TWI712731B - Door frame - Google Patents

Abstract

A door frame comprising: a door frame plate; a frame door stop plate, the use surface of which is set relative to the use surface of the door frame plate to be set on the use surface of the door frame plate; and a plurality of frame foot plates for locking nails, the use surface The installation method perpendicular to the other use surface of the door frame plate is to be set on the other use surface of the door frame plate; wherein, one or more of the door frame plate, the frame door stop plate and the frame foot plate for locking nails are several longitudinal wood The texture sheet and several horizontal wood texture sheets are arranged perpendicular to each other in the wood grain direction, and are arranged and glued at intervals between a vertical wood texture sheet and a horizontal wood texture sheet to form a plywood structure. The use surface and the other use surface are It is the outer surface perpendicular to the stacking and gluing direction of the longitudinal wood texture sheet and the horizontal wood texture sheet.

Description

Door frame

The invention relates to the field of building materials, and particularly relates to a door frame.

The conventional method of construction of door frames is generally to fix the two vertical and horizontal frames of the door frame to the reserved position of the door frame at the construction site. The door frame must use other nails, connecting rods, slats, support plates, etc. Fix it on other hard structures or wall panels that have been completed on the construction site, then lay bricks or fill in cement to fill the gap, and finally do surface modification and painting.

The conventional door frame construction method has the following disadvantages: 1. The door frame must be nailed, erected to overlap or nailed to other structures, which is time-consuming and labor-intensive, and it is filled with cement or bricks to fill the door frame and bricks. When the gap between the walls is blocked, the construction is inconvenient and the efficiency is low due to the obstruction of the scaffolding. 2. The door frame must be fixed in advance, and then bricks are used to repair the wall. The wood surface of the door frame is easy to wear, collide, twist, and deform. If it is damaged, the entire door frame must be removed and replaced, which is very uneconomical. 3. When the door frame is nailed to a fixed structure, or because of the different specifications of the nails and connecting elements used, the construction quality is good, the door frame is easy to be deformed and cannot be adjusted at will, lacks construction flexibility, and cannot be adapted to the large amount of factory standardization Production and application.

In view of the above problems, the technology disclosed in the ROC Patent Announcement No. 422911 "Quick-fixing construction method of door frame after building the door wall first" changed the construction method of building the door frame first and then building the wall in the construction industry, and changed the door frame to the post-embedded construction , That is, before the building has been renovated and will be handed over, a door frame is installed to connect and install the door leaf to deliver the house with a perfect brand new product and improve the quality of the building.

The awareness of environmental protection is increasing, and it is also advocated to protect precious natural resources and cherish the use. However, in order to make the entire door frame stronger and stronger, easy and convenient to construct, so as to achieve the functional goal of embedded installation after the door frame is manufactured, the door frame is made of precious logs. The material usage rate is not high, and the manufacturing cost is quite expensive.

In view of the above-mentioned problems, the object of the present invention is to provide a door frame that makes the entire door frame stronger and stronger, and is easy and convenient to construct, so as to achieve the functional goal of embedded installation after manufacturing the door frame. The use of plywood to make the door frame can reduce the amount of precious logs. , It can increase the utilization rate of materials and reduce the manufacturing cost.

The first aspect of the present invention is to provide a door frame, which includes: a main frame, which includes: a door frame plate; a frame door stop plate, one of its use surface is set relative to the use surface of the door frame plate On the use surface of the door frame plate; and a plurality of frame foot plates for locking nails, the use surface of which is perpendicular to the other use surface of the door frame plate to be set on the other use surface of the door frame plate On; a plurality of decorative strips, each decorative strip includes: a decorative strip board; and a decorative strip foot, the use surface of the decorative strip is perpendicular to the use surface of the decorative strip plate to be set on the decorative strip The use surface is arranged perpendicular to the use surface of the lock nail frame feet so as to be inserted into one of the lock nail frame feet and the wire board groove; wherein, One or more of the door frame panel, the frame door stop panel, the frame feet for locking nails, the trim panel and the trim feet are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets The wood grain direction is arranged perpendicular to each other and the space between a longitudinal wood grain sheet and a horizontal wood grain sheet is arranged and glued to form a plywood structure. The use surface and the other use surface are perpendicular to the longitudinal wood Textured sheets and the outer surface of the stacked gluing direction of the horizontal wood texture sheets.

The second aspect of the present invention provides a door frame, which includes: an L-arm female frame, which includes: a door frame plate; a frame door stop plate, a method of setting one of its use surfaces relative to the use surface of the door frame plate To be set on the use surface of the door frame plate; a female frame side arm reinforcement plate, the use surface of which is set relative to the other use surface of the door frame plate to be set on the other use surface of the door frame plate On; a mother frame side arm plate, the use surface of which is perpendicular to the other use surface of the door frame plate and the setting method of the use surface of the mother frame side arm reinforcement plate is set on the other of the door frame plate The use surface and abut against the side of the side arm reinforcement plate of the mother frame which is perpendicular to the use surface; and a mother frame connecting plate, the use surface of which is set relative to the other use surface of the door frame plate On the other use surface of the door frame panel; an L-arm male frame comprising: a male frame side arm; and a male frame connecting arm, the use surface of which is perpendicular to the use surface of the male frame side arm The installation method is to set on the side of the male frame side arm perpendicular to the use surface, and insert the male frame connecting arm in a direction perpendicular to the use surface of the female frame connecting plate so that the insertion position can be adjusted. The female frame connecting plate is in a female frame connecting groove; wherein the door frame plate, the frame door stop plate, the female frame side arm reinforcement plate, the female frame side arm plate, the female frame connecting plate, the male frame side One or more of the arms and the connecting arms of the male frame are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets arranged perpendicular to each other in the wood grain direction, and a longitudinal wood texture sheet followed by a horizontal wood texture The intervals of the sheets are arranged and glued to form a plywood structure, and the use surface and the other use surface are the outer surfaces perpendicular to the stacking and gluing direction of the longitudinal wood grain sheets and the horizontal wood grain sheets.

The third aspect of the present invention is to provide a door frame, which includes: an L-arm female frame, which includes: a door frame plate; a frame door stop plate, a method of setting one of its use surfaces relative to the use surface of the door frame plate To be set on the use surface of the door frame plate; a retractable plate in the connecting groove of the female frame, and the use surface is set on the other use surface of the door frame plate relative to the other use surface of the door frame plate Surface; a mother frame connecting plate, the use surface of the mother frame connection groove with respect to the other use surface of the retractable plate is set on the other use surface of the retractable plate in the mother frame connection groove ; And a mother frame side arm plate, the use surface of which is perpendicular to the other use surface of the door frame plate, the use surface of the shrink board in the connecting groove of the mother frame and the setting of the use surface of the mother frame connecting plate The method is to be set on the other use surface of the door frame plate and abut against the side of the retractable plate in the connecting groove of the mother frame perpendicular to the use surface and the side of the mother frame connecting plate perpendicular to the use surface; An L-arm male frame, comprising: a male frame side arm; and a male frame connecting arm, the use surface of which is perpendicular to the use surface of the male frame side arm to be set on the side arm of the male frame Perpendicular to the side of the use surface, and insert the male frame connecting arm into a female frame connecting groove with adjustable insertion position, wherein the retractable plate in the female frame connecting groove is between the door frame panel and the female frame connecting plate The space of the mother frame connecting groove is formed between the door frame panel, the retracting plate in the mother frame connecting groove and the mother frame connecting plate; wherein, the door frame panel, the frame door baffle plate, and the mother frame One or more of the retracting plate in the connecting groove, the female frame connecting plate, the female frame side arm plate, the male frame side arm and the male frame connecting arm are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood The texture sheets are arranged perpendicular to each other in the direction of the wood grain, and are glued to form a plywood structure at intervals of one longitudinal wood grain sheet and then a horizontal wood grain sheet. The use surface and the other use surface are perpendicular to the The outer surface of the longitudinal wood-grain sheets and the stacking and gluing direction of the transverse wood-grain sheets.

A fourth aspect of the present invention provides a door frame, which includes: a connecting frame, which includes: a door frame plate; a frame door stop plate, and a use surface of the door frame plate is set relative to the use surface of the door frame plate. On the use surface of the door frame plate; a retractable plate in the connecting groove of the mother frame, and the setting method of its use surface relative to the other use surface of the door frame plate is set on the other use surface of the door frame plate ; And a mother frame connecting plate, the use surface of which is set relative to the other use surface of the shrinking plate in the connecting groove of the mother frame to be set on the other use surface of the shrinking plate in the connecting groove of the mother frame; A plurality of L-arm male frames, each L-arm male frame includes: a male frame side arm; and a male frame connecting arm, the use surface of which is perpendicular to the use surface of the male frame side arm in a setting manner The male frame side arm is perpendicular to the side of the use surface, and the male frame connecting arm is inserted into a female frame connecting groove with adjustable insertion position, wherein the retractable plate in the female frame connecting groove is on the door frame plate The space of the mother frame connecting groove is formed between the door frame plate, the retracting plate in the mother frame connecting groove and the mother frame connecting plate; wherein, the door frame plate, the frame door One or more of the baffle plate, the retracting plate in the connecting groove of the female frame, the connecting plate of the female frame, the side arm of the male frame and the connecting arm of the male frame are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood textures The sheets are arranged perpendicular to each other in the direction of the wood grain, and are glued to form a plywood structure with a longitudinal wood grain sheet followed by a horizontal wood grain sheet. The use surface and the other use surface are perpendicular to the The outer surface of the longitudinal wood texture sheet and the stacking and gluing direction of the horizontal wood texture sheet.

A fifth aspect of the present invention provides a door frame, which includes: a connecting frame, which includes: a door frame plate; a retractable plate in the connecting groove of the female frame, and the use surface thereof is opposite to the other use surface of the door frame plate The setting method is to be set on the other use surface of the door frame plate; and a mother frame connecting plate, the use surface of which is set on the other use surface of the retractable plate in the connecting groove of the mother frame The other use surface of the retractable plate in the female frame connecting groove; a plurality of L-arm male frames, each L-arm male frame includes: a male frame side arm; and a male frame connecting arm to make the use surface vertical The use surface of the male frame side arm is arranged on the side of the male frame side arm perpendicular to the use surface, and the male frame connecting arm is inserted into a female frame connection with adjustable insertion position In the groove, the retractable plate in the female frame connecting groove is retracted between the door frame plate and the female frame connecting plate, and the retractable plate is formed between the door frame plate, the female frame connecting groove and the female frame connecting plate. The space of the female frame connecting groove; wherein, one or more of the door frame plate, the retracting plate in the female frame connecting groove, the female frame connecting plate, the male frame side arm and the male frame connecting arm are a plurality of longitudinal The wood texture sheet and a plurality of horizontal wood texture sheets are arranged perpendicular to each other in the direction of the wood grain, and are glued together to form a plywood structure with an interval between a vertical wood texture sheet and a horizontal wood texture sheet. The use surface and the The other use surface is the outer surface perpendicular to the stacking and gluing direction of the longitudinal wood grain sheets and the horizontal wood grain sheets.

The sixth aspect of the present invention provides a door frame, which includes: a door frame plate; a frame door stop plate, and the setting method of a use surface of the door frame plate relative to the use surface of the door frame plate is set to the use of the door frame plate And a plurality of frame foot plates for locking nails, the use surface of which is perpendicular to the other use surface of the door frame plate to be set on the other use surface of the door frame plate; wherein, the door frame plate, One or more of the frame door stop plate and the frame feet for locking nails is a plurality of longitudinal wood grain sheets and a plurality of horizontal wood grain sheets are arranged perpendicular to each other in the wood grain direction and a longitudinal wood grain sheet The plywood structure is arranged and glued together with the interval of a horizontal wood texture sheet, the use surface and the other use surface are perpendicular to the vertical wood texture sheet and the stack of the horizontal wood texture sheet The outer surface of the gluing direction.

A seventh aspect of the present invention provides a door frame, which includes: an L-arm female frame, which includes: a door frame plate; a frame door stop plate, a method of setting a use surface relative to the use surface of the door frame plate To be set on the use surface of the door frame plate; a mother frame connecting plate, the use surface of which is set relative to the other use surface of the door frame plate to be set on the other use surface of the door frame plate; And a mother frame side arm plate, the use surface of which is perpendicular to the other use surface of the door frame plate and the setting method of the use surface of the mother frame connecting plate to be set on the other use surface of the door frame plate And abut against the side of the connecting plate of the female frame perpendicular to the use surface; an L-arm male frame comprising: a male frame side arm; and a male frame connecting arm, the use surface of which is perpendicular to the male frame The use surface of the side arm is arranged on the side of the male frame side arm perpendicular to the use surface, and the male frame connecting arm can be perpendicular to the use surface of the female frame connecting plate. Adjust the insertion position and insert it into a female frame connecting groove of the female frame connecting plate; wherein, the door frame plate, the frame door stop plate, the female frame side arm plate, the female frame connecting plate, the male frame side arm and One or more of the connecting arms of the male frame are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets arranged perpendicular to each other in the wood grain direction, and one longitudinal wood texture sheet followed by a horizontal wood texture sheet The interval is arranged and glued to form a plywood structure, and the use surface and the other use surface are the outer surfaces perpendicular to the stacking and gluing direction of the longitudinal wood texture sheets and the horizontal wood texture sheets.

An eighth aspect of the present invention provides a door frame, which includes: an L-arm female frame, which includes: a door frame plate; a frame door stop plate, a method of setting its use surface relative to the use surface of the door frame plate To be set on the use surface of the door frame plate; a mother frame connecting plate, the use surface of which is set relative to the other use surface of the door frame plate to set the other side of the retractable plate in the connecting groove of the mother frame A use surface; and a mother frame side arm plate, the use surface of which is perpendicular to the other use surface of the door frame plate and the setting method of the use surface of the mother frame connecting plate to be set on the door frame plate The other use surface abuts against the side of the female frame connecting plate perpendicular to the use surface; an L-arm male frame, which includes: a male frame side arm; and a male frame connecting arm, which connects its use surface The use surface perpendicular to the side arm of the male frame is arranged on the side of the side arm of the male frame perpendicular to the use surface, and the male frame connecting arm is inserted into the female frame with adjustable insertion position One of the female frame connecting grooves of the connecting plate; wherein, one of the door frame plate, the frame door stop plate, the female frame connecting plate, the female frame side arm plate, the male frame side arm and the male frame connecting arm or The plurality is a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets arranged perpendicular to each other in the wood grain direction, and a plywood is arranged and glued at intervals between one longitudinal wood texture sheet and one horizontal wood texture sheet In the structure, the use surface and the other use surface are the outer surfaces perpendicular to the stacking and gluing direction of the longitudinal wood texture sheets and the horizontal wood texture sheets.

100‧‧‧Plywood

102‧‧‧Longitudinal wood texture sheet

104‧‧‧Horizontal wood texture sheet

106‧‧‧Use noodles

108‧‧‧The other side

200‧‧‧Door frame

200A‧‧‧Door frame

202‧‧‧Main frame

204‧‧‧Decoration

206‧‧‧Door frame plate

208‧‧‧Frame door stop

210‧‧‧Frame feet for lock nails

210A‧‧‧Frame feet for lock nails

212‧‧‧Decorative panel

212A‧‧‧Decorative panel

214‧‧‧Decorative foot

214A‧‧‧Decorative foot

216‧‧‧Lock nail and wire plate groove

216A‧‧‧Lock nail and wire plate groove

218‧‧‧Leather

220‧‧‧Nail

222‧‧‧Fixed nail

224‧‧‧L type connector

226‧‧‧Mast

228‧‧‧ㄇ-shaped steel base

230‧‧‧Cement Brick Wall

232‧‧‧door leaf

234‧‧‧Hinge

300‧‧‧Door frame

300A‧‧‧Door frame

302‧‧‧L arm female frame

304‧‧‧L arm male frame

306‧‧‧Door frame plate

308‧‧‧Frame door stop

310‧‧‧Female frame side arm plate

310A‧‧‧Female frame side arm plate

312‧‧‧Female frame side arm reinforcement plate

314‧‧‧Female frame connecting plate

314A‧‧‧Female frame connecting plate

316‧‧‧Male frame side arm

318‧‧‧Link arm

320‧‧‧Female frame connection slot

322‧‧‧Leather

324‧‧‧ nailing

326‧‧‧Female frame side arm fixing groove

328‧‧‧Male frame side arm fixing groove

330‧‧‧Mask nail trim

332‧‧‧Fixed nail

332A‧‧‧Fixed nail

334‧‧‧L type connector

336‧‧‧Mast

338‧‧‧ㄇ-shaped steel base

338A‧‧‧ㄇ-shaped steel base

340‧‧‧Cement Brick Wall

340A‧‧‧Cement Brick Wall

342‧‧‧Light steel frame wall

344‧‧‧door leaf

346‧‧‧Hinge

400‧‧‧Door frame

400A‧‧‧Door frame

400B‧‧‧Door frame

402‧‧‧L arm female frame

404‧‧‧L arm male frame

406‧‧‧Door frame plate

408‧‧‧Frame door stop

410‧‧‧Female frame side arm plate

412‧‧‧Retracting plate in the connecting groove of the mother frame

414‧‧‧Female frame connecting plate

414A‧‧‧Female frame connecting plate

416‧‧‧Male frame side arm

416B‧‧‧Male frame side arm

418‧‧‧Male Frame Link Arm

420‧‧‧Female frame connection slot

420A‧‧‧Female frame connection slot

422‧‧‧Leather

424‧‧‧ nail

426‧‧‧Female frame side arm fixing groove

428‧‧‧Male frame side arm fixing groove

430‧‧‧Mask nail trim

432‧‧‧Light steel frame wall

434‧‧‧Fixed nail

500‧‧‧Door frame

514‧‧‧Female frame connecting plate

600‧‧‧Door frame

604‧‧‧L arm male frame

612‧‧‧Retracting plate in the connecting groove of the mother frame

618‧‧‧Male frame link arm

620‧‧‧Female frame connection slot

700‧‧‧Door frame

800‧‧‧Door frame

802‧‧‧Door frame plate

804‧‧‧Frame door stop

806‧‧‧Frame feet for lock nails

810‧‧‧ nail

812‧‧‧Slot

814‧‧‧ㄇ-shaped steel base

816‧‧‧Fixed nail

Fig. 1 is an exploded view of the splint of the present invention; Fig. 2 is a schematic diagram of the splint of the present invention; Fig. 3 is an exploded view of the door frame viewed in a sectional direction of the first embodiment of the present invention; Fig. 4 is the first of the present invention The structure of the embodiment is a combination diagram of the door frame viewed from the cross-sectional direction of the glued material; Figure 5 is the first embodiment of the present invention after the glued material is processed by the wood forming machine and viewed in the cross-sectional direction. Figure 6 is a perspective view of part of the door frame of the first embodiment of the present invention; Figure 7A is a schematic view of the door frame of the first embodiment of the present invention and the L-shaped joint installed together; Figure 7B is a top view of 7A; Fig. 7C is a front view of 7A; Fig. 8A is a schematic diagram of the ㄇ-shaped steel structure base installed on a concrete brick wall in the first embodiment of the present invention; Fig. 8B is the door frame of the first embodiment of the present invention installed on the ㄇ-shaped steel structure base Fig. 8C is a schematic diagram of the door leaf installed on the door frame of the first embodiment of the present invention; Fig. 8D is a schematic view of the door leaf installed on the door frame of the first embodiment of the present invention; Fig. 9 is the present invention A schematic view of the door frame viewed in a cross-sectional direction of a modification of the first embodiment; Figure 10 is an exploded view of the door frame viewed in a cross-sectional direction of the second embodiment of the present invention; Figure 11 is the second embodiment of the present invention The structure is divided into a combined view of the door frame viewed from the cross-sectional direction of the glued material; FIG. 12 is a schematic diagram of the nailed door frame viewed in the cross-sectional direction after the glued material of the second embodiment of the present invention is processed by a wood molding machine; Fig. 13 is a schematic diagram of the door frame affixed with leather in the cross-sectional direction of the second embodiment of the present invention; Fig. 14A is a schematic diagram of the door frame and the L-shaped joint installed together in the second embodiment of the present invention; Fig. 14B is 14A Figure 15A is the top view of the door frame and the L-shaped joint of the second embodiment of the present invention installed together; Figure 15B is the top view of the door frame against the light steel frame wall of the second embodiment of the present invention; Figure 15C is The top view of the door leaf installed on the door frame of the second embodiment of the invention; FIG. 16 is a schematic diagram of the door frame installed on the ㄇ-shaped steel base of the first embodiment and the modification of the second embodiment of the invention; The third embodiment of the invention is an exploded view of the door frame viewed from the cross-sectional direction; FIG. 18 is a combined view of the door frame viewed from the cross-sectional direction of the material after the structure is distributed and glued in the third embodiment of the invention; FIG. 19 is the present invention The third embodiment of the glued material is processed by a wood molding machine and a schematic view of the nailed door frame viewed in a cross-sectional direction; FIG. 20 is a third embodiment of the present invention of the door frame viewed in a cross-sectional direction and pasted with a leather Schematic diagram; Figure 21 is a perspective view of a part of the door frame of the third embodiment of the present invention; Figure 22 is a schematic diagram of the door frame of the third embodiment of the present invention installed on a light steel frame wall; Figure 23 is the third embodiment of the present invention The structure of the first modification of the embodiment is a schematic diagram of the door frame viewed from the cross-sectional direction of the materials after gluing; FIG. 24 is a schematic diagram of the door frame of FIG. 23 after processing; FIG. 25 is the second modification of the third embodiment of the present invention Example of a schematic diagram of the door frame viewed from the cross-sectional direction; Figure 26 is the fourth of the present invention Fig. 27 is a schematic diagram of the door frame of the fourth embodiment of the present invention installed on a light steel frame wall; Fig. 28 is a perspective view of the door frame of the fifth embodiment of the present invention; Fig. 29 is a schematic diagram of the door frame of the fifth embodiment of the present invention installed on a light steel frame wall; Fig. 30 is a perspective view of part of the door frame of the sixth embodiment of the present invention; Fig. 31 is the sixth embodiment of the present invention The door frame is installed on the light steel frame wall; Figure 32 is a perspective view of the door frame of the seventh embodiment of the present invention; and Figure 33 is the door frame installed on the light steel frame wall of the seventh embodiment of the present invention The schematic diagram.

In order to enable those who are familiar with the technical field of the present invention to further understand the present invention, a few preferred embodiments of the present invention are listed below, together with the accompanying drawings, to explain in detail the content of the present invention and what it intends to achieve. The effect.

Figure 1 is an exploded view of the splint of the present invention, and Figure 2 is a schematic view of the splint of the present invention. In FIGS. 1 and 2, a plurality of longitudinal wood texture sheets 102 and a plurality of horizontal wood texture sheets 104 are arranged perpendicular to each other in the wood grain direction, and a longitudinal wood texture sheet 102 followed by a horizontal wood texture sheet 104 The spaced arrangement of the vertical wood texture sheet 102 and the horizontal wood texture sheet 104 are glued on the stack contact surface, and then press the glue to form a plywood 100. An outer surface (such as the upper surface of the plywood 100 in FIG. 2) perpendicular to the stacking and gluing direction of the longitudinal wood texture sheets 102 and the transverse wood texture sheets 104 is used as a use surface 106, and is opposite to the other use surface 106 An outer surface (for example, the lower surface of the splint 100 in FIG. 2) serves as another use surface 108. In the following several embodiments, different components are labeled with the same component symbols to indicate "splint", "use surface", and "other use surface" to indicate that their structures and functions are the same.

The plywood 100 formed by stacking a plurality of longitudinal wood texture sheets 102 and horizontal wood texture sheets 104 and pressed and glued constitutes the main structure of the door frame of the present invention. A fixing nail is perpendicular to the use surface 106 of the plywood 100 or another A use surface 108 is nailed into the splint 100, and the splint 100 is nailed to an L-shaped joint, a ㄇ-shaped steel base, a concrete brick wall or a light steel frame wall to be fixed on it.

Since the plurality of longitudinal wood texture sheets 102 and the horizontal wood texture sheets 104 are stacked with each other at intervals, the plywood 100 can withstand greater load and pulling force in the direction perpendicular to its use surface 106 or another use surface 108. In order to improve the problem that the wood is easy to split in the longitudinal direction of the wood fiber; Moreover, according to the requirements of the door frame manufacturing goal, the plywood 100 can be divided into multiple plates of different sizes and thicknesses, and the functional strength requirements are allocated to the required places of the door frame. Instead of the place where it needs to bear the force, it reassembles and glues the required door frame prototype, which is processed into the required frame shape with a planing machine, and the surface is pasted with leather or directly painted to beautify the shape.

The door frame is assembled with a plywood structure to make the entire door frame strengthened and firm, and the construction is easy and convenient, so as to achieve the functional goal of manufacturing the door frame using post-embedded construction, which can reduce the amount of precious logs, increase the material usage rate, and strengthen The sturdiness and durability of the door frame.

Fig. 3 is an exploded view of the door frame viewed from the cross-sectional direction of the first embodiment of the present invention, and Fig. 4 is a combined view of the door frame viewed from the cross-sectional direction of the first embodiment of the present invention after distributing and gluing materials. Fig. 5 It is a schematic view of the nailing door frame viewed in a sectional direction after the glued material of the first embodiment of the present invention is processed by a wood molding machine. FIG. 6 is a perspective view of a part of the door frame of the first embodiment of the present invention.

In FIGS. 3 to 6, the door frame 200 of the splint 100 structure shown in FIGS. 1 and 2 includes a main frame 202 and a plurality of decorative strips 204 (as shown in FIG. 6). The main frame 202 includes a door frame plate 206, a frame door stop plate 208, and a plurality of frame foot plates 210 for locking nails. Each trim strip 204 includes a trim strip 212 and a trim foot 214. The door frame plate 206, the frame door stop plate 208, the frame foot plate 210 for locking nails, the decorative strip plate 212 and the decorative strip foot 214 are the structure of the splint 100 shown in FIGS. 1 and 2.

The setting method of the use surface 106 of the frame door stopper 208 relative to the use surface 106 of the door frame plate 206 is set on the use surface 106 of the door frame plate 206. The use surface 106 of each locking nail frame foot plate 210 is perpendicular to the other use surface 108 of the door frame plate 206 to be set on the other use surface 108 of the door frame plate 206.

The use surface 106 of the decorative strip foot 214 is perpendicular to the use surface 106 of the decorative strip 212 to be set on the use surface 106 of the decorative strip 212. In addition, the decorative strip feet 214 are inserted into one of the lock nails and the line plate grooves 216 of the lock nail frame feet 210 in a manner in which the use surface 106 is perpendicular to the use surface 106 of the lock nail frame foot 210.

In the first embodiment, the door frame plate 206, the frame door stop plate 208, the frame foot plate 210 for locking nails, the decorative strip plate 212, and the decorative strip foot 214 are allocated to the door frame 200 according to the required place and the required bearing force. The plywood 100 is divided into a plurality of plates of different sizes and thicknesses to be assembled into a door frame 200.

When the door frame plate 206, the frame door stop plate 208, the frame foot plate 210 for locking nails, the decorative strip plate 212 and the decorative strip foot 214 are assembled into the prototype of the door frame 200 as shown in Figure 4, the door frame 200 is processed by a planing machine The surface of the door frame 200 after processing is pasted with a leather 218 or painted directly to beautify the shape, as shown in FIG. 5 and FIG. 6.

As shown in FIG. 5, the nail 220 is nailed into the frame door stopper 208, the door frame plate 206, and the frame for locking nails so as to be perpendicular to the other use surface 108 of the frame door stopper 208 or at an oblique angle with the other use surface 108. In the foot plate 210, the nail 220 is nailed into the door frame plate 206 and the frame foot plate 210 for locking nails so as to be perpendicular to the use surface 106 of the door frame plate 206 or at an oblique angle with the use surface 106.

FIG. 7A is a schematic diagram of the door frame and the L-shaped joint of the first embodiment of the present invention installed together, FIG. 7B is a top view of 7A, and FIG. 7C is a front view of 7A. In Fig. 6, Fig. 7A, Fig. 7B and Fig. 7C, a fixing nail 222 is used in the lock pin and the line plate groove 216 of the frame foot plate 210 for locking nail of the door frame 200 to be perpendicular to the use of the frame foot plate 210 for locking nail The frame foot plate 210 for fixing the locking nails on the surface 106 is at an L-shaped joint 224, that is, the door frame 200, which is the left door frame, the right door frame and the upper door frame of the door frame 226 as shown in Figure 7C, is locked to the L-shaped joint by the fixing nails 222连接224。 Joint 224.

Fig. 8A is a schematic diagram of the ㄇ-shaped steel structure base installed on a concrete brick wall in the first embodiment of the present invention, and Fig. 8B is a schematic diagram of the door frame installed on the ㄇ-shaped steel structure base of the first embodiment of the present invention, Fig. 8C It is a schematic diagram of the door leaf installed on the door frame of the first embodiment of the present invention. FIG. 8D is a schematic diagram of the door leaf installed on the door frame of the first embodiment of the present invention from various perspectives.

In Fig. 6, Fig. 8A, Fig. 8B, Fig. 8C and Fig. 8D, first install a ㄇ-shaped steel structure base 228 on the concrete brick wall 230, and fix the fixing nail 222 to the lock of the frame foot plate 210 of the door frame 200. The nail and line plate groove 216 is perpendicular to the use surface 106 of the nail frame foot plate 210 to fix the nail frame foot plate 210 on the ㄇ-shaped steel base 228, which is the left door frame of the door frame as shown in Figure 8D The door frame 200 such as the right door frame and the upper door frame is locked on the ㄇ-shaped steel base 228 by fixing nails 222. Then, the door leaf 232 is fixed to the door frame plate 206 of the door frame 200 by the hinge 234 and the fixing nail 222, and the fixing nail 222 on the hinge 234 is perpendicular to the use surface 106 of the door frame plate 206 to lock the hinge 234 on the door frame plate 206 .

Regardless of whether the cement brick wall 230 is 90 degrees perpendicular to the ground, the ㄇ-shaped steel base 228 installed on the cement brick wall 230 does not need to be 90 degrees perpendicular to the ground. The door frame 200 can be adjusted slightly relative to the ㄇ-shaped steel base 228 Move to adjust the error of the door frame hole width and height, the door frame 200 is adjusted to be 90 degrees perpendicular to the ground and then locked on the ㄇ-shaped steel base 228, and the beautiful and strong door frame and door leaf can be installed simply and conveniently.

The assembly of the door frame 200 and the ㄇ-shaped steel base 228 produces I-beam-like force and box culvert performance to restrain and strengthen each other. The door frame is easy to fine-tune and correct, so it can have a fine-tuning function without relying on other accessories and will not move after being fixed. When the door frame 200 bears the heavy rotation force and the rotation torque of the door leaf 232, the force is transferred to the concrete brick wall 230 through the ㄇ-shaped steel base 228, which can reduce the door frame 200 to bear the heavy rotation force and rotation torque of the door leaf 232. Increase the structural strength and service life of the door frame 200.

In this embodiment, the door frame 200 is locked to the ㄇ-shaped steel base 228 by the fixing nails 222, while in other embodiments, the door frame 200 can be directly locked to the ㄇ-shaped hard base by the fixing nails 222. The L-shaped hard base, angle base, cement brick wall or light steel frame wall does not limit the application range of the door frame of the present invention.

Fig. 9 is a schematic view of the door frame viewed in a sectional direction of a modification of the first embodiment of the present invention. Hereinafter, the structure of the door frame of the modification of the first embodiment of the present invention will be described. The components in this modification are the same as the components in the first embodiment, the same reference numerals are used, and the description is omitted.

The difference between this modification and the first embodiment is that part or all of the frame feet 210A for locking nails of the door frame 200A, part or all of the trim boards 212A, and some or all of the trim feet 214A are made of solid wood instead of Figures 1 and 2 The structure of the splint 100 is shown, and the locking nails and the line plate groove 216A of the locking nail frame foot plate 210A are formed by a wood molding machine (not shown).

This modification can still achieve that when the door frame 200A bears the heavy rotation force and rotation torque of the door leaf, the force is transferred to the concrete brick wall through the ㄇ-shaped steel structure base, and can reduce the door frame 200A to bear the heavy rotation force and rotation torque of the door leaf , Can increase the structural strength and service life of the door frame 200A, and can achieve the effect of simple and convenient construction.

Fig. 10 is an exploded view of the door frame viewed from the cross-sectional direction of the second embodiment of the present invention, and Fig. 11 is a combined view of the door frame viewed from the cross-sectional direction of the material after the structure is distributed and glued according to the second embodiment of the present invention. Fig. 12 This is a schematic diagram of a nailing door frame viewed in a cross-sectional direction after the glued material of the second embodiment of the present invention is processed by a wood molding machine. Figure 13 is a door frame sticker viewed in a cross-sectional direction of the second embodiment of the present invention Schematic diagram of the upper leather.

In Figs. 10-13, the door frame 300 of the splint 100 structure shown in Figs. 1 and 2 includes an L-arm female frame 302 and an L-arm male frame 304. The L-arm female frame 302 includes a door frame plate 306, a frame door stop plate 308, a female frame side arm plate 310, a female frame side arm reinforcement plate 312, and a female frame connecting plate 314. The L-arm male frame 304 includes a male frame Frame side arms 316 and a male frame connecting arm 318. L-arm female frame 302, L-arm male frame 304, door frame plate 306, a door stop plate 308, female frame side arm plate 310, female frame side arm reinforcement plate 312, female frame connecting plate 314, male frame side arm 316 and The male frame connecting arm 318 is the structure of the splint 100 shown in Figs. 1 and 2; in other variants, part of the components of the door frame 300 may be solid wood.

The use surface 106 of the frame door stop plate 308 is arranged relative to the use surface 106 of the door frame plate 306 to be set on the use surface 106 of the door frame plate 306. The method of setting the use surface 106 of the side arm reinforcement plate 312 of the mother frame relative to the other use surface 108 of the door frame plate 306 is set on the other use surface 108 of the door frame plate 306.

The use surface 106 of the mother frame side arm plate 310 is perpendicular to the other use surface 108 of the door frame plate 306 and the use surface 106 of the mother frame side arm reinforcement plate 312 is arranged on the other use surface 108 of the door frame plate 306 And abut against the side of the side arm reinforcement plate 312 of the mother frame perpendicular to the use surface 106. The method of setting the use surface 106 of the mother frame connecting plate 314 relative to the other use surface 108 of the door frame plate 306 is set on the other use surface 108 of the door frame plate 306.

The use surface 106 of the male frame connecting arm 318 is arranged perpendicular to the use surface 106 of the male frame side arm 316 to be set on the side of the male frame side arm 316 perpendicular to the use surface 106, and the male frame connecting arm 318 Insert into one of the female frame connecting grooves 320 of the female frame connecting plate 314 in a direction perpendicular to the use surface 106 of the female frame connecting plate 314, which is based on the ㄇ-shaped steel base, concrete brick wall or light steel The width of the frame wall is to adjust the distance between the female frame side arm plate 310 and the male frame side arm 316, so that the female frame side arm plate 310 and the male frame side arm 316 abut against the ㄇ-shaped steel structure base, ㄇ-shaped hard base, L-shaped hard base, angle base, cement brick wall or light steel frame wall and fixed on it.

In the second embodiment, the door frame plate 306, the frame door stop plate 308, the female frame side arm reinforcement plate 312, the female frame side arm plate 310, the female frame connecting plate 314, the male frame side arm 316 and the male frame connecting arm 318 are based on Allocate to the required place of the door frame 300 and the force it needs to bear. The splint 100 of FIG. 2 is divided into a plurality of plates of different sizes and thicknesses to assemble the door frame 300.

When the door frame plate 306, the frame door stop plate 308, the female frame side arm reinforcement plate 312, the female frame side arm plate 310, the female frame connecting plate 314, the male frame side arm 316 and the male frame connecting arm 318 are assembled as shown in Figure 10 In the prototype of the door frame 300, use a planing machine to process the door frame 300 into the required frame shape, as shown in Figures 12 and 13, and paste the decorative leather 322 on the surface of the processed door frame 300 or directly paint it with Beautify the shape, as shown in Figure 13.

As shown in FIG. 12, the nail 324 is nailed into the frame door stopper 308, the door frame plate 306 and the mother frame connecting plate so that the nail 324 is perpendicular to the other use surface 108 of the frame door stopper 308 or has an oblique angle with the other use surface 108 In 314, the nail 324 is nailed into the door frame plate 306, the mother frame side arm reinforcement plate 312, and the mother frame side arm plate 310 at an oblique angle perpendicular to the use surface 106 of the door frame plate 306 or the use surface 106, and the nail 324 is nailed into the male frame side arm 316 and the male frame connecting arm 318 at an oblique angle to the use surface 106 of the male frame connecting arm 318 or at an oblique angle to the use surface 106.

In FIG. 13, a female frame side arm fixing groove 326 is formed on the use surface 106 of the female frame side arm plate 310, and a male frame side arm fixing groove 328 is formed on the male frame side arm plate 316. The female frame side arm fixing groove 326 of the female frame side arm plate 310 and the male frame side arm fixing groove 328 of the male frame side arm plate 316 are covered by a nail plaque 330.

Fig. 14A is a schematic diagram of the door frame and the L-shaped joint installed together according to the second embodiment of the present invention, and Fig. 14B is a top view of 14A. In Figure 13, Figure 14A and Figure 14B, the fixing nails 332 are fixed in the female frame side arm fixing groove 326 of the female frame side arm plate 310 of the door frame 300 and the male frame side arm fixing groove 328 of the male frame side arm plate 316. The use surface 106 perpendicular to the side arm plate 310 of the female frame (see Figure 11 and Figure 13) and the use surface 106 perpendicular to the side arm plate 316 of the male frame (see Figure 11 and Figure 13) to fix the female frame side arm plate 310 and the male frame The frame side arm plate 316 is fixed to the L-shaped joint 334 by the fixing nails 332 at the L-shaped joint 334, that is, the door frame 300 of the left door frame, the right door frame, and the upper door frame of the door frame 336 as shown in FIG. 14A.

15A is a top view of the door frame and the L-shaped joint of the second embodiment of the present invention installed together, FIG. 15B is a top view of the door frame against the light steel frame wall of the second embodiment of the present invention, and FIG. 15C is the first The top view of the door leaf installed on the door frame of the second embodiment.

In FIGS. 15A to 15C, first, the door frame 300 and the L-shaped joint 334 are locked together, and then the female frame side arm plate 310 and the male frame side arm plate 316 of the door frame 300 are pressed against the light steel frame wall 342, and then Place the fixing nails 332 in the female frame side arm fixing groove 326 of the female frame side arm plate 310 of the door frame 300 and the male frame side arm fixing groove 328 of the male frame side arm plate 316 so as to be perpendicular to the use surface of the female frame side arm plate 310 106 (see Figure 11 and Figure 13) and the use surface 106 (see Figure 11 and Figure 13) perpendicular to the male frame side arm plate 316 fix the female frame side arm plate 310 and male frame side arm plate 316 on the light steel frame wall 342 Then, the female frame side arm fixing groove 326 of the female frame side arm plate 310 and the male frame side arm fixing groove 328 of the male frame side arm plate 316 are covered by the nail trim 330. Then, the door leaf 344 is fixed on the door frame plate 306 of the door frame 300 by the hinge 346 and the fixing nail 332, and the fixing nail 332 on the hinge 346 is perpendicular to the use surface 106 of the door frame plate 306 (see Figures 11 and 13) to fix the hinge 346 is locked on the door frame plate 306.

Regardless of whether the light steel frame wall 342 is 90 degrees perpendicular to the ground, the door frame 300 can be moved slightly relative to the light steel frame wall 342 to adjust the error of the door frame hole width and height. The door frame 300 is adjusted to be 90 degrees perpendicular to the ground and locked It is fixed on the light steel frame wall 342, and can be easily and conveniently installed with beautiful and strong door frames and door leaves.

The hinge drill 346 of the fixed door leaf 344 is locked to the door frame plate 306 of the door frame 300, and the door frame 300 is locked to the side of the light steel frame wall 342, presenting an L-shaped short moment to increase the tensile and compressive strength, and Enhancing the door frame 300 to bear the heavy rotation force and rotating torque of the door leaf 344, the door frame 300 is easy to fine-tune and correct, and it does not need to rely on other accessories to have a fine-tuning function. It will not move after being fixed. The door frame 300 bears the heavy rotation force and rotation of the door leaf 344 During the torsion, the force is transferred to the light steel frame wall 342, which can reduce the heavy rotation force and the rotation torque of the door leaf 344 of the door frame 300. The door leaf 344 produces the force before the door frame 300 is hit when the door is closed. The frame 302 bears the forward force, and then the female frame side arm plate 310 of the L-arm female frame 302 transmits the forward force to directly press on the wall of the light steel frame wall 342, through the L-arm female frame 302 and the L-arm The male frame 304 is assembled and fixed on the light steel frame wall 342 to form an arch-like arch bridge structure with upward pushing force, which can increase the structural strength and service life of the door frame 300.

Fig. 16 is a schematic diagram of the door frame of the modified example of the first embodiment and the second embodiment of the present invention installed on the base of the ㄇ-shaped steel structure. This embodiment is a modification of the first embodiment and the second embodiment. The ㄇ-shaped steel base 338A is installed on the concrete brick wall 340A, and the fixing nail 332A is on the side of the mother frame side arm plate 310A of the door frame 300A. In the arm fixing groove 326A and the mother frame connecting groove 320A of the mother frame connecting plate 314A, the mother frame side arm plate 310A and the mother frame are fixed perpendicular to the use surface of the mother frame side arm plate 310A and perpendicular to the use surface of the mother frame connecting plate 314A The connecting plate 314A is on the ㄇ-shaped steel base 338A, instead of the fixing nails 332 in the male frame side arm fixing groove 328 of the male frame side arm plate 316 as in the second embodiment.

In this modified embodiment, the door frame 300 is locked to the ㄇ-shaped steel base 338 by the fixing nails 332, while in other embodiments, the door frame 300 can be directly locked to the ㄇ-shaped hard base by the fixing nails 332 , L-shaped hard base, angle base, cement brick wall or light steel frame wall, without limiting the application scope of the door frame of the present invention.

Fig. 17 is an exploded view of the door frame viewed in a cross-sectional direction of the third embodiment of the present invention. Fig. 18 is a combined view of the door frame viewed in a cross-sectional direction of the third embodiment of the present invention. This is a schematic diagram of the nailing door frame viewed in a cross-sectional direction after the glued material of the third embodiment of the present invention is processed by a wood molding machine. Figure 20 is a door frame sticker viewed in a cross-sectional direction of the third embodiment of the present invention A schematic view of the upper leather. FIG. 21 is a perspective view of a part of a door frame of the third embodiment of the present invention.

In FIGS. 17-21, the door frame 400 of the splint 100 structure shown in FIGS. 1 and 2 includes an L-arm female frame 402 and an L-arm male frame 404. The L-arm female frame 402 includes a door frame plate 406, a frame door stop plate 408, a female frame side arm plate 410, a female frame connecting groove inner retracting plate 412, and a female frame connecting plate 414. The L-arm male frame 404 includes a Male frame side arms 416 and a male frame connecting arm 418. L-arm female frame 402, L-arm male frame 404, door frame plate 406, frame door stop plate 408, female frame side arm plate 410, female frame connecting groove inner retracting plate 412, female frame connecting plate 414, male frame side arm 416 and The male frame connecting arm 418 is the structure of the splint 100 shown in FIGS. 1 and 2.

The use surface 106 of the frame door stop plate 408 is set relative to the use surface 106 of the door frame plate 406 to be set on the use surface 106 of the door frame plate 406. The setting method of the use surface 106 of the retracting plate 412 in the connecting groove of the mother frame relative to the other use surface 108 of the door frame plate 406 is set on the other use surface 108 of the door frame plate 406. The use surface 106 of the mother frame connecting plate 414 is arranged on the other use surface 108 of the shrinking plate 412 in the connecting groove of the mother frame relative to the other using surface 108 of the shrinking plate 412 in the connecting groove of the mother frame.

The use surface 106 of the side arm plate 410 of the mother frame is perpendicular to the other use surface 108 of the door frame plate 406, the use surface 106 of the retractable plate 412 in the mother frame connection groove, and the use surface 106 of the mother frame connecting plate 414 are arranged in a manner On the other use surface 406 of the door frame plate 406 and abut against the side edge of the retractable plate 412 in the connecting groove of the mother frame perpendicular to the use surface 106 and the side edge of the mother frame connecting plate perpendicular to the use surface 106.

The use surface 106 of the male frame connecting arm 418 is perpendicular to the use surface 106 of the male frame side arm 416 to be set on the side of the male frame side arm 416 perpendicular to the use surface 106, and the male frame connecting arm 418 It can be inserted into a female frame connecting groove 420 (as shown in FIG. 18) with an adjustable insertion position. The retracting plate 412 in the female frame connecting groove is retracted between the door frame plate 406 and the female frame connecting plate 414, and a female frame connecting groove is formed between the door frame plate 406, the retracting plate 412 in the female frame connecting groove and the female frame connecting plate 414. 420 space.

In the third embodiment, the door frame plate 406, a frame door stop plate 408, a female frame side arm plate 410, a female frame connecting groove inner retracting plate 412, a female frame connecting plate 414, a male frame side arm 416 and a male frame connection The arm 418 divides the splint 100 of FIG. 2 into a plurality of plates of different sizes and thicknesses to assemble the door frame 400 according to the required place and the force required to be allocated to the door frame 400.

When the door frame plate 406, the frame door stop plate 408, the female frame side arm plate 410, the female frame connecting groove inner retracting plate 412, the female frame connecting plate 414, the male frame side arm 416 and the male frame connecting arm 418 are assembled as shown in Figure 18 When showing the prototype of the door frame 400, use a planing machine to process the door frame 400 into the required frame shape, as shown in Figures 19 and 20, and paste the surface of the processed door frame 400 with a leather 422 or directly paint To beautify the shape, as shown in Figure 20.

As shown in Figure 19, the nail 424 is perpendicular to the other use surface 108 of the frame door stopper 408 or an oblique angle with the other use surface 108 to be nailed into the frame door stopper 408, the door frame plate 406 and the connecting groove of the mother frame In the retracting plate 412, the nail 424 is fixed to the door frame plate 406, the side arm plate 410 of the mother frame, the retracting plate 412 in the connecting groove of the mother frame and the female In the frame connecting plate 414, the nails 424 are nailed into the male frame side arm 416 and the male frame connecting arm 418 at an oblique angle to the use surface 106 of the male frame connecting arm 418 or at an oblique angle to the use surface 106 thereof.

In FIGS. 20 and 21, a female frame side arm fixing groove 426 is formed on the use surface 106 of the female frame side arm plate 410, and a male frame side arm fixing groove 428 is formed on the male frame side arm plate 416. The female frame side arm fixing groove 426 of the female frame side arm plate 410 and the male frame side arm fixing groove 428 of the male frame side arm plate 416 are covered by a nail plaque 430.

Figure 22 is a schematic diagram of the door frame of the third embodiment of the present invention installed on a light steel frame wall. In Fig. 22, the position of the male frame connecting arm 418 inserted into the female frame connecting groove 420 (see Fig. 21) is adjusted so that the female frame side arm plate 410 and the male frame side arm plate 416 of the door frame 400 abut against the light steel frame wall 432, Then fix the fixing nail 434 in the female frame side arm fixing groove 426 of the female frame side arm plate 410 of the door frame 400 (see Figure 21) and the male frame side arm fixing groove 428 of the male frame side arm plate 416 (see Figure 21). The use surface 106 (see Figure 17) perpendicular to the side arm plate 410 of the female frame and the use surface 106 (see Figure 17) perpendicular to the side arm plate 416 of the male frame fix the female frame side arm plate 410 and the male frame side arm plate 416 to On the light steel frame wall 432, the female frame side arm fixing groove 426 of the female frame side arm plate 410 and the male frame side arm fixing groove 428 of the male frame side arm plate 416 are covered by the nail plaque 430. In the third embodiment, the assembly method of the door leaf (not shown) and the door frame 400 is the same as that of the first embodiment, and the description is omitted here.

In this embodiment, the door frame 400 is locked to the light steel frame wall 432 by the fixing nails 434, while in other embodiments, the door frame 400 can be directly locked to the L-shaped joint or the ㄇ-shaped steel structure by the fixing nails 434 The pedestal, ㄇ-shaped hard pedestal, L-shaped hard pedestal, angle material pedestal, or cement brick wall does not limit the application range of the door frame of the present invention, and the functions and effects achieved by this embodiment are the same as those of the second embodiment The same, the description is omitted here.

FIG. 23 is a schematic diagram of the door frame viewed from the cross-sectional direction of the materials after the structure is distributed and glued in the first modification of the third embodiment of the present invention. FIG. 24 is a schematic diagram of the door frame of FIG. 23 after processing. Hereinafter, the structure of the door frame of the first modification of the third embodiment of the present invention will be described. The components in the first modification are the same as those in the third embodiment, the same reference numerals are used, and the description is omitted.

The difference between the first modification and the third embodiment is that the door frame 400A does not use the retracting plate in the connecting groove of the mother frame, and a mother frame connecting plate 414A is arranged to be adjacent to the door frame plate 406 and the mother frame side arm plate 410, and is formed by woodwork A machine (not shown) processes the female frame connecting groove 420A of the female frame connecting plate 414A. In the first modification, the door frame plate 406, the frame door stop plate 408, the female frame side arm plate 410, the female frame connecting plate 414A, the male frame side arm 416, and the male frame connecting arm 418 are shown in FIGS. 1 and 2 The structure of the splint 100.

However, the functions and effects achieved by the door frame 400A of the first modification are the same as those of the door frame 400 of the third embodiment, and the description thereof is omitted here.

25 is a schematic diagram of the door frame viewed in a sectional direction of a second modification of the third embodiment of the present invention. Hereinafter, the structure of the door frame of the second modification of the third embodiment of the present invention will be described. The components in the second modification are the same as those in the third embodiment, the same reference numerals are used, and the description is omitted.

The difference between the second modification and the third embodiment is that part or all of the male frame side arms 416B of the door frame 400B are made of solid wood instead of the structure of the splint 100 shown in FIGS. 1 and 2. However, the function and effect achieved by the door frame 400B of the second modification example are the same as the door frame 400 of the third embodiment, and the effect of simple and convenient construction can be achieved.

FIG. 26 is a perspective view of a part of a door frame of the fourth embodiment of the present invention, and FIG. 27 is a schematic view of the door frame of the fourth embodiment of the present invention installed on a light steel frame wall. The components of the door frame 500 of the fourth embodiment and the door frame 300 of the second embodiment having the same structure are marked with the same symbol. The difference in structure between the door frame 500 and the door frame 300 of the second embodiment is that the door frame 500 has no second embodiment In the example, the component of the female frame side arm reinforcement plate 312 of the door frame 300, the use surface 106 of the female frame side arm plate 310 of the door frame 500 is perpendicular to the other use surface 108 of the door frame plate 306 and the use surface of the mother frame connecting plate 514 106 is arranged on the other use surface 108 of the door frame plate 306 and abuts against the side of the mother frame connecting plate 514 that is perpendicular to the use surface 106, and the nail 324 is perpendicular to the other side of the frame door stop plate 308 The use surface 108 or the other use surface 108 has an oblique angle and is nailed into the frame door stop plate 308, the door frame plate 306 and the mother frame connecting plate 310, and the nail 324 is perpendicular to the use surface 106 of the door frame plate 306 or its use surface 106 has an oblique angle to nail the door frame plate 306, the mother frame connecting plate 514 and the mother frame side arm plate 310.

However, the functions and effects achieved by the door frame 500 of the fourth embodiment are the same as those of the door frame 300 of the second embodiment, and the description thereof is omitted here.

Fig. 28 is a perspective view of a part of the door frame of the fifth embodiment of the present invention, and Fig. 29 is a schematic view of the door frame of the fifth embodiment of the present invention installed on a light steel frame wall. Components in the door frame 600 of the fifth embodiment and the door frame 400 of the third embodiment having the same structure are marked with the same symbol. The difference in structure between the door frame 600 and the door frame 400 of the third embodiment is that the door frame 600 does not have the third embodiment In the example of the assembly of the female frame side arm plate 410 of the door frame 300, the door frame 600 has two L-arm male frames 604, and the male frame connecting arms 618 are respectively inserted into the female frame connecting groove 620 so as to adjust the insertion position. The retracting plate 612 in the female frame connecting groove is retracted between the door frame plate 406 and the female frame connecting plate 414, and two female frames are formed between the door frame plate 406, the retracting plate 612 in the female frame connecting groove and the female frame connecting plate 414. Connect the space of the slot 620.

However, the functions and effects achieved by the door frame 600 of the fifth embodiment are the same as those of the door frame 400 of the third embodiment, and the description thereof is omitted here.

FIG. 30 is a perspective view of part of the door frame of the sixth embodiment of the present invention, and FIG. 31 is a schematic view of the door frame of the sixth embodiment of the present invention installed on a light steel frame wall. The difference in structure between the door frame 700 of the sixth embodiment and the door frame 600 of the fifth embodiment is that the door frame 700 does not have the components of the frame door stop 408 of the door frame 600 of the fifth embodiment. However, the functions and effects achieved by the door frame 700 of the sixth embodiment are the same as those of the door frame 600 of the fifth embodiment, and the description thereof is omitted here.

Fig. 32 is a perspective schematic view of a part of the door frame of the seventh embodiment of the present invention, and Fig. 33 is a schematic view of the door frame of the seventh embodiment of the present invention installed on a light steel frame wall. In FIG. 32, the door frame 800 of the splint 100 structure shown in FIGS. 1 and 2 includes a door frame plate 802, a frame door stop plate 804, and a number of frame foot plates 806 for locking nails. One or more of the door frame plate 802, the frame door stop plate 804, and the frame foot plate 806 for locking nails is the structure of the splint 100 shown in FIGS. 1 and 2; in other variants, some components of the door frame 800 can be used The wood of solid wood.

Set the use surface of the frame door stop plate 804 relative to the use surface of the door frame plate 802 to be set on the use surface of the door frame plate 802, and set the use surface of the lock nail frame foot plate 806 perpendicular to the other use surface of the door frame plate 802 The setting method is to be set on the other use surface of the door frame plate 802.

In the seventh embodiment, the door frame plate 802, the frame door stop plate 804, and the frame foot plate 806 for locking nails are divided into different sizes and thicknesses of the splint 100 according to the required place of the door frame 800 and the bearing capacity. To assemble the door frame 800.

When the door frame plate 802, the frame door stop plate 804 and the lock nail frame foot plate 806 are assembled into the prototype of the door frame 800, the door frame 800 is processed into the required frame shape with a planing machine, and the surface of the processed door frame 800 is pasted Upholstery leather 880 or directly painted to beautify the shape.

Nail the nail 810 into the frame door stop plate 804, the door frame plate 802 and the frame foot plate 806 for locking nails perpendicular to the other use surface of the frame door stop plate 804 or at an oblique angle with the other use surface Nail the door frame plate 802 and the frame foot plate 806 for locking nails at an angle perpendicular to the use surface of the door frame plate 802 or an oblique angle with the use surface.

In Fig. 29, a slot 812 (as shown in Fig. 28) is formed in each lock nail frame foot 806, and the ㄇ-shaped steel base 814 is inserted into the slot 812 of the lock nail frame foot 806, and The fixing nails 816 fix the frame feet 806 for locking nails on the U-shaped steel base 814 with the use surface of the frame feet 806 perpendicular to the locking nails.

In this embodiment, the door frame 800 is locked to the ㄇ-shaped steel base 814 by the fixing nails 816. In other embodiments, the door frame 800 can be directly locked to the L-shaped joint or light steel by the fixing nails 816. The frame wall, the ㄇ-shaped hard base, the L-shaped hard base, the angle base or the cement brick wall do not limit the application range of the door frame of the present invention, and the functions and effects achieved by this embodiment are the same as those of the first embodiment The same, the description is omitted here.

The present invention provides a door frame, which is characterized in that the entire door frame is strengthened and firm, and construction is easy and convenient, so as to achieve the functional goal of embedded installation after manufacturing the door frame. The use of plywood to make the door frame can reduce the amount of precious logs and increase The use rate of materials, and reduce manufacturing costs.

Although the present invention has been described above with reference to preferred specific examples and illustrative drawings, it should not be regarded as restrictive. Those familiar with the art make various modifications, omissions, and changes to the form and the content of specific examples without departing from the claimed scope of the claims of the present invention.

100‧‧‧Plywood

102‧‧‧Longitudinal wood texture sheet

104‧‧‧Horizontal wood texture sheet

106‧‧‧Use noodles

108‧‧‧The other side

Claims (12)

A door frame, comprising: a main frame, comprising: a door frame plate; a frame door stop plate, and a use surface of the door frame plate is set on the use surface of the door frame plate in a manner of setting the use surface relative to the door frame plate And a plurality of frame foot plates for locking nails, the use surface of which is perpendicular to the other use surface of the door frame plate to be set on the other use surface of the door frame plate; a plurality of decorative strips, each The decorative strip includes: a decorative strip plate; and a decorative strip foot, the use surface of which is perpendicular to the use surface of the decorative strip plate to be set on the use surface of the decorative strip plate, and the The use surface is perpendicular to the use surface of the lock nail frame feet to be inserted into one of the lock nail frame feet and the line plate groove; wherein, the door frame plate and the frame door stop plate , One or more of the frame feet for lock nails, the trim board and the trim feet are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets which are arranged perpendicular to each other in the wood grain direction. A longitudinal wood texture sheet and a horizontal wood texture sheet are arranged and glued together to form a plywood structure. The use surface and the other use surface are perpendicular to the longitudinal wood texture sheets and the horizontal wood textures The outer surface of the sheet in the direction of stacking and gluing, wherein a nail is nailed into the frame door and the door frame perpendicular to the other use surface of the frame door stopper or at an oblique angle with the other use surface In the plate and the frame foot plates for locking nails, the nails are nailed into the door frame plate and the frame foot plates for locking nails perpendicular to the use surface of the door frame plate or at an oblique angle with the use surface, and Among them, a fixing nail is fixed in the lock nail and wire plate groove of the lock nail frame feet perpendicular to the use surface of the lock nail frame feet to fix the lock nail frame feet in an L-shaped One of a joint, a ㄇ-shaped steel structure base, a ㄇ-shaped hard base, an L-shaped hard base, an angle base, a cement brick wall and a light steel frame wall. A door frame, comprising: an L-arm female frame, comprising: a door frame plate; a frame door stop plate, the use surface of the door frame plate is set relative to the use surface of the door frame plate for the use of the door frame plate A side arm reinforcement plate of a female frame, the use surface of which is set on the other use surface of the door frame plate relative to the other use surface of the door frame plate; a female frame side arm plate, The use surface is perpendicular to the other use surface of the door frame plate and the use surface of the side arm reinforcement plate of the mother frame is arranged on the other use surface of the door frame plate and abuts against the mother frame The side of the side arm reinforcement plate perpendicular to the use surface; and a mother frame connecting plate, the use surface of which is set relative to the other use surface of the door frame plate to the other use surface of the door frame plate On the surface; an L-arm male frame, which includes: a male frame side arm; and a male frame connecting arm, the use surface of which is perpendicular to the male frame side arm of the use surface is set in the male frame The side arm is perpendicular to the side of the use surface, and the male frame connecting arm is inserted into a female frame of the female frame connecting plate in a direction perpendicular to the use surface of the female frame connecting plate with adjustable insertion position In the connecting groove; wherein, the door frame plate, the frame door stop plate, the female frame side arm reinforcement plate, the female frame side arm plate, the female frame connecting plate, the male frame side arm and the male frame connecting arm One or more lines are complex A plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets are arranged perpendicular to each other in the direction of the wood grain and glued together to form a plywood structure at intervals of one longitudinal wood texture sheet and then a horizontal wood texture sheet. The surface and the other use surface are the outer surfaces perpendicular to the stacking and gluing direction of the longitudinal wood-grain sheets and the transverse wood-grain sheets, wherein a nail is perpendicular to the frame door stopper Another use surface or an oblique angle with the other use surface is nailed into the frame door stop plate, the door frame plate and the mother frame connecting plate, and the nailing is perpendicular to the use surface of the door frame plate or with the same The use surface is nailed into the door frame plate, the female frame side arm reinforcement plate and the female frame side arm plate at an inclination angle, and the nail is perpendicular to the use surface of the male frame connecting arm or has an inclination with the use surface The angle is nailed into the male frame side arm and the male frame connecting arm, and wherein a fixing nail is nailed into a female frame side arm fixing groove of the female frame side arm plate to be perpendicular to the female frame side arm plate Use surface and fix the female frame side arm plate and the male frame side arm plate in an L-shape with the use surface perpendicular to the male frame side arm plate in the male frame side arm fixing groove of one of the male frame side arm plates One of a joint, a ㄇ-shaped steel structure base, a ㄇ-shaped hard base, an L-shaped hard base, an angle base, a cement brick wall and a light steel frame wall. Such as the door frame of claim 2, wherein the female frame side arm fixing groove of the female frame side arm plate and the male frame side arm fixing groove of the male frame side arm plate are covered by a nail covering panel. A door frame, comprising: an L-arm female frame, comprising: a door frame plate; a frame door stop plate, the use surface of the door frame plate is set relative to the use surface of the door frame plate for the use of the door frame plate Surface; a retreat plate in the connecting groove of the mother frame, and the setting method of its use surface relative to the other use surface of the door frame plate is set on the other use surface of the door frame plate; A mother frame connecting plate, the use surface of which is set relative to the other use surface of the shrinking plate in the connecting groove of the mother frame to be set on the other use surface of the shrinking plate in the connecting groove of the mother frame; and a For the side arm plate of the mother frame, set the use surface perpendicular to the other use surface of the door frame plate, the use surface of the retracted plate in the connecting groove of the mother frame, and the use surface of the mother frame connecting plate. On the other use surface of the door frame plate and abut against the side of the retraction plate in the connecting groove of the mother frame perpendicular to the use surface and the side of the mother frame connecting plate perpendicular to the use surface; an L arm The male frame includes: a male frame side arm; and a male frame connecting arm. The use surface of the male frame side arm is arranged in a manner perpendicular to the use surface of the male frame side arm. On the side of the use surface, insert the male frame connecting arm into a female frame connecting groove with adjustable insertion position, wherein the retractable plate in the female frame connecting groove is between the door frame plate and the female frame connecting plate The space of the mother frame connecting groove is formed between the retracting plate in the door frame panel, the mother frame connecting groove and the mother frame connecting plate; wherein, the door frame panel, the frame door baffle plate, and the mother frame connecting groove One or more of the shrinking board, the female frame connecting plate, the female frame side arm plate, the male frame side arm and the male frame connecting arm are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets The wood grain direction is arranged perpendicular to each other and the space between a longitudinal wood grain sheet and a horizontal wood grain sheet is arranged and glued to form a plywood structure. The use surface and the other use surface are perpendicular to the longitudinal wood The outer surface of the texture sheet and the stacking and gluing direction of the horizontal wood texture sheet, wherein a nail is nailed to be perpendicular to the other use surface of the frame door stopper or to have an oblique angle with the other use surface Into the frame door stop plate, the door frame plate and the retraction plate in the connecting groove of the mother frame, the nail is perpendicular to the use surface of the door frame plate or is aligned with the use surface The angle of inclination is nailed into the door frame plate, the retracting plate in the connecting groove of the mother frame, the connecting plate of the mother frame and the side arm plate of the mother frame, and the nailing is perpendicular to the use surface of the connecting arm of the male frame or with the same The use surface is nailed into the male frame side arm and the male frame connecting arm at an oblique angle, and a fixing nail is nailed into a female frame side arm fixing groove of the female frame side arm plate so as to be perpendicular to the female frame side The use surface of the arm plate and the male frame side arm fixing groove in one of the male frame side arm plates to fix the female frame side arm plate and the male frame side arm plate perpendicular to the use surface of the male frame side arm plate In one of an L-shaped joint, a ㄇ-shaped steel structure base, a ㄇ-shaped hard base, an L-shaped hard base, an angle base, a cement brick wall and a light steel frame wall. Such as the door frame of claim 4, wherein the female frame side arm fixing groove of the female frame side arm plate and the male frame side arm fixing groove of the male frame side arm plate are covered by a nail plaque. A door frame, comprising: a connecting frame, comprising: a door frame plate; a frame door stop plate, and a use surface of the door frame plate is set on the using surface of the door frame plate in a manner of setting the use surface relative to the use surface of the door frame plate ; A female frame connecting groove retracts the board, the use surface is set relative to the other use surface of the door frame plate to set the other use surface of the door frame plate; and a female frame connecting plate, The setting method of the use surface relative to the other use surface of the retractable plate in the connecting groove of the female frame is set on the other using surface of the retractable plate in the connecting groove of the female frame; a plurality of L-arm male frames, each The L-arm male frame includes: a male frame side arm; and a male frame connecting arm, the use surface of which is perpendicular to the use surface of the male frame side arm is arranged in a manner perpendicular to the side arm of the male frame Use the side of the surface, and frame the male The connecting arm can be inserted into a female frame connecting groove with adjustable insertion position, wherein the retracting plate in the female frame connecting groove is retracted between the door frame plate and the female frame connecting plate and is in the door frame plate and the female frame connecting groove A space of the female frame connecting groove is formed between the inner retracting plate and the female frame connecting plate; wherein the door frame plate, the frame door stop plate, the female frame connecting groove inner retracting plate, the female frame connecting plate, and the male frame One or more of the side arms and the connecting arms of the male frame are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets arranged perpendicular to each other in the wood grain direction, and a longitudinal wood texture sheet followed by a horizontal wood The spacing arrangement of the texture sheets is glued to form a plywood structure, the use surface and the other use surface are the outer surfaces perpendicular to the longitudinal wood texture sheets and the stacking and gluing direction of the horizontal wood texture sheets, Wherein, a nail is nailed into the frame door frame plate, the door frame plate and the retraction plate in the connecting groove of the mother frame at an oblique angle to the other use surface of the frame door stop plate or with the other use surface In, the nail is nailed into the door frame plate, the retractable plate in the connecting groove of the mother frame and the connecting plate of the mother frame at an oblique angle perpendicular to the use surface of the door frame plate or at an oblique angle to the use surface, and the nail is nailed Nail into the side arm of the male frame and the male frame connecting arm at the use surface perpendicular to the male frame connecting arm or at an oblique angle with the use surface, and in which a fixed nail is nailed to the L-arm male frame In each of the male frame side arm plates, a male frame side arm fixing groove is perpendicular to the use surface of the male frame side arm plate to fix the male frame side arm plate to an L-shaped joint and a ㄇ-shaped steel structure base One of a base, a ㄇ-shaped hard base, an L-shaped hard base, an angle base, a cement brick wall and a light steel frame wall. Such as the door frame of claim 6, wherein the fixing groove of the male frame side arm of the male frame side arm plate is covered with a nail plaque. A door frame, which includes: a connecting frame, which includes: a door frame plate; The retractable plate in the connecting groove of a female frame is arranged on the other using surface of the door frame plate in the manner of setting its use surface relative to the other using surface of the door frame plate; and a female frame connecting plate to connect it The setting method of the use surface relative to the other use surface of the retractable plate in the female frame connection groove is set on the other use surface of the retractable plate in the female frame connection groove; a plurality of L-arm male frames, each L The male frame of the arm includes: a male frame side arm; and a male frame connecting arm, the use surface of which is perpendicular to the use surface of the male frame side arm is arranged in a manner perpendicular to the use surface of the male frame side arm Insert the male frame connecting arm into a female frame connecting groove with adjustable insertion position on the side of the surface, wherein the retracting plate in the female frame connecting groove is retracted between the door frame plate and the female frame connecting plate And the space of the mother frame connecting groove is formed between the door frame panel, the shrinking plate in the connecting groove of the mother frame and the connecting plate of the mother frame; wherein, the door frame plate, the shrinking plate in the connecting groove of the mother frame, and the mother frame connecting One or more of the board, the side arms of the male frame and the connecting arms of the male frame are a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets arranged perpendicular to each other in the wood grain direction and a longitudinal wood grain sheet The material is arranged and glued to form a plywood structure at intervals of a horizontal wood texture sheet. The use surface and the other use surface are perpendicular to the longitudinal wood texture sheets and the stack of the horizontal wood texture sheets. The outer surface of the direction, in which a nail is nailed into the door frame plate, the retracting plate in the connecting groove of the mother frame and the connecting plate of the mother frame perpendicular to or at an oblique angle to the use surface of the door frame plate , The nail is nailed into the side arm of the male frame and the connecting arm of the male frame at an oblique angle perpendicular to the use surface of the male frame connecting arm or at an oblique angle with the use surface, and a fixing nail is placed in the Fix the male frame side arm plate perpendicular to the use surface of the male frame side arm plate in the male frame side arm fixing groove of each of the male frame side arm plates of the L arm male frame In one of an L-shaped joint, a ㄇ-shaped steel structure base, a ㄇ-shaped hard base, an L-shaped hard base, an angle base, a cement brick wall and a light steel frame wall. Such as the door frame of claim 8, wherein the fixing groove of the male frame side arm plate of the male frame side arm plate is covered with a nail plaque. A door frame, comprising: a door frame plate; a frame door stop plate, with a use surface of the door frame plate relative to the use surface of the door frame plate to be set on the use surface of the door frame plate; and a plurality of lock nails The frame foot plate is set on the other using surface of the door frame plate by setting the use surface perpendicular to the other use surface of the door frame plate; wherein, the door frame plate, the frame door stop plate and the One or more of the frame feet for locking nails is a plurality of longitudinal wood texture sheets and a plurality of horizontal wood texture sheets arranged perpendicular to each other in the wood grain direction and one vertical wood texture sheet followed by a horizontal wood texture sheet The interval is arranged and glued to form a plywood structure, and the use surface and the other use surface are the outer surfaces perpendicular to the stacking and gluing direction of the longitudinal wood grain sheets and the transverse wood grain sheets, wherein A nail is nailed into the door frame plate, the door frame plate and the frame feet for locking nails so as to be perpendicular to the other use surface of the frame door stop plate or an oblique angle with the other use surface. The nails are nailed into the door frame plate and the frame feet for locking nails at an oblique angle perpendicular to the use surface of the door frame panel or with the use faces, and wherein each of the frame feet for locking nails forms a Slot, insert a ㄇ-shaped steel base into the slot of the frame feet for lock nails, and fix a fixing nail perpendicular to the use surface of the frame feet for lock nails The frame foot plate is on the base of the ㄇ-shaped steel structure. A door frame, which includes: An L-arm female frame, which includes: a door frame plate; a frame door stop plate, with a use surface of the door frame plate relative to the use surface of the door frame plate to be set on the use surface of the door frame plate; a female frame The connecting plate is arranged on the other use surface of the door frame plate in a manner of setting the use surface relative to the other use surface of the door frame plate; and a mother frame side arm plate whose use surface is perpendicular to The other use surface of the door frame panel and the use surface of the mother frame connecting plate are arranged in such a way as to be set on the other use surface of the door frame panel and abut the mother frame connecting plate perpendicular to the use surface Side; an L-arm male frame, which includes: a male frame side arm; and a male frame connecting arm, the use surface of the male frame side arm is perpendicular to the use surface of the male frame to be set in the male frame The side arm is perpendicular to the side of the use surface, and the male frame connecting arm is inserted into a female frame of the female frame connecting plate in a direction perpendicular to the use surface of the female frame connecting plate with adjustable insertion position In the connecting groove; wherein, one or more of the door frame plate, the frame door baffle plate, the female frame side arm plate, the female frame connecting plate, the male frame side arm and the male frame connecting arm are plural The longitudinal wood texture sheet and a plurality of horizontal wood texture sheets are arranged perpendicular to each other in the wood grain direction, and are arranged and glued at intervals between a longitudinal wood texture sheet and a horizontal wood texture sheet to form a plywood structure. The use surface and The other use surface is the outer surface perpendicular to the stacking and gluing direction of the longitudinal wood-grain sheets and the transverse wood-grain sheets, wherein a nail is nailed to be perpendicular to the other of the frame door stopper The use surface or the other use surface has an oblique angle to be nailed into the frame door stop plate, the door frame plate and the mother frame connecting plate, and the nailing is perpendicular to the use surface of the door frame plate or to the use surface Has a tilt angle Nail the door frame plate, the female frame connecting plate and the female frame side arm plate, and nail the nail into the male frame side perpendicular to the use surface of the male frame connecting arm or at an oblique angle to the use surface In the arm and the male frame connecting arm, and wherein, a fixing nail is fixed in a female frame side arm fixing groove of the female frame side arm plate to be perpendicular to the use surface of the female frame side arm plate and in the male frame One of the side arm plates in the male frame side arm fixing groove is perpendicular to the use surface of the male frame side arm plate to fix the female frame side arm plate and the male frame side arm plate to an L-shaped joint and a ㄇ-shaped steel structure base One of a base, a ㄇ-shaped hard base, an L-shaped hard base, an angle base, a cement brick wall and a light steel frame wall. For example, the door frame of claim 11, wherein the female frame side arm fixing groove of the female frame side arm plate and the male frame side arm fixing groove of the male frame side arm plate are covered by a nail plaque.

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