A new hook-up keel ceiling system with anti-side swing

Abstract

An embodiment of the invention discloses a novel side-sway-preventive hooking keel ceiling system which comprises hanging rods, hanging members, hooking keels, hooking plates and reverse-clamp positioning keels. The hooking keels are hooked with the hooking plates, each hooking member is provided with a hook portion inner frame capable of allowing the corresponding hooking keel to penetrate, each hook portion inner frame and the corresponding hooking keel are engaged in a manner being complementary in shape, the top of each hanging member is fixedly connected with the corresponding hanging rod, and the central line of each hanging rod and the central line of a hanging side of a hooking keel plate are on a same vertical line. By adopting the system, eccentric force can be effectively eliminated, and side-sway caused by the eccentric force is avoided; the hooking keels are quickly positioned through the positioning keels, so that adjusting of the position of each hooking keel is realized without adjusting while mounting, and the novel side-sway-preventive hooking keel ceiling system is high in mounting accuracy and mounting speed.

Description

technical field [0001] The invention relates to the field of architectural decoration, in particular to a novel side-sway-proof hook-up keel ceiling system. Background technique [0002] At present, the hook ceiling system on the market is to hang the Z-shaped hook keel on the light steel keel through the buckle. Since the buckle is movable before the board is placed, after the board is put on, it needs to be adjusted in place, and then the buckle is tightened. screws to secure the hook keel. From the above structure and installation process, there are the following problems: [0003] a. Before the board is adjusted in place, the buckle and hooking keel are active. Since the Z-shaped keel is subjected to eccentric force, the Z-shaped keel is prone to side swing, and may even cause the board to fall off. [0004] b. If the hooks of the light steel keel are asymmetric toward the left and right sides in the longitudinal direction of the light steel keel, the eccentric force o...

AI Technical Summary

Problems solved by technology

[0003] a. Before the plate is adjusted in place, the buckle and the hooking keel are active. Since the Z-shaped keel is subjected to eccentric force, the Z-shaped keel is prone to side swing, and may even cause the plate to fall off

[0004] b. If the hook part of the hooking keel in the longitudinal direction of the light steel keel is asymmetrical towards the left and right sides, the eccentric force on the hooking keel needs to be resisted by a torsional force generated by the light steel keel and the suspender. obviously disadvantageous

[0005] c. Since this structure needs to adjust the position of the buckle and the hooking keel while installing the ceiling, the installation speed is very slow

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