Lingwei Li

Title: Lingwei Li and Structural Temperature Self-Monitoring

Introduction

Lingwei Li is an inventor associated with Zhejiang University in Hangzhou, China. His work includes an invention for monitoring structural temperature through deformation-sensitive materials and triboelectric nanogenerators.

Latest Patents

The supplied information identifies one patent associated with Li: “Structural Temperature Self-Monitoring System Based on Chiral Structured Shape Memory Polymer.” The system uses a chiral structured microporous plate, a fixing apparatus, and two symmetrically arranged lateral-sliding triboelectric nanogenerators. Each chiral element has a hexagonal cell and six chiral legs, allowing the plate to deform under specified conditions. The generators collect deformation data in opposite directions and produce a voltage for measurement. The design is intended to monitor temperatures at different structural locations without an external power supply while preserving timely and representative temperature data. Li is credited with 1 patent in the information provided.

Career Highlights

Li is associated with Zhejiang University, a research institution in Hangzhou. His listed invention combines shape-memory polymer structures with triboelectric sensing to support self-powered temperature monitoring.

Collaborations

Jiajun Wang is identified as Li’s coworker. The supplied information does not specify their roles or describe the details of any joint work.

Conclusion

Lingwei Li’s listed patent presents a self-powered approach to structural temperature monitoring, using a deformable chiral microporous plate and triboelectric nanogenerators to generate measurable signals.