cabinet light system

Abstract

A cupboard light system, comprising LED light bars, LED spotlights, and a hub. The LED light bars and the LED spotlights are electrically connected by means of the hub; a first light bar unit is mechanically connected with a male connector by means of a first connecting mechanism, a second light bar unit is mechanically connected with a female connector by means of a second connecting mechanism, and the male connector and the female connector are quickly connected by means of fitting of a clamping buckle and a clamping groove so as to realize quick mechanical connection of the two light bar units; a conductive slot is formed in a first seat and extends to the female connector, and after the two light bar units are mechanically connected, electrical connection contacts thereof are electrically connected at the same time; a fixing clamp works in concert with a magnet to fix the light bar units, so that mounting reliability of the LED light bars is improved; a connector is slid into a guide groove from one end of a guide rail, and a sliding contact in the connector contacts with a copper bar on the guide rail to realize electrical connection between an LED light and the copper bar after the connector is slid in, so that wiring structure and operation of multiple LED lights are simplified.

Description

technical field [0001] The present invention relates to cabinet lights. 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 electrical connection is trouble...

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

Cabinet lights generally include LED light strips and LED spotlights. Since each LED lamp has an independent lead wire, when wiring multiple LED lamps, it is necessary to connect the lead wires of multiple LED lamps to the same power supply. Therefore, the connecting wires at the power supply are very complicated, and it is very troublesome to connect

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