Soft LED lamp band with USB connector

Abstract

The invention discloses a soft LED lamp band with a USB connector. The soft LED lamp band comprises a power socket and a lamp band body. The lamp band body comprises a lamp wick. The lamp wick comprises a flexible circuit board and LED lamp beads arranged on the flexible circuit board. A USB male plug is arranged at one end of the power socket, and one end of the lamp band body is fixedly connected with a USB female plug matched with the USB male plug. The USB male plug is arranged at one end of the power socket, the USB female plug is fixedly connected to one end of the lamp band body, the lamp band body can be quickly unplugged and plugged through the cooperation between the USB male plug and the USB female plug, use is convenient, bad contact can be avoided, and connection is reliable.

Description

technical field [0001] The invention relates to an LED flexible light strip, in particular to an LED flexible light strip with a USB connector. Background technique [0002] The existing LED flexible light strip generally includes a power socket and a light strip. The light strip includes a flexible circuit board and LED lamp beads on the flexible circuit board. The light strip is wrapped with a flexible light-transmitting colloid. There are solder joints on the inner wall that are electrically connected to the LED lamp beads. One end of the power socket is provided with a light strip connector. There are pins in the light strip connector. There is a certain distance between the pins and the inner wall of the light strip connector. The distance is less than The wall thickness of the flexible light-removing colloid is to make the flexible light-transmitting colloid inserted into the connector of the light strip, and the pins are in close contact with the solder joints on the ...

AI Technical Summary

Problems solved by technology

[0002] The existing LED flexible light strip generally includes a power socket and a light strip. The light strip includes a flexible circuit board and LED lamp beads on the flexible circuit board. The light strip is wrapped with a flexible light-transmitting colloid. There are solder joints on the inner wall that are electrically connected to the LED lamp beads. One end of the power socket is provided with a light strip connector. There are pins in the light strip connector. There is a certain distance between the pins and the inner wall of the light strip connector. The distance is less than The wall thickness of the flexible light-removing colloid is to make the flexible light-transmitting colloid inserted into the connector of the light strip, and the pins are in close contact with the solder joints on the inner wall of the flexible light-transmitting colloid to ensure a reliable electrical connection between the power socket and the light strip. Therefore, this structure will generate greater resistance when plugging and unplugging the flexible transparent colloid, which is troublesome to install and disassemble, and the solder joints cannot contact the pins after plugging due to processing errors and other reasons.

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