CN220433691U

CN220433691U - Self-locking type well-shaped Liang Hupo framework

Info

Publication number: CN220433691U
Application number: CN202320356623.7U
Authority: CN
Inventors: 王爱学; 邵伟杰; 韩磊; 吕林; 张宾南; 马浩然
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-03-01
Filing date: 2023-03-01
Publication date: 2024-02-02
Anticipated expiration: 2033-03-01

Abstract

The utility model discloses an assembled self-locking type cross Liang Hupo framework, which comprises a main framework A, an extension framework B and a four-way node framework C, wherein the main framework A is a cuboid, double-side smooth tenons are adopted as the extension framework B, one side of the extension framework B is a cuboid, the other side of the extension framework B is a smooth tenon, one side of the extension framework B is a smooth tenon groove, the four-way node framework C is a four-way smooth tenon groove, the main framework A can be clamped with the extension framework B and then is clamped with the four-way node framework C after being clamped, planting holes are formed in the main framework A and the extension framework B, and the main framework A, the extension framework B and the four-way node framework C can be transversely and vertically clamped to form a rectangular or square rectangular frame as required, and adjacent rectangular frames can be clamped into a whole; the problems of complicated process of the cast-in-situ cross beam skeleton and poor integrity of the prefabricated skeleton are solved, the raw materials of the cross Liang Hupo skeleton are not singly concrete, and light materials such as concrete aerated blocks or waste plastic regenerated particles can be adopted for manufacturing, so that the construction and recycling are convenient.

Description

Self-locking type well-shaped Liang Hupo framework

Technical Field

The utility model relates to the field of highway, municipal, water conservancy and railway slope reinforcement engineering and the field of light material and waste plastic recycling, and discloses an ecological environment-friendly slope protection framework.

Background

The traditional general well-shaped Liang Hupo for slope reinforcement of the earth-rock engineering mainly adopts two modes, namely on-site concrete pouring and concrete precast block assembling, wherein concrete or reinforced concrete is used as materials, and the on-site pouring has the advantages of good engineering integrity but needs on-site formwork supporting, form removing, pouring, maintenance, cleaning and other procedures, so that the process is complicated, the construction period is long, and time and labor are wasted; the traditional concrete prefabricated type cross Liang Hupo component has large mass, can not be quickly installed and self-locked, can not integrate all cross beams, and has stability

And the cross beam is single in material and not easy to recycle. Thus, we propose an assembled self-locking inverted-V Liang Hupo skeleton.

Disclosure of Invention

(one) solving the technical problems

Aiming at the defects of the prior art, the utility model provides an assembled self-locking type well-shaped Liang Hupo framework, which solves the problems of complex process, long construction period, time and labor waste and the like of the existing on-site formwork supporting, removing, pouring, maintenance, cleaning and the like of the on-site pouring well-shaped Liang Hupo; the problems that the existing concrete prefabricated type cross Liang Hupo component is large in mass, cannot be quickly installed and self-locked, cannot integrate all cross Liang Hupo frameworks and is poor in stability are solved; solves the problems that the prior cross Liang Hupo skeleton has single material and is not easy to recycle.

(II) technical scheme

In order to achieve the above purpose, the utility model is realized by the following technical scheme: the main framework A is a cuboid, round tenons are arranged on two sides of the main framework A, the extension framework B is a cuboid, round tenons are arranged on one side of the main framework B, a four-way joint framework C is a four-way round tenon groove, the main framework A consists of tenon convex corners and tenon concave corners, the round tenon groove consists of mortise convex corners and mortise concave corners, the convex corners and the concave corners are all semicircular, and the main framework A can be clamped with the four-way joint framework C; the main framework A can be connected with the extension framework B in a clamping manner, and then connected with the four-way joint framework C in a clamping manner, planting holes are formed in the main framework A and the extension framework B, anchor rod holes are formed in the middle of the four-way joint framework C, and anchor rods can be arranged for anchoring according to soil conditions.

The main framework A, the lengthening framework B and the four-way node framework C can be assembled into rectangular or square rectangular frames in a transverse and vertical cross clamping mode according to requirements, adjacent rectangular frames can be clamped into a whole, self-locking is achieved between the transverse and vertical frameworks after assembly is completed, integral self-locking is achieved in the well-shaped structure, and integral grid is achieved between the adjacent well-shaped structures in a self-locking mode.

The traditional protruding tenon and the concave tenon groove corner are embedded into a round shape so as to facilitate prefabrication and construction, the raw materials are not singly concrete any more, and light materials such as concrete aerated blocks or waste plastic regenerated particles can be adopted for manufacturing, so that the cost is low, the weight is light, and the carrying, construction and recycling are facilitated.

Compared with the prior art, the utility model has at least the following beneficial effects: the assembled self-locking type cross Liang Hupo skeleton is prefabricated by factories, so that the complex process of cast-in-situ concrete is solved; by arranging the frames which are clamped with each other, the problems that the adjacent frames of the existing prefabricated cross beam are not self-locking and are not integrated are solved, and the transverse and vertical directions are reinforced by matching with the anchor bolt holes, so that the stability of slope protection can be ensured; the concrete is not singly used any more by using materials, and light materials can be used: the concrete aerated block or the regenerated particles of the waste plastics are convenient to carry, and a utilization channel is added for recycling white pollution (waste plastics).

Drawings

FIG. 1 is a top view of a main frame A;

FIG. 2 is a top view of an elongated framework B;

FIG. 3 is a top view of a four-way node skeleton C;

FIG. 4 is a southwest isometric view of main frame A;

FIG. 5 is a southwest isometric view of an extension frame B;

FIG. 6 is a southwest isometric view of a four-way node backbone C;

FIG. 7 is a schematic view of a slope protection frame formed by mutually clamping and self-locking in a slope protection structure;

FIG. 8 is a schematic view of a slope protection frame formed by mutually clamping and self-locking in a slope protection structure;

fig. 9 is a schematic structural view of the present utility model continuously clamped into a whole in a slope protection.

In the figure, A, a main framework; B. lengthening the framework; C. a four-way node framework; 1. Smooth tenon; 2. planting holes; 3. tenon convex angle; 4, tenon concave angles; 5. Smooth mortises; 6. Mortise and tenon angle; 7. Concave mortise angle; 8. And (5) a bolt hole.

Detailed Description

As shown in fig. 1-6, the utility model consists of 3 standard frameworks, a main framework A, an extension framework B and a four-way node framework C; the four-way node framework C is a node of the cross joint of the cross beam framework, and the extension framework B can be clamped with the main framework A to lengthen the framework.

As shown in fig. 7 and 8, four-way node frameworks C and four main frameworks a are assembled into a common well Liang Hupo frame; the four-way node frameworks C and the four main frameworks A are matched with a plurality of extension frameworks B to form a larger cross Liang Hupo frame.

As shown in fig. 9, adjacent frames Liang Hupo are clamped into a whole, through holes 8 for inserting anchor rods are formed in the joint points, and planting holes 2 are formed in the A and B frameworks.

Claims

1. An assembled self-locking type cross Liang Hupo skeleton which is characterized in that: including main skeleton A, extension skeleton B and four-way node skeleton C, main skeleton A is the cuboid, and two sides are slick and sly tenon (1), extension skeleton B is the cuboid, and one side is slick and sly tenon (1), and one side is slick and sly tongue-and-groove (5), and four-way node skeleton C is four-way slick and-groove, main skeleton A comprises tenon convex angle (3), tenon reentrant corner (4), slick and smooth tongue-and-groove (5) comprise mortise convex angle (6), mortise reentrant corner (7), and convex angle and reentrant corner are the semicircle constitution, main skeleton A can with four-way node skeleton C joint, main skeleton A can with the joint of extension skeleton B joint, with four-way node skeleton C joint after the joint again, planting hole (2) are established to main skeleton A, the inside of extension skeleton B, four-way node skeleton C intermediate design stock hole (8).

2. An assembled self-locking inverted-v Liang Hupo carcass according to claim 1, wherein: the main framework A, the lengthening framework B and the four-way node framework C can be assembled into rectangular or square rectangular frames in a transverse and vertical cross joint mode according to requirements, and adjacent rectangular frames can be integrally connected in a clamping mode.