A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wall connecting steel structure
The invention provides a wall connecting steel structure. The bottom end of a plug connector is fixedly connected with at least eight bottom steel bars; the bottom end of a preformed groove is provided with at least eight inserting ports which are integrated with the preformed groove; the bottom steel bars are arranged in the inserting ports in a penetrating manner; inner blocks are fixedly connected to the left side and the right side of the plug connector; through columns are embedded into four corners of the front end of the inner blocks; the outer side of each penetrating column is sleevedwith at least three fluted discs, a stone layer is fixedly connected to the bottom end of the interior of a stress groove, at least three steel blocks are evenly and fixedly connected to the portion,located above the stone layer, in the stress groove, at least three first top blocks are fixedly connected between the steel blocks, and the wall body is connected to form a vertical wall bearing structure. the pressure resistance is reinforced and the upper end and the lower end are supported, and the wall connecting steel structure solves the problems that when the wall connecting steel structure is connected into the bearing wall, the four sides are uneven easily, reinforcing steel bar workpieces in the bearing wall are prone to cracking after long-time use, and the firmness of the main beam is seriously affected are solved.
本发明提供了一种墙体连接钢结构，所述插接件底端固定连接有至少八根底钢筋，且预留槽底端开有与其为一体的至少八个插接口，底钢筋贯穿设置在插接口中，且插接件左右两侧均固定连接有内块，内块前端四角均嵌接有贯穿柱，且贯穿柱外侧均套接有至少三个齿盘，受力槽内部底端固定连接有石层，且受力槽内部并位于石层上方均匀固定连接有至少三块钢块，钢块之间均固定连接有至少三个顶块一，该墙体连接组成一个立式的墙壁承重结构；加强自身的抗压性，抵住上下两端，避免了墙体结构连接在承重墙中时，容易出现四侧不均的情况，长时间使用下承重墙内部的钢筋工件容易崩开，严重影响到主梁的坚固性的问题。
Wall connecting steel structure
The invention provides a wall connecting steel structure. The bottom end of a plug connector is fixedly connected with at least eight bottom steel bars; the bottom end of a preformed groove is provided with at least eight inserting ports which are integrated with the preformed groove; the bottom steel bars are arranged in the inserting ports in a penetrating manner; inner blocks are fixedly connected to the left side and the right side of the plug connector; through columns are embedded into four corners of the front end of the inner blocks; the outer side of each penetrating column is sleevedwith at least three fluted discs, a stone layer is fixedly connected to the bottom end of the interior of a stress groove, at least three steel blocks are evenly and fixedly connected to the portion,located above the stone layer, in the stress groove, at least three first top blocks are fixedly connected between the steel blocks, and the wall body is connected to form a vertical wall bearing structure. the pressure resistance is reinforced and the upper end and the lower end are supported, and the wall connecting steel structure solves the problems that when the wall connecting steel structure is connected into the bearing wall, the four sides are uneven easily, reinforcing steel bar workpieces in the bearing wall are prone to cracking after long-time use, and the firmness of the main beam is seriously affected are solved.
本发明提供了一种墙体连接钢结构，所述插接件底端固定连接有至少八根底钢筋，且预留槽底端开有与其为一体的至少八个插接口，底钢筋贯穿设置在插接口中，且插接件左右两侧均固定连接有内块，内块前端四角均嵌接有贯穿柱，且贯穿柱外侧均套接有至少三个齿盘，受力槽内部底端固定连接有石层，且受力槽内部并位于石层上方均匀固定连接有至少三块钢块，钢块之间均固定连接有至少三个顶块一，该墙体连接组成一个立式的墙壁承重结构；加强自身的抗压性，抵住上下两端，避免了墙体结构连接在承重墙中时，容易出现四侧不均的情况，长时间使用下承重墙内部的钢筋工件容易崩开，严重影响到主梁的坚固性的问题。
Wall connecting steel structure
一种墙体连接钢结构
ZHAO YONGJIE (author) / DAI CHENGJIE (author) / HU LIANG (author) / GE JUNHAI (author)
2020-11-20
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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