CN217949732U - Efficient building template system - Google Patents

Abstract

The utility model provides a high-efficiency building template system, which comprises a group of flat plates, an external angle plate, an internal angle plate, a connecting piece and a plug connector; the front surface of the flat plate is a smooth plane, parallel ribs which are integrally formed with the flat plate are uniformly distributed on the back surface of the flat plate, and continuous grooves which penetrate through the flat plate are formed in the gaps of the ribs; the external corner plate is one side of a flat plate with a specific specification, and the flat plate extends for a certain width to form an external corner connecting part; the internal corner plate is one side of a flat plate with a specific specification, and extends for a certain width along the flat plate to form an internal corner overlapping part; the flat plate, the male angle plate and the female angle plate are transversely spliced together through the connecting piece, and are longitudinally connected together through the connector piece in a contraposition mode or in a staggered joint mode. The efficient building template system has the advantages of simple production process, energy conservation, environmental protection, strong engineering adaptability, repeated use of materials, higher precision and intensity, simple and easily-copied assembly technology, low labor intensity of workers and low construction cost.

Description

Efficient building template system

Technical Field

The utility model relates to a construction field, specific theory has related to a high-efficient building templates system.

Background

In the construction process of modern building engineering, a large number of concrete structures already enable formwork supporting work to become the most important content for construction, and the formwork and the supporting and reinforcing materials form the foundation of the formwork supporting work.

The building templates used in the current building construction comprise steel templates, wood templates and aluminum templates, and in recent years, wood plastic templates and plastic wood beams are replaced, and plastic templates and improved aluminum templates formed by customization are also used. These templates, however, present various problems to varying degrees:

steel molding: although the iron sheet can be repeatedly used, the processing workload is large, the iron sheet is limited by the shape in a changeable structure, the iron sheet is deformed by external force to be large, is easy to be bonded with cement, is seriously corroded and difficult to repair, the largest problem is that the weight is large, the construction difficulty and the labor amount are increased, the use cost is high, and the iron sheet is basically eliminated at present.

Aluminum die and improved generation aluminum die have replaced steel with aluminium, though overcome a large amount of shortcomings of steel mould, except to the production requirement high, and a customization, the non-standard layer can't use, and reuse rate is not high in different building structures, and a large amount of moulds need be customized at the mill and processed, hardly satisfies the changeable complicated demand in the current construction field, and what is more serious all must use a huge amount of funds as the prerequisite for its production and use to it has decided that it can not widely use.

The wood former is the mainstream mould of a large amount of uses in the construction engineering at present, though convenient to use, the cost is moderate, nevertheless because the plank that the veneer formed and the inherent structural shape of square timber, lead to it to carry out a large amount of cuts in the construction of different structures, extravagant serious, and receive temperature humidity to influence and the iron nail is pounded, yielding fracture, reuse rate is just not high originally, becomes lower under current frequent environmental protection management and control condition, is not conform to current green's development direction. Especially, the requirement on labor is high, other workers basically have no follow-down operation except professional carpenters, the labor cost of formwork erecting is high, and the formwork must be eliminated in the near future.

The plastic formwork and the plastic batten which replace wood boards and square timbers with plastic materials newly appear in the current building field, the defect that the wood formwork is low in recycling is overcome to a great extent, the plastic formwork is advocated in the aspects of energy conservation and environmental protection, but only the material of the wood formwork is replaced, the requirement of the wood formwork on manpower is not changed, on the contrary, the nailing difficulty is increased due to the difference of the wood formwork and the characteristics of timber, the requirement on manpower is higher, and the popularization is hindered to a certain degree.

The fashioned plastic formwork system of customization has appeared in recent building field, the researcher's original intention with the utility model discloses the research and development target is the same, receives the thinking that the excitation of aluminium mould technique produced, has solved the huge fatal problem of aluminium mould fund demand, but a large amount of customization contents not only need intervene in advance before the construction, need the special technical personnel design and assembly moreover to limit its rapid utilization in different structures, promote the degree of difficulty still great at present.

In order to solve the above problems, people always seek a more ideal technical solution.

Disclosure of Invention

The utility model discloses an it is not enough to prior art just, and the adaptability that provides is stronger, and can be compatible with current mainstream template, can comprehensive used repeatedly, more energy-concerving and environment-protective in different structures, precision and intensity are higher, production simple process, and the assembly method is easily duplicated, and the construction degree of difficulty is lower with the worker cost, and to the high-efficient building templates system of unit combination formula that the fund demand is not high.

In order to realize the purpose, the utility model discloses the technical scheme who adopts is: a high-efficiency building template system comprises a group of flat plates, male angle plates, female angle plates, plug connectors and connecting pieces;

the front surface of the flat plate is a smooth plane, the back surface of the flat plate is uniformly distributed with parallel ribs integrally formed with the flat plate, the cross section of each parallel rib is in one or more of a rectangular shape, an I-shaped shape and a C-shaped shape, and a flat plate connecting groove penetrating through the flat plate is formed in a gap between every two adjacent parallel ribs; the outer side surfaces of the two ribs at the two transverse ends of the flat plate are perpendicular to the front surface of the flat plate to form a flat plate right-angle splicing surface, and a flat plate connecting hole is formed in the flat plate right-angle splicing surface;

the front surface of the external corner plate is a plane, a first C-shaped rib is arranged at one transverse end of the back surface of the external corner plate, an I-shaped rib parallel to the first C-shaped rib is arranged in the middle of the first C-shaped rib, an external corner connecting part parallel to the front surface of the external corner plate is arranged at the other end of the external corner plate, an external corner connecting groove penetrating through the I-shaped rib and the first C-shaped rib from head to tail is formed between the I-shaped rib and the first C-shaped rib, the outer side surface of the first C-shaped rib is perpendicular to the front surface of the external corner plate to form a straight corner splicing surface of the external corner plate, and an external corner connecting hole is formed in the right-angle splicing surface of the external corner plate and the external corner connecting part;

the front surface of the internal corner plate is a plane, two second C-shaped ribs which are parallel and opposite in opening are arranged at one transverse end and in the middle of the back surface of the internal corner plate, the other transverse end of each second C-shaped rib is an internal corner overlapping part parallel to the front surface of the internal corner plate, an internal corner connecting groove which penetrates through the two second C-shaped ribs from head to tail is formed between the two second C-shaped ribs, the outer side surface of the C-shaped rib positioned at one transverse end is perpendicular to the front surface of the internal corner plate to form a straight corner splicing surface of the internal corner plate, and an internal corner connecting hole is formed in the right corner splicing surface of the internal corner plate;

the connecting piece is matched with the flat plate connecting hole, the external corner connecting hole and the internal corner connecting hole, and the flat plate, the external corner plate straight corner splicing surface, the internal corner plate straight corner splicing surface and the external corner connecting part are spliced together in a transverse mode through the connecting piece and the corresponding flat plate connecting hole and/or the external corner connecting hole and/or the internal corner connecting hole;

the connector clips are respectively matched with the flat plate connecting groove, the outer corner connecting groove and the inner corner connecting groove, and the flat plate, the outer corner plate and the inner corner plate are spliced together in the longitudinal direction through the connector clips.

Basically, the material of flat board, reentrant corner board, positive angle board, connecting piece and plug connector is high strength plastic, parallel rib and flat integrated into one piece, first C type rib, I shape rib and positive angle board integrated into one piece, second C type rib and reentrant corner board integrated into one piece.

Basically, the notch widths of the flat plate connecting groove, the male corner connecting groove and the female corner connecting groove are set to be a closing structure when being more than or equal to 50mm, and are set to be a straight structure when being less than 50 mm.

And the distance from the limiting baffle body to the outer edge of the internal corner connecting part is equal to the height of the flat plate right-angle splicing surface and/or the external corner plate straight-angle splicing surface and/or the internal corner plate straight-angle splicing surface.

Basically, the inner end of the external corner connecting part is provided with an inclined strut structure.

Basically, the corners of the parallel ribs, the first C-shaped ribs, the I-shaped ribs and the second C-shaped ribs are circular arcs, the groove widths of the flat plate connecting grooves, the outer corner connecting grooves and the inner corner connecting grooves are less than or equal to 200MM, and the number of the flat plate connecting grooves, the outer corner connecting grooves and the inner corner connecting grooves is at least one.

Basically, the flat plates are arranged in groups, the width specifications of the flat plates in a group comprise five specifications of 50mm, 100mm, 200mm, 400mm and 800 mm, the product length specification is 6400mm, and the assembly and cutting length specification is 50mm × 2 ^N N is a natural number not less than 2.

Basically, the peripheral shape in cross-section of plug connector with dull and stereotyped groove/external corner that continues groove/reentrant corner that continues the shape that the groove matches, the inboard of plug connector is the C type, and the parallel rib or first C type rib or second C type rib or I shape rib of two flange height and each adaptation are the same height, the production length specification of plug connector is 6000mm, and the assembly is tailor the length specification and is included three kinds 300mm, 600mm and 1200 mm.

Basically, the connecting piece is a pin bolt structure.

Basically, the height of parallel rib, first C type rib, second C type rib and I shape rib is the same.

Basically, the units are butted into corresponding lengths in different scenes respectively through two modes of socket joint connection and staggered joint connection.

Basically, except that external corner, reentrant corner unit and flat board constitute reentrant, external corner through transverse connection, can also carry out vertically and horizontally staggered reentrant and external corner amalgamation through cutting dull and stereotyped unit tip rib formation reentrant corner connecting portion, or form external corner connecting portion through processing amalgamation, also can make up reentrant corner and external corner of less margin through the flat board that uses not have the rib.

Compared with the prior art, the utility model has substantive characteristics and progress, in particular to the utility model, the plasticity of the plastic is utilized to compound the plastic battens and the plastic templates together through the structural design, and the assembly process of the on-site battens and the templates in the current use of the wood templates is firstly saved; secondly, the front surfaces of the flat plate, the internal corner plate and the external corner plate are smooth planes, so that all the advantages of the current plastic template are guaranteed, and the ribs which are parallel to the back surfaces and are uniformly distributed guarantee the stable and balanced strength requirement during formwork supporting.

Through the modular structural design: the ribs on the back of each flat plate, the male corner plate and the female corner plate ensure the required strength of the flat plates, the ribs are clamped to form a longitudinal continuous groove, the right-angle splicing surfaces are evenly provided with transverse connecting holes, the flat plates are longitudinally cut to a proper length according to the weight which can be held by a single person when the formwork is supported, or the plates which are cut according to the multiplying power length are butted into a proper length through staggered joints or plug connectors, and the flat plates are transversely spliced together through connecting pieces, so that the formwork with any size and any size is supported; and the internal corner plate or the external corner plate is spliced with the flat plate at the internal corner or the external corner, or the external corner or the internal corner connecting part is formed by cutting and processing ribs at the end part of the flat plate, so that the transition between the internal corner and the external corner is realized, and the aim of adopting a modularized scheme to replace the traditional woodworking scheme is finally realized. Because plastics are easy to machine and form, the specification quantity is not many, the factory standardization large-scale production is facilitated, the field processing can be realized, the standardization or standard layer customization is carried out in a factory in advance like an aluminum mould and the conventional plastic customization template, a common woodworker can carry out the field assembly by using the conventional woodworking tool, and the workload and the working difficulty of the field construction are greatly reduced.

Further, in order to adapt to various different scenes, the width of the flat plate is designed into five standard specifications according to multiplying power, the flat plate can be spliced into any different design width (with the precision of 50 MM) by using the fewest modules, if the flat plate is matched with the existing plastic or wood template, the flat plate can be spliced into any width with the precision of 10MM, the length of the flat plate can be cut into proper specifications according to different requirements and the weight convenient to carry, the proper length is controlled according to the multiplying power, the flat plate can be repeatedly used in different scenes, various combinations with different styles can be combined on site without any factory customized content, the repeated use in different scenes is ensured, the material cutting is basically not carried out except that a few scenes are required to improve the efficiency in the mold supporting process, the material waste rate is extremely low, and the leftover materials can be recycled. The use of iron nails is avoided by the longitudinal socket joint type connection design and the transverse hole-opening bolt pin type connection design, the external force damage is reduced, the repeated utilization rate is greatly improved, the old product can be recycled, and the energy-saving and environment-friendly requirements are met to the maximum extent.

Furthermore, the shape of the longitudinal plug connector and the splicing groove is matched, and the two flanges which are specially arranged and have the same height with the ribs ensure that the longitudinal firm connection is ensured, the strength can be ensured when the support is reinforced by matching the different lengths, and the joint part is consistent with each strength.

Furthermore, through the control of module Hua precision, different scenes can be assembled according to standard modulus, thereby reducing the error of manual die matching, greatly improving the die supporting precision and being more suitable for aluminum dies. The modular easy-to-dismount structural design enables the standard floor to be repeatedly used without being matched with a mold after being matched with the mold at one time, greatly improves the mold supporting efficiency, greatly reduces the use amount of technicians, and greatly reduces the comprehensive construction cost relative to a wood mold scheme.

Furthermore, by designing different thicknesses of the flat plates and the corresponding rib height and flange thickness, or by modeling the plastic material, any strength required by the conventional engineering formwork can be achieved, compared with an aluminum formwork scheme, the production cost of the same area is only 10% -15% of that of the aluminum formwork, the investment of huge funds is reduced, and the method is easier to popularize in a large area.

Drawings

Fig. 1 is a schematic cross-sectional structure diagram of various flat plate units in the present invention.

Fig. 2 is the cross section structure schematic diagram of the high-efficient building templates system external corner unit of the utility model discloses.

Fig. 3 the utility model discloses well high-efficient building templates system reentrant corner unit's cross section structure sketch map.

Fig. 4 is a schematic diagram of a connector structure.

Fig. 5 is a schematic structural view of the cross section of the middle plug-in member and the plug-in fit with the flat plate unit.

Fig. 6 is a structural diagram of the vertical and horizontal splicing of each unit module in the present invention.

Fig. 7 is a schematic structural view of the transverse assembly of the male and female corners of the present invention.

Fig. 8 is a schematic structural view of the present invention combining with the existing form to form the internal corner and the external corner with small edge distance.

In the figure: 1. a flat plate; 2. a male corner panel; 3. a female gusset; 4. a connecting member; 5. a plug-in unit;

1-1. Front of the plate; 1-2, parallel ribs; 1-3, flat plate connecting groove; 1-4, a flat plate right-angle splicing surface; 1-5 connecting holes of the flat plate;

2-1, the front surface of the external corner plate; 2-2. I-shaped ribs, 2-3. External corner connecting grooves; 2-4, splicing the straight corners of the external corner plate; 2-5, connecting the external corner with the hole; 2-6, external corner connecting part; 2-7 diagonal bracing structure; 2-8. A first C-shaped rib;

3-1, the front surface of the internal corner plate; 3-2, second C-shaped ribs; 3-3. Internal corner connecting groove; 3-4, splicing the straight corners of the internal corner plates; 3-5, connecting holes at internal corners; 3-6 internal corner lap joint parts; 3-7 limiting blocking bodies;

4-1 connector body; 4-2 connecting piece bolt 4-3 connecting piece bolt hole

In FIG. 8, 8-1 plate template, 8-2 plate slitting stop.

Detailed Description

The technical solution of the present invention will be described in further detail through the following embodiments.

FIG. 1 is a set of plates: the three specifications are divided into five specifications of 50mm, 100mm, 200mm, 400mm and 800 mm according to different widths: the front surface of the flat plate is a smooth plane, and the back surface of the flat plate is evenly distributed with parallel ribs, wherein the flat plate ribs with the width of 50MM are rectangular, the ribs of flat plates with two other specifications of 100MM and 200MM are C-shaped, the ribs of the edges of flat plates with two other specifications of 400MM and 800 MM are C-shaped, the ribs without adjacent edges are I-shaped, and the intervals of the ribs are equal and are not more than 200MM; the rib gaps form continuous slots penetrating the flat plate; the two transverse side surfaces and the front surface of the flat plate form a right-angle splicing surface, and connecting holes which are evenly distributed are formed in the right-angle splicing surface of the flat plate;

as shown in fig. 1-7, the front surface 1-1 of the flat plate is a plane, the back surface is parallel ribs 1-2, rib gaps form flat plate connecting grooves 1-3, the flat plate connecting grooves in the flat plate are one in the specification of 200MM or below, the two lateral side surfaces and the front surface of the flat plate form flat plate right-angle splicing surfaces 1-4, flat plate connecting holes 1-5 which are evenly distributed are arranged on the right-angle splicing surfaces, the flat plate width is divided into five specifications of 50MM, 100MM, 200MM, 400MM and 800 MM, the production length specification is designed to be 6400, material waste can be reduced during field cutting, and the length specification is used for field cutting according to the maximum weight of manual conveying according to 2 times of 50 MM. When the formwork is erected on the vertical face or the plane, the formwork is cut on site according to the height or the length of the wall face, or flat plates cut according to the length are butted into required height or length through the plug connectors 5, and then flat plates with different specifications are selected according to the width of the wall face and are transversely spliced through the connecting pieces 4, so that a flat vertical face or a flat formwork erecting face is formed. The selection and splicing mode of the flat plate specification depends on the reinforcement requirement, in the concrete implementation, an external corner or internal corner plate is preferably selected to determine the corner of the formwork supporting plane, then according to the template support and reinforcement requirement, a large-specification flat plate splicing plane is preferably selected, finally, a small-specification flat plate or a small-specification flat plate matched with the existing wood and plastic mold plate is used for splicing the gap, when the holes are required to be punched, the flat plates with the specification of 100mm are evenly arranged according to the punching intervals, and the holes are guaranteed to be punched on the flat plates with the specification of 100mm as far as possible so as to reduce the damage to the large-specification flat plates.

As shown in figure 2, the front face 2-1 of the external corner plate is a smooth plane, ribs 2-2 are distributed on the back face in parallel, and external corner continuous grooves 2-3 are formed among the ribs, the side face of a first C-shaped rib 2-8 at the edge part is perpendicular to the front face to form an external corner plate straight corner splicing face 2-4, external corner connecting holes 2-5 are evenly distributed on the splicing face, the outer side of a middle I-shaped rib 2-2 extends along a flat plate to form an external corner connecting part 2-6, connecting holes 2-5 identical to the splicing face are evenly distributed on the external corner connecting part, and a liquid connecting part between the external corner connecting part and the middle ribs is provided with an inclined strut structure 2-7.

The formwork meets the external corner, the external corner plate straight corner splicing face is selected to be spliced with the flat plate 1, the front face of the flat plate with the proper specification and the front face of the external corner are vertically spliced inwards, the flat plate connecting hole in the flat plate right corner splicing face corresponds to the external corner connecting hole in the external corner connecting portion, a complete external corner is formed through the connecting piece 4, and the diagonal bracing structure 2-7 is obliquely pulled to play a role in strengthening and reinforcing.

As shown in figure 3, the front face 3-1 of the internal corner plate is a smooth plane, the second C-shaped ribs 3-2 and ribs are distributed in parallel on the back face to form internal corner continuous grooves 3-3, the outer side faces of the second C-shaped ribs at the edge parts are perpendicular to the front face of the flat plate to form internal corner right-angle splicing faces 3-4, connecting holes 3-5 are evenly distributed on the internal corner right-angle splicing faces 3-4, the flat plate extends to the outer side of the middle rib for a certain width to form internal corner lapping parts 3-6, the fluid-connecting part between the internal corner connecting part and the middle second C-shaped rib is provided with limiting blocking bodies 3-7, and the distance from the edge of each blocking body to the outer edge of the internal corner connecting part is equal to the height of the right-angle splicing faces.

When the formwork meets an internal corner, a straight corner splicing surface of the internal corner plate is selected to be spliced with the flat plate 1, the front surface of the flat plate with proper specification is replaced to be outward, the right corner splicing surface is attached to the back surface of an internal corner connecting part of the internal corner, and the width of the external internal corner connecting part of the limiting baffle bodies 3-6 is equal to the height of the right corner splicing surface of the flat plate, so that the internal corners can be aligned; when pouring construction is carried out, the limit baffle body is propped against the top of the flat plate rib, so that displacement is avoided when the internal corner is subjected to the pressure of the front surface of the flat plate, and the internal corner is ensured to be integrally formed.

As shown in fig. 4, the connecting member 4 is a pin bolt structure, and the bolt part is driven into the inclined plane to be expanded to ensure the close and firm connection in each transverse direction; as shown in fig. 5, the plug 5 is strip-shaped and is adapted to various splicing grooves to ensure the firmness of the plug, and the plug 5 is designed to be a profile structure to reduce the self-weight and ensure the structural strength; the notches of the flat plate connecting grooves 1-3, the male corner connecting grooves 2-3 and the female corner connecting grooves 3-3 are provided with closing-up structures, the periphery of the cross section shape of the plug connector 5 is matched with the shape of the connecting grooves, when various longitudinal butt joints are conducted, the plug connector with the required length is firstly driven into the connecting grooves from one to-be-connected joint end in the forward direction (shown in figure 7), then the connecting grooves corresponding to the butt joints are aligned, and then the plug connector is driven into the proper length in the reverse direction, so that the two plug connectors are connected into a whole, and if the longitudinal tension is achieved, the plug connector can be prevented from being pulled out only by fixing the plug connector with a screw in the transverse direction. If the front surface of the small-sized flat plate does not bear excessive pressure, the butt joint strength can be ensured through joint dislocation during assembly.

In other embodiments, as shown in fig. 8, in addition to the external and internal corners formed by the external and internal corner units and the flat plate through transverse connection, the internal and external corners can be combined by cutting off ribs at the end of the flat plate to form internal corner connection parts, or by processing and combining to form external corner connection parts, so that the internal and external corners can be criss-cross, or the internal and external corners with smaller edge distance can be combined by using the flat plate without ribs; in fig. 8, in the place where the small edge distance internal corner and external corner appear continuously, a flat plate without ribs is used as a flat plate template 8-1, the flat plate is spliced with a left flat plate 1 to form the external corner, the flat plate is spliced with a right flat plate 1 to form the internal corner, and a flat plate strip cutting baffle 8-2 which is processed on site is added to be used as a baffle for splicing the right flat plate.

In the construction of high-rise buildings, all floors or two floors and more than two floors on the ground are designed into standard floors in general design, after the first standard floor is matched with a formwork, the formwork can be continuously turned and reused on the above floors, the repeated utilization rate of the formwork and the technical requirements on formwork supporting work are greatly improved, and the construction efficiency is greatly improved, so that the purposes of reducing material waste, accelerating the construction progress and saving the construction cost are achieved. Therefore, when the non-standard layer is matched with the mould, each flat plate, the internal corner and the external corner are cut according to the length which is convenient to use by the standard layer as far as possible, the matching of the mould supporting surfaces with different lengths and heights is realized through connection, and a foundation is laid for the matching of the mould of the standard layer.

Finally, it should be noted that the above embodiments are only used for illustrating the technical solution of the present invention and not for limiting the same; although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that: the invention can be modified or equivalent to replace some technical features; the technical solution of the present invention should be covered by the scope of the claims as long as the spirit of the present invention is not departed from.

Claims (10)

1. An efficient building template system is characterized in that: comprises a group of flat plates, male angle plates, female angle plates, plug connectors and connecting pieces;

the front surface of the flat plate is a smooth plane, the back surface of the flat plate is uniformly distributed with parallel ribs which are integrally formed with the flat plate, the cross section of each parallel rib is in one or more of a rectangular shape, an I-shaped shape and a C-shaped shape, and a flat plate connecting groove penetrating through the flat plate is formed in a gap between every two adjacent parallel ribs; the outer side surfaces of the two ribs at the two transverse ends of the flat plate are perpendicular to the front surface of the flat plate to form a flat plate right-angle splicing surface, and a flat plate connecting hole is formed in the flat plate right-angle splicing surface;

the front surface of the external corner plate is a plane, a first C-shaped rib is arranged at one transverse end of the back surface of the external corner plate, an I-shaped rib parallel to the first C-shaped rib is arranged in the middle of the first C-shaped rib, an external corner connecting part parallel to the front surface of the external corner plate is arranged at the other end of the external corner plate, an external corner connecting groove penetrating through the I-shaped rib and the first C-shaped rib from head to tail is formed between the I-shaped rib and the first C-shaped rib, the outer side surface of the first C-shaped rib is perpendicular to the front surface of the external corner plate to form a straight corner splicing surface of the external corner plate, and an external corner connecting hole is formed in the right-angle splicing surface of the external corner plate and the external corner connecting part;

the front surface of the internal corner plate is a plane, two second C-shaped ribs which are parallel and opposite in opening are arranged at one transverse end and in the middle of the back surface of the internal corner plate, the other transverse end of each second C-shaped rib is an internal corner overlapping part parallel to the front surface of the internal corner plate, an internal corner connecting groove which penetrates through the two second C-shaped ribs from head to tail is formed between the two second C-shaped ribs, the outer side surface of the C-shaped rib positioned at one transverse end is perpendicular to the front surface of the internal corner plate to form a straight corner splicing surface of the internal corner plate, and an internal corner connecting hole is formed in the right corner splicing surface of the internal corner plate;

the connecting piece is matched with the flat plate connecting hole, the external corner connecting hole and the internal corner connecting hole, and the flat plate, the external corner plate straight corner splicing surface, the internal corner plate straight corner splicing surface and the external corner connecting part are spliced together in a transverse mode through the connecting piece and the corresponding flat plate connecting hole and/or the external corner connecting hole and/or the internal corner connecting hole;

the connector clips are respectively matched with the flat plate connecting groove, the outer corner connecting groove and the inner corner connecting groove, and the flat plate, the outer corner plate and the inner corner plate are spliced together in the longitudinal direction through the connector clips.

2. The efficient building template system of claim 1, wherein: the material of flat board, reentrant corner board, external corner board, connecting piece and plug connector is high strength plastic, parallel rib and flat board integrated into one piece, first C type rib, I shape rib and external corner board integrated into one piece, second C type rib and reentrant corner board integrated into one piece.

3. The efficient building template system of claim 2, wherein: the width of the notch of the flat plate connecting groove, the width of the notch of the external corner connecting groove and the width of the notch of the internal corner connecting groove are all set to be a closing-in structure when being more than 50mm, and the width of the notch of the flat plate connecting groove, the width of the external corner connecting groove and the width of the internal corner connecting groove are set to be a straight structure when being less than 50 mm.

4. The efficient building template system of claim 3, wherein: the inside corner lapping part and the middle second C-shaped rib connecting part are provided with limiting blocking bodies, and the distance from the limiting blocking bodies to the outer edge of the inside corner connecting part is equal to the height of the flat plate right-angle splicing surface and/or the height of the outside corner plate right-angle splicing surface and/or the height of the inside corner plate right-angle splicing surface.

5. The high efficiency building template system of claim 4, wherein: and the inner end of the external corner connecting part is provided with an inclined strut structure.

6. The high efficiency building template system according to any one of claims 1-5, wherein: the corners of the parallel ribs, the first C-shaped ribs, the I-shaped ribs and the second C-shaped ribs are circular arcs, the groove widths of the flat plate connecting grooves, the male corner connecting grooves and the female corner connecting grooves are less than or equal to 200MM, and the number of the flat plate connecting grooves, the male corner connecting grooves and the female corner connecting grooves is at least one.

7. The efficient building template system of claim 6, wherein: the flat plates are arranged in groups, the width specifications of the flat plates in a group comprise five specifications of 50mm, 100mm, 200mm, 400mm and 800 mm, the product length specification is 6400mm, and the assembly and cutting length specification is 50mm 2 x 2 ^N N is a natural number not less than 2.

8. The efficient building template system of claim 7, wherein: the peripheral shape of cross-section of plug connector with dull and stereotyped groove/external corner groove/reentrant corner groove matching's shape that continues, the inboard of plug connector is the C type, and two flange height are the same height with the parallel rib or first C type rib or second C type rib or the I shape rib of each adaptation, the production length specification of plug connector is 6000mm, and the assembly is tailor the length specification and is included three kinds 300mm, 600mm and 1200 mm.

9. The efficient building template system of claim 8, wherein: the connecting piece is the cotter pin structure, parallel rib, first C type rib, second C type rib and the height of I shape rib are the same.

10. The efficient building template system of claim 7, 8 or 9, wherein: the rib-free flat plate template is provided with a connecting hole, the connecting hole is spliced with a flat plate right-angle splicing surface to form an internal corner or an external corner, and the flat plate strip cutting blocking body is connected to the flat plate template and used as a flat plate limiting blocking body in an internal corner structure.

Images