LED cabinet light

Abstract

A LED cabinet light comprises two or more LED light bars. The adjacent LED light bars are connected through a splicing device. The LED light bars are fixed to the wall through a fixing device. The splicing device comprises a male joint and a female joint. The first LED light bar is mechanically connected with the male joint through a first connecting mechanism. The second LED light bar is mechanically connected with the female joint through a second connecting mechanism. The male joint and the female joint are quickly connected through the cooperation of a buckle and a clamping groove, so that quick mechanical connection of the two adjacent LED light bars is achieved. A conductive slot is formed in a first seat body and extends to the male joint. After the two LED light bars are mechanically connected, electric contact chips of the two LED light bars form electric connection at the same time; and the fixing device comprises a magnet arranged at the bottom of a light body and one or more fixing clamps distributed in the length direction of the LED light bars. Due to the fact that a fixing clamp fixing manner and a magnet fixing manner are free of bolt connection, the LED light bars can be disassembled and assembled more conveniently and faster.

Description

technical field [0001] The invention relates to the field of LEDs, in particular to an LED cabinet lamp. Background technique [0002] LED light strips are long strips, and are widely used in building exterior wall decoration, advertising lighting, cabinet lights and other fields. In order to facilitate storage and transportation, the length of the LED light strips produced by the manufacturer is generally too long, and then the LED light strips are spliced ​​through a splicing device during construction. The splicing device must not only realize the mechanical connection between adjacent LED light strips , but also to realize the electrical connection between adjacent LED light strips. The existing splicing structure of the LED light bar is either not mechanically connected firmly, and the interconnected LED light bars are easy to disengage; or the electrical connection of the interconnected LED light bars is not reliable, resulting in poor contact, or the operation of the...

AI Technical Summary

Problems solved by technology

The existing splicing structure of LED light strips is either mechanically unreliable, and the interconnected LED light strips are easy to disengage; or the electrical connection of the interconnected LED light strips is unreliable, resulting in poor contact, or the operation of the electrical connection is troublesome

In addition, the LED light bar is small in size. At present, the LED light bar is generally installed and fixed by bolts; although this fixing method is simple and reliable, it is troublesome to replace the light bar. For places that need to replace the position of the LED light bar, such as For cabinet lights, this kind of fixing method is not suitable, so it is necessary to develop a fixing device that is easy to disassemble and install reliably

Images