A flexible led light strip that can be flexibly connected to a power supply

Abstract

The invention discloses a flexible LED light strip that can be flexibly connected to a power supply. Its structure includes a flexible LED light strip, a sealing cover, a connector, and a connecting wire. Composed of terminals, flexible light boards, and chip resistors, the flexible light board is packaged through the transparent packaging strip and the main body of the flexible light strip, and then sealed and fixed with the sealing cover, and the flexible light board is conductively installed through the connector. Use the crimping guide post to fasten the connecting wire to the connecting terminal, which improves the stable contact of the electrical connection, and injects the transparent sealant on the surface of the chip resistor by dispensing, and performs moisture-proof treatment on it. This design avoids the existence of connection Unsafe use, unstable work and other defects.

Description

technical field [0001] The invention relates to the field of LED lamps, in particular to a flexible LED lamp strip that can be flexibly connected to a power supply. Background technique [0002] With the continuous improvement of people's living standards, the use of LED light strips is becoming more and more popular. Traditional LED light strips like this are plugged with a power supply at both ends of the light strip. However, the conductive wires connected to the ends are easily pulled by external forces and loosen. There is also a flexible light board with one end and the conductive wires through spot welding. Electrical connection, and the flexible light board is often subjected to bending, so the flexible light board and the conductive wire are prone to disconnection and poor contact, and the waterproof performance of the chip resistor is poor, and there are defects such as unsafe connection and unstable work, which may easily cause the overall The light strip does no...

AI Technical Summary

Problems solved by technology

Traditional LED light strips like this are plugged with a power supply at both ends of the light strip. However, the conductive wires connected to the ends are easily pulled by external forces and loosen. There is also a flexible light board with one end and the conductive wires through spot welding. Electrical connection, and the flexible light board is often subject to bending, so the flexible light board and the conductive wire are prone to disconnection and poor contact, and the waterproof performance of the chip resistor is poor, and there are defects such as unsafe connection and unstable work, which may easily cause the whole The light strip does not glow normally

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