Inclined stone material dry-hanging structure and construction method thereof

Abstract

The invention provides an inclined stone material dry-hanging structure and a construction method of the inclined stone material dry-hanging structure. The inclined stone material dry-hanging structure comprises a main body profile steel framework, single-hook parts and a stone material plate, wherein the lateral edges and the bottom edge of the stone material plate are respectively provided with a short groove, the main body profile steel framework is provided with first cross support angle steel and second cross support angle steel corresponding to the short grooves of the bottom edge and the lateral edges of the stone material plate, the short grooves are filled with stone material structure adhesives, and the single-hook parts are fixedly connected with the first cross support angle steel, are clamped inside the short grooves of the bottom edge of the stone material plate, and support the stone material plate. The inclined stone material dry-hanging structure further comprises stone material dry-hanging adjustable assemblies connecting the lateral edges of the stone material plate and the second cross support angle steel. Each stone material dry-hanging adjustable assembly comprises a double-hook part and a steel hanging buckle, wherein the steel hanging buckle is provided with a hanging seam and is connected with the second cross support angle steel through the hanging seam, the double-hook part is provided with a long hole, the steel hanging buckle is connected with the long hole through a bolt in a position and angle adjusting mode, and part pins of the double-hook part are clamped inside the short grooves of the lateral edges of the stone material plate. The inclination angle and the flatness of the stone material plate are adjustable, and installation accuracy and installation speed are high.

Description

technical field [0001] The invention belongs to the field of stone dry hanging, in particular to a dry hanging structure for inclined stone and a construction method thereof. Background technique [0002] Traditional stone dry-hanging construction methods include steel pin dry-hanging and short-slot dry-hanging. The components used in these two construction methods are usually steel pin hangers and double hooks, so that the stone slabs are dry-hanged on the main frame. see figure 1 The construction vertical section node diagram of the steel pin type dry hanging, one end of the steel pin hanger 70 is bolted to the corner code 73 of the main frame, and the other end is provided with a connecting steel pin, and the stone plate 60 is fixed to the connecting steel pin through the stone hole 602 Center and fix with glue. [0003] Such as figure 2 , image 3 and Figure 4 As shown, the double hook code 11 has a long hole 111 and two opposite feet 112, see Figure 5 The verti...

AI Technical Summary

Problems solved by technology

[0005] 1. The stone slab is fixed on the main body frame through the dry hanging piece, which is only suitable for installing the facade stone slab, not suitable for installing the inclined stone slab

[0006] 2. The installation accuracy is difficult to control. In the prior art, the stone slab is installed after opening holes on the main frame and fixing the hooks. The position of the hangers is determined according to the size of the stone slab and design requirements, which is difficult to determine accurately and is easily affected. The installation position of the stone slab, once there is an error in the position of the hook, it needs to be removed and installed again, the tolerance rate is low, and the process is cumbersome

[0007] 3. It is difficult to disassemble the stone board, and the stress between the hook and the stone board is relatively large, which increases the difficulty of disassembling the dry hanging parts, which is not conducive to maintenance and replacement

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