CN221038424U

CN221038424U - Test block compressive strength testing machine

Info

Publication number: CN221038424U
Application number: CN202322760804.9U
Authority: CN
Inventors: 任乐意; 张栋
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-10-16
Filing date: 2023-10-16
Publication date: 2024-05-28
Anticipated expiration: 2033-10-16

Abstract

The utility model provides a test block compressive strength testing machine, which relates to the field of strength tests and aims to solve the problems that broken remnants fall off in the detection process of a common concrete test block compressive strength testing machine and are required to be cleaned by manpower, and the test efficiency is affected. Before the test, control separates fender subassembly and collects the subassembly and installs the use together, and after the test block is broken, the incomplete material is kept off the control of fender subassembly and is led to remove, and the control incomplete material falls into the inside of collecting the subassembly and collects fast, then directly pulls and controls the subassembly and drive the displacement of collecting the subassembly, takes out the incomplete material fast.

Description

Test block compressive strength testing machine

Technical Field

The utility model belongs to the technical field of strength tests, and particularly relates to a test block compressive strength testing machine.

Background

The concrete test block strength detection is a mode for evaluating the strength and quality of concrete, the concrete is one of the most commonly used materials in a building structure, the strength and quality of the concrete are critical to the stability and safety of a building, therefore, the concrete test block needs to be subjected to compressive strength test in advance, and when in detection, a strength testing machine is needed, and the common concrete test block compressive strength testing machine on the market is needed.

Disclosure of utility model

In order to solve the technical problems, the utility model provides a test block compressive strength testing machine, which aims to solve the problems that fragments are splashed out and easily collapse to hurt people after the test block is broken in the detection process of a common concrete test block compressive strength testing machine.

The utility model relates to a test block compressive strength testing machine, which comprises: a strength tester body; the strength testing machine body is spliced with a baffle component through a pushing component, the baffle component of a rectangular frame structure is arranged above the pushing component for external protection, two sides of the baffle component are respectively provided with a collection component for collecting residual materials through external side grooves, the collection components are freely pulled in the external side grooves, the two collection components are symmetrically spliced, and the edge of the top end of the interior of the collection component is of an inclined structure; the stress structure is fixed above the side edge of the strength tester body through bolts, the stress structure made of metal is connected with the connecting component through the supporting structure and the moving structure, the supporting component made of elastic metal is welded outside the connecting component, and the protection component with two cylindrical structures is welded at the bottom of the outer end of the supporting component.

Optionally, a pushing component capable of freely moving up and down is installed at the bottom of the side edge of the strength testing machine body, four splicing grooves which are annularly arranged are formed outside the top end of the pushing component of the T-shaped shaft structure, and round holes are formed at the bottom end of the splicing groove with the top end of the T-shaped structure; the bottoms of two sides of the baffle assembly are respectively provided with an external side groove for guiding, the middle position of the inside of the baffle assembly is fixedly welded with a positioning assembly with a circular ring structure, and the inside of the positioning assembly is fixedly attached to the outside of the pushing assembly; the inside of locating component is equipped with four ring arrangement's coupling assembling, and coupling assembling comprises T shape piece and round bar, and coupling assembling inserts at splice groove and round hole inside fixedly, and the outer end top of every collection subassembly is fixed with one and is used for the control subassembly of pulling to follow the collection subassembly and remove the displacement together.

Optionally, six supporting structures which are annularly arranged are arranged outside the stress structure, a through hole for guiding is formed outside each supporting structure, reinforcing structures of triangular structures are welded on two sides of the bottom of each supporting structure respectively, and the reinforcing structures are welded and fixed with the stress structure; a moving structure of a bolt-shaped structure is inserted into the through hole of each supporting structure, is pulled up and down freely in the through hole, and the bottom end of the moving structure is connected with the connecting part through threads and drives the connecting part to move up and down together; each side rod part is fixed with a side rod part which is obliquely arranged on two sides of each supporting part, and an auxiliary part made of flexible rubber is fixed at the bottom end of each side rod part.

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

1. Before the test, the control baffle component and the collection component are installed together for use, after the test block is broken, the residual materials are controlled by the baffle component to guide and move, the residual materials are controlled to fall into the collection component for rapid collection, and then the control component is directly pulled to drive the collection component to displace, so that the residual materials are rapidly taken out;

2. The protection part, the auxiliary part isomorphic support part and the side rod part are supported, installed and used, so that fragments are blocked by the protection part and the auxiliary part after splashing, the fragments are prevented from splashing to hurt people, and the protection effect 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 a schematic perspective view of the strength tester body according to the present utility model.

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

FIG. 6 is an exploded perspective view of the force bearing structure of the present utility model.

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

1. A strength tester body; 101. a pushing assembly; 102. a splice groove; 103. a barrier assembly; 104. an outer side groove; 105. a positioning assembly; 106. a connection assembly; 107. a collection assembly; 108. a manipulation assembly;

2. A stress structure; 201. a support structure; 202. a reinforcing structure; 203. a moving structure; 204. a connecting member; 205. a support member; 206. a protective member; 207. a side bar member; 208. an auxiliary component.

Description of the embodiments

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

Examples

As shown in fig. 1 to 6:

The utility model provides a test block compressive strength testing machine, which comprises: a strength tester body 1; the strength testing machine body 1 is spliced with the baffle component 103 through the pushing component 101, the baffle component 103 with a rectangular frame structure is arranged above the pushing component 101 for external protection, the residual materials are blocked, meanwhile, the residual materials are controlled to move downwards and enter the collecting component 107 for internal storage, the collecting components 107 for collecting the residual materials are respectively arranged on two sides of the baffle component 103 through the external side grooves 104 and are freely pulled in the external side grooves 104, the residual materials are driven to be freely taken out, the two collecting components 107 are symmetrically spliced, the edge positions of the top ends of the inner parts of the collecting components 107 are of an inclined structure, so that the powder can be conveniently and completely dropped and collected, and the powder is prevented from being positioned at the edge position; the stress structure 2 of the T-shaped shaft structure is fixed above the side edge of the strength tester body 1 through bolts, the stress structure 2 of the metal material is connected with the connecting component 204 through the supporting structure 201 and the moving structure 203, the supporting component 205 of the elastic metal material is welded outside the connecting component 204, the two protection components 206 of the cylindrical structure are welded at the bottom of the outer end of the supporting component 205, and splashed fragments are blocked, so that the fragments are prevented from splashing to hurt people.

Referring to fig. 4 and 5, a pushing component 101 capable of freely moving up and down is installed at the bottom of the side edge of the strength testing machine body 1, and is driven to move to drive a test block to rise for strength test, four annularly arranged splicing grooves 102 are formed in the outer portion of the top end of the pushing component 101 with a T-shaped shaft structure, round holes are formed in the bottom end of the splicing groove 102 with the T-shaped structure at the top end, and are used for inserting a connecting component 106, driving a baffle component 103 and a collecting component 107 to be spliced conveniently and used, and convenience in use is improved; the bottoms of two sides of the baffle component 103 are respectively provided with an external side groove 104 for guiding, the collecting component 107 is controlled to be freely pulled in the baffle component, the middle position of the inside of the baffle component 103 is welded and fixed with a positioning component 105 with a circular ring-shaped structure, the inside of the positioning component 105 is attached and fixed with the outside of the pushing component 101, and the baffle component 103 is driven to be positioned and spliced for use; the inside of locating component 105 is equipped with four ring arrangement's coupling assembling 106, and coupling assembling 106 comprises T shape piece and round bar, and coupling assembling 106 inserts at splice groove 102 and round hole inside fixedly, and the location concatenation is used, and the outer end top of every collection subassembly 107 is fixed with one and is used for the control subassembly 108 of pulling to follow the collection subassembly 107 and remove the displacement together, conveniently pull collection subassembly 107 and remove together, take out the crushed aggregates together.

Referring to fig. 6, six support structures 201 are arranged outside the stress structure 2 in a ring shape, a through hole for guiding is arranged outside each support structure 201, the support installation moving structure 203 is used, two sides of the bottom of each support structure 201 are respectively welded with a reinforcing structure 202 with a triangle structure, the strength of the support structure 201 is improved, and the reinforcing structures 202 are welded and fixed with the stress structure 2; a moving structure 203 with a bolt-shaped structure is inserted into the through hole of each supporting structure 201, is pulled up and down freely in the through hole, drives a protecting part 206 and an auxiliary part 208 to move up and down together, avoids blocking, and enables the bottom end of the moving structure 203 to be connected with a connecting part 204 through threads and drives the connecting part 204 to move up and down together, and the moving structure 203 and the connecting part 204 are detached and installed freely; two sides of each supporting part 205 are respectively fixed with a side rod part 207 which is obliquely arranged, the bottom end of each side rod part 207 is fixed with an auxiliary part 208 made of flexible rubber material, the area for blocking fragments is enlarged, and fragments are prevented from falling.

Embodiment two: if the protection component 206 or the auxiliary component 208 is damaged, the wrench is directly used to control the movement structure 203 to rotate, the movement structure 203 is separated from the connection component 204, and the support component 205 and the side rod component 207 are controlled to drive the protection component 206 and the auxiliary component 208 to be conveniently removed and replaced.

When in use, the utility model is characterized in that: firstly, control the mobile structure 203 to insert inside the through hole, then control the mobile structure 203 to rotate, be connected with the connecting component 204 through the bolt, simultaneously control the supporting component 205 to position, make a plurality of protection components 206 and auxiliary component 208 install and use together, then use the bolt control atress structure 2 to be connected with strength tester body 1, then control and keep off the top at pushing component 101 to install, connecting component 106 inserts splice groove 102 and round hole inside, control keeps off component 103 location and installs and use, then control two collection components 107 symmetry and insert inside butt joint in outside lateral groove 104, when experimental, control concrete test block and place in pushing component 101's top, then control strength tester body 1 operation, strength tester body 1 drives pushing component 101 and concrete test block and rises, control concrete test block and the inside contact of atress structure 2, carry out strength test and detect, then record test data, in the course of experiments, if protection component 206 and auxiliary component 208 block the fragment that splashes out, avoid the fragment to splash to hurt the people, simultaneously by keeping off component 103 and keep off the inside of falling component, then control the fragment collection component 107 and collect the fragment collection component that is convenient, take out the concentrated control and collect the crushed aggregates that the crushed aggregates are convenient and take out, collect the crushed aggregates and collect the crushed aggregates that the crushed aggregates are convenient to take out.

Claims

1. A test block compressive strength testing machine, comprising: a strength tester body (1); the strength testing machine comprises a strength testing machine body (1), wherein a baffle component (103) is spliced through a pushing component (101), the baffle component (103) with a rectangular frame structure is arranged above the pushing component (101) for external protection, two sides of the baffle component (103) are respectively provided with a collection component (107) for collecting residual materials through an external side groove (104), the two collection components (107) are spliced symmetrically in the internal side groove (104) in a free drawing way, and the edge position of the top end of the interior of the collection component (107) is of an inclined structure; the stress structure (2), T-shaped shaft structure's stress structure (2) pass through the bolt fastening in the side top of strength testing machine body (1), and metal stress structure (2) are connected with connecting component (204) through bearing structure (201) and moving structure (203), and the outside welding of connecting component (204) has support component (205) of elastic metal material, and the outer end bottom welding of support component (205) has two cylindrical structure's guard element (206).

2. The test block compressive strength testing machine according to claim 1, wherein a pushing component (101) capable of freely moving up and down is arranged at the bottom of the side edge of the strength testing machine body (1), four splicing grooves (102) which are annularly arranged are formed in the outer portion of the top end of the pushing component (101) of the T-shaped shaft structure, and round holes are formed in the bottom end of the splicing groove (102) of the T-shaped structure at the top end.

3. The test block compressive strength testing machine as claimed in claim 2, wherein the bottoms of two sides of the baffle assembly (103) are respectively provided with an external side groove (104) for guiding, a positioning assembly (105) with a circular ring-shaped structure is welded and fixed at the middle position inside the baffle assembly (103), and the inside of the positioning assembly (105) is attached and fixed with the outside of the pushing assembly (101).

4. A test block compression strength testing machine according to claim 3, wherein four annularly arranged connecting components (106) are arranged in the positioning component (105), the connecting components (106) are composed of T-shaped blocks and round rods, the connecting components (106) are inserted into the splicing grooves (102) and fixed in the round holes, a control component (108) for pulling is fixed above the outer end of each collecting component (107), and the connecting components (106) move along with the collecting components (107).

5. The test block compressive strength testing machine as claimed in claim 1, wherein six annularly arranged supporting structures (201) are arranged outside the stress structure (2), a through hole for guiding is formed outside each supporting structure (201), reinforcing structures (202) of triangular structures are welded on two sides of the bottom of each supporting structure (201), and the reinforcing structures (202) are welded and fixed with the stress structure (2).

6. A test block compression strength tester as claimed in claim 5, wherein a moving structure (203) of a bolt-like structure is inserted into the through hole of each supporting structure (201) and is drawn up and down freely in the through hole, and the bottom end of the moving structure (203) is connected with the connecting member (204) by screw threads and drives the connecting member (204) to move up and down together.

7. A test block compression strength tester as claimed in claim 1, wherein each of the support members (205) has a side bar member (207) provided obliquely on both sides thereof, and an auxiliary member (208) of flexible rubber material is provided at the bottom end of each side bar member (207).