TW202108857A - Systematized formwork for construction arranging and combining the formwork to form a required area for grouting for the construction - Google Patents

Abstract

This invention relates to a systematized formwork for construction. The formwork is arranged and combined to form a required area for grouting for the construction. The formwork includes a grouting surface assembly, the grouting surface assembly being connected with a supporting edge assembly, and the length or width of the grouting surface assembly being a multiple of 5, 2 cm and 1 cm; at least one supporting edge assembly, the supporting edge assembly being provided with a pin hole; and at least one pin hole, the pin hole being located in the width edge of the supporting edge assembly and 2.5 cm away from the center of circle of the pin hole, and the center of circle of the pin hole is 5 cm away from the center of circle of an adjacent pin hole. The systematized formwork has a unified modular structure which is beneficial to combination and has the benefit that the formwork is not required to be cut on site; the size is explicit, so that the phenomenon that constructors fetch formworks by mistake is avoided; and gaps are only required to be spliced by the constructors so that the difficulty in education training of personnel is lowered.

Description

Systematic formwork for construction

The invention relates to a template for grouting in a construction project. The material of the template can be aluminum, wood, paper, steel, iron, glass fiber composite materials and plastic. The unified module structure is advantageous for combination and does not need to cut the template on site. The benefit, the size is clear to prevent the construction personnel from taking the wrong template, and the construction personnel only need to splice the gaps, reducing the difficulty of personnel education and training.

The formwork is used in the construction grouting project before the formwork is assembled to form a splicing formwork. After the formwork is spliced around the steel bars to form an area, the formwork is then assembled around the steel bars to form a grouting volume. After the cement is poured in, the cement is solidified and then demolded The formwork was demolished in the project to complete the structural elements of the walls, columns and beams of the reinforced concrete of the building. And because the template engineering assembly template requires teacher and apprentice training, the cut template must be spliced according to the design drawing before construction, and the corresponding cut template must be arranged and combined before the template leaves the factory. The construction is based on the cut template. On site, the construction personnel need to check the respective corresponding templates, and splice them in the predetermined position on the outside of the steel bars. Because of the large size of the templates on the construction site, the similar dimensions may also be wrong and spliced, causing the disassembly and heavy work or the continuous progress of the formwork project. A template lacking a specific size is generated, and further processing must be performed to cut the template of a specific size. The delay in project progress and the consumption of manpower and material resources are the current status of existing construction problems.

There are many types of materials used in the formwork. Traditionally, wood is the mainstay. It has to be pieced together and nailed, which is quite troublesome. The wood formwork dismantled in the demolding project is mostly destroyed and demolished, and the probability of recycling and reuse is low. The structural units of large bridges also use metal formwork, but the cost of opening the metal formwork is high, and most of them are only suitable for large-scale engineering buildings. In recent years, aluminum formwork has been developed in general residences and buildings. Its light weight is convenient for construction, and the aluminum formwork can be reused. However, personnel education and module preparation before assembly are still a big problem.

The prior art focuses on the research of an adjustable building formwork base structure. For example, the Republic of China Patent Publication No. TW562059U discloses an adjustable building formwork base structure, wherein the formwork base is composed of an adjustable steel beam and a fixed steel beam. The adjustment steel beam includes a vertical adjustment plate and a horizontal top switch plate. The bottom surface of the horizontal top switch plate is correspondingly screwed with several adjusting sleeves, and the bottom end of the several adjusting sleeves is The top button is on the bottom plate of the fixed steel beam, and the adjusting steel beam slides up and down and correspondingly screwed to the vertical frame plate of the fixed steel beam. That is, by rotating the several adjusting sleeves, the adjusting template is reached. The effect of the height of the horizontal top switch of the base, and then can accurately and conveniently build the formwork and enhance the function of the support strength of the formwork. The prior art focuses on a grouted concrete wall formwork with fine-adjustable height. For example, the Republic of China Patent Announcement No. TW381601U discloses that it is composed of a fixed plate, a plurality of movable plates, a combination part and a set of formwork spacing fixing parts. The fixing plate is fixed on the ground, and the joint height of the joint can be finely adjusted by the holes with different vertical distances formed on the joint and the fixing plate to obtain a template surface with finely adjustable height. By means of the formwork spacing fixing member to fix the distance between two opposing formwork, concrete can be poured between two rows of opposing formwork to complete a grouted concrete wall of a specific thickness and a specific height. The prior art focuses on a system for forming concrete walls of buildings. As disclosed in the Republic of China Patent Publication No. TW380655U, it includes a plurality of modular formwork units, each of which includes a substantially rectangular support Structure, a support plate, and a cover panel, each of the cover panels has an outer surface defined by a plastic material on it, and an elastic seal along an edge of the template unit, which is used Between adjacent formwork units to prevent water leakage, a minimum number of tie holes, which extend through each formwork unit, and a sealing tube assembly, which is used to install the Between the tie holes and a tie rod, there is one tie in each tie hole. The concrete wall of a building has the fewest number of holes and surface recesses, and a highly polished marble-like surface, formed of a concrete mixture including diatomaceous earth, so that the concrete wall has a The color and appearance of gray marble.

The prior art is aimed at a research on an aluminum sample plate that is easy to assemble and disassemble. As disclosed in Chinese Patent Publication No. CN108442685A, it includes an aluminum plate body, a vertical rotating block, a horizontal rotating block, a horizontal positioning groove, and a vertical positioning groove. A vertical positioning groove is set, and a vertical rotating block is loaded above the aluminum plate body. The vertical rotating block includes a first link shaft, a bar-shaped groove, and a second cylindrical groove. Groove; the vertical rotating block above the aluminum plate body is turned upwards to cooperate with the vertical positioning groove under the second aluminum plate body, so that the two aluminum plates are fixed in the vertical direction; at the same time, the horizontal rotating block on the side of the aluminum plate body is turned sideways and the first The horizontal positioning grooves on the other side of the two aluminum plate bodies are matched to make the connection of the two aluminum plates stable and fixed in the horizontal direction. The vertical and horizontal connections of multiple aluminum plates can make the entire aluminum model assembly connection more stable and the connection operation Simple, high connection efficiency, and convenient separation. The prior art focuses on the research of a template assembly structure, as disclosed in the Republic of China Patent Announcement No. TWM470140U, which includes a plate body, a plurality of reinforcing parts and a plurality of clips. The plate body is surrounded by a frame, and the frame has a plurality of Positioning holes, the inner plate of the frame is provided with a plurality of partitions arranged in a crisscross pattern, a plurality of reinforcing partitions and reinforcing ribs, and each of the reinforcing pieces is longitudinally penetrated through the frame and each of the partitions, thereby To improve the overall strength of the board, and at the same time have the purpose of lightweight structure design, and the clip is used to pass through the positioning holes of the two adjacent board frames to join the two adjacent boards Positioning. The previous technology is aimed at a research on the improved structure of a building formwork. As disclosed in the Republic of China Patent Publication No. TW532412U, it is mainly aimed at improving the time-consuming and labor-intensive setting up formwork for grouting projects. In order to improve the construction efficiency of setting up formwork for grouting projects, it is The template is provided with protruding ribs, and the protruding ribs enclose the template to have an equal area, and the protruding ribs around the template are provided with relatively symmetrical through holes, and the area surrounded by the protruding ribs is provided with a virtual hole By touching the virtual hole through the pull rod, the virtual hole can be easily penetrated, so that the template is formed with a hole and penetrates the hole, thereby improving the construction efficiency.

The creator of this creation has been working in the building materials industry for many years. He knows that the formwork structure still has a standard size and construction convenience and needs to be solved. He is committed to the development of systematic formwork for construction. The present invention is a systematic formwork for construction. The formwork is arranged and combined to form the required area for grouting of the building. The formwork includes: a grouting surface element connected to the supporting edge element, and the length or width of the grouting surface element is 5 Multiples of, 2 cm and 1 cm; at least one supporting edge element, the supporting edge element is provided with a pin hole; and at least one pin hole, the pin hole is located between the width edge of the supporting element and the center of the pin hole 2.5 cm, and the pin The distance between the center of the hole and the center of the adjacent bolt hole is 5 cm. Wherein, the template material is at least one of aluminum, wood, paper, steel, iron, glass fiber composite material and plastic. The length or width of the grouting surface element is a multiple of 5, and the length or width dimension is more than 5 cm, including 5 cm. The length or width of the grouting surface element is a multiple of 2 and 1, and the minimum length or width dimension is 2 cm and 1 cm. The thickness of the connected supporting edge element must be the length or width of the grouting surface element. The length and width of the supporting edge element are multiples of 5, and the length and width dimensions are more than 5 cm, including 5 cm. The corner junction of the grouting surface element and the supporting edge element is provided with a reinforced frame element, and the reinforced frame element supports the grouting surface element and the supporting edge element to provide a formwork to enhance the support strength. The pin holes are located under the overlap of the plurality of templates, and the respective pin holes on the overlapped templates are relatively aligned. The respective pin holes provide external pins that can be inserted into the fixed plurality of templates. One step further, a fixed pull tab recess is provided next to the pin hole to provide an external fixed pull tab to be clamped between the stacked templates. The fixed pull tab is provided with a pin hole in the right position to provide an external plug that can be inserted into each of the plural templates. Pin holes and pin holes for fixing pull tabs to achieve a fixed distance on the wall. One step further, when multiple templates are superimposed, the length and width edges of the grouting surface elements are combined to form the external corner material of the vertical column angle with a width of 10 cm or 15 cm to form the required grouting volume for beams, columns and walls. . The invention has a systematic modular structure, and its basic template styles are few and easy to control, which is beneficial to the combination and the benefits of the site without cutting the template. The size is clear to prevent the construction personnel from taking the wrong template, and the construction personnel only need to splice the gaps to combine with high flexibility. Reduce the difficulty of personnel education and training, and reduce the waste of special specification templates that are only used once. It is different from the past knowledge and skills, and its novelty, advancement and practical benefits are unmistakable. Regarding the techniques, methods and effects used in this creation, I will cite a preferred embodiment and detailed descriptions in conjunction with the drawings. I believe that the above-mentioned purpose, structure and features of this creation should be understood in depth and concretely. .

The following is a specific specific embodiment to illustrate the implementation of this creation. Those who are familiar with this technique can easily understand the other advantages and effects of this creation from the content disclosed in this manual. This creation can also be implemented or applied by other different specific embodiments, and various details in this specification can also be based on different viewpoints and applications, and various modifications and changes can be made without departing from the spirit of this creation.

First of all, please read the first and second drawings showing the three-dimensional and exploded views of the systemized formwork for construction of this invention. It shows that the present invention is a systematic formwork for construction. The formwork is arranged and combined to form the required area for building grouting. The formwork includes : A grouting surface element 1011, 2011, 3011, 4011, the grouting surface element 1011, 2011, 3011, 4011, connecting the supporting edge element 1012, 2012, 3012, 4012, and the length of the grouting surface element 1011, 2011, 3011, 4011 Or the width is a multiple of 5, 2 cm and 1 cm, which is mainly a multiple of 5, and then 2 cm and 1 cm can be used to match all required specifications; at least one supporting edge component 1012, 2012, 3012, 4012, the The supporting edge element 1012, 2012, 3012, 4012 is provided with a pin hole 10121; and at least one pin hole 10121, the pin hole 10121 is located at the width edge of the supporting element and the center of the pin hole 10123 is 2.5 cm, and the center of the pin hole 10121 and The distance between the centers of adjacent pin holes 10122 is 5 cm. Wherein, the template material is at least one of aluminum, wood, paper, steel, iron, glass fiber composite material and plastic. The length or width of the grouting surface element 1011, 2011, 3011, 4011 is a multiple of 5, and the length or width dimension is more than 5 cm, including 5 cm. The length or width of the grouting surface element 1011, 2011, 3011, 4011 is 2 cm and 1 cm, and the thickness of the connected supporting edge element 1012, 2012, 3012, 4012 is the grouting surface element 1011, 2011, 3011, 4011 , The length or width, that is, the two components share one surface. The length and width of the supporting edge elements 1012, 2012, 3012, and 4012 are multiples of 5, and the length and width dimensions are more than 5 cm, including 5 cm. The grouting surface element 1011, 2011, 3011, 4011, and the supporting edge element 1012, 2012, 3012, 4012 are provided with a reinforced frame element 1013 at the corner junction, and the reinforced frame element 1013 supports the grouting surface element 1011, 2011, 3011, 4011, and Supporting edge elements 1012, 2012, 3012, 4012, provide formwork to enhance support strength. The pin holes 10121 are overlapped with a plurality of templates, and the respective pin holes 10121 on the overlapped templates are aligned with each other. The respective pin holes 10121 provide external pins for inserting and fixing the plurality of templates. One step further, when multiple templates are superimposed, the length and width edges of the grouting surface elements 1011, 2011, 3011, 4011 are combined to combine the external corner materials of the vertical column angle with a width of 10 cm or 15 cm to form beams and columns. And the volume of grouting required for the wall. The various styles of the external corner material are not illustrated here, that is, the external corner material can be assembled with the position of the pin hole of the present invention. The grouting construction site can be grouted after the large-surface template assembly, or the small-block template assembly and grouting can be completed first, and then hoisted to the correct position to assemble the integral beams, columns and walls.

In order to enable the reviewer to further understand the actual application situation of this creation, the following examples illustrate the structural features of various systemized templates for construction. For example, Figure 3 shows the length 20 cm wide and 10 cm wide and 10 cm template 101 three-dimensional view of the systemized template for construction. The 20 cm long and 10 cm wide template 101 has a grouting surface element 1011 that is a multiple of 5 in length and width. The grouting surface element 1011 is connected to the supporting edge element 1012 at its peripheral edge. The size specification is based on the grouting surface element 1011 and the supporting edge The corner joint of the element 1012 is provided with a reinforced frame element 1013, which supports the grouting surface element 1011 and the supporting edge element 1012, and provides a template to enhance its supporting strength. The supporting side element 1012 is provided with a plurality of bolt holes 10121, and the position of the bolt holes 10121 follows the rule that the distance between the edge of the short side of the supporting side element 1012 and the center of the bolt hole 10123 is 2.5 cm, and the distance between the centers of adjacent bolt holes 10122 is 5 cm; and Perpendicular to the direction of the plurality of bolt holes 10121, the bolt hole 10121 is located at the center of the length of the short side of the supporting side element 1012, that is, the center point of the distance between the long sides of the supporting side element 1012. The grouting surface element 1011 of the systemized template of the present invention When the corresponding templates are assembled on the four sides, the pin holes 10121 can correspond to the pin holes 10121 of each template, and external pins are provided between adjacent templates to pass through the respective pin holes 10121, and the adjacent templates are assembled and fixed by the external pins.

Figures 4 and 5 are three-dimensional views of the form 201 of 10 cm long and 10 cm wide and the form 301 of 10 cm wide 5 cm. There is a grout surface element 2011, 3011 that is a multiple of 5 in length and width, and the peripheral edges of the grout surface element 2011 and 3011 Connect the supporting edge elements 2012, 3012. This size depends on the sufficient strength of the template support, and there is no need to reinforce the structure between the grouting surface elements 2011, 3011 and the supporting edge elements 2012, 3012. The supporting edge elements 2012, 3012 are provided with a plurality of bolt holes 20121, 30121, the bolt holes 20121, 30121 are located at the edge of the supporting edge element 2012, 3012 and the distance between the center of the bolt hole 20123, 30123 is 2.5 cm, and the distance between the centers of adjacent bolt holes 20122, 30122 are 5 cm; and perpendicular to the direction of the plurality of bolt holes 20121, 30121, the bolt holes 20121, 30121 are located at the center of the length of the short sides of the supporting edge elements 2012, 3012, that is, the distance between the long sides of the supporting edge elements 2012 and 3012 When the four sides of the grouting surface element 2011, 3011 of the systemized template of the present invention are combined corresponding to the template, the pin holes 20121, 30121 can correspond to the pin holes 20121, 30121 of each template, and external pins are provided for adjacent templates. They can penetrate through the respective pin holes 20121 and 30121 each other, and the adjacent templates are assembled and fixed by external pins.

In Figures 6 and 7, the template 401 with a length of 10 cm and a width of 2 cm has a grouting surface element 4011 that is a multiple of 5. Refer to the figure shown in Figure 2. The peripheral edge of the grouting surface element 4011 is connected to the supporting edge element 4012. This size specification As long as the support strength of the template is sufficient, there is no need for a reinforcement structure between the grouting surface element 4011 and the supporting edge element 4012. The template 501 with a length of 10 cm and a width of 1 cm has a grouting surface element that is a multiple of 5, which is similar to the thickness of the supporting edge element 5012 in the figure, that is, the thickness of the supporting edge element 5012 can be the length or width of the grouting surface element . The supporting side elements 4012, 5012 are provided with a plurality of bolt holes 40121, 50121, the bolt holes 40121, 50121 are located at the distance between the edge of the short side of the supporting side element 4012, 5012 and the center of the bolt hole 40123, 50123 is 2.5 cm, and the distance between the center of the adjacent bolt hole 40122, 50122 are 5 cm; and perpendicular to the direction of the plurality of bolt holes 40121, 50121, the bolt holes 40121, 50121 are located at the center of the length of the short sides of the supporting side elements 4012, 5012, that is, the distance between the long sides of the supporting side elements 4012, 5012 When the four sides of the grouting surface elements 4011, 5011 of the systemized template of the present invention are combined corresponding to the template, the pin holes 40121, 50121 can correspond to the pin holes 40121, 50121 of each template, and provide external pins for adjacent templates. They can penetrate through the respective pin holes 40121 and 50121 each other, and the adjacent templates are assembled and fixed by external pin members. In the figure, the short sides of the top supporting edge elements 4012 and 5012 are less than 2.5 cm, so the pin holes 40121 and 50121 are not provided.

Figure 8 is a three-dimensional view showing the recess of the fixed pull tab of the systemized formwork for construction of this creation. One step closer, a fixed pull tab recess is provided next to the pin hole 10121 to provide an external fixed pull tab to be clamped between the stacked templates. The fixed pull tab is provided with pin holes 10121 in the right position, and external plug pins can be inserted into the pin holes 10121 of respective plural templates and the pin holes 10121 of the fixed pull tab to achieve a fixed distance on the wall. Modified to Fig. 1 only the fixed pull tab recess 10124 is added to provide an external fixed pull tab to be clamped into the fixed pull tab recess 10124 to fix the distance between the two side templates at the opposite position to ensure a certain uniformity of the wall thickness.

The present invention is a formwork structure used for the systematization of building appliances, and its materials can be aluminum, wood, paper, steel, iron, glass fiber composite materials and plastics. The size and style of the systematic template is appropriate. The template material can be selected according to the environment and structural stress; it is easy to assemble into the size template required for building grouting; and the construction flexibility is extremely high, and it can be directly assembled into the size of the grouting template before grouting It can also be grouted with small-size formwork first, and then moved to the target location for assembly, which is suitable for a variety of construction grouting methods. In particular, the length or width of the grouting surface element is a multiple of 5, 2 cm and 1 cm. The advantage is that the length or width of the grouting surface element is a multiple of 5, which has a large difference in size. For example, if it is not a multiple of 5, 2 meters 38 cm The length template and the 3 meters 26 cm template, because the specification gap is too small, it will easily cause the site construction personnel to misjudge and take the wrong template. The present invention mainly uses a multiple of 5 as the template for the length or width specifications of the grouting surface element, which can enlarge the specification difference. It is easy for the construction personnel to distinguish and use; supplemented by 2 cm and 1 cm as the template of the length or width of the grouting surface element, it can fill the gap of the grouting area more flexibly, and the template engineering has the effect of foolproof and error-proofing in practice. The present invention has a unified modular structure which is beneficial to the combination and the benefits of the site without cutting the template. The size is clear to prevent the construction personnel from taking the wrong template, and the construction personnel only need to splice the gaps, reducing the difficulty of personnel education and training. The template size is easy to control and the combination flexibility is high. It is different from the past known techniques and has differentiation, and its novelty, progress and practical benefits are correct. Therefore, it can effectively improve the lack of knowledge, and has considerable practicality in use. In view of the above, the specific structure disclosed in this creative embodiment can indeed provide the application of building formwork engineering. In terms of its overall structure, it has not been seen in similar products, nor has it been disclosed before application. It is in compliance with the patent. As a statutory requirement of the law, Yan filed an application for a patent for invention in accordance with the law.

However, the above is only one of the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation, that is, all equivalent changes and modifications made in accordance with the scope of the patent application for this creation and the content of the creation specification are all Should still be within the scope of this creation patent.

101: length 20 cm and width 10 cm template 1011: grouting surface element 1012: supporting edge element 10121: pin hole 10122: distance between the center of adjacent pin hole 10123: distance between edge and center of pin hole 10124: fixed pull tab recess 1013: reinforced skeleton element 201: 10 cm long and 10 cm wide template 2011: grouting surface component 2012: supporting edge component 20121: bolt hole 20122: distance between adjacent bolt hole centers 20123: distance between edge and center of bolt hole 301: length 10 cm wide and 5 cm template 3011: Grouting surface element 3012: supporting edge element 30121: pin hole 30122: distance between adjacent pin hole centers 30123: distance between the edge and the center of the pin hole 401: length 10 cm wide and 2 cm template 4011: grouting surface element 4012: supporting edge element 40121: latch pin Hole 40122: the distance between the center of adjacent bolt holes 40123: the distance between the edge and the center of the bolt hole 501: the length is 10 cm and the width is 1 cm Template 5012: the supporting edge component 50121: the bolt hole 50122: the distance between the center of the adjacent bolt hole 50123: the edge and the center of the bolt hole distance

Figure 1 is a three-dimensional view showing the systematic template for this creative building. Figure 2 is an exploded view showing the systematic template for this creative building. Figure 3 is a three-dimensional view showing the 20 cm long and 10 cm wide template of the systematic template for this creative building. Figure 4 is a three-dimensional view of the systemic template for the creation of the building with a length of 10 cm and a width of 10 cm. Figure 5 is a three-dimensional view of the systemic template for this creative building with a length of 10 cm and a width of 5 cm. Figure 6 is a three-dimensional view of the systemic template for this creative building with a length of 10 cm and a width of 2 cm. Figure 7 is a three-dimensional view of the systemic template for this creative building with a length of 10 cm and a width of 1 cm. Figure 8 is a three-dimensional view showing the recessed part of the fixed pull tab of the systemized formwork for construction of this creation.

101: 20 cm long and 10 cm wide template

1012: Support edge element

10121: Bolt hole

10122: The distance between the centers of adjacent bolt holes

10123: Distance between the edge and the center of the pin hole

1013: Strengthen the skeleton element

201: 10 cm long and 10 cm wide template

301: 10 cm long and 5 cm wide template

401: 10 cm long and 2 cm wide template

501: 10 cm long and 1 cm wide template

Claims (10)

A systematic formwork for construction, the formwork is arranged and combined to form the required area for grouting construction, and the formwork includes: a grouting surface element connected to the supporting edge element, and the length or width of the grouting surface element is a multiple of 5; at least A supporting edge element, the supporting edge element is provided with a pin hole; and at least one pin hole, the pin hole is located at a distance of 2.5 cm between the width edge of the supporting element and the center of the pin hole, and the center of the pin hole is 5 centimeters from the center of the adjacent pin hole Centimeters. A systematic formwork for construction. The formwork is arranged and combined to form the required building grouting area. The formwork includes: a grouting surface element connected to the supporting edge element, and the length or width of the grouting surface element is a multiple of 5, 2 Cm and 1 cm; at least one supporting edge element, the supporting edge element is provided with a pin hole; and at least one pin hole, the pin hole is located at a distance of 2.5 cm between the width edge of the supporting element and the center of the pin hole, and the center of the pin hole is the same The distance between the centers of adjacent bolt holes is 5 cm. The systematic formwork for construction according to claim 1 or 2, wherein the formwork material is at least one of aluminum, wood, paper, steel, iron, glass fiber composite material, and plastic. The systematic formwork for construction according to claim 1 or 2, wherein the length or width of the grouting surface element is a multiple of 5, and the length or width dimension is more than 5 cm, including 5 cm. The systemized formwork for construction according to claim 2, wherein the length or width of the grouting surface element is 2 cm and 1 cm, and the thickness of the connected supporting edge element is the length or width of the grouting surface element. The systematic formwork for construction according to claim 1 or 2, wherein the length and width of the supporting edge element are multiples of 5, and the length and width dimensions are more than 5 cm, including 5 cm. The systemized formwork for construction according to claim 1 or 2, wherein a reinforced frame element is provided at the corner junction of the grouting surface element and the supporting edge element, and the reinforced frame element supports the grouting surface element and the supporting edge element to provide formwork reinforced support strength. The systemized formwork for construction according to claim 1 or 2, wherein the pin hole is under the overlap of a plurality of templates, and the respective pin holes of the aligned positions on the overlapping formwork are provided, and the respective pin holes are provided The external plug can penetrate through and insert a fixed plural template. For the systematic formwork for construction as described in claim 1 or 2, in a further step, a fixed pull tab recess is provided next to the pin hole to provide an external fixed pull tab to be clamped between the overlapped formwork. The fixed pull tab is set up against The pin holes of the position provide external pins that can be inserted into the pin holes of the various templates and the pin holes of the fixed pull tab to achieve a fixed distance on the wall. The systemized formwork for construction as described in claim 1 or 2, one step closer, when multiple formwork is superimposed, the length of the grouting surface element and the width edge are combined to combine the outer corner of the vertical column angle with a width of 10 cm or 15 cm Materials to form the grouting volume required for beams, columns and walls.

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