Irregular glass ceiling connection structure and ceiling lamp connection structure matched with irregular glass ceiling connection structure

Abstract

The invention provides a glass ceiling connection structure. The glass ceiling connection structure comprises a keel, a fire retardant panel and art glass which are arranged from top to bottom in sequence, and a through hole is only formed in the art glass. A tapping screw passes through the through hole, so that it is achieved that the art glass, the fire retardant panel and the keel are fixed. The through hole is a counter bored hole. An elastic layer is arranged at the head of the tapping screw, so that the tapping screw is isolated from the bottom wall and the side wall of the counter bored hole. In this way, in the installation construction process of a single piece of art glass, the tapping screw makes elastic contact with the bottom wall of the counter bored hole, and in the compression process, the phenomenon that stress of joint parts is not uniform can be effectively avoided. Besides, even when the tapping screw is obliquely inserted, the tapping screw can be prevented from making rigid contact with the art glass, so that cracks are generated in the contact part of the art glass, and the construction reliability is improved. Besides, the invention further provides a ceiling lamp connection structure matched with the glass ceiling connection structure.

Description

technical field [0001] The present invention relates to the technical field of architectural engineering, in particular to an irregular glass ceiling connection structure, and also relates to a chandelier connection structure, which is compatible with the above-mentioned irregular glass ceiling connection structure. Background technique [0002] With the improvement of living standards, people are increasingly pursuing artistic style and extraordinary artistic effects for decoration. Interior design is no longer satisfied with a single gypsum board or metal plate ceiling form, and art glass ceilings are being used more and more widely. . At present, most of the glass ceilings are fixed by screws. The specific construction process is as follows: seal the flame-retardant layer on the keel, level it, and then use screws to fix the art glass to the bonding layer. However, the art glass and the screws of the glass suspended ceiling completed by the above-mentioned process are ri...

AI Technical Summary

Problems solved by technology

However, the glass ceiling completed by the above process has a rigid connection between the art glass and the screws.

When the force torque of the screw is too large or the force is uneven, cracks or even damage will easily occur near the connection position of the art glass, resulting in poor reliability of the glass ceiling and easy detachment, which poses a serious safety hazard. When installing, it is usually necessary to drill holes in the art glass twice, which further reduces its own crack resistance. Therefore, it is urgent for technicians to solve the above problems

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