Multi-position half-impending LED integrated ceiling

Abstract

The invention discloses a multi-position half-impending LED integrated ceiling which comprises a steel skeleton (1), a rod (2), a screw rod (3) and an LED lamp holder (4), wherein the steel skeleton (1) is fixed to the top of a building through the screw rod (3), the rod (2) is hung under the steel skeleton (1), and the LED lamp holder (4) is arranged on the lower tip of the rod (2). The multi-position half-impending LED integrated ceiling has the advantages that the level up degree of densely distributed half-impending LED lamp positions is effectively controlled, the installation process is simplified, the construction period is shortened, a large amount of on-site LED aerial work is reduced, the construction efficiency is improved, and a developed steel skeleton base structure unit module can realize industrial batch production of products and on-site finished product installation in units.

Description

technical field [0001] The invention relates to a multi-point semi-suspended LED integrated ceiling, which is especially applied in the lobby or restaurant in modern middle and high-end hotels and clubhouse projects. Background technique [0002] Multi-point semi-suspended LED lights, because of their environmental protection, energy saving and unique shape, are welcomed by owners and designers, and are increasingly used in high-end hotels and art clubs. However, due to the large number of LED lights, dense distribution, large volume, semi-suspended, and difficult to control the overall flatness, it has caused great difficulties in the actual construction. At present, the construction unit is still in accordance with the traditional lighting installation method during the installation and construction. There is no new breakthrough, and a series of common quality problems have also occurred, such as: uneven points, low efficiency of high-altitude construction, and difficult m...

AI Technical Summary

Problems solved by technology

However, due to the large number of LED lights, dense distribution, large volume, semi-suspension, and difficulty in controlling the overall flatness, it has caused great difficulties in actual construction.

At present, the construction unit is still constructing according to the traditional lamp installation method during installation and construction. No new breakthroughs have been made, and a series of common quality problems have also occurred, such as unevenness of each point, low construction efficiency of high-altitude operations, and difficult maintenance, etc.

Images