(1) Cut a positioning plate [WF10AB(I)-(IorF)] that is the same or slightly smaller than the inner edge (periphery) of the window frame (WF10) and the lower part is retracted by one size, or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(I)-1[IorF(L)]}, {WF10AB(I) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF10) )-1[IorF(R)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF10) [WF10AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails), and the inner side of the upper frame shall be molded Cushion material {WF10AB(I)-2[IorF(U)]}, lower frame inner side molding (cushion) board {WF10AB(I)-2[IorF(D)]}, left frame inner side molding (Padding) board {WF10AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF10AB(I)-2[IorF(R)]}; and

(3) Support the inner edge of the window frame (WF10) on the molding (pad) board on the inner side of the window frame (WF10), and use iron nails [WF10AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF10): upper frame internal support material {WF10AB(I)-3[WF10(U.S)]}, lower frame internal support material {WF10AB(I)-3[WF10(D.S)]} , The panels of the left frame internal support material {WF10AB(I)-3[WF10(L.S)]} and the right frame internal support material {WF10AB(I)-3[WF10(R.S)]} are molded on the inner side (pad) on the board; and

(4) Fix the "window frame assembly" [WF10AB(I)] on the internal support material of the window frame (WF10) with iron nails [WF10AB(I)-2-An(OorL)] and then assemble or outside Molding (pad) board: upper frame molding (pad) board {WF10AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF10AB(I)-2[OorL(D) )]}, left frame molding (pad) board {WF10AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF10AB(I)-2[OorL(R)]} in The outer surface of the wooden angle of the internal support material; and the window frame (WF10) is suitable for being mounted on the inner wall formwork or the "window frame assembly" [WF10AB(I)] on the side formwork that has been assembled previously; and Can

(5) To directly install the "window frame assembly" [WF10AB(I)] on the inner formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on the side formwork surface [FW-W(IorF)- WF10AB(I)] on the exchange At the set-out position of the window frame (WF10), use iron nails [FW-W(IorF)-WF10AB(I)-An(IorF)] from the positioning plate of the window frame assembly [WF10AB(I)] to fix it to the wall side formwork [WF-W(IorF)] on;

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or outside formwork behind the wall [FW-W (OorL)], with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF10AB(I)-An(OorL)] of the supporting side pressure) are driven into the " On the wood angle of the outer side molding (pad) board [WF10AB(I)-2(OorL)] or the internal supporting material [WF10AB(I)-3(WF1O)] of the window frame assembly [WF10AB(I)] , the "window frame assembly" [WF10AB (I)] is composed of the materials of the inner and outer wall molds into a composite material, and is a schematic diagram of the preparation or assembly steps for completing the wall mold cavity before pouring concrete.

And please look at Figure 1-3: The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found that the square window frame (WF10) is made of "square window frame assembly" "Square window frame assembly" [WF10AB(O)] or [WF10AB(O)] or [ WF10AB(I)] In the wall mold cavity of the formwork project, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood are combined with the mold sealing material of the window frame assembly. The formwork surface edge that becomes the side sealing edge of the wall mold cavity is used to cast concrete. After being dismantled (taken off), the outer periphery of the square window frame (WF10) is sealed with concrete of the same structure. This is a schematic diagram of the product; The product drawing PD.TYP (A) in the upper part of the picture shows that the window frame (WF10) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete is cast and sealed in one piece. The window frame (WF10) is installed on the structure to be waterproof, beautiful and sturdy, or the lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage and A schematic diagram of the product with waterproofing and penetration functions; the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF10) can be mounted on the wall (W-RC) below the reinforced concrete beam (B-RC) ) structure (mold cavity), cast concrete to seal the window frame (WF10) in one piece on the structure, which is waterproof, beautiful, and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame to form a lower edge on the outer edge. within The edge forms a gap (Z), which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product showing novelty, advancement and practical technical features.

Or please look at Figure 2A: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that it is suitable to use a square window frame (WF20) or door frame with a larger height. The "square window frame assembly" [WF20AB(O)] is installed on the outer molding of the exterior wall mold cavity of the formwork project; iron nails are used to directly fix the "square window frame assembly" [WF20AB(O)] during the formwork project. ] positioning plate on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF20AB(O)-An(O)], and it is clearly indicated as shown in the "A-A" SECTION in the picture Note: To manufacture the "square window frame assembly" [WF20AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF20) as a positioning board [WF20AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate for one layer Or two or more layers of pads can be used as the outer edge of the window frame, the upper frame molding (pad) board {WF20AB(O)-2[OorF(U)]}, and the lower frame molding (pad) board {WF20AB(O) -2[OorF(D)]}, and shown as "B-B" SECTION in the figure, preset the outer molding (pad) plates {WF20AB(O)-2[OorF(L)]}, outside the left and right frames, {WF20AB(O)-2[OorF(R)]}, the window frame (WF20) can be placed on the outer molding (pad) board, and the window can be fixed with iron nails on the inside (side) of the window frame. The upper frame support material {WF20AB(O)-3[WF20(U.S)]}, the lower frame support material {WF20AB(O)-3[WF20(D.S)-1]}&{WF20AB(O)-3[ WF20(D.S)-2]}&{WF20AB(O)-3[WF20(D.S)-3]}, and pre-set left and right frame internal support materials {WF20AB(O)-3[WF20(L.S)-1 ]}&{WF20AB(O)-3[WF20(L.S)-2]}, {WF20AB(O)-3[WF20(R.S)]}&{WF20AB(O)-3[WF20(R.S)-2] }, or add intermediate support materials {WF20AB(O)-3[WF20(M.S)]} as needed, and continue to use iron nails to set (fix) one or two or more layers of backing boards and use them as window frame Side or rear side upper frame molding (pad) board {WF20AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF20AB(O)-2[IorL(D) ]} On the sides of the wooden angles of the internal supporting materials, the inner molding (pad) boards of the left and right frames are set {WF20AB(O)-2[IorL(L)]}, {WF20AB(O)-2 [IorL(R)]}, Schematic diagram of the assembly and implementation of a "square window frame assembly" [WF20AB(O)] or its "square door frame assembly" suitable for mounting on the outside of the wall of the formwork project or on the wall side mold that has been assembled in advance. .

Please see Figure 2A1: The original invention discloses the "square window frame assembly" [WF20AB(O)] shown in Figure 2A or its "door frame assembly" that is matched with the figure. "A-A" SECTION and "B-B" SECTION cross-sectional views clearly indicate the assembly steps (SOP) or assembly procedures of the parts shown in the figure, and the parts (materials) and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)-1[OorF(L)]}, {WF20AB(O) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) )-1[OorF(R)]}; and

(2) Install the [WF20AB(O)-2-An(OorF)] window frame (WF20) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the upper frame outer side molding (pad) board {WF20AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF20AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF20AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF20AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF20) on the molding (pad) plate on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(O)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(O)-3[WF20(D.S)]} , The panels of the left frame internal support material {WF20AB(O)-3[WF20(L.S)]} and the right frame internal support material {WF20AB(O)-3[WF20(R.S)]} are molded on the outside On the cushion material, a vertical intermediate support material {WF20AB(O)-3[WF20(M.S)]} may be added as needed for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF20AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF2 0AB(O)-2[IorL(D)1}, left frame molding (pad) board {WF20AB(O)-2[IorL(L)]}, right frame molding (pad) board {WF20AB(O) -2[IorL(R)]} on the outside surface of the wooden angle of the internal support material; and the window frame (WF20) is suitable for mounting on the outside wall formwork or the "window frame assembly" on the side formwork surface that has been assembled in advance body"[WF20AB(O)]; and you can

(5) Directly install the "window frame assembly" [WF20AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that has been assembled in advance [ FW-W(OorF)-WF20AB(O)] position the window frame (WF20) set out on the window frame assembly directly with iron nails [FW-W(OorF)-WF20AB(O)-An(OorF)1] The positioning plate of [WF20AB(O)] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF20AB(O)-An(IorL)] of the supporting side pressure) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to The wood of the inner side molding (gasket) board [WF20AB(O)-2(IorL)] or the internal supporting material [WF20AB(O)-3(WF2O)] of the "window frame assembly" [WF20AB(O)] On the corner material, the "window frame assembly" [WF20AB(O)] or its "door frame assembly", the inner wall formwork, and the outer formwork are combined into a composite material. The wall formwork cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the steps.

Continue to see Figure 2B: The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that it is made of square window frames (WF20) or door frames with a larger height. The "square window frame assembly" [WF20AB(O)'] is suitable for mounting on the outer molding of the exterior wall mold cavity in the formwork project. Iron nails should be used to fix the "square window frame assembly" [WF20AB(O) in the formwork project. )'] on the wall side molding on the outside of the wall or the pre-assembled side [FW-W(OorF)-WF20AB(O)'-An(O)], and the "A-A" SECTION in the picture indicates: "Square To manufacture the window frame assembly [WF20AB(O)'], first cut a plate with the same or slightly smaller size as the outer edge of its square window frame (WF20) as a positioning plate [WF20AB(O)' -1(OorF)], and the upper and lower frames are designed as shown in the figure As shown in the cross-sectional view "A-A" SECTION, the upper frame molding material {WF20AB(O)'-2[OorF(U.IW)] on the outer edge of the window frame is placed on the positioning plate (fixed with iron nails or glued) }, lower frame mold sealing material {WF20AB(O)-2[OorF(D.IW)]}, and indicate it with "B-B" SECTION, and set the outer mold sealing material of the left and right frames {WF20AB(O)' -2[OorF(L.IW)]}, {WF20AB(O)'-2[OorF(R.IW)]}, and the window frame (WF20) can be placed on the outer molding material, and continued Use iron nails to fix the upper frame support material {WF20AB(O)'-3[WF20(U.S)]} and lower frame support material {WF20AB(O)'-3[WF20(D.S) inside the window frame (side) )]}, and set the left and right frame internal support materials {WF20AB(O)'-3[WF20(L.S)-1]}&{WF20AB(O)'-3[WF20(L.S)-2]}, {WF20AB(O)'-3[WF20(R.S)]}&{WF20AB(O)'-3[WF20(R.S)-2]}, or add vertical intermediate support materials {WF20AB( O)'-3[WF20(M.S)]} can be continued to use iron nails to set (fix) one or two or more layers of pads as the inner side of the window frame or the upper frame molding (pad) board on the rear side. {WF20AB(O)'-2[IorL(U)]}, lower frame molding (gasket) board {WF20AB(O)'-2[IorL(D)]} on its internal support material, and set the left , the inner molding (pad) board {WF20AB(O)'-2[IorL(L)]}, {WF20AB(O)'-2[IorL(R)]} on the right frame is made into a suitable container Schematic diagram of the assembly and implementation of the "square window frame assembly" [WF20AB(O)'] or its "square door frame assembly" on the outside of the wall of the formwork project or on the previously assembled wall side molding.

Continue to see Figure 2B 1: The "square window frame assembly" [WF20AB(O)'] shown in Figure 71B disclosed by the original invention is matched with the "A-A" SECTION in the figure. "B-B" SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)'-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)'-1[OorF(L)]}, {WF20AB( O)'-1[OorF(R)]}; and

(2) Set (fix with iron nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF20) on the positioning plate, and form the outer side molding of the upper frame Sealing material {WF20AB(O)'-2[O orF(U.IW)]}, lower frame outer side mold sealing material {WF20AB(O)'-2[OorF(D.IW)]}, left frame outer side mold sealing material {WF20AB(O)'- 2[OorF(L.IW)]}, right frame outer side mold sealing material {WF20AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF20) on the molding material on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF20): the internal support materials of the upper frame {WF20AB(O)'-3[WF20(U.S)]}, the internal support materials of the lower frame {WF20AB(O)'-3[WF20(D.S)]} , The plates of the left frame internal support material {WF20AB(O)'-3[WF20(L.S)]} and the right frame internal support material {WF20AB(O)'-3[WF20(R.S)]} are on the positioning plate , or add vertical intermediate support members {WF20AB(O)'-3[WF20(M.S)]} for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)'] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)'-2-An(IorL)] and then assemble Or the inner side molding (pad) board, the upper frame molding (pad) board {WF20AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF20AB(O)' -2[IorL(D)]}, left frame molding (pad) board {WF20AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF20AB(O)'-2 [IorL(R)]} is installed on the outside surface of the wooden angle of the internal support material; and the window frame (WF20) is made into a "window frame assembly" suitable for mounting on the outside wall formwork or the side formwork surface that has been assembled in advance. "[WF20AB(O)']; and you can

(5) To directly install the "window frame assembly" [WF20AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled in advance At the position of the window frame (WF20) set out on [FW-W(OorF)-WF20AB(O)'], directly use iron nails [FW-W(OorF)-WF20AB(O)'-An(OorF)] from the window The positioning plate of the frame assembly [WF20AB(O)'] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF20AB(O)'-An(IorL)] of the supporting side pressure) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] To the inner side molding (gasket) plate [WF20AB(O)'-2(IorL)] or internal support material [WF20AB(O)'-3(WF2O) of the "window frame assembly"[WF20AB(O)'] )], the "window frame assembly"[WF20AB(O)'], the wall inner molding, and the outer molding materials are combined into a composite material . The wall mold cavity is completed and the assembly steps of preparing for pouring concrete are carried out. Implementation diagram.

Please see Figure 2C: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the square window frame (WF20) or its door frame with a larger height is used Make a "square window frame assembly" [WF20AB(I)] suitable for mounting on the inner mold of the exterior wall mold cavity of the formwork project. Use iron nails to fix the "square window frame assembly" [WF20AB(I) during the formwork project. )] on the inner side of the wall or the wall side molding on the pre-assembled side [FW-W(IorF)-WF20AB(I)-An(I)], and indicate in the "A-A" SECTION in the picture: "Square window To make the frame assembly [WF20AB(I)], first cut a plate with the same or slightly smaller size as the inner edge and outer edge of its square window frame (WF20) and with the lower part reduced by one size. Positioning plate [WF20AB(I)-1(IorF)], and its upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (fixed with iron nails) One or two or more layers of pads are used as the inner side of the window frame. The upper frame molding (pad) board {WF20AB(I)-2[IorF(U)]} and the lower frame molding (pad) board {WF20AB(I) )-2[IorF(D)]}, and indicate it with "B-B" SECTION, and set the inner molding (pad) plates of the left and right frames {WF20AB(I)-2[IorF(L)]}, { WF20AB(I)-2[IorF(R)]}, the window frame (WF20) can be placed on the inner molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. Upper frame support material {WF20AB(I)-3[WF20(U.S)]}, lower frame support material {WF20AB(I)-3[WF20(D.S)-1]}&{WF20AB(I)-3[WF20 (D.S)-2]}, and set the left and right frame internal support materials {WF20AB(I)-3[WF20(L.S)-1]}&{WF20AB(I)-3[WF20(L.S)-2] }, {WF20AB(I)-3[WF20(R.S)-1]}&{WF20AB(I)-3[WF20(R.S)-2]}, or add intermediate support {WF20AB(I) as needed -3[WF20(M.S)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails and used as the outer edge of the window frame or the upper frame molding (backing) board on the rear side { WF20AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF20AB(I)-2[OorL(D)]} on its internal support material, and set the left and right frames Outer side molding (gasket) plate {WF20AB(I)-2[OorL(L)]}, {WF20AB(I)-2[OorL(R)]}, Schematic diagram of the assembly of a "square window frame assembly" [WF20AB(I)] suitable for installation on the inside of the exterior wall of the formwork project or on the wall side molding that has been assembled beforehand.

Continue to see Figure 2C 1: The "square window frame assembly" [WF20AB(I)] shown in Figure 2C of the original invention is matched with the "A-A" SECTION and "B-B" SECTION in the figure. The cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut a plate that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF20) (the lower part shrinks one size) as a positioning plate [WF20AB(I)-1(IorF) ], or the upper and lower plates {WF20AB(I)-1[IorF(U)]}, {WF20AB(I)-1[IorF(D)]}, or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(I)-1[IorF(L)) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) (the lower part is reduced by one size) ]}, {WF20AB(I)-1[IorF(R)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF20) [WF20AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF20AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF20AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF20AB(I)-2[IorF(L)]}, the molding (pad) board on the inner side of the right frame {WF20AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF20) on the molding (pad) plate on the inner side of the window frame (WF20), and use iron nails [WF20AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(I)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(I)-3[WF20(D.S)]} , The panels of the left frame internal support material {WF20AB(I)-3[WF20(L.S)]} and the right frame internal support material {WF20AB(I)-3[WF20(R.S)]} are molded on the inner side on the mat, Or add vertical intermediate support members {WF20AB(I)-3[WF20(M.S)]} as needed to provide supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(I)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(I)-2-An(OorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF20AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF20AB(I)-2[OorL (D)]}, left frame molding (pad) plate {WF20AB(I)-2[OorL(L)]}, right frame molding (pad) plate {WF20AB(I)-2[OorL(R)] }On the outer surface of the wooden angle of the internal supporting material; and the window frame (WF20) is made into a "window frame assembly" [WF20AB (I)] suitable for mounting on the inner wall molding or a pre-assembled side molding surface. ; but can

(5) To undertake the installation of "window frame assembly" [WF20AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall mold cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ FW-W(IorF)-WF20AB(I)], directly use iron nails [FW-W(IorF)-WF20AB(I)-An] from the window frame assembly [WF20AB( The positioning plate of I)] is fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer side molds [FW-W (OorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF20AB(I)-An] of the supporting side pressure) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF20AB(I)-2(OorL)] or the internal support material [WF20AB(I)-3(WF2O)] of the assembly” [WF20AB(I)], The materials of "window frame assembly" [WF20AB(I)] or its "door frame assembly", wall inner molding, and outer molding are combined into a composite material to complete the assembly steps of the wall mold cavity and prepare for pouring concrete. Schematic diagram.

And please see Figure 21: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the "square window frame" is made of a square window frame (WF20) Assembly" [WF20AB(O)] or [WF20AB(O)'] or [WF20AB(I)] or its "square door Frame Assembly", to install the "square window frame assembly" [WF20AB(O)] or [WF20AB(O)'] or [WF20AB(I)] in the wall mold cavity of the formwork project, using aluminum alloy or The outer edge and outer edge groove of the window frame made of plastic steel, stainless steel, forged alloy or wood, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity. When concrete is poured, it is removed ( After removal), the outer periphery of the square window frame (WF20) is sealed with the concrete of the structure. The product diagram PD.TYP (A) in the upper part of the picture shows that the window can be accommodated. The frame (WF20) is placed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window frame (WF20) is integrally cast on the structure, which is waterproof, beautiful, and sturdy. Alternatively, concrete can be poured into the lower edge of the window frame so that the outer edge is lower than the inner edge to create a drop (Z), which is a schematic diagram of a product with better drainage, waterproofing and penetration functions; and the product picture PD.TYP (in the lower part of the picture) B), to show that the window frame (WF20) can be installed on the wall (W-RC) structure (mold cavity) under the reinforced concrete beam (B-RC), the concrete is cast to solidify the window frame (WF20) in one piece. As for the structure, in order to be waterproof, beautiful, and sturdy, concrete may be poured into the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage, waterproofing, and penetration effects; Product schematic showing novelty, progress and practical technical features.

Or please see Figure 3A: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or applied to the cast concrete production structure: it is found that a double-layer (the upper opening is smaller) square window frame (WF30) Or its door frame, make a "double-layer square window frame assembly" [WF30AB(O)] suitable for mounting on the outer mold of the external wall mold cavity of the formwork project; use iron nails to fix the "double-layer square window" in the formwork project The frame assembly "[WF30AB(O)] is placed on the wall side molding [FW-W(OorF)-WF30AB(O)-An(O)] on the outside of the wall or the pre-assembled side, and the "A-A" SECTION in the picture is Note: To manufacture the "double-layer square window frame assembly" [WF30AB(O)], first cut an outer edge with the same or slightly smaller size as its square window frame (WF30). The plate is used as a positioning plate [WF30AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure. They are supported and fixed on the positioning plate (with iron Nail fixing) one or two or more layers of pads as the upper frame molding (pad) board {WF30AB(O)-2[OorF(U)]} and the lower frame molding (pad) board { WF30AB(O)- 2[OorF(D)]}, and set the molding (pad) plates {WF30AB(O)-2[OorF(L)]}, {WF30AB(O)-2[OorF(R) outside the left and right frames )]}, the window frame (WF30) can be placed on the outer molding (pad) board, and the upper frame support material {WF30AB(O) of the window frame can be fixed with iron nails on the inside (side) of the window frame. -3[WF30(U.S)]}, lower frame support material {WF30AB(O)-3[WF30(D.S)-1]}&{WF30AB(O)-3[WF30(D.S)-2]}&{WF30AB (O)-3[WF30(D.S)-3]}, and set the left and right frame internal support materials {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30( L.S.D)]}, {WF30AB(O)-3[WF30(R.S.U)]}&{WF30AB(O)-3[WF30(R.S.D)]}, and the first or second floor can be set (fixed) with iron nails Or multi-layer pads can be used as the inner side of the window frame or the rear vertical side. The upper frame molding (pad) board {WF30AB(O)-2[IorL(U)]} and the lower frame molding (pad) board {WF30AB(O) )-2[IorL(D)]} on its internal support material, and set the inner molding (pad) plates of the left and right frames {WF30AB(O)-2[IorL(L)]}, {WF30AB( O)-2[IorL(R)]}, to make a "double-layer square window frame assembly" [WF30AB(O)] suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance. Or the schematic diagram of the assembly and implementation of its "double-layer square door frame assembly".

Please look at Figure 3A 1: The original invention discloses the "square window frame assembly" [WF30AB(O)] or its "square door frame assembly" as shown in Figure 3A, which is matched with its The "A-A" SECTION cross-sectional view in the figure clearly shows the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut and combine the upper and lower pieces into a positioning plate {WF30AB(O)-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30) , {WF30AB(O)-1[OorF(D)]}, or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF30AB(O)-1[OorF(R)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)-1[OorF(R)]}; while

(2) Install the [WF30AB(O)-2-An(OorF)] window frame (WF30) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (Pad) Board {WF30AB(O)-2[Oor F(U)]}, lower frame outer side molding (pad) plate {WF30AB(O)-2[OorF(D)]}, left frame outer side molding (pad) plate {WF30AB(O)- 2[OorF(L)]}, right frame outer side molding (pad) board {WF30AB(O)-2[OorF(R)]}; and

(3) Support the outer sides of the window frame (WF30) on the molded pad material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)-3-An(OorF)] to fix the window Internal support materials of the frame (WF30): upper frame internal support material {WF30AB(O)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(O)-3[WF30(D.S)]}, left Frame internal support material {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)-3[WF30(R.S.U) )]}&{WF30AB(O)-3[WF30(R.S.D)]} The plate part is on the outer side molding pad material; and

(4) Fix the "window frame assembly" [WF30AB(O)] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF30AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF30AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF30AB(O)-2[IorL(R)] }On the outer surface of the wooden angle of the internal support material; and the window frame (WF30) is made into a "window frame assembly" [WF30AB(O)] suitable for mounting on the outer wall formwork or a pre-assembled side formwork surface. ; but can

(5) Undertake the installation of "window frame assembly" [WF30AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF30AB(O)], directly use iron nails [FW-W(OorF)-WF30AB(O)-An] from the window frame assembly [WF30AB(O)] )] positioning plate is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF30AB(O)-An] that support the side pressure (the resultant force) are driven into the window from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)]. On the inner side molding (gasket) board [WF30AB(O)-2(IorL)] of the frame assembly [WF30AB(O)] or the wood angle of the internal support material [WF30AB(O)-3(WF3O)] , the "window frame assembly" [WF30AB(O)] or its "door frame assembly", the wall inner molding, and the outer molding materials are combined into a composite material, and the wall mold cavity is completed and the assembly steps are ready for pouring concrete. Implementation diagram.

Or please look at Figure 3B: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that it is a double-layered (upper opening is smaller) square window frame (WF30) or The door frame is made of a "double-layer square window frame assembly"[WF30AB(O)'] or a "double-layer square door frame assembly" suitable for being mounted on the outer molding of the exterior wall mold cavity of the formwork project, and is provided with the formwork Iron nails should be used to fix the "double-layer square window frame assembly"[WF30AB(O)'] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF30AB(O)'-An( O)], and the "AA" SECTION in the picture indicates: "Double-layer square window frame assembly"[WF30AB(O)'] is manufactured by cutting a square window frame (WF30 ), a plate with the same or slightly smaller outer edge size is used as the positioning plate [WF30AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure. , place the upper frame mold sealing material {WF30AB(O)'-2[OorF(U.IW)]} and the lower frame mold sealant on the outer edge of the window frame on the positioning plate (fixed with iron nails or glued) {WF30AB(O)-2[OorF(D.IW)]}, and set the outer molding materials {WF30AB(O)-2[OorF(L.IW)]}, {WF30AB(O )'-2[OorF(R.IW)]}, and the window frame (WF30) can be placed on the outer molding material, and then fixed on the inside (side) of the window frame with iron nails The frame support material {WF30AB(O)'-3[WF30(US)]}, the lower frame support material {WF30AB(O)'-3[WF30(DS)]}, and the left and right frame internal support materials { WF30AB(O)'-3[WF30(LSU)]}&{WF30AB(O)'-3[WF30(LSD)]}, {WF30AB(O)'-3[WF30(RSU)]}&{WF30AB( O)'-3[WF30(RSD)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side of the window frame or the upper frame molding (pad) on the rear assembly side The board {WF30AB(O)'-2[IorL(U)]} and the lower frame molding (pad) board {WF30AB(O)'-2[IorL(D)]} are placed on the internal supporting materials and are preset The inner molding (pad) plates {WF30AB(O)'-2[IorL(L)]}, {WF30AB(O)'-2 [IorL(R)]} on the left and right frames are made into a suitable Schematic diagram of the assembly and implementation of the "double-layer square window frame assembly"[WF30AB(O)'] or its "double-layer square door frame assembly" installed on the outside of the wall of the formwork project or on the wall side mold that has been assembled in advance.

And please look at Figure 3B 1: The original invention discloses the "double-layered square window frame assembly" [WF30AB(O)'] or its "double-layered square door frame assembly" shown in Figure 3B, with In the "A-A" SECTION cross-sectional view in the figure, the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure are clearly stated, and in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF30AB(O)'-1[OorF( U)]}, {WF30AB(O)'-1[OorF(D)], or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF30AB(O)'-1[OorF(L)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)'-1[OorF(R)]}; while

(2) Set (fixed with nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF30) on the positioning plate to form the upper frame outer side molding Sealing material {WF30AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF30AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF30AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF30AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF30) on the molding material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF30): the internal support materials of the upper frame {WF30AB(O)'-3[WF30(U.S)]}, the internal support materials of the lower frame {WF30AB(O)'-3[WF30(D.S)]} , left frame internal support material {WF30AB(O)'-3[WF30(L.S.U)]}&{WF30AB(O)'-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)'- The plate parts of 3[WF30(R.S.U)]}&{WF30AB(O)'-3[WF20(R.S.D)]} are on the positioning plate; and

(4) Fix the "double-layer window frame assembly" [WF30AB(O)'] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)'-2-An(IorL)] Then combine or inner side molding (pad) board, upper frame molding (pad) board {WF30AB(O)'-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O) )'-2[IorL(D)]}, left frame molding (pad) board {WF30AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF30AB(O)' -2[IorL(R)]} on the outer surface of the wooden angle of the internal supporting material; and the window frame (WF30) is suitable for mounting on the outer side formwork of the wall or the "double-glazed window" on the side formwork that has been assembled in advance Frame assembly"[WF30AB(O)']; and you can

(5) To undertake the installation of "double-layer window frame assembly" [WF30AB(O)'] or its "double-layer square door frame assembly" on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or to assemble it first At the position of the window frame (WF30) set out on one side mold surface [FW-W(OorF)-WF30AB(O)'], directly fix the iron nails [FW-W(OorF)-WF30AB(O)'-An] The positioning plate of the window frame assembly [WF30AB(O)'] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF30AB(O)'-An] that support the side pressure (the resultant force) are driven into the window from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)]. The inner side molding (gasket) plate [WF30AB(O)'-2(IorL)] or the internal support material [WF30AB(O)'-3(WF3O)] of the frame assembly"[WF30AB(O)'] On the wooden angle, make the "window frame assembly"[WF30AB(O)'] or its "door frame assembly", the wall inner molding, and the outer molding materials to form a composite material . The wall mold cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the combination steps.

Or please look at Figure 3C: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that a double-layer (upper opening is smaller) square window frame (WF30 ) or its door frame, make a "double-layer square window frame assembly" [WF30AB(I)] or its "double-layer square door frame assembly" suitable for mounting on the inner mold of the exterior wall mold cavity of the formwork project, in In the formwork project, iron nails should be used to fix the "double-layer square window frame assembly" [WF30AB(I)] on the inside of the wall or on the wall side molding on the pre-assembled side [FW-W(IorF)-WF30AB(I)-An(I )], and in the figure "A-A" SECTIO Please note: To manufacture the "double-layer square window frame assembly" [WF30AB(I)], first cut a window with the same or slightly smaller size as the inner edge of its square window frame (WF30) And the lower part is retracted by one size as the positioning plate [WF30AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure. On the positioning plate The upper bearing is fixed (fixed with iron nails) and one or two or more layers of pads are used as the inner side of the window frame. The upper frame molding (pad) board {WF30AB(I)-2[IorF(U)]} and the lower frame The molding (pad) board {WF30AB(I)-2[IorF(D)]} is provided with the inner molding (pad) board {WF30AB(I)-2[IorF(L)]} of the left and right frames. , {WF30AB(I)-2[IorF(R)]}, on the inner side of the window frame (WF30) that can be placed on the inner molding (pad) board, and on the inside (side) of the window frame Use iron nails to fix the upper frame support material {WF30AB(I)-3[WF30(U.S)]} and lower frame support material {WF30AB(I)-3[WF30(D.S)-1]}&{WF30AB( I)-3[WF30(D.S)-2]}, and set the left and right frame internal support materials {WF30AB(I)-3[WF30(L.S.D)]}&{WF30AB(I)-3[WF30(L.S.U )]}, {WF30AB(I)-3[WF30(R.S.D)]}&{WF30AB(I)-3[WF30(R.S,U)]}, and the first or second layer can be set (fixed) with iron nails. One or more layers of pads and used as the outer edge of the window frame or the rear side of the upper frame molding (pad) board {WF30AB(I)-2[OorL(U)]} and the lower frame molding (pad) board {WF30AB (I)-2[OorL(D)]} on its internal support material, and set the outer molding (cushion) material {WF30AB(I)-2[OorL(L)]}, { WF30AB(I)-2[OorL(R)]} is made into a "double-layer square window frame assembly" suitable for installation on the inside of the exterior wall of the formwork project or on the wall side molding that has been assembled in advance [WF30AB( I)] or its "double-layer square door frame assembly" assembly and implementation schematic diagram. Please look at Figure 72C-1: The present invention discloses the "double-layer square window frame assembly" [WF30AB(I)] or its door frame as shown in Figure 72C, which is matched with its The "A-A" SECTION and cross-sectional view in the figure are clearly Indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) Cut two left and right panels to make a positioning plate {WF30AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF30) (the lower part is reduced by one size) )-1[IorF(L)]&{WF30AB(I)-1[IorF(R)], or

(1-1) Cut two pieces and combine them into a positioning plate {WF30AB(I)-1[IorF(U)) that is the same size as or slightly smaller than the inner edge (peripheral) of the window frame (WF30) (the lower part is reduced by one size) ]}, {WF30AB(I)-1[IorF(D)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF30) [WF30AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF30AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF30AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF30AB(I)-2[IorF(L)]}, the inner side molding (pad) board of the right frame {WF30AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF30) on the molding (pad) plate on the inner side of the window frame (WF30), and use iron nails [WF30AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF30): upper frame internal support material {WF30AB(I)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(I)-3[WF30(D.S)]} , left frame internal support material {WF30AB(I)-3[WF30(L.S.U)]}&{WF30AB(I)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(I)-3[WF30 (R.S.U)]}&{WF30AB(I)-3[WF30(R.S.D)]} plate edge is on the inner side molding (pad) plate; and

(4) Fix the "window frame assembly" [WF30AB(I)] with iron nails [WF30AB(I)-2-An(OorL)] on the outer edge of the angle of the internal support material of the window frame (WF30) ] and then combine the molding (pad) board on the outer side, the upper frame molding (pad) board {WF30AB(I)-2[OorL(U)]}, the lower frame molding (pad) board {WF30AB(I) )-2[OorL(D)]}, left frame molding (pad) board {WF30AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF30AB(I)-2[ OorL(R)]} on the outside of the timber angle of the internal support material The window frame (WF30) can be made into a "window frame assembly" [WF30AB(I)] that is suitable for mounting on the inner molding of the exterior wall molding cavity or on the previously assembled side molding surface.

(5) To undertake the installation of "window frame assembly" [WF30AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface to be assembled first [ FW-W(IorF)-WF30AB(I)], directly use iron nails [FW-W(IorF)-WF30AB(I)-An] from the "window frame assembly" [ The positioning plate of WF30AB(I)] is fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer side molds [FW-W (OorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF30AB(I)-An] of the support side pressure (the resultant force) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF30AB(I)-2(OorL)] or the internal support material [WF30AB(I)-3(WF3O)] of the assembly” [WF30AB(I)], The materials of "window frame assembly" [WF30AB(I)] or its "door frame assembly", wall inner molding, and outer molding are combined into a composite material to complete the assembly steps of the wall mold cavity and prepare for pouring concrete. Schematic diagram.

Please look at Figure 3-1: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the "window" is made of a double-layer square window frame (WF30) Frame assembly" [WF30AB(O)] or [WF30AB(O)'] or [WF30AB(I)] or its door frame, pre-installed "window frame assembly" [WF30AB(O)] or [WF30AB(O) '] or [WF30AB(I)] or its "door frame assembly" is placed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the window frame are made of aluminum alloy or plastic steel or stainless steel or forged alloy or wooden materials. Together with the mold sealing material of the window frame assembly, it becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the square window frame (WF30) is sealed with the concrete of the structure. The product diagram on the structure; the product diagram PD.TYP (A) in the upper part of the picture shows that the window frame (WF30) can be installed on any reinforced concrete wall (W-RC) structure (mold cavity). In one position, the concrete-sealed window frame (WF30) is cast in one piece on the structure to protect it. For the value of water, beauty, and sturdiness, it is possible to cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a drop (Z), which will provide better drainage, waterproofing, and penetration effects; and in the lower part of the figure The product picture PD.TYP (B) shows that the window frame (WF30) can be installed on the wall (W-RC) structure (mold cavity) under the reinforced concrete beam (B-RC), and the concrete solid body can be cast in one piece. Sealing the window frame (WF30) on the structure is valuable for waterproofing, beauty, and sturdiness. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z) for better drainage. , waterproofing and penetration functions; product schematic diagram showing novelty, advancement and practical technical features.

Or please look at Figure 4A: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or applied to the cast concrete production structure: it is found that the double-layer (upper opening is larger) square window frame (WF31) Make a "double-layer square window frame assembly" [WF31AB(O)] suitable for mounting on the outer molding of the external wall mold cavity in the formwork project; the "double-layer square window frame assembly" can be fixed with iron nails during the formwork project "[WF31AB(O)] is placed [FW-W(OorF)-WF31AB(O)-An(O)] on the wall side molding on the outside of the wall or the pre-assembled side, and the "A-A" SECTION in the picture is indicated: To manufacture the "double-layer square window frame assembly" [WF31AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF31) as a positioning board [WF31AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate for one layer Or two or more layers of pads can be used as the outer edge of the window frame, the upper frame molding (pad) plate {WF31AB(O)-2[OorF(U)]}, and the lower frame molding (pad) plate {WF31AB(O) -2[OorF(D)]}, and set the molding (pad) plates {WF31AB(O)-2[OorF(L)]}, {WF31AB(O)-2[OorF( R)]}, the window frame (WF31) can be placed on the outer molding (pad) board, and the upper frame support material {WF31AB(O) of the window frame can be fixed with iron nails on the inside (side) of the window frame. )-3[WF31(U.S)]}, lower frame support material {WF31AB(O)-3[WF31(D.S)-1]}&{WF31AB(O)-3[WF31(D.S)-2]}&{ WF31AB(O)-3[WF31(D.S)-3]}, and the left and right frame internal support materials {WF31AB(O)-3[WF31(L.S.U)]}&{WF31AB(O)-3[WF31 (L.S.D)]}, WF31AB(O)-3[WF31(R.S.U)]}&{WF31AB(O)-3[WF31(R.S.D)]}, and can be set (fixed) with iron nails Definitely) one or two or more layers of pads as the inner side of the window frame or the rear assembly side. The upper frame molding (pad) board {WF31AB(O)-2[IorL(U)]}, the lower frame molding (pad) ) board {WF31AB(O)-2[IorL(D)]} on its internal support material, and set the inner molding (pad) board {WF31AB(O)-2[IorL(L)) of the left and right frames ]}, {WF31AB(O)-2[IorL(R)]}, to make a "double-layer square window frame assembly" suitable for installation on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance. Schematic diagram of the organization and implementation of [WF31AB(O)].

Please take a look at Figure 4A 1: The "square window frame assembly" [WF31AB(O)] shown in Figure 4A disclosed by the original invention is matched with the "A-A" SECTION cross-sectional view in the figure to clearly indicate The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure are shown in the parts and assembly steps diagram:

(1) Cut and combine the left and right pieces into a positioning plate {WF31AB(O)-1[OorF(L)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31) , {WF31AB(O)-1[OorF(R)]}, or

(1-1) Cut and combine the upper and lower pieces into a positioning plate {WF31AB(O)-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31). {WF31AB(O)-1[OorF(D)]}; while

(2) Install the [WF31AB(O)-2-An(OorF)] window frame (WF31) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (pad) board {WF31AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF31AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF31AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF31AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF31) on the molding (pad) plate on the outer side of the window frame (WF31), and use iron nails [WF31AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF31): upper frame internal support material {WF31AB(O)-3[WF31(U.S)]}, lower frame internal support material {WF31AB(O)-3[WF31(D.S)]} , left frame internal support material {WF31AB(O)-3[WF31(L.S.U)]}&{WF31AB(O)-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(O)-3[WF The plate part of 31(R.S.U)]}&{WF31AB(O)-3[WF31(R.S.D)]} is on the outer side molding pad; and

(4) Fix the "window frame assembly" [WF31AB(O)] on the internal supporting material of the window frame (WF31) with iron nails [WF31AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF31AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF31AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF31AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF31AB(O)-2[IorL(R)] }On the side of the wooden angle of the internal support material; and the window frame (WF31) is made into a "window frame assembly" [WF31AB(O)] suitable for mounting on the outer wall formwork or a pre-assembled side formwork; And can

(5) To install "window frame assembly" [WF31AB(O)] on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on one of the pre-assembled side formwork surfaces [FW-W(OorF)-WF31AB (O)], directly fix the position of the window frame (WF31) with iron nails [FW-W(OorF)-WF31AB(O)-An] from the positioning plate of the window frame assembly [WF31AB(O)]. To the wall side mold [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF31AB(O)-An] of the supporting side pressure) are driven into the window frame from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner side molding (gasket) board [WF31AB(O)-2(IorL)] of the assembly [WF31AB(O)] or the wood angle of the internal support material [WF31AB(O)-3(WF31)], The "window frame assembly" [WF31AB(O)], the inner wall formwork, and the outer formwork materials are combined into a composite material to complete the wall formwork cavity and prepare for pouring concrete.

Or please look at Figure 4B: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that a double-layer (upper opening is larger) square window frame (WF31 ) to produce a "double-layer square window frame assembly"[WF31AB(O)'] suitable for mounting on the outer molding of the exterior wall mold cavity of the formwork project; the "double-layer square window frame assembly" can be fixed with iron nails during the formwork project The body "[WF30AB(O)'] is placed outside the exterior wall mold cavity or on the wall side mold on the pre-assembled side [FW-W(O orF)-WF31AB(O)'-An(O)], and in the picture "AA"SECTION indicates: "Double-layer square window frame assembly"[WF31AB(O)'] is manufactured by first cutting the dimensions of the outer edge of its square window frame (WF31) The same or slightly smaller plate is used as the positioning plate [WF31AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure. On the positioning plate The upper frame mold sealing material {WF31AB(O)'-2[OorF(U.IW)]} and the lower frame mold are used to support (fix or glue with iron nails) the outer edge of the window frame of wooden angles or foam materials. Sealing material {WF31AB(O)-2[OorF(D.IW)]}, and set the outer mold sealing material {WF31AB(O)'-2[OorF(L.IW)]}, { WF31AB(O)'-2[OorF(R.IW)]}, and the window frame (WF31) can be placed on the outer molding material, and the window frame can be fixed with iron nails on the inside (side) of the window frame The upper frame internal support material {WF31AB(O)'-3[WF31(US)]}, the lower frame internal support material {WF31AB(O)'-3[WF31(DS)]}, and the left and right frames are preset Internal support material {WF31AB(O)'-3[WF31(LSU)]}&{WF31AB(O)'-3[WF31(LSD)]}, {WF31AB(O)'-3[WF31(RSU)]} &{WF31AB(O)'-3[WF31(RSD)]}, and one or two or more layers of pads can be set (fixed) with iron nails and used as the inner side of the window frame or the upper frame on the rear side. The molding (pad) board {WF31AB(O)'-2[IorL(U)]} and the lower frame molding (pad) board {WF31AB(O)'-2[IorL(D)]} have internal support materials on the left and right frames, and set the inner molding (pad) plates {WF31AB(O)'-2[IorL(L)]}, {WF31AB(O)'-2[IorL(R)]}, on A schematic diagram of the assembly of a "double-layer square window frame assembly"[WF31AB(O)'] suitable for mounting on the outside of the wall of the formwork project or on the previously assembled wall side molding.

And please look at Figure 4B 1: The original invention discloses the "double-layer square window frame assembly" [WF31AB(O)'] shown in Figure 4B, which is matched with the "A-A" SECTION sectional view in the figure. , Yu clearly stated The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure are shown in the parts and assembly steps diagram:

(1) A positioning plate {WF31AB(O)'-1[OorF( L)]&{WF31AB(O)'-1[OorF(R)], or

(1-1) Cut the upper and lower pieces and combine them into a positioning plate {WF31AB(O)'-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31). {WF31AB(O)'-1[OorF(D)]}; while

(2) Set (fixed with iron nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF31) on the positioning plate to form the outer side molding of the upper frame Sealing material {WF31AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF31AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF31AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF31AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF31) on the molding material on the outer side of the window frame (WF31), and use iron nails [WF31AB(O)'-3-An(OorF)] to fix the window The internal support material of the frame (WF31), the internal support material of the upper frame {WF31AB(O)'-3[WF31(U.S)]}, the internal support material of the lower frame {WF31AB(O)'-3[WF31(D.S)]} , left frame internal support material {WF31AB(O)'-3[WF31(L.S.U)]}&{WF31AB(O)'-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(O)'- The plate parts of 3[WF31(R.S.U)]}&{WF31AB(O)'-3[WF31(R.S.D)]} are on the positioning plate; and

(4) On the internal supporting material of the window frame (WF31), use iron nails [WF31AB(O)'-2-An(IorL)] to fix the "double-layer window frame assembly" [WF31 assembly AB(O) '] behind or inside the molding (pad) board, the upper frame molding (pad) board {WF31AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF31AB( O)'-2[IorL(D)]}, left frame molding (pad) board {WF31AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF31AB(O) '-2[IorL(R)]} in internal support wood The outer surface of the angle material; and the window frame (WF31) made of it is suitable for mounting on the "window frame assembly" [WF31AB(O)'] on the outer wall formwork or a pre-assembled side formwork surface; and can

(5) The "window frame assembly" [WF31AB(O)'] is to be installed on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface [FW-W(OorF)- The position of the window frame (WF31) set out on WF31AB(O)'] is positioned with iron nails [FW-W(OorF)-WF31AB(O)'-An] from the window frame assembly [WF31AB(O)'] The board is fixed to the wall side formwork [WF-W(OorF)];

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled directly behind the wall to support them with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF31AB(O)'-An] are driven into the "window frame" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] The wood of the inner side molding (pad) plate [WF31AB(O)'-2(IorL)] or the internal support material [WF31AB(O)'-3(WF31)] of the assembly"[WF31AB(O)'] On the corner material, the "window frame assembly"[WF31AB(O)'], the inner wall formwork, and the outer formwork are combined into a composite material . The wall formwork cavity is completed and the preparation process for pouring concrete is carried out.

Please look at Figure 4C: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that a double-layer (upper opening is larger) square window frame (WF31 ) Make a "double-layer square window frame assembly" [WF31AB(I)] suitable for mounting on the inner mold of the exterior wall mold cavity in the formwork project; the "double-layer square window frame assembly" can be fixed with iron nails during the formwork project "[WF31AB(I)] is placed [FW-W(IorF)-WF31AB(I)-An(I)] on the wall side molding on the inner side of the wall or the pre-assembled side, and the "A-A" SECTION in the picture is indicated: To manufacture the "double-layer square window frame assembly" [WF31AB(I)], first cut a window with the same or slightly smaller size as the inner edge of its square window frame (WF31) (the lower part is retracted by 1 size) is used as the positioning plate [WF31AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (Fixed with iron nails) One or two or more layers of pads are used as the upper frame molding (pad) plate {WF31AB(I)-2[IorF(U)]} and the lower frame molding (pad) on the inner side of the window frame. ) board {WF31AB(I)-2[IorF(D)]}, and set the inner molding (pad) board {WF31AB(I)-2[IorF(L)]} of the left and right frames, {WF31AB(I)-2[IorF(R)]}, the window frame (WF31) can be placed on the inner molding (pad) board, and the window can be fixed with iron nails on the inside (side) of the window frame. The inner support material of the upper frame {WF31AB(I)-3[WF31(U.S)]}, the inner material of the lower frame {WF31AB(I)-3[WF31(D.S)-1]}&{WF31AB(I)-3 [WF31(D.S)-2]}, and preset left and right frame internal support materials {WF31AB(I)-3[WF31(L.S.D)]}&{WF31AB(I)-3[WF31(L.S.U)]}, {WF31AB(I)-3[WF31(R.S.D)]}&{WF31AB(I)-3[WF31(R.S.U)]}, and you can continue to use iron nails to set (fix) one or two or more layers of backing boards as The upper frame molding (pad) plate {WF31AB(I)-2[OorL(U)]}, the lower frame molding (pad) plate {WF31AB(I)-2[OorL] on the outer side of the window frame or the rear assembly side (D)]} on its internal support material, and set the outer molding (pad) plates {WF31AB(I)-2[OorL(L)]}, {WF31AB(I)-2[ OorL(R)]}, a schematic diagram of the assembly of a "double-layer square window frame assembly" [WF31AB(I)] suitable for installation on the inside of the exterior wall of the formwork project or on the wall side formwork that has been assembled in advance .

And please look at Figure 4C 1: The original invention reveals the "double-layer square window frame assembly" [WF31AB(I)] in Figure 4C, which is matched with the "A-A" SECTION and cross-sectional view in the figure. In clearly indicating the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF31AB(I) is made by cutting and merging two left and right panels with the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF31) (the lower part is reduced by one size) )-1[IorF(L)]&{WF31AB(I)-1[IorF(R)], or

(1-1) Cut the upper and lower pieces and combine them into a positioning plate {WF31AB(I)-1[ IorF(U)]}, {WF31AB(I)-1[IorF(D)]}; and

(2) Install the inner side molding (pad) plate of the [WF31AB(I)-2-An(IorF)] window frame (WF31) on the positioning plate (fixed with iron nails), and the inner side of the upper frame shall be molded Cushion material {WF31AB(I)-2[IorF(U)]}, lower frame inner side molding (cushion) board {WF31AB(I)-2[IorF(D)]}, left frame inner side molding (pad) Board {WF31AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF31AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF31) on the molding (pad) plate on the inner side of the window frame (WF31), and use iron nails [WF31AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF31): upper frame internal support material {WF31AB(I)-3[WF31(U.S)]}, lower frame internal support material {WF31AB(I)-3[WF31(D.S)]} , left frame internal support material {WF31AB(I)-3[WF31(L.S.U)]}&{WF31AB(I)-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(I)-3[WF31 (R.S.U)]}&{WF31AB(I)-3[WF31(R.S.D)]} plate edge is on the inner edge molding pad material; and

(4) Fix the "window frame assembly" [WF31AB(I)] with iron nails [WF31AB(I)-2-An(OorL)] on the outer edge of the angle of the internal support material of the window frame (WF31) ] and then combine the molding (pad) board on the outer side, the upper frame molding (pad) board {WF31AB(I)-2[OorL(U)]}, the lower frame molding (pad) board {WF31AB(I) )-2[OorL(D)]}, left frame molding (pad) plate {WF31AB(I)-2[OorL(L)]}, right frame molding (pad) plate {WF31AB(I)-2[ OorL(R)]} on the outer surface of the wooden angle of the internal supporting material; and the window frame (WF31) is suitable for being mounted on the inner molding of the external wall mold cavity or the "double-layer" on the side molding surface of the pre-assembled Square window frame assembly"[WF31AB(I)]; and can

(5) Directly install the "window frame assembly" [WF31AB(I)] on the inner formwork surface of the external wall mold cavity of the structural formwork project for casting concrete or the first assembled side formwork surface [FW-W(IorF)- At the position of the window frame (WF31) set out on WF31AB(I)], use iron nails [FW-W(IorF)-WF31AB(I)-An] from the positioning plate of the "window frame assembly" [WF31AB(I)] Pre-fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer side molds [FW-W (OorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF31AB(I)-An] of the support side pressure (the resultant force) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF31AB(I)-2(OorL)] or the internal support material [WF31AB(I)-3(WF31)] of the assembly” [WF31AB(I)], The schematic diagram shows how to make the inner and outer molding materials of the "window frame assembly" [WF31AB(I)] wall form a composite material, complete the wall mold cavity, and then prepare for pouring concrete.

Please look at Figure 4 1: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the "window" is made of a double-layer square window frame (WF31) Frame assembly" [WF31AB(O)] or [WF31AB(O)'] or [WF31AB(I)], to be installed with "window frame assembly" [WF31AB(O)] or [WF31AB(O)'] or [WF31AB(I)] In the wall mold cavity of the formwork project, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood are made the same as the mold sealing material of the window frame assembly. The product schematic diagram of the outer periphery of the double-layer square window frame (WF31) that is sealed with the concrete of the structure after the concrete is poured and dismantled (taken off) is used as the formwork surface edge to seal the side of the wall mold cavity; The product drawing PD.TYP (A) in the upper part of the figure shows that the window frame (WF31) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete solid body can be cast in one piece. Sealing the window frame (WF31) on the structure is valuable for waterproofing, beauty, and sturdiness. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z) for better drainage. , a schematic diagram of the waterproofing and penetration effect; the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF31) can be installed on the wall (W-RC) under the reinforced concrete beam (B-RC) ) structure (mold cavity), cast concrete to seal the window frame (WF31) in one piece on the structure, which is waterproof, beautiful, and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame to form a lower edge on the outer edge. The inner edge forms a gap (Z), which is more effective in drainage, waterproofing and penetration; it is a schematic diagram of the product showing the technical features of novelty, advancement and practicality.

Or please look at Figure 5A: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame ( WF40) or its door frame, to produce a "double-layer window frame assembly with semi-circular opening" [WF40AB(O)] or its "semi-circular opening" suitable for mounting on the outer molding of the external wall mold cavity of the formwork project "Double-layer door frame assembly with semi-circular opening"; directly use iron nails to mount and fix "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)] on the outside of the wall or on the wall side of the pre-assembled side Module[FW-W(OorF)-WF40AB (O)-An(O)]; and in the cross-sectional view of "A-A" SECTION in the figure, it is shown: the design of "double-layer window frame assembly with semi-circular opening" [WF40AB(O)] In terms of production, first cut a plate with the same or slightly smaller size as the outer edge of the square frame of the window frame (WF40) as the positioning plate [WF40AB(O)-1(OorF)], and in it . The lower frame part is pre-designed as shown in the cross-sectional view "A-A" SECTION in the figure. One or two or more layers of backing plates are supported and fixed (fixed with iron nails) on the positioning plate [WF40AB(O)-1(OorF) As the outer edge of the window frame, the middle frame molding (pad) board {WF40AB(O)-2[OorF(M)]} and the lower frame molding (pad) board {WF40AB(O)-2[OorF(D) ]}, and set the molding (pad) plates {WF40AB(O)-2[OorF(L)]}, {WF40AB(O)-2[OorF(R)]} on the outside of the left and right frames, and you can Continue to support the outer side of the window frame (WF40) on the outer molding (pad) board, and then use iron nails to fix the inner support material of the middle frame of the window frame {WF40AB(O)- on the inside (side) of the window frame. 3[WF40(M.S)]}(can be continued in sections), lower frame internal support material {WF40AB(O)-3[WF40(D.S)-1]}&{WF40AB(O)-3[WF40(D.S)-2 ]}&{WF40AB(O)-3[WF40(D.S)-3]}, and set the left and right frame internal support materials {WF40AB(O)-3[WF40(L.S)]}, {WF40AB(O) -3[WF40(R.S)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side of the window frame or the middle frame molding (pad) board on the rear side {WF40AB (O)-2[IorL(M)]}, the lower frame molding (pad) board {WF40AB(O)-2[IorL(D)]} is placed on its internal support material, and the left and right frames are set The inner molding (pad) board {WF40AB(O)-2[IorL(L)]}, {WF40AB(O)-2[IorL(R)]} is made into a wall suitable for installation on the outside of the formwork project. Or the "double-skin window frame assembly with semicircular opening" [WF40AB(O)] or its "equipment Schematic diagram of the assembly and implementation of the semicircular open sky double-layer door frame assembly.

Please look at Figure 5A 1: The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(O)] or its "semicircular opening" as shown in Figure 5A "Double-layer door frame assembly with an open sky shape" is matched with the "A-A" SECTION cross-sectional view in the figure to clearly indicate the parts shown in the figure. (Material) assembly steps (SOP) or assembly procedures, as shown in the figure, assembly steps diagram:

(1) Cut a positioning plate {WF40AB(O)-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the upper and lower or left and right pieces into a positioning plate {WF40AB(O)-1 with the same size as or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40) [OorF(L)]}, {WF40AB(O)-1[OorF(R)]}; and

(2) Set (fixed with nails) [WF40AB(O)-2-An(OorF)] on the positioning plate (WF40AB(O)-2-An(OorF)] outside the lower square frame of the window frame (WF40) with side molding (pad) plates and outside the middle frame Side molding (pad) plate {WF40AB(O)-2[OorF(M)]} (can be continued in sections), lower frame outer side molding (pad) plate {WF40AB(O)-2[OorF(D) ]}, left frame outer side molding (pad) board {WF40AB(O)-2[OorF(L)]}, right frame outer side molding (pad) board {WF40AB(O)-2[OorF( R)]}; while

(3) Support the outer side of the window frame (WF40) on the outer side molding (pad) plate of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)-3-An( OorF)] Pre-fixed window frame (WF40) is the internal support material of the lower square frame, the internal support material of the middle frame {WF40AB(O)-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)- 3[WF40(D.S)]}, left frame internal support material {WF40AB(O)-3[WF40(L.S)]}, right frame internal support material {WF40AB(O)-3[WF40(R.S)]} board The edge (part) of the piece is on the outer edge molding pad material; and

(4) On the internal support material of the window frame (WF40), use iron nails [WF40AB(O)-2-An] to fix the "double-layer window frame assembly with semicircular opening" [WF40AB(O) )] The molding pad material assembled behind the lower square frame or on the inside edge, the middle frame molding (pad) board {WF40AB(O)-2[IorL(M)]}, the lower frame molding (pad) board { WF40AB(O)-2[IorL(D)]}, left frame molding (pad) plate {WF40AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF40AB(O) -2[IorL(R)]} on the side of the wooden angle of the internal supporting material; and made into a window frame (WF40) suitable for mounting on the outside of the wall molding Or first assemble a side mold surface and a "double-layer window frame assembly with a semi-circular opening" that can be placed inside the upper semi-circular frame and the outer mold sealing material [WF31AB(O)] ; but can

(5) Undertake the installation of "window frame assembly" [WF40AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF40AB(O)], directly use iron nails [FW-W(OorF)-WF40AB(O)-An] from the window frame assembly [WF40AB(O)] )] positioning plate is fixed to the wall side molding [WF-W (OorF)]; it can support the molding material (foam plastic material) outside and inside the upper semicircular frame {FW- WF40AB(O)-2-[U.IW(I&O)]} is outside the lower square frame and on the inner molding pad;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)-An] of the support side pressure (resultant force) are driven from the outside of the rear assembly wall side formwork (or inner formwork) [FW-W(IorL)] into the "tool half" The inner side molding (gasket) board [WF40AB(O)-2(IorL)] or the internal support material [WF40AB(O)-3 of the double-layer window frame assembly with round open sky] [WF31AB(O)] (WF40)], use the "window frame assembly" [WF40AB(O)] or its "door frame assembly", the wall inner molding, and the outer molding materials to form a composite material, and then complete the wall molding. Schematic illustration of the combined steps for preparing concrete for pouring.

Or please look at Figure 5B: The original invention "a formwork construction method" is based on the formwork work designed or implemented on the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame ( WF40) or its door frame, to produce a "double-skin window frame assembly with semi-circular opening" [WF40AB(O)'] or its "semi-circular opening" suitable for mounting on the outer molding of the external wall mold cavity of the formwork project "Double-skin door frame assembly with circular opening", use iron nails to fix "Double-skin window frame assembly with semi-circular opening" [WF40AB(O)'] on the outside of the wall or assemble the side wall first during the formwork work On the side mold [FW-W(OorF)-WF40AB(O)'-An(O)], and use the "A-A" SECTION cross-sectional view in the picture to indicate: "Double-layer window frame assembly with semi-circular opening For the design of "body"[WF40AB(O)'], first cut a window frame The outer edge of the square frame of (WF40) has the same or slightly smaller size as the positioning plate [WF40AB(O)'-1(OorF)], and the middle and lower frame parts are designed as shown in the figure As shown in the cross-sectional view "A-A" SECTION, the middle frame sealing material {WF40AB(O)'-2 on the outer edge of the window frame is supported and fixed on the positioning plate (fixed with iron nails or glued to the wooden angle or foam plastic material) [OorF(M.IW)]}, lower frame mold sealing material {WF40AB(O)'-2[OorF(D.IW)]}, and set the outer mold sealing material {WF40AB(O) of the left and right frames '-2[OorF(L.IW)]}, {WF40AB(O)'-2[OorF(R.IW)]}, on the outer edge of the removable window frame (WF40), the outer molding material on the top, and continued on the inside (side) of the window frame, use iron nails to fix the inner supporting material of the middle frame {WF40AB(O)'-3[WF40(M.S)]} (can be continued in sections) and the inner supporting material of the lower frame { WF40AB(O)'-3[WF40(D.S)]}, and preset left and right frame internal support materials {WF40AB(O)'-3[WF40(L.S)]}, {WF40AB(O)'-3[ WF40(R.S)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails as the inner side of the window frame or the middle frame molding (backing) board on the rear side {WF40AB(O) '-2[IorL(M)]}, the lower frame molding (pad) board {WF40AB(O)'-2[IorL(D)]} is placed on the wooden angle of the internal support material, and is set on the left and right The inner molding (pad) board of the frame {WF40AB(O)'-2[IorL(L)]}, {WF40AB(O)'-2[IorL(R)]} is made into a frame suitable for mounting on the formwork "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)' on the outside of the wall of the project or on the side molding of the wall that has been assembled in advance and continues to support the inner and outer molding materials of the upper semi-circular frame) [WF40AB(O)' ] or the schematic diagram of the assembly implementation of its "double-layer door frame assembly with semicircular opening".

And please see Figure 5B 1: The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(O)'] or its "half-circular open sky" as shown in Figure 5B "Double-layer door frame assembly with round open sky" is matched with the "A-A" SECTION cross-sectional view in the figure to clearly indicate the parts shown in the figure. (Material) assembly steps (SOP) or assembly procedures, as shown in the figure, assembly steps diagram:

(1) Cut and make a positioning plate {WF40AB(O)'-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)'-1[OorF( L)]}, {WF40AB(O)'-1[OorF(R)]}; and

(2) Set on the positioning plate (fix with iron nails or glue the wood angle or foam plastic material) [WF40AB(O)'-2-An(OorF)] outside the lower square frame of the window frame (WF40) Side mold sealing material, middle frame outer side mold sealing material {WF40AB(O)'-2[OorF(M.IW)]} (can be continued in sections), lower frame outer side mold sealing material {WF40AB(O)' -2[OorF(D.IW)]}, left frame outer side molding gasket {WF40AB(O)'-2[OorF(L.IW)]}, right frame outer side molding gasket {WF40AB (O)'-2[OorF(R.IW)]}; and

(3) Support the outer side of the window frame (WF40) on the molding pad material on the outer side of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)'-3-An(OorF )] The inner support material of the lower square frame of the pre-fixed window frame (WF40), the inner support material of the middle frame {WF40AB(O)'-3[WF40(M.S)]}, the inner support material of the lower frame {WF40AB(O)' -3[WF40(D.S)]}, left frame internal support material {WF40AB(O)'-3[WF40(L.S)]}, right frame internal support material {WF40AB(O)'-3[WF40(R.S)] } The edge of the plate is on the positioning plate; and

(4) Fix the "Double-layer window frame assembly with semicircular opening" [WF40AB( O)'] The molding (pad) plate assembled behind the lower square frame or on the inside edge, the middle frame molding (pad) plate {WF40AB(O)'-2[IorL(M)]}, the lower frame molding (pad) board {WF40AB(O)'-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)'-2[IorL(L)]}, right frame molding (pad) ) board {WF40AB(O)'-2[IorL(R)]} on the outer surface of the wooden angle of the internal support material; and made into a window frame (WF40) suitable for mounting on the outer wall molding Or first assemble a "double-layer window frame assembly with a semicircular opening" [WF40AB(O)'] on one side molding surface and the inner and outer molding materials that can continuously support the upper semicircular frame. ; but can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ The position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)'] is directly fixed with iron nails [FW-W(OorF)-WF40AB(O)'-An] from the window frame assembly [ The positioning plate of WF40AB(O)'] is fixed to the wall side formwork [WF-W(OorF)]; it can support the molding material (foam plastic material) outside and inside the upper semicircular frame ){FW-WF40AB(O)'-2-[U.IW(I&O)]} outside the lower square frame and on the inner molding pad;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)'-An] of the supporting side pressure (resultant force) are driven into the "tool" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] The inner side molding (pad) board [WF40AB(O)'-2(IorL)] or the internal support material [WF40AB(O) of the semi-circular double-layer window frame assembly [WF40AB(O)'] )'-3(WF40)], use the materials of "window frame assembly"[WF40AB(O)'] or its "door frame assembly", wall inner molding, and outer molding to form a composite material. Complete Schematic illustration of the combined steps of preparing the wall formwork cavity for concrete pouring.

Or please look at Figure 5C: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or applied to the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame ( WF40) or its door frame, to produce a "double-skin window frame assembly with semicircular opening" [WF40AB(I)] or its "door frame assembly" suitable for mounting on the inner molding of the exterior wall mold cavity of the formwork project "In the formwork project, iron nails should be used to fix the "double-layer window frame assembly with semi-circular opening" [WF40AB(I)] on the inside of the wall or on the wall side molding on the pre-assembled side [FW-W(IorF)- WF40AB(I)-An(I)], and the cross-sectional view "A-A" SECTION in the figure shows: the design of "double-layer window frame assembly with semicircular opening" [WF40AB(I)] In terms of production, first cut the inner and outer edges of a square window frame (WF40) A plate with the same size or slightly smaller (the lower part is reduced by one size) is used as the positioning plate [WF40AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure. As shown, one or two or more layers of pads are supported and fixed (fixed with iron nails) on the positioning plate as the middle frame molding (pad) plate on the inner side of the window frame {WF40AB(I)-2[IorF(M) )]}, the lower frame molding (pad) plate {WF40AB(I)-2[IorF(D)]}, and the inner molding (pad) plates of the left and right frames {WF40AB(I)-2[ IorF(L)]}, {WF40AB(I)-2[IorF(R)]}, the window frame (WF40) can be placed on the inner molding (pad) board, and then placed inside the window frame ( side) Use iron nails to fix the middle frame support material {WF40AB(I)-3[WF40(M.S)]} (can be continued in sections) and the lower frame support material {WF40AB(I)-3[WF40(D.S)- 1]}&{WF40AB(I)-3[WF40(D.S)-2]}, and preset left and right frame internal support materials {WF40AB(I)-3[WF40(L.S)]}, {WF40AB(I )-3[WF40(R.S)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails as the outer side of the window frame or the middle frame molding (backing) board on the rear side { WF40AB(I)-2[OorL(M)]} (can be continued in sections), the lower frame molding (pad) board {WF40AB(I)-2[OorL(D)]} on its internal support material, and Set the outer molding (pad) plates {WF40AB(I)-2[OorL(L)]} and {WF40AB(I)-2[OorL(R)]} on the left and right frames to make a suitable container Assemble the "double-layer window frame with semicircular opening" on the inner molding of the exterior wall molding cavity of the formwork project or the previously assembled wall side molding, which can continue to support the inner and outer molding sealing materials of the upper semicircular frame. Schematic diagram of the assembly of "body" [WF40AB(I)] or its "double-layer door frame assembly with semicircular opening".

And please look at Figure 5C1: The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(I)] or its "door frame" as shown in Figure 74C "Assembly", fitting in it "A-A" SECTION and cross-sectional view clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut a positioning plate that is the same size as or slightly smaller than the inner edge (peripheral) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) [WF40AB(I)-1(IorF) )],or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF40AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) )-1[IorF(L)]}, {WF40AB(I)-1[IorF(R)]}; and

(2) Install [WF40AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails). The inner side molding (pad) plate of the lower square frame of the window frame (WF40): in the middle frame Side molding (pad) board {WF40AB(I)-2[IorF(M)]} (can be continued in sections), lower frame inner side molding (pad) board {WF40AB(I)-2[IorF(D) )]}, left frame inner side molding (pad) board {WF40AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF40AB(I)-2[IorF (R)]}; while

(3) Support the inner side of the window frame (WF40) on the molding (pad) plate on the inner side of the window frame (WF40), and use iron nails [WF40AB(I)-3-An(IorF)] to Internal support material for fixed window frame (WF40), internal support material for middle frame {WF40AB(I)-3[WF40(M.S)]}, internal support material for lower frame {WF40AB(I)-3[WF40(D.S)]} , The inner support material of the left frame {WF40AB(I)-3[WF40(L.S)]} and the inner support material of the right frame {WF40AB(I)-3[WF(R.S)]} have the plate edge (part) on the inside On the side mold sealing material; and

(4) Fix the "window frame assembly" [WF40AB(I)] with iron nails [WF40AB(I)-2-An] on the outer edge of the angle of the internal support material of the window frame (WF40) and then assemble or The outer side molding (pad) board: the middle frame molding (pad) board {WF40AB(I)-2[OorL(M)]}, the lower frame molding (pad) board {WF40AB(I)-2[ OorL(D)]}, left frame molding (pad) board {WF40AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF40AB(I)-2[OorL(R) ]} on the side of the wooden angle of the internal support material; and made into a window frame (WF40) suitable for mounting on the inner molding of the external wall molding cavity or one of the pre-assembled The side molding surface is equipped with a "double-layer window frame assembly with a semicircular opening" [WF40AB(I)] that can continuously support the inner and outer molding materials of the upper semicircular frame; and can

(5) To undertake the installation of "window frame assembly" [WF40AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ FW-W(IorF)-WF40AB(I)], directly use iron nails [FW-W(IorF)-WF40AB(I)-An] from the "window frame assembly" [ The positioning plate of WF40AB(I)] is fixed to the wall side formwork [WF-W(IorF)] and can continue to support the inner and outer molding materials {FW-WF40AB(I)-2 of its upper semicircular frame -[U.IW(I&O)]} on the inner and outer molding (pad) panels of the "double-layer window frame assembly with semicircular opening";

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer formwork [FW-W (OorL)] can be assembled after the wall is erected, and a sufficient number (with sufficient lateral force strength to support The iron nails [FW-W(OorL)-WF40AB(I)-An] are driven into the "window frame assembly" from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (pad) board [WF40AB(I)-2(OorL)] or the internal support material [WF40AB(I)-3(WF40)] of the body" [WF40AB(I)], order The "window frame assembly" [WF40AB(I)] or its "door frame assembly", the wall inner molding, and the outer molding are composed of materials to form a composite material. A schematic diagram of the assembly steps to complete the wall mold cavity and prepare for pouring concrete .

Or please look at Figure 5D: It is a formwork project designed or implemented on a cast concrete production structure based on the original invention of "an engineering construction method": it is found that a double-layer (with a semicircular skylight on the upper part) window frame (WF40 ) or its door frame, to be made into a "semi-circular open sky double-layer window frame assembly with expanded edges"[WF40AB(O)"] or its The "door frame assembly" and the castable concrete have an octagonal expanded edge on the outside of the upper semicircular frame and a square expanded edge on the lower square frame. During the formwork work, iron nails can be used to fix the "enlarged edge" The semi-circular double-layer window frame assembly "[WF40AB(O)"] is installed on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF40AB(O)"-An(O )], and in the cross-sectional view "AA" SECTION in the figure, it is clearly stated: "Double-layer window frame assembly with semi-circular open sky with expanded edge"[WF40AB(O)"], first of all It is necessary to cut a positioning plate [WF40AB(O)"-1(OorF)] that is the same as or combined with the required expansion edge size of the window frame (WF40), and design the middle and lower frame parts as shown in the figure As shown in the cross-sectional view "AA" SECTION, the middle frame sealing material {WF40AB(O)"-2 on the outer edge of the window frame is supported and fixed on the positioning plate (fixed with iron nails or glued to the wooden angle or foamed plastic material). [OorF(M.IW)]}(can be continued), lower frame mold sealing material {WF40AB(O)"-2[OorF(D.IW)]}, and set the outer mold sealing materials of the left and right frames {WF40AB(O)"-2[OorF(L.IW)]}, {WF40AB(O)"-2[OorF(R.IW)]}, or you can first set the outer side molding material of the upper semicircular frame (Foam plastic material) {WF40AB(O)"-2[OorF(U.IW)]} on the positioning plate, on the outer edge of the retractable window frame (WF40) on the outer molding material, and Use iron nails to fix the inner support material of the middle frame {WF40AB(O)"-3[WF40(MS)]} (can be continued in sections) and the inner support material of the lower frame {WF40AB(O) inside the window frame (side) )"-3[WF40(DS)]}, and set the left and right frame internal support materials {WF40AB(O)"-3[WF40(LS)]}, {WF40AB(O)"-3[WF40(RS )]}, and you can continue to use iron nails to set (fix) one or two or more layers of backing boards as the inner side of the window frame or the middle frame molding (backing) board on the rear side {WF40AB(O)"-2 [IorL(M)]}, the lower frame molding (pad) plate {WF40AB(O)"-2[IorL(D)]} is placed on its internal support material, and the inner molding (of the left and right frames) is set The pad) board {WF40AB(O)"-2[IorL(L)]}, {WF40AB(O)"-2[IorL(R)]} is made into a formwork suitable for installation in the external wall mold cavity of the formwork project. "Double-layer window frame assembly with semi-circular opening with expanded edge"[WF40AB(O)", which is based on the outer molding or the pre-assembled wall side molding and the inner molding material that continues to support the upper semi-circular frame. ] or a schematic diagram of the assembly and implementation of its "door frame assembly".

Continue to see Figure 5D 1: The original invention discloses the "double-layer window frame assembly with a semicircular open sky with expanded edges" [WF40AB(O)"] or Its "door frame assembly" matches In the "A-A" SECTION cross-sectional view in the figure, the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure are clearly stated; in the parts and assembly step diagram shown in the figure:

(1) Cut and make a positioning plate {WF40AB(O)"-1[OorF]} with the same size as the required expansion edge (peripheral) of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)"-1[OorF(L)] that is the same size as or slightly smaller than the expanded edge (periphery) of the window frame (WF40) }, {WF40AB(O)"-1[OorF(R)]}; and

(2) Install [WF40AB(O)"-2-An(OorF)] window frame (WF40) outer side mold sealing material on the positioning plate (fix it with iron nails or glue the wood angle or foam plastic material), The outer side mold sealing material of the middle frame {WF40AB(O)"-2[OorF(M.IW)]} (can be continued in sections), the outer side mold sealing material of the lower frame {WF40AB(O)"-2[OorF( D.IW)]}, left frame outer side molding gasket {WF40AB(O)"-2[OorF(L.IW)]}, right frame outer side molding gasket {WF40AB(O)"- 2[OorF(R.IW)]}, or the outer side molding material of the upper semicircular frame {FW40AB(O)"-2[OorF(U.IW)]}; and

(3) Support the outer sides of the window frame (WF40) on the molded pad material on the outer side of the window frame (WF40), and fix it with iron nails [WF40AB(O)"-3-An(OorF)] The internal support material of the lower square frame of the window frame (WF40), the internal support material of the middle frame {WF40AB(O)"-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)"-3[WF40( D.S)]}, the inner support material of the left frame {WF40AB(O)"-3[WF40(L.S)]}, the inner support material of the right frame {WF40AB(O)"-3[WF40(R.S)]} (Part) on the positioning plate; and

(4) On the internal supporting material of the window frame (WF40), use iron nails [WF40AB(O)"-2-An(IorL)] to fix the "double-glazed window with a semi-circular opening with an expanded edge. Frame assembly "[WF40AB(O)"] is a molding (pad) plate for the rear assembly or inner side of the lower square frame, and a molding (pad) plate for the middle frame {WF40AB(O)"-2[IorL(M) ]}, lower frame molding (pad) board {WF40AB(O)"-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)"-2[IorL(L)]} , the right frame molding (pad) board {WF40AB(O)"-2[IorL(R)]} is placed on the outer surface of the wooden angle of the internal support material; to make the window frame (WF 40) is suitable for being mounted on the outer side molding of the wall molding cavity or on the surface of a pre-assembled side molding and can continue to support the inner (or inner or outer) molding material of the upper semi-circular frame. Semi-circular open sky double-layer window frame assembly "[WF40AB(O)"]; and can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ At the position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)"], directly use iron nails [FW-W(OorF)-WF40AB(O)"-An] from the window frame assembly [ The positioning plate of WF40AB(O)"] is fixed to the wall side molding [WF-W(OorF)]; it can support the molding material (foam) on the inner (or inner or outer) side of the upper semicircular frame Plastic material) {FW-WF40AB(O)"-2-[U.IW(I&O)]} on the inner molding (pad) plate of the lower square frame;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)"-An] of the supporting side pressure (resultant force) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to the The inner side molding gasket [WF40AB(O)"-2(IorL)] or the internal supporting material [WF40AB (O)"-3(WF40)], the materials of "window frame assembly"[WF40AB(O)"] or its "door frame assembly", wall inner molding, and outer molding are composed into a composite material , a schematic diagram of the implementation of the combined steps of completing the wall formwork and preparing for pouring concrete.

Please take a look at Figure 5 1: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that "a double-layer window frame with a semi-circular opening" (WF40) or its door frame, made into "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)][WF40AB(O)"] or its "door frame assembly" , to undertake the installation of "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] or [WF40AB(O)"] or its "door frame assembly" on the formwork wall In the mold cavity, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood material, together with the mold sealing material of the window frame assembly, become the side of the wall mold cavity. The sealing formwork surface edge is poured with concrete. After disassembly (removal), the outer periphery of the double-layer square window frame (WF40) is sealed with the concrete of the structure. The product diagram is shown in the upper part of the figure. PD.TYP (A), to show that the window frame (WF40) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), the concrete is cast to solidify the window frame (WF40) in one piece. In terms of structure, in order to be waterproof, beautiful, and sturdy, concrete may be poured into the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z). In order to have better drainage, waterproofing, and penetration effects, the schematic diagram ; In addition, the product drawing PD.TYP (B) in the lower part of the picture shows that the window frame (WF40) can be installed on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window can be cast in one piece The frame (WF40) is placed on the structure, and is cast on the outside of the window frame (WF40) to have an expansion edge consistent with the positioning plate [WF40AB(O)"-1] of the "window frame assembly" [WF40AB(O)"]. The beautiful shape of WF40AB-1(O)] is valuable for being waterproof, beautiful, and sturdy. Concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a drop (Z) for better drainage. , waterproofing and penetration functions; product schematic diagram showing novelty, advancement and practical technical features.

And please see Figure 1-1: To illustrate the installation of "window frame assembly" [WF40AB(O)''] or its "door frame assembly" on the reinforced concrete wall (W-RC) structure ( On the mold cavity), cast concrete to solidify the window frame (WF40) on the structure, and cast a positioning plate [WF40AB] with the "window frame assembly" [WF40AB(O)"] on the outside of the window frame (WF40) (O)"] The expanded edge has a uniform and beautiful shape, or a modified surface such as crushed stones or chopped stones [WF40AB-1(O)-CMorSC] can be applied to the expanded edge to make it more waterproof, beautiful, and sturdy, or Concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage, waterproofing and penetration effects; to show the product schematic diagram of novelty, progress and practical technical features.

Or please look at Figure 6: The original invention "a formwork construction method" is based on the design or implementation of the formwork project on the cast concrete production structure: it is found that round window frames (WF50) or its door frames are made suitable for bearing The "round window frame assembly" [WF50AB(O)] or its "door frame assembly" installed on the wall mold cavity of the formwork project should be fixed with iron nails during the formwork project [WF50AB (OorI)] or its "door frame assembly" on the pre-assembled side wall side formwork on the outside or inside of the wall [FW-W(OorI)-WF50AB(OorI)-An]; thus the boards and materials of the formwork project can be recycled The remaining waste materials are used to make "door or window frame assembly"; and in the "A-A" SECTION cross-sectional view in the figure, it is clearly stated: "Round window frame assembly" [WF50AB (OorI)] is made. It is designed by cutting an inscribed square plate that is the same as or slightly smaller than the inner edge of the circular frame of the window frame (WF50) as the positioning plate [WF50AB(OorI)-1(OorI)], as shown in the figure As shown in the cross-sectional view "A-A" SECTION, the outer or inner side mold sealing material of the window frame [WF50AB(OorI)-2(L.IW)]&[WF50AB(OorI) is assembled or glued to the outer edge of the positioning plate with foam plastic material )-2(R.IW)], the window frame (WF50) can be mounted on the outer or inner molding material, and the iron nails [WF50AB(OorI)-3] can be set on the inner edge of the window frame. -An] Support materials for fixing the inside of the window frame: upper internal support material and support pad {WF50AB(OorI)-3[WF50(U.S&I.W)]}, lower internal support material {WF50AB(OorI)-3[ WF50(D.S&I.W)]}, support pad material, and preset left and right internal support material support pad materials {WF50AB(OorI)-3[WF50(L.S&I.W)]}, {WF50AB( OorI)-3[WF50(R.S&I.W)]} on the positioning plate, and can be combined or glued to the inner or outer side molding material of the window frame of foam plastic material [WF50AB(OorI)-2 (L.IW)]&[WF50AB(OorI)-2(R.IW)] is made into a circular window frame suitable for mounting on the outside or inside of the wall of the formwork project on the previously assembled wall side formwork ( WF50)'s "window frame assembly" [WF50AB (OorI)] or its "door frame assembly"; recycle the remaining scraps of boards used in the formwork project, increase the utilization rate of formwork materials, reduce waste, protect the environment, and improve Construction quality, increase the completion rate of formwork projects in construction projects, reduce material consumption rates, shorten the construction procedures of construction projects, improve the construction efficiency of formwork projects, and reduce costs; it has technical features that show novelty, advancement, and practicability, and Schematic diagram of the implementation of the formwork construction method with great circular economic benefits.

Please see Figure 6-1: The original invention discloses the "round window frame assembly" [WF50AB (OorI)] or its "door frame assembly" shown in Figure 6, which is matched with the "circular window frame assembly" in the figure. A-A〞SECTION Views clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure; in the parts and assembly step diagrams shown in the figure:

(1) In order to cut and make a square positioning plate [WF50AB(OorI)-1(OorI)] with the same or slightly smaller size as the inner edge (circle) of the circular window frame (WF50) and the outside of the combined window frame ( Or the left and right foam plastic molding materials [WF-50AB(OorI)-2(L.IW)], [WF50AB(OorI)-2(R.IW)] on the inner side, or

(1-1) Cut and combine the upper and lower or left and right pieces into a square positioning plate that is the same as or slightly smaller than the inner edge (circle) of the window frame (WF50) {WF50AB(OorI)-1 [OorI(U)]}, {WF50AB(O)-1[OorF(D)]} and the molding material of the left and right foam plastic materials on the outside of the combined window frame [WF50AB(OorI)-2(L.IW )], [WF50AB(OorI-2(R.IW)]; and

(2) The outer or inner edge of the window frame (WF50) is supported on the molded pad material on the outer side of the window frame (WF50), and the "foam plastic support pad" is continued on the inner edge of the combined window frame. Internal support material, use iron nails [WF50AB(OorI)-3-An] to fix the internal support material of the window frame (WF50): upper internal support material and support pad {WF50AB(OorI)-3[WF50(U.S&I. W)]}, lower internal support material and support pad {WF50AB(OorI)-3[WF50(D.S&I.W)]}, left internal support material and support pad {WF50AB(OorI)-3[WF50(L .S&I.W)]}, the right internal support material and support pad {WF50AB(OorI)-3[WF50(R.S&I.W)]} are fixed in position by using the edge (part) of the plate of the internal support material on the board; but can

(3) Continue to assemble or glue the "round window frame assembly" [WF50AB(O)] on the internal support material of the window frame (WF50), and then assemble or pair the foam mold with the outer or inner sides Sealing material, inner (or outer) side left and right molding pad material [WF50AB(OorI)-2(L.IW)], [WF50AB(OorI)-2(R.IW)] wood angle wood with internal support material The supporting surface of the window frame (WF50) is suitable for mounting on The outer (or inner) side molding of the wall or the "round window frame assembly" [WF50AB (OorI)] on the first side molding surface can be assembled;

(4) Undertake the installation of "window frame assembly" [WF50AB (OorI)] or its "door frame assembly" to assemble a side formwork surface [FW- W(OorI)-WF50AB(OorI)], directly use iron nails [FW-W(OorI)-WF50AB(OorI)-An] from the window frame assembly [WF50AB(OorI) ] The positioning plate is fixed to the wall side formwork [WF-W(OorI)];

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner (I or outer) side formwork [FW-W (IorF)] after the wall is erected. Iron nails [FW-W(IorF)-WF40AB(OorI)-An] with sufficient lateral force strength to support the lateral pressure (the resultant force) are assembled from the back to erect the wall side formwork (or inner or outer formwork) [FW-W(IorF)] The outside of the "round window frame assembly" [WF50AB(OorI)] is nailed to the wood angle of the internal supporting material [WF50AB(OorI)-3(WF50)], making the "window frame assembly" [WF50AB(OorI) )] or its "door frame assembly", wall inner molding, and outer molding materials are composed into a composite material. A schematic diagram of the assembly steps of completing the wall mold cavity and preparing for pouring concrete.

Please see Figure 6-2: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that it is made of round window frames (WF50) or its door frames. The "window frame assembly" [WF50AB (OorI)] or its "door frame assembly" is installed in the wall mold cavity of the formwork project. The outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wooden materials, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity, during casting After the concrete is removed (removed), use the concrete of the structure to seal the outer periphery of the round window frame (WF50) on the structure. In the picture, it is shown that the window frame (WF50) can be mounted on the steel bars. At any position on the concrete wall (W-RC) structure (mold cavity), cast the concrete-sealed window frame (WF50) integrally on the structure. It is a schematic diagram of a cast concrete structure product that has the value of being waterproof, beautiful, and sturdy, and has the functions of drainage and waterproof penetration; it shows novelty, progress, and innovative technical features.

Or please look at Figure 7: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that the octagonal window frame (WF60) or its door frame is suitable for carrying In the formwork project, first assemble the "octagonal window frame assembly" (WF60AB) or its "door frame assembly" on the formwork surface on the side of the wall mold cavity, and use iron nails to fix the "octagonal window frame assembly" ( WF60AB) or its "door frame assembly" on the wall side formwork outside or inside the wall formwork cavity before assembly [FW-W(OorI)-WF60AB-An]; thus the boards, materials and waste materials used in the formwork project can be recycled In the production of "door or window frame assembly"; and in the "A-A" SECTION in the picture, it is shown that: in the production of "octagonal window frame assembly" (WF60AB), first cut an octagonal frame with its octagonal frame A plate with the same or slightly smaller side edge size of the window frame (WF60) is used as the positioning plate [WF60AB-1 (OorI)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" in the figure. As shown in SECTION, place the "window frame assembly" on the positioning plate (fix it with iron nails or glue it). First assemble the side upper frame molding material [WF60AB-2 (F.U.IW)] and the lower frame molding material. [WF60AB-2(F.D.IW)], and set the left and right frame outer side molding materials [WF60AB-2[F.L.IW)], [WF60AB-2(F.R.IW)] and the remaining 45° frame outer side molding materials Sealing material, and the window frame (WF60) can be placed on the molding material, and the upper frame support material of the window frame can be fixed with iron nails on the inside (side) of the window frame {WF60AB-3[WF60(U.S)- 1&2]}, lower frame support material {WF60AB-3[WF60(D.S)-1&2]}, and preset left and right frame internal support materials {WF60AB-3[WF60(L.S)-1&2]}, {WF60AB-3 [WF60(R.S)]-1&2}, and the internal supporting materials of each 45° frame {WF60AB-3[WF60(45°.S)-1&2]}, and one or two layers can be set (fixed) with iron nails. One or more layers of gaskets are used as a "window frame assembly" and then combined with the upper frame molding (gasket) plate [WF60AB-2(L.U)] and the lower frame molding (gasket) plate [WF60AB-2(L.D)], The inner molding (cushion) board of the left and right frames [WF60AB-2(L.L)]}, {WF60AB(O)-2(L.R)] and the molding of the wood angle material or foam plastic material supporting the inner side Material [WF60AB-2(L.U.IW)], [WF60AB-2(L.D.IW)], [WF60AB-2(L.L.IW)], [WF60AB-2(L.R.IW)], {WF60AB-2[L(45° .IW)]}, Schematic diagram of the assembly and implementation of an "octagonal window frame assembly" (WF60AB) or its "door frame assembly" on the wall side molding on the outer or inner side of the wall molding cavity that is suitable for installation in the formwork project. .

And please see Figure 7-1: The original invention discloses the "octagonal window frame assembly" (WF60AB) or its "door frame assembly" as shown in Figure 7, with the "A-A" SECTION cross-sectional view in the figure, at Clearly indicate the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) Cut a positioning plate [WF60AB-1(OorI)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF60), or

(1-1) Cut two pieces and combine them into a positioning plate {WF60AB-1[OorI(L)]}, {WF60AB-1[OorF() that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF60) R)]}; while

(2) Install the "window frame assembly" (WF60AB) on the positioning plate (fixed with iron nails or glued) and first assemble the side molding materials (wood angles (or boards) or foamed plastic materials) [ WF60AB(O)-2(F.IW)]; while

(3) When assembling the "window frame assembly" (WF60AB), first assemble the side molding materials to support the outer (or inner) sides of the window frame (WF60), and use iron nails (WF60AB-3-An) Internal support material for pre-fixed window frame (WF60) {WF60AB(O)-3[WF60(U,D,L,R.S)-1&2]}, {WF60AB(O)-3[WF60(45°.S)- 1&2] The edge (part) of the plate is on the positioning plate; and

(4) Fix the "window frame assembly" (WF60AB) on the internal support material of the assembled "window frame assembly" (WF60AB) with iron nails [WF60AB-2-An (IorO)] (can be continued in sections) Then assemble or (inner or outer) side molding (pad) boards: upper frame molding (pad) board [WF60AB(O)-2(L.U)], lower frame molding (pad) board [WF60AB-2 (L.D)], left frame molding (pad) plate [WF60AB-2L.L)], right frame molding (pad) plate [WF60AB-2(L.R)] and 45. The frame sealing (pad) board [WF60AB-2 (L.45.)] and the outer surface of the wooden angle of the internal support material are combined with the support to assemble each frame. The molding material [WF60AB-2 (L.IW)] that is combined with the side; and the window frame (WF60) is made into a "window frame assembly" (WF60AB) that is suitable for mounting on the side molding surface of the wall before assembly. ; but can

(5) Undertake the installation of "window frame assembly" (WF60AB) or its "door frame assembly" on the pre-assembled side formwork surface of the wall mold cavity of the structural formwork project for casting concrete [FW-W (OorI)-WF60AB ], directly fix the position of the window frame (WF60) from the positioning plate of the window frame assembly (WF60AB) to the wall side molding [WF-W( OorF)] on;

After the wall mold cavity is completed with the reinforcement, water and electricity distribution pipes and other facilities, the wall can be continued to assemble the side or (inner or outer) side formwork [FW-W (IorO)], and the appropriate quantity (with sufficient side Iron nails [FW-W(IorO)-WF60AB-An] with a force strength equal to the sum of the supporting side pressures are driven into the rear assembly wall side formwork or (inner or outer) side formwork [FW-W(IorO)]. To the wood angle of the inner or outer side molding (gasket) board [WF60AB-2(IorO)] or the internal supporting material [WF60AB-3(WF6O)] of the "window frame assembly" (WF60AB), make the "window frame assembly" (WF60AB) Frame assembly" (WF60AB) or its "door frame assembly", the inner wall formwork, and the outer formwork are assembled into a composite material . A schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

Please see Figure 7-2: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: the "window frame" made of octagonal window frame (WF60) was found Assembly" (WF60AB) or its "door frame assembly", to install the "window frame assembly" (WF60AB) or its "door frame assembly" in the wall mold cavity of the formwork project, using aluminum alloy or plastic steel or stainless steel or The outer edge and outer edge groove of the window frame made of forged alloy or wooden materials, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and removed (taken off), A schematic diagram of a product that uses structural concrete to seal the outer periphery of an eight-shaped window frame (WF60) on a structure; the figure shows that the window frame (WF60) can be mounted on a reinforced concrete wall (W-RC) structure At any position on the mold cavity, cast concrete to seal the window frame (WF60) on the structure in one piece, making it waterproof and beautiful. A schematic diagram of a concrete structure product cast with technical characteristics of aesthetics, solidity, drainage, and waterproof penetration; showing progress, novelty, and practicality.

Or please look at Figure 8: The original invention "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that a door frame (DF10) with the same thickness as the wall is made suitable for loading Place the "Door Frame Assembly" [DF10AB(O)] on the outside of the wall mold cavity in the formwork project. Use iron nails to fix the "Door Frame Assembly" [DF10AB(O)] on the outside of the wall or assemble the side wall first. On the side mold [FW-W(OorF)-DF10AB(O)-An(O)]; thus the boards, materials and waste materials used in the formwork project can be recycled to make "door or window frame assembly"; and in the picture "AA" SECTION clearly states: In the design and manufacture of "door frame assembly" [DF10AB(O)], first cut (set) three pieces that are the same or slightly smaller than the inner edge of the door frame (DF10). The plate is used as a positioning plate {DF10AB(O)-1[OorF(U)]}, {DF10AB(O)-1[OorF(L)]}, {DF10AB(O)-1[OorF(R)]}, The inner edge of the outer side of the pre-supported door frame (DF10) is continued from its upper frame. It is pre-designed as shown in the cross-sectional view "AA" SECTION in the figure, and is pre-set on the positioning plate (fixed with iron nails) The internal support material of the upper frame of the door frame {DF10AB(O)-3[DF10(US)]}, and the internal support materials of the left and right frames {DF10AB(O)-3[DF10(LS)]}, {DF10AB (O)-3[DF10(RS)]}, or with the required intermediate support {DF10AB(O)-3[DF10(MS)]}; and you can use iron nails to set (fix) one layer or Two or more layers of pads are used as the inner side of the door frame (DF10) or the inner molding (pad) board of the upper frame on the rear vertical side {DF10AB(O)-2[IorL(U)]}, and the inner molding of the left and right frames. Sealing (backing) board {DF10AB(O)-2[IorL(L)]}, {DF10AB(O)-2[IorL(R)]} or used as a fixing board to make a suitable installation for formwork projects. Schematic diagram of the assembly of the "door frame assembly" [DF10AB(O)] on the outside of the wall or on the previously assembled wall side mold; another

As shown in the figure, the inner side of the door frame (DF10) is placed on the positioning plate , followed by its upper frame, and the upper frame internal supporting material {DF10AB(O)-3 is set on the positioning plate. [DF10(US)]}, and set the internal supporting materials of the left and right frames {DF10AB(O)-3[DF10(LS)]}, {DF10AB(O)-3[DF10(RS)]}, or With the required intermediate support material {DF10AB(O)-3[DF10(M.S)]}, you can continue to use iron nails to set (fix) one or two or more layers of pads as the outside of the door frame (DF10) The molding (pad) board on the inside of the upper frame on the side or rear side {DF10AB(O)-2[OorL(U)]}, the molding (pad) board on the outside of the left and right frames {DF10AB(O)-2 [OorL(L)]}, {DF10AB(O)-2[OorL(R)]}, is a "door frame assembly that can be installed on the inside of the wall of the formwork project or on the wall side molding that has been assembled in advance. 》[DF10AB(I)] Schematic diagram of the organization implementation.

And please see Figure 8-1: The original invention discloses the "door frame assembly" [DF10AB(O)] shown in Figure 8, which is matched with the "A-A" SECTION cross-sectional view in the figure, and it is clearly stated in the figure The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure; in the parts and assembly step diagram shown in the figure:

(1) is a schematic diagram of the outer edge (peripheral) of the door frame (DF10), and

(2) Cut three pieces and combine them (superimpose or connect them up and down) to form an upper positioning plate {DF10AB) that is the same size or slightly smaller than the inner edge (circumference) of the outer edge of the door frame (DF10), and has a passage opening. (O)-1[OorF(U)]} and the left and right positioning plates {DF10AB(O)-1[OorF(L)]}, {DF10AB(O)-1[OorF(R)]}; and The inner edge of the outside of the door frame (DF10) can be placed on the positioning plate; and

(3) Set (fixed with iron nails) [DF10AB(O)-3-An(OorF)] internal support material of door frame (DF10) on the positioning plate, and upper frame internal support material {DF10AB(O)-3[DF10 (U.S)]}, the inner support material of the left and right frames {DF10AB(O)-3[DF10(L.S)]}, the panel edge (part) of {DF10AB(O)-3[DF10(R.S)]} on the positioning plate; and set an appropriate number of intermediate support members {DF10AB(O)-3[DF10(M.S)]}; and

(4) On the internal supporting material of the door frame (DF10), use iron nails [DF10AB(O)-2-An(IorL)] to fix the "door frame assembly" [DF10AB(O)] and then assemble or the inner side Internal fixing plate, upper frame internal fixing plate {DF10AB(O)-2[IorL(U)]}, left frame internal fixing plate {DF10AB(O)-2[IorL(L)]}, right frame internal fixing plate {DF10AB(O)-2[IorL(R)]} at the corner of the internal support material The door frame (DF10) is suitable for mounting on the outer side molding of the wall or the "door frame assembly" [DF10AB(O)] on the side molding surface that has been assembled in advance; and can be

(5) The "Door Frame Assembly" [DF10AB(O)] is installed on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or one of the side formwork surfaces [FW-W(OorF)-DF10AB( O)], directly fix the position of the window frame (DF10) to the wall with iron nails [FW-W(OorF)-DF10AB(O)-An] from the positioning plate of the door frame assembly [DF10AB(O)] Side mold [WF-W(OorF)] on;

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] behind the wall can be assembled, and a sufficient number (with sufficient lateral force strength) can be installed on the supporting side. The iron nails [FW-W(IorL)-DF10AB(O)-An] are driven into the "door frame assembly" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner fixing plate [DF10AB(O)-2(IorL)] of [DF10AB(O)] or the wooden angle of the internal supporting material [DF10AB(O)-3(DF1O)], make the "door frame assembly" [DF10AB(O)], the inner wall formwork and the outer formwork are composed of a composite material . A schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

Please see Figure 8-2: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the door frame (DF10) is made into a "door frame assembly" [DF10AB (O)], we undertake to assemble the "door frame assembly" [DF10AB (O)] in the wall mold cavity of the formwork project, and make the outer edge and outer edge groove of the door frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood. The groove, together with the mold sealing material of the door frame assembly, becomes the edge of the mold surface for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), it is sealed outside the concrete door frame (DF10) of the structure around the structure. The schematic diagram of the product on the body; in the picture, it is shown that the door frame (DF10) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed door frame (DF10) can be cast in one piece On the structure, it has the value of being waterproof, beautiful, and sturdy, and it has the functions of drainage and waterproof penetration; it is a schematic diagram of the cast concrete product that shows the technical characteristics of progress, novelty, and practicality.

Or please look at Figure 9: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that a door frame (DF20) smaller than the wall thickness is pre-made. The "Door Frame Assembly" [DF20AB(O)] is suitable for being installed on the outer molding of the wall mold cavity in the formwork project. During the formwork project, iron nails can be used to fix the "Door Frame Assembly" [DF20AB(O)] on the outside of the wall or in advance. The wall side molding on the assembled side [FW-W(OorF)-DF20AB(O)-An(O)] can be recycled to make "door or window frame assembly" from the boards, materials and scraps used in the formwork project. ; As shown in the "A-A" SECTION cross-sectional view in the figure, it is shown that the design of the "door frame assembly" [DF20AB(O)] is first made by cutting (setting) the inner and outer edges of the door frame (DF20) Three plates with the same or slightly smaller edge size are used as positioning plates {DF20AB(O)-1[OorF(U)]}, {DF20AB(O)-1[OorF(L)]}, {DF20AB(O)- 1[OorF(R)]}, and the upper frame part is designed as shown in the cross-sectional view "A-A" SECTION as shown in the figure, and is directly made on the positioning plate (fixed with iron nails) inside the upper frame of the door frame Support material {DF20AB(O)-3[DF20(U.S)]}, and pre-made internal support materials {DF20AB(O)-3[DF20(L.S)]}, {DF20AB(O)- 3[DF20(R.S)]}, and the required intermediate support material {DF20AB(O)-3[DF20(M.S)]}, and you can continue to use iron nails to set (fix) one, two or more layers of mats The board is used as the inner side of the door frame (DF20) or the upper frame molding (pad) plate on the rear assembly side {DF20AB(O)-2[IorL(U)]}, and the inner molding (pad) plate of the left and right frames { DF20AB(O)-2[IorL(L)]}, {DF20AB(O)-2[IorL(R)]}, are made into a form suitable for installation on the outside of the wall of the formwork project or on the wall side formwork that has been assembled in advance. The assembly diagram of the "Door Frame Assembly" [DF20AB(O)].

Please see Figure 9-1: The original invention discloses the "door frame assembly" [DF20AB(O)] shown in Figure 9, which is matched with the "A-A" SECTION cross-sectional view in the figure. Show the assembly steps (SOP) or assembly procedures of parts (components), as shown in the figure, the assembly steps diagram:

(1) is a schematic diagram of the outer edge (peripheral) of the door frame (DF20), and

(2) Cut three pieces and combine them (superimpose or connect them up and down) to form one with the same size or slightly smaller size than the outer edge (circumference) of the door frame (DF10), as an internal supporting material that has the passage opening and the fixed upper frame. {DF20AB(O)-3[DF20(U.S)]}, internal support material of left and right frames {DF20AB(O)-3[D F20(L.S)]}, {DF20AB(O)-3[DF20(R.S)]} mounting plate; it can directly support the inner edge of the door frame (DF20) on its internal supporting material; and

(3) Continue to set up an appropriate number of intermediate support materials {DF20AB(O)-3[DF20(M.S)]}; and

(4) On the internal supporting material of the door frame (DF20), use iron nails [DF20AB(O)-2-An(IorL)] to fix the "door frame assembly" [DF20AB(O)] and then assemble or the inner side The molding (pad) board, the upper frame molding (pad) board {DF20AB(O)-2[IorL(U)]}, the left frame molding (pad) board {DF20AB(O)-2[IorL(L) )]}, the right frame molding (pad) board {DF20AB(O)-2[IorL(R)]} is placed on the outer side of the wooden angle of the internal support material and the end side of the middle support material; and the door frame (DF20 ) is suitable for mounting on the outside wall formwork or the "door frame assembly" [DF20AB(O)] on the previously assembled side formwork; and can

(5) The "Door Frame Assembly" [DF20AB(O)] is installed on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or one of the side formwork surfaces [FW-W(OorF)-DF20AB( O)], directly fix the position of the window frame (DF20) to the wall with iron nails [FW-W(OorF)-DF20AB(O)-An] from the positioning plate of the door frame assembly [DF10AB(O)] On the side mold [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-DF20AB(O)-An] that support the side pressure (the resultant force) are driven into the door frame assembly from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner side molding (pad) board [DF20AB(O)-2(IorL)] and internal support material [DF20AB(O)-3(DF2O)] of the inner side molding (pad) of the body" [DF20AB(O)], let The "door frame assembly" [DF20AB(O)], the inner wall formwork, and the outer formwork are assembled into a composite material . A schematic diagram of the assembly steps of completing the wall formwork cavity and preparing for pouring concrete.

Please see Figure 9-2: The original invention "a pouring formwork construction method" is based on the formwork engineering designed or applied to the cast concrete production structure: the "doorframe assembly" made of doorframes (DF20) was discovered [DF20AB(O)], contracted to install "door frame assembly" [DF20AB(O)] on the formwork wall In the mold cavity, the outer edge and outer edge groove of the door frame made of wood, aluminum alloy, plastic steel, stainless steel or forging, together with the mold sealing material of the door frame assembly, become the mold surface edge for side sealing of the wall mold cavity. A schematic diagram of the product after pouring concrete and sealing the outer periphery of the door frame (DF20) on the structure after disassembly (removal); in the figure, it is shown that the door frame (DF20) can be mounted on a reinforced concrete wall (W-RC) structure At any position on the (mold cavity), the concrete fixed door frame (DF20) is integrally cast on the structure, which is a progressive and novel implementation that has the value of waterproofing, beauty, and sturdiness, as well as drainage and waterproof penetration functions. Schematic diagram.

Or please look at Figure 10: The original invention of "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: the door frame (DF30) with the same thickness as the wall is found and directly constructed. The "door panel frame assembly" (DF30AB) is preformed on the wall side mold [FW-W (OorF)] that is assembled in the wall mold cavity of the formwork project; thus, the boards, materials and waste materials used in the formwork project can be recycled into the production of " "Door or window frame assembly"; and in the "A-A" SECTION in the picture it is clearly stated: "Door panel frame assembly" (DF30AB) is first made by cutting (setting) the door panel frame (DF30AB) ), three panels and wooden angles with the same or slightly smaller inner edge dimensions are used to make the internal support material {DF30AB-3[DF30(U.S)]} for the upper frame of the door panel frame (DF30), and the internal support materials for the left and right frames. Supporting materials {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]} are fixed on one side mold [FW-W(OorI)] of the wall mold cavity that has been assembled in advance. The internal supporting material of the upper frame of the door frame {DF30AB-3[DF30(U.S)]} is attached to the wall side molding, and can be continued to support the door panel frame (DF30) on the internal supporting material of the upper frame, and then the iron nails [DF30AB- 3-An] To fix the internal supporting materials {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]} of the left and right frames, or set up an appropriate number of intermediate supporting materials {DF30AB -3[DF30(M.S)]}, a schematic diagram of the assembly of a "door panel frame assembly" (DF30AB) that is assembled on a wall side mold that is first assembled in the wall mold cavity of the formwork project.

Please take a look at Figure 11: The "door panel frame assembly" (DF30AB) shown in Figure 10 is a cross-sectional view of the "A-A" SECTION shown in Figure 10 of the original invention. It is clearly stated that as shown in the Figure Component (Material) assembly steps (SOP) or assembly procedures; in the parts and assembly steps diagram as shown in the figure:

(1) is a schematic diagram of the outer edge (peripheral) of the door panel frame (DF30), and

(2) Cut (set) three pieces of boards and wood angles that are the same as or slightly smaller than the inner edge of the door frame (DF30) to make the internal support material for the upper frame of the door frame {DF30AB-3[DF30(U.S) ]}, the internal supporting materials of the left and right frames {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]}, and on the side mold that is first assembled in the wall mold cavity [FW- W(OorI), pre-mark the horizontal line of the lower edge of the upper frame [FW-W(OorI)-DF30-U.L.I], and pre-fix the internal support material of the upper frame of the door panel {DF30AB-3[DF30(U.S)]}; and

(3) After supporting the door panel frame (DF30) on the internal supporting material of the upper frame, continue to use iron nails to fix the internal supporting materials of the left and right frames {DF30AB-3[DF30(L.S)]}, {DF30AB-3[ DF30(R.S)]}, and set up an appropriate number of intermediate support materials {DF30AB-3[DF30(M.S)]}, or have construction openings; and make the door panel frame (DF30) and assemble it in the wall mold cavity first "Door panel frame assembly" (DF30AB) on one side of the mold surface;

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or (inner or outer) side formwork [FW-W (IorO)] behind the wall, with a sufficient quantity (with sufficient Iron nails [FW-W(IorO)-DF30AB-An] whose lateral force strength is equal to the resultant force of supporting side pressure) are assembled from the rear of the wall side molding or external nails of the (internal or external) side molding [FW-W(IorO)] Insert the wood angle of the internal support material [DF30AB-3 (DF30)] of the "door panel frame assembly" (DF30AB), and make the panels of the "door panel frame assembly" (DF30AB), wall inner molding, and outer molding form as follows The composite material shown in the "AA" SECTION in the picture is a schematic diagram of the combined steps of completing the wall mold cavity and preparing for pouring concrete.

Please see Figure 10-2: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the wooden frame (DF30) is directly placed on the wall mold cavity of the formwork project , a "door frame assembly" (DF30AB) is made, and the outer edge and outer edge (groove) of the wooden door frame become the mold surface (or door opening template) for the side sealing of the door opening of the wall mold cavity. After pouring concrete and disassembling (removing), the product diagram "FW-DF30-PD" is shown on the outer periphery of the concrete-sealed door panel frame (DF30) of the structure; in the picture, it is shown that it can withstand The door panel frame (DF30) is placed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the door panel frame (DF30) is integrally cast with concrete to solidify the door panel frame (DF30) on the structure, and then on the inner edge of the door panel frame , the side can be decorated with beautiful, durable, high-value decorative panels (DF30-P2A) or (DF30-P2B) or (DF30-P2C) and door panels (F30-P1) according to the design requirements, such as "B-B"SECTION (TYP.A), "B-B"SECTION (TYP.B), and "B-B"SECTION (TYP.C) in the picture are schematic diagrams of the finished product.

2. A "door and window frame assembly and a formwork construction method for houses with integrated concrete-sealed door and window frames", which features: making a "window frame assembly" from the window frame to be installed on the wall of the house; Use the inner or outer edge or inner edge of the window frame to set "positioning plates" and assemble them to make a "window frame assembly"; construct walls or columns, walls or columns, walls, beams or columns, walls, In the beam and floor formwork cavity, the previously assembled wall side formwork needs to be placed at the position where the window opening formwork is required. It is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "window frame assembly" to the wall formwork. The lining of the wall side formwork on the side of the cavity is first assembled; it can be tied with steel bars or water and electricity pipes, and then added to the other side of the combined wall formwork cavity; after the formwork project is completed or the "window frame" is completed together "Assembly" wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; in the process of casting concrete, it supports the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatically or intelligently The formwork engineering equipment of the type machinery is used for the "window frame assembly" made of iron nails; or the structural combination of the "window frame assembly" fixed in the wall mold cavity with iron nails; to produce composite material properties, which reduces the window The deflection caused by the frame embedding concrete process or the deflection that meets the construction quality requirements or the formwork construction method that produces a near-zero deflection effect; or the waterproof performance of the one-time process construction (grouting), directly produces "one-piece casting" Houses with concrete-sealed window frames.

To explain in detail the features and effects of claim 2 of this invention; please refer to the progress or novelty of this invention in disclosing claim 1 or the "application scope" of claim 2. All implementation methods and implementation schematic diagrams of the technical characteristics and extremely industrial utilization and practical value; please refer to Figure 1, Figure 1-1, Figure 1-1, Figure 1-1-2A, Figure 1- As shown in Figure 1-2B, Figure 1-2, Figure 1-3; or Figure 2A, Figure 2A-1, Figure 2B, Figure 2B-1, Figure 2C, Figure 2C-1, Figure 2 or as shown in Figure 3A, Figure 3A, or Figure 3B, Figure 3B, Figure 3C, Figure 3C, or Figure 3; or Figure 4A, Figure 4 A, or Figure 4B, Figure 4B, or Figure 4C, Figure 4C, or Figure 4A; or Figure 5A, Figure 5A, Figure 5B, Figure 5B 1. As shown in Figure 5C, Figure 5C 1 or Figure 5D, Figure 5D 1, Figure 5 1, and Figure 5 1; or as shown in Figure 6, Figure 6 1, and Figure 6 2 shown; or as shown in Figure 7, Figure 7-1, and Figure 7-2; or as shown in Figure 8, Figure 8-1, and Figure 8-2; or as shown in Figure 8, Figure 9-1, and Figure 9-2; Or a schematic diagram of an implementation that is novel or progressive, profitable and practical, as shown in Figure 10 or Figure 11.

3. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames", which features: making a "door frame assembly" from the door frame to be installed on the wall of the house; On the inner or outer side or inner edge of the door frame, set the "positioning plate" to assemble it to make the "door frame assembly"; in the formwork project, construct the wall or column, wall or column, wall, beam or column, wall, beam, floor In the mold cavity, where the door frame opening mold needs to be installed on the previously assembled wall side mold, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "door frame assembly" with iron nails before assembly. The lining plate of the wall side formwork; it can be used to tie steel bars or water and electricity pipes, and then continue to the other side formwork of the combined wall formwork; after the formwork project is completed or jointly completed, the wall with the "door frame assembly" Or column, wall or column, wall, beam or column, wall, beam, floor formwork cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering Equipment, for the "door frame assembly" made by a combination of iron nails; or a structural combination that uses iron nails to fix the "door frame assembly" in the wall mold cavity; to produce composite material properties, it reduces the damage caused by the door frame and the process of embedding concrete. Deflection may produce deflection that meets construction quality requirements or produce tendencies. The formwork construction method with nearly zero deflection effect; or the waterproof performance of one-time construction (grouting), directly producing "a house with one-piece cast concrete and sealed door frame".

In order to explain in detail the features and effects of claim 3 of this invention, please refer to the technical features of this invention that disclose the advancement or novelty of claim 1 or the "scope of application" of claim 3 and All implementation methods and implementation schematic diagrams with great industrial utilization and practical value; please refer to Figure 1, Figure 1-1, Figure 1-1-1, Figure 1-1-2A, Figure 1-1-2B , as shown in Figure 1-2 and Figure 1-3; or as shown in Figure 2A, Figure 2A-1, Figure 2B, Figure 2B-1, Figure 2C, Figure 2C-1, and Figure 2-1 ; Or as shown in Figure 3A, Figure 3A one, or Figure 3B, Figure 3B one, Figure 3C, Figure 3C one, or Figure 3a; or Figure 4A, Figure 4A one, or As shown in Figure 4B, Figure 4B I, or Figure 4C, Figure 4C I, or Figure 4 I; or Figure 5A, Figure 5A I, Figure 5B, Figure 5B I, or Figure 5 C. As shown in Figure 5C 1 or Figure 5D, Figure 5D 1, Figure 5 1, or Figure 5 1; or as shown in Figure 6, Figure 6 1, or 6-2; or Figure 6 7. As shown in Figure 7-1 and Figure 7-2; or as shown in Figure 8, Figure 8-1 and Figure 8-2; or as shown in Figure 9, Figure 9-1 and Figure 9-2; or as shown in Figure 10, Figure 11 shows a schematic diagram of an implementation that is novel or progressive, profitable, and has practical value.

4. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames", which features include: "square or square double-layered or square multi-layered window frames" to be installed on the wall of the house. Make a "square or square double-layer or square multi-layer window frame assembly"; use the "square or square double-layer or square multi-layer window frame" to set "positioning plates" on the inner or outer edges or inner edges of the assembly. "Square or square double-layer or square multi-layer window frame assembly"; in the formwork project to construct walls or columns, walls or columns, walls, beams or columns, walls, beams, and floor formwork, the wall side formwork needs to be assembled first At the position where the window opening mold is made, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "square or square double-layer or square multi-layer window frame assembly" with iron nails on the previously assembled wall. On the lining of the side formwork; it can be used to tie steel bars or water and electricity pipes, and then it can be combined The other side formwork of the wall formwork cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall, beam or column, wall, Beam and floor formwork cavities; during the concrete casting process, support the dynamic pressure or lateral pressure or uniform load generated by the mold cavities, automatic or intelligent mechanical formwork engineering equipment, for "square or square double-layer or square double-layer or "Square multi-layer window frame assembly"; or a structural combination that uses iron nails to fix "square or square double-layer or square multi-layer window frame assembly" in the wall mold cavity; it produces composite material properties and can be embedded in the lowered window frame The deflection caused by the concrete process may produce a deflection that meets the construction quality requirements or a formwork construction method that produces a near-zero deflection effect; or the waterproof performance of the one-time process construction (grouting) can directly produce "one-piece cast concrete solid sealing square" Or square double-story or square multi-story house with window frames."

In order to explain in detail the characteristics and effects of claim 4 of the present invention; please refer to the progress of the present invention disclosed in claim 1 or 2 or 3 and the "application scope" of claim 4 or The technical features of the novelty and the best implementation method and implementation schematic diagram with great industrial applicability and practical value;

Please refer to Figure 1 in particular: the original invention "a formwork construction method" is based on the design or implementation of the formwork project on the cast concrete production structure: it is found that the "one-piece cast concrete is used to seal the window frame in the house structure" According to the construction method of the formwork project above, the square window frame (WF10) is designed to be made into a "window frame assembly" (WF10AB), which can be used to assemble the wall side formwork in the wall mold cavity of the house structure formwork project or On the outer formwork [FW-W(OorF)], the "square window frame assembly" [WF10AB(O)] suitable for pre-assembly in the wall formwork cavity or on the outer formwork surface is installed in the design of the construction project. At the position of the square window frame, iron nails should be fixed from the positioning plate [WF10AB(O)-1(OorF)] on the "window frame assembly" to the wall mold cavity of the formwork project before assembling the side or outer molding [FW-W (OorF)-WF10AB(O)-An(OorF)]; as shown in SOP.1 in the picture, install the "window frame assembly" on the outside of the wall mold cavity or assemble the side wall mold [FW] -W(OorF)-WF10AB(O)]; after the wall mold cavity is completed with steel bars, water and electricity distribution pipes and other facilities, continue to assemble the wall side molds [FW-] inside or behind the wall mold cavity. W(IorL)], it can still be fixed to the "window frame assembly" [WF-W(IorL)-WF10AB(O)-An(IorL)] with iron nails from the outside of the wall side molding assembled from behind, as shown in the picture As shown in SOP.2; it is directly assembled into the "window frame assembly" with the positioning plate [WF10AB(O)-1] and the inner or outer molding plate (or material) of the window frame [WF10AB(O)-2 ], internal support material [WF10AB(O)-3], a composite material component that constitutes the window frame, or the inner and outer molds of the wall mold cavity and the "window frame assembly" are the composite material structure of the wall mold cavity, The composite material structure with maximum rigidity and moment of inertia is used to support the "window frame assembly" to support the square window frame. It can overcome (withstand) the grouting side pressure of the window frame when the concrete is poured into the wall mold cavity, or it can only It can produce minimal or close to zero deflection or deformation; in order to show the technical characteristics of novelty, progress and practicality, and clearly show the effect of installing "window frame assembly" on the wall side molding, the three-dimensional implementation diagram .

And please look at Figure 1: The original invention of "a formwork construction method" is shown in Figure 1, which is used to install the "square window frame assembly" on the outer mold of the external wall mold cavity of the formwork project [WF10AB (O)], clearly indicate that during the formwork work, use iron nails to fix the "square window frame assembly" [WF10AB(O)] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)- WF10AB(O)-An(OorF)], and on the assembly "square window frame assembly" [WF10AB(O)], a dimension of the outer edge of the square window frame (WF10) is cut The same or slightly smaller plate is used as the positioning plate [WF10AB(O)-1(OorF)], and on its upper or lower frame, pre-design the cross-sectional view "A-A"SECTION (TYP.A) or "A-A" as shown in the figure 〞SECTION (TYP.B) shows (explanation) the parts (or components) provided in the upper, lower, left and right frames, among which,

As shown in Figure "A-A" SECTION (TYP.A), it is supported and fixed (fixed with iron nails) on the positioning plate [WF10AB(O)-1(OorF)]. One or two or more layers of pads are combined. As the upper frame molding plate {WF10AB(O)-2[OorF(U)]} and the lower frame molding plate {WF10AB(O)-2[OorF(D)]} on the outer edge of the window frame, they are set The outer side molding plates of the left and right frames {WF10AB(O)-2[OorF(L)]}, {WF10AB(O)-2[OorF(R)]} can be used to support the window frame (WF10) On the outer molding board, and on the inside (side) of the window frame, use iron nails to fix the upper frame support material {WF10AB(O)-3[WF10(U.S)]} and lower frame support material {WF10AB(O) )-3[WF10(D.S)-1]}&{WF10AB(O)-3[WF10(D.S)-2]}&{WF10AB(O)-3 [WF10(D.S)-3]}, and set the left and right frame support materials {WF10AB(O)-3[WF10(L.S)]}, {WF10AB(O)-3[WF10(R.S)]}, and Iron nails can be used to set (fix) one, two or more layers of backing boards as the inner side of the window frame or the upper frame molding board {WF10AB(O)-2[IorL(U)]}, lower The frame mold sealing plate {WF10AB(O)-2[IorL(D)]} is placed on its internal support material, and the inner molding plates {WF10AB(O)-2[IorL(L)] of the left and right frames are set }, {WF10AB(O)-2[IorL(R)]}, to make a "square window frame assembly" [WF10AB( O)]; while the other

As shown in "A-A" SECTION (TYP.B) in the picture, it is fixed on the positioning plate [WF10AB(O)'-1(OorF)] (fixed with iron nails) or glued to a wooden angle or A plastic or foamed plastic material is used as the upper frame molding material {WF10AB(O)'-2[OorF(U.IW)]} and the lower frame molding material {WF10AB(O)'-2 on the outer edge of the window frame [OorF(D.IW)]}, and set the side molding materials {WF10AB(O)'-2[OorF(L.IW)]}, {WF10AB(O)'-2 outside the left and right frames [OorF(R.IW)]}, the window frame (WF10) can be placed on the molding material on the outside edge, and the upper frame support of the window frame can be fixed with iron nails on the inside (side) of the window frame material {WF10AB(O)-3[WF10(U.S)]}, lower frame support material {WF10AB(O)'-3[WF10(D.S)]}, and preset left and right frame support materials {WF10AB(O) '-3[WF10(L.S)]}, {WF10AB(O)'-3[WF10(R.S)]} on the positioning plate, and one or more layers can be set (fixed) on the inside of the window frame with iron nails Formwork plates on the side or rear assembly side: upper frame mold sealing plate {WF10AB(O)'-2[IorL(U)]}, lower frame mold sealing plate {WF10AB(O)'-2[IorL(D)] }On the outer edge of the internal support material, set the inner molding plates of the left and right frames {WF10AB(O)'-2[IorL(L)]}, {WF10AB(O)'-2[IorL( R)]}, a schematic diagram of the implementation of making a "square window frame assembly" [WF10AB(O)'] suitable for mounting on the outside of the wall of the formwork project or on the wall side formwork that has been assembled in advance;

The details of "WF10AB(O)-3" shown in the picture are used for each window frame (upper, lower, left and right frames) of the "square window frame assembly" [WF10AB(O)] The cross-sectional view of the internal supporting material [WF10AB(O)-3] shows that it is fixed with a wooden angle (WF10AB-3-1) and a plate (WF10AB-3-2) with iron nails. Determine (WF10AB-3-3) into an "L" shaped support member or composite material, use its plate part to fix it on the positioning plate with iron nails, and use the edge of the wood angle to fix the inner formwork plate;

As shown in "a" DETAIL in the picture, it is revealed in the "square window frame assembly" [WF10AB(O)] in the "AA SECTION TYP.A" design method and the frame part assembly "a" part The detailed picture shows how to fix the self-positioning plate [WF10AB(O)-1(OorF)] on the window frame with iron nails [WF10AB(O)-1&2&3-An] and the outer molding plate {WF10AB(O) )-2[OorF(U)]}, upper frame internal support material {WF10AB(O)-3[WF10(US)]}, inner molding plate {WF10AB(O)-2[IorL(U)]}, A detailed schematic diagram of the height creation of a composite support member on the support upper frame [WF10AB(O)-WF10(U)]; another

As shown in "a-1" DETAIL in the picture, it is exposed on the "square window frame assembly"[WF10AB(O)'] in the "AA SECTION TYP.B" design method and the frame parts assembly "a-1" The detailed drawing of "Part" shows that the self-positioning plate [WF10AB(O)'-1(OorF)] is fixed on the upper frame of the window frame with iron nails [WF10AB(O)'-1&2&3-An] and the upper frame is supported internally. Material {WF10AB(O)'-3[WF10(US)]}, inner molding material {WF10AB(O)'-2[IorL(U)]}, inner molding plate {WF10AB(O)'-2[ IorL(U)]} is a detailed schematic diagram of the height creation of a composite support member on the support upper frame [WF10AB(O)'-WF10(U)].

And please look at Figure 1-1: The present invention is shown in Figure 1-1, and is used to make the wall that is suitable for installation on the outside (or inside) side of the wall or the wall side that is assembled before (or after) the formwork project. On the mold, the "square window frame assembly" [WF10AB(O)'] is assembled using the design method of "A-A SECTION (TYP.B)" cross-sectional view, indicating the installation of the "square window frame assembly" [WF10AB(O)'] is attached to the wall side formwork, and the positioning plate on the "square window frame assembly" [WF10AB(O)'] is directly fixed with iron nails to the inside (or outside), outside (or inside) of the wall. ) The side mold [FW-W(OorF)-WF10AB(O)'-(OorF)&(IorL)-An] is used to assemble the "square window frame assembly" [WF10AB(O)'] The upper, lower, left and right frame members are combined with the inner and outer moldings (lining plates) of the wall molding cavity to form a "composite material (wall side molding + window frame assembly)" as shown in the right diagram in the figure. , and as shown in the lower right part of the figure, the effective cross-section of "composite material (wall side molding + window frame assembly)" can at least include "positioning plate [WF10AB(O)'-1(OorF)", wall side molding (lining plate)[FW-W(O orF), upper frame internal support material {WF10AB(O)'-3[WF1OAB(U.S)]}& inner molding plate {WF10AB(O)'-2[IorL(U)]}, lower frame internal support material { WF10AB(O)'-3[WF1OAB(D.S)]}&Inside formwork board{WF10AB(O)'-2[IorL(D)]", wall inside formwork (lining board)[FW-W(IorL); Depending on the height of the window frame and the width of the wall side molding, a composite material with maximum rigidity and moment of inertia is obtained. When the window frame is subjected to lateral pressure, only slight deflection or minimal deflection is produced; in other applications, it may be possible The design is based on the lateral force strength of the iron nails that are nailed to the window frame assembly and the iron nails that are placed inside the wall or on the outside mold to fix the "window frame assembly". The pressure on the side of the supporting grouting acts on the window frame. or the lateral force of the window frame assembly, which clearly demonstrates the reliability of the safety and quality maintenance of the installed window frame; and clearly demonstrates the novelty, advancement, and practicality of the technology, and directly Instructions for the creation and implementation of cast concrete production to "fix window frames on wall structures" to create high value-added housing products without concrete construction joints, waterproofing, and anti-penetration functions.

And please look at Figure 1-1-2A: the original invention discloses the "square window frame assembly" [WF1()AB(O)] shown in Figure 1-1, and is used in conjunction with the "square window frame assembly" shown in the figure A-A〞SECTION (TYP.A) cross-sectional view clearly indicates the assembled parts (materials) or assembly steps (SOP) or assembly procedure exploded view, with the assembly steps shown in the figure:

(1) Cut a positioning plate [WF10AB(O)-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF10), or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(O)-1[OorF(L)]}, {WF10AB(O) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF10) )-1[OorF(R)]}; and

(2) Install the [WF10AB(O)-2-An(OorF)] window frame (WF10) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (Padding) board {WF10AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF10AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF10AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF10AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF10) on the molding (pad) plate on the outer side of the window frame (WF10), and use iron nails [WF10AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF10): upper frame internal support material {WF10AB(O)-3[WF10(U.S)]}, lower frame internal support material {WF10AB(O)-3[WF10(D.S)]} , The panels of the left frame internal support material {WF10AB(O)-3[WF10(L.S)]} and the right frame internal support material {WF10AB(O)-3[WF10(R.S)]} are molded on the outside (pad) on the board; and

(4) Fix the "window frame assembly" [WF10AB(O)] on the internal support material of the window frame (WF10) with iron nails [WF10AB(O)-2-An(IorL)] and then assemble or inside Molding (pad) board, upper frame molding (pad) board {WF10AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF10AB(O)-2[IorL(D) ]}, left frame molding (pad) board {WF10AB(O)-2[IorL(L)]}, right frame molding (pad) board {WF10AB(O)-2[IorL(R)]} inside On the side of the wooden angle of the supporting material; and the window frame (WF10) is suitable for being mounted on the "window frame assembly" [WF10AB(O)] on the outside wall formwork or a pre-assembled side formwork; and can

(5) To install "window frame assembly" [WF10AB(O)] on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on one of the pre-assembled side formwork surfaces [FW-W(OorF)-WF10AB (O)], directly position the window frame (WF10) with iron nails [FW-W(OorF)-WF10AB(O)-An(OorF)] from the window frame assembly [WF10AB(O)] The board is pre-fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The number of iron nails [FW-W(IorL)-WF10AB(O)-An(IorL)] that support the side pressure (resultant force) shall be driven from the outside of the rear assembled wall side formwork (or inner formwork) [FW-W(IorL) To the inner edge molding (gasket) material [WF10AB(O)-2(IorL)] or the inner supporting material [WF10AB(O)-3(WF1O)] of the "window frame assembly" [WF10AB(O)] On the wooden angle, make the "window frame assembly" [WF10AB(O)], the inner wall formwork, and the outer formwork materials to form a composite material. The schematic diagram of the implementation steps for pouring concrete after completing the wall formwork cavity.

And please look at Figure 1-1-2B: the original invention discloses the "square window frame assembly" [WF10AB(O)'] shown in Figure 1-1 and is used in conjunction with the "A-A" SECTION in the figure. (TYP.B) cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (or components) designed in the figure. The assembly step diagram is shown in the figure:

(1) Cut a positioning plate [WF10AB(O)'-1(OorF)) that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF10), or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(O)'-1[OorF(L)]}, {WF10AB( O)'-1[OorF(R)]}; and

(2) Set (fix with iron nails or glue) the outer side molding material of the window frame (WF10) on the positioning plate (wooden angle wood or board or foamed plastic material), and the outer side molding material of the upper frame {WF10AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF10AB(O)'-2[OorF(D.IW)]}, left frame outer side mold Sealing material {WF10AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF10AB(O)'-2[OorF(R.IW)]}; and

(3) On the outer side molding material of the window frame (WF10), support the outer side of the window frame (WF10) and fix it with iron nails [WF10AB(O)'-3-An(OorF)] Internal support materials for window frame (WF10): upper frame internal support material {WF10AB(O)'-3[WF10(U.S)]}, lower frame internal support material {WF10AB(O)'-3[WF10(D.S)] }, The plates of the left frame internal support material {WF10AB(O)'-3[WF10(L.S)]} and the right frame internal support material {WF10AB(O)'-3[WF10(R.S)]} are on the positioning plate on; while

(4) Fix the "window frame assembly" [WF10AB(O)'] on the internal supporting material of the window frame (WF10) with iron nails [WF10AB(O)'-2-An(IorL)] and then assemble Or the inner molding (pad) board, the upper frame molding (pad) board {WF10AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF10AB(O)'-2 [IorL(D)]}, left frame molding (pad) board {WF10AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF10AB(O)'-2[IorL (R)]} is installed on the side of the wooden angle of the internal support material; and the window frame (WF10) is made into a "window frame assembly" [WF10AB] that is suitable for mounting on the outer wall formwork or a pre-assembled side formwork. (O)']; but can

(5) The pre-assembled window frame assembly [WF10AB(O)'] is placed on the outside of the wall mold cavity of the structural formwork project for casting concrete or one of the side molding surfaces [FW-W(OorF)-WF10AB( At the window frame (WF10) position set out on O)'], use iron nails [FW-W(OorF)-WF10AB(O)'-An(OorF)] from the window frame assembly [WF10AB(O)'] The positioning plate is pre-fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF10AB(O)'-An(IorL)] of the support side pressure (resultant force) are driven into the " Window frame assembly" [WF10AB(O)], inner side molding (gasket) plate [WF10AB(O)'-2(IorL)], window frame internal support material [WF10AB(O)'-3(WF1O) ] on the wooden angle, make the "window frame assembly" [WF10AB(O)'], the inner wall formwork, and the outer formwork materials to form a composite material, complete the wall formwork cavity, and then proceed with the preparation steps for pouring concrete. .

Please see Figure 1-2: The original invention discloses that the wall side formwork shown in Figure 1 is assembled in reverse order or the inner wall formwork [FW-W (IorF) is assembled first, which needs to be designed and installed outside the formwork project The "square window frame assembly" [WF10AB(I)] is molded on the inner side of the wall mold cavity. During the formwork project, iron nails can be used to fix the "square window frame assembly" [WF10AB(I)] on the inner side of the wall or in advance. The wall side molding on the assembly side [FW-W(IorF)-WF10AB(I)-An(IorF)], and the design and assembly of the "square window frame assembly" [WF10AB(I)] are First, cut a plate with the same or slightly smaller size as the inner edge of the square window frame (WF10) and shrink the lower part by one size as the positioning plate [WF10AB(I)-1(IorF)], and On the upper and lower frames, pre-design it as shown in the cross-sectional view "B-B" SECTION in the figure. One or two or more layers of backing plates are supported and fixed (fixed with iron nails) on the positioning plate as the inner side of the window frame. The upper frame molding (pad) board {WF10AB(I)-2[IorF(U)]} and the lower frame molding (pad) board {WF10AB(I)-2[IorF(D)]} are installed. The inner molding (pad) plates {WF10AB(I)-2[IorF(L)]} and {WF10AB(I)-2[IorF(R)]} on the left and right frames can be used to support the window frames. The inner edge of (WF10) is on the inner molding (pad) board, and the upper frame support material of the window frame is fixed with iron nails inside the window frame {WF10AB(I)-3[IorF(U.S)]}, Lower frame support material {WF10AB(I)-3[IorF(D.S)-1]}&{WF10AB(I)-3[IorF(D.S)-2]}&{WF10AB(I) -3[IorF(D.S)-3]}, and set the left and right frame support materials {WF10AB(I)-3[IorF(L.S)]}, {WF10AB(I)-3[OorF(R.S)]} , and one or two or more layers of backing boards can be set (fixed) with iron nails and used as the frame molding (backing) board on the outside edge of the window frame or on the rear side {WF10AB(I)-2[OorL( U)]}, the lower frame molding (pad) board {WF10AB(I)-2[OorL(D)]} is placed on the outer edge of the wood angle of the internal support material, and the outer side molding of the left and right frames is set. Sealing (backing) board {WF10AB(I)-2[OorL(L)]}, {WF10AB(I)-2[OorL(R)]} is made into a wall suitable for installation on the inside of the wall or in advance of the formwork project. "Square window frame assembly" [WF10AB(I)] on the assembled wall side molding;

In the lower part of the figure, the parts (materials) or assembly steps (SOP) or assembly procedures for making the "square window frame assembly" [WF10AB(I)] are shown. The assembly steps diagram is shown in the figure. :

(1) Cut a positioning plate [WF10AB(I)-(IorF)] that is the same or slightly smaller than the inner edge (periphery) of the window frame (WF10) and the lower part is retracted by one size, or

(1-1) Cut two pieces and combine them into a positioning plate {WF10AB(I)-1[IorF(L)]}, {WF10AB(I) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF10) )-1[IorF(R)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF10) [WF10AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails), and the inner side of the upper frame shall be molded Cushion material {WF10AB(I)-2[IorF(U)]}, lower frame inner side molding (cushion) board {WF10AB(I)-2[IorF(D)]}, left frame inner side molding (Padding) board {WF10AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF10AB(I)-2[IorF(R)]}; and

(3) Support the inner edge of the window frame (WF10) on the molding (pad) board on the inner side of the window frame (WF10), and use iron nails [WF10AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF10): upper frame internal support material {WF10AB(I)-3[WF10(U.S)]}, lower frame internal support material {WF10AB(I)-3[WF10(D.S)]} , The panels of the left frame internal support material {WF10AB(I)-3[WF10(L.S)]} and the right frame internal support material {WF10AB(I)-3[WF10(R.S)]} are molded on the inner side (pad) on the board; and

(4) Fix the "window frame assembly" [WF10AB(I)] on the internal support material of the window frame (WF10) with iron nails [WF10AB(I)-2-An(OorL)] and then assemble or outside Molding (pad) board:, upper frame Molding (pad) board {WF10AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF10AB(I)-2[OorL(D)]}, left frame molding (pad) ) board {WF10AB(I)-2[OorL(L)]} and right frame molding (pad) board {WF10AB(I)-2[OorL(R)]} on the outer surface of the wood angle of the internal support material; The made window frame (WF10) is suitable for mounting on the "window frame assembly" [WF10AB(I)] on the inner wall molding or a pre-assembled side molding surface; and can

(5) To directly install the "window frame assembly" [WF10AB(I)] on the inner formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on the side formwork surface [FW-W(IorF)- The position of the window frame (WF10) set out on WF10AB(I)] is positioned from the window frame assembly [WF10AB(I)] with iron nails [FW-W(IorF)-WF10AB(I)-An(IorF)] The board is pre-fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or outside formwork behind the wall [FW-W (OorL)], with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF10AB(I)-An(OorL)] of the supporting side pressure) are driven into the " On the wood angle of the outer side molding (pad) board [WF10AB(I)-2(OorL)] or the internal supporting material [WF10AB(I)-3(WF1O)] of the window frame assembly [WF10AB(I)] , the "window frame assembly" [WF10AB (I)] is composed of the materials of the inner and outer wall molds into a composite material, and is a schematic diagram of the preparation or assembly steps for completing the wall mold cavity before pouring concrete.

And please look at Figure 1-3: The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found that the square window frame (WF10) is made of "square window frame assembly" "Square window frame assembly" [WF10AB(O)] or [WF10AB(O)] or [ WF10AB(I)] In the wall mold cavity of the formwork project, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood are combined with the mold sealing material of the window frame assembly. The formwork surface edge that becomes the side sealing edge of the wall mold cavity is used to cast concrete. After being dismantled (taken off), the outer periphery of the square window frame (WF10) is sealed with concrete of the same structure. This is a schematic diagram of the product; The product drawing PD.TYP (A) in the upper part of the picture shows that the window frame (WF10) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and it is integrated Cast concrete to seal the window frame (WF10) on the structure, which is waterproof, beautiful, and sturdy. Alternatively, you can cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z). A schematic diagram of a product with better drainage, waterproofing and penetration functions; the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF10) can be installed on the wall under the reinforced concrete beam (B-RC) (W-RC) structure (mold cavity), cast concrete to seal the window frame (WF10) in one piece on the structure, which has the value of waterproofing, beautiful and strong, or you can cast concrete on the lower edge of the window frame to form a single piece on the outside. The edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product showing novelty, progress and practical technical features.

Or please look at Figure 2A: The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found that the square window frame (WF20) or door frame with a larger height is suitable for the bearing. The "square window frame assembly" [WF20AB(O)] is installed on the outer molding of the exterior wall mold cavity in the formwork project; iron nails should be used to directly fix the "square window frame assembly" [WF20AB(O)] in the formwork project. The positioning plate is placed on the wall side molding on the outside of the wall or on the pre-assembled side [FW-W(OorF)-WF20AB(O)-An(O)], and it is clearly indicated as shown in the "A-A" SECTION in the picture. : To make the "square window frame assembly" [WF20AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF20) as a positioning plate [WF20AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate by one layer or Two or more layers of pads are used as the upper frame molding (pad) plate {WF20AB(O)-2[OorF(U)]} and the lower frame molding (pad) plate {WF20AB(O)- 2[OorF(D)]}, and shown as "B-B" SECTION in the figure, preset the outer molding (pad) plates {WF20AB(O)-2[OorF(L)]}, { WF20AB(O)-2[OorF(R)]}, the window frame (WF20) can be placed on the outer molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. Upper frame support material {WF20AB(O)-3[WF20(U.S)]}, lower frame support material {WF20AB(O)-3[WF20(D.S)-1]}&{WF20AB(O)-3[WF20 (D.S)-2]}&{WF20AB(O)-3[WF20(D.S)-3]}, and preset the left and right frame internal support materials {WF20AB(O)-3[WF20(L.S)-1] }&{WF20AB(O)-3[WF20(L.S)-2]}、 {WF20AB(O)-3[WF20(R.S)]}&{WF20AB(O)-3[WF20(R.S)-2]}, or add intermediate support {WF20AB(O)-3[WF20 (M.S)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails and used as the inner side of the window frame or the upper frame molding (backing) board on the rear side {WF20AB(O) -2[IorL(U)]}, the lower frame molding (pad) board {WF20AB(O)-2[IorL(D)]} is placed on the wood angle side of the internal support material, and the left and right frames are set The inner molding (pad) board {WF20AB(O)-2[IorL(L)]}, {WF20AB(O)-2[IorL(R)]} is used to make a wall suitable for the formwork project. Schematic diagram of the assembly and implementation of the "square window frame assembly" [WF20AB(O)] or its "square door frame assembly" on the outside or pre-assembled wall side molding.

And please look at Figure 2A-1: The original invention discloses the "square window frame assembly" [WF20AB(O)] shown in Figure 2A or its "door frame assembly" matched with "A-A" in the figure 〞SECTION, 〝B-B〞SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts shown in the figure, and the parts (materials) and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)-1[OorF(L)]}, {WF20AB(O) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) )-1[OorF(R)]}; and

(2) Install the [WF20AB(O)-2-An(OorF)] window frame (WF20) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the upper frame outer side molding (pad) board {WF20AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF20AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF20AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF20AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF20) on the molding (pad) plate on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(O)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(O)-3[WF20(D.S)]} , left frame internal support material {WF20AB(O)-3[WF20(L.S)]}, right frame internal support material The plate part of the support material {WF20AB(O)-3[WF20(R.S)]} is placed on the outer side molding pad, or a vertical middle support material {WF20AB(O)-3 can be added as required. [WF20(M.S)]} provides supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF20AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF20AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF20AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF20AB(O)-2[IorL(R)] }On the outer surface of the wooden angle of the internal supporting material; and the window frame (WF20) is made into a "window frame assembly" [WF20AB(O)] suitable for mounting on the outer wall formwork or a pre-assembled side formwork. ; but can

(5) Directly install the "window frame assembly" [WF20AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that has been assembled in advance [ FW-W(OorF)-WF20AB(O)] at the position of the window frame (WF20) set out on the window frame assembly, directly use iron nails [FW-W(OorF)-WF20AB(O)-An(OorF)] from the window frame assembly The positioning plate of [WF20AB(O)] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF20AB(O)-An(IorL)] of the supporting side pressure) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to The wood of the inner side molding (gasket) board [WF20AB(O)-2(IorL)] or the internal supporting material [WF20AB(O)-3(WF2O)] of the "window frame assembly" [WF20AB(O)] On the corner material, the "window frame assembly" [WF20AB(O)] or its "door frame assembly", the inner wall formwork, and the outer formwork are combined into a composite material. The wall formwork cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the steps.

Continue to see Figure 2B: The original invention of "a formwork construction method" is based on the design or implementation of formwork works on cast concrete production structures: it is found that square window frames (WF20) or doors with a larger height are used The frame is made into a "square window frame assembly" [WF20AB(O)] suitable for mounting on the outer molding of the exterior wall mold cavity of the formwork project. Iron nails are used to fix the "square window frame assembly" [WF20AB(O) during the formwork project. O)'] on the wall side molding on the outside of the wall or on the pre-assembled side [FW-W(OorF)-WF20AB(O)'-An(O)], and the "A-A" SECTION in the picture indicates: "square To manufacture the square window frame assembly "[WF20AB(O)'], first cut a plate with the same or slightly smaller size as the outer edge of its square window frame (WF20) as the positioning plate [WF20AB(O) '-1(OorF)], and the upper and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and the outside of the window frame is supported (fixed with iron nails or glued) on the positioning plate. The upper frame molding material {WF20AB(O)'-2[OorF(U.IW)]} and the lower frame molding material {WF20AB(O)-2[OorF(D.IW)]} on the side are marked with " B-B〞SECTION indicates that the outer side molding materials of the left and right frames are preset {WF20AB(O)'-2[OorF(L.IW)]}, {WF20AB(O)'-2[OorF(R.IW) ]}, and the window frame (WF20) can be placed on the outer molding material, and the upper frame support material of the window frame {WF20AB(O)'-3[ can be fixed with iron nails on the inside (side) of the window frame WF20(U.S)]}, lower frame support material {WF20AB(O)'-3[WF20(D.S)]}, and preset left and right frame internal support materials {WF20AB(O)'-3[WF20(L.S) -1]}&{WF20AB(O)'-3[WF20(L.S)-2]}, {WF20AB(O)'-3[WF20(R.S)]}&{WF20AB(O)'-3[WF20( R.S)-2]}, or add vertical intermediate supporting materials {WF20AB(O)'-3[WF20(M.S)]} as needed, and continue to use iron nails to set (fix) the first or second floors. Or multi-layer pads are used as the inner side of the window frame or the rear vertical side. The upper frame molding (pad) board {WF20AB(O)'-2[IorL(U)]} and the lower frame molding (pad) board {WF20AB( O)'-2[IorL(D)]} on its internal support material, and set the inner molding (pad) plates {WF20AB(O)'-2[IorL(L)]} of the left and right frames, {WF20AB(O)'-2[IorL(R)]} is made into a "square window frame assembly" suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance [WF20AB(O) )'] or its "square door frame assembly" assembly implementation schematic diagram.

Please look at Figure 2B 1: The original invention discloses a "square window frame assembly" [WF20AB(O)'] shown in Figure 2B that is matched with the "A-A" SECTION and "B-B" SECTION in the figure. The cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)'-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)'-1[OorF(L)]}, {WF20AB( O)'-1[OorF(R)]}; and

(2) Set (fix with iron nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF20) on the positioning plate, and form the outer side molding of the upper frame Sealing material {WF20AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF20AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF20AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF20AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF20) on the molding material on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF20): the internal support materials of the upper frame {WF20AB(O)'-3[WF20(U.S)]}, the internal support materials of the lower frame {WF20AB(O)'-3[WF20(D.S)]} , The plates of the left frame internal support material {WF20AB(O)'-3[WF20(L.S)]} and the right frame internal support material {WF20AB(O)'-3[WF20(R.S)]} are on the positioning plate , or add vertical intermediate support members {WF20AB(O)'-3[WF20(M.S)]} for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)'] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)'-2-An(IorL)] and then assemble Or the inner side molding (pad) board, the upper frame molding (pad) board {WF20AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF20AB(O)' -2[IorL(D)]}, left frame molding (pad) board {WF20AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF20AB(O)'-2 [IorL(R)]} is installed on the outside surface of the wooden angle of the internal support material; and the window frame (WF20) is made into a "window frame assembly" suitable for mounting on the outside wall formwork or the side formwork surface that has been assembled in advance. "[WF20AB(O)']; and you can

(5) To directly install the "window frame assembly" [WF20AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled in advance The position of the window frame (WF20) set out on [FW-W(OorF)-WF20AB(O)'] is directly fixed with iron nails [FW-W(Oo) rF)-WF20AB(O)'-An(OorF)] is fixed from the positioning plate of the window frame assembly [WF20AB(O)'] to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF20AB(O)'-An(IorL)] of the support side pressure) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] To the inner side molding (gasket) plate [WF20AB(O)'-2(IorL)] or the inner support material [WF20AB(O)'-3(WF2O) of the "window frame assembly"[WF20AB(O)'] )], use the "window frame assembly"[WF20AB(O)'], the inner wall formwork, and the outer formwork materials to form a composite material . The wall formwork cavity is completed and the assembly steps of preparing for pouring concrete are carried out. Implementation diagram.

And please look at Figure 2C: The original invention of "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that it is suitable to use a square window frame (WF20) or its door frame with a larger height. The "square window frame assembly" [WF20AB(I)] is installed on the inner mold of the exterior wall mold cavity of the formwork project. Iron nails should be used to fix the "square window frame assembly" [WF20AB(I)] during the formwork project. On the wall side molding on the inner side of the wall or the pre-assembled side [FW-W(IorF)-WF20AB(I)-An(I)], and indicate in the "A-A" SECTION in the picture: "Square window frame assembly For the design of the "body" [WF20AB(I)], first cut a plate with the same or slightly smaller size as the inner edge and outer edge of its square window frame (WF20) and the lower part is reduced by one size as a positioning plate [WF20AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate by one layer or Two or more layers of backing boards are used as the upper frame molding (pad) board {WF20AB(I)-2[IorF(U)]} and the lower frame molding (pad) board {WF20AB(I)- 2[IorF(D)]}, and indicate "B-B" SECTION, preset the inner molding (gasket) plates of the left and right frames {WF20AB(I)-2[IorF(L)]}, {WF20AB( I)-2[IorF(R)]}, the window frame (WF20) can be placed on the inner molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. Frame support material {WF20AB(I)-3[WF20(U.S)]}, lower frame support material {WF20AB(I)-3[WF20(D.S)-1]}&{WF20AB(I)-3[WF20(D.S) )-2]}, and set the left and right frame internal support materials {WF20AB(I)-3[WF20(L.S)-1]}&{WF20AB(I)- 3[WF20(L.S)-2]}, {WF20AB(I)-3[WF20(R.S)-1]}&{WF20AB(I)-3[WF20(R.S)-2]}, or as needed Add an intermediate support material {WF20AB(I)-3[WF20(M.S)]}, and then use iron nails to set (fix) one or two or more layers of backing boards as the outer edge of the window frame or the rear vertical side. The upper frame molding (pad) board {WF20AB(I)-2[OorL(U)]} and the lower frame molding (pad) board {WF20AB(I)-2[OorL(D)]} have internal supporting materials on the top, and pre-set the molding (pad) plates {WF20AB(I)-2[OorL(L)]}, {WF20AB(I)-2[OorL(R)]} on the outer sides of the left and right frames, and then make A schematic diagram of the assembly of a "square window frame assembly" [WF20AB(I)] suitable for installation on the inside of the exterior wall of the formwork project or on the wall side formwork that has been assembled beforehand.

And please look at Figure 2C-1: the "square window frame assembly" [WF20AB(I)] shown in Figure 2C of the original invention is matched with the "A-A" SECTION and "B-B" SECTION sectional view in the figure. In clearly indicating the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) Cut a plate that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF20) (the lower part shrinks one size) as a positioning plate [WF20AB(I)-1(IorF) ], or the upper and lower plates {WF20AB(I)-1[IorF(U)]}, {WF20AB(I)-1[IorF(D)]}, or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(I)-1[IorF(L)) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) (the lower part is reduced by one size) ]}, {WF20AB(I)-1[IorF(R)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF20) [WF20AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF20AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF20AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF20AB(I)-2[IorF(L)]}, the molding (pad) board on the inner side of the right frame {WF20AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF20) on the molding (pad) plate on the inner side of the window frame (WF20), and use iron nails [WF20AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(I)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(I)-3[W F20(D.S)]}, left frame internal support material {WF20AB(I)-3[WF20(L.S)]}, right frame internal support material {WF20AB(I)-3[WF20(R.S)]} plate part On the inner side molding pad material, or add a vertical middle support material {WF20AB(I)-3[WF20(M.S)]} as needed for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(I)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(I)-2-An(OorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF20AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF20AB(I)-2[OorL (D)]}, left frame molding (pad) plate {WF20AB(I)-2[OorL(L)]}, right frame molding (pad) plate {WF20AB(I)-2[OorL(R)] }On the outer surface of the wooden angle of the internal supporting material; and the window frame (WF20) is made into a "window frame assembly" [WF20AB (I)] suitable for mounting on the inner wall molding or a pre-assembled side molding surface. ; but can

(5) To undertake the installation of "window frame assembly" [WF20AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall mold cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ FW-W(IorF)-WF20AB(I)], directly use iron nails [FW-W(IorF)-WF20AB(I)-An] from the window frame assembly [WF20AB( The positioning plate of I)] is fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or outside formwork behind the wall [FW-W (OorL)], with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF20AB(I)-An] of the support side pressure (the resultant force) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF20AB(I)-2(OorL)] or the internal support material [WF20AB(I)-3(WF2O)] of the assembly” [WF20AB(I)], The "window frame assembly" [WF20AB(I)] or its "door frame assembly", wall inner molding, and outer molding materials are combined into a composite material to complete the assembly steps of the wall mold cavity and prepare for pouring concrete. Schematic diagram.

Please look at Figure 2-1: The original invention of "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the "square window frame" is made of a square window frame (WF20) Assembly" [WF20AB(O)] or [WF20AB(O)'] or [WF20AB(I)] or its "square door frame assembly", to undertake the installation of "square window frame assembly" [WF20AB(O) ] or [WF20AB(O)'] or [WF20AB(I)] in the wall mold cavity of the formwork project, make the outer edge and outer edge groove of the window frame made of aluminum alloy or plastic steel or stainless steel or forged alloy or wooden materials. Together with the mold sealing material of the window frame assembly, it becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the square window frame (WF20) is sealed with the concrete of the structure. The product diagram on the structure; the product diagram PD.TYP (A) in the upper part of the picture shows that the window frame (WF20) can be installed on any reinforced concrete wall (W-RC) structure (mold cavity). In one position, concrete is cast to seal the window frame (WF20) on the structure. It is waterproof, beautiful, and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap. (Z), a schematic diagram of a product with better drainage, waterproofing and penetration functions; and the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF20) can be installed on the reinforced concrete beam (B- On the lower part of the wall (W-RC) structure (mold cavity) of RC, cast concrete to solidify the window frame (WF20) on the structure. It is waterproof, beautiful and sturdy, or it can be added to the lower edge of the window frame. The cast concrete is formed so that the outer edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration effects; a schematic diagram of the product showing novelty, progress and practical technical features.

And please look at Figure 3A: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the double-layer (upper opening is smaller) square window frame (WF30) or other For the door frame, make a "double-layer square window frame assembly" [WF30AB(O)] suitable for mounting on the outer mold of the exterior wall mold cavity of the formwork project; use iron nails to fix the "double-layer square window frame assembly" during the formwork project "body" [WF30AB(O)] on the outside of the wall or the wall side molding [FW-W(OorF)-WF30AB(O)-An(O)] on the pre-assembled side, and it is indicated in the "A-A" SECTION in the picture : To make the "double-layer square window frame assembly" [WF30AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF30) As a positioning plate [WF30AB(O)-1(OorF)], the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (fixed with iron nails) ) One or two or more layers of backing board are used as the upper frame molding (pad) board on the outside edge of the window frame { WF30AB(O)-2[OorF(U)]}, lower frame molding (pad) plate {WF30AB(O)-2[OorF(D)]}, and set the outer molding (pad) of the left and right frames. ) board {WF30AB(O)-2[OorF(L)]}, {WF30AB(O)-2[OorF(R)]}, which can be used to support the window frame (WF30) on the outside molding (pad) The upper frame support material {WF30AB(O)-3[WF30(U.S)]} and the lower frame support material {WF30AB(O)-3[ WF30(D.S)-1]}&{WF30AB(O)-3[WF30(D.S)-2]}&{WF30AB(O)-3[WF30(D.S)-3]}, and set the left and right frames Internal support material {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30(L.S.D)]}, {WF30AB(O)-3[WF30(R.S.U)]}&{WF30AB (O)-3[WF30(R.S.D)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side of the window frame or the upper frame molding (pad) on the rear side. The board {WF30AB(O)-2[IorL(U)]} and the lower frame molding (pad) board {WF30AB(O)-2[IorL(D)]} are placed on the internal support material, and the left and The inner molding (pad) board of the right frame {WF30AB(O)-2[IorL(L)]}, {WF30AB(O)-2[IorL(R)]} is made into a formwork suitable for installation The schematic diagram of the assembly of the "double-layer square window frame assembly" [WF30AB(O)] or its "double-layer square door frame assembly" on the outside of the wall or on the wall side molding that has been assembled in advance.

Continue to see Figure 3A -1 : The original invention discloses the "square window frame assembly" [WF30AB(O)] or its "square door frame assembly" shown in Figure 3A, which fits in the figure The "AA" SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut and combine the upper and lower pieces into a positioning plate {WF30AB(O)-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30) , {WF30AB(O)-1[OorF(D)]}, or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF30AB(O)-1[OorF(R)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)-1[OorF(R)]}; while

(2) Install the [WF30AB(O)-2-An(OorF)] window frame (WF30) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (Padding) board {WF30AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF30AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF30AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF30AB(O)-2[OorF(R)]}; and

(3) Support the outer sides of the window frame (WF30) on the molded pad material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)-3-An(OorF)] to fix the window Internal support materials of the frame (WF30): upper frame internal support material {WF30AB(O)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(O)-3[WF30(D.S)]}, left Frame internal support material {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)-3[WF30(R.S.U) )]}&{WF30AB(O)-3[WF30(R.S.D)]} The plate part is on the outer side molding pad material; and

(4) Fix the "window frame assembly" [WF30AB(O)] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF30AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF30AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF30AB(O)-2[IorL(R)] }On the outer surface of the wooden angle of the internal support material; and the window frame (WF30) is made into a "window frame assembly" [WF30AB(O)] suitable for mounting on the outer wall formwork or a pre-assembled side formwork surface. ; but can

(5) Undertake the installation of "window frame assembly" [WF30AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF30AB(O)], directly use iron nails [FW-W(OorF)-WF30AB(O)-An] from the window frame assembly [WF30AB(O)] )] positioning plate is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF30AB(O)-An] of the supporting side pressure) are driven into the window frame from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner side molding (pad) board [WF30AB(O)-2(IorL)] of the assembly [WF30AB(O)] or the wood angle of the internal support material [WF30AB(O)-3(WF3O)], The "window frame assembly" [WF30AB(O)] or its "door frame assembly", the inner wall formwork, and the outer formwork are combined into a composite material. The wall formwork cavity is completed and the assembly steps are carried out to prepare for pouring concrete. Schematic diagram.

And please look at Figure 3B: The original invention of "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that a double-layer (upper opening is smaller) square window frame (WF30) or The door frame is made of a "double-layer square window frame assembly"[WF30AB(O)'] or a "double-layer square door frame assembly" suitable for being installed on the outer molding of the exterior wall mold cavity of the formwork project, and is provided with the formwork Iron nails should be used to fix the "double-layer square window frame assembly"[WF30AB(O)'] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF30AB(O)'-An( O)], and the "AA" SECTION in the picture indicates: "Double-layer square window frame assembly"[WF30AB(O)'] is manufactured by cutting a square window frame (WF30 ), a plate with the same or slightly smaller outer edge size is used as the positioning plate [WF30AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure. , place the upper frame mold sealing material {WF30AB(O)'-2[OorF(U.IW)]} and the lower frame mold sealant on the outer edge of the window frame on the positioning plate (fixed with iron nails or glued) {WF30AB(O)-2[OorF(D.IW)]}, and set the outer molding materials {WF30AB(O)-2[OorF(L.IW)]}, {WF30AB(O )'-2[OorF(R.IW)]}, and the window frame (WF30) can be placed on the outer molding material, and then fixed on the inside (side) of the window frame with iron nails The frame support material {WF30AB(O)'-3[WF30(US)]}, the lower frame support material {WF30AB(O)'-3[WF30(DS)]}, and the left and right frame internal support materials { WF30AB(O)'-3[WF30(LSU)]}&{WF30AB(O)'-3[WF30(LSD)]}, {WF30AB(O)'-3[WF30(RSU)]}&{WF30AB( O)'-3[WF30(RSD)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side of the window frame or the upper frame molding (pad) on the rear assembly side The board {WF30AB(O)'-2[IorL(U)]} and the lower frame molding (pad) board {WF30AB(O)'-2[IorL(D)]} are placed on the internal supporting materials and are preset The inner molding (pad) plates {WF30AB(O)'-2[IorL(L)]}, {WF30AB (O)'-2[IorL(R)]} on the left and right frames are made into a suitable Schematic diagram of the assembly and implementation of the "double-layer square window frame assembly"[WF30AB(O)'] or its "double-layer square door frame assembly" installed on the outside of the wall of the formwork project or on the wall side mold that has been assembled in advance.

Continue to see Figure 3B 1: The original invention discloses the "double-layer square window frame assembly" [WF30AB(O)'] or its "double-layer square door frame assembly" as shown in Figure 3B. In the "A-A" SECTION cross-sectional view in the figure, the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure are clearly stated, and in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF30AB(O)'-1[OorF( U)]}, {WF30AB(O)'-1[OorF(D)], or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF30AB(O)'-1[OorF(L)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)'-1[OorF(R)]}; while

(2) Set (fixed with nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF30) on the positioning plate to form the upper frame outer side molding Sealing material {WF30AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF30AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF30AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF30AB(O)'-2[OorF(R.IW)]}: And

(3) Support the outer sides of the window frame (WF30) on the molding material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF30): the internal support materials of the upper frame {WF30AB(O)'-3[WF30(U.S)]}, the internal support materials of the lower frame {WF30AB(O)'-3[WF30(D.S)]} , left frame internal support material {WF30AB(O)'-3[WF30(L.S.U)]}&{WF30AB(O)'-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)'- The plate parts of 3[WF30(R.S.U)]}&{WF30AB(O)'-3[WF20(R.S.D)]} are on the positioning plate; and

(4) Fix the "double-layer window frame assembly" [WF30AB(O)'] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)'-2-An(IorL)] Then combine or inner side molding (pad) board, upper frame molding (pad) board {WF30AB(O)'-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O) )'-2[IorL(D)]}, left frame molding (pad) board {WF30AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF30AB(O)' -2[IorL(R)]} on the outer surface of the wooden angle of the internal supporting material; and the window frame (WF30) is suitable for mounting on the outer side formwork of the wall or the "double-glazed window" on the side formwork that has been assembled in advance Frame assembly"[WF30AB(O)']; and you can

(5) To undertake the installation of "double-layer window frame assembly" [WF30AB(O)'] or its "double-layer square door frame assembly" on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or to assemble it first At the position of the window frame (WF30) set out on one side mold surface [FW-W(OorF)-WF30AB(O)'], directly fix the iron nails [FW-W(OorF)-WF30AB(O)'-An] The positioning plate of the window frame assembly [WF30AB(O)'] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF30AB(O)'-An] that support the side pressure (the resultant force) are driven into the window from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)]. The inner side molding (gasket) plate [WF30AB(O)'-2(IorL)] or the internal support material [WF30AB(O)'-3(WF3O)] of the frame assembly"[WF30AB(O)'] On the wooden angle, use the "window frame assembly" [WF30AB(O)] or its "door frame assembly", the inner wall formwork, and the outer formwork to form a composite material . The wall formwork cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the combination steps.

And please look at Figure 3C: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that a double-layer (upper opening is smaller) square window frame (WF30) or The door frame is made of a "double-layer square window frame assembly" [WF30AB(I)] or a "double-layer square door frame assembly" suitable for being installed on the inner mold of the exterior wall mold cavity of the formwork project. Iron nails should be used to fix the "double-layer square window frame assembly" [WF30AB(I)] on the inside of the wall or on the wall side molding on the pre-assembled side [FW-W(IorF)-WF30AB(I)-An(I). )], and the "AA" SECTION in the picture indicates: To manufacture the "double-layer square window frame assembly" [WF30AB(I)], first cut a square window frame (WF30) A plate with the same or slightly smaller inner and outer edges and one size smaller at the lower part is used as the positioning plate [WF30AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view in the figure. As shown in "AA" SECTION, one or two or more layers of pads are supported and fixed (fixed with iron nails) on the positioning plate as the upper frame molding (pad) plate on the inner side of the window frame {WF30AB(I)-2 [IorF(U)]}, lower frame molding (pad) plate {WF30AB(I)-2[IorF(D)]}, and set the inner molding (pad) plate {WF30AB(I) of the left and right frames )-2[IorF(L)]}, {WF30AB(I)-2[IorF(R)]}, on the inner edge of the removable window frame (WF30) on the inner molding (pad) plate , and then use iron nails to fix the upper frame support material {WF30AB(I)-3[WF30(US)]} and lower frame support material {WF30AB(I)-3[WF30( DS)-1]}&{WF30AB(I)-3[WF30(DS)-2]}, and the left and right frame internal support materials {WF30AB(I)-3[WF30(LSD)]}&{ WF30AB(I)-3[WF30(LSU)]}, {WF30AB(I)-3[WF30(RSD)]}&{WF30AB(I)-3[WF30(RS,U)]}, and can be renewed Use iron nails to set (fix) one or two or more layers of backing boards and use them as the outer edge of the window frame or the upper frame molding (pad) board on the rear side {WF30AB(I)-2[OorL(U)]}, The lower frame molding (pad) board {WF30AB(I)-2[OorL(D)]} is placed on its internal support material, and the outer molding (pad) materials {WF30AB(I)- 2[OorL(L)]}, {WF30AB(I)-2[OorL(R)]}, are made into a "double-layer" suitable for mounting on the inside of the exterior wall of the formwork project or on the wall side formwork that has been assembled in advance. Schematic diagram of the assembly and implementation of "square window frame assembly" [WF30AB(I)] or its "double-layer square door frame assembly".

Figure 3C 1: A cross-sectional view of the "Double-layer square window frame assembly" [WF30AB(I)] or its door frame shown in Figure 3C of the original invention, matching the "A-A" SECTION in the figure. , in clearly indicating the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) Cut two left and right panels to make a positioning plate {WF30AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF30) (the lower part is reduced by one size) )-1[IorF(L)]&{WF30AB(I)-1[IorF(R)], or

(1-1) Cut two pieces and combine them into a positioning plate {WF30AB(I)-1[IorF(U)) that is the same size as or slightly smaller than the inner edge (peripheral) of the window frame (WF30) (the lower part is reduced by one size) ]}, {WF30AB(I)-1[IorF(D)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF30) [WF30AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF30AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF30AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF30AB(I)-2[IorF(L)]}, the inner side molding (pad) board of the right frame {WF30AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF30) on the molding (pad) plate on the inner side of the window frame (WF30), and use iron nails [WF30AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF30): upper frame internal support material {WF30AB(I)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(I)-3[WF30(D.S)]} , left frame internal support material {WF30AB(I)-3[WF30(L.S.U)]}&{WF30AB(I)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(I)-3[WF30 (R.S.U)]}&{WF30AB(I)-3[WF30(R.S.D)]} plate edge is on the inner side molding (pad) plate; and

(4) Fix the "window frame assembly" [WF30AB(I)] with iron nails [WF30AB(I)-2-An(OorL)] on the outer edge of the angle of the internal support material of the window frame (WF30) ] and then combine the molding (pad) board on the outer side, the upper frame molding (pad) board {WF30AB(I)-2[OorL(U)]}, the lower frame molding (pad) board {WF30AB(I) )-2[OorL(D)]}, left frame molding (pad) board {WF30AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF30AB(I)-2[ OorL(R)]} on the outer surface of the wooden angle of the internal supporting material; and the window frame (WF30) is suitable for being mounted on the inner molding of the external wall mold cavity or the "window frame" on the side molding surface of the pre-assembled Assembly"[WF30AB(I)]; and you can

(5) To undertake the installation of "window frame assembly" [WF30AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface to be assembled first [ FW-W(IorF)-WF30AB(I)], directly fix the position of the window frame (WF30) with iron nails [FW-W(IorF)-W F30AB(I)-An] The positioning plate from the "window frame assembly" [WF30AB(I)] is fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer side molds [FW-W (OorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF30AB(I)-An] of the support side pressure (the resultant force) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF30AB(I)-2(OorL)] or the internal support material [WF30AB(I)-3(WF3O)] of the assembly” [WF30AB(I)], The materials of "window frame assembly" [WF30AB(I)] or its "door frame assembly", wall inner molding, and outer molding are combined into a composite material to complete the assembly steps of the wall mold cavity and prepare for pouring concrete. Schematic diagram.

Please look at Figure 3-1: The original invention of "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the "window frame assembly" is made of a double-layer square window frame (WF30) "Window frame assembly" [WF30AB(O)] or [WF30AB(O)'] or its door frame shall be installed Or [WF30AB(I)] or its "door frame assembly" is placed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the window frame made of aluminum alloy or plastic steel or stainless steel or forged alloy or wood materials are connected with the window The mold sealing material of the frame assembly together becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the square window frame (WF30) is sealed with the concrete of the structure. The product diagram on the body; the product diagram PD.TYP (A) in the upper part of the picture shows that the window frame (WF30) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity) , cast concrete to seal the window frame (WF30) in one piece on the structure, which is waterproof, beautiful and sturdy, or you can cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z ), in the schematic diagram with more drainage, waterproofing and penetration functions; in addition, the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF30) can be installed on the lower part of the reinforced concrete beam (B-RC) On the wall (W-RC) structure (mold cavity), concrete is cast to solidify the window frame (WF30) on the structure. It is waterproof, beautiful and sturdy, or concrete can be cast on the lower edge of the window frame to form a single piece. lower than outer edge A drop (Z) is formed on the inner edge, which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product that shows the technical features of novelty, advancement and practicality.

Or please look at Figure 4A: The original invention of "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that a double-layer (larger upper opening) square window frame (WF31) is suitable for production The "double-layer square window frame assembly" [WF31AB(O)] is installed on the outer molding of the exterior wall mold cavity of the formwork project; the "double-layer square window frame assembly" can be fixed with iron nails during the formwork project [ WF31AB(O)] on the wall side molding on the outside of the wall or the pre-assembled side [FW-W(OorF)-WF31AB(O)-An(O)], and indicate in the "A-A" SECTION in the picture: "Double To make the "Layered Square Window Frame Assembly" [WF31AB(O)], first cut a plate with the same or slightly smaller dimensions as the outer edge of the square window frame (WF31) as a positioning plate [ WF31AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate on the first or second floor. One or more layers of pads are used as the upper frame molding (pad) plate {WF31AB(O)-2[OorF(U)]} and the lower frame molding (pad) plate {WF31AB(O)-2 on the outer edge of the window frame [OorF(D)]}, and set the molding (pad) plates {WF31AB(O)-2[OorF(L)]}, {WF31AB(O)-2[OorF(R)) outside the left and right frames ]}, the window frame (WF31) can be placed on the outer molding (pad) board, and the upper frame support material {WF31AB(O)- of the window frame can be fixed with iron nails on the inside (side) of the window frame. 3[WF31(U.S)]}, lower frame support material {WF31AB(O)-3[WF31(D.S)-1]}&{WF31AB(O)-3[WF31(D.S)-2]}&{WF31AB( O)-3[WF31(D.S)-3]}, and set the left and right frame internal support materials {WF31AB(O)-3[WF31(L.S.U)]}&{WF31AB(O)-3[WF31(L.S.D )]}, WF31AB(O)-3[WF31(R.S.U)]}&{WF31AB(O)-3[WF31(R.S.D)]}, and you can continue to use iron nails to set (fix) one, two or more layers. The pad is used as the inner side of the window frame or the rear assembly side. The upper frame molding (pad) plate {WF31AB(O)-2[IorL(U)]} and the lower frame molding (pad) plate {WF31AB(O)- 2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) plates of the left and right frames are set {WF31AB(O)-2[IorL(L)]}, {WF31AB(O) -2[IorL(R)]}, to make a "double-layer square window frame assembly" [WF31AB(O)] suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance Implementation diagram.

Please also look at Figure 4A -1 : the "square window frame assembly" [WF31AB(O)] in Figure 4A disclosed by the original invention is matched with the "AA" SECTION cross-sectional view in the figure, and it is clearly stated in the figure The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure are shown in the parts and assembly steps diagram:

(1) Cut and combine the left and right pieces into a positioning plate {WF31AB(O)-1[OorF(L)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31) , {WF31AB(O)-1[OorF(R)]}, or

(1-1) Cut and combine the upper and lower pieces into a positioning plate {WF31AB(O)-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF21). {WF31AB(O)-1[OorF(D)]}; while

(2) Install the [WF31AB(O)-2-An(OorF)] window frame (WF31) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (pad) board {WF31AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF31AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF31AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF31AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF31) on the molding (pad) plate on the outer side of the window frame (WF31), and use iron nails [WF31AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF31): upper frame internal support material {WF31AB(O)-3[WF31(U.S)]}, lower frame internal support material {WF31AB(O)-3[WF31(D.S)]} , left frame internal support material {WF31AB(O)-3[WF31(L.S.U)]}&{WF31AB(O)-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(O)-3[WF31 (R.S.U)]}&{WF31AB(O)-3[WF31(R.S.D)]} The plate part is on the outer side molding pad material; and

(4) Fix the "window frame assembly" [WF31AB(O)] on the internal supporting material of the window frame (WF31) with iron nails [WF31AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF31AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF31AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF31AB(O)-2[IorL(L)]}, right frame molding The (pad) board {WF31AB(O)-2[IorL(R)]} is placed on the side of the wooden angle of the internal supporting material; and the window frame (WF31) is suitable for mounting on the outside of the wall molding or on one side of the pre-assembled "Window frame assembly" [WF31AB(O)] on the mold surface; and you can

(5) To install "window frame assembly" [WF31AB(O)] on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or on one of the pre-assembled side formwork surfaces [FW-W(OorF)-WF31AB (O)], directly fix the position of the window frame (WF31) with iron nails [FW-W(OorF)-WF31AB(O)-An] from the positioning plate of the window frame assembly [WF31AB(O)]. To the wall side mold [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF31AB(O)-An] for the support side pressure joint) are driven into the "window frame assembly" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL) On the inner side molding (pad) board [WF31AB(O)-2(IorL)] or the wood angle of the internal support material [WF31AB(O)-3(WF31)], order The "window frame assembly" [WF31AB(O)], the inner wall formwork, and the outer formwork are composed of materials to form a composite material. A schematic diagram of the assembly steps of completing the wall mold cavity and preparing for pouring concrete.

Please look at Figure 4B: The original invention of "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found to be made of a double-layer (larger upper opening) square window frame (WF31) The "double-layered square window frame assembly"[WF31AB(O)'] is suitable for mounting on the outer molding of the exterior wall mold cavity in the formwork project; the "double-layered square window frame assembly" can be fixed with iron nails during the formwork project. [WF30AB(O)'] on the outside of the exterior wall mold cavity or on the wall side mold on the pre-assembled side [FW-W(OorF)-WF31AB(O)'-An(O)], and "AA" in the picture SECTION: To make the "double-layer square window frame assembly"[WF31AB(O)'], first cut a window with the same or slightly different dimensions as the outer edge of its square window frame (WF31). A small plate is used as a positioning plate [WF31AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure, and are supported on the positioning plate ( Use iron nails to fix or glue) the outer edge of the window frame of wooden angles or foam materials. The upper frame molding material {WF31AB(O)'-2[OorF(U.IW)]} and the lower frame molding material{ WF31AB(O)-2[OorF(D.IW)]}, and set the outer molding materials {WF31AB(O)'-2[OorF(L.IW)]}, {WF31AB(O )'-2[OorF(R.IW)]}, and the window frame (WF31) can be placed on the outer molding material, and the upper frame of the window frame can be fixed with iron nails on the inside (side) of the window frame Internal support material {WF31AB(O)'-3[WF31(US)]}, lower frame internal support material {WF31AB(O)'-3[WF31(DS)]}, and left and right frame internal support materials are preset {WF31AB(O)'-3[WF31(LSU)]}&{WF31AB(O)'-3[WF31(LSD)]}, {WF31AB(O)'-3[WF31(RSU)]}&{WF31AB (O)'-3[WF31(RSD)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails and used as the inner side of the window frame or the upper frame molding on the rear vertical side ( Pad) board {WF31AB(O)'-2[IorL(U)]} and lower frame molding (pad) board {WF31AB(O)'-2[IorL(D)]} on its internal support material, and Preset the inner molding (gasket) plates {WF31AB(O)'-2[IorL(L)]}, {WF31AB(O)'-2[IorL(R)]} for the left and right frames to make a The assembly diagram of the "double-layer square window frame assembly"[WF31AB(O)'] suitable for installation on the outside of the wall of the formwork project or on the wall side molding that has been assembled beforehand.

Figure 4B 1: This is a cross-sectional view of the "double-layer square window frame assembly" [WF31AB(O)'] shown in Figure 4B shown in Figure 4B of the original invention, which is matched with the "A-A" SECTION in the figure, and is clearly stated. The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure are in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF31AB(O)'-1[OorF( L)]&{WF31AB(O)'-1[OorF(R)], or

(1-1) Cut the upper and lower pieces and combine them into a positioning plate {WF31AB(O)'-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF31). {WF31AB(O)'-1[OorF(D)]}; while

(2) Set (fixed with iron nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF31) on the positioning plate to form the outer side molding of the upper frame Sealing material {WF31AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF31AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF31AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF31AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF31) on the molding material on the outer side of the window frame (WF31), and use iron nails [WF31AB(O)'-3-An(OorF)] to fix the window The internal support material of the frame (WF31), the internal support material of the upper frame {WF31AB(O)'-3[WF31(U.S)]}, the internal support material of the lower frame {WF31AB(O)'-3[WF31(D.S)]} , left frame internal support material {WF31AB(O)'-3[WF31(L.S.U)]}&{WF31AB(O)'-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(O)'- The plate parts of 3[WF31(R.S.U)]}&{WF31AB(O)'-3[WF31(R.S.D)]} are on the positioning plate; and

(4) On the internal supporting material of the window frame (WF31), use iron nails [WF31AB(O)'-2-An(IorL)] to fix the "double-layer window frame assembly" [WF31 assembly AB(O) '] behind or inside the molding (pad) board, the upper frame molding (pad) board {WF31AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF31AB( O)'-2[IorL(D)]}, left frame molding (pad) board {WF31AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF31AB(O) '-2[IorL(R)]} on the outside surface of the wooden angle of the internal support material; and the window frame (WF31) is suitable for being mounted on the outside wall formwork or the "window frame" on the side formwork that has been assembled in advance. Assembly"[WF31AB(O)']; and can

(5) The "window frame assembly"[WF31AB(O)'] is to be installed on the side formwork surface outside the wall mold cavity of the structure formwork project for casting concrete or the first side formwork surface [FW-W(OorF)- The position of the window frame (WF31) set out on WF31AB(O)'] is positioned with iron nails [FW-W(OorF)-WF31AB(O)'-An] from the window frame assembly [WF31AB(O)'] The board is pre-fixed to the wall side formwork [WF-W(OorF)]; once the wall formwork cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inside formwork can be assembled behind the wall [FW-W( IorL)], directly assemble the wall side formwork (or The outside of the inner mold) [FW-W(IorL)] is nailed to the inner side molding (gasket) plate [WF31AB(O)'-2(IorL) of the "window frame assembly"[WF31AB(O)'] ] or internal support material [WF31AB(O)'-3(WF31)], the materials of "window frame assembly"[WF31AB(O)'], wall inner molding and outer molding are composed into a composite material , a schematic diagram of the implementation of the preparation process for pouring concrete after completing the wall mold cavity.

And please look at Figure 4C: The 73rd invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that a double-layer (larger upper opening) square window frame (WF31 ) to produce a "double-layer square window frame assembly" [WF31AB(I)] suitable for mounting on the inner mold of the exterior wall mold cavity in the formwork project; the "double-layer square window frame assembly" can be fixed with iron nails during the formwork project [WF31AB(I)] on the inner side of the wall or the wall side molding on the pre-assembled side [FW-W(IorF)-WF31AB(I)-An(I)], and it is indicated in the "AA" SECTION in the picture Note: To manufacture the "double-layer square window frame assembly" [WF31AB(I)], first cut a window with the same or slightly smaller size as the inner edge of the square window frame (WF31) (the inner edge of the lower part). (one size reduced) is used as the positioning plate [WF31AB(I)-1(IorF)], and the upper and lower frames are pre-designed as shown in the cross-sectional view "AA" SECTION in the figure, and are supported on the positioning plate. Fix (fix with iron nails) one or two or more layers of pads as the upper frame molding (pad) plate {WF31AB(I)-2[IorF(U)]} and lower frame molding on the inner side of the window frame. (Packing) board {WF31AB(I)-2[IorF(D)]}, and set the inner molding (pad) board {WF31AB(I)-2[IorF(L)]}, { WF31AB(I)-2[IorF(R)]}, the window frame (WF31) can be placed on the inner molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. The upper frame internal support material {WF31AB(I)-3[WF31(US)]}, the lower frame internal support material {WF31AB(I)-3[WF31(DS)-1]}&{WF31AB(I)-3[ WF31(DS)-2]}, and the left and right frame internal support materials {WF31AB(I)-3[WF31(LSD)]}&{WF31AB(I)-3[WF31(LSU)]}, { WF31AB(I)-3[WF31(RSD)]}&{WF31AB(I)-3[WF31(RSU)]}, and you can use iron nails to set (fix) one or two or more layers of pads as windows The upper frame molding (pad) plate {WF31AB(I)-2[OorL(U)]} and the lower frame molding (pad) plate {WF31AB(I)-2[OorL( D)]} on its internal supporting material, and set the molding (pad) plates {WF31AB(I)-2[OorL(L)]}, {WF31AB(I)-2[OorL) outside the left and right frames (R)]}, a schematic diagram of the assembly of a "double-layer square window frame assembly" [WF31AB(I)] suitable for installation on the inside of the exterior wall of the formwork project or on the wall side formwork that has been assembled beforehand.

Please take a look at Figure 4C 1: The "double-layer square window frame assembly" [WF31AB(I)] shown in Figure 4C of the original invention is matched with the "A-A" SECTION and cross-sectional view in the figure to clarify Indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF31AB(I) is made by cutting and merging two left and right panels with the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF31) (the lower part is reduced by one size) )-1[IorF(L)]&{WF31AB(I)-1[IorF(R)], or

(1-1) Cut the upper and lower pieces and combine them into a positioning plate {WF31AB(I)-1[ that is the same size as or slightly smaller than the inner edge (peripheral) of the window frame (WF21) (the lower part is reduced by one size) IorF(U)]}, {WF31AB(I)-1[IorF(D)]}: And

(2) Install the inner side molding (pad) plate of the [WF31AB(I)-2-An(IorF)] window frame (WF31) on the positioning plate (fixed with iron nails), and the inner side of the upper frame shall be molded Cushion material {WF31AB(I)-2[IorF(U)]}, lower frame inner side molding (cushion) board {WF31AB(I)-2[IorF(D)]}, left frame inner side molding (pad) board {WF31AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF31AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF31) on the molding (pad) plate on the inner side of the window frame (WF31), and use iron nails [WF31AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF31): upper frame internal support material {WF31AB(I)-3[WF31(U.S)]}, lower frame internal support material {WF31AB(I)-3[WF31(D.S)]} , left frame internal support material {WF31AB(I)-3[WF31(L.S.U)]}&{WF31AB(I)-3[WF31(L.S.D)]}, right frame internal support material {WF31AB(I)-3[WF31 (R.S.U)]}&{WF31AB(I)-3[WF31(R.S.D)]} plate edge is on the inner edge molding pad material; and

(4) Fix the "window frame assembly" [WF31AB(I)] with iron nails [WF31AB(I)-2-An(OorL)] on the outer edge of the angle of the internal support material of the window frame (WF31) ] and then combine the molding (pad) board on the outer side, the upper frame molding (pad) board {WF31AB(I)-2[OorL(U)]}, the lower frame molding (pad) board {WF31AB(I) )-2[OorL(D)]}, left frame molding (pad) plate {WF31AB(I)-2[OorL(L)]} , the right frame molding (pad) board {WF31AB(I)-2[OorL(R)]} is placed on the outer surface of the wood angle of the internal support material; and the window frame (WF31) is suitable for mounting on the external wall formwork The inner mold of the cavity or the "double-layer square window frame assembly" [WF31AB(I)] assembled on the side mold surface first;

(5) Directly install the "window frame assembly" [WF31AB(I)] on the inner formwork surface of the external wall mold cavity of the structural formwork project for casting concrete or the first assembled side formwork surface [FW-W(IorF)- At the position of the window frame (WF31) set out on WF31AB(I)], use iron nails [FW-W(IorF)-WF31AB(I)-An] from the positioning plate of the "window frame assembly" [WF31AB(I)] Pre-fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer side molds [FW-W (OorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF31AB(I)-An] of the support side pressure (the resultant force) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF31AB(I)-2(OorL)] or the internal support material [WF31AB(I)-3(WF31)] of the assembly” [WF31AB(I)], The "window frame assembly" [WF31AB(I)], the inner wall formwork, and the outer formwork materials are combined into a composite material to complete the wall formwork cavity and prepare for pouring concrete.

Please look at Figure 4-1: The original invention of "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the "window frame assembly" is made of a double-layer square window frame (WF31) "Window frame assembly" [WF31AB(O)] or [WF31AB(O)'] or [WF31AB (I)] In the wall mold cavity of the formwork project, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood material, together with the mold sealing material of the window frame assembly, become The schematic diagram of the product that seals the side edges of the wall mold cavity with concrete after being dismantled (taken off) and the outer periphery of the double-layer square window frame (WF31) is sealed on the structure with concrete; in the figure The product picture PD.TYP (A) in the middle and upper part shows that the window frame (WF31) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window can be cast in one piece. The frame (WF31) is installed on the structure to have the value of being waterproof, beautiful, and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a drop (Z). It is better for drainage and drainage. A schematic diagram of the waterproofing and penetration effect; the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF31) can be installed on the wall (W-RC) under the reinforced concrete beam (B-RC) On the structure (mold cavity), cast concrete to seal the window frame (WF31) in one piece on the structure. It is waterproof, beautiful and sturdy. Alternatively, concrete can be cast on the lower edge of the window frame so that the outer edge is lower than the inner edge. The edge forms a gap (Z), which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product showing novelty, advancement, industrial applicability and practical technical features.

5. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames", which features include: made of "square or square door frames with an open sky" to be installed on the wall of the house. "Square or square door frame assembly with an open sky"; use "square or square door frame with an open sky" on the inner or outer side or inner edge of the "square or square door frame with an open sky", and set "positioning plates" to assemble "square or square door frames with an open sky" "Door frame assembly of the sky"; in the formwork project to construct the wall or column, wall or column, wall, beam or column, wall, beam, floor template cavity, the door needs to be constructed on the formwork surface of the wall side formwork that is assembled first At the position of the opening formwork, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "square or square door frame assembly with an open sky" with iron nails on the lining plate of the wall side formwork that was previously assembled. ; It can be used to tie steel bars or distribute water and electricity pipes, and then add it to the other side of the combined wall mold cavity; after the formwork project is completed or jointly completed to bear the wall with "square or square door frame assembly with open sky" or Column, wall or column, wall, beam or column, wall, beam, floor formwork cavity; the process of pouring concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment , For the "square or square door frame assembly with an open sky" made of iron nails; or the structural combination of the "square or square door frame assembly with an open sky" fixed in the wall mold cavity with iron nails; resulting in a composite Material performance, in terms of reducing the deflection of the door frame caused by the concrete embedding process or producing a deflection that meets the construction quality requirements or producing a formwork construction method that approaches zero deflection effect; or in terms of waterproofing performance in one-time construction (grouting), Those who directly produce "one-piece cast concrete-sealed square or square door frame with open sky".

To explain in detail the features and effects of claim 5 of this invention; please refer to the "Application Scope" of claim 1 or 2 or 3 or 4 of this invention and claim 5. Progressive or novel technical features and better implementation methods and implementation schematic diagrams with great industrial applicability and practical value;

Please refer specifically to Figure 2A: The original invention of "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that it is suitable to use a square window frame (WF20) or door frame with a larger height. The "square window frame assembly" [WF20AB(O)] is installed on the outer molding of the exterior wall mold cavity of the formwork project; iron nails are used to directly fix the "square window frame assembly" [WF20AB(O)] during the formwork project. ] positioning plate on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF20AB(O)-An(O)], and it is clearly indicated as shown in the "A-A" SECTION in the picture Note: To manufacture the "square window frame assembly" [WF20AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF20) as a positioning board [WF20AB(O)-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate for one layer Or two or more layers of pads can be used as the outer edge of the window frame, the upper frame molding (pad) board {WF20AB(O)-2[OorF(U)]}, and the lower frame molding (pad) board {WF20AB(O) -2[OorF(D)]}, and shown as "B-B" SECTION in the figure, preset the outer molding (pad) plates {WF20AB(O)-2[OorF(L)]}, outside the left and right frames, {WF20AB(O)-2[OorF(R)]}, the window frame (WF20) can be placed on the outer molding (pad) board, and the window can be fixed with iron nails on the inside (side) of the window frame. The upper frame support material {WF20AB(O)-3[WF20(U.S)]}, the lower frame support material {WF20AB(O)-3[WF20(D.S)-1]}&{WF20AB(O)-3[ WF20(D.S)-2]}&{WF20AB(O)-3[WF20(D.S)-3]}, and pre-set left and right frame internal support materials {WF20AB(O)-3[WF20(L.S)-1 ]}&{WF20AB(O)-3[WF20(L.S)-2]}, {WF20AB(O)-3[WF20(R.S)]}&{WF20AB(O)-3[WF20(R.S)-2] }, or add intermediate support materials {WF20AB(O)-3[WF20(M.S)]} as needed, and continue to use iron nails to set (fix) one or two or more layers of backing boards and use them as window frame Side or rear side upper frame molding (pad) board {WF20AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF20AB(O)-2[IorL(D) ]} to it On the sides of the wooden angles of the internal support materials, the inner molding (pad) boards of the left and right frames are set {WF20AB(O)-2[IorL(L)]}, {WF20AB(O)-2[IorL(R) )]}, to make a "square window frame assembly" [WF20AB(O)] or its "square door frame assembly" suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance. Schematic diagram of organization implementation.

Please look at Figure 2A-1: The original invention discloses the "square window frame assembly" [WF20AB(O)] or its "door frame assembly" shown in Figure 2A that is matched with "A-A" in the figure. 〞SECTION, 〝B-B〞SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts shown in the figure, and the parts (materials) and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)-1[OorF(L)]}, {WF20AB(O) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) )-1[OorF(R)]}; and

(2) Install the [WF20AB(O)-2-An(OorF)] window frame (WF20) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the upper frame outer side molding (pad) board {WF20AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF20AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF20AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF20AB(O)-2[OorF(R)]}; and

(3) Support the outer side of the window frame (WF20) on the molding (pad) plate on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)-3-An(OorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(O)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(O)-3[WF20(D.S)]} , The panels of the left frame internal support material {WF20AB(O)-3[WF20(L.S)]} and the right frame internal support material {WF20AB(O)-3[WF20(R.S)]} are molded on the outside On the cushion material, a vertical intermediate support material {WF20AB(O)-3[WF20(M.S)]} may be added as needed for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF20AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF20AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF20AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF20AB(O)-2[IorL(R)] }On the outer surface of the wooden angle of the internal supporting material; and the window frame (WF20) is made into a "window frame assembly" [WF20AB(O)] suitable for mounting on the outer wall formwork or a pre-assembled side formwork. ; but can

(5) Directly install the "window frame assembly" [WF20AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that has been assembled in advance [ FW-W(OorF)-WF20AB(O)] at the position of the window frame (WF20) set out on the window frame assembly, directly use iron nails [FW-W(OorF)-WF20AB(O)-An(OorF)] from the window frame assembly The positioning plate of [WF20AB(O)] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF20AB(O)-An(IorL)] of the supporting side pressure) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to The wood of the inner side molding (gasket) board [WF20AB(O)-2(IorL)] or the internal supporting material [WF20AB(O)-3(WF2O)] of the "window frame assembly" [WF20AB(O)] On the corner material, make the "window frame assembly" [WF20AB(O)] or its "door frame assembly", the wall inner molding, and the outer molding materials to form a composite material. The wall mold cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the steps.

Or please look at Figure 2B: The original invention of "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the square window frame (WF20) or door frame with a larger height is suitable for bearing. The "square window frame assembly" [WF20AB(O)'] is installed on the outer molding of the exterior wall mold cavity of the formwork project. Iron nails should be used to fix the "square window frame assembly" [WF20AB(O)' during the formwork project. ] on the wall side molding on the outside of the wall or on the pre-assembled side [FW-W(OorF)-WF20AB(O)'-An(O)], as shown in the figure It is stated in the "A-A" SECTION: "Square window frame assembly" [WF20AB(O)'] is manufactured by first cutting a square window frame (WF20) with the same or slightly smaller outer edge size. The plate is used as a positioning plate [WF20AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported on the positioning plate (with Iron nails fixed or glued) The outer edge of the window frame is made of upper frame molding material {WF20AB(O)'-2[OorF(U.IW)]} and lower frame molding material {WF20AB(O)-2[OorF (D.IW)]}, and indicate it with "B-B" SECTION, and set the outer molding materials {WF20AB(O)'-2[OorF(L.IW)]}, {WF20AB(O) outside the left and right frames. )'-2[OorF(R.IW)]}, and the window frame (WF20) can be placed on the outer molding material, and the upper frame of the window frame can be fixed with iron nails on the inside (side) of the window frame The support material {WF20AB(O)'-3[WF20(U.S)]}, the lower frame support material {WF20AB(O)'-3[WF20(D.S)]}, and the left and right frame internal support materials {WF20AB (O)'-3[WF20(L.S)-1]}&{WF20AB(O)'-3[WF20(L.S)-2]}, {WF20AB(O)'-3[WF20(R.S)]}& {WF20AB(O)'-3[WF20(R.S)-2]}, or it can be extended by adding vertical intermediate support {WF20AB(O)'-3[WF20(M.S)]} as needed Use iron nails to set (fix) one or two or more layers of backing boards as the inner side of the window frame or the upper frame molding (pad) board on the rear side {WF20AB(O)'-2[IorL(U)]}, The lower frame molding (pad) board {WF20AB(O)'-2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) boards of the left and right frames {WF20AB(O) are set '-2[IorL(L)]}, {WF20AB(O)'-2[IorL(R)]}, are made into a " Schematic diagram of the assembly and implementation of "square window frame assembly" [WF20AB(O)'] or its "square door frame assembly".

Please look at Figure 2B 1: The original invention discloses a "square window frame assembly" [WF20AB(O)'] shown in Figure 2B that is matched with the "A-A" SECTION and "B-B" SECTION in the figure. The cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut a positioning plate [WF20AB(O)'-1(OorF)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF20), or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(O)'-1[OorF(L)]}, {WF20AB( O)'-1[OorF(R)]}; and

(2) Set (fix with iron nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF20) on the positioning plate, and form the outer side molding of the upper frame Sealing material {WF20AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF20AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF20AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF20AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF20) on the molding material on the outer side of the window frame (WF20), and use iron nails [WF20AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF20): the internal support materials of the upper frame {WF20AB(O)'-3[WF20(U.S)]}, the internal support materials of the lower frame {WF20AB(O)'-3[WF20(D.S)]} , The plates of the left frame internal support material {WF20AB(O)'-3[WF20(L.S)]} and the right frame internal support material {WF20AB(O)'-3[WF20(R.S)]} are on the positioning plate , or add vertical intermediate support members {WF20AB(O)'-3[WF20(M.S)]} for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(O)'] on the internal support material of the window frame (WF20) with iron nails [WF20AB(O)'-2-An(IorL)] and then assemble Or the inner side molding (pad) board, the upper frame molding (pad) board {WF20AB(O)'-2[IorL(U)]}, the lower frame molding (pad) board {WF20AB(O)' -2[IorL(D)]}, left frame molding (pad) board {WF20AB(O)'-2[IorL(L)]}, right frame molding (pad) board {WF20AB(O)'-2 [IorL(R)]} is installed on the outside surface of the wooden angle of the internal support material; and the window frame (WF20) is made into a "window frame assembly" suitable for mounting on the outside wall formwork or the side formwork surface that has been assembled in advance. "[WF20AB(O)']; and you can

(5) To directly install the "window frame assembly" [WF20AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled in advance At the position of the window frame (WF20) set out on [FW-W(OorF)-WF20AB(O)'], directly use iron nails [FW-W(OorF)-WF20AB(O)'-An(OorF)] from the window The positioning plate of the frame assembly [WF20AB(O)'] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF20AB(O)'-An(IorL)] of the supporting side pressure) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] To the inner side molding (gasket) plate [WF20AB(O)'-2(IorL)] or the inner support material [WF20AB(O)'-3(WF2O) of the "window frame assembly"{WF20AB(O)'] )], the "window frame assembly"[WF20AB(O)'], the wall inner molding, and the outer molding materials are combined into a composite material . The wall mold cavity is completed and the assembly steps of preparing for pouring concrete are carried out. Implementation diagram.

Or please look at Figure 2C: The original invention of "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that it is suitable to use a square window frame (WF20) or its door frame with a larger height. The "square window frame assembly" [WF20AB(I)] is installed on the inner mold of the exterior wall mold cavity of the formwork project. Iron nails should be used to fix the "square window frame assembly" [WF20AB(I)] during the formwork project. ] on the inner side of the wall or the wall side molding on the pre-assembled side [FW-W(IorF)-WF20AB(I)-An(I)], and indicate in the "AA" SECTION in the picture: "Square window frame To make the assembly "[WF20AB(I)], first cut a plate with the same or slightly smaller size as the inner and outer edges of its square window frame (WF20) and with the lower part reduced by one size as positioning board [WF20AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure, and are supported and fixed (fixed with iron nails) on the positioning plate for one layer Or two or more layers of padding boards can be used as the upper frame molding (pad) plate {WF20AB(I)-2[IorF(U)]} and the lower frame molding (pad) plate {WF20AB(I)) on the inner side of the window frame. -2[IorF(D)]}, and indicated with "BB" SECTION, pre-set the inner molding (pad) plates of the left and right frames {WF20AB(I)-2[IorF(L)]}, {WF20AB (I)-2[IorF(R)]}, the window frame (WF20) can be placed on the inner molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. Upper frame support material {WF20AB(I)-3[WF20(US)]}, lower frame support material {WF20AB(I)-3[WF20(DS)-1]}&{WF20AB(I)-3[WF20( DS)-2]}, and set the left and right frame internal support materials {WF20AB(I)-3[WF20(LS)-1]}&{WF20AB(I)-3[WF20(LS)-2]} , {WF20AB(I)-3[WF20(RS)-1]}&{WF20AB(I)-3[WF20(RS)-2]}, or add intermediate support materials {WF20AB(I)- as needed 3[WF20(MS)]}, and one or two or more layers of backing boards can be set (fixed) with iron nails and used as the outer edge of the window frame or the upper frame molding (backing) board on the rear side {WF20AB (I)-2[OorL(U)]}, the lower frame molding (pad) board {WF20AB(I)-2[OorL(D)]} is placed on its internal support material, and the left and right frames are set The outer molding (pad) board {WF20AB(I)-2[OorL(L)]}, {WF20AB(I)-2[OorL(R)]} is made into a structure suitable for being installed on the exterior wall of the formwork project. Schematic diagram of the assembly of the "square window frame assembly" [WF20AB(I)] on the inner side or the wall side molding that has been assembled beforehand.

Please look at Figure 2C 1: The "square window frame assembly" [WF20AB(I)] shown in Figure 2C of the original invention is matched with the "A-A" SECTION and "B-B" SECTION sectional view in the figure. In clearly indicating the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) Cut a plate that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF20) (the lower part shrinks one size) as a positioning plate [WF20AB(I)-1(IorF) ], or the upper and lower plates {WF20AB(I)-1[IorF(U)]}, {WF20AB(I)-1[IorF(D)]}, or

(1-1) Cut two pieces and combine them into a positioning plate {WF20AB(I)-1[IorF(L)) that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF20) (the lower part is reduced by one size) ]}, {WF20AB(I)-1[IorF(R)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF20) [WF20AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF20AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF20AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF20AB(I)-2[IorF(L)]}, the molding (pad) board on the inner side of the right frame {WF20AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF20) on the molding (pad) plate on the inner side of the window frame (WF20), and use iron nails [WF20AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF20): upper frame internal support material {WF20AB(I)-3[WF20(U.S)]}, lower frame internal support material {WF20AB(I)-3[WF20(D.S)]} , The panels of the left frame internal support material {WF20AB(I)-3[WF20(L.S)]} and the right frame internal support material {WF20AB(I)-3[WF20(R.S)]} are molded on the inner side on mat, or as needed Vertical intermediate support members {WF20AB(I)-3[WF20(M.S)]} are added for supplementary support; and

(4) Fix the "window frame assembly" [WF20AB(I)] on the internal support material of the window frame (WF20) with iron nails [WF20AB(I)-2-An(OorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF20AB(I)-2[OorL(U)]}, lower frame molding (pad) board {WF20AB(I)-2[OorL (D)]}, left frame molding (pad) plate {WF20AB(I)-2[OorL(L)]}, right frame molding (pad) plate {WF20AB(I)-2[OorL(R)] }On the outer surface of the wooden angle of the internal supporting material; and the window frame (WF20) is made into a "window frame assembly" [WF20AB (I)] suitable for mounting on the inner wall molding or a pre-assembled side molding surface. ; but can

(5) To undertake the installation of "window frame assembly" [WF20AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall mold cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ FW-W(IorF)-WF20AB(I)], directly use iron nails [FW-W(IorF)-WF20AB(I)-An] from the window frame assembly [WF20AB( The positioning plate of I)] is fixed to the wall side formwork [WF-W(IorF)];

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or outer side molds [FW-W (OorL)] behind the wall, and use a sufficient number (with sufficient lateral force strength) on the supporting side The iron nails [FW-W(OorL)-WF20AB(I)-An] are driven into the window frame assembly from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] "[WF20AB(I)] On the outer side molding (pad) board [WF20AB(I)-2(OorL)] or the internal support material [WF20AB(I)-3(WF2O)], order" The Window Frame Assembly" [WF20AB(I)] or its "Door Frame Assembly", the inner wall formwork, and the outer formwork are composed of materials to form a composite material. This is a schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

And please look at Figure 21: The original invention of "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the square window frame (WF20) is made into a "square window frame assembly" "[WF20AB(O)] or [WF20AB(O)'] or [WF20AB(I)] or its "square door frame assembly", to assemble "square window frame assembly" [WF20AB(O)] or [WF20AB(O)'] or [WF20AB(I)] In the wall mold cavity of the formwork project, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood material, together with the mold sealing material of the window frame assembly, become the wall mold cavity. The mold surface edge of the side seal is cast in concrete. After being dismantled (taken off), the outer periphery of the square window frame (WF20) is sealed with the concrete of the structure. The product diagram is shown in the product diagram PD in the upper part of the picture. .TYP (A), to indicate that the window frame (WF20) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the window frame (WF20) is integrally cast with concrete to seal the structure. On the body, for the value of being waterproof, beautiful, and sturdy, you can cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z). For products with better drainage, waterproofing, and penetration functions, the schematic diagram ; In addition, the product drawing PD.TYP (B) in the lower part of the picture shows that the window frame (WF20) can be installed on the wall (W-RC) structure (mold cavity) under the reinforced concrete beam (B-RC) , cast concrete to seal the window frame (WF20) in one piece on the structure, which is waterproof, beautiful and sturdy, or you can cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z ), it has better drainage, waterproofing and penetration functions; it is a schematic diagram of a product that shows novelty, advancement and practical technical features.

Or please look at Figure 3A: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the double-layer (upper opening is smaller) square window frame (WF30) or other For the door frame, make a "double-layer square window frame assembly" [WF30AB(O)] suitable for mounting on the outer mold of the exterior wall mold cavity of the formwork project; use iron nails to fix the "double-layer square window frame assembly" during the formwork project "body" [WF30AB(O)] on the outside of the wall or the wall side molding [FW-W(OorF)-WF30AB(O)-An(O)] on the pre-assembled side, and it is indicated in the "A-A" SECTION in the picture : To make the "double-layer square window frame assembly" [WF30AB(O)], first cut a plate with the same or slightly smaller size as the outer edge of the square window frame (WF30) As a positioning plate [WF30AB(O)-](OorF)], the upper and lower frames are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (fixed with iron nails) ) One or two layers or multiple layers of pads are used as the upper frame molding (pad) board {WF30AB(O)-2[OorF(U)]} and the lower frame molding (pad) board {WF30AB( O)-2[OorF(D)]}, and set the molding (pad) plates {WF30AB(O)-2[OorF(L)]}, {WF30AB(O)-2 on the outside of the left and right frames [OorF(R)]}, the window frame (WF30) can be placed on the outer molding (pad) board, and the upper frame support material of the window frame can be fixed with iron nails on the inside (side) of the window frame { WF30AB(O)-3[WF30(U.S)]}, lower frame support material {WF30AB(O)-3[WF30(D.S)-1]}&{WF30AB(O)-3[WF30(D.S)-2] }&{WF30AB(O)-3[WF30(D.S)-3]}, and pre-set left and right frame internal support materials {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)- 3[WF30(L.S.D)]}, {WF30AB(O)-3[WF30(R.S.U)]}&{WF30AB(O)-3[WF30(R.S.D)]}, and can be set (fixed) with iron nails One or two or more layers of pads are used as the upper frame molding (pad) board {WF30AB(O)-2[IorL(U)]} and the lower frame molding (pad) board on the inner side of the window frame or the rear vertical side. {WF30AB(O)-2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) plates of the left and right frames {WF30AB(O)-2[IorL(L)]} are set , {WF30AB(O)-2[IorL(R)]}, to make a "double-layer square window frame assembly" [WF30AB (O)] or the schematic diagram of the assembly and implementation of its "double-layer square door frame assembly".

Please look at Figure 3A -1 : The original invention discloses the "square window frame assembly" [WF30AB(O)] or its "square door frame assembly" shown in Figure 3A, which fits in the figure The "AA" SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut and combine the upper and lower pieces into a positioning plate {WF30AB(O)-1[OorF(U)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30) , {WF30AB(O)-1[OorF(D)]}, or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF30AB(O)-1[OorF(R)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)-1[OorF(R)]}; while

(2) Install the [WF30AB(O)-2-An(OorF)] window frame (WF30) outer side molding (pad) plate on the positioning plate (fixed with iron nails), and the outer side molding of the upper frame (Padding) board {WF30AB(O)-2[OorF(U)]}, lower frame outer edge molding (pad) board {WF30AB(O)-2[OorF(D)]}, left frame outer edge The molding (pad) board {WF30AB(O)-2[OorF(L)]}, the molding (pad) board on the outside of the right frame {WF30AB(O)-2[OorF(R)]}; and

(3) Support the outer sides of the window frame (WF30) on the molded pad material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)-3-An(OorF)] to fix the window Internal support materials of the frame (WF30): upper frame internal support material {WF30AB(O)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(O)-3[WF30(D.S)]}, left Frame internal support material {WF30AB(O)-3[WF30(L.S.U)]}&{WF30AB(O)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)-3[WF30(R.S.U) )]}&{WF30AB(O)-3[WF30(R.S.D)]} The plate part is on the outer side molding pad material; and

(4) Fix the "window frame assembly" [WF30AB(O)] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)-2-An(IorL)] and then assemble or Side molding (pad) board, upper frame molding (pad) board {WF30AB(O)-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O)-2[IorL (D)]}, left frame molding (pad) plate {WF30AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF30AB(O)-2[IorL(R)] }On the outer surface of the wooden angle of the internal support material; and the window frame (WF30) is made into a "window frame assembly" [WF30AB(O)] suitable for mounting on the outer wall formwork or a pre-assembled side formwork surface. ; but can

(5) Undertake the installation of "window frame assembly" [WF30AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF30AB(O)], directly use iron nails [FW-W(OorF)-WF30AB(O)-An] from the window frame assembly [WF30AB(O)] )] positioning plate is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF30AB(O)-An] of the supporting side pressure) are driven into the window frame from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner side molding (pad) board [WF30AB(O)-2(IorL)] of the assembly [WF30AB(O)] or the wood angle of the internal support material [WF30AB(O)-3(WF3O)], The "window frame assembly" [WF30AB(O)] or its "door frame assembly", the inner wall formwork, and the outer formwork are combined into a composite material. The wall formwork cavity is completed and the assembly steps are carried out to prepare for pouring concrete. Schematic diagram.

Or please look at Figure 3B: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that it is a double-layered (upper opening is smaller) square window frame (WF30) or The door frame is made of a "double-layer square window frame assembly"[WF30AB(O)'] or a "double-layer square door frame assembly" suitable for being mounted on the outer molding of the exterior wall mold cavity of the formwork project, and is provided with the formwork Iron nails should be used to fix the "double-layer square window frame assembly"[WF30AB(O)'] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF30AB(O)'-An( O)], and the "AA" SECTION in the picture indicates: "Double-layer square window frame assembly"[WF30AB(O)'] is manufactured by cutting a square window frame (WF30 ), a plate with the same or slightly smaller outer edge size is used as the positioning plate [WF30AB(O)'-1(OorF)], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure. , place the upper frame mold sealing material {WF30AB(O)'-2[OorF(U.IW)]} and the lower frame mold sealant on the outer edge of the window frame on the positioning plate (fixed with iron nails or glued) {WF30AB(O)-2[OorF(D.IW)]}, and set the outer molding materials {WF30AB(O)-2[OorF(L.IW)]}, {WF30AB(O )'-2[OorF(R.IW)]}, and the window frame (WF30) can be placed on the outer molding material, and then fixed on the inside (side) of the window frame with iron nails The frame support material {WF30AB(O)'-3[WF30(US)]}, the lower frame support material {WF30AB(O)'-3[WF30(DS)]}, and the left and right frame internal support materials { WF30AB(O)'-3[WF30(LSU)]}&{WF30AB(O)'-3[WF30(LSD)]}, {WF30AB(O)'-3[WF30(RSU)]}&{WF30AB( O)'-3[WF30(RSD)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side of the window frame or the upper frame molding (pad) on the rear assembly side The board {WF30AB(O)'-2[IorL(U)]} and the lower frame molding (pad) board {WF30AB(O)'-2[IorL(D)]} are placed on the internal supporting materials and are preset The inner molding (pad) plates {WF30AB(O)'-2[IorL(L)]}, {WF30AB(O)'-2[IorL(R)]} on the left and right frames are made into a suitable Schematic diagram of the assembly and implementation of the "double-layer square window frame assembly"[WF30AB(O)'] or its "double-layer square door frame assembly" installed on the outside of the wall of the formwork project or on the wall side mold that has been assembled in advance.

Please look at Figure 3B 1: The original invention discloses the "double-layered square window frame assembly" [WF30AB(O)'] or its "double-layered square doorframe assembly" as shown in Figure 3B. In the "A-A" SECTION cross-sectional view in the figure, the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure are clearly stated, and in the parts and assembly step diagram shown in the figure:

(1) A positioning plate {WF30AB(O)'-1[OorF( U)]}, {WF30AB(O)'-1[OorF(D)], or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF30AB(O)'-1[OorF(L)]} that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF30). {WF30AB(O)'-1[OorF(R)]}; while

(2) Set (fixed with nails or glue) the outer side molding material (wooden angle wood (or board) or foamed plastic material) of the window frame (WF30) on the positioning plate to form the upper frame outer side molding Sealing material {WF30AB(O)'-2[OorF(U.IW)]}, lower frame outer side mold sealing material {WF30AB(O)'-2[OorF(D.IW)]}, outer left frame Side mold sealing material {WF30AB(O)'-2[OorF(L.IW)]}, right frame outer side mold sealing material {WF30AB(O)'-2[OorF(R.IW)]}; and

(3) Support the outer sides of the window frame (WF30) on the molding material on the outer side of the window frame (WF30), and use iron nails [WF30AB(O)'-3-An(OorF)] to fix the window The internal support materials of the frame (WF30): the internal support materials of the upper frame {WF30AB(O)'-3[WF30(U.S)]}, the internal support materials of the lower frame {WF30AB(O)'-3[WF30(D.S)]} , left frame internal support material {WF30AB(O)'-3[WF30(L.S.U)]}&{WF30AB(O)'-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(O)'- The plate parts of 3[WF30(R.S.U)]}&{WF30AB(O)'-3[WF20(R.S.D)]} are on the positioning plate; and

(4) Fix the "double-layer window frame assembly" [WF30AB(O)'] on the internal support material of the window frame (WF30) with iron nails [WF30AB(O)'-2-An(IorL)] Then combine or inner side molding (pad) board, upper frame molding (pad) board {WF30AB(O)'-2[IorL(U)]}, lower frame molding (pad) board {WF30AB(O) )'-2[IorL(D)]}, left frame molding (pad) plate {WF30AB(O)'-2[IorL(L)]}, right The frame molding (backing) board {WF30AB(O)'-2[IorL(R)]} is placed on the outer surface of the wood angle of the internal supporting material; and the window frame (WF30) is suitable for mounting on the outer side of the wall molding or First assemble the "double-layer window frame assembly" [WF30AB(O)'] on one side molding surface; then you can

(5) To undertake the installation of "double-layer window frame assembly" [WF30AB(O)'] or its "double-layer square door frame assembly" on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or to assemble it first At the position of the window frame (WF30) set out on one side mold surface [FW-W(OorF)-WF30AB(O)'], directly fix the iron nails [FW-W(OorF)-WF30AB(O)'-An] The positioning plate of the window frame assembly [WF30AB(O)'] is fixed to the wall side formwork [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-WF30AB(O)'-An] that support the side pressure (the resultant force) are driven into the window from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)]. The inner side molding (gasket) plate [WF30AB(O)'-2(IorL)] or the internal support material [WF30AB(O)'-3(WF3O)] of the frame assembly"[WF30AB(O)'] On the wooden angle, make the "window frame assembly"[WF30AB(O)'] or its "door frame assembly", the wall inner molding, and the outer molding materials to form a composite material . The wall mold cavity is completed and ready for pouring concrete. Schematic diagram of the implementation of the combination steps.

Or please look at Figure 3C: The original invention of "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that a double-layer (upper opening is smaller) square window frame (WF30) or The door frame is made of a "double-layer square window frame assembly" [WF30AB(I)] or a "double-layer square door frame assembly" suitable for being installed on the inner mold of the exterior wall mold cavity of the formwork project. Iron nails should be used to fix the "double-layer square window frame assembly" [WF30AB(I)] on the inside of the wall or on the wall side molding on the pre-assembled side [FW-W(IorF)-WF30AB(I)-An(I). )], and the "AA" SECTION in the picture indicates: "Double-layer square window frame assembly" [WF30AB (I)] is manufactured by first cutting a square window frame (WF30) A plate with the same or slightly smaller inner and outer edges and one size smaller at the lower part is used as the positioning plate [WF30AB(I)-1(IorF)], and the upper and lower frames are designed as shown in the cross-sectional view in the figure. As shown in "AA" SECTION, one or two or more layers of pads are supported and fixed (fixed with iron nails) on the positioning plate as the upper frame molding (pad) plate on the inner side of the window frame {WF30AB(I)-2 [IorF(U)]}, lower frame molding (pad) plate {WF30AB(I)-2[IorF(D)]}, and set the inner molding (pad) plate {WF30AB(I) of the left and right frames )-2[IorF(L)]}, {WF30AB(I)-2[IorF(R)]}, on the inner edge of the removable window frame (WF30) on the inner molding (pad) plate , and then use iron nails to fix the upper frame support material {WF30AB(I)-3[WF30(US)]} and lower frame support material {WF30AB(I)-3[WF30( DS)-1]}&{WF30AB(I)-3[WF30(DS)-2]}, and the left and right frame internal support materials {WF30AB(I)-3[WF30(LSD)]}&{ WF30AB(I)-3[WF30(LSU)]}, {WF30AB(I)-3[WF30(RSD)]}&{WF30AB(I)-3[WF30(RS,U)]}, and can be renewed Use iron nails to set (fix) one or two or more layers of backing boards and use them as the outer edge of the window frame or the upper frame molding (pad) board on the rear side {WF30AB(I)-2[OorL(U)]}, The lower frame molding (pad) board {WF30AB(I)-2[OorL(D)]} is placed on its internal support material, and the outer molding (pad) materials {WF30AB(I)- 2[OorL(L)]}, {WF30AB(I)-2[OorL(R)]}, are made into a "double-layer" suitable for mounting on the inside of the exterior wall of the formwork project or on the wall side formwork that has been assembled in advance. Schematic diagram of the assembly and implementation of "square window frame assembly" [WF30AB(I)] or its "double-layer square door frame assembly".

Please look at Figure 3C 1: The original invention discloses the "double-layer square window frame assembly" [WF30AB(I)] or its door frame shown in Figure 3C, which matches "A-A" in the figure. SECTION, cross-sectional view, clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly steps shown in the figure:

(1) Cut two left and right panels to make a positioning plate {WF30AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the window frame (WF30) (the lower part is reduced by one size) )-1[IorF(L)]&{WF30AB(I)-1[IorF(R)], or

(1-1) Cut two pieces and combine them into a positioning plate {WF30AB(I)-1[IorF(U)) that is the same size as or slightly smaller than the inner edge (peripheral) of the window frame (WF30) (the lower part is reduced by one size) ]}, {WF30AB(I)-1[IorF(D)]}; and

(2) Install the inner side molding (pad) plate of the window frame (WF30) [WF30AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails): the inner side molding of the upper frame (Padding) board {WF30AB(I)-2[IorF(U)]}, lower frame inner side molding (pad) board {WF30AB(I)-2[IorF(D)]}, left frame inner side The molding (pad) board {WF30AB(I)-2[IorF(L)]}, the inner side molding (pad) board of the right frame {WF30AB(I)-2[IorF(R)]}; and

(3) Support the inner side of the window frame (WF30) on the molding (pad) plate on the inner side of the window frame (WF30), and use iron nails [WF30AB(I)-3-An(IorF)] to Internal support materials for fixed window frame (WF30): upper frame internal support material {WF30AB(I)-3[WF30(U.S)]}, lower frame internal support material {WF30AB(I)-3[WF30(D.S)]} , left frame internal support material {WF30AB(I)-3[WF30(L.S.U)]}&{WF30AB(I)-3[WF30(L.S.D)]}, right frame internal support material {WF30AB(I)-3[WF30 (R.S.U)]}&{WF30AB(I)-3[WF30(R.S.D)]} plate edge is on the inner side molding (pad) plate; and

(4) Fix the "window frame assembly" [WF30AB(I)] with iron nails [WF30AB(I)-2-An(OorL)] on the outer edge of the angle of the internal support material of the window frame (WF30) ] and then combine the molding (pad) board on the outer side, the upper frame molding (pad) board {WF30AB(I)-2[OorL(U)]}, the lower frame molding (pad) board {WF30AB(I) )-2[OorL(D)]}, left frame molding (pad) board {WF30AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF30AB(I)-2[ OorL(R)]} on the outer surface of the wooden angle of the internal supporting material; and the window frame (WF30) is suitable for being mounted on the inner molding of the external wall mold cavity or the "window frame" on the side molding surface of the pre-assembled Assembly"[WF30AB(I)]; and you can

(5) To undertake the installation of "window frame assembly" [WF30AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface to be assembled first [ FW-W(IorF)-WF30AB(I)], directly use iron nails [FW-W(IorF)-WF30AB(I)-An] from the "window frame assembly" [ The positioning plate of WF30AB(I)] is fixed to the wall side formwork [WF-W(IorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or outside formwork behind the wall [FW-W (OorL)], with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(OorL)-WF30AB(I)-An] of the support side pressure (the resultant force) are driven into the window frame from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (gasket) board [WF30AB(I)-2(OorL)] or the internal support material [WF30AB(I)-3(WF3O)] of the assembly” [WF30AB(I)], The "window frame assembly" [WF30AB(I)] or its "door frame assembly", the inner wall formwork, and the outer formwork are combined into a composite material to complete the assembly steps of the wall formwork cavity and prepare for pouring concrete. Schematic diagram.

And please look at Figure 3-1: The original invention of "a formwork engineering construction method" is based on the design or implementation of the formwork engineering of the cast concrete production structure: it is found that the "window frame assembly" is made of a double-layer square window frame (WF30) "Window frame assembly" [WF30AB(O)] or [WF30AB(O)'] or its door frame shall be installed Or [WF30AB(I)] or its "door frame assembly" is placed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the window frame made of aluminum alloy or plastic steel or stainless steel or forged alloy or wood materials are connected with the window The mold sealing material of the frame assembly together becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the square window frame (WF30) is sealed with the concrete of the structure. The product diagram on the body; the product diagram PD.TYP (A) in the upper part of the picture shows that the window frame (WF30) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity) , cast concrete to seal the window frame (WF30) in one piece on the structure, which is waterproof, beautiful and sturdy, or you can cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z ), in the schematic diagram with more drainage, waterproofing and penetration functions; in addition, the product diagram PD.TYP (B) in the lower part of the picture shows that the window frame (WF30) can be installed on the lower part of the reinforced concrete beam (B-RC) On the wall (W-RC) structure (mold cavity), concrete is cast to solidify the window frame (WF30) on the structure. It is waterproof, beautiful and sturdy, or concrete can be cast on the lower edge of the window frame to form a single piece. The outer edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration functions; it is a schematic diagram of the product that shows the technical features of novelty, advancement and practicality.

Or please look at Figure 9: The original invention of "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that a door frame (DF20) smaller than the wall thickness is made suitable for being installed in the In the formwork project, the "door frame assembly" [DF20AB(O)] on the outside of the wall mold cavity is placed on the mold. For panel work, iron nails can be used to fix the "door frame assembly" [DF20AB(O)] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-DF20AB(O)-An(O)]; from Recycle the boards, materials and scraps used in the formwork project to make "door or window frame assembly"; and the "A-A" SECTION cross-sectional view in the figure shows: "Door frame assembly" [DF20AB(O)] In terms of design, first, cut (design) three pieces of boards that are the same or slightly smaller than the inner and outer edges of the door frame (DF20) as positioning plates {DF20AB(O)-1[OorF(U)]} , {DF20AB(O)-1[OorF(L)]}, {DF20AB(O)-1[OorF(R)]}, and the upper frame is designed with the cross-sectional view "A-A" as shown in the figure. As shown in SECTION, the door frame upper frame internal support {DE20AB(O)-3[DF20(U.S)]} is directly made on the positioning plate (fixed with iron nails), and the internal supports of the left and right frames are pre-made. Material {DF20AB(O)-3[DF20(L.S)]}, {DF20AB(O)-3[DF20(R.S)]}, and the intermediate support material {DF20AB(O)-3[DF20(M.S) required for installation )]}, and you can continue to use iron nails to set (fix) one or two or more layers of pads as the inner side of the door frame (DF20) or the upper frame molding (pad) board on the rear assembly side {DF20AB(O)- 2[IorL(U)]}, the inner molding (pad) plate of the left and right frames {DF20AB(O)-2[IorL(L)]}, {DF20AB(O)-2[IorL(R)]} , a schematic diagram of the assembly of a "door frame assembly" [DF20AB(O)] suitable for mounting on the outside of the wall of the formwork project or on the wall side molding that has been assembled previously.

Please look at Figure 9-1: The original invention discloses a "door frame assembly" [DF20AB(O)] as shown in Figure 9, which is matched with the "A-A" SECTION cross-sectional view in the figure to clearly indicate the parts shown in the figure. (Material) assembly steps (SOP) or assembly procedures, as shown in the figure, assembly steps diagram:

(1) is a schematic diagram of the outer edge (peripheral) of the door frame (DF20), and

(2) Cut three pieces and combine them (superimpose or connect them up and down) to form one with the same size or slightly smaller size than the outer edge (circumference) of the door frame (DF10), as an internal supporting material that has the passage opening and the fixed upper frame. {DF20AB(O)-3[DF20(U.S)]}, internal support materials of left and right frames {DF20AB(O)-3[DF20(L.S)]}, {DF20AB(O)-3[DF20(R.S) ]} frame connecting plate; it can directly support the inner edge of the door frame (DF20) on its internal supporting material; and

(3) Continue to set up an appropriate number of intermediate support materials {DF20AB(O)-3[DF20(M.S)]}; and

(4) On the internal supporting material of the door frame (DF20), use iron nails [DF20AB(O)-2-An(IorL)] to fix the "door frame assembly" [DF20AB(O)] and then assemble or the inner side The molding (pad) board, the upper frame molding (pad) board {DF20AB(O)-2[IorL(U)]}, the left frame molding (pad) board {DF20AB(O)-2[IorL(L) )]}, the right frame molding (pad) board {DF20AB(O)-2[IorL(R)]} is placed on the outer side of the wooden angle of the internal support material and the end side of the middle support material; and the door frame (DF20 ) is suitable for mounting on the outside wall formwork or the "door frame assembly" [DF20AB(O)] on the previously assembled side formwork; and can

(5) The "Door Frame Assembly" [DF20AB(O)] is installed on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or one of the side formwork surfaces [FW-W(OorF)-DF20AB( O)], directly fix the position of the window frame (DF20) to the wall with iron nails [FW-W(OorF)-DF20AB(O)-An] from the positioning plate of the door frame assembly [DF10AB(O)] On the side mold [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-DF20AB(O)-An] that support the side pressure (the resultant force) are driven into the door frame assembly from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner side molding (pad) board [DF20AB(O)-2(IorL)] and the internal support material [DF20AB(O)-3(DF2O)] of the inner side molding (pad) of the body" [DF20AB(O)], let The "door frame assembly" [DF20AB(O)], the inner wall formwork, and the outer formwork are assembled into a composite material . A schematic diagram of the assembly steps of completing the wall formwork cavity and preparing for pouring concrete.

And please see Figure 9-2: The original invention of "a pouring formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: the "doorframe assembly" made of doorframes (DF20) is found [DF20AB (O)], the "door frame assembly" [DF20AB (O)] is installed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the door frame are made of wood or aluminum alloy or plastic steel or stainless steel or forging. Together with the mold sealing material of the door frame assembly, it becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (taken off), the outer periphery of the door frame (DF20) is fixed to the structure. A schematic diagram of the product; In the figure, to show that the door frame (DF20) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), the concrete-sealed door frame (DF20) is integrally cast on the structure. Waterproof, beautiful and sturdy The value is equal to the implementation schematic diagram of the progressive and novel features such as drainage and waterproof penetration; it is equal to the implementation schematic diagram of the novel, progressive, industrial applicability and practical value.

6. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames", which features include: a "square window frame with a semicircular frame on the upper part" to be installed on the wall of the house. Make a "square window frame assembly with a semi-circular frame on the upper part"; use the "square window frame with a semi-circular frame on the upper part" on the inner or outer side or inner edge, and set "positioning plates" in the assembly. "Window frame assembly with a semicircular frame on the upper part of the square"; in the formwork project, the wall or column, wall or column, wall, beam or column, wall, beam, floor formwork cavity is constructed first, and the wall side formwork is assembled first At the position where the window frame opening mold needs to be applied on the mold surface, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "square window frame assembly with a semicircular frame at the upper part" with iron nails. , on the lining board of the wall side formwork that was assembled first; on the other side formwork that can be used to tie steel bars or water and electricity distribution pipes, and then on the other side of the combined wall formwork cavity; after the formwork project is completed or jointly completed to bear the "square upper part" Wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity of "window frame assembly with semicircular frame"; the process of casting concrete, supporting the dynamic pressure or lateral pressure generated by the mold cavity or Evenly distributed load-bearing, automatic or intelligent mechanical formwork engineering equipment, for "window frame assembly with a square upper part with a semi-circular frame" made of iron nails; or "square upper part with a semi-circular frame" fixed with iron nails The structural combination of "frame-by-frame window frame assembly" in the wall mold cavity; it produces composite material properties, which can reduce the deflection caused by the window frame being embedded in concrete or produce a deflection that meets the construction quality requirements or produce an effect close to zero deflection. The formwork construction method; or the waterproofing performance of the one-time construction (grouting), directly produces "a house with a one-piece cast concrete fixed square window frame with a semi-circular frame on the upper part".

To explain in detail the features and effects of claim 6 of this invention; please refer to the disclosure of claim 1 or 2 or 3 or 4 or 5 and the "application scope" of claim 6 of this invention. Progressive or novel technical features and better implementation methods and implementation schematic diagrams with great industrial applicability and practical value;

Please refer especially to Figure 5A: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the window frame is double-layered (the upper part has a semicircular sky) (WF40) or its door frame, to produce a "double-skin window frame assembly with semi-circular opening" [WF40AB(O)] or its "semi-circular opening" suitable for mounting on the outer molding of the external wall mold cavity of the formwork project. "Double-layer door frame assembly with circular opening"; directly use iron nails to mount and fix "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)] on the outside of the wall or assemble the side wall first On the side mold [FW-W(OorF)-WF40AB(O)-An(O)]; and in the cross-sectional view of "A-A" SECTION in the picture, it is shown: "Double-layer window frame with semi-circular opening To construct the assembly "[WF40AB(O)], first cut a plate that is the same size or slightly smaller than the outer edge of the square frame of the window frame (WF40) as a positioning plate [WF40AB(O) )-1(OorF)], and the middle and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate [WF40AB(O)-1(OorF) (with iron Nail fixation) one or two or more layers of pads are used as the middle frame molding (pad) board {WF40AB(O)-2[OorF(M)]} and the lower frame molding (pad) board { WF40AB(O)-2[OorF(D)]}, and set the outer molding (pad) plates {WF40AB(O)-2[OorF(L)]}, {WF40AB(O)- 2[OorF(R)]}, and the outer side of the window frame (WF40) can be supported on the outer molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. The internal support material of the middle frame {WF40AB(O)-3[WF40(M.S)]}(can be continued in sections), the internal support material of the lower frame {WF40AB(O)-3[WF40(D.S)-1]}&{WF40AB( O)-3[WF40(D.S)-2]}&{WF40AB(O)-3[WF40(D.S)-3]}, and set the left and right frame internal support materials {WF40AB(O)-3[WF40 (L.S)]}, {WF40AB(O)-3[WF40(R.S)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side or rear side of the window frame. The middle frame molding (pad) board {WF40AB(O)-2[IorL(M)]} and the lower frame molding (pad) board {WF40AB(O)-2[IorL(D)]} are supported internally On the material, the inner molding (pad) plates {WF40AB(O)-2[IorL(L)]}, {WF40AB(O)-2[IorL(R)]} are set on the left and right frames, and the It is a "double-layered semi-circular open sky" suitable for being installed on the outside of the wall of the formwork project or on the side molding of the wall that has been assembled in advance, and it can continue to bear the inner and outer molding materials of the upper semi-circular frame Schematic diagram of the assembly of the "Window Frame Assembly" [WF40AB(O)] or its "Double-layer Door Frame Assembly with Semi-circular Opening".

Please look at Figure 5A 1 : The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(O)] or its "semicircular opening" as shown in Figure 5A "Tianzhi Double-layer Door Frame Assembly" is matched with the "AA" SECTION cross-sectional view in the figure to clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, as shown in the figure. Parts and assembly step diagram:

(1) Cut a positioning plate {WF40AB(O)-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the upper and lower or left and right pieces into a positioning plate {WF40AB(O)-1 with the same size as or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40) [OorF(L)]}, {WF40AB(O)-1[OorF(R)]}; and

(2) Set (fixed with nails) [WF40AB(O)-2-An(OorF)] on the positioning plate (WF40AB(O)-2-An(OorF)] outside the lower square frame of the window frame (WF40) with side molding (pad) plates and outside the middle frame Side molding (pad) plate {WF40AB(O)-2[OorF(M)]} (can be continued in sections), lower frame outer side molding (pad) plate {WF40AB(O)-2[OorF(D) ]}, left frame outer side molding (pad) board {WF40AB(O)-2[OorF(L)]}, right frame outer side molding (pad) board {WF40AB(O)-2[OorF( R)]}; while

(3) Support the outer side of the window frame (WF40) on the outer side molding (pad) plate of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)-3-An( OorF)] Pre-fixed window frame (WF40) is the internal support material of the lower square frame, the internal support material of the middle frame {WF40AB(O)-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)- 3[WF40(D.S)]}, left frame internal support material {WF40AB(O)-3[WF40(L.S)]}, right frame internal support material {WF40AB(O)-3[WF40(R.S)]} board The edge (part) of the piece is on the outer edge molding pad material; and

(4) On the internal support material of the window frame (WF40), use iron nails [WF40AB(O)-2-An] to fix the "double-layer window frame assembly with semicircular opening" [WF40AB(O) )] The molding pad material is assembled behind the lower square frame or on the inner side, and the middle frame molding (pad) board {WF40AB(O)-2[IorL(M)]}, lower Frame molding (pad) plate {WF40AB(O)-2[IorL(D)]}, left frame molding (pad) plate {WF40AB(O)-2[IorL(L)]}, right frame molding ( Pad) board {WF40AB(O)-2[IorL(R)]} on the side of the wood angle of the internal support material; and made into a window frame (WF40) suitable for mounting on the outside wall formwork or a pre-assembled side formwork The surface and continuation can be placed inside the upper semi-circular frame and the outer molding material of the "double-layer window frame assembly with semi-circular opening" [WF31AB(O)]; and can

(5) Undertake the installation of "window frame assembly" [WF40AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF40AB(O)], directly use iron nails [FW-W(OorF)-WF40AB(O)-An] from the window frame assembly [WF40AB(O)] )] positioning plate is fixed to the wall side molding [WF-W (OorF)]; it can support the molding material (foam plastic material) outside and inside the upper semicircular frame {FW- WF40AB(O)-2-[U.IW(I&O)]} is outside the lower square frame and on the inner molding pad;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)-An] of the support side pressure (resultant force) are driven from the outside of the rear assembly wall side formwork (or inner formwork) [FW-W(IorL)] into the "tool half" The inner side molding (gasket) board [WF40AB(O)-2(IorL)] or the internal support material [WF40AB(O)-3 of the double-layer window frame assembly with round open sky] [WF31AB(O)] (WF40)], use the "window frame assembly" [WF40AB(O)] or its "door frame assembly", the wall inner molding, and the outer molding materials to form a composite material, and then complete the wall molding. Schematic illustration of the combined steps for preparing concrete for pouring.

Or please look at Figure 5B: The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame (WF40) or its door frame, to be produced as a "double-layer window frame assembly with semi-circular opening" [WF40AB(O)'] or its "semi-circular opening" suitable for mounting on the outer molding of the external wall mold cavity of the formwork project "Double-layer door frame assembly with open sky", iron nails should be used to fix the formwork work "Double-layer window frame assembly with semi-circular open sky" [WF40AB(O)'] on the wall side molding on the outside of the wall or the pre-assembled side [FW-W(OorF)-WF40AB(O)'-An(O)], and use the "A-A" SECTION section view in the figure to Instructions: To manufacture the "double-layer window frame assembly with semi-circular opening" [WF40AB(O)'], first cut a square frame with the outer edge of the window frame (WF40). A plate with the same or slightly smaller edge size is used as the positioning plate [WF40AB(O)'-1(OorF)], and the middle and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure. The upper bearing is fixed (fixed with iron nails or glued to the wooden angle or foam plastic). The middle frame sealing material {WF40AB(O)'-2[OorF(M.IW)]} on the outer edge of the window frame, the lower The frame mold sealing material {WF40AB(O)'-2[OorF(D.IW)]} is set, and the outer mold sealing material {WF40AB(O)'-2[OorF(L.IW)] is set outside the left and right frames. }, {WF40AB(O)'-2[OorF(R.IW)]}, which can be placed on the outer edge of the window frame (WF40) on the outer molding material, and then on the inside (side) of the window frame Use iron nails to fix the inner supporting material of the middle frame {WF40AB(O)'-3[WF40(M.S)]} (can be continued in sections) and the inner supporting material of the lower frame {WF40AB(O)'-3[WF40(D.S) of the window frame )]}, and set the left and right frame internal support materials {WF40AB(O)'-3[WF40(L.S)]}, {WF40AB(O)'-3[WF40(R.S)]}, and can be extended Use iron nails to set (fix) one or two or more layers of backing boards as the inner side of the window frame or the middle frame molding (pad) board on the rear side {WF40AB(O)'-2[IorL(M)]}, The lower frame molding (pad) board {WF40AB(O)'-2[IorL(D)]} is placed on the wooden angle of the internal supporting material, and the inner molding (pad) boards of the left and right frames {WF40AB (O)'-2[IorL(L)]}, {WF40AB(O)'-2[IorL(R)]}, to make a wall side formwork suitable for installation on the outside of the wall of the formwork project or for pre-assembly. "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)'] or "double-layer window frame assembly with semi-circular opening" that continues to support the inner and outer molding materials of the upper semi-circular frame Schematic diagram of the assembly of "double-layer door frame assembly".

Please look at Figure 5B 1 : The original invention discloses the "double-layer window frame assembly with semicircular opening"[WF40AB(O)'] or its "semicircular opening" as shown in Figure 5B Kaitian's double-layer door frame assembly" is matched with the "AA" SECTION cross-sectional view in the figure to clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, as shown in the figure Parts and assembly step diagram:

(1) Cut and make a positioning plate {WF40AB(O)'-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)'-1[OorF( L)]}, {WF40AB(O)'-1[OorF(R)]}; and

(2) Set on the positioning plate (fix with iron nails or glue the wood angle or foam plastic material) [WF40AB(O)'-2-An(OorF)] outside the lower square frame of the window frame (WF40) Side mold sealing material, middle frame outer side mold sealing material {WF40AB(O)'-2[OorF(M.IW)]} (can be continued in sections), lower frame outer side mold sealing material {WF40AB(O)' -2[OorF(D.IW)]}, left frame outer side molding gasket {WF40AB(O)'-2[OorF(L.IW)]}, right frame outer side molding gasket {WF40AB (O)'-2[OorF(R.IW)]}; and

(3) Support the outer side of the window frame (WF40) on the molding pad material on the outer side of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)'-3-An(OorF )] The inner support material of the lower square frame of the pre-fixed window frame (WF40), the inner support material of the middle frame {WF40AB(O)'-3[WF40(M.S)]}, the inner support material of the lower frame {WF40AB(O)' -3[WF40(D.S)]}, left frame internal support material {WF40AB(O)'-3[WF40(L.S)]}, right frame internal support material {WF40AB(O)'-3[WF40(R.S)] } The edge of the plate is on the positioning plate; and

(4) Fix the "Double-layer window frame assembly with semicircular opening" [WF40AB( O)'] The molding (pad) plate assembled behind the lower square frame or on the inside edge, the middle frame molding (pad) plate {WF40AB(O)'-2[IorL(M)]}, the lower frame molding (pad) board {WF40AB(O)'-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)'-2[IorL(L)]}, right frame molding (pad) ) board {WF40AB(O)'-2[IorL(R)]} on the outer surface of the wooden angle of the internal supporting material; and the window frame (WF40) is suitable for mounting on the outer side of the wall formwork or on one side of the pre-assembled The mold surface can be used to continuously support the inner and outer molding materials of the upper semi-circular frame "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)']; and it can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ The position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)'] is directly fixed with iron nails [FW-W(OorF)- WF40AB(O)'-An] is pre-fixed to the wall side molding [WF-W(OorF)] from the positioning plate of the window frame assembly [WF40AB(O)']; it can support the outside of the upper semicircular frame , the inner side molding material (foam plastic material) {FW-WF40AB(O)'-2-[U.IW(I&O)]} is outside the lower square frame and on the inner molding pad ;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)'-An] of the support side pressure (resultant force) are driven into the "tool" from the outside of the rear assembly wall side formwork (or inner formwork) [FW-W(IorL)] The inner side molding (pad) board [WF40AB(O)'-2(IorL)] or the internal support material [WF40AB(O) of the semicircular double-layer window frame assembly [WF40AB(O)'] )'-3(WF40)], use the materials of "window frame assembly"[WF40AB(O)'] or its "door frame assembly", wall inner molding, and outer molding to form a composite material. Complete Schematic illustration of the combined steps of preparing the wall formwork cavity for concrete pouring.

Or please look at Figure 5C: The original invention of "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame (WF40) or its door frame, to be produced as a "double-layer window frame assembly with semicircular opening" [WF40AB(I)] or its "door frame assembly" suitable for mounting on the inner molding of the exterior wall mold cavity of the formwork project In the formwork project, iron nails should be used to fix the "double-layer window frame assembly with semi-circular opening" [WF40AB(I)] on the inside of the wall or on the wall side molding on the pre-assembled side [FW-W(IorF)- WF40AB(I)-An(I)], and in the cross-sectional view "AA" SECTION in the figure, it is shown: The design of "double-layer window frame assembly with semicircular opening" [WF40AB(I)] In terms of production, first cut a plate with the same size or slightly smaller (the lower part shrinks one size) as the positioning plate [WF40AB(I)-1(IorF)] of the inner edge and outer edge of the square window frame (WF40) ], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure, and one or two or more layers of backing plates are supported and fixed (fixed with iron nails) on the positioning plate as the window frame . On the side, the middle frame molding (pad) board {WF40AB(I)-2[IorF(M)]}, the lower frame molding (pad) board {WF40AB(I)-2[IorF(D)]}, and The inner molding (gasket) plates {WF40AB(I)-2[IorF(L)]} and {WF40 AB(I)-2[IorF(R)]} are provided for the left and right frames, which can be renewed. Place the window frame (WF40) on the inner molding (pad) board, and then use iron nails to fix the middle frame support material of the window frame {WF40AB(I)-3[WF40(MS)]} on the inside (side) of the window frame. (can be continued in sections), lower frame support material {WF40AB(I)-3[WF40(DS)-1]}&{WF40AB(I)-3[WF40(DS)-2]}, and set the left and right The internal support materials of the frame are {WF40AB(I)-3[WF40(LS)]}, {WF40AB(I)-3[WF40(RS)]}, and the first or second floors can be set (fixed) with iron nails or The multi-layer pad is used as the middle frame molding (pad) board {WF40AB(I)-2[OorL(M)]} (can be continued in sections) and the lower frame molding (pad) board on the outside edge of the window frame or the rear vertical side. {WF40AB(I)-2[OorL(D)]} is placed on its internal support material, and the outer molding (pad) plates {WF40AB(I)-2[OorL(L)]} are set outside the left and right frames. , {WF40AB(I)-2[OorL(R)]}, made of an inner mold suitable for being installed in the external wall mold cavity of the formwork project or a pre-assembled wall side mold, and can continue to support its upper semicircle The assembly of "double-layer window frame assembly with semi-circular opening" [WF40AB(I)] or "double-layer door frame assembly with semi-circular opening" using molded materials on the inner and outer sides of the molded frame Implementation diagram.

Please look at Figure 5C 1: The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(I)] or its "door frame assembly" as shown in Figure 5C. In conjunction with the "A-A" SECTION and cross-sectional view, clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly step diagram shown in the figure:

(1) Cut a positioning plate that is the same size as or slightly smaller than the inner edge (peripheral) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) [WF40AB(I)-1(IorF) )],or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF40AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) )-1[IorF(L)]}, {WF40AB(I)-1[IorF(R)]}; and

(2) Install [WF40AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails). The inner side molding (pad) plate of the lower square frame of the window frame (WF40): in the middle frame Side molding (pad) board {WF40AB(I)-2[IorF(M)]} (can be continued in sections), lower frame inner side molding (pad) board {WF40AB(I)-2[IorF( D)]}, left frame inner side molding (pad) board {WF40AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF40AB(I)-2[ IorF(R)]}; while

(3) Support the inner side of the window frame (WF40) on the molding (pad) plate on the inner side of the window frame (WF40), and use iron nails [WF40AB(I)-3-An(IorF)] to Internal support material for fixed window frame (WF40), internal support material for middle frame {WF40AB(I)-3[WF40(M.S)]}, internal support material for lower frame {WF40AB(I)-3[WF40(D.S)]} , The inner support material of the left frame {WF40AB(I)-3[WF40(L.S)]} and the inner support material of the right frame {WF40AB(I)-3[WF(R.S)]} have the plate edge (part) on the inside On the side mold sealing material; and

(4) Fix the "window frame assembly" [WF40AB(I)] with iron nails [WF40AB(I)-2-An] on the outer edge of the angle of the internal support material of the window frame (WF40) and then assemble or Outside side molding (pad) board: middle frame molding (pad) board {WF40AB(I)-2[OorL(M)]}, lower frame molding (pad) board {WF40AB(I)-2 [OorL(D)]}, left frame molding (pad) board {WF40AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF40AB(I)-2[OorL(R) )]} on the side of the wooden angle of the internal support material; and the window frame (WF40) is suitable for being mounted on the inner molding of the external wall mold cavity or on the side molding surface of the pre-assembled one and can continue to support its upper half "Double-layer window frame assembly with semi-circular opening" [WF40AB(I)] of molded materials inside and outside the circular frame; and it can

(5) To undertake the installation of "window frame assembly" [WF40AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ FW-W(IorF)-WF40AB(I)], directly use iron nails [FW-W(IorF)-WF40AB(I)-An] from the "window frame assembly" [ The positioning plate of WF40AB(I)] is fixed to the wall side formwork [WF-W(IorF)] and can continue to support the inner and outer molding materials {FW-WF40AB(I)-2 of its upper semicircular frame -[U.IW(I&O)]} on the inner and outer molding (pad) panels of the "double-layer window frame assembly with semicircular opening";

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer formwork [FW-W (OorL)] can be assembled after the wall is erected, and a sufficient number (with sufficient lateral force strength to support The iron nails [FW-W(OorL)-WF40AB(I)-An] are driven into the window frame assembly from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)]. On the wood angle of the outer side molding (pad) board [WF40AB(I)-2(OorL)] or the internal support material [WF40AB(I)-3(WF40)] of the body" [WF40AB(I)], order The "window frame assembly" [WF40AB(I)] or its "door frame assembly", the wall inner molding, and the outer molding are composed of materials to form a composite material. A schematic diagram of the assembly steps to complete the wall mold cavity and prepare for pouring concrete .

Or please look at Figure 5D: It is a formwork project designed or implemented on a cast concrete production structure based on the original invention of "an engineering construction method": it is found that a double-layer (with a semicircular skylight on the upper part) window frame (WF40) or The door frame is made suitable for being installed on the outer molding of the exterior wall mold cavity of the formwork project. "Assembly" and castable concrete are formed into a shape with an octagonal expanded edge on the outside of the upper semicircular frame and a square expanded edge on the lower square frame. During the formwork project, iron nails can be used to fix the "half with expanded edge" Double-layer window frame assembly with round open sky [WF40AB(O)"] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF40AB(O)"-An(O)] , and in the cross-sectional view "AA" SECTION in the figure, it is clearly stated: "Double-layer window frame assembly with semi-circular open sky with expanded edge"[WF40AB(O)"] is designed first. Cut a positioning plate [WF40AB(O)"-1(OorF)] that is the same as or combined with the required expansion edge size of the window frame (WF40), and design the middle and lower frame parts as shown in the cross-sectional view in the figure As shown in AA〞SECTION, the middle frame sealing material {WF40AB(O)"-2[OorF (M.IW)]} (can be continued), lower frame mold sealing material {WF40AB(O)"-2[OorF(D.IW)]}, and set the outer mold sealing material {WF40AB of the left and right frames (O)"-2[OorF(L.IW)]}, {WF40AB(O)"-2[OorF(R.IW)]}, or you can first set the upper semicircular frame with the outer side molding material ( Foam plastic material){WF40AB(O)"-2[OorF(U.IW)]} is placed on the positioning plate, and the outer edge of the window frame (WF40) can be continued to be placed on the outer molding material, and continued on Use iron nails to fix the inside (side) of the window frame. The inner supporting material of the middle frame {WF40AB(O)"-3[WF40(MS)]} (can be continued in sections) and the inner supporting material of the lower frame {WF40AB(O)" -3[WF40(DS)]}, and preset left and right frame internal support materials {WF40AB(O)"-3[WF40(LS)]}, {WF40AB(O)"-3[WF40(RS)] }, and you can continue to use iron nails to set (fix) one or two or more layers of pads as the inner side of the window frame or the middle frame molding (pad) board on the rear side {WF40AB(O)"-2[IorL (M)]}, the lower frame molding (pad) board {WF40AB(O)"-2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) of the left and right frames are set The board {WF40AB(O)"-2[IorL(L)]}, {WF40AB(O)"-2[IorL(R)]} is made into a formwork suitable for being installed outside the mold cavity of the external wall of the formwork project. Or "Double-skin window frame assembly with semi-circular open sky with expanded edges"[WF40AB(O)"] that assembles the wall side molding first and then supports the inner molding material of the upper semi-circular frame. Schematic diagram of the assembly and implementation of its "door frame assembly".

Please look at Figure 5D 1 : The original invention discloses the "double-layer window frame assembly with a semicircular open sky with expanded edges"[WF40AB(O)"] or its ""Door frame assembly", in conjunction with the "AA" SECTION cross-sectional view in the figure, clearly indicating the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure; in the parts and combinations shown in the figure Step chart:

(1) Cut and make a positioning plate {WF40AB(O)"-1[OorF]} with the same size as the required expansion edge (peripheral) of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)"-1[OorF(L)] that is the same size as or slightly smaller than the expanded edge (periphery) of the window frame (WF40) }, {WF40AB(O)"-1[OorF(R)]}; and

(2) Install [WF40AB(O)''-2-An(OorF)] window frame (WF40) outer side mold sealing material on the positioning plate (fix with iron nails or glue the wood angle or foam plastic material) , the outer side mold sealing material of the middle frame {WF40AB(O)"-2[OorF(M.IW)]} (can be continued in sections), the outer side mold sealing material of the lower frame {WF40AB(O)"-2[OorF (D.IW)]}, left frame outer side molding gasket {WF40AB(O)"-2[OorF(L.IW)]}, right frame outer side molding gasket {WF40AB(O)" -2[OorF(R.IW)]}, or the outer side molding material of the upper semicircular frame {FW40AB(O)"-2[OorF(U.IW)]}; and

(3) Support the outer sides of the window frame (WF40) on the molded pad material on the outer side of the window frame (WF40), and fix it with iron nails [WF40AB(O)"-3-An(OorF)] The internal support material of the lower square frame of the window frame (WF40), the internal support material of the middle frame {WF40AB(O)"-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)"-3[WF40( D.S)]}, left frame internal support material {WF40AB(O)"-3[WF40(L.S )]}, the edge (portion) of the plate of the inner support material {WF40AB(O)"-3[WF40(R.S)]} of the right frame is on the positioning plate; and

(4) On the internal supporting material of the window frame (WF40), use iron nails [WF40AB(O)"-2-An(IorL)] to fix the "double-glazed window with a semi-circular opening with an expanded edge. Frame assembly "[WF40AB(O)"] is a molding (pad) plate for the rear assembly or inner side of the lower square frame, and a molding (pad) plate for the middle frame {WF40.AB(O)"-2[IorL( M)]}, lower frame molding (pad) plate {WF40AB(O)"-2[IorL(D)]}, left frame molding (pad) plate {WF40AB(O)"-2[IorL(L) ]}, the right frame molding (pad) board {WF40AB(O)"-2[IorL(R)]} is placed on the outer surface of the wood angle of the internal support material; and the window frame (WF40) is made into a suitable The side molding outside the wall mold cavity or the side molding surface that has been assembled in advance is a semicircular opening with an expanded edge and the inner (or inner or outer) molding material that can continue to support the upper semicircular frame. Double-layer window frame assembly "[WF40AB(O)"]; and can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ At the position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)"], directly use iron nails [FW-W(OorF)-WF40AB(O)"-An] from the window frame assembly [ The positioning plate of WF40AB(O)"] is fixed to the wall side molding [WF-W(OorF)]; it can support the molding material (foam) on the inner (or inner or outer) side of the upper semicircular frame Plastic material) {FW-WF40AB(O)"-2-[U.IW(I&O)]} on the inner molding (pad) plate of the lower square frame;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)"-An] of the supporting side pressure (resultant force) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to The inner side molding gasket [WF40AB(O)"-2(IorL)] or the internal supporting material [WF40AB (O)"-3(WF40)], the materials of "window frame assembly"[WF40AB(O)"] or its "door frame assembly", wall inner molding, and outer molding are composed into a composite material , a schematic diagram of the implementation of the combined steps of completing the wall formwork and preparing for pouring concrete.

And please look at Figure 5-1: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that "a double-layer window frame with a semi-circular opening" (WF40 ) or its door frame, made into "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] [WF40AB(O)"] or its "door frame assembly", to Undertake the installation of "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] or [WF40AB(O)"] or its "door frame assembly" in the wall mold cavity of the formwork project In the process, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood material, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity. , after pouring concrete and disassembling (taking it off), use the concrete of the structure to seal the outer periphery of the double-layer square window frame (WF40) on the structure. The product diagram in the upper part of the picture is PD.TYP (A ), in order to show that the window frame (WF40) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), cast concrete to seal the window frame (WF40) on the structure in one piece. It has the value of waterproofing, beautiful appearance and solidity, or the lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage, waterproofing and permeability schematic diagram; also in the figure The product picture PD.TYP (B) in the lower part shows that the window frame (WF40) can be installed on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window frame (WF40) can be cast in one piece. On the structure, the outside of the window frame (WF40) is cast to have an expansion edge consistent with the positioning plate [WF40AB(O)"-1] of the "window frame assembly" [WF40AB(O)"] [WF40AB-1(O )], which has the value of being waterproof, beautiful and sturdy, or the lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a drop (Z), so as to have better drainage, waterproof and penetration effects. ; Product schematic diagram showing novelty, progress and practical technical features.

Please look at Figure 1-1 of Figure 74: To illustrate the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" on the reinforced concrete wall (W-RC) structure (mold) hole), cast concrete to solidify the window frame (WF40) integrally on the structure, and cast a positioning plate [WF40AB( O)"]Beautiful shape with uniform expansion edges, or it can be A decorative surface such as crushed stones or chopped stones [WF40AB-1(O)-CMorSC] can be applied to the expanded edge shape to make it more waterproof, beautiful and sturdy, or concrete can be poured into the lower edge of the window frame to form a single outer edge. There is a gap (Z) below the inner edge, which is more effective in drainage, waterproofing and penetration; it is a schematic diagram of a product that shows novelty, progress and practical technical features; it is a product with novelty, progress and industrial applicability. A schematic diagram of the implementation of practical value.

7. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames", which features include: making a "square door frame with a semicircular frame on the upper part" to be installed on the wall of the house. To form a "door frame assembly with a semi-circular frame on the square upper part"; use the inner or outer side or inner edge of the "door frame with a semi-circular frame on the square upper part" and set "positioning plates" to assemble the "square upper part" "Door frame assembly with semi-circular frame"; when constructing walls or columns, walls or columns, walls, beams or columns, walls, beams, and floor molding cavities in the formwork project, the formwork surface of the wall side formwork that is assembled first must be At the position where the door frame opening mold is made, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "square door frame assembly with a semicircular frame at the upper part" with iron nails on the previously assembled wall. The lining plate of the side formwork; can be used to tie steel bars or water and electricity pipes, and then continue to the other side formwork of the combined wall formwork; after the formwork project is completed or jointly completed, it can bear the "square upper part with a semicircular frame" "Door frame assembly" wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; in the process of casting concrete, it supports the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatically or as The formwork engineering equipment of intelligent machinery can be used to fix the "square door frame assembly with a semi-circular frame on the upper part" made of iron nails; or use iron nails to fix the "square door frame assembly with a semi-circular frame on the upper part". The structural combination in the wall formwork cavity; a formwork engineering construction method that produces composite material properties that reduce the deflection produced by the door frame or window frame during the concrete embedding process or produce a deflection that meets the construction quality requirements or produce an effect close to zero deflection; Or the waterproofing performance of one-time construction (grouting) can directly produce "a house with a door frame with a semi-circular frame on the upper part of the square that is solidified by cast concrete".

In order to explain in detail the features and effects of claim 7 of this invention; please refer to the "Application Scope" of claim 1 or 2 or 3 or 4 or 5 and the "Application Scope" of claim 7 in this invention. "The advanced or novel technical features and the best implementation methods and implementation schematic diagrams with great industrial applicability and practical value;

Please refer especially to Figure 5A: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that the window frame is double-layered (the upper part has a semicircular sky) (WF40) or its door frame, to produce a "double-skin window frame assembly with semi-circular opening" [WF40AB(O)] or its "semi-circular opening" suitable for mounting on the outer molding of the external wall mold cavity of the formwork project. "Double-layer door frame assembly with circular opening"; directly use iron nails to mount and fix "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)] on the outside of the wall or assemble the side wall first On the side mold [FW-W(OorF)-WF40AB(O)-An(O)]; and in the cross-sectional view of "A-A" SECTION in the picture, it is shown: "Double-layer window frame with semi-circular opening To construct the assembly "[WF40AB(O)], first cut a plate that is the same size or slightly smaller than the outer edge of the square frame of the window frame (WF40) as a positioning plate [WF40AB(O) )-1(OorF)], and the middle and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate [WF40AB(O)-1(OorF) (with iron Nail fixation) one or two or more layers of pads are used as the middle frame molding (pad) board {WF40AB(O)-2[OorF(M)]} and the lower frame molding (pad) board { WF40AB(O)-2[OorF(D)]}, and set the outer molding (pad) plates {WF40AB(O)-2[OorF(L)]}, {WF40AB(O)- 2[OorF(R)]}, and the outer side of the window frame (WF40) can be supported on the outer molding (pad) board, and the window frame can be fixed with iron nails on the inside (side) of the window frame. The internal support material of the middle frame {WF40AB(O)-3[WF40(M.S)]}(can be continued in sections), the internal support material of the lower frame {WF40AB(O)-3[WF40(D.S)-1]}&{WF40AB( O)-3[WF40(D.S)-2]}&{WF40AB(O)-3[WF40(D.S)-3]}, and set the left and right frame internal support materials {WF40AB(O)-3[WF40 (L.S)]}, {WF40AB(O)-3[WF40(R.S)]}, and one or two or more layers of pads can be set (fixed) with iron nails as the inner side or rear side of the window frame. The middle frame molding (pad) board {WF40AB(O)-2[IorL(M)]} and the lower frame molding (pad) board {WF40AB(O)-2[IorL(D)]} are inside On the supporting material, the inner molding (pad) plates {WF40AB(O)-2[IorL(L)]}, {WF40AB(O)-2[IorL(R)]} of the left and right frames are set. A "double-layer window frame assembly with a semicircular opening that is suitable for being mounted on the outside of the wall of the formwork project or on the wall side molding that has been assembled in advance and continues to support the inner and outer molding materials of the upper semicircular frame Schematic diagram of the assembly of "body" [WF40AB(O)] or its "double-layer door frame assembly with semicircular opening".

Please look at Figure 5A 1 : The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(O)] or its "semicircular opening" as shown in Figure 5A "Tianzhi Double-layer Door Frame Assembly" is matched with the "AA" SECTION cross-sectional view in the figure to clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, as shown in the figure. Parts and assembly step diagram:

(1) Cut a positioning plate {WF40AB(O)-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the upper and lower or left and right pieces into a positioning plate {WF40AB(O)-1 with the same size as or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40) [OorF(L)]}, {WF40AB(O)-1[OorF(R)]}; and

(2) Set (fixed with nails) [WF40AB(O)-2-An(OorF)] on the positioning plate (WF40AB(O)-2-An(OorF)] outside the lower square frame of the window frame (WF40) with side molding (pad) plates and outside the middle frame Side molding (pad) plate {WF40AB(O)-2[OorF(M)]} (can be continued in sections), lower frame outer side molding (pad) plate {WF40AB(O)-2[OorF(D) ]}, left frame outer side molding (pad) board {WF40AB(O)-2[OorF(L)]}, right frame outer side molding (pad) board {WF40AB(O)-2[OorF( R)]}; while

(3) Support the outer side of the window frame (WF40) on the outer side molding (pad) plate of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)-3-An( OorF)] Pre-fixed window frame (WF40) is the internal support material of the lower square frame, the internal support material of the middle frame {WF40AB(O)-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)- 3[WF40(D.S)]}, left frame internal support material {WF40AB(O)-3[WF40(L.S)]}, right frame internal support material {WF40AB(O)-3[WF40(R.S)]} board The edge (part) of the piece is on the outer edge molding pad material; and

(4) On the internal support material of the window frame (WF40), use iron nails [WF40AB(O)-2-An] to fix the "double-layer window frame assembly with semicircular opening" [WF40AB(O) )] The molding pad material assembled behind the lower square frame or on the inside edge, the middle frame molding (pad) board {WF40AB(O)-2[IorL(M)]}, the lower frame molding (pad) board { WF40AB(O)-2[IorL(D)]}, left frame molding (pad) plate {WF40AB(O)-2[IorL(L)]}, right frame molding (pad) plate {WF40AB(O) -2[IorL(R)]} on the side of the wooden angle of the internal support material; and the window frame (WF40) is suitable for being mounted on the outside wall formwork or on the surface of a pre-assembled side formwork and can be placed on The "double-layer window frame assembly with semicircular opening" [WF31AB(O)] of the inner and outer molding materials of the upper semicircular frame; and it can

(5) Undertake the installation of "window frame assembly" [WF40AB(O)] or its "door frame assembly" on the side formwork surface outside the wall mold cavity of the structural formwork project for casting concrete or the side formwork surface that is pre-assembled [FW -W(OorF)-WF40AB(O)], directly use iron nails [FW-W(OorF)-WF40AB(O)-An] from the window frame assembly [WF40AB(O)] )] positioning plate is fixed to the wall side molding [WF-W (OorF)]; it can support the molding material (foam plastic material) outside and inside the upper semicircular frame {FW- WF40AB(O)-2-[U.IW(I&O)]} is outside the lower square frame and on the inner molding pad;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)-An] of the support side pressure (resultant force) are driven from the outside of the rear assembly wall side formwork (or inner formwork) [FW-W(IorL)] into the "tool half" The inner side molding (gasket) board [WF40AB(O)-2(IorL)] or the internal support material [WF40AB(O)-3 of the double-layer window frame assembly with round open sky] [WF31AB(O)] (WF40)], use the "window frame assembly" [WF40AB(O)] or its "door frame assembly", the wall inner molding, and the outer molding materials to form a composite material, and then complete the wall molding. Schematic illustration of the combined steps for preparing concrete for pouring.

Or please look at Figure 5B: The original invention of "a formwork engineering construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame ( WF40) or its door frame, to produce a "double-skin window frame assembly with semi-circular opening" [WF40AB(O)'] or its "semi-circular opening" suitable for mounting on the outer molding of the external wall mold cavity of the formwork project "Double-skin door frame assembly with circular opening", use iron nails to fix "Double-skin window frame assembly with semi-circular opening" [WF40AB(O)'] on the outside of the wall or assemble the side wall first during the formwork work On the side mold [FW-W(OorF)-WF40AB(O)'-An(O)], and use the "A-A" SECTION cross-sectional view in the picture to indicate: "Double-layer window frame assembly with semi-circular opening For the design of the window frame [WF40AB(O)'], first cut a plate with the same or slightly smaller size as the outer edge of the square frame of the window frame (WF40) as the positioning plate [WF40AB(O) )'-1(OorF)], and the middle and lower frame parts are designed as shown in the cross-sectional view "A-A" SECTION in the figure, and are supported and fixed on the positioning plate (fixed with iron nails or glued to the wood angle or hair Foam plastic material) The middle frame mold sealing material {WF40AB(O)'-2[OorF(M.IW)]} and the lower frame mold sealant {WF40AB(O)'-2[OorF(D) on the outer edge of the window frame .IW)]}, and set the outer molding materials {WF40AB(O)'-2[OorF(L.IW)]}, {WF40AB(O)'-2[OorF(R.IW) outside the left and right frames )]}, place the outer edge of the removable window frame (WF40) on the outer molding material, and fix the inner support material of the middle frame {WF40AB(O) with iron nails on the inside (side) of the window frame )'-3[WF40(M.S)]}(can be continued in sections), the inner supporting material of the lower frame {WF40AB(O)'-3[WF40(D.S)]}, and the inner supporting materials of the left and right frames {WF40AB (O)'-3[WF40(L.S)]}, {WF40AB(O)'-3[WF40(R.S)]}, and you can use iron nails to set (fix) one or two or more layers of backing boards as The middle frame molding (pad) plate {WF40AB(O)'-2[IorL(M)]}, the lower frame molding (pad) plate {WF40AB(O)'-2 on the inner side of the window frame or the rear vertical side [IorL(D)]} is installed on the wooden angle of the internal support material, and the inner molding (pad) board of the left and right frames {WF40AB(O)'-2[IorL(L)]}, {WF40AB (O)'-2[IorL(R)]}, make a mold suitable for being installed on the outside of the wall of the formwork project or on the wall side mold that has been assembled in advance and continue to support the inner and outer molding of the upper semicircular frame. Schematic diagram of the assembly of the "Double-layer window frame assembly with semi-circular opening" [WF40AB(O)'] or its "Double-layer door frame assembly with semi-circular opening".

Please look at Figure 5B 1 : The original invention discloses the "double-layer window frame assembly with a semicircular opening"[WF40AB(O)'] or its "half-circular open sky" as shown in Figure 74B "Double-layer door frame assembly with round open sky" is matched with the "AA" SECTION cross-sectional view in the figure, and the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure are clearly stated in the figure. Parts and assembly steps shown:

(1) Cut and make a positioning plate {WF40AB(O)'-1[OorF]} that is the same size or slightly smaller than the outer edge (periphery) of the lower square frame of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)'-1[OorF( L)]}, {WF40AB(O)'-1[OorF(R)]}; and

(2) Set on the positioning plate (fix with iron nails or glue the wood angle or foam plastic material) [WF40AB(O)'-2-An(OorF)] outside the lower square frame of the window frame (WF40) Side mold sealing material, middle frame outer side mold sealing material {WF40AB(O)'-2[OorF(M.IW)]} (can be continued in sections), lower frame outer side mold sealing material {WF40AB(O)' -2[OorF(D.IW)]}, left frame outer side molding gasket {WF40AB(O)'-2[OorF(L.IW)]}, right frame outer side molding gasket {WF40AB (O)'-2[OorF(R.IW)]}; and

(3) Support the outer side of the window frame (WF40) on the molding pad material on the outer side of the lower square frame of the window frame (WF40), and use iron nails [WF40AB(O)'-3-An(OorF )] The inner support material of the lower square frame of the pre-fixed window frame (WF40), the inner support material of the middle frame {WF40AB(O)'-3[WF40(M.S)]}, the inner support material of the lower frame {WF40AB(O)' -3[WF40(D.S)]}, left frame internal support material {WF40AB(O)'-3[WF40(L.S)]}, right frame internal support material {WF40AB(O)'-3[WF40(R.S)] } The edge of the plate is on the positioning plate; and

(4) Fix the "Double-layer window frame assembly with semicircular opening" [WF40AB( O)'] The molding (pad) plate assembled behind the lower square frame or on the inside edge, the middle frame molding (pad) plate {WF40AB(O)'-2[IorL(M)]}, the lower frame molding (pad) board {WF40AB(O)'-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)'-2[IorL(L)]}, right frame molding (pad) ) board {WF40AB(O)'-2[IorL(R)]} on the outside surface of the wooden angle of the internal supporting material; and made into a window frame (WF40) suitable for mounting on the outside wall molding or First assemble the "double-layer window frame assembly with semi-circular opening" [WF40AB(O)'] on one side mold surface that can continuously support the inner and outer mold sealing materials of the upper semi-circular frame: And can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)'] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ The position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)'] is directly fixed with iron nails [FW-W(OorF)-WF40AB(O)'-An] from the window frame assembly [ The positioning plate of WF40AB(O)'] is fixed to the wall side formwork [WF-W(OorF)]; it can support the molding material (foam plastic material) outside and inside the upper semicircular frame ){FW-WF40AB(O)'-2-[U.IW(I&O)]} outside the lower square frame and on the inner molding pad;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)'-An] of the supporting side pressure (resultant force) are driven into the "tool" from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] The inner side molding (pad) board [WF40AB(O)'-2(IorL)] or the internal support material [WF40AB(O) of the semi-circular double-layer window frame assembly [WF40AB(O)'] )'-3(WF40)], use the materials of "window frame assembly"[WF40AB(O)'] or its "door frame assembly", wall inner molding, and outer molding to form a composite material. Complete Schematic illustration of the combined steps of preparing the wall formwork cavity for concrete pouring.

Or please look at Figure 5C: The original invention of "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found that the double-layer (with a semicircular skylight on the upper part) window frame (WF40) or its door frame, to be produced as a "double-layer window frame assembly with semicircular opening" [WF40AB(I)] or its "door frame assembly" suitable for mounting on the inner molding of the exterior wall mold cavity of the formwork project In the formwork project, iron nails should be used to fix the "double-layer window frame assembly with semi-circular opening" [WF40AB(I)] on the inside of the wall or on the wall side molding on the pre-assembled side [FW-W(IorF)- WF40AB(I)-An(I)], and in the cross-sectional view "AA" SECTION in the figure, it is shown: The design of "double-layer window frame assembly with semicircular opening" [WF40AB(I)] In terms of production, first cut a plate with the same size or slightly smaller (the lower part shrinks one size) as the positioning plate [WF40AB(I)-1(IorF)] of the inner edge and outer edge of the square window frame (WF40) ], and the upper and lower frames are designed as shown in the cross-sectional view "AA" SECTION in the figure, and one or two or more layers of backing plates are supported and fixed (fixed with iron nails) on the positioning plate as the window frame . On the side, the middle frame molding (pad) board {WF40AB(I)-2[IorF(M)]}, the lower frame molding (pad) board {WF40AB(I)-2[IorF(D)]}, and The inner molding (gasket) plates {WF40AB(I)-2[IorF(L)]} and {WF40AB(I)-2[IorF(R)]} are installed for the left and right frames, and can be purchased again. The window frame (WF40) is placed on the inner molding (pad) board, and the middle frame support material {WF40AB(I)-3[WF40(MS)]}( Can be continued in sections), lower frame support material {WF40AB(I)-3[WF40(DS)-1]}&{WF40AB(I)-3[WF40(DS)-2]}, and pre-set left and right frames Internal support materials {WF40AB(I)-3[WF40(LS)]}, {WF40AB(I)-3[WF40(RS)]}, and can be further set (fixed) with iron nails for one, two or more layers The pad is used as the middle frame molding (pad) plate on the outer side of the window frame or the rear vertical side {WF40AB(I)-2[OorL(M)]} (can be continued in sections), and the lower frame molding (pad) plate { WF40AB(I)-2[OorL(D)]} on its internal support material, and set the outer molding (pad) plates {WF40AB(I)-2[OorL(L)]} on the left and right frames, {WF40AB(I)-2[OorL(R)]}, made of an inner mold suitable for being installed in the exterior wall mold cavity of the formwork project or a pre-assembled wall side mold and a semicircular upper part that can be continuously supported The assembly and implementation of the "double-layer window frame assembly with semi-circular opening" [WF40AB(I)] or the "double-layer door frame assembly with semi-circular opening" of the inner and outer molding materials of the frame Schematic diagram.

Please look at Figure 5C 1: The original invention discloses the "double-layer window frame assembly with semicircular opening" [WF40AB(I)] or its "door frame assembly" as shown in Figure 5C. In conjunction with the "A-A" SECTION and cross-sectional view, clearly indicate the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure, and the parts and assembly step diagram shown in the figure:

(1) Cut a positioning plate that is the same size as or slightly smaller than the inner edge (peripheral) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) [WF40AB(I)-1(IorF) )],or

(1-1) Cut the left and right pieces and combine them into a positioning plate {WF40AB(I) that is the same size as or slightly smaller than the inner edge (periphery) of the lower square frame of the window frame (WF40) (the lower part is reduced by one size) )-1[IorF(L)]}, {WF40AB(I)-1[IorF(R)]}; and

(2) Install [WF40AB(I)-2-An(IorF)] on the positioning plate (fixed with iron nails). The inner side molding (pad) plate of the lower square frame of the window frame (WF40): in the middle frame Side molding (pad) board {WF40AB(I)-2[IorF(M)]} (can be continued in sections), lower frame inner side molding (pad) board {WF40AB(I)-2[IorF(D) )]}, left frame inner side molding (pad) board {WF40AB(I)-2[IorF(L)]}, right frame inner side molding (pad) board {WF40AB(I)-2[IorF (R)]}; while

(3) Support the inner side of the window frame (WF40) on the molding (pad) plate on the inner side of the window frame (WF40), and use iron nails [WF40AB(I)-3-An(IorF)] to Internal support material for fixed window frame (WF40), internal support material for middle frame {WF40AB(I)-3[WF40(M.S)]}, internal support material for lower frame {WF40AB(I)-3[WF40(D.S)]} , The inner support material of the left frame {WF40AB(I)-3[WF40(L.S)]} and the inner support material of the right frame {WF40AB(I)-3[WF(R.S)]} have the plate edge (part) on the inside On the side mold sealing material; and

(4) Fix the "window frame assembly" [WF40AB(I)] with iron nails [WF40AB(I)-2-An] on the outer edge of the angle of the internal support material of the window frame (WF40) and then assemble or Outside side molding (pad) board: middle frame molding (pad) board {WF40AB(I)-2[OorL(M)]}, lower frame molding (pad) board {WF40AB(I)-2 [OorL(D)]}, left frame molding (pad) board {WF40AB(I)-2[OorL(L)]}, right frame molding (pad) board {WF40AB(I)-2[OorL(R) )]} on the side of the wooden angle of the internal support material; and the window frame (WF40) is suitable for being mounted on the inner molding of the external wall mold cavity or on the side molding surface of the pre-assembled one and can continue to support its upper half "Double-layer window frame assembly with semi-circular opening" [WF40AB(I)] of molded materials inside and outside the circular frame; and it can

(5) To undertake the installation of "window frame assembly" [WF40AB(I)] or its "door frame assembly" on the inner formwork surface of the external wall formwork of the structural formwork project for casting concrete or on the side formwork surface that is pre-assembled [ FW-W(IorF)-WF40AB(I)], directly use iron nails [FW-W(IorF)-WF40AB(I)-An] from the "window frame assembly" [ The positioning plate of WF40AB(I)] is fixed to the wall side formwork [W F-W (IorF)] and can continue to support the inner and outer molding materials {FW-WF40AB(I)-2-[U.IW(I&O)]} in the "with semicircular opening" within the upper semicircular frame. The inner and outer molding (pad) plates of the "Tianzhi Double-layer Window Frame Assembly";

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or outer formwork [FW-W (OorL)] can be assembled after the wall is erected, and a sufficient number (with sufficient lateral force strength to support The iron nails [FW-W(OorL)-WF40AB(I)-An] are driven into the "window frame assembly" from the outside of the rear assembly wall side molding (or outer molding) [FW-W(OorL)] On the wood angle of the outer side molding (pad) board [WF40AB(I)-2(OorL)] or the internal support material [WF40AB(I)-3(WF40)] of the body" [WF40AB(I)], order The "window frame assembly" [WF40AB(I)] or its "door frame assembly", the wall inner molding, and the outer molding are composed of materials to form a composite material. A schematic diagram of the assembly steps to complete the wall mold cavity and prepare for pouring concrete. .

Or please look at Figure 5D: It is a formwork project designed or implemented on a cast concrete production structure based on the original invention of "an engineering construction method": it is found that a double-layer (with a semicircular skylight on the upper part) window frame (WF40) or The door frame is made suitable for being installed on the outer molding of the exterior wall mold cavity of the formwork project. "Assembly" and castable concrete are formed into a shape with an octagonal expanded edge on the outside of the upper semicircular frame and a square expanded edge on the lower square frame. During the formwork project, iron nails can be used to fix the "half with expanded edge" Double-layer window frame assembly with round open sky [WF40AB(O)"] on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF40AB(O)"-An(O)] , and in the cross-sectional view "AA" SECTION in the figure, it is clearly stated: "Double-layer window frame assembly with semi-circular open sky with expanded edge"[WF40AB(O)"] is designed first. Cut a positioning plate [WF40AB(O)"-1(OorF)] that is the same as or combined with the required expansion edge size of the window frame (WF40), and design the middle and lower frame parts as shown in the cross-sectional view in the figure As shown in AA〞SECTION, the middle frame sealing material {WF40AB(O)"-2[OorF (M.IW)]} (can be continued), lower frame mold sealing material {WF40AB(O)"-2[OorF(D.IW)]}, and set the outer mold sealing material {WF40AB of the left and right frames (O)"-2[OorF(L.IW)]}, {WF40AB(O)"-2[OorF(R.IW)]}, or you can first set the upper semicircular frame with the outer side molding material ( Foam plastic material){WF40AB(O)"-2[OorF(U.IW)]} is placed on the positioning plate, and the outer edge of the window frame (WF40) can be continued to be placed on the outer molding material, and continued on Use iron nails to fix the inside (side) of the window frame. The inner supporting material of the middle frame {WF40AB(O)"-3[WF40(MS)]} (can be continued in sections) and the inner supporting material of the lower frame {WF40AB(O)" -3[WF40(DS)]}, and preset left and right frame internal support materials {WF40AB(O)"-3[WF40(LS)]}, {WF40AB(O)"-3[WF40(RS)] }, and you can continue to use iron nails to set (fix) one or two or more layers of pads as the inner side of the window frame or the middle frame molding (pad) board on the rear side {WF40AB(O)"-2[IorL (M)]}, the lower frame molding (pad) board {WF40AB(O)"-2[IorL(D)]} is placed on its internal support material, and the inner molding (pad) of the left and right frames are set The board {WF40AB(O)"-2[IorL(L)]}, {WF40AB(O)"-2[IorL(R)]} is made into a formwork suitable for being installed outside the mold cavity of the external wall of the formwork project. Or "Double-skin window frame assembly with semi-circular open sky with expanded edges"[WF40AB(O)"] that assembles the wall side molding first and then supports the inner molding material of the upper semi-circular frame. Schematic diagram of the assembly and implementation of its "door frame assembly".

Please look at Figure 5D 1 : The original invention discloses the "double-layer window frame assembly with a semicircular open sky with an expanded edge"[WF40AB(O)"] or its ""Door frame assembly", in conjunction with the "AA" SECTION cross-sectional view in the figure, clearly indicating the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure; in the parts and combinations shown in the figure Step chart:

(1) Cut and make a positioning plate {WF40AB(O)"-1[OorF]} with the same size as the required expansion edge (periphery) of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)"-1[OorF(L)] that is the same size as or slightly smaller than the expanded edge (periphery) of the window frame (WF40) }, {WF40AB(O)"-1[OorF(R)]}; and

(2) Install [WF40AB(O)''-2-An(OorF)] window frame (WF40) outer side mold sealing material on the positioning plate (fix with iron nails or glue the wood angle or foam plastic material) , the outer side mold sealing material of the middle frame {WF40AB(O)"-2[OorF(M.IW)]} (can be continued in sections), the outer side mold sealing material of the lower frame {WF40AB(O)"-2[OorF (D.IW)]}, left frame outer side molding gasket {WF40AB(O)"-2[OorF(L.IW)]}, right frame The outer side molding gasket {WF40AB(O)"-2[OorF(R.IW)]}, or the outer side molding material of the upper semicircular frame {FW40AB(O)"-2[OorF(U. IW)]}; while

(3) Support the outer sides of the window frame (WF40) on the molded pad material on the outer side of the window frame (WF40), and fix it with iron nails [WF40AB(O)"-3-An(OorF)] The internal support material of the lower square frame of the window frame (WF40), the internal support material of the middle frame {WF40AB(O)"-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)"-3[WF40( D.S)]}, the inner support material of the left frame {WF40AB(O)"-3[WF40(L.S)]}, the inner support material of the right frame {WF40AB(O)"-3[WF40(R.S)]} (Part) on the positioning plate; and

(4) On the internal supporting material of the window frame (WF40), use iron nails [WF40AB(O)"-2-An(IorL)] to fix the "double-glazed window with a semi-circular opening with an expanded edge. Frame assembly "[WF40AB(O)"] is a molding (pad) plate for the rear assembly or inner side of the lower square frame, and a molding (pad) plate for the middle frame {WF40AB(O)"-2[IorL(M) ]}, lower frame molding (pad) board {WF40AB(O)"-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)"-2[IorL(L)]} , The right frame molding (pad) board {WF40AB(O)"-2[IorL(R)]} is placed on the outer surface of the wood angle of the internal support material; and the window frame (WF40) is made into a wall formwork A double-layered semicircular opening with an expanded edge on the surface of the side mold outside the cavity or the previously assembled side mold and the inner (or inner or outer) mold sealing material that can continue to support the upper semicircular frame. Window frame assembly "[WF40AB(O)"]; and you can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ At the position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)"], directly use iron nails [FW-W(OorF)-WF40AB(O)"-An] from the window frame assembly [ The positioning plate of WF40AB(O)"] is fixed to the wall side molding [WF-W(OorF)]; it can support the molding material (foam) on the inner (or inner or outer) side of the upper semicircular frame Plastic material) {FW-WF40AB(O)"-2-[U.TW(I&O)]} on the inner molding (pad) plate of the lower square frame;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)"-An] of the supporting side pressure (resultant force) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to the The inner side molding gasket [WF40AB(O)"-2(IorL)] or the internal supporting material [WF40AB (O)"-3(WF40)], the materials of "window frame assembly"[WF40AB(O)"] or its "door frame assembly", wall inner molding, and outer molding are composed into a composite material , a schematic diagram of the implementation of the combined steps of completing the wall formwork and preparing for pouring concrete.

And please look at Figure 5-1: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that "a double-layer window frame with a semi-circular opening" (WF40 ) or its door frame, made into "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] [WF40AB(O)"] or its "door frame assembly", to Undertake the installation of "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] or [WF40AB(O)"] or its "door frame assembly" in the wall mold cavity of the formwork project In the process, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood material, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity. , after pouring concrete and disassembling (taking it off), use the concrete of the structure to seal the outer periphery of the double-layer square window frame (WF40) on the structure. The product diagram in the upper part of the picture is PD.TYP (A ), in order to show that the window frame (WF40) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), cast concrete to seal the window frame (WF40) on the structure in one piece. It has the value of waterproofing, beautiful appearance and solidity, or the lower edge of the window frame can be cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage, waterproofing and permeability schematic diagram; also in the figure The product picture PD.TYP (B) in the lower part shows that the window frame (WF40) can be installed on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window frame (WF40) can be cast in one piece. On the structure, the outside of the window frame (WF40) is cast to have an expansion edge consistent with the positioning plate [WF40AB(O)"-1] of the "window frame assembly" [WF40AB(O)"] [WF40AB-1(O )] has the value of being waterproof, beautiful, and sturdy, and may be The lower edge of the window frame is cast in concrete so that the outer edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration effects; a schematic diagram of the product showing the technical features of novelty, progress and practicality.

Please look at Figure 1-1: To illustrate the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" in the reinforced concrete wall (W-RC) structure (mold cavity) On the top, concrete is integrally cast to fix the window frame (WF40) on the structure, and a positioning plate [WF40AB(O)] with the "window frame assembly" [WF40AB(O)"] is cast on the outside of the window frame (WF40). "] The expanded edge has a uniform and beautiful shape, or you can apply a decorative surface such as crushed stones or chopped stones [WF40AB-1(O)-CMorSC] on the expanded edge to make it more waterproof, beautiful, and sturdy, or you can add it to the window The lower edge of the frame is cast in concrete so that the outer edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration effects; a schematic diagram of the product showing novelty, progress and practical technical features; etc. Implementation diagram with novelty, advancement, industrial utilization and practical value.

8. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames", which features include: making the door frame or window frame to be installed on the wall of the house "with an expanded edge type" "Window frame or door frame assembly"; use the inner or outer edge or inner edge of the window frame or door frame to set "positioning plates" in the assembly to produce "window frame or door frame assembly with expanded edge type"; in The formwork project is used to construct wall or column, wall or column, wall, beam or column, wall, beam, and floor formwork cavity. The formwork surface of the wall side formwork that is assembled in advance needs to be placed at the position where the window frame opening formwork needs to be applied, which is easy and direct. Use iron nails to fix the "positioning plate" that has been assembled on the inner or outer edge of the "window frame or door frame assembly with an expanded edge type" on the lining of the wall side formwork that has been assembled; Tie steel bars or water and electricity pipes, and then continue to the other side of the combined wall mold cavity; after the formwork project is completed or jointly completed, the wall or column with "window frame or door frame assembly with expanded edge type", Wall or column, wall, beam or column, wall, beam, floor mold cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for A "window frame or door frame assembly with an expanded edge type" made by a combination of iron nails; or a structural assembly that uses iron nails to fix a "window frame or door frame assembly with an expanded edge type" in the wall mold cavity; Produce the performance of composite materials, reduce the deflection produced by the concrete embedding process of door frames or window frames, or produce a deflection that meets the construction quality requirements, or produce a formwork construction method that approaches zero deflection effect; or a one-time process construction (grouting) )'s waterproof performance can directly produce "a house that is integrally cast with concrete to seal the perimeter of the window frame or door frame into an expanded edge type with concave concrete."

To explain in detail the features and effects of claim 8 of this invention; please refer to the "Application Patent Application" which discloses claim 1 or 2 or 3 or 4 or 5 or 6 or 17 and claim 8 of this invention. The technical characteristics of advancement or novelty within the scope of the competition and the best implementation methods and implementation schematic diagrams with great industrial applicability and practical value;

Please refer specifically to Figure 5D: It is a formwork project designed or implemented on a cast concrete production structure based on the original invention "an engineering construction method": it is found that a double-layer (with a semicircular skylight on the upper part) window frame ( WF40) or its door frame, which is produced as a "double-layer window frame assembly with a semi-circular opening with an expanded edge"[WF40AB(O)"] suitable for being mounted on the outer molding of the external wall mold cavity of the formwork project or The "door frame assembly" and the castable concrete have an octagonal expanded edge on the outside of the upper semi-circular frame and a square expanded edge on the lower square frame. During the formwork work, iron nails can be used to fix the "with expanded edge" The double-layer window frame assembly with a semi-circular opening on the side "[WF40AB(O)"] is installed on the outside of the wall or on the wall side molding on the pre-assembled side [FW-W(OorF)-WF40AB(O)"-An( O)]' And in the cross-sectional view "AA" SECTION in the figure, it is clearly stated: "Double-layer window frame assembly with semi-circular open sky with expanded edge"[WF40AB(O)"]. First, cut a positioning plate [WF40AB(O)"-1(OorF)] that is the same as or combined with the required expansion edge size of the window frame (WF40), and design the middle and lower frame parts as shown in the figure As shown in the cross-sectional view "AA" SECTION, the middle frame sealing material {WF40AB(O)"- 2[OorF(M.IW)]} (can be continued in sections), lower frame mold sealing material {WF40AB(O)"-2[OorF(D.IW)]}, and set the outer mold seals of the left and right frames Material {WF40AB(O)"-2[OorF(L.IW)]}, {WF40AB(O)"-2[OorF(R.IW)]}, or you can first mold the outer side of the upper semicircular frame material (foam plastic material) {WF40AB(O) "-2[OorF(U.IW)]} on the positioning plate, on the outer edge of the retractable window frame (WF40) on the outer molding material, Then, use iron nails to fix the inner support material of the middle frame {WF40AB(O)"-3[WF40(MS)]} (can be continued in sections) and the inner support material of the lower frame {WF40AB() inside the window frame (side). O)"-3[WF40(DS)]}, and set the left and right frame internal support materials {WF40AB(O)"-3[WF40(LS)]}, {WF40AB(O)"-3[WF40( RS)]}, and you can continue to use iron nails to set (fix) one or two or more layers of pads as the inner side of the window frame or the middle frame molding (pad) board on the rear side {WF40AB(O)"- 2[IorL(M)]}, the lower frame molding (pad) plate {WF40AB(O)"-2[IorL(D)]} is placed on its internal support material, and the inner molding of the left and right frames is set (Padding) boards {WF40AB(O)"-2[IorL(L)]}, {WF40AB(O)"-2[IorL(R)]} are made into a mold cavity suitable for installation in the external wall of the formwork project. "Double-layer window frame assembly with semi-circular opening with expanded edge" [WF40AB(O)] is mounted on the outer side molding or the pre-assembled wall side molding and the inner molding material that continues to support the upper semi-circular frame. "] or its "door frame assembly" assembly implementation schematic diagram.

Please see Figure 5D 1 : The original invention discloses the "double-layer window frame assembly with a semicircular open sky with expanded edges"[WF40AB(O)"] or The "door frame assembly" is matched with the "AA" SECTION cross-sectional view in the figure, and the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure are clearly stated; in the parts shown in the figure , combination step diagram:

(1) Cut and make a positioning plate {WF40AB(O)"-1[OorF]} with the same size as the required expansion edge (peripheral) of the window frame (WF40), or

(1-1) Cut and combine the left and right pieces into a positioning plate {WF40AB(O)"-1[OorF(L)] that is the same size as or slightly smaller than the expanded edge (periphery) of the window frame (WF40) }, {WF40AB(O)"-1[OorF(R)]}; and

(2) Install [WF40AB(O)"-2-An(OorF)] window frame (WF40) outer side mold sealing material on the positioning plate (fix it with iron nails or glue the wood angle or foam plastic material), The outer side mold sealing material of the middle frame {WF40AB(O)"-2[OorF(M.IW)]} (can be continued in sections), the outer side mold sealing material of the lower frame {WF40AB(O)"-2[OorF( D.IW)]}, left frame outer side molding gasket {WF40AB(O)"-2[OorF(L.IW)]}, The molding gasket material for the outer side of the right frame {WF40AB(O)"-2[OorF(R.IW)]}, or the molding material for the outer side of the upper semicircular frame {FW40AB(O)"-2[OorF( U.IW)]}; while

(3) Support the outer sides of the window frame (WF40) on the molded pad material on the outer side of the window frame (WF40), and fix it with iron nails [WF40AB(O)"-3-An(OorF)] The internal support material of the lower square frame of the window frame (WF40), the internal support material of the middle frame {WF40AB(O)"-3[WF40(M.S)]}, the internal support material of the lower frame {WF40AB(O)"-3[WF40( D.S)]}, the inner support material of the left frame {WF40AB(O)"-3[WF40(L.S)]}, the inner support material of the right frame {WF40AB(O)"-3[WF40(R.S)]} (Part) on the positioning plate; and

(4) On the internal supporting material of the window frame (WF40), use iron nails [WF40AB(O)"-2-An(IorL)] to fix the "double-glazed window with a semi-circular opening with an expanded edge. Frame assembly "[WF40AB(O)"] is a molding (pad) plate for the rear assembly or inner side of the lower square frame, and a molding (pad) plate for the middle frame {WF40AB(O)"-2[IorL(M) ]}, lower frame molding (pad) board {WF40AB(O)"-2[IorL(D)]}, left frame molding (pad) board {WF40AB(O)"-2[IorL(L)]} , The right frame molding (pad) board {WF40AB(O)"-2[IorL(R)]} is placed on the outer surface of the wood angle of the internal support material; and the window frame (WF40) is made into a wall formwork A double-layered semicircular opening with an expanded edge on the surface of the side mold outside the cavity or the previously assembled side mold and the inner (or inner or outer) mold sealing material that can continue to support the upper semicircular frame. Window frame assembly "[WF40AB(O)"]; and you can

(5) To undertake the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" on the side formwork surface outside the wall formwork cavity of the structural formwork project for casting concrete or on the side formwork surface that has been assembled beforehand [ At the position of the window frame (WF40) set out on FW-W(OorF)-WF40AB(O)"], directly use iron nails [FW-W(OorF)-WF40AB(O)"-An] from the window frame assembly [ The positioning plate of WF40AB(O)"] is fixed to the wall side formwork [WF-W(OorF)]; it can support the inside (or inside or outside) of the upper semicircular frame The side molding material (foam plastic material) {FW-WF40AB(O)"-2-[U.IW(I&O)]} is placed on the inner molding (pad) plate of the lower square frame;

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner side molds [FW-W (IorL)] behind the wall, with a sufficient number (with sufficient lateral force strength). The iron nails [FW-W(IorL)-WF40AB(O)"-An] of the supporting side pressure (resultant force) are driven from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] to the The inner side molding gasket [WF40AB(O)"-2(IorL)] or the internal supporting material [WF40AB (O)"-3(WF40)], the materials of "window frame assembly"[WF40AB(O)"] or its "door frame assembly", wall inner molding, and outer molding are composed into a composite material , a schematic diagram of the implementation of the combined steps of completing the wall formwork and preparing for pouring concrete.

Please take a look at Figure 5-1: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that "a double-layer window frame with a semi-circular opening" (WF40) or its door frame, made into "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)][WF40AB(O)"] or its "door frame assembly" , to undertake the installation of "window frame assembly" [WF40AB(O)] or [WF40AB(O)'] or [WF40AB(I)] or [WF40AB(O)"] or its "door frame assembly" on the formwork wall In the mold cavity, the outer edge and outer edge groove of the window frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wooden materials, together with the mold sealing material of the window frame assembly, become the mold for side sealing of the wall mold cavity. For the surface edge, after pouring concrete, after dismantling (removing), use the concrete of the structure to seal the outer periphery of the double-layer square window frame (WF40) on the structure. Product diagram PD.TYP in the upper part of the picture. (A), to show that the window frame (WF40) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), the window frame (WF40) is integrally cast with concrete and sealed on the structure. , for the value of being waterproof, beautiful, and sturdy, it is possible to cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z), in order to have better drainage, waterproofing, and penetration effects; in addition, the diagram The product drawing PD.TYP (B) in the lower part of the picture shows that the window frame (WF40) can be installed on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window frame (WF40) can be cast in one piece ) on the structure, on the window frame (WF 40) The outer side is cast to have a beautiful shape consistent with the expanded edge of the positioning plate [WF40AB(O)"-1] of the "window frame assembly" [WF40AB(O)"] [WF40AB-1(O)]. It has the value of waterproofing, beautiful appearance and solidity. It is possible to cast concrete on the lower edge of the window frame so that the outer edge is lower than the inner edge to form a gap (Z), so as to have better drainage, waterproofing and penetration effects; and to show novelty and progress. , product schematic diagram of industrial utilization and practical technical features.

As shown in Figure 1-1: To illustrate the installation of "window frame assembly" [WF40AB(O)"] or its "door frame assembly" in the reinforced concrete wall (W-RC) structure (mold cavity) On the top, concrete is integrally cast to fix the window frame (WF40) on the structure, and a positioning plate [WF40AB(O)] with the "window frame assembly" [WF40AB(O)"] is cast on the outside of the window frame (WF40). "] The expanded edge has a uniform and beautiful shape, or you can apply a decorative surface such as crushed stones or chopped stones [WF40AB-1(O)-CMorSC] on the expanded edge to make it more waterproof, beautiful, and sturdy, or you can add it to the window The lower edge of the frame is cast with concrete so that the outer edge is lower than the inner edge to form a gap (Z), which has better drainage, waterproofing and penetration effects; a schematic diagram of the product showing the technical features of novelty, advancement, industrial availability and practicality .

9. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames", which features: making a "round window" from a round window frame or door frame to be installed on the wall of the house "Frame or door frame assembly"; use the inner or outer side or inner edge of the circular window frame or door frame, and set "positioning plates" to assemble the "circular window frame or door frame assembly"; construct in the formwork project Wall or column, wall or column, wall, beam or column, wall, beam, floor template cavity, the mold surface of the wall side mold assembled in advance needs to be applied to the position of the circular window or door frame opening mold, it is easy to directly use Iron nails are used to fix the "positioning plate" that has been assembled on the inner or outer edge of the "round window frame or door frame assembly" to the lining plate of the wall side formwork that has been assembled previously; it can be used to tie steel bars or water and electricity pipes Road, then continue on the other side of the combined wall mold cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall, beam or column, with "round window frame or door frame assembly", Wall, beam, and floor formwork cavities; the process of casting concrete, supporting the dynamic pressure or lateral pressure generated by the mold cavity or evenly distributed load, automatic or intelligent mechanical formwork engineering equipment, for "round window frames made by a combination of iron nails" or door frame assembly"; Or use iron nails to fix the "round window frame or door frame assembly" in the wall mold cavity; to produce composite material properties, which can reduce the deflection caused by the door frame or window frame in the concrete embedding process or make it suitable for construction The deflection required by quality or the formwork construction method that produces a near-zero deflection effect; or the waterproofing performance of one-time construction (grouting), directly producing "houses with one-piece cast concrete to seal round window frames or door frames".

To explain in detail the features and effects of claim 9 of the present invention; please refer to the disclosure of claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 and "" of claim 9 of the present invention. The progressive or novel technical features of the application scope and the best implementation method and implementation schematic diagram that are highly industrially exploitable and practical;

Please refer specifically to Figure 6: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that round window frames (WF50) or its door frames are used to make suitable The "round window frame assembly" [WF50AB(O)] or its "door frame assembly" installed on the wall mold cavity of the formwork project should be fixed with iron nails during the formwork project. (OorI)] or its "door frame assembly" on the pre-assembled side wall side formwork on the outside or inside of the wall [FW-W(OorI)-WF50AB(OorI)-An]; thus the boards and materials of the formwork project can be recycled The remaining waste materials are used to make "door or window frame assembly"; and in the "A-A" SECTION cross-sectional view in the figure, it is clearly stated: "Round window frame assembly" [WF50AB (OorI)] is made. It is designed by cutting an inscribed square plate that is the same as or slightly smaller than the inner edge of the circular frame of the window frame (WF50) as the positioning plate [WF50AB(OorI)-1(OorI)], as shown in the figure As shown in the cross-sectional view "A-A" SECTION, the outer or inner side mold sealing material of the window frame [WF50AB(OorI)-2(L.IW)]&[WF50AB(OorI) is assembled or glued to the outer edge of the positioning plate with foam plastic material )-2(R.IW)], the window frame (WF50) can be mounted on the outer or inner molding material, and the iron nails [WF50AB(OorI)-3] can be set on the inner edge of the window frame. -An] Support materials for fixing the inside of the window frame: upper internal support material and support pad {WF50AB(OorI)-3[WF50(U.S&I.W)]}, lower internal support material {WF50AB(OorI)-3[ WF50(D.S&I.W)]}, support pad material, and preset left and right internal support material support pad {WF50AB(OorI)-3[WF50(L.S&I.W)]}, {WF50AB(OorI)-3[WF50(R.S&I.W)]} is placed on the positioning plate and can be combined or glued to the inner or outer side molding material of the window frame of foam plastic material [WF50AB(OorI) )-2(L.IW)]&[WF50AB(OorI)-2(R.IW)], to make a round shape suitable for mounting on the outside or inside of the wall of the formwork project on the previously assembled wall side formwork The "window frame assembly" [WF50AB (OorI)] of the window frame (WF50) or its "door frame assembly"; to recycle the remaining scraps of the panels used in the formwork project, improve the utilization rate of formwork materials, reduce waste, and improve maintenance Environment, improve construction quality, increase the completion rate of formwork projects in construction projects, reduce material consumption rates, shorten the construction procedures of construction projects, improve the construction efficiency of formwork projects, and reduce costs; technology that shows novelty, advancement, and practicability Features, and a schematic diagram of the implementation of the formwork construction method with great circular economic benefits.

Please look at Figure 6-1 : The original invention discloses the "round window frame assembly" [WF50AB (OorI)] or its "door frame assembly" shown in Figure 6, which matches the "AA" in the figure. SECTION cross-sectional view clearly shows the assembly steps (SOP) or assembly procedures of the parts (materials) shown in the figure; in the parts and assembly step diagram shown in the figure:

(1) In order to cut and make a square positioning plate [WF50AB(OorI)-1(OorI)] with the same or slightly smaller size as the inner edge (circle) of the circular window frame (WF50) and the outside of the combined window frame ( Or the left and right foam plastic molding materials [WF-50AB(OorI)-2(L.IW)], [WF50AB(OorI)-2(R.IW)] on the inner side, or

(1-1) Cut and combine the upper and lower or left and right pieces into a square positioning plate that is the same as or slightly smaller than the inner edge (circle) of the window frame (WF50) {WF50AB(OorI)-1 [OorI(U)]}, {WF50AB(O)-1[OorF(D)]} and the molding material of the left and right foam plastic materials on the outside of the combined window frame [WF50AB(OorI)-2(L.IW )], [WF50AB(OorI-2(R.IW)]; and

(2) The outer or inner edge of the window frame (WF50) is supported on the molded pad material on the outer side of the window frame (WF50), and the "foam plastic support pad" is continued on the inner edge of the combined window frame. Internal support material, use iron nails [WF50AB(OorI)-3-An] to fix the internal support material of the window frame (WF50): upper internal support material and support pad {WF50AB(OorI)-3[WF50(U.S&I. W)]}, lower internal support material and support Support pad {WF50AB(OorI)-3[WF50(D.S&I.W)]}, left internal support material and support pad {WF50AB(OorI)-3[WF50(L.S&I.W)]}, right part The internal support material and support pad {WF50AB(OorI)-3[WF50(R.S&I.W)]} are fixed on the positioning plate by using the edge (part) of the internal support material;

(3) Continue to assemble or glue the "round window frame assembly" [WF50AB(O)] on the internal support material of the window frame (WF50), and then assemble or pair the foam mold with the outer or inner sides Sealing material, inner (or outer) side left and right molding pad material [WF50AB(OorI)-2(L.IW)], [WF50AB(OorI)-2(R.IW)] wood angle wood with internal support material The supporting surface; and the window frame (WF50) made into a "round window frame assembly" [WF50AB (OorI)] suitable for mounting on the outer (or inner) wall molding or a pre-assembled side molding surface; And can

(4) Undertake the installation of "window frame assembly" [WF50AB (OorI)] or its "door frame assembly" to assemble a side formwork surface [FW- W(OorI)-WF50AB(OorI)], directly use iron nails [FW-W(OorI)-WF50AB(OorI)-An] from the window frame assembly [WF50AB(OorI) ] The positioning plate is fixed to the wall side formwork [WF-W(OorI)];

After tying steel bars, water and electricity pipes and other facilities in the wall mold cavity, you can continue to assemble the side or inner (I or outer) side formwork [FW-W (IorF)] after the wall is erected, and use the appropriate quantity (with Iron nails [FW-W(IorF)-WF40AB(OorI)-An] with sufficient lateral force strength to support the lateral pressure (the resultant force) are assembled from the back to erect the wall side formwork (or inner or outer formwork) [FW-W(IorF)] The outside of the "round window frame assembly" [WF50AB(OorI)] is nailed to the wood angle of the internal supporting material [WF50AB(OorI)-3(WF50)], making the "window frame assembly" [WF50AB(OorI) )] or its "door frame assembly", wall inner molding, and outer molding materials are composed into a composite material. A schematic diagram of the assembly steps of completing the wall mold cavity and preparing for pouring concrete.

And please see Figure 6-2: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found to be made of round window frames (WF50) or its door frames. "Window frame assembly" [WF50AB (OorI)] or its "door frame assembly", we will install the "window frame assembly" Install "[WF50AB (OorI)] or its "door frame assembly" in the wall mold cavity of the formwork project, and use aluminum alloy or plastic steel or stainless steel or forged alloy or wooden materials to make the outer edge and outer edge groove of the window frame. Together with the mold sealing material of the window frame assembly, it becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the round window frame (WF50) is sealed with structural concrete. A schematic diagram of the product on the structure; in the picture, it is shown that the window frame (WF50) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed window can be cast in one piece The frame (WF50) is cast on the structure to have the value of waterproofing, beauty, and sturdiness, as well as the functions of drainage and waterproof penetration; it is a cast concrete structure with technical characteristics that show novelty, advancement, industrial availability and practical value. Product diagram.

10. A "door and window frame assembly and a formwork construction method for houses with integrated concrete-sealed door and window frames". Its main features include: "octagonal window frame or door frame assembly" is used in the formwork project to construct walls, columns, and walls. Or column, wall, beam or column, wall, beam, floor formwork cavity, the formwork surface of the wall side formwork assembled in advance needs to be applied to the position of the octagonal window frame or door frame opening formwork, which can be easily fixed directly with iron nails. The "positioning plate" assembled on the inner or outer edge of the "octagonal window frame or door frame assembly" is placed on the lining plate of the wall side formwork assembled first; it can be used to tie steel bars or water and electricity pipes, and then continue Formwork on the other side of the combined wall formwork cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall, beam or column, wall, beam, with the "octagonal window frame or door frame assembly" Floor mold cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for the "octagonal window frame or door frame assembly made of iron nails" "; or use iron nails to fix the structural combination of "octagonal window frame or door frame assembly" in the wall mold cavity; to produce composite material properties, which can reduce the deflection caused by the door frame or window frame in the process of embedding concrete or produce adverse effects. The deflection required by the construction quality or the formwork construction method that produces a near-zero deflection effect; or the waterproofing performance of the one-time process construction (grouting), directly produces "a house with an octagonal window frame or door frame that is cast in one piece and solidified with concrete." By.

To explain in detail the features and effects of claim 10 of this invention; please refer to the disclosure of claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 and claim 10 of this invention. The progressive or novel technical features of the "application scope" and the best implementation method and implementation schematic diagram that are highly industrially exploitable and practical;

Please refer specifically to Figure 7: The original invention "a formwork construction method" is based on the design or implementation of the formwork project for the cast concrete production structure: it is found that the octagonal window frame (WF60) or its door frame is used to make a suitable bearing. Install the "octagonal window frame assembly" (WF60AB) or its "door frame assembly" on the formwork surface of the wall mold cavity before assembly in the formwork project. Iron nails should be used to fix the "octagonal window frame assembly" during the formwork project. (WF60AB) or its "door frame assembly" on the outside of the pre-assembled side of the wall mold cavity or on the inner wall side mold [FW-W (OorI)-WF60AB-An]; thus the boards and materials used in the formwork project can be recycled. The waste materials are used to make "door or window frame assembly"; and in the "A-A" SECTION in the picture, it is shown that: in the production of "octagonal window frame assembly" (WF60AB), first of all, cut a The side outer edge of the octagonal window frame (WF60) has the same or slightly smaller size as the positioning plate [WF60AB-1 (OorI)], and the upper and lower frames are designed as shown in the cross-sectional view "A-A" "As shown in SECTION, place the "window frame assembly" on the positioning plate (fix it with iron nails or glue it). First assemble the side upper frame molding material [WF60AB-2 (F.U.IW)] and the lower frame molding material [WF60AB-2(F.D.IW)], and set the left and right frame outer side molding materials [WF60AB-2[F.L.IW)], [WF60AB-2(F.R.IW)] and the remaining 45° frame outer sides. The molding material can be used to support the window frame (WF60) on the molding material, and the upper frame support material of the window frame can be fixed with iron nails on the inside (side) of the window frame {WF60AB-3[WF60(U.S) -1&2]}, lower frame support material {WF60AB-3[WF60(D.S)-1&2]}, and left and right frame internal support materials {WF60AB-3[WF60(L.S)-1&2]}, {WF60AB- 3[WF60(R.S)]-1&2}, and the internal supporting materials of each 45° frame {WF60AB-3[WF60(45°.S)-1&2]}, and can be further set (fixed) with iron nails for one layer or Two or more layers of gaskets are used as "window frame assembly" to assemble the upper frame molding (gasket) plate [WF60AB-2(L.U)] and the lower frame molding (gasket) plate [WF60AB-2(L.D)] on the side. , the inner molding (pad) plate [WF60AB-2(L.L)]}, {WF60AB(O)-2(L.R)] of the left and right frames and the supporting inner edge Molding materials for wood angle lumber or foam plastic lumber [WF60AB-2(L.U.IW)], [WF60AB-2(L.D.IW)], [WF60AB-2(L.L.IW)], [WF60AB-2(L.R.IW)] , {WF60AB-2[L(45°.IW)]}, is made into an "octagonal window frame assembly that is suitable for being mounted on the wall side molding on the outer or inner side of the wall mold cavity in the formwork project. ” (WF60AB) or its “door frame assembly” assembly implementation diagram.

Please look at Figure 11: The original invention discloses the "octagonal window frame assembly" (WF60AB) or its "door frame assembly" as shown in Figure 7. With the "A-A" SECTION cross-sectional view in the figure, at Clearly indicate the assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure, in the parts and assembly step diagram shown in the figure:

(1) Cut a positioning plate [WF60AB-1(OorI)] that is the same size or slightly smaller than the outer edge (periphery) of the window frame (WF60), or

(1-1) Cut two pieces and combine them into a positioning plate {WF60AB-1[OorI(L)]}, {WF60AB-1[OorF() that is the same size as or slightly smaller than the outer edge (periphery) of the window frame (WF60) R)]}; while

(2) Install the "window frame assembly" (WF60AB) on the positioning plate (fixed with iron nails or glued) and first assemble the side molding materials (wood angles (or boards) or foamed plastic materials) [ WF60AB(O)-2(F.IW)]; while

(3) When assembling the "window frame assembly" (WF60AB), first assemble the side molding materials to support the outer (or inner) sides of the window frame (WF60), and use iron nails (WF60AB-3-An) Internal support material for pre-fixed window frame (WF60) {WF60AB(O)-3[WF60(U,D,L,R.S)-1&2]}, {WF60AB(O)-3[WF60(45°.S)- 1&2] The edge (part) of the plate is on the positioning plate; and

(4) Fix the "window frame assembly" (WF60AB) on the internal support material of the assembled "window frame assembly" (WF60AB) with iron nails [WF60AB-2-An (IorO)] (can be continued in sections) Then assemble or (inner or outer) side molding (pad) boards: upper frame molding (pad) board [WF60AB(O)-2(L.U)], lower frame molding (pad) board [WF60AB-2 (L.D)], left frame molding (pad) plate [WF60AB-2L.L)], right frame molding (pad) plate [WF60AB-2(L.R)] and 45° frame molding (pad) plate [WF60AB-2(L.45°)] The outer surface of the wood angle of the internal support material is combined with the support of each frame. The molding material [WF60AB-2 (L.IW)] that is combined with the side; and the window frame (WF60) is made into a "window frame assembly" (WF60AB) that is suitable for mounting on the side molding surface of the wall before assembly. ; but can

(5) Undertake the installation of "window frame assembly" (WF60AB) or its "door frame assembly" on the pre-assembled side formwork surface of the wall mold cavity of the structural formwork project for casting concrete [FW-W (OorI)-WF60AB ], directly fix the position of the window frame (WF60) from the positioning plate of the window frame assembly (WF60AB) to the wall side molding [WF-W( OorF)] on;

After the wall mold cavity is completed with the installation of steel bars, water and electricity pipes and other facilities, the side or (inner or outer) side formwork [FW-W (IorO)] can be assembled after the wall is erected. The iron nails [FW-W(IorO)-WF60AB-An] with a force strength equal to the sum of the supporting side pressures are driven into the rear assembly wall side formwork or (inner or outer) side formwork [FW-W(IorO)]. To the wood angle of the inner or outer side molding (gasket) board [WF60AB-2(IorO)] or the internal supporting material [WF60AB-3(WF6O)] of the "window frame assembly" (WF60AB), make the "window frame assembly" (WF60AB) Frame assembly" (WF60AB) or its "door frame assembly", the inner wall formwork, and the outer formwork are composed of components to form a composite material . A schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

And please see Figure 7-2: The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: the "window frame" made of octagonal window frame (WF60) was found Assembly" (WF60AB) or its "door frame assembly", to install the "window frame assembly" (WF60AB) or its "door frame assembly" in the wall mold cavity of the formwork project, using aluminum alloy or plastic steel or stainless steel or The outer edge and outer edge groove of the window frame made of forged alloy or wooden materials, together with the mold sealing material of the window frame assembly, become the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and removed (taken off), A schematic diagram of a product that uses structural concrete to seal the outer periphery of an eight-shaped window frame (WF60) on a structure; the figure shows that the window frame (WF60) can be mounted on a reinforced concrete wall (W-RC) structure At any position on the mold cavity, cast concrete to seal the window frame (WF60) on the structure in one piece, making it waterproof and beautiful. A schematic diagram of a concrete structure product cast with technical characteristics of aesthetics, solidity, drainage, and waterproof penetration; showing progress, novelty, industrial availability, and practicality.

11. A "door and window frame assembly and a formwork engineering construction method for houses with integrally cast concrete to seal the door and window frames", which features include: making a door frame with the same thickness as the distance between the wall mold cavities to be installed on the wall of the house " "Door frame assembly"; use "positioning plates" on the inner or outer edges of the inner edge of the door frame to form a "door frame assembly"; construct walls or columns, walls or columns, walls, beams or columns, The wall, beam, and floor formwork holes are placed in the pre-assembled wall side formwork where the door frame opening formwork needs to be placed. It is easy to directly fix the "positioning plate" on the inner or outer edge of the completed "door frame assembly" at The lining board of the wall side formwork is assembled first; it can be used to tie steel bars or water and electricity pipes, and is continued on the other side of the combined wall formwork cavity; after the formwork project is completed or jointly completed to bear the "door frame assembly" Wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork Engineering equipment, for the "door frame assembly" made of iron nails; or the structural combination of iron nails to fix the "door frame assembly" in the wall mold cavity; to produce composite material properties, to lower the door frame or window frame for fitting The deflection caused by the concrete process may produce a deflection that meets the construction quality requirements or a formwork construction method that produces a near-zero deflection effect; or the waterproof performance of the one-time process construction (grouting) can directly produce "one-piece cast concrete solid sealing door frame" house".

To explain in detail the features and effects of claim 11 of this invention; please refer to the progress or novelty of this invention in disclosing claim 1 or 2 or 3 and the "scope of application" of claim 11. The technical characteristics and the best implementation method and implementation schematic diagram with great industrial utilization and practical value;

Please refer specifically to Figure 8: The original invention of "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that a door frame (DF10) with the same thickness as the wall is made suitable for bearing. Install the "Door Frame Assembly" [DF10AB(O)] on the outer mold of the wall mold cavity in the formwork project. During the formwork project, iron nails should be used to fix the "Door Frame Assembly" [DF10AB(O)] on the outside of the wall or on the pre-assembled side. On the wall side mold [FW-W(OorF)-DF10AB(O)-An(O)]; thus the boards, materials and waste materials used in the formwork project can be recycled to make "door or window frame assembly"; and in the figure It is clearly stated in the "AA" SECTION: In the design and manufacture of the "door frame assembly" [DF10AB(O)], it is first cut (set) to be the same as or three times smaller than the inner edge of the door frame (DF10). The plate parts are used as positioning plates {DF10AB(O)-1[OorF(U)]}, {DF10AB(O)-1[OorF(L)]}, {DF10AB(O)-1[OorF(R)]} , and the inner edge of the outer side of the pre-supported door frame (DF10) is continued from the upper frame, and is designed as shown in the cross-sectional view "AA" SECTION in the figure, and is set on the positioning plate (fixed with iron nails ) The upper frame of the door frame has internal support materials {DF10AB(O)-3[DF10(US)]}, and the internal support materials of the left and right frames {DF10AB(O)-3[DF10(LS)]}, { DF10AB(O)-3[DF10(RS)]}, or with the required intermediate support material {DF10AB(O)-3[DF10(MS)]}; and one layer can be set (fixed) with iron nails Or two or more layers of backing board as the inner side of the door frame (DF10) or the inner side of the upper frame on the rear side as the molding (pad) board {DF10AB(O)-2[IorL(U)]}, the inner side of the left and right frames Molding (pad) board {DF10AB(O)-2[IorL(L)]}, {DF10AB(O)-2[IorL(R)]} or as a fixing board to make a suitable installation for formwork projects The schematic diagram of the assembly of the "door frame assembly" [DF10AB(O)] on the outside of the wall or on the wall side molding that has been assembled beforehand; another

As shown in the figure, the inner side of the door frame (DF10) is placed on the positioning plate , followed by its upper frame, and the upper frame internal supporting material {DF10AB(O)-3 is set on the positioning plate. [DF10(US)]}, and set the internal support materials of the left and right frames {DF10AB(O)-3[DF10(LS)]}, {DF10AB(O)-3[DF10(RS)]}, or With the required intermediate support material {DF10AB(O)-3[DF10(MS)]}, you can then use iron nails to set (fix) one or two or more layers of pads as the outer edge of the door frame (DF10) Or the inner molding (pad) board of the upper frame on the rear side {DF10AB(O)-2[OorL(U)]}, the outer molding (pad) board of the left and right frames {DF10AB(O)-2[OorL [ Schematic diagram of the organization implementation of DF10AB(I)].

Please take a look at Figure 8-1: The original invention disclosed the "door frame assembly" [DF10AB(O)] shown in Figure 8 and matched it with the "A-A" SECTION cross-sectional view in the figure. It is clearly stated in the figure The assembly steps (SOP) or assembly procedures of the parts (components) shown in the figure; in the parts and assembly step diagram shown in the figure:

(1) is a schematic diagram of the outer edge (peripheral) of the door frame (DF10), and

(2) Cut three pieces and combine them (superimpose or connect them up and down) to form an upper positioning plate {DF10AB (O)-1[OorF(U)]} and the left and right positioning plates {DF10AB(O)-1[OorF(L)]}, {DF10AB(O)-1[OorF(R)]}; and The inner edge of the outside of the door frame (DF10) can be placed on the positioning plate; and

(3) Set (fixed with iron nails) [DF10AB(O)-3-An(OorF)] internal support material of door frame (DF10) on the positioning plate, and upper frame internal support material {DF10AB(O)-3[DF10 (U.S)]}, the inner support material of the left and right frames {DF10AB(O)-3[DF10(L.S)]}, the panel edge (part) of {DF10AB(O)-3[DF10(R.S)]} on the positioning plate; and set an appropriate number of intermediate support members {DF10AB(O)-3[DF10(M.S)]}; and

(4) On the internal supporting material of the door frame (DF10), use iron nails [DF10AB(O)-2-An(IorL)] to fix the "door frame assembly" [DF10AB(O)] and then assemble or the inner side Internal fixing plate, upper frame internal fixing plate {DF10AB(O)-2[IorL(U)]}, left frame internal fixing plate {DF10AB(O)-2[IorL(L)]}, right frame internal fixing plate {DF10AB(O)-2[IorL(R)]} is placed on the sides of the wooden angles of the internal supporting materials and the end sides of the middle supporting materials; and the door frame (DF10) is made into a door frame (DF10) suitable for mounting on the outer wall molding or assembling it in advance. "Door frame assembly" [DF10AB(O)] on one side of the mold surface; and you can

(5) The "Door Frame Assembly" [DF10AB(O)] is installed on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or one of the side formwork surfaces [FW-W(OorF)-DF10AB( O)] Shangsuo At the position of the window frame (DF10) when setting out, directly fix it to the wall side molding [WF- W(OorF)] on;

After the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled after the wall is erected, and a sufficient number (with sufficient lateral force strength to support The iron nails [FW-W(IorL)-DF10AB(O)-An] are driven into the door frame assembly from the outside of the rear assembly wall side molding (or inner side molding) [FW-W(IorL)] "Door frame assembly "[DF10AB(O)], the inner wall formwork and the outer formwork are composed of a composite material . A schematic diagram of the assembly steps to complete the wall formwork cavity and prepare for pouring concrete.

And please see Figure 8-2: The original invention "a formwork engineering construction method" is based on the formwork engineering designed or applied to the cast concrete production structure: it is found that the door frame (DF10) is made into a "door frame assembly" [DF10AB (O)], we undertake to assemble the "door frame assembly" [DF10AB (O)] in the wall mold cavity of the formwork project, and make the outer edge and outer edge groove of the door frame made of aluminum alloy, plastic steel, stainless steel, forged alloy or wood. The groove, together with the mold sealing material of the door frame assembly, becomes the edge of the mold surface for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), it is sealed outside the concrete door frame (DF10) of the structure around the structure. The schematic diagram of the product on the body; in the picture, it is shown that the door frame (DF10) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), and the concrete-sealed door frame (DF10) can be cast in one piece On the structure, it has the value of being waterproof, beautiful and sturdy, and has the functions of drainage and waterproof penetration; it is a schematic diagram of the cast concrete product that shows the technical characteristics of progress, novelty, industrial availability and practicality.

12. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "door frame assembly" from a door frame that is to be installed on the wall of the house and has a thickness smaller than the wall mold cavity. "Body"; use "positioning plates" on the inner or outer sides of the door frame to form a "door frame assembly"; in the formwork project, walls or columns, walls or columns, walls, beams or columns, walls, beams, In the floor mold cavity, the pre-assembled wall side mold needs to be placed at the position where the door frame opening mold is applied. It is easy to directly fix the "positioning plate" that has been assembled on the inner or outer side of the "door frame assembly". On the lining of the side formwork of the wall that was assembled first; on the other side of the formwork that can be used to tie steel bars or water and electricity pipes, and then on the other side of the combined wall formwork; after the formwork project is completed or jointly completed, the "door frame assembly" "Wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; the process of pouring concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatically or such as intelligent machinery The formwork engineering equipment is used for the "door frame assembly" made of iron nails; or the structural combination of iron nails to fix the "door frame assembly" in the wall mold cavity; to produce composite material properties, it is carried out by lowering the door frame or window frame The deflection caused by the concrete embedding process may produce a deflection that meets the construction quality requirements or a formwork construction method that produces a near-zero deflection effect; or the waterproof performance of the one-time process construction (grouting) can directly produce "one-piece cast concrete solid A house with a sealed door frame.

To explain in detail the features and effects of claim 12 of this invention; please refer to the progress or novelty of this invention in disclosing claim 1 or 2 or 3 and the "application scope" of claim 12. The technical characteristics and the best implementation method and implementation schematic diagram with great industrial utilization and practical value;

Please especially refer to Figure 9: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that it is made with a door frame (DF20) that is less than the thickness of the wall. It is suitable for mounting the "Door Frame Assembly" [DF20AB(O)] on the outside mold of the wall mold cavity in the formwork project. During the formwork project, iron nails can be used to fix the "Door Frame Assembly" [DF20AB(O)] on the outside of the wall or assemble it first. On the side wall side molding [FW-W(OorF)-DF20AB(O)-An(O)]; the boards, materials and waste materials used in the formwork project can be recycled to make "door or window frame assembly"; As shown in the "A-A" SECTION cross-sectional view in the figure, it is shown that the design of the "door frame assembly" [DF20AB(O)] is first cut (set) with the inner and outer edges of the door frame (DF20) Three plates of the same size or slightly smaller are used as positioning plates {DF20AB(O)-1[OorF(U)]}, {DF20AB(O)-1[OorF(L)]}, {DF20AB(O)-1 [OorF(R)]}, and the upper frame part is designed as shown in the cross-sectional view "A-A" SECTION as shown in the figure, and is directly made on the positioning plate (fixed with iron nails) to support the upper frame of the door frame. material {DF20AB(O)-3[DF20(U.S)]}, and the internal support materials {DF20AB(O)-3[DF20(L. S)]}, {DF20AB(O)-3[DF20(R.S)]}, and the required intermediate support material {DF20AB(O)-3[DF20(M.S)]}, and iron nails can be used Set (fix) one or two or more layers of pads as the inner side of the door frame (DF20) or the upper frame molding (pad) board on the rear assembly side {DF20AB(O)-2[IorL(U)]}, left and The inner molding (pad) board of the right frame {DF20AB(O)-2[IorL(L)]}, {DF20AB(O)-2[IorL(R)]} is made into a formwork suitable for installation Schematic diagram of the assembly of the "Door Frame Assembly" [DF20AB(O)] on the outside of the wall or on the previously assembled wall side molding.

Please look at Figure 9-1: The original invention discloses the "door frame assembly" [DF20AB(O)] shown in Figure 9 in conjunction with the "A-A" SECTION cross-sectional view in the figure. Show the assembly steps (SOP) or assembly procedures of parts (components), as shown in the figure, the assembly steps diagram:

(1) is a schematic diagram of the outer edge (peripheral) of the door frame (DF20), and

(2) Cut three pieces and combine them (superimpose or connect them up and down) to form one with the same size or slightly smaller size than the outer edge (circumference) of the door frame (DF10), as an internal supporting material that has the passage opening and the fixed upper frame. {DF20AB(O)-3[DF20(U.S)]}, internal support materials of left and right frames {DF20AB(O)-3[DF20(L.S)]}, {DF20AB(O)-3[DF20(R.S) ]} frame connecting plate; it can directly support the inner edge of the door frame (DF20) on its internal supporting material; and

(3) Continue to set up an appropriate number of intermediate support materials {DF20AB(O)-3[DF20(M.S)]}; and

(4) On the internal supporting material of the door frame (DF20), use iron nails [DF20AB(O)-2-An(IorL)] to fix the "door frame assembly" [DF20AB(O)] and then assemble or the inner side The molding (pad) board, the upper frame molding (pad) board {DF20AB(O)-2[IorL(U)]}, the left frame molding (pad) board {DF20AB(O)-2[IorL(L) )]}, the right frame molding (pad) board {DF20AB(O)-2[IorL(R)]} is placed on the outer side of the wooden angle of the internal support material and the end side of the middle support material; and the door frame (DF20 ) suitability It can be mounted on the "door frame assembly" [DF20AB(O)] on the outer side formwork of the wall or on the previously assembled side formwork;

(5) The "Door Frame Assembly" [DF20AB(O)] is installed on the outside formwork surface of the wall mold cavity of the structural formwork project for casting concrete or one of the side formwork surfaces [FW-W(OorF)-DF20AB( O)], directly fix the position of the window frame (DF20) to the wall with iron nails [FW-W(OorF)-DF20AB(O)-An] from the positioning plate of the door frame assembly [DF10AB(O)] On the side mold [WF-W(OorF)];

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, the side or inner side molds [FW-W (IorL)] can be assembled behind the wall, with a sufficient number (with sufficient lateral force strength) The iron nails [FW-W(IorL)-DF20AB(O)-An] that support the side pressure (the resultant force) are driven into the door frame assembly from the outside of the rear assembly wall side molding (or inner molding) [FW-W(IorL)] On the inner side molding (pad) board [DF20AB(O)-2(IorL)] and internal support material [DF20AB(O)-3(DF2O)] of the inner side molding (pad) of the body" [DF20AB(O)], let The "door frame assembly" [DF20AB(O)], the inner wall formwork, and the outer formwork are assembled into a composite material . A schematic diagram of the assembly steps of completing the wall formwork cavity and preparing for pouring concrete.

And please see Figure 9-2: The original invention "a pouring formwork construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: the "doorframe assembly" made of doorframe (DF20) was discovered [DF20AB(O)], the "door frame assembly" [DF20AB(O)] is installed in the wall mold cavity of the formwork project, and the outer edge and outer edge groove of the door frame are made of wood, aluminum alloy, plastic steel, stainless steel or forging. The groove, together with the mold sealing material of the door frame assembly, becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the door frame (DF20) is fixed to the structure. Product schematic diagram ; In the figure, to show that the door frame (DF20) can be installed at any position on the reinforced concrete wall (W-RC) structure (mold cavity), concrete is cast to seal the door frame (DF20) on the structure. Waterproof and beautiful A schematic diagram of the implementation of the value of aesthetics and solidity, as well as the progressiveness, novelty, and industrial benefits of drainage, waterproofing, and penetration functions.

13. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its characteristics include: making a "door frame assembly" on the door frame or window frame to be installed on the wall of the house. Or "window frame assembly"; use iron nails to fix the "L-shaped cross-section composite material" on the inner or outer side of the door frame or window frame and support the door frame or window frame on the "positioning plate" to make a "door frame assembly" or "Window frame assembly"; in the formwork project, walls or columns, walls or columns, walls, beams or columns, walls, beams, and floor template cavities are constructed. The wall side molds that are assembled first need to be constructed with the openings of the door frames or window frames. In terms of the position of the mold, it is easy to directly fix the "positioning plate" that has been assembled inside or on the outside edge of the "door frame assembly" or "window frame assembly" with iron nails on the mold surface (lining) of the wall side mold that was previously assembled. board); or directly fix the "L-shaped cross-section composite material" with iron nails on the formwork surface (lining plate) of the previously assembled wall side formwork, and use the support assembly to make the "window frame or door frame or panel door frame assembly" in advance On the formwork surface (lining plate) of the assembled wall side formwork; it can be used to tie steel bars or water and electricity pipes, and then on the other side formwork of the combined wall formwork; after the formwork project is completed or jointly completed to bear the "door frame" "Assembly" or "window frame assembly" or "slab door frame assembly" wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; the process of pouring concrete, supporting the mold cavity Dynamic pressure or lateral pressure or uniform load, automatic or intelligent mechanical formwork engineering equipment, for "door frame assembly" or "window frame assembly" or "panel door frame assembly" made of iron nails; or with iron nails Nails are used to fix the structural combination of "door frame assembly" or "window frame assembly" or "slab door frame assembly" in the wall mold cavity; it produces composite material properties and reduces the damage caused by the door frame or window frame during the embedding concrete process. The deflection may produce deflection that meets the construction quality requirements or produce a formwork construction method that approaches zero deflection effect; or the waterproof performance of one-time construction (grouting) can directly produce "one-piece cast concrete solid sealing door frame or window frame" House" person.

To explain in detail the features and effects of claim 13 of this invention; please refer to the progress or effectiveness of this invention in disclosing claim 1 or 2 or 3 and the "application scope" of claim 13. The technical features of the novelty and the best implementation method and implementation schematic diagram with great industrial applicability and practical value;

Please especially refer to Figure 11: The original invention of "a formwork engineering construction method" is based on the design of the wall mold cavity of the formwork engineering and the pre-assembled wall side formwork [FW-W(F)]. Make a "window opening side mold" (WHS) as shown in the upper left part of the picture or a "door opening side mold" (DHS) as shown in the lower left part of the picture, and use it to make "window frame assembly" or "door frame" In the "assembly", it is placed inside the window frame or door frame. "Use iron nails (WorD.HS-3) to fix the wooden angle (WorD.HS-1) on the plate (WorD.HS-2) to make "L""Type internal support material"; when used as the opening side mold of a window or door, as shown in the "WorD.HS" detail in the figure, it can be made into an "L"-shaped cross-section member with the same thickness as the wall mold cavity. As "window or door opening side molding"(WorD.HS); as shown in the upper left part of the picture, the wall side molding [FW-W(F)] that has been assembled in the wall molding cavity is marked (set) On the marking line of the window opening, directly use iron nails {WHSAn[W(F)]} to fix the "L"-shaped cross-section member of the window opening side molding at this location to form the window opening side sealing mold: upper part Side molding [WHS(US)], left side molding [WHS(LS)], right side molding [WHS(RS)], lower side molding [WH.S(DS)], or opening in rectangular window Intermediate supports [WHS (MS)] are provided inside the opening side molds on the long sides (upper and lower in the figure) to adjust the support span; and can be designed to reserve mold removal clearances at the orthogonal parts of the opening side molds. Use thin sheets as the patching plates (WHS-pp) for the window opening side molding to improve construction efficiency; and wait until the side wall side molding [FW-W(L)] is assembled after assembly, as shown in the figure As shown in the "AA" SECTION, use iron nails {WHS-An[W(L)]} to fix the wall side molding [FW-W(L)] on the rear assembly side to the window opening side molding [WHS(U , L, R, D)], assemble the side formwork [FW-W(F)], "window opening side formwork" [WHS(U, D, L, R)], and wall After assembling the side formwork [FW-W(L)], the panels constitute the composite material shown in the "AA" SECTION in the picture . After completing the subsequent casting of concrete in the wall mold cavity, the pre-assembled window opening side mold cavity is completed. Implementation diagram; in addition, as shown in the lower left part of the figure, it is shown on the door opening marking line marked (shown) on the wall side mold [FW-W (F)] that has been assembled in the wall mold cavity in advance. Use iron nails {DHSAn[W(F)]} to fix the side molding of the door opening in this part: the upper side molding of the door opening [DHS(US)], the left molding [DHS(LS)], and the right molding [DHS(RS) ], or add an intermediate support [DHS(MS)] inside the vertical (left and right) opening mold of the door opening to adjust the support span; it is also possible to reserve mold removal at the orthogonal parts of each opening mold. The gap is repaired by using a thin plate as the patching plate (DHS-pp) of the door opening mold to improve the construction efficiency; this can be done after the assembly of the side wall mold [FW-W (L)]. As shown in the "BB" SECTION in the picture, use iron nails {DHS-An[W(L)]} from the outside of the wall side molding [FW-W(L)] on the rear assembly side to fix it to the door opening side molding [DHS( U, L, R)], use the formwork on the side where the wall is assembled first [FW-W(F)], the "door opening side formwork" [DHS(U, L, R)], and the wall assembly on the back The panels of the side formwork [FW-W(L)] constitute the composite material as shown in the "BB" SECTION in the picture , or a construction channel is retained in the door opening mold part, and the wall mold cavity is completed to prepare the door for pouring concrete. Schematic diagram of the implementation of the opening mold cavity.

14. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames", which features: directly forming a "slab door frame assembly" from the plate door frame to be installed on the wall of the construction project "Body"; in the formwork project to construct wall or column, wall or column, wall, beam or column, wall, beam, floor formwork cavity, directly on the previously assembled wall side formwork, the opening formwork of the door frame is originally required to be made At the position, nail the "L-shaped cross-section composite material" as the internal supporting material of the door frame; place the "board door frame" with a width equal to or slightly smaller than the distance between the wall mold cavity and the "L-shaped cross-section composite material" in the frame (support) ", and then set up its internal supporting materials to form a "slab door frame assembly" with composite material properties or a "slab door frame assembly with a wall passage opening"; it can be combined with tied steel bars or water and electricity pipes, and then continues in the assembly The other side formwork of the wall mold cavity; after the formwork project is completed or jointly completed to bear the wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity with "slab door frame assembly"; casting In the concrete process, it supports the dynamic pressure or lateral pressure generated by the mold cavity or the uniform load. Automatic or formwork engineering equipment such as intelligent machinery, for the "slab door frame assembly" made of iron nails; or the "board door frame assembly" is fixed with iron nails. "Slab door frame assembly" is a structural combination in the wall mold cavity; it produces composite material properties, which reduces the deflection produced by the door frame or window frame during the concrete embedding process or produces a deflection that meets the construction quality requirements or produces a near-zero deflection effect. formwork engineering construction method; or the waterproofing performance of one-time construction (grouting) to directly produce "houses with integrated cast concrete sealing board door frames".

To explain in detail the features and effects of claim 14 of this invention; please refer to the progress or effectiveness of this invention in revealing claim 1 or 2 or 3 or 13 and the "application scope" of claim 14. The technical features of the novelty and the best implementation method and implementation schematic diagram with great industrial applicability and practical value;

In particular, please refer to Figure 10: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: a door panel frame (DF30) with the same thickness as the wall is found and directly It is applied to the wall side molding [FW-W (OorF)] assembled in the wall mold cavity of the formwork project to form a "door panel frame assembly" (DF30AB); thus, the boards, materials and waste materials used in the formwork project can be recycled. Make the "door or window frame assembly"; and it is clearly stated in the "A-A" SECTION in the picture: the "door panel frame assembly" (DF30AB) is first made by cutting (setting) the door panel frame (DF30) three panels and wooden angles with the same or slightly smaller inner edge dimensions are used to make the upper frame internal support material {DF30AB-3[DF30(U.S)]} of the door panel frame (DF30), the left and right frames The internal supporting materials {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]} are installed on the side mold [FW-W(OorI)] of the wall mold cavity in advance. Fix the internal supporting material of the upper frame of the door frame {DF30AB-3[DF30(U.S)]} on the wall side molding, and then support the door panel frame (DF30) on the internal supporting material of the upper frame, and then use iron nails[ DF30AB-3-An] to fix the left and right frames of the internal support members {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]}, or set up an appropriate number of intermediate support members {DF30AB-3[DF30(M.S)]}, a schematic diagram of the assembly of the "door frame assembly" (DF30AB) that is assembled on the wall side mold that is first assembled in the wall mold cavity of the formwork project.

Please take a look at Figure 11: The original invention disclosed the "door frame assembly" (DF30AB) shown in Figure 10 and matched it with the "A-A" SECTION cross-sectional view in the figure. It is clearly stated that as shown in the figure The assembly steps (SOP) or assembly procedures of parts (components); in the parts and assembly steps diagram as shown in the figure:

(1) is a schematic diagram of the outer edge (peripheral) of the door panel frame (DF30), and

(2) Cut (set) three pieces of boards and wood angles that are the same as or slightly smaller than the inner edge of the door frame (DF30) to make the internal support material for the upper frame of the door frame {DF30AB-3[DF30(U.S) ]}, the internal supporting materials of the left and right frames {DF30AB-3[DF30(L.S)]}, {DF30AB-3[DF30(R.S)]}, and on the side mold that is first assembled in the wall mold cavity [FW- W(OorI), pre-mark the horizontal line of the lower edge of the upper frame [FW-W(OorI)-DF30-U.L.I], and pre-fix the internal support material of the upper frame of the door panel {DF30AB-3[DF30(U.S)]}; and

(3) After supporting the door panel frame (DF30) on the internal supporting material of the upper frame, continue to use iron nails to fix the internal supporting materials of the left and right frames {DF30AB-3[DF30(L.S)]}, {DF30AB-3[ DF30(R.S)]}, and set up an appropriate number of intermediate support materials {DF30AB-3[DF30(M.S)]}, or have construction openings; and make the door panel frame (DF30) and assemble it in the wall mold cavity first "Door panel frame assembly" (DF30AB) on one side of the mold surface;

Once the wall mold cavity has been tied with steel bars, water and electricity pipes and other facilities, you can continue to assemble the side or (inner or outer) side formwork [FW-W (IorO)] behind the wall, with a sufficient quantity (with sufficient Iron nails [FW-W(IorO)-DF30AB-An] whose lateral force strength is equal to the resultant force of supporting side pressure) are assembled from the rear of the wall side molding or external nails of the (internal or external) side molding [FW-W(IorO)] Insert the wood angles of the internal supporting materials [DF30AB-3 (DF30)] of the "door panel frame assembly" (DF30AB), and make the panels of the "door panel frame assembly" (DF30AB), wall inner molding, and outer molding form as follows The composite material shown in the "AA" SECTION in the picture is a schematic diagram of the combined steps of completing the wall mold cavity and preparing for pouring concrete.

And please see Figure 10-2: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: it is found that the wooden frame (DF30) is directly placed on the wall mold cavity of the formwork project , a "door frame assembly" (DF30AB) is made, and the outer edge and outer edge (groove) of the wooden door frame become the mold surface (or door opening template) for the side sealing of the door opening of the wall mold cavity. After pouring concrete and disassembling (removing), the product diagram "FW-DF30-PD" is shown on the outer periphery of the concrete-sealed door panel frame (DF30) of the structure; in the picture, it is shown that it can withstand system The door panel frame (DF30) is placed at any position on the reinforced concrete wall (W-RC) structure (mold cavity). The door panel frame (DF30) is integrally cast with concrete to solidify the door panel frame (DF30) on the structure, and then on the inner edge of the door panel frame. The side can be decorated with beautiful, durable and high-value decorative panels (DF30-P2A) or (DF30-P2B) or (DF30-P2C) and door panels (F30-P1) according to the design requirements, as shown in the figure Among them, "B-B"SECTION(TYP.A), "B-B"SECTION(TYP.B), and "B-B"SECTION(TYP.C) are shown.

15. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "door frame assembly" on the door frame or window frame to be installed on the wall of the construction project. "Body" or "window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame to set "positioning plates" to assemble the "door frame assembly" or "window frame assembly"; The walls of the concrete, brick or hollow brick construction projects that have been cast or laid in advance are reserved for wall openings that need to be used for subsequent installation of door frames or window frames; in conjunction with the subsequent construction of the wall openings or wall openings and floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, floor slabs for formwork work; wall openings that are assembled before the wall opening mold cavity is constructed On the side molding, at the correct position where the door frame or window frame needs to be installed, directly fix the "positioning plate" that has been assembled on the inside or outside edge of the "door frame assembly" or "window frame assembly" with iron nails. On the side mold of the assembled wall or in the mold cavity of the thicker wall opening, first fix the "L-shaped cross-section composite material" with iron nails, and then stack and fix the "door frame assembly" or "window frame assembly" on the "L-shaped On the side edge of the "section composite material"; or first fix the "positioning plate" on the "door frame assembly" or "window frame assembly" with iron nails on the side molding of the wall opening that was assembled first, and then superimpose and fix the "L-shaped "Sectional composite material" on the side of the "door frame assembly" or "window frame assembly"; it can be used to tie steel bars or distribute water and electricity pipes, and then add it to the other side of the mold cavity of the composite wall opening; in the formwork project Complete or jointly complete the undertaking of wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or Columns, wall openings, beams, and floor formwork cavities; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for iron nails The "door frame assembly" or "window frame assembly" is assembled together; or the "door frame assembly" or "window frame assembly" is fixed with iron nails; or the "door frame assembly" is fixed with iron nails. The structural combination of "L-shaped cross-section composite material" or "window frame assembly" and "L-shaped cross-section composite material" in the wall mold cavity; produces composite material properties that reduce the deflection generated by the door frame or window frame during the concrete embedding process. Or the formwork construction method that produces deflection that meets the construction quality requirements or produces a near-zero deflection effect; or the waterproofing performance of the one-time process (grouting), directly producing "a house with one-piece cast concrete solid-sealed doors or window frames" By.

To explain in detail the features and effects of claim 15 of this invention; please refer to the progress of this invention in disclosing claim 1 or 2 or 3 or 13 or 14 and the "application scope" of claim 16 The technical characteristics of uniqueness or novelty and the best implementation methods and implementation schematic diagrams with great industrial applicability and practical value;

Please refer specifically to Figure 12: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: it is found that it can be used to construct structures made of reinforced bricks. The door or window opening [W(B.O)] of the brick wall where the door or window is installed is reserved, and the reinforced concrete construction of the columns, beams, and floor plates is subsequently used as the formwork project. The wall side formwork [FW(B)-W(IorF))] can be constructed on the pre-assembled side or inside of the brick wall, and can be used in conjunction with the pre-installation (production) to install the window frame as shown in the picture. (WF30) on the window opening mold [FW(B)-W(IorF)-W.H.S(WF30)] with the same outer dimensions, and then (stack) the "window frame assembly" [FW(B)-W(IorF) )-W.H.S-WF30AB(I)]; After completing the installation of the "window frame assembly" [WF30AB(I)], the wall mold cavity of the formwork project of the reinforced brick structure is assembled first or the inner molding [FW(B)-W (IorF)-WF30AB(I)] or to install the window or door frame assembly on the pre-assembly or inner molding [FW(B)-W(IorF)-WForDFnAB] of the reinforced brick formwork project; clearly stated in the reinforced brick formwork project The structural formwork project is used to assemble window frames or door frame assemblies, which is a very novel, progressive and practical implementation diagram.

And please see Figure 12 (R.C): the original invention "a formwork construction method" is based on the formwork engineering designed or implemented on the cast concrete production structure: it was discovered that it can be used to construct reinforced concrete For a structure built (R.C), the columns and wall (or wall) structure must be constructed in advance, and the door or window opening [W(B.O)] shall be reserved in the wall structure where the door or window is to be installed. For the subsequent construction of formwork works for beams and floors (or columns, beams, and floors) of reinforced concrete or reinforced concrete structures, the pre-assembled side or inside of the opening reserved in the wall ( or the outside) is applied to the wall side molding [FW(B)-W(IorF))], and the window frame can be used to make the "window frame assembly" of the window frame (WF30) as shown in the picture. Install the "window frame assembly" [FW(B)-W(IorF)-W.H.S-WF30AB(I)] on its wall side formwork; clearly indicate that the columns and wall (or wall) structural parts of the house structure must be constructed first, Continuing with the formwork work of sealing the mold cavities of walls, beams, and floors (or columns, walls, beams, and floor slabs), the "window frame assembly" or "door frame assembly" of the window frame or door frame will be installed during the production of solid A house structure product that seals the periphery of the window frame or door frame on the structure; a schematic diagram of the implementation of extremely novel, progressive, and practical technical features.

Continue as shown in Figure 12: The original invention "a formwork construction method" is based on the formwork work designed or implemented on the cast concrete production structure: it is discovered that the formwork work of the structural body made of reinforced bricks is used to undertake the "window Frame or door frame assembly" [FW(B)-WForDFnAB], or as shown in Figure 12, after completing the installation of the "window frame assembly" [WF30AB(I)] on the formwork wall of the reinforced brick structure It is okay to assemble the mold cavity first or the inner mold [FW(B)-W(IorF)-WF30AB(I)], and then assemble the side template [FW(B)-W(OorL)]. Use iron nails to fix the formwork on the rear assembly side to the internal support material of the "Window Frame Assembly" [FW(B)-W(IorF)-WF30AB(I)] from the outside, so that the formwork on the wall assembly side [FW( B)-W(IorF)], "window frame assembly" [WF30AB(I)], and the panels on the rear assembly side [FW(B)-W(OorL)] form a composite material , and continue to complete the beams and floors. A schematic diagram showing how to prepare the mold cavity of the slab (or column, beam, or floor slab) for concrete pouring.

Or Figure 11-1 (404-1): The original invention "a formwork construction method" is based on the formwork work designed or implemented on the cast concrete production structure: it is found that the formwork work of the structural body made of bricks can be strengthened. Set pads [FW(B)-W(O)-P] around the wall opening (inside or outside), and make moldings [FW(B)-W(IorO)] inside or outside the wall opening; Window frame or door frame assembly" [FW(B)-WForDFnAB], or as shown in Figure 12, after completing the formwork work of installing the "window frame assembly" [WF30AB(I)] on the reinforced brick structure It is possible to assemble the wall formwork cavity first or install the inner formwork [FW(B)-W(IorF)-WF30AB(I)], and then assemble the side formwork [FW(B)-W(OorL)]. , use iron nails to fix the formwork on the rear assembly side to the internal support material of the "window frame assembly" [FW(B)-W(IorF)-WF30AB(I)] from the outside, so that the formwork on the wall assembly side [FW (B)-W(IorF)], "window frame assembly" [WF30AB(I)], and the panels on the rear assembly side [FW(B)-W(OorL)] form a composite material , and continue to complete the beams, A schematic diagram showing how to prepare the floor slab (or column, beam, or floor slab) mold cavity for concrete pouring.

And please see Figure 12-2: The "formwork construction method" of the present invention is based on the formwork project designed or implemented on the cast concrete production structure: it is found to be used to carry the "window frame assembly" [WF30AB(I )] In the wall mold cavity of the formwork engineering of the reinforced brick structure, the outer edge and outer edge groove of the door or window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy material are connected with the "window frame assembly" ” or the mold sealing material (board side) of the “window opening mold” together form the “composite material” side sealing of the wall mold cavity. After the concrete is poured and removed (taken off), the window is fixed to the concrete of the structure. Product schematic diagram "FW(B)-WF30-PD" of the outer periphery of the frame (WF30) on the structure; in the figure, it is shown that the window frame (WF30) can be installed on the concrete wall of the reinforced brick structure. At any position of the wall on the beam (FW(B)-W&B-RC) structure (mold cavity), the concrete-sealed window frame (WF30) is integrally cast on the structure, which has the value of waterproofing, beauty, and sturdiness. It has drainage and waterproof penetration functions; a schematic diagram of the product showing technological features of advancement, novelty, industrial applicability and practicality.

And please see Figure 12-3: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: the "window frame assembly" found to be installed [WF30AB( I)] In the wall mold cavity of the formwork engineering of the reinforced brick structure, the outer edge and outer edge groove of the door or window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy are assembled with the "window frame" The mold sealing material of the "body" or "window opening mold" together constitutes the "composite material" side sealing of the wall mold cavity. After the concrete is poured and dismantled (stripped), the window frame is fixed to the concrete of the structure (WF30) The schematic diagram of the product "FW(B)-WF30-PD" with the outer periphery on the structure; in the picture, it is shown that the window frame (WF30) can be installed on the concrete wall and beam (FW (FW) of the reinforced brick structure B)-W&B-RC' structure (mold cavity) At any position on the wall, cast concrete to seal the window frame (WF30) on the structure. It is waterproof, beautiful and sturdy, and has drainage and waterproof penetration functions. It can also be applied to cast concrete to form opposite masonry structures. The brick wall is formed into a flange edge type with a protrusion (h); a schematic diagram of the product showing the technical features of progress, novelty, industrial applicability and practical value.

16. A "door and window frame assembly and a formwork construction method for houses with integrated concrete-sealed door and window frames". Its characteristics include: making a "door frame assembly" on the door frame or window frame to be installed on the wall of the construction project. "Body" or "window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame, and set "positioning plates" to assemble to make a "door frame assembly" or "window frame assembly"; on both sides For concrete, brick or hollow brick construction projects with one or more stages of construction, the walls, columns, and wall structural parts of the structure must be completed by casting or bricklaying first, and the wall openings that still need to accommodate door frames or window frames shall be reserved; Then in the subsequent process of formwork construction, wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, floor slabs For the mold cavity, directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "door frame assembly" or "window frame assembly" with iron nails on the side molding of the wall opening that has been assembled first; or on the thicker For the wall mold cavity, use the "L-shaped cross-section composite material" to be laminated on the side of the "door frame assembly" or "window frame assembly"; or first fix the "L-shaped cross-section composite material" on the previously assembled wall opening side mold. Then superimpose and fix the "door frame assembly" or "window frame assembly" on the side of the "L-shaped cross-section composite material"; it can be used to tie steel bars or water and electricity pipes, and then add it to the other part of the mold cavity of the combined wall opening. One-side formwork; after the formwork work is completed or jointly completed, the wall opening or wall opening, floor slab or wall opening, beam, floor slab or column, wall opening or column with "door frame assembly" or "window frame assembly" , wall openings, floors or columns, wall openings, beams, floor mold cavities; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for "Door frame assembly" or "window frame assembly" made of iron nails; or iron nails are used to fix the "door frame assembly" or "window frame assembly"; or iron nails are used to fix the "door frame assembly" ” cum “L-shaped cross-section composite material” or “window frame assembly” cum The structural combination of "L-shaped cross-section composite material" in the wall mold cavity; it produces composite material properties that reduce the deflection produced by the door frame or window frame during the concrete embedding process or produce a deflection that meets the construction quality requirements or produce a deflection close to zero. The construction method of formwork engineering with deflection effect; or the waterproofing performance of one-time construction (grouting), directly producing "houses with integrally cast concrete to seal door frames or window frames".

To explain in detail the features and effects of claim 16 of this invention; please refer to the invention disclosed in claim 1 or 2 or 3 or 13 or 14 or 15 and the "Application Scope" of claim 16. "The advanced or novel technical features and the best implementation methods and implementation schematic diagrams with great industrial applicability and practical value;

Please refer specifically to Figure 13A: The original invention "a formwork construction method" is based on the formwork design or implementation of the cast concrete production structure: the discovery of the external wall formwork of the formwork construction of the reinforced concrete structure holes, and use them as unit formwork or full surface formwork [FW-W(OorF)-V.ForC.F] for vertical assembly on the outer formwork [FW-W(OorF))] of the wall on the pre-assembled side. As shown in the picture, the "window frame assembly" [FW-WF30AB(O)] or [FW-WF30AB(O)'] is used to fix (fix) the window frame (WF30) with iron nails during the formwork project. On the assembled wall side formwork, tie steel bars to the wall formwork holes, the horizontal and vertical steel bars of the wall [FW-W(RC)-S], the reinforcing bars of the window frame opening [FW-W(RC)-RS], and continue Ordinary formwork or "pressure-bearing formwork" [FW-W(IorL)-SF.AorGor2Por3P] is used to assemble the inner side molding of the wall, and iron nails can be used from the inner side molding of the wall to the F window frame assembly" [FW-WF30AB(O )] or [FW-WF30AB(O)'], continue to complete the binding of beam side formwork, floor formwork and beam and floor steel bars, and reserve bars for subsequent laminated construction [FW-W (RC)-BS], and assemble the formwork [FW-W(OorF)], "window frame assembly" [WF30AB(O)] or [WF30AB(O)'] on the wall's erection side first, and then assemble the formwork on the side [FW-W (IorL)] plates form composite materials , with technical features of advancement, novelty, industrial applicability and practicality, and a schematic diagram of the implementation of preparing the mold cavity for concrete pouring.

And please see Figure 13B: The original invention "a formwork construction method" is based on the design or implementation of the formwork of the cast concrete production structure: the discovery of the external wall mold cavity of the formwork of the reinforced concrete structure , use it as a horizontal combined unit formwork (plywood formwork or ordinary formwork or pressure-bearing combined formwork) [FW-W(OorF)- SF.AorGor2Por3P], and as shown in the picture, the "window frame assembly"[FW--WF30AB(O)'] or [FW- -WF30AB(O)], and then tie steel bars to the wall mold cavity, the horizontal and vertical steel bars of the wall [FW-W(RC)-S], and the reinforcing bars of the window frame opening [FW-W(RC)-RS], and Continuing with the ordinary formwork or plywood formwork or pressure-bearing formwork [FW-W(IorL)-SF.AorGor2Por3P] that assembles the inner wall formwork, it can be fixed from the inner wall formwork to the "window frame assembly" [FW -WF30AB(O)'] or [FW-WF30AB(O)], until the binding of beam side formwork, floor formwork and beam and floor steel bars is completed, as well as the reserved bars for subsequent laminated construction [ FW-W(RC)-BS], the wall is assembled first with the side formwork [FW-W(OorF)], "window frame assembly"[WF30AB(O)'] or [WF30AB(O)], and then assembled The panels of the side formwork [FW-W (IorL)] constitute a composite material ; it has technical characteristics of advancement, novelty, industrial applicability and practicality, and is a schematic diagram of the implementation of preparing the concrete for pouring after completing the mold cavity.

Continue as shown in Figure 13: The original invention "a formwork construction method" is based on the formwork designed or implemented on the cast concrete production structure: the "window frame assembly" found to be installed [WF30AB( O)] or [WF30AB(O)'] in the formwork wall mold cavity of the structure, make the outer edge and outer edge groove of the window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy material, and the window The formwork sealing material of the frame assembly together becomes the formwork surface edge for side sealing of the wall mold cavity. After the concrete is poured, it is dismantled (taken off) and then sealed outside the concrete window frame (WF30) of the structure around the reinforced concrete structure. The product schematic diagram "FW-WF30-PD" on the body; in the picture, it shows the concrete wall and beam (FW(B)-W&B-RC) structure (mold cavity) that can accommodate the window frame (WF30) in the structure ) at any position of the wall, the concrete-sealed window frame (WF30) is integrally cast on the structure; it has the value of being highly waterproof, beautiful, and sturdy, and has the functions of drainage and waterproof penetration; it shows its progressiveness and novelty A schematic diagram of a concrete structure product that is highly functional, industrially usable and practical.

And please look at Figure 11-1: The original invention "a formwork construction method" is based on the design or implementation of the formwork work on the cast concrete production structure: it is found to be used to install the "window frame assembly" [ WF30AB(O)] or [WF30AB(O)'] is used to make the outer edge and outer edge groove of the window frame made of wood, aluminum alloy, plastic steel, stainless steel or forged alloy material in the wall mold cavity of the formwork engineering of the structure. Together with the mold sealing material of the window frame assembly, it becomes the mold surface edge for side sealing of the wall mold cavity. After the concrete is poured and dismantled (removed), the outer periphery of the window frame (WF30) is sealed with steel bars in the concrete of the structure. Schematic diagram of the product "FW-WF30-PD" on a concrete structure; in the picture, it shows the concrete wall and beam (FW(B)-W&B-RC) structure that can accommodate the window frame (WF30) on the structure ( The mold cavity) is placed on the wall mold cavity at the position "d" below the beam, and the concrete-sealed window frame (WF30) is integrally cast on the structure; it is waterproof, beautiful, sturdy, and has drainage , waterproof penetration effect; schematic diagram of concrete structure products produced by technology that shows progress, novelty, industrial availability and practicality.

17. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "door frame assembly" on the door frame or window frame to be installed on the wall of the house. Or "window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame to set "positioning plates" to assemble the "door frame assembly" or "window frame assembly"; during construction projects For continuous construction of two or more times, for concrete, brick or hollow brick construction, the wall or column and wall structure part of the structure must be cast or laid in bricks first, and the parts required to bear the door frame or window frame shall be reserved. Wall openings; formwork works constructed in subsequent procedures, and then wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, On the beams and floor molding cavities, add pads to the outer sides of the wall openings to make them thicker (widder) by one dimension to match the outer sides of the wall openings that have been completed previously, or to make them match the outer sides of the wall openings and windows. The outer edge of the frame or door frame is thickened by one size. A wall opening mold cavity; or a wall opening or a wall opening cum beam mold cavity with a thickened or thickened and enlarged edge; directly fixed with iron nails and assembled on the "door frame" The "positioning plate" on the inner or outer edge of the "assembly" or "window frame assembly" is placed on the lining surface of the side molding of the wall opening that is first assembled; or for wall openings with a larger thickness, the "positioning plate" is fixed in advance. Fix the "L-shaped cross-section composite material" on the side mold of the wall opening that was assembled first, and then use iron nails to superimpose and fix the "door frame assembly" or "window frame assembly" on the "L-shaped cross-section supporting material"; or First fix the "door frame assembly" or "window frame assembly" on the previously assembled wall side formwork, and then stack and fix the "L-shaped cross-section support material" on the side of the "door frame assembly" or "window frame assembly" On the side; it can be used to tie steel bars or water and electricity pipes, and then continue to the other side of the mold cavity of the combined wall opening; after the formwork project is completed or completed together, it can bear the "door frame assembly" or "window frame assembly" Wall opening or wall opening, floor slab or wall opening, beam, floor slab or column, wall opening or column, wall opening, floor slab or column, wall opening, beam, floor slab mold cavity; the process of pouring concrete, supporting the mold cavity Generated dynamic pressure or lateral pressure or uniform load, automatic or intelligent mechanical formwork engineering equipment, for "door frame assembly" or "window frame assembly" made of iron nails; or fixed with iron nails "Door frame assembly" or "window frame assembly"; or use iron nails to fix the "door frame assembly" and "L-shaped cross-section composite material" or "window frame assembly" and "L-shaped cross-section composite material" on the wall The structural combination in the mold cavity; a formwork engineering construction method that produces composite material properties that reduce the deflection produced by the door frame or window frame during the concrete embedding process or produce a deflection that meets the construction quality requirements or produce an effect close to zero deflection; or The waterproof performance of the construction is achieved in one process to produce products with "one-piece cast concrete to seal the door frame or window frame"; or to produce "one-piece cast concrete to seal the door frame or window frame and make thickening around the door frame or window frame" Or thickening and enlarging or beautiful-shaped flange edge housing products.

To explain in detail the features and effects of claim 17 of this invention; please refer to the disclosure of claim 1 or 2 or 3 or 13 or 14 or 15 or 16 and the "Application Specification" of claim 17 of this invention. "Scope" of progressive or novel technical features and the best implementation methods and implementation schematic diagrams with great industrial applicability and practical value; please especially refer to Figure 12 or Figure 12 (R.C), or please see As shown in Figure 11;

Or Figure 11-1 (404-1): The original invention "a formwork construction method" is based on the formwork work designed or implemented on the cast concrete production structure: it is found that the formwork work of the structural body made of bricks can be strengthened. Set pads [FW(B)-W(O)-P] around the wall opening (inside or outside), and make moldings [FW(B)-W(IorO)] inside or outside the wall opening; Window frame or door frame assembly" [FW(B)-WForDFnAB], or as shown in Figure 12, after completing the formwork work of installing the "window frame assembly" [WF30AB(I)] on the reinforced brick structure It is possible to assemble the wall formwork cavity first or install the inner formwork [FW(B)-W(IorF)-WF30AB(I)], and then assemble the side formwork [FW(B)-W(OorL)]. , use iron nails to fix the formwork on the rear assembly side to the internal support material of the "window frame assembly" [FW(B)-W(IorF)-WF30AB(I)] from the outside, so that the formwork on the wall assembly side [FW (B)-W(IorF)], "window frame assembly" [WF30AB(I)], and the panels on the rear assembly side [FW(B)-W(OorL)] form a composite material , and continue to complete the beams, A schematic diagram showing how to prepare the floor slab (or column, beam, or floor slab) mold cavity for concrete pouring.

Or as shown in Figure 12-2 or Figure 12-3; these highly progressive, novel, industrially usable and practical technical features can directly complete the mold cavity or cast concrete to produce its "solid Schematic diagram of the implementation of "structural product that seals the periphery of the window frame or door frame on the structure".

18. "Door and window frame assembly and integrated cast concrete" as described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 "Construction method of formwork engineering for houses with fixed door and window frames", in which door frames or window frames are designed using construction engineering for ventilation, lighting or passage openings of houses, and are installed on the walls of houses or laminated structures. They are made of aluminum alloy or Finished window frames or door frames made of extruded plastic steel or forged stainless steel or copper alloy or made of wood.

To explain in detail the features and effects of claim 18 of this invention; please refer to the disclosure of claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 of this invention. Or 13 or 14 or 15 or 16 or 17, the progressive or novel technical features of the "application scope" and the best implementation methods and implementation schematic diagrams that are highly industrially exploitable and practical.

19. "Door and window frame assembly and integrated cast concrete" as described in request item 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 "Construction method of formwork engineering for houses with fixed door and window frames", among which, the positioning plate refers to the use of building The project needs to be installed on the wall of a house or laminated structure, and the finished product or appearance of the window frame or door frame is made of aluminum alloy or plastic steel extrusion, stainless steel or copper alloy forging, or wood; or in a manner that matches its shape The edge shape or slightly smaller size of the side or inner side; when cut into one piece or combined as a positioning plate, it can also be used as a molding board for the outer or inner side of the window frame or door frame. Position and fix the combined door frame or window frame, internal support material (or internal support material, intermediate support material), mold sealing plate or fixed plate to make a "window frame assembly" with the same thickness or slightly smaller thickness than the wall mold cavity spacing or "Door frame assembly" and "positioning plate" positioned and fixed on the inner or outer edge of "window frame assembly" or "door frame assembly".

To explain in detail the features and effects of claim 19 of this invention; please refer to the disclosure of claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 of this invention. Or 13 or 14 or 15 or 16 or 17, the progressive or novel technical features of the "application scope" and the best implementation methods and implementation schematic diagrams that are highly industrially exploitable and practical.

20. "Door and window frame assembly and one-piece" as described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 or 19 "Construction method of formwork engineering for houses with concrete-sealed door and window frames". Among them, "door frame assembly" or "window frame assembly" are used for construction projects that need to be installed on the wall of the house or the opening of the wall structure. , the finished window frame or door frame made of aluminum alloy, plastic steel, stainless steel, forged alloy, wood or extruded materials and the edge shape and size of its shape; it is also used in cutting "a piece or combined positioning plate" Formwork boards on the sides of windows or door frames; or include: positioning plates, iron nails, formwork boards (or formwork backing boards or materials or fixed boards), internal supporting materials (or internal supporting materials, intermediate supporting materials); Iron nails are used to fix the combined positioning plate, window frame or door frame, internal support material (or internal support material, intermediate support material), mold sealing plate (or mold sealing pad or mold sealing material or fixed plate) into a thickness consistent with the wall mold cavity "Window frame assembly" or "door frame assembly" is a structure or combination of structures or combinations with equal or slightly smaller spacing or width and the properties of composite materials.

To explain in detail the characteristics and effects of the patent claim 20 of this invention; please refer to the following. To reveal the progressive nature of the "application scope" of claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 or 19 Or the novel technical features and the best implementation method and implementation schematic diagram with great industrial applicability and practical value.

21. "Door and window frame assembly" as described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 or 19 or 20 "Construction method of formwork engineering for houses with integrally cast concrete to seal door and window frames", in which the "door frame assembly" or "window frame assembly" is attached to the walls or columns, walls or columns, and walls where the formwork works are made. , beams or columns, walls, beams, and floor formwork; or walls, columns, and wall structural parts that are first constructed to reserve door or window openings in concrete, brick, or hollow brick structures, and then continue to be constructed. Wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, floor slab formwork; in previously constructed walls or wall openings The side molding is designed to hold the door frame or window frame, and is directly fixed with iron nails to the "positioning plate" on the inner or outer edge of the "door frame assembly" or "window frame assembly". The lining plate of the side molding of the wall or wall opening is assembled first; or the positioning plate on the thicker wall molding cavity is fixed with iron nails to form a "door frame assembly" or "window frame assembly". On the lining board of the assembled wall side formwork, then superimpose (thickness) the "L-shaped cross-section composite material"; or first use iron nails to set the "L-shaped cross-section composite material" on the previously assembled wall side formwork, and then stack it Fix the "door frame assembly" or "window frame assembly"; it can be used to tie steel bars or water and electricity pipes, and then add it to the other side of the combined wall or wall opening mold cavity; after completing or jointly completing the formwork project Wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; or wall opening or wall opening, floor slab or wall opening, beam, floor slab or column, wall opening or column, wall opening , floor slabs or columns, wall openings, beams, floor slab mold cavities; complete package with "door frame assembly" or "window frame assembly"; or "door frame assembly", "L-shaped cross-section composite material"; or " Window frame assembly", "L-shaped cross-section composite material" wall or wall opening mold cavity.

To explain in detail the features and effects of claim 21 of this invention; please refer to the disclosure of claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 of this invention. or 13 or 14 or 15 or 16 or 17 or 19 or 20 of the "application scope" of the progressive or novel technical features and the best implementation methods and implementation schematic diagrams that are highly industrially exploitable and practical.

22. "Door and window frames" as described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 or 19 or 20 or 21 "Assembly and formwork construction method for houses with integrated concrete-sealed door and window frames", in which "door frame assembly" or "window frame assembly" are produced in combination; or "door frame assembly" or "window frame assembly" are installed "Structural assembly" in the mold cavity of a wall or wall opening; it is fixed with iron nails to combine positioning plates, formwork plates, door frames or window frames, internal supporting materials, formwork plates or fixed plates to form a "window frame assembly" Or "door frame assembly"; or use iron nails to directly fix the positioning plate on the "door frame assembly" or "window frame assembly", and then assemble it on the mold surface of the wall side mold in the wall or wall opening mold cavity, and then continue After fixing the wall side molding on the assembly side with iron nails on the other side of the "door frame assembly" or "window frame assembly", complete the wall or wall opening mold cavity; the dynamic pressure generated during the grouting of the supporting wall mold cavity or Side pressure, automatic or intelligent mechanical formwork engineering equipment, for "door frame assembly" or "window frame assembly" made of iron nails; or iron nails are used to fix the "door frame assembly" or "window frame" "Assembly"; or use iron nails to fix the "door frame assembly" and "L-shaped cross-section composite material" or "window frame assembly" and "L-shaped cross-section composite material" in the wall mold cavity; use iron The shear strength of the nails is used to resist the shear flow generated between the combined surfaces, and the composite effect formed by the nails is used to reduce the deflection produced by the door frame or window frame during the concrete embedding process or to produce a deflection that meets the construction quality requirements or to produce a deflection that is close to Zero deflection effect.

To explain in detail the features and effects of claim 22 of this invention; please refer to the disclosure of claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 of this invention. Or 13 or 14 or 15 or 16 or 17 or 19 or 20 or 21, the progressive or novel technical features of the "application scope" and the best implementation method and implementation schematic diagram that are highly industrially exploitable and practical. .

23. As described in request item 2 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the window frame assembly is tailor-made "A piece or combined window frame positioning plate" that is the same shape or slightly smaller than the outer or inner edge of the window frame; or includes: a positioning plate for the window frame, an appropriate amount (size, size, quantity) of iron nails, The molding board (or backing plate or material or foam type backing material) of the inner side (or outer side) of the window frame, the internal support material (or internal support material, intermediate support material), the outer side of the window frame ( or the inner side) of the molding board (or backing plate or material or foam type cushioning material or fixing plate); the molding board (or the molding board (or the outer side) of the inner side (or outer side) of the combined window frame that is fixed with iron nails Or pad or material or foam-type pad) on the positioning plate (or a molding plate that does not need to be provided with the inner edge (or outer edge)), supporting the window frame, and fixing the internal support material of the window frame ( Or set the window frame internal support material, intermediate support material), fix the outer side (or inner side) of the window frame with a molding plate (or pad or material, molding pad material or fixed plate) on its internal support material On the side (or there is no need to install a molding board on the inner side (or outer side)); in making use of the shear strength generated by nailing nails, and in resisting the shear flow generated on the combined surface, it constitutes A "window frame assembly" with a thickness equal to or slightly smaller than the distance between wall molding cavities and a structure or combination with composite material properties.

In order to explain in detail the features and effects of claim 23 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of patent application" of claim 2 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

24. As described in request item 3 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the door frame assembly is tied to (1) For door frames whose thickness is less than the distance between wall mold cavities: To cut the door frame with the same shape (or slightly smaller) as the outer edge of the door frame, "one piece may be combined or combined into a door frame positioning plate with a passage opening" and the side of the door frame Formwork board; or include: door frame positioning board, appropriate (size, size, quantity) of nails, internal support material (or internal support material, middle support material), outer The molding board (or backing plate or molding material or foam type cushioning material or fixed plate) of the side (or inner side); use iron nails to set the molding of the inner side (or outer side) on the positioning plate. Sealing plate (or no need to install), door frame, internal support material to fix the door frame (or internal support material, intermediate support material), formwork plate (or backing plate to fix the outer side (or inner side) of the door frame or molding pads or fixing plates) on the sides of the internal supporting materials [or molding boards without the need for inner edges (or outer edges)]; when the thickness is equal to the wall mold cavity spacing size ( or slightly smaller) and a "door frame assembly" constructed with composite material properties; or

(2) For a door frame with a thickness equal to the distance between the wall mold cavities: "a door frame positioning plate" that has the same shape as or is inscribed with the inner edge of the door frame is cut or combined (or combined into a door frame with a passage opening); or includes : The positioning plate of the door frame, an appropriate amount (size, size, quantity) of iron nails, the internal support material (or internal support material, middle support material), the fixing plate of the outer side (or the inner side); and the door frame positioning plate is set On the inner edge (side) of the door frame, use iron nails to fix the internal support material of the door frame (or provide internal support materials or intermediate support materials), and set the inner (or outer) edge fixing plate (or no need to install it); make it with a thickness of A "door frame assembly" with equal spacing between wall mold cavities and a composite material structure or combination.

To explain in detail the features and effects of claim 24 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 3 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

25. As described in request item 4 or 19 or 20 or 21 or 22, the "door and window frame assembly and integrally cast concrete-sealed door and window frame house formwork construction method", in which square or square double-layered or square multi-layered windows Frame assembly refers to a "square or square double-layer or square multi-layer window frame" cut out of a "piece or combined square or square double-layer or square window frame" with the same or slightly smaller dimensions as the outer (or inner) edge of the outer (or inner) edge. "Multi-layer window frame positioning plate" and the molding plate on the side of the window frame; or include: the positioning plate of the window frame, an appropriate amount (size, size, quantity) of nails, the inner side of the window frame (or The outer side) formwork board (or backing plate or material or foam type backing material), the inner support material (or internal support material, intermediate support material), the outer side (or inner side) formwork board (or pad or material or foam type pad or fixing plate); molding board (or pad or material or foam type) on the inner edge (or outer edge) of the fixed combination window frame with iron nails Pad material) on the positioning plate [or there is no need to (thicken) the molding plate with the inner edge (or outer edge)], the internal support material (or internal support material) that supports the window frame and fixes the combined window frame , intermediate support material) on the positioning plate, and the molding plate (or cushioning plate or material or molding cushioning material or fixed plate) that fixes the outer side (or inner side) of the combined window frame on the side of its internal supporting material On the edge (or there is no need to install a formwork board on the outside edge (or inside edge)); the thickness should be equal to or slightly smaller than the wall mold cavity spacing (interval) and the shear strength of the iron nails can be used to resist combination The shear flow generated between the surfaces constitutes a "square window frame, square double-layered window frame or square multi-layered window frame assembly" that is a structure or combination of composite material properties.

In order to explain in detail the features and effects of claim 25 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 4 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

26. As described in request item 5 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the square or square door frame assembly with an open sky The body refers to a "square or square door frame with an open sky" whose outer edge is the same or smaller and whose thickness is smaller than the spacing size of the wall mold cavity. The molding board on the side; or include: the positioning plate of the door frame, an appropriate amount (size, size, quantity) of iron nails, the molding board (or backing board or material or foam) on the inner side (or outer side) of the door frame Type of cushion material), internal support material (or internal support material, middle support material), outer side (or inner side) molding plate (or cushioning plate or material or foam type cushioning material or fixed plate) ; When fixing the inner edge (or outer edge) of the "square or square door frame with an open sky", the molding board (or backing plate or material or foam-type backing material) is placed on the positioning plate [or no need to (add Thick) molding board with inner side (or outer side), supporting door frame, internal support material for fixing the combined door frame (or both internal support material and intermediate support material), fixed combined outer side [ The molding board (or backing plate or material or foam type cushioning material or fixing plate) on the side of the inner support material (or the molding of the outer side (or inner side) without the need to set it) Board]; "Square or square door frame assembly with an open sky" made into a structure or combination with a thickness equal to or slightly smaller than the distance between the wall mold cavities and with composite material properties.

To explain in detail the features and effects of claim 26 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of patent application" of claim 5 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

27. As described in claim 6 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the square upper part has a semicircular frame window Frame assembly refers to a "piece or combined square upper part" that is cut into a "window frame with a semicircular frame on a square upper part" or the shape and size of the outer or inner edge of its square frame part that is the same or slightly smaller. The positioning plate of the window frame with a semicircular frame and the molding plate on the side of the window frame; or include: the positioning plate of the window frame, an appropriate amount (size, size, quantity) of nails, the inner side of the window frame (or The outer side) formwork board (or backing plate or material or foam type backing material), the inner support material (or internal support material, intermediate support material), the outer side (or inner side) formwork board (or pad or material or foam type pad or fixing plate); molding board (or pad or material or foam type) on the inner edge (or outer edge) of the fixed combination window frame with iron nails Pad material) on the positioning plate (or there is no need to (thicken) the molding board with the inner side (or outer side)), support the window frame, and fix the internal support material (or internal support material) of the combined window frame with iron nails. Support material, intermediate support material), molding plate (or pad or material or molding pad or fixed plate) that fixes the outer side (or inner side) of the combined window frame on the side edge of its internal supporting material [Or there is no need to set up the outer side (or inner side) formwork plate]; The "window frame assembly with a semicircular frame on the upper part of the square" is made into a structure or combination with a thickness equal to or slightly smaller than the distance between the wall mold cavities and with composite material properties.

To explain in detail the features and effects of claim 27 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 6 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

28. As described in claim 7 or 19 or 20 or 21 or 22, the "door and window frame assembly and integrally cast concrete-sealed door and window frame house formwork construction method", wherein the door frame has a semicircular frame on the square upper part The assembly refers to a "piece or combined square door frame with a semi-circular upper part" that has the same shape or a slightly smaller size as the outer (or inner) edge of the square frame part, or a "square door frame with a semi-circular upper part". The positioning plate of the circular frame door frame and the molding plate on the side of the window frame; or include: the positioning plate of the door frame, an appropriate amount (size, size, quantity) of nails, the inner edge (or outer edge) of the door frame Forming board (or backing board or foam type backing material), internal support material (or internal support material, middle support material), outside edge (or inside edge) formwork board (or backing board or The molding board (or pad, material or foam type pad) on the inner edge (or outer edge) of the combined door frame is fixed with iron nails on the positioning plate (or there is no need to (thicken) the molding board on the inner side (or outer side)), support the door frame, fix the internal support material (or internal support material, intermediate support material) of the door frame with iron nails, and fix The molding board (or pad or material or molding pad or fixed plate) of the outer side (or inner side) of the combined door frame is placed on the side edge of its internal supporting material [or there is no need to set the outer side (or inner side). (side) molding board); a "door frame assembly with a semi-circular frame on the upper part of a square" that is made into a structure or combination with a thickness equal to or slightly smaller than the wall mold cavity spacing (interval) and with composite material properties. .

To explain in detail the features and effects of claim 28 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 7 or 19 or 20 or 21 or 22. Technical features and best implementation methods and implementations with great industrial utilization and practical value Schematic diagram.

29. As described in request item 8 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the window or door frame has an expanded edge type The assembly refers to a piece of square, polygon, circle or other shapes that is cut to a larger size than the outer peripheral edge of the window frame or door frame or combined into a positioning plate with an expanded edge shape of the window frame or door frame. "It also serves as a molding board on the side of the window frame; or it includes: a positioning plate with an expanded edge shape of the window frame or door frame, an appropriate amount (size, size, quantity) of nails, the inner edge of the window frame or door frame (or The molding board (or backing plate or material or foam type cushioning material) on the outer side), the internal support material (or internal support material, intermediate support material), the molding board (or Pads or materials or foam-type pads or fixing plates); molding boards (or pads, materials or foam-type pads) on the inner or outer edges of fixed combination window frames or door frames with iron nails. The positioning plate (or the molding plate that does not need to be thickened with the inner or outer edges), the internal support material that supports the window frame or door frame, and the iron nail-fixed combined window frame or door frame (or the internal support material, intermediate support material), the molding board (or backing plate or material or molding backing material or fixing plate) that fixes the outer or inner side of the combined window frame or door frame on the side of its internal support material [or no need Setting up (thickening) the outer or inner side of the molding board]; the thickness is equal to or slightly smaller than the wall mold cavity spacing size and has a structure or combination with composite material properties "with an expanded edge type" "Window frame or door frame assembly".

In order to explain in detail the features and effects of claim 29 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 8 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

30. As described in request item 9 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the round window or door frame assembly is Cut "one piece or combine it with the same inner edge (circle) of the circular window frame or door frame" "A positioning plate of the same or slightly smaller size as the inscribed quadrilateral of its inner edge"; or includes: positioning plate, molding material (or foam padding) on the inner or outer edge of a circular window frame or door frame, internal Support materials, molding materials (or molding pads or foam materials) on the outer or inner sides of circular window frames or door frames; on the inner (or outer) sides of round windows or door frames assembled with iron nails The molding material (or glued foam pad) of the side) is placed on the positioning plate, the circular window frame or door frame is placed on the molding material, the internal supporting material is fixed and assembled, and the outer edge (or inner edge) is assembled Molding materials (or molding mats or foam materials); made (or glued with tape) into a "round window or door frame assembly" with a thickness equal to or slightly smaller than the distance between wall mold cavities.

In order to explain in detail the features and effects of claim 30 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of patent application" of claim 9 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

31. As described in request item 10 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the octagonal window or door frame assembly is For the purpose of cutting "a piece or combined positioning plate with the same or slightly smaller size as the shape and size or outer edge of the octagonal window frame or door frame" and the molding plate on the side of the window frame; or include: positioning plate, appropriate amount (size, size, quantity) of iron nails, molding boards (or pads or padding materials) for the inner side (or outer side) of octagonal window frames or door frames, internal supporting materials, outer sides (or inner sides) The molding board (or backing plate or padding material or fixing plate); the molding board (or backing board or padding material) used to fix the inner side (or outer side) of the combined octagonal window frame or door frame with iron nails. Positioning plate (or molding plate that does not need to be provided with its inner side (or outer side)), supporting octagonal window frame or door frame, fixed internal support material, fixed outer side or inner side (forming plate) or pad or pad material or fixing plate) on the side of the internal supporting material [or a mold sealing plate that does not need to be provided with its outer edge (or inner edge)]; when the thickness is equal to or slightly smaller than the distance between the wall mold cavities Small size "octagonal window frame or door frame assembly".

In order to explain in detail the features and effects of claim 31 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 10 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

32. As described in request item 11 or 19 or 20 or 21 or 22, the "door and window frame assembly and integrated casting of concrete to seal the door and window frame of the house formwork construction method", in which the thickness is the same as the distance between the wall mold cavities. The door frame is made into a "door frame assembly", which is made by cutting "a piece of the same shape and size as the inner edge of the door frame or inscribed in it, or combining or combining it to form a door frame positioning plate with a passage opening"; or it includes: the positioning plate of the door frame, an appropriate amount (size, size, quantity) of iron nails, the internal support material of the door frame (or internal support material, intermediate support material), the fixing plate on the outer or inner edge of the door frame (or no need to install); in the setting of the inner edge of the door frame Position the plate on the inner edge of the door frame, fix the internal support material (or internal support material, intermediate support material) of the combined door frame with iron nails, and install the inner or outer edge fixing plate (or no need to install it); when the thickness is the same as the wall A "door frame assembly" with equal spacing between mold cavities and a composite material structure or combination.

In order to explain in detail the features and effects of claim 32 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 11 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

33. As described in request item 12 or 19 or 20 or 21 or 22, the "door and window frame assembly and integrally cast concrete-sealed door and window frame house formwork construction method", in which the thickness is smaller than the wall mold cavity The door frame with the pitch size is made into a "door frame assembly", which is to cut a piece of the same shape as the outer edge of the door frame or a slightly smaller size and "either merge it or merge it into a door frame positioning plate with a passage opening" and mold the side of the door frame. board; or include: positioning plate for the door frame, an appropriate amount (size, size, quantity) of iron nails, molding board (or backing board or material or foam-type backing material) for the inner edge (or outer edge) of the door frame. , internal support material (or internal support material, middle support material), outer edge (or inner side) molding board (or backing board or material or foam type padding or fixing plate); the molding board (or The backing board or material or foam type backing material) is placed on the positioning plate (or there is no need (thickening) to set the molding board for the inner side (or outer side)), the door frame is supported, and the combined door frame is fixed with iron nails. The internal support material (or internal support material, intermediate support material), and the molding plate (or pad or material or molding pad or fixed plate) that fixes the outer side (or inner side) of the combined door frame are inside it On the side of the supporting material (or there is no need to install a molding plate on the inner side (or outer side)); when the thickness is equal to or slightly smaller than the distance between the wall mold cavities, it is a structure or combination with composite material properties. "Door frame assembly".

To explain in detail the features and effects of the patent claim 33 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 12 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

34. As described in request item 13 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of the house with integrally cast concrete to seal the door and window frames", in which the "L" cross-section composite material, It is a formwork project based on the design or fabrication or concrete casting process to produce "door and window frame assembly and a house with integrally cast concrete to seal the door and window frames": it was found that iron nails can be used to fix wooden angles on the side-extending panels to resist the generation between the assembled surfaces. The shear flow forms ""L"-shaped cross-section composite material"; use iron nails to directly fix the "L"-shaped cross-section composite material" on the wall side formwork that has been assembled in the wall formwork cavity. Make a "wall opening side mold" with a width (thickness) equal to the spacing of the wall mold cavity; or when assembling the "window frame or door frame assembly", directly use iron nails to fix the "L" cross-section composite material" The side extension plate is on the positioning plate to support the inner edge of the window frame or door frame. It serves as the internal support (bracing) material for making the "window frame or door frame assembly"; the shear strength of the iron nails is used to resist the bearing of the combined member. The load (or uniform load) generates bending stress, and the shear flow generated between the combined surfaces forms a composite material effect; it can be directly made into an "L" type composite material for formwork engineering; or it can be directly used as an ""L" type composite material. L" type composite material" is used to assemble "window frame or door frame assembly" As an internal supporting material placed on the inner edge of the window frame or door frame, it can be made into a "window frame or door frame assembly" with composite material properties; or "L" type composite material can be directly used in the formwork project. The "wall opening side molding" of composite materials is used in the wall mold cavity.

In order to explain in detail the features and effects of claim 34 of this invention; please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 13 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

35. As described in request item 14 or 19 or 20 or 21 or 22 or 34, the "door and window frame assembly and the formwork construction method of the house with integrally cast concrete to seal the door and window frames", in which the panel door frame assembly refers to the door and window frame assembly. In the wall mold cavity of the formwork project of the house or laminated structure that is directly or indirectly installed in the construction project, or in the wall or column of the completed house or laminated structure, or the extra large opening reserved for the door of the wall structure; For finished board door frames made of wood or plastic steel materials with a thickness equal to the spacing of the wall mold cavity; by utilizing its shape and the shape and size of the inner edge, use "L-shaped cross-section composite material" as the internal support material, directly using Fix the overhanging plate of the "L-shaped cross-section composite material" with iron nails on the formwork surface of the first side mold of the wall mold cavity, and frame the door frame on the "L-shaped cross-section composite material"; then assemble the "slab door frame" Body" person.

In order to explain in detail the features and effects of claim 35 of this invention, please refer to the progress or novelty of this invention in revealing the "scope of application" of claim 14 or 19 or 20 or 21 or 22. The technical features and the best implementation method and implementation schematic diagram with great industrial utilization and practical value.

SOP.1: Procedure.1

WF10AB(O): Set the "positioning plate" on the outside edge of the square window frame (WF10) to create a "window frame assembly"

FW:template project

[FW-W (OorF)]: The outer mold of the wall mold cavity in the formwork project (FW) or the wall side mold that is assembled first

[FW-W(OorF)-WF10AB(O)]: Installed "window frame assembly" WF10AB(O) at [FW-W(OorF)]

[FW-W(OorF)-WF10AB(O)-An(OorF)]: Use iron nails An(OorF) to fix the window frame assembly directly at the position where the square window frame is required to be installed in the building (formwork) project. "WF10AB(O) is assembled on the side or outer mold [FW-W(OorF)] of the wall mold cavity first.

WF10AB(O)-1(OorF): The positioning plate installed on the outer edge of WF10AB(O) relative to the outer formwork of the wall or the side formwork first assembled

WF10AB(O)-2(OorF): The mold sealing material on the outer side of WF10AB(O) that is superimposed on the positioning plate

WF10AB(O)-2(IorL): The inner molding material installed on the inside of the window frame or the back wall assembly side of WF10AB(O)

WF10AB(O)-3(OorF): Window frame support material installed inside WF10AB(O)

FW-W(IorL)-WF10AB(O)-An(IorL): The iron nail that fixes the assembled side molding on the "window frame assembly"

SOP.2: Procedure.2

FW-W(OorF)-WF10AB(O)-An(OorF): Iron nails that fix the "window frame assembly" on the formwork on the outside of the wall (first assembly side)

FW-W(IorL)-WF10AB(O)-An(IorL): Iron nails that fix the wall side molding on the rear assembly side to the "window frame assembly"

[FW-W(OorF)-WF10AB(O)-An(OorF)]&[FW-W(IorL)-WF10AB(O)-An(IorL)]: Use the "window frame assembly" to be fixed on the outside of the wall ( The iron nails on the formwork on the first assembled side) and the iron nails on the wall molding on the later assembled side on the "window frame assembly"; the lateral force and friction strength of the support grouting side pressure on the "window frame assembly" The bending stress generated by the "frame assembly" and the shear flow generated on the assembly surface of the assembly members; iron nails are used to form a fixed assembly positioning plate [WF10AB(O)-1], and the inner and outer molding pads [WF10AB(O) -2], internal supporting materials [WF10AB(O)-3], the "window frame assembly" composed of them produces composite material properties; and together with the inner and outer moldings of the wall mold cavity and the "window frame assembly", they form a The structure of large-scale composite materials: generates a maximum moment of inertia to support the square window frame, and overcomes (supports) the wall mold cavity when pouring concrete. The grouting side pressure that acts on the outer periphery of the window frame can only generate a minimum or close to Formwork construction method with zero deflection

Claims (35)

A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its characteristics include: making a "door frame assembly" or "door frame assembly" or " "Window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame to set "positioning plates" in the assembly to produce "door frame assembly" or "window frame assembly"; in the formwork engineering wall construction Or column, wall or column, wall, beam or column, wall, beam, floor formwork cavity. The wall side formwork that is assembled in advance needs to be placed on the opening formwork position of the door frame or window frame. It can be easily fixed directly with iron nails and has been assembled. The "positioning plate" on the inner or outer edge of the "door frame assembly" or "window frame assembly" is on the formwork surface (lining plate) of the wall side formwork that has been assembled first; it can be used to tie steel bars or water and electricity pipes Road, then continue on the other side of the combined wall mold cavity; after the formwork work is completed or jointly completed to bear the wall or column, wall or column, wall, beam or "door frame assembly" or "window frame assembly" Formwork cavities for columns, walls, beams, and floors; the process of casting concrete, supporting the dynamic pressure or lateral pressure generated by the mold cavity or evenly distributed load, automatic or intelligent mechanical formwork engineering equipment, for the "door frame assembly" made of iron nails "body" or "window frame assembly"; or a structural combination in which iron nails are used to fix the "door frame assembly" or "window frame assembly" in the wall mold cavity; to produce composite material properties, reduce the door frame or window frame for inlaying Comply with the deflection caused by the concrete process or produce a deflection that meets the construction quality requirements or produce a formwork construction method that is close to zero deflection; or the waterproof performance of the one-time process construction (grouting), directly produce "one-piece cast concrete sealing" Houses with door frames or window frames. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames", which features: making a "window frame assembly" from the window frame to be installed on the wall of the house; Set "positioning plates" on the inner or outer sides or inner edges of the frame to make a "window frame assembly"; construct walls or columns, Wall or column, wall, beam or column, wall, beam, floor formwork cavity, the wall side formwork that has been assembled in advance needs to be used for the window opening formwork, and it can be easily fixed directly inside the "window frame assembly" or The "positioning plate" on the outer side is placed on the lining plate of the wall side formwork on the first assembled side of the wall formwork cavity; it can be used to tie steel bars or distribute water and electricity pipes, and then on the other side of the assembled wall formwork cavity; The formwork project is completed or jointly completed to support the wall or column, wall or column, wall, beam or column, wall, beam, and floor mold cavity with the "window frame assembly"; the process of pouring concrete supports the dynamic pressure generated by the mold cavity Or side pressure or uniform load, automatic or intelligent mechanical formwork engineering equipment, for the "window frame assembly" made by combining iron nails; or using iron nails to fix the "window frame assembly" in the wall mold cavity Structural combination; a formwork construction method that produces composite material properties that reduce the deflection produced by the window frame during the concrete embedding process or produces a deflection that meets construction quality requirements or produces a near-zero deflection effect; or a one-time procedure for construction The waterproof performance of grouting can directly produce "houses with integrally cast concrete and sealed window frames". A "door and window frame assembly and a formwork construction method for houses in which door and window frames are integrally cast with concrete and sealed". Its characteristics include: making a "door frame assembly" from the door frame to be installed on the wall of the house; Set "positioning plates" on the inner or outer edges or inner edges to assemble and make a "door frame assembly"; construct wall or column, wall or column, wall, beam or column, wall, beam, and floor formwork in the formwork project hole, the position where the door frame opening mold needs to be applied to the wall side mold that has been assembled first, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "door frame assembly" with iron nails, to the wall that has been assembled first The lining of the side formwork; it can be used to tie steel bars or water and electricity pipes, and then be connected to the other side formwork of the combined wall formwork; after the formwork project is completed or jointly completed to bear the wall or column with the "door frame assembly" , wall or column, wall, beam or column, wall, beam, floor mold cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, For the "door frame assembly" made of iron nails; Or use iron nails to fix the "door frame assembly" in the wall mold cavity; the composite material properties can be used to reduce the deflection caused by the door frame being embedded in the concrete or produce a deflection that meets the construction quality requirements or produce a convergence The formwork construction method with zero deflection effect; or the waterproofing performance of one-time construction (grouting), directly produces "houses with integrally cast concrete and sealed door frames". A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its features include: made of "square or square double-layered or square multi-layered window frames" to be installed on the wall of the house. "Square or square double-layer or square multi-layer window frame assembly"; use "square or square double-layer or square multi-layer window frame" on the inner or outer side or inner edge of the "square or square double-layer or square multi-layer window frame", and set "positioning plates" to make "square" Or square double-layer or square multi-layer window frame assembly"; in the formwork project to construct walls or columns, walls or columns, walls, beams or columns, walls, beams, floor formwork cavity, the wall side formwork assembled first needs to be constructed In the position of the window opening mold, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "square or square double-layer or square multi-layer window frame assembly" with iron nails on the previously assembled wall side mold. On the lining board; it can be used to tie steel bars or water and electricity pipes, and then continue to the other side of the combined wall mold cavity; after the formwork project is completed or jointly completed, it can bear the "square or square double-layer or square multi-layer window frame" "Assembly" wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; in the process of casting concrete, it supports the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatically or intelligently The formwork engineering equipment of the type machine is used for "square or square double-layer or square multi-layer window frame assembly" made of iron nails; or for fixing "square or square double-layer or square multi-layer window frame assembly" with iron nails. The structural combination in the wall formwork cavity; the formwork engineering construction method that produces composite material properties that reduce the deflection produced by the window frame during the concrete embedding process or produces a deflection that meets the construction quality requirements or produces an effect close to zero deflection; or Disposable The waterproof performance of the procedural construction (grouting) directly produces "houses with square or square double-layered or square multi-layered window frames that are cast in one piece and solidified with concrete." A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "square or square door frame with an open sky" to be installed on the wall of the house. Or square doorframe assembly with an open sky"; use "square or square doorframe with an open sky" on the inner or outer side or inner edge of the "square or square doorframe with an open sky", set "positioning plates" to assemble the "square or square doorframe with an open sky" "Door frame assembly"; when constructing wall or column, wall or column, wall, beam or column, wall, beam, and floor mold cavity in the formwork project, the door opening mold must be applied to the mold surface of the wall side mold that is assembled first. At the position, it is easy to directly fix the "positioning plate" that has been assembled on the inner or outer edge of the "square or square door frame assembly with an open sky" with iron nails on the lining plate of the wall side molding that was assembled first; It can be used to tie steel bars or distribute water and electricity pipes, and then add it to the other side of the combined wall mold cavity; after the formwork project is completed or jointly completed, it can bear the wall or column with "square or square door frame assembly with open sky", Wall or column, wall, beam or column, wall, beam, floor mold cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for A "square or square door frame assembly with an open sky" made by a combination of iron nails; or a structural combination of a "square or square door frame assembly with an open sky" fixed in a wall mold cavity using iron nails; producing composite material properties , a formwork engineering construction method that reduces the deflection produced by the door frame during the concrete embedding process or produces a deflection that meets the construction quality requirements or produces a near-zero deflection effect; or directly produces the waterproof performance of the one-time process construction (grouting) "One-piece cast concrete to seal a square or square house with an open door frame". A "door and window frame assembly and integrated casting of concrete to seal the door and window frame of the house formwork construction method", its characteristics include: "square" to be installed on the wall of the house A "window frame with a semicircular frame at the upper part" is made into a "square window frame assembly with a semicircular frame at the upper part"; by using the inner or outer side or inner edge of the "square window frame with a semicircular frame at the upper part" On the side, set "positioning plates" to assemble and make "a window frame assembly with a semicircular frame on the upper part of the square"; in the formwork project, construct walls or columns, walls or columns, walls, beams or columns, walls, beams, and floors. The mold cavity is the position where the window frame opening mold needs to be applied on the mold surface of the wall side mold that has been assembled in advance. It can be easily fixed directly with iron nails and assembled inside the "square upper part of the window frame assembly with a semicircular frame" Or the "positioning plate" on the outer edge is placed on the lining of the side formwork of the wall that was assembled first; it can be used to tie steel bars or distribute water and electricity pipes, and then it is added to the other side formwork of the combined wall formwork; in the formwork project Complete or jointly complete the wall or column, wall or column, wall, beam or column, wall, beam, floor formwork cavity with "window frame assembly with a square upper part having a semicircular frame"; the process of casting concrete, supporting The dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for the "square window frame assembly with a semicircular frame on the upper part" made of iron nails; or using iron nails It is a structural assembly that fixes the "square window frame assembly with a semicircular frame on the upper part" in the wall mold cavity; it produces composite material properties, which can reduce the deflection caused by the window frame being embedded in concrete or meet the construction quality requirements. The deflection may produce a formwork construction method that is close to zero deflection; or the waterproof performance of the one-time construction (grouting) can directly produce "a one-piece cast concrete-sealed square window frame with a semi-circular frame on the upper part of the house." By. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its characteristics include: making "a door frame with a semicircular frame on the upper part of the square" to be installed on the wall of the house. "Door frame assembly with a semi-circular frame on the square upper part"; use "Door frame with a semi-circular frame on the square upper part" on the inner or outer side or inner edge, and set "positioning plates" to assemble "Door frame with a semi-circular frame on the square upper part" "Round frame door frame assembly"; in the formwork project, walls or columns, walls or columns, walls, Beams or columns, walls, beams, floor molding cavities, the position where the door frame opening molding needs to be applied on the molding surface of the wall side molding that has been assembled in advance, can be easily fixed directly with iron nails and assembled on the "square upper part with a semicircular shape" The "positioning plate" on the inner or outer edge of the "frame door frame assembly" is placed on the lining plate of the wall side formwork assembled first; it can be used to tie steel bars or water and electricity pipes, and then on the combined wall formwork cavity The other side formwork: after the formwork project is completed or jointly completed, it can bear the wall or column, wall or column, wall, beam or column, wall, beam, floor formwork with "door frame assembly with a square upper part and a semicircular frame" Cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for the assembly of the "square upper part with a semi-circular frame door frame made of a combination of iron nails" "Body"; or a structural combination that uses iron nails to fix the "square door frame assembly with a semicircular frame on the upper part" in the wall mold cavity; to produce composite material properties, which are generated during the process of lowering the door frame or window frame and inserting concrete. The deflection may produce deflection that meets the construction quality requirements or produce a formwork construction method that is close to zero deflection; or the waterproof performance of the one-time process construction (grouting) can directly produce "one-piece cast concrete sealing square upper part with a semicircle" A house with a framed door frame. A "door and window frame assembly and integrated casting of concrete to seal the door and window frame of the house formwork construction method", its characteristics include: making a "window with an expanded edge type" on the door frame or window frame to be installed on the wall of the house "Frame or door frame assembly"; use the inner or outer side or inner edge of the window frame or door frame, and set "positioning plates" to assemble "window frame or door frame assembly with expanded edge type"; in the formwork project To construct wall or column, wall or column, wall, beam or column, wall, beam, floor template cavity, the mold surface of the wall side mold assembled in advance needs to be the position where the window frame opening mold is to be made. It is easy to directly use iron Nail and fix the "positioning plate" that has been assembled on the inner or outer edge of the "window frame or door frame assembly with an expanded edge type" to the lining surface of the wall side formwork that has been assembled; it can be tied with steel bars Or distribute water and electricity pipelines, and then continue on the other side of the combined wall mold cavity; in the formwork project Complete or jointly complete the wall or column, wall or column, wall, beam or column, wall, beam, floor formwork with "window frame or door frame assembly with expanded edge type"; concrete casting process, support Dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for "window frame or door frame assembly with expanded edge type" made of iron nails; or using iron nails It is a structural assembly that fixes the "window frame or door frame assembly with an expanded edge type" in the wall mold cavity; it produces composite material properties, which can reduce the deflection caused by the door frame or window frame during the concrete embedding process or make it suitable for construction. The deflection required by the quality or the formwork construction method that produces a near-zero deflection effect; or the waterproofing performance of the one-time construction (grouting), directly producing "one-piece cast concrete to seal the window frame or door frame into concave concrete around the window frame" A house with an expanded rim. A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "round window frame or door frame" from a round window frame or door frame to be installed on the wall of the house. "Door frame assembly"; use the inner or outer side or inner edge of the circular window frame or door frame, and set "positioning plates" to assemble the "round window frame or door frame assembly"; use the formwork project to construct the wall or Column, wall or column, wall, beam or column, wall, beam, floor formwork cavity, the formwork surface of the wall side formwork that has been assembled in advance needs to be applied to the position of the circular window or door frame opening formwork, it is easy to directly use iron nails Fix the "positioning plate" that has been assembled on the inner or outer edge of the "round window frame or door frame assembly" on the lining plate of the wall side formwork that has been assembled previously; it can be used to tie steel bars or water and electricity pipes. Continue the molding on the other side of the combined wall mold cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall, beam or column, wall, Beam and floor formwork cavities; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for "round window frames or door frames made of iron nails" "Assembly"; or use iron nails to fix the "round "Window frame or door frame assembly" is a structural combination in the wall mold cavity; it produces composite material properties, which reduces the deflection produced by the door frame or window frame during the concrete embedding process or produces a deflection that meets the construction quality requirements or produces a deflection that is close to zero. The construction method of formwork engineering with deflection effect; or the waterproofing performance of one-time construction (grouting), directly producing "houses with one-piece cast concrete to seal round window frames or door frames". A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its main features include: "octagonal window frame or door frame assembly" is used to construct walls or columns, walls or columns in the formwork project , wall, beam or column, wall, beam, floor mold cavity, the mold surface of the wall side mold assembled in advance needs to be applied to the position of the octagonal window frame or door frame opening mold, which can be easily fixed directly with iron nails and assembled on the The "positioning plate" on the inner or outer edge of the "octagonal window frame or door frame assembly" is placed on the lining plate of the wall side formwork assembled first; it can be used to tie steel bars or water and electricity pipes, and then it is assembled The other side formwork of the wall formwork cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall, beam or column, wall, beam, floor slab with "octagonal window frame or door frame assembly" Mold cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for the "octagonal window frame or door frame assembly" made of iron nails; Or use iron nails to fix the structural combination of "octagonal window frame or door frame assembly" in the wall mold cavity; to produce composite material properties, which can reduce the deflection caused by the door frame or window frame in the concrete embedding process or create a suitable construction The deflection of quality requirements or the formwork construction method that produces a nearly zero deflection effect; or the waterproof performance of one-time construction (grouting) to directly produce "houses with one-piece cast concrete to seal octagonal window frames or door frames". A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its features include: making a "door frame assembly" from a door frame that is to be installed on the wall of the house and has the same thickness as the distance between the wall mold cavities. Body"; inside or outside the inner edge of the door frame Use "positioning plates" on the side to form a "door frame assembly"; in the formwork project, create walls or columns, walls or columns, walls, beams or columns, walls, beams, and floor mold cavities, and assemble the walls first At the position where the door frame opening mold needs to be installed on the side mold, it is easy to directly fix the inner or outer "positioning plate" of the completed "door frame assembly" on the lining plate of the previously assembled wall side mold; Cooperate with tying steel bars or water and electricity pipes, and continue the mold on the other side of the combined wall mold cavity; after the formwork work is completed or jointly completed, the wall or column, wall or column, wall, beam or column with the "door frame assembly" , wall, beam, floor mold cavity; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatic or intelligent mechanical formwork engineering equipment, for the "door frame assembly made of iron nails" "; or use iron nails to fix the "door frame assembly" in the wall mold cavity; to produce composite material properties, which can reduce the deflection caused by the door frame or window frame being embedded in the concrete or produce a structure that meets the construction quality requirements The deflection may produce a formwork construction method that is close to zero deflection; or the waterproofing performance of a one-time process (grouting) can directly produce a "housing with integrally cast concrete and sealed door frames". A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "door frame assembly" from a door frame that is to be installed on the wall of the house and has a thickness smaller than the wall mold cavity. ;Use "positioning plates" on the inner or outer sides of the door frame to form a "door frame assembly"; use the formwork project to construct walls or columns, walls or columns, walls, beams or columns, walls, beams, and floor slabs The mold cavity is where the door frame opening mold needs to be placed on the wall side mold that is assembled first. It is easy to directly fix the "positioning plate" that has been assembled on the inner or outer side of the "door frame assembly" to the wall side mold that is assembled first. Lining board; can be used to tie steel bars or water and electricity pipes, and then continue to the other side of the combined wall mold cavity; after the formwork project is completed or jointly completed to bear the wall or column, wall or Columns, walls, beams or column, wall, beam, floor mold cavities; the process of casting concrete, supporting the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatically or as The formwork engineering equipment of intelligent machinery, for the "door frame assembly" made of iron nails; or the structural combination of fixing the "door frame assembly" in the wall mold cavity with iron nails; to produce composite material properties, in reducing the door frame or The deflection of the window frame caused by the concrete embedding process or the deflection that meets the construction quality requirements or the formwork construction method that produces a near-zero deflection effect; or the waterproof performance of the one-time process construction (grouting), directly produces "one-piece" Houses with door frames sealed with concrete." A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its characteristics include: making a "door frame assembly" or "door frame assembly" or " "Window frame assembly"; use iron nails to fix the "L-shaped cross-section composite material" on the inner or outer side of the door frame or window frame, and support the door frame or window frame on the "positioning plate" to make a "door frame assembly" or "window frame". "Frame assembly"; in the formwork project, walls or columns, walls or columns, walls, beams or columns, walls, beams, and floor template cavities are constructed. The wall side molds that are assembled first need to be constructed at the opening mold position of the door frame or window frame. On the top, it is easy to directly fix the "positioning plate" that has been assembled inside or outside the "door frame assembly" or "window frame assembly" with iron nails on the formwork surface (lining plate) of the wall side formwork that has been assembled first. or directly fix the "L-shaped cross-section composite material" with iron nails on the formwork surface (lining plate) of the previously assembled wall side formwork, and use the support assembly to make a "window frame or door frame or panel door frame assembly" on the previously assembled wall formwork. On the formwork surface (lining plate) of the wall side formwork; it can be used to tie steel bars or water and electricity pipes, and then to the other side formwork of the combined wall formwork cavity; after the formwork project is completed or jointly completed, the "door frame assembly" "or "window frame assembly" or "slab door frame assembly" wall or column, wall or column, wall, beam or column, wall, beam, floor mold cavity; the process of pouring concrete supports the dynamic pressure generated by the mold cavity Or side pressure or uniform load, automatic or intelligent mechanical formwork engineering equipment, for "door frame assembly" or "window frame assembly" or "panel door frame assembly" made of iron nails; or use iron nails to support Install and fix the "door frame assembly" or "window frame assembly" or "panel door frame assembly" in the wall mold cavity Structural combinations; a formwork engineering construction method that produces composite material properties that reduce the deflection produced by the door frame or window frame during the concrete embedding process, or produces a deflection that meets construction quality requirements, or produces a near-zero deflection effect; or in a single The waterproofing performance of the permanent process construction (grouting) can directly produce "a house with integrally cast concrete to seal the door frame or window frame". A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: directly forming a "panel door frame assembly" from the plate door frame to be installed on the wall of the construction project. ; In the formwork project, the wall or column, wall or column, wall, beam or column, wall, beam, floor formwork cavity shall be constructed directly at the position of the previously assembled wall side formwork where the opening formwork of the door frame was originally required. , nail the "L-shaped cross-section composite material" as the internal supporting material of the door frame; place the "board door frame" with a frame (support) width equal to or slightly smaller than the wall mold cavity spacing size on the "L-shaped cross-section composite material" , and then set up its internal supporting materials to form a "slab door frame assembly" with composite material properties or a "slab door frame assembly with wall passage openings"; it can be used to tie steel bars or distribute water and electricity pipes, and then continue with the combined wall formwork Formwork on the other side of the cavity; after the formwork work is completed or jointly completed to bear the wall or column, wall or column, wall, beam or column, wall, beam, floor formwork cavity with "slab door frame assembly"; the process of casting concrete , to support the dynamic pressure or lateral pressure generated by the mold cavity or the uniform load, automatic or intelligent mechanical formwork engineering equipment, for the "board door frame assembly" made of iron nails; or to use iron nails to fix the "board door frame" "Assembly" is a structural combination in the wall mold cavity; it produces composite material properties that reduce the deflection produced by the door frame or window frame during the concrete embedding process or produce a deflection that meets the construction quality requirements or produce a formwork with a near-zero deflection effect. Engineering construction method; or the waterproofing performance of one-time construction (grouting), directly producing "houses with integrated cast concrete solid board door frames". A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "door frame assembly" on the door frame or window frame to be installed on the wall of the construction project. Or "window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame to set "positioning plates" to assemble the "door frame assembly" or "window frame assembly"; after casting in advance Or reserve wall openings on the walls of completed concrete or brick or hollow brick construction projects that need to be used for subsequent installation of door frames or window frames; in conjunction with the subsequent construction of the wall openings or wall openings, floor plan or wall Mold cavities for formwork projects of openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, and floor slabs; wall opening side molds that are assembled first before constructing the wall opening mold cavity On the correct position where the door frame or window frame needs to be installed, directly fix the "positioning plate" that has been assembled on the inside or outside edge of the "door frame assembly" or "window frame assembly" with iron nails to the previously assembled one. On the wall side mold; or in the thicker wall opening mold cavity, first fix the "L-shaped cross-section composite material" with iron nails, and then stack and fix the "door frame assembly" or "window frame assembly" on the "L-shaped cross-section composite material" or fix the "positioning plate" on the "door frame assembly" or "window frame assembly" with iron nails on the side mold of the wall opening that was assembled first, and then superimpose and fix the "L-shaped cross-section composite "Material" is placed on the side edge of the "door frame assembly" or "window frame assembly"; it can be used to tie steel bars or distribute water and electricity pipes, and then add it to the other side of the mold cavity of the composite wall opening; after the formwork project is completed or Together, we can complete the installation of wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, with "door frame assembly" or "window frame assembly". Wall openings, beams, and floor mold cavities; the process of casting concrete, supporting the dynamic pressure or lateral pressure generated by the mold cavity or evenly distributed load, automatic or intelligent mechanical formwork engineering equipment, for "door frame assembly" made of iron nails body" or "window frame assembly"; or use iron nails to fix the "door frame assembly" or "window frame assembly"; or use iron nails to fix the "door frame assembly" and "L-shaped cross-section composite material" or "window frame group" The structural combination of "installation body" and "L-shaped cross-section composite material" in the wall mold cavity; the performance of the composite material can reduce the deflection caused by the door frame or window frame being embedded in the concrete or produce deflection that meets the construction quality requirements or produce The formwork construction method that approaches zero deflection effect; or the waterproof performance of one-time construction (grouting), directly producing "a house with integrally cast concrete to seal the door or window frame". A "door and window frame assembly and a formwork construction method for a house with integrally cast concrete to seal the door and window frames". Its characteristics include: making a "door frame assembly" on the door frame or window frame to be installed on the wall of the construction project. Or "window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame, and set "positioning plates" to assemble to make a "door frame assembly" or "window frame assembly"; in two or For concrete, brick or hollow brick construction projects with more than two construction steps, the walls, columns, and wall structural parts of the structure must be completed first by casting or laying bricks, and the wall openings that still need to accommodate door frames or window frames shall be reserved; The formwork work of the subsequent process construction, the construction of wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, floor slab mold cavities , directly use iron nails to fix the "positioning plate" that has been assembled on the inner or outer edge of the "door frame assembly" or "window frame assembly" to the side molding of the wall opening that has been assembled first; or to the thicker wall molding hole, use laminating "L-shaped cross-section composite material" on the side of the "door frame assembly" or "window frame assembly"; or first fix the "L-shaped cross-section composite material" on the side molding of the wall opening that has been assembled before laminating it. Fix the "door frame assembly" or "window frame assembly" on the side of the "L-shaped cross-section composite material"; it can be used to tie steel bars or water and electricity pipes, and then on the other side of the mold cavity of the composite wall opening Formwork; after the formwork work is completed or jointly completed, the wall opening or wall opening, floor slab or wall opening, beam, floor slab or column, wall opening or column, wall opening or wall opening with "door frame assembly" or "window frame assembly" Openings, floor slabs or columns, wall openings, beams, and floor slab mold cavities; in the process of casting concrete, support the dynamic pressure or lateral pressure or uniform load generated by the mold cavity, automatically or intelligently The formwork engineering equipment of Huixing Machinery is used for "door frame assembly" or "window frame assembly" made of iron nails; or for fixing "door frame assembly" or "window frame assembly" with iron nails; or for "door frame assembly" or "window frame assembly" made of iron nails; Iron nails are used to fix the structural combination of "door frame assembly" and "L-shaped cross-section composite material" or "window frame assembly" and "L-shaped cross-section composite material" in the wall mold cavity; it produces composite material properties and reduces the door frame Or the deflection of the window frame caused by the concrete embedding process or the deflection that meets the construction quality requirements or the formwork construction method that produces a near-zero deflection effect; or the waterproof performance of the one-time process construction (grouting), directly produced " Houses in which door frames or window frames are solidly cast with concrete. A "door and window frame assembly and a formwork construction method for houses with integrally cast concrete to seal door and window frames". Its characteristics include: making a "door frame assembly" or "door frame assembly" or " "Window frame assembly"; use the inner or outer side or inner edge of the door frame or window frame, and set "positioning plates" to assemble the "door frame assembly" or "window frame assembly"; in the implementation of the second construction project For continuous construction of one or more times, for concrete, brick or hollow brick construction, the walls, columns and wall structural parts of the structure must be first cast or laid bricks, and the wall openings required to accommodate door frames or window frames must be reserved. ;For formwork construction in subsequent procedures, wall openings or wall openings, floor slabs or wall openings, beams, floor slabs or columns, wall openings or columns, wall openings, floor slabs or columns, wall openings, beams, On the floor formwork cavity, add a pad on the outer side of the wall opening to make it thicker (width) by one dimension to match the outer side of the wall opening that has been completed previously, or to match the outer side of the wall opening, window frame or The outer edge of the door frame is thickened by one size to form a wall opening cavity; or a wall opening with a thickened or thickened and enlarged edge or a wall opening and beam cavity; directly fixed with iron nails and assembled into the "door frame assembly" ” or the “positioning plate” on the inner or outer edge of the “window frame assembly” is placed on the lining surface of the side molding of the wall opening that is assembled first; or for wall openings with a larger thickness, the “L-shaped” is fixed in advance The cross-section composite material is placed on the wall opening side mold that was assembled first, and then fixed with iron nails. The door frame is assembled. body" or "window frame assembly" on the "L-shaped cross-section support material"; or first fix the "door frame assembly" or "window frame assembly" on the wall side molding that was assembled first, and then superimpose and fix the "L "Supporting material with a shaped cross-section" is placed on the side of the "door frame assembly" or "window frame assembly"; it can be used to tie steel bars or distribute water and electricity pipes, and then to the other side of the mold cavity of the composite wall opening; The formwork work is completed or jointly completed to undertake the wall opening or wall opening, floor slab or wall opening, beam, floor slab or column, wall opening or column, wall opening, floor opening with "door frame assembly" or "window frame assembly". Molds or columns, wall openings, beams, and floor mold cavities; during the concrete casting process, support the dynamic pressure or lateral pressure or uniform load generated by the mold cavities, automatic or intelligent mechanical formwork engineering equipment, made of iron nails "Door frame assembly" or "Window frame assembly"; or use iron nails to fix the "door frame assembly" or "window frame assembly"; or use iron nails to fix the "door frame assembly" and "L-shaped The structural combination of "cross-section composite material" or "window frame assembly" and "L-shaped cross-section composite material" in the wall mold cavity; it produces composite material properties, which can reduce the deflection caused by the door frame or window frame during the concrete embedding process or produce composite materials. The deflection required by the construction quality or the formwork construction method that produces a near-zero deflection effect; or the waterproofing performance of the one-step construction, the production of "houses with integrally cast concrete to seal door frames or window frames"; or the production of "houses with solid concrete door frames or window frames"; It is a house product that is made of integrally cast concrete to seal the door frame or window frame and make a thickened or thickened and enlarged or beautiful-shaped flange edge around the door frame or window frame. Such as the "door and window frame assembly and integrated cast concrete sealing" described in request item 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 "Formwork engineering construction method for houses with door and window frames", in which door frames or window frames are designed using construction engineering for ventilation, lighting or passage openings of houses, and are installed on the walls of houses or laminated structures. They are made of aluminum alloy or plastic steel extrusions. Finished window frames or door frames made of stainless steel or copper alloy, forged or made of wood. Such as the "door and window frame assembly and integrated cast concrete sealing" described in request item 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 "Construction method of formwork engineering for houses with door and window frames", among which, positioning plates refer to the use of construction projects that need to be installed on the walls of houses or laminated structures. They are made of aluminum alloy or plastic steel extrusion, stainless steel or copper alloy forging or wood. , the finished product or appearance shape of the window frame or door frame; or the edge shape or slightly smaller size that matches the outer or inner side edges of its shape; or the plate cut into "one piece or combined as a positioning plate" It is also used as a formwork board for the outer or inner side of a window frame or door frame. It is positioned and fixed with iron nails to fix the combined door frame or window frame, internal support material (or internal support material, intermediate support material), formwork board or fixed board. The "window frame assembly" or "door frame assembly" is formed into a "window frame assembly" or "door frame assembly" with the same thickness or slightly smaller thickness than the wall mold cavity and is positioned and fixed on the inner or outer edge of the "window frame assembly" or "door frame assembly" Positioning board" person. As described in request item 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 or 19, "door and window frame assembly and integrated cast concrete" "Construction method of formwork engineering for houses with fixed door and window frames", among which, "door frame assembly" or "window frame assembly" is required to be installed on the wall of the house or the opening of the wall structure using construction engineering. The finished window frame or door frame made of aluminum alloy, plastic steel, stainless steel, forged alloy, wood or extruded materials and the edge shape and size of its body; in the cutting of "one or combined positioning plate" and window or The formwork board on the side of the door frame; or include: positioning plate, iron nails, formwork board (or formwork pad or material or fixed plate), internal support material (or internal support material, intermediate support material); in the iron nail Fixed combination positioning plate, window frame or door frame, internal supporting material (or internal supporting material, intermediate supporting material), molding plate (or molding gasket or molding material or fixed plate), with a thickness that is spaced apart from the wall mold cavity or "Window frame assembly" or "door frame assembly" is a structure or combination of the same or slightly smaller width and with composite material properties. As described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 or 19 or 20, the "door and window frame assembly and integrated "Construction method of formwork engineering for houses with concrete-sealed door and window frames", in which the installation of "door frame assembly" or "window frame assembly" is tied to the walls or columns, walls or columns, walls and beams of the formwork project Or columns, walls, beams, and floor formwork cavities; or in concrete, brick, or hollow brick structures, walls, columns, and wall structural parts reserved for door or window openings are first constructed, and then the wall openings are constructed. or wall opening, floor slab or wall opening, beam, floor slab or column, wall opening or column, wall opening, floor slab or column, wall opening, beam, floor slab mold cavity; side molding on the wall or wall opening that has been assembled in advance , where the door frame or window frame is designed to be installed, directly fix the "positioning plate" that has been assembled into the "door frame assembly" or "window frame assembly" on the inner or outer side with iron nails, and then assemble it first The lining plate of the side molding of the wall or wall opening; or the positioning plate on the thicker wall molding cavity that has been assembled into a "door frame assembly" or "window frame assembly" is fixed with iron nails. On the lining of the wall side formwork, then superimpose (thickness) the "L-shaped cross-section composite material"; or first use iron nails to set the "L-shaped cross-section composite material" on the previously assembled wall side formwork, and then superimpose and fix the "L-shaped cross-section composite material" "Door frame assembly" or "window frame assembly"; it can be used to tie steel bars or water and electricity pipes, and then be added to the other side of the combined wall or wall opening mold cavity; it can be used to complete or jointly complete the formwork project of the wall or Column, wall or column, wall, beam or column, wall, beam, floor formwork; or wall opening or wall opening, floor or wall opening, beam, floor plan or column, wall opening or column, wall opening, floor Panels or columns, wall openings, beams, and floor template cavities; fully enclosed with "door frame assembly" or "window frame assembly"; or "door frame assembly", "L-shaped cross-section composite material"; or "window frame" "Assembly", "L-shaped cross-section composite material" wall or wall opening mold cavity. The "door" described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12 or 13 or 14 or 15 or 16 or 17 or 19 or 20 or 21 "Window frame assembly and formwork construction method for houses with integrated concrete-sealed door and window frames", in which "door frame assembly" or "window frame assembly" are produced in combination; or "door frame assembly" or "window frame assembly" are installed "Frame assembly" is a structural assembly in a wall or wall opening mold cavity; it is fixed with iron nails to combine positioning plates, formwork plates, door frames or window frames, internal supporting materials, formwork plates or fixed plates to form a "window frame assembly" body" or "door frame assembly"; or use iron nails to directly fix the positioning plate on the "door frame assembly" or "window frame assembly" on the mold surface of the wall side mold that has been assembled in the wall or wall opening mold cavity. Then fix the wall side molding on the assembled side with iron nails on the other side of the "door frame assembly" or "window frame assembly" to complete the wall or wall opening mold cavity; support the movement generated during the grouting of the wall mold cavity Pressure or side pressure, automatic or formwork engineering equipment such as intelligent machinery, for "door frame assembly" or "window frame assembly" made of iron nails; or iron nails are used to fix the "door frame assembly" or "door frame assembly" "Window frame assembly"; or a structural combination of "door frame assembly" and "L-shaped cross-section composite material" or "window frame assembly" and "L-shaped cross-section composite material" fixed in the wall mold cavity with iron nails; The shear strength of the iron nails is used to resist the shear flow generated between the composite surfaces, and the composite effect formed by the iron nails can reduce the deflection caused by the concrete embedding process of the door frame or window frame or produce deflection that meets the construction quality requirements or produce a tendency. Nearly zero deflection effect. As described in request item 2 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the window frame assembly is cut and matched with the window. "A piece or combined window frame positioning plate" with the same shape or slightly smaller size on the outer or inner edge of the frame; or include: positioning plate of the window frame, an appropriate amount (size, size, quantity) of iron nails, window frame The inner side (or outer side) molding board (or pad or material or foam type cushion material), the internal support material (or internal support material, intermediate support material), the outside edge of the window frame (or the inner Side) molding board (or backing board or material or foam type backing material or fixing board); use iron nails to fix the combined window frame The inner side (or outer side) molding plate (or backing plate or material or foam type cushioning material) is placed on the positioning plate [or there is no need to set the inner side (or outer side) molding plate 〕, supporting the window frame, the internal support material for fixing the window frame (or providing the window frame internal support material, intermediate support material), and the molding plate (or backing plate or material or molding pad material or fixing plate) on the side of its internal supporting material [or a molding plate that does not need to have its inner edge (or outer edge)]; Force strength, resisting the shear flow generated on the combined surface, forming a "window frame assembly" with a thickness equal to or slightly smaller than the distance between the wall mold cavities and a structure or combination with composite material properties. As described in request item 3 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", where the door frame assembly is based on (1) the thickness For door frames that are smaller than the spacing between wall mold cavities: To cut a piece of the same shape (or slightly smaller) as the outer edge of the door frame or combine it or combine it into a door frame positioning plate with a passage opening, and also use the mold seal on the side of the door frame board; or include: positioning board for the door frame, an appropriate amount (size, size, quantity) of iron nails, internal support material (or internal support material, middle support material), outside edge (or inside edge) formwork board ( Or pad or molding material or foam type padding or fixed plate); use iron nails to set the inner edge (or outer edge) molding plate on the positioning plate (or no need to set it), support the door frame, The internal support material for fixing the door frame (or internal support material or intermediate support material), and the molding board (or pad or material or molding pad material or fixed plate) for fixing the outer side (or inner side) of the door frame are placed on the On the sides of the internal support materials [or there is no need to install molding plates on the inner side (or outer side)]; when the thickness is equal to (or slightly smaller than) the wall mold cavity spacing size and has a structure with composite material properties "Door frame assembly"; or (2) for a door frame with a thickness equal to the distance between the wall mold cavities: to cut it into a "piece or merge (or merge it with a passage opening) that has the same shape as or is internally connected to the inner edge of the door frame" "Door frame positioning plate"; or include: door frame positioning plate, appropriate amount (size, size, quantity) of nails, internal support material (or internal support material, middle support material), outer edge (or inner edge) Fixed plate; and set the door frame positioning plate on the inner edge (side) of the door frame, use iron nails to fix the internal support material of the door frame (or set the internal support material, middle support material), set the inner (or outer) edge fixing plate (or No installation is required); the "door frame assembly" is made into a "door frame assembly" with a thickness equal to the spacing of the wall mold cavity and a composite material structure or combination. As described in request item 4 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the square or square double-layer or square multi-layer window frame assembly The body refers to a "piece or combined square or square double-layer or square multi-layer window that is cut to have the same shape or slightly smaller size than the outer (or inner) edge of the "square or square double-layer or square multi-layer window frame". "Frame positioning plate" and molding plate on the side of the window frame; or include: positioning plate of the window frame, an appropriate amount (size, size, quantity) of iron nails, and molding plate on the inner side (or outer side) of the window frame (or pad or material or foamed pad), internal support material (or internal support material, middle support material), molding plate (or pad or material or foam) of the outer edge (or inner edge) Foam-type padding or fixing plate); fix the molding plate (or pad or material or foam-type padding) on the inner edge (or outer edge) of the combined window frame with iron nails on the positioning plate [ Or there is no need to (thicken) the molding board for the inner side (or outer side), support the window frame, and fix the internal support material (or internal support material, intermediate support material) of the combined window frame on the positioning plate On top, fix the molding board (or backing plate or material or molding backing material or fixing plate) on the outer side (or inner side) of the combined window frame on the side of its internal supporting material (or there is no need to install an outer side). Formwork board on the side (or inner side); when the thickness is equal to or slightly smaller than the wall mold cavity spacing (spacing) and the shear strength of the iron nails can be used to resist the combination surface The shear flow generated constitutes a "square window frame, square double-layer window frame or square multi-layer window frame assembly" that is a structure or combination of composite material properties. As described in request item 5 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the square or square door frame assembly with an open sky, Refers to a "square or square door frame with an open sky" whose outer edge is the same or smaller and whose thickness is smaller than the spacing size of the wall mold cavity. "A door frame positioning plate with a passage opening that is either combined or combined into a door frame positioning plate" and the side of the door frame formwork board; or include: door frame positioning plate, appropriate (size, size, quantity) of iron nails, door frame inside edge (or outside edge) formwork board (or backing plate or material or foam type Cushion material), internal support material (or internal support material, middle support material), outer edge (or inner edge) molding plate (or pad or material or foam type pad or fixed plate); Fix the molded board (or pad or material or foam-type pad) of the inner edge (or outer edge) of the "square or square door frame with an open sky" on the positioning plate [or there is no need to add any more Thick) molding board with inner side (or outer side), supporting door frame, internal support material for fixing the combined door frame (or both internal support material and intermediate support material), fixed combined outer side [ The molding board (or backing plate or material or foam type cushioning material or fixing plate) on the side of the inner support material (or the molding of the outer side (or inner side) without the need to set it) Board]; "Square or square door frame assembly with an open sky" made into a structure or combination with a thickness equal to or slightly smaller than the distance between the wall mold cavities and with composite material properties. As described in request item 6 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the window frame assembly with a semicircular frame on the square upper part The body refers to a "piece or combined square window frame with a semi-circular frame on the upper part" or a "piece or combined square window frame with a semi-circular frame on the upper part" that is the same or slightly smaller in shape and size on the outer or inner edge of the square frame part. round "The positioning plate of the window frame" and the molding plate on the side of the window frame; or include: the positioning plate of the window frame, an appropriate amount (size, size, quantity) of nails, the inner edge (or outer edge) of the window frame The molding board (or backing plate or material or foam type backing material), the internal support material (or internal support material, intermediate support material), the outer side (or inner side) molding board (or backing board) or foam type padding material or fixing plate); the molding board (or padding plate, material or foam type padding material) on the inner edge (or outer edge) of the combined window frame fixed with iron nails. Positioning plate [or there is no need to (thicken) the molding plate with the inner side (or outer side)], the internal supporting material (or internal supporting material, middle Support material), the molding plate (or pad or material or molding pad or fixing plate) that fixes the outer side (or inner side) of the combined window frame on the side edge of its internal supporting material [or no need to install it] Formwork board on the outer side (or inner side); a "square upper window frame with a semicircular frame made of a structure or combination with a thickness equal to or slightly smaller than the distance between the wall mold cavities and with composite material properties" "Assembly". As described in request item 7 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", wherein the door frame assembly has a semicircular frame on the square upper part , refers to a "piece or combined square door frame with a semicircular upper part" that is cut to have the same or slightly smaller size as the outer edge of the outer (or inner) edge of the square frame part or a "square door frame with a semicircular upper part" The positioning plate of the door frame and the molding plate on the side of the window frame; or include: the positioning plate of the door frame, an appropriate amount (size, size, quantity) of nails, and the molding of the inner edge (or outer edge) of the door frame. Board (or backing plate or material or foam type backing material), internal support material (or internal support material, middle support material), outer edge (or inner edge) molding board (or backing plate or material or Foam type padding or fixing plate); fix the molding plate (or pad or material or foam type padding) on the inner edge (or outer edge) of the combined door frame with iron nails on the positioning plate [ Or there is no need to (thicken) the molding plate on the inner side (or outer side)), the bearing The door frame is placed, the internal support material (or internal support material, intermediate support material) for fixing the door frame with iron nails, and the molding board (or backing plate or material or molding pad) for fixing the outer side (or inner side) of the combined door frame material or fixed plate) on the side edge of its internal supporting material [or a molding plate that does not need to be provided with an outer edge (or inner edge)]; when the thickness is equal to or slightly smaller than the wall mold cavity spacing (interval) It is also a "door frame assembly with a semicircular frame on the square upper part" that is a structure or combination with the properties of composite materials. As described in request item 8 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the window or door frame assembly has an expanded edge type , refers to the combination of "a piece of square or polygonal or circular or other shapes cut into a larger size than the shape of the outer peripheral edge of the window frame or door frame or combined into a positioning plate with an expanded edge shape of the window frame or door frame" Formwork panels on the side of the window frame; or include: positioning plates with the expanded edge shape of the window frame or door frame, an appropriate amount (size, size, quantity) of iron nails, the inner edge (or outer side) of the window frame or door frame side) molding plate (or backing plate or material or foam type backing material), internal support material (or internal support material, intermediate support material), outer side or inner side molding plate (or backing plate) or foam type padding or fixing plate); fix the molding board (or pad, material or foam type padding) inside or outside the combined window frame or door frame with iron nails to the positioning plate (or there is no need to thicken the molding board with the inner or outer edge), supporting the window frame or door frame, and fixing the internal supporting material of the combined window frame or door frame with iron nails (or providing internal supporting materials and intermediate supporting materials). material), fixing the molding plate (or backing plate or material or molding backing material or fixing plate) on the outer or inner side of the combined window frame or door frame on the side of its internal supporting material [or there is no need to install ( Thickened) outer edge or inner edge molding board]; "windows with expanded edge type" made of a structure or combination with a thickness equal to or slightly smaller than the distance between wall mold cavities and with composite material properties frame or door frame assembly. As described in request item 9 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the circular window or door frame assembly is cut out Manufacture of "a piece or combination of positioning plates that are the same as the inner edge (circle) of a circular window frame or door frame and the same or slightly smaller size as the inscribed quadrilateral of its inner edge"; or include: positioning plates, circular window frames or door frames The molding material (or foam padding material) on the inner side or the outer side, the internal supporting material, the molding material (or the molding cushioning material or foaming material) on the outer side or inner side of the circular window frame or door frame material); combine the molding material (or glued foam pad) on the inner edge (or outer edge) of the circular window or door frame with iron nails on the positioning plate, and support the circular window frame or door frame on the molding On the material, the internal supporting material is fixedly assembled, and the molding material (or molding cushion material or foam material) of the outer edge (or inner edge) is assembled; when it is made (or glued with tape), the thickness is consistent with the wall formwork "Circular window or door frame assembly" with the same hole spacing or slightly smaller size. As described in request item 10 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork construction method of a house with integrally cast concrete to seal the door and window frames", in which the octagonal window or door frame assembly is Cut "a piece or combine a positioning plate that is the same as or slightly smaller than the shape and size or outer edge of the octagonal window frame or door frame" and a molding plate on the side of the window frame; or include: positioning plate, appropriate amount (size, size, Quantity) of iron nails, molding boards (or pads or padding materials) for the inner side (or outer side) of the octagonal window frame or door frame, internal support materials, and molding for the outer side (or inner side) Sealing plate (or backing plate or padding material or fixing plate); fixing the molding plate (or backing plate or padding material) on the inner side (or outer side) of the octagonal window frame or door frame with iron nails on the positioning plate (or there is no need to install a molding board for the inner side (or outer side)), supporting the octagonal window frame or door frame, fixing the internal support material, and fixing the outer or inner side of the molding board (or pad). board or pad or fixed plate) on the side of the internal support material [or there is no need to set its outer edge (or inner (side) mold sealing plate); made into an "octagonal window frame or door frame assembly" with a thickness equal to or slightly smaller than the distance between the wall mold cavities. As described in request item 11 or 19 or 20 or 21 or 22, the "door and window frame assembly and integrally cast concrete-sealed door and window frame house formwork construction method", in which the door frame is made with the same thickness as the distance between the wall mold cavities. The "door frame assembly" consists of "a door frame positioning plate with a passage opening" that is cut or inscribed with the same shape and size as the inner edge of the door frame; or includes: the positioning plate of the door frame, an appropriate amount (size , size, quantity) of nails, the internal support material of the door frame (or internal support material, intermediate support material), the fixing plate on the outer or inner edge of the door frame (or no need to install it); the positioning plate on the inner edge of the door frame At the inner edge of the door frame, use iron nails to fix the internal support material (or internal support material, intermediate support material) of the combined door frame, and install an inner or outer edge fixing plate (or no need to install it); after the thickness and wall mold cavity are made, "Door frame assembly" with equal spacing dimensions and composite material structure or combination. As described in request item 12 or 19 or 20 or 21 or 22, the "door and window frame assembly and integrally cast concrete-sealed door and window frame house formwork construction method", in which the thickness dimension is smaller than the distance between the wall mold cavities The door frame is made into a "door frame assembly" by cutting "a piece of the same shape as the outer edge of the door frame or a slightly smaller size or merging or combining it into a door frame positioning plate with a passage opening" and a molding plate on the side of the door frame; Or include: the positioning plate of the door frame, an appropriate amount (size, size, quantity) of iron nails, the molding board (or pad or material or foam type pad material) on the inside edge (or outside edge) of the door frame, the interior Support material (or internal support material, middle support material), outer edge (or inner edge) molding board (or pad or material or foam type pad or fixed plate); fix the combined door frame with iron nails The inner edge (or outer edge) of the molding plate (or pad or material or foam type cushion material) is placed on the positioning plate [or there is no need (thickening) to set the inner edge (or outer edge) formwork board], supporting door frame, and fixing the internal supporting material of the combined door frame with iron nails (or Internal support material, intermediate support material), molding plate (or pad or material or molding pad or fixed plate) that fixes the outer side (or inner side) of the combined door frame on the side of its internal supporting material [There may be no need to install a molding plate on the inner side (or outer side)]; the "door frame assembly" can be made into a structure or combination with a thickness equal to or slightly smaller than the distance between the wall mold cavities and with composite material properties. As described in request item 13 or 19 or 20 or 21 or 22, the "door and window frame assembly and the formwork engineering construction method of the house with integrally cast concrete to seal the door and window frames", among which, the "L" type cross-section composite material is based on Design or fabrication or concrete casting process to produce "door and window frame assembly and a house with integrally cast concrete to seal door and window frames": It was discovered that iron nails can be used to fix wooden angles on side-extending panels to resist the shear generated between the assembled surfaces. The flow of force forms an "L"-shaped composite material; the side-extending plates of the "L"-shaped composite material are directly fixed with iron nails on the wall side molds that have been assembled in the wall mold cavity to make a wide The (thickness) of the "wall opening side mold" is equal to the distance between the wall mold cavities; or when assembling the "window frame or door frame assembly", directly use iron nails to fix the side extensions of the ""L" cross-section composite material" The plate is on the positioning plate to support the inner edge of the window frame or door frame and serves as the internal support (bracing) material for making the "window frame or door frame assembly"; the shear strength of the iron nails is used to resist the combined members and bear the load ( or uniformly distributed load), the bending stress is generated, and the shear flow generated between the combined surfaces constitutes a composite material effect; it can be directly made into an "L" type composite material for formwork engineering; or an "L" type composite material can be directly used. "Shaped composite materials" are used to assemble "window frames or door frame assemblies" and serve as internal supporting materials provided on the inner edges of window frames or door frames to make "window frames or door frame assemblies" with composite material properties; Or directly use "L"-shaped composite materials to apply composite "wall opening side molding" in the wall mold cavity of the formwork project. For example, the "formwork construction method for houses with door and window frame assembly and integrally cast concrete to seal door and window frames" described in request item 14 or 19 or 20 or 21 or 22 or 34, Among them, the panel door frame assembly refers to the wall mold cavity of the formwork project of the house or laminated structure that is directly or indirectly installed in the construction project, or in the wall or column or wall structure of the completed house or laminated structure. For the extra large opening of the reserved door; for the finished board door frame made of wood or plastic steel material with a thickness equal to the distance between the wall mold cavities; by taking advantage of its shape and the shape and size of the inner edge, use the "L-shaped composite cross-section" "L-shaped cross-section composite material" is used as the internal supporting material, and the overhanging plate of the "L-shaped cross-section composite material" is directly fixed with iron nails on the formwork surface of the first side mold of the wall mold cavity, and the frame support plate door frame is fixed on the "L-shaped cross-section composite material" ” on; in what constitutes the “panel door frame assembly”.

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