Zhiyang Guo

Title: Innovations of Zhiyang Guo in Strain Gauge Technology

Introduction

Zhiyang Guo is a notable inventor based in Wuxi, China. He has made significant contributions to the field of strain gauge technology, holding two patents that showcase his innovative approaches. His work primarily focuses on direct-ink-writing methods for printing strain gauge array circuits.

Latest Patents

Zhiyang Guo's latest patents include a novel direct-ink-writing (DIW) method for printing a strain gauge array circuit. This method involves layering the entire circuit using a 3D printing technique. A thin layer of insulating material is printed on the first circuit layer, forming a second insulating layer. A through hole is reserved for contact, ensuring that the functional layer of the strain gauge can connect with both circuit layers while maintaining insulation. This innovative approach effectively completes the printing of the array strain gauge and ensures measurement stability.

Another patent focuses on a direct-ink-writing method for printing a strain gauge array circuit based on insulating strips. In this method, several insulating strips are printed on the upper layer of the first circuit layer after it has been cured. The second circuit layer is printed at the insulating strips, and the functional layer of the strain gauge is printed without contacting the insulating strips. This method enhances strain transmission efficiency from the strain gauge substrate to the functional layer.

Career Highlights

Zhiyang Guo is affiliated with Jiangnan University, where he continues to advance his research and development in innovative technologies. His work has garnered attention for its practical applications in various fields.

Collaborations

Zhiyang Guo collaborates with notable colleagues, including Peishi Yu and Junhua Zhao, contributing to the advancement of strain gauge technology.

Conclusion

Zhiyang Guo's innovative contributions to strain gauge technology through his patents demonstrate his expertise and commitment to advancing this field. His work not only enhances measurement stability but also paves the way for future innovations in circuit printing methods.