A pendant combination structure of a super large panel

Abstract

The invention discloses a combination structure of a super-large panel pendant, which includes a wall fixing piece, a panel fixing piece, first, front and rear adjusting bolts, an adjusting rod, an adjusting piece, and an adjusting elastic piece; the panel fixing piece is a U-shaped piece, and the panel fixing piece The U-shaped opening accommodates the wall fixing parts. The wall fixing parts are provided with hook grooves and support rods. The side walls on both sides of the panel fixing parts are provided with several relative left chute and right chute along the axial direction. The adjustment rod is erected horizontally. In the hook groove, the adjustment rod is provided with a threaded hole above the support rod, and the threaded hole is connected to the height adjustment bolt, and the end of the height adjustment bolt is abutted against the support rod; The front and rear adjusting bolts are threaded, and the shafts of the front and rear adjusting bolts are socketed with the adjusting piece and the adjusting elastic piece, and the adjusting elastic piece compresses the adjusting piece on the outside of the right chute. The invention enhances the strength of a single node, combines height adjustment and front and rear adjustment, has simple structure, and is convenient for installation and adjustment.

Description

technical field [0001] The invention relates to the technical field of panel dry-hanging installation, in particular to a pendant assembly structure of a super large panel. Background technique [0002] With the rapid development of the stone industry, not only the styles of stone are constantly diversified, but also the specifications of stone have evolved from the previous conventional specifications to super-large specifications, realizing large and thin environmental protection and energy-saving products. The realization of large and thin stone decorative panels is not only in response to the environmental protection and energy saving requirements of national policies, but also in line with an aesthetic trend in the decoration industry. In recent years, oversized panels have gradually become favored by the majority of owners. Or dry hanging there are various ways to solve it. [0003] However, in the field of dry-hanging, most of the dry-hanging structures of large-size...

AI Technical Summary

Problems solved by technology

[0003] However, in the field of dry hanging, most of the current dry hanging structures of super-large decorative panels are copied from the original traditional dry hanging node structure, and there are many disadvantages in installation. For example, according to the specification of 12*1200*2400, Generally, at least 2 columns and 4 rows of 8 back-bolt nodes are involved. At this time, if there are 8 nodes in a board, very precise positioning of the wall and the positioning of the back-bolt pendant are required to ensure that all 8 nodes can be connected. Interlocking in place, in actual engineering construction, this means that more man-hour costs are required, and it is extremely difficult to hang up, etc. Therefore, this case proposes a new installation method for super-large panels

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