CN220645167U

CN220645167U - Pouring support template

Info

Publication number: CN220645167U
Application number: CN202322217057.4U
Authority: CN
Inventors: 吴海英
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-08-17
Filing date: 2023-08-17
Publication date: 2024-03-22
Anticipated expiration: 2033-08-17

Abstract

The utility model provides a pouring support template, which relates to the field of building appliances and aims to solve the problems that bubbles are easy to generate after the inner side of a support template contacts concrete when the existing pouring support template is used and special tools are needed to eliminate the bubbles. The side slip subassembly is when the inside slip of spout, and inside striking subassembly is moved the interior pole through the top, and inside striking subassembly is pushed the displacement and is retracted by the top, and inside striking subassembly is with the inside spring compression of flexible inside groove, automatic displacement, after pushing the interior pole, inside striking subassembly and support template and the inside contact of sliding the groove that moves, produce impact strength and vibration strength, discharge with the help of vibration control bubble.

Description

Pouring support template

Technical Field

The utility model belongs to the technical field of building appliances, and particularly relates to a pouring support template.

Background

When building engineering construction is carried out, the wall body needs to be cast by using the templates, so that the wall body is cast and molded rapidly, and the construction efficiency is improved.

When the existing pouring support template is used, after the support template is used for a long time, a large gap is easily generated at a connecting position, the gap is difficult and laborious to eliminate, air bubbles are easily generated after the inner side of the support template is contacted with concrete, and special tools are needed to eliminate the air bubbles, so that the problem is solved.

Disclosure of Invention

In order to solve the technical problems, the utility model provides a pouring support template, which aims to solve the problems that when the existing pouring support template is used, after the support template is used for a long time, a large gap is easily generated at a connecting position, and the gap is difficult to eliminate.

The utility model discloses a pouring support template, which comprises the following components: supporting a template; two sides of the rear end of the support template are respectively provided with an external side piece, the outside of each external side piece is provided with a gap elimination guide groove, the bottom end of each gap elimination guide groove is of an inclined structure, the top end of each gap elimination guide groove is communicated with the outside, and the section of each gap elimination guide groove is of a T-shaped structure; the vibration control assembly is provided with two vibration control assemblies, the two vibration control assemblies are arranged on two sides of the rear end of the supporting template, each vibration control assembly is internally provided with an internal impact assembly, the internal impact assembly is of a T-shaped structure, the inner end of the internal impact assembly is of an arc-shaped structure, and the internal impact assembly is made of elastic metal materials.

Optionally, two auxiliary components are respectively fixed at two sides of the rear of the support template, a sliding groove is arranged in each auxiliary component, a vibration control component is inserted into each sliding groove in a sliding manner, and two sliding grooves are respectively arranged at two sides of each sliding groove; the inside of each auxiliary assembly is provided with a jacking inner rod which is uniformly arranged, the jacking inner rods are of an arc-shaped structure, an inner impact assembly is inserted between the jacking inner rods, and a guide control plate is fixed outside each outer side piece; and each guide control plate is provided with four vertical sliding assemblies in sliding mode respectively at the inner side and the outer side, two gap eliminating assemblies are fixed at the two ends of each two vertical sliding assemblies respectively, each gap eliminating assembly is of a T-shaped shaft structure, and the gap eliminating assemblies are inserted into the gap eliminating guide grooves in a sliding mode.

Optionally, two ends of each vibration control assembly are respectively provided with a side sliding assembly, the side sliding assemblies are inserted into the sliding grooves in a sliding manner, and an external pulling assembly is fixed outside the vibration control assemblies; every vibration control assembly's inboard is equipped with a flexible inside groove, and inside in flexible inside groove is installed inside striking subassembly through two springs, and the inside of every inside striking subassembly is equipped with a striking inner chamber, and the outer end of striking inner chamber is the arc structure.

Compared with the prior art, the utility model has the following beneficial effects:

1. by arranging the external side pieces and the gap elimination guide groove, when gaps appear among the support templates after the plurality of support templates are spliced, liquid or concrete is easy to leak through the gaps, at the moment, the gap elimination assembly is controlled to be inserted into the gap elimination guide groove in a sliding mode, then the vertical sliding assembly and the gap elimination assembly are continuously controlled to move downwards, the gap elimination assembly is controlled not to separate after moving inside the gap elimination guide groove because the section of the gap elimination guide groove is of a T-shaped structure, after the gap elimination assembly moves below the gap elimination guide groove, the gap elimination assembly controls the transverse displacement of the support templates by means of downward power, the plurality of support templates are controlled to be tensioned together, the connecting effect is improved, and meanwhile, the gaps among the support templates are eliminated, the continuous expansion of the gaps is avoided, and the liquid or the concrete is prevented from being discharged from the gaps;

2. through setting up inside striking subassembly, after the concrete adds to the supporting form inside, directly stimulate outside pulling assembly control vibration and control the subassembly and reciprocate the displacement from top to bottom, the vibration is controlled the subassembly and is moved the inside direction slip of groove at the slip, side slip subassembly is moved the inside direction slip at the spout, when gliding, inside striking subassembly is moved the interior pole through the top, inside striking subassembly is moved the displacement and is retracted by the top, inside striking subassembly compresses the inside spring of flexible inside groove, automatic displacement, after pushing the interior pole through the top, the spring promotes inside striking subassembly outwards to remove, inside striking subassembly and supporting form and the inside contact of groove that moves of slip, produce impact strength and vibration strength, control supporting form is with vibration transmission for the concrete, with the help of vibration control bubble discharge, the convenience of bubble clearance is improved.

Drawings

Fig. 1 is a schematic perspective view of the present utility model.

Fig. 2 is a schematic bottom view of the present utility model.

Fig. 3 is an exploded perspective view of the present utility model.

Fig. 4 is an exploded perspective view of the support form of the present utility model.

Fig. 5 is an exploded perspective view of the vibration handling assembly of the present utility model.

In the figure, the correspondence between the component names and the drawing numbers is:

1. supporting a template; 101. an auxiliary component; 102. sliding groove moving; 103. pushing the inner rod; 104. an outer side member; 105. a gap eliminating guide groove; 106. a guide control board; 107. a vertical sliding assembly; 108. a gap elimination assembly;

2. a vibration manipulation assembly; 201. a side slide assembly; 202. an external pulling assembly; 203. a telescopic inner tank; 204. an internal impingement assembly; 205. striking the inner cavity.

Detailed Description

Embodiments of the present utility model are described in further detail below with reference to the accompanying drawings and examples.

Embodiment one:

as shown in fig. 1 to 5:

the utility model provides a pouring support template, which comprises the following components: supporting the template 1; the two sides of the rear end of the supporting template 1 are respectively provided with an outer side piece 104 for forming a gap eliminating guide groove 105, and the outer side pieces are positioned outside the supporting template 1 to improve the strength, the outer side of each outer side piece 104 is provided with the gap eliminating guide groove 105, the bottom end of the gap eliminating guide groove 105 is of an inclined structure, the gap eliminating assembly 108 is controlled to guide displacement in the outer side of the outer side piece, the supporting template 1 is continuously pulled to move, gaps are conveniently eliminated, the supporting template 1 is prevented from continuously loosening and displacing, the top end of the gap eliminating guide groove 105 is communicated with the outer side, the gap eliminating assembly 108 is conveniently placed in the outer side, the section of the gap eliminating guide groove 105 is of a T-shaped structure, the gap eliminating assembly 108 is controlled to guide and slide in the inner side of the gap eliminating assembly 108, and the gap eliminating assembly 108 is prevented from being separated from the inner side of the gap eliminating guide groove 105 after being moved; the vibration control assembly 2, the vibration control assembly 2 is equipped with two altogether, two vibration control assemblies 2 are installed in the rear end both sides of supporting template 1, every vibration control assembly 2's internally mounted has an inside striking subassembly 204, inside striking subassembly 204 is T shape structure, with the help of the elastic displacement, striking supporting template 1 and the inside of sliding groove 102, inside striking subassembly 204's inner is arc structure, inside striking subassembly 204 is the elastic metal material, enlarge vibration strength, improve vibration effect, the bubble is conveniently clear away.

Referring to fig. 4, two sides of the back of the support template 1 are respectively fixed with an auxiliary assembly 101 for forming sliding grooves 102, a sliding groove 102 is arranged in each auxiliary assembly 101, a vibration control assembly 2 is inserted into each sliding groove 102 in a sliding manner, the vibration control assembly 2 is controlled to conduct guiding displacement, two sides of the sliding groove 102 are respectively provided with a sliding groove for embedding side sliding assemblies 201 to drive the vibration control assembly 2 to conduct guiding displacement; the inside of each auxiliary assembly 101 is provided with a jacking inner rod 103 which is uniformly arranged, the jacking inner rods 103 are of an arc-shaped structure, the jacking inner impact assemblies 204 are displaced in the process of moving the inner impact assemblies 204, the inner impact assemblies 204 are controlled to generate impact force, the inner impact assemblies 204 are inserted between the jacking inner rods 103, a guide control plate 106 is fixed outside each outer side piece 104 and is used for being inserted between two vertical sliding assemblies 107, and the vertical sliding assemblies 107 and the gap eliminating assemblies 108 are controlled to guide displacement; the inside and outside both sides of every direction control panel 106 are slidable mounting respectively and are equipped with a vertical slip subassembly 107, and vertical slip subassembly 107 is equipped with four altogether, and the both ends of every two vertical slip subassemblies 107 are fixed with a gap elimination subassembly 108 respectively, drive gap elimination subassembly 108 and together guide displacement, and gap elimination subassembly 108 is T-shaped axle construction, and gap elimination subassembly 108 slides and inserts in the inside of gap elimination guide slot 105, through gap elimination guide slot 105 control support template 1 lateral shifting.

Referring to fig. 5, two ends of each vibration control assembly 2 are respectively provided with a side sliding assembly 201, the side sliding assemblies 201 are inserted into the sliding grooves in a sliding manner to drive the vibration control assemblies 2 to conduct guiding displacement, and external pulling assemblies 202 are fixed outside the vibration control assemblies 2 to conveniently pull the vibration control assemblies 2 to conduct guiding displacement; the inner side of each vibration control assembly 2 is provided with a telescopic inner groove 203, the inner impact assembly 204 is controlled to stretch and retract in the inner part of the vibration control assembly, the inner impact assembly 204 is installed in the telescopic inner groove 203 through two springs, an impact inner cavity 205 is arranged in each inner impact assembly 204, and the outer end of each impact inner cavity 205 is of an arc-shaped structure.

Embodiment two: if after the plurality of support templates 1 are spliced, when no gap appears, the vertical sliding component 107 and the gap eliminating component 108 are not required to be installed for use, so that the use cost and the abrasion are reduced.

When in use, the utility model is characterized in that: when the device is needed to be used, a plurality of support templates 1 are controlled to be spliced at a position needed to be used, then the support templates 1 are bound together by manpower to be used, then concrete is controlled to be added into the support templates 1, then the external pulling component 202 is pulled by manpower to reciprocate, the vibration control component 2 slides in the sliding groove 102 in a guiding manner, the side sliding component 201 slides in the sliding groove in a guiding manner, the internal striking component 204 passes through the jacking inner rod 103 while sliding, the internal striking component 204 is retracted by jacking displacement, the internal striking component 204 compresses a spring in the telescopic inner groove 203, the spring automatically pushes the internal striking component 204 to move outwards after passing through the jacking inner rod 103, the internal striking component 204 contacts with the support templates 1 and the sliding groove 102 to generate striking force, the support templates 1 are controlled to transmit vibration to the concrete, with vibration control bubble discharge, after a gap appears between the plurality of support templates 1 after a long time use, a vertical sliding component 107 and a gap eliminating component 108 can be installed between two adjacent support templates 1, the gap eliminating component 108 is embedded into the gap eliminating guide groove 105, a guide control board 106 is inserted between the two vertical sliding components 107, then the gap eliminating component 108 is continuously pulled to move downwards, the vertical sliding component 107 and the gap eliminating component 108 are continuously controlled to move downwards, the gap eliminating component 108 is controlled not to be separated after moving inwards, after the gap eliminating component 108 moves below the gap eliminating guide groove 105, the gap eliminating component 108 controls the lateral displacement of the support templates 1 by means of downward power because the bottom of the gap eliminating guide groove 105 is of an inclined structure, gaps among the support templates 1 are eliminated, continuous expansion of the gaps is avoided, and convenience in moving the support templates 1 is improved.

Claims

1. A casting support form, comprising: supporting the template (1); two sides of the rear end of the supporting template (1) are respectively provided with an outer side piece (104), the outside of each outer side piece (104) is provided with a gap elimination guide groove (105), the bottom end of each gap elimination guide groove (105) is of an inclined structure, the top end of each gap elimination guide groove (105) is communicated with the outside, and the section of each gap elimination guide groove (105) is of a T-shaped structure; the vibration control assembly (2), vibration control assembly (2) are equipped with two altogether, and two vibration control assembly (2) are installed in the rear end both sides of strutted template (1), and internally mounted of every vibration control assembly (2) has an inside striking subassembly (204), and inside striking subassembly (204) are T shape structure, and the inner of inside striking subassembly (204) is the arc structure, and inside striking subassembly (204) are elastic metal material.

2. A casting support formwork according to claim 1, wherein an auxiliary assembly (101) is respectively fixed at two sides of the rear of the support formwork (1), a sliding groove (102) is arranged in each auxiliary assembly (101), a vibration control assembly (2) is inserted into each sliding groove (102) in a sliding manner, and a sliding groove is respectively arranged at two sides of each sliding groove (102).

3. A casting support formwork according to claim 2, wherein the inside of each auxiliary assembly (101) is provided with a uniform arrangement of top moving inner rods (103), the top moving inner rods (103) are of arc-shaped structure, an inner impact assembly (204) is inserted between the top moving inner rods (103), and a guiding control plate (106) is fixed to the outside of each outer side member (104).

4. A casting support formwork as claimed in claim 3, wherein each of the guide control panels (106) is provided with a plurality of vertical sliding assemblies (107) slidably mounted on the inner and outer sides thereof, the number of the vertical sliding assemblies (107) is four, each of the two vertical sliding assemblies (107) is provided with a gap eliminating assembly (108) fixedly mounted on each of the two ends thereof, the gap eliminating assemblies (108) are of a T-shaped shaft structure, and the gap eliminating assemblies (108) are slidably inserted into the gap eliminating guide grooves (105).

5. A casting support formwork according to claim 2, wherein two ends of each vibration control assembly (2) are respectively provided with a side sliding assembly (201), the side sliding assemblies (201) are inserted into the sliding grooves in a sliding manner, and an external pulling assembly (202) is fixed on the outside of each vibration control assembly (2).

6. A casting support formwork according to claim 1, wherein a telescopic inner groove (203) is arranged on the inner side of each vibration control assembly (2), an inner impact assembly (204) is arranged in the telescopic inner groove (203) through two springs, an impact inner cavity (205) is arranged in each inner impact assembly (204), and the outer end of each impact inner cavity (205) is of an arc-shaped structure.