Ultrathin magnetic suction lamp bank

Abstract

The invention discloses an ultrathin magnetic suction lamp bank. The ultrathin magnetic suction lamp bank comprises a lamp support. The lamp support is formed by splicing multiple mounting rails. Eachmounting rail is provided with multiple lamp modules. Each lamp module comprises a base and a lamp shade. Each lamp shade comprises a first diffusion housing and a second diffusion housing, wherein each first diffusion housing and the corresponding second diffusion housing are sequentially mounted. Each base is provided with a lamp strip and multiple electric connection contacts, wherein each lamp strip is mounted inside the corresponding first diffusion housing, and the multiple electric connection contacts are connected with the corresponding lamp strip. Each mounting rail is provided withmetal channels, wherein the metal channels are in contact with the electric connection contacts to be powered on. According to the ultrathin magnetic suction lamp bank, the design of the double layersof diffusion housings which are arranged internally and externally is adopted, so that the design thickness of each lamp module is greatly reduced; the lamp bank is embedded into a wall body to be mounted without forming grooves, and the requirement that the surface of each lamp module is attached to the wall surface in a smooth manner can be met; the lamp bank is easy to mount; all the lamp modules can be spliced in a seamless manner; meanwhile, the problem that a lamp module of the ultrathin generates light spots is solved; a lamp can emit uniform and gentle light; and the use comfortable sensation of a user is improved.

Description

technical field [0001] The invention relates to the field of lamps, in particular to an ultra-thin magnetic suction lamp group. Background technique [0002] With the widespread use of line lights in urban buildings, night spot decorations, decorative lighting, venue lighting, etc., common line lights include lamp bodies and light frame tracks. The current line lights on the market are designed to avoid light spots. Thickness Larger, in order to fit the lamp body and the wall as closely as possible, the light frame rails are all embedded installations, which need to be slotted on the wall to install the light frame rails into the wall. The installation process is complicated and difficult. The overall damage is relatively large. After multiple line lights are spliced ​​and installed, there will be obvious visible gaps between the two line lights. It is inconvenient to disassemble, easy to damage the lamps, and expensive to repair. Contents of the invention [0003] In or...

AI Technical Summary

Problems solved by technology

The design of the internal and external double-layer diffusion cover greatly reduces the design thickness of the lamp module, and it does not need to be slotted and embedded in the wall for installation. The lighting modules can be seamlessly spliced, and at the same time, the problem of light spots produced by the ultra-thin design of the lighting modules is solved, so that the lighting emits uniform and soft light and improves the user's comfort.

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