Cabinet decoration lighting strip connection plan
At present, known LED light strips are mainly connected and fixed using cable and solder to achieve conductivity. Although it can ensure the conductivity of LED light connections, harmful gases can be generated during the welding process, which can affect physical health and also affect the efficiency of connection installation. Moreover, it is extremely inconvenient to disassemble and assemble after welding and fixing, so its applicability and practicality are limited.
ZOOKE Zhongke connectors provide a cable to LED strip connection application solution for cabinet lighting decoration LED terminals.
Background technology:
At present, known LED light strips are mainly connected and fixed using cable and solder to achieve conductivity. Although it can ensure the conductivity of LED light connections, harmful gases can be generated during the welding process, which can affect physical health and also affect the efficiency of connection installation. Moreover, it is extremely inconvenient to disassemble and assemble after welding and fixing, so its applicability and practicality are limited.
Technical implementation elements:
ZOOKE provides a LED light strip connector with reasonable structure and good stability, aiming to solve the technical shortcomings of traditional technology where LED light strips and cables are connected by soldering.
The technical solution for ZOOKE to achieve the purpose of the present invention is an LED light strip connector, which includes a connector housing and a cover plate. One end of the connector housing is provided with a slot, and the other end of the connector housing is provided with a top opening LED light strip clamping cavity. The slot is connected to the LED light strip clamping cavity, and a partition is fixed in the slot. The partition divides the slot into three sockets, A wiring terminal is provided in the socket for riveting and fixing wires and cables, and the end of the wiring terminal extends into the LED light strip clamping cavity. On the bottom wall of the LED light strip clamping cavity, there is a LED light body placement cavity. On the symmetrical side wall of the LED light strip clamping cavity, there are vertical strip limit card slots, and a limit convex block is fixed on the outer side of the side wall of the cover plate, When the cover plate is closed in the LED light strip clamping cavity, it is fixed in the vertical strip clamping slot through a limit convex block clamping.
On the top wall of the slot, there is a pressure relief groove, which is set at the connection between the slot and the LED light strip clamping cavity. On the cover plate, there is a pressure relief plate that matches the pressure relief groove. There are three pressure relief strips on the pressure relief plate, and the position of the pressure relief strip matches the position of the three sockets.
The width of the socket is the same as the width between the connection endpoints on the LED light strip. When the LED light strip is inserted into the LED light strip clamping cavity, the connection endpoints on the LED light strip are respectively pressed and connected to three wiring terminals.
