Lobby luminescent decorative door pocket sleeve with soft light

Abstract

The invention relates to the technical field of building decoration and particularly discloses a lobby luminescent decorative door pocket sleeve with soft light, which comprises an upper decorative door pocket and a side decorative door pocket. The lower part of the upper decorative door pocket is a secondary ladder structure, occlusion strips with different lengths are arranged on the upper decorative door pocket, and the lower ends of a plurality of occlusion strips are arranged in wave; a first body induction light bar is arranged at the bottom part of fixed blocks. The side decorative doorpocket is provided with a mounting groove, an arc locating slot and a lamp shell, and arc locating blocks are arranged on the lamp shell; the lamp shell comprises a rectangular bottom case, an arc mounting portion, a rectangular cavity body, a heat dissipation part, a reflector, and a lamp plate with an LED light bar; a lampshade is arranged on the lamp shell, and includes a diffuser plate and ahemispherical lens, the other side of the main body of the lampshade is an inclined surface structure; an elastic reverse buckle is arranged on the lamp shell, and an elastic buckle is arranged on thelampshade. The lobby luminescent decorative door pocket sleeve with soft light has the advantages of sound lighting effect, no hurting for eyes, convenient installation and disassembly, fast heat conduction speed, good heat dissipation effect and long service life.

Description

technical field [0001] The invention relates to the technical field of building decoration, in particular to a light-emitting lobby cover with soft light. Background technique [0002] Pass is a common component of architectural decoration. As people love and pursue the spaciousness and openness of living space, pass has replaced the position of door more and more frequently, and evolved another way of space division. Improves the sense of space in the room. In the lobby of large hotels and large restaurants, you can often see the decorative structure of space division through the pass. In order to meet the aesthetic and practical requirements of the pass in the existing lobby, LED lights are usually set on the top or both sides of the pass. Whether it is installing LED lanterns or LED lighting lights on the pass, the LED lamps are installed directly on the pass. The problem is that the light emitted by the LED light is in a state of direct irradiation, and the lighting eff...

AI Technical Summary

Problems solved by technology

In the lobby of large hotels and large restaurants, you can often see the decorative structure of space division through the pass. In order to meet the aesthetic and practical requirements of the pass in the existing lobby, LED lights are usually set on the top or both sides of the pass. Whether it is installing LED lanterns or LED lighting lights on the pass, the LED lamps are installed directly on the pass. The problem is that the light emitted by the LED light is in a state of direct irradiation, and the lighting effect is not good, especially dazzling. The requirements for a beautiful, soft, and elegant atmosphere in the interior do not meet the requirements; among them, the installation of the LED lights on the pass and the assembly and installation of the various components inside the LED lights require a lot of screws, which is inconvenient to install and disassemble; the LED lights use time If it grows longer, it will generate a lot of heat. The heat dissipation of the existing LED lights on the pass is conducted through the air inside the lamp housing and then radiated by the heat radiation of the lamp housing. This method of heat dissipation is slow due to the lack of air circulation inside the lamp housing. Lead to poor heat dissipation of LED lamps, severe attenuation, and reduced lifespan

[0003] Therefore, the LED lights currently installed on the pass have the problems of poor lighting effect, dazzling eyes, inconvenient installation and disassembly, slow heat conduction speed, poor heat dissipation effect and short service life.

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