New Taipei City, Taiwan

Chu-hsueh Lee

 


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Title: Chu-hsueh Lee: Innovator in Electrical Connector Technology

Introduction

Chu-hsueh Lee is an inventor based in New Taipei City, Taiwan. He has made significant contributions to the field of electrical connectors, focusing on innovative designs that enhance functionality and ease of use. Although he currently holds no granted patents, his work reflects a commitment to advancing technology in this area.

Latest Patent Applications

Chu-hsueh Lee's latest patent applications include the following:

1. **Quick-Lock Connector** - This invention features a quick-lock connector designed for a counterpart connector. It includes a connector body, a rotary sleeve, and a clockwork spring. The rotary sleeve is rotatably disposed around the connector body and incorporates a latching structure capable of securing the counterpart connector. The clockwork spring is nested between the connector body and the rotary sleeve, providing elastic support. This design offers advantages such as easy assembly and labor savings.

2. **Electrical Connector Assembly with Locking Mechanism** - This application relates to an electrical connector assembly that includes a locking mechanism. The assembly comprises an electrical connector and an electrical plug. The electrical connector features a main body and multiple first terminals, with a first surface that has an accommodating portion. A terminal covering body is extendedly disposed on the bottom of this portion, which includes a first locking portion on its side surface. The electrical plug is equipped with a locking mechanism that securely connects to the first locking portion, ensuring a stable connection with the electrical connector.

Conclusion

Chu-hsueh Lee's innovative approach to electrical connector technology showcases his dedication to improving design and functionality. His latest patent applications reflect his potential to contribute significantly to the field in the future.

This text is generated by artificial intelligence and may not be accurate.
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