Jingzhi Han

Title: Innovations of Jingzhi Han: Pioneering Magnetic Materials in Medical Equipment

Introduction

Jingzhi Han, an innovative inventor based in Beijing, China, has made significant contributions to the field of magnetic materials and medical equipment. With a total of two patents to his name, Han's work focuses on the development and application of flexible permanent magnetic materials. His groundbreaking inventions are not only vital for advancements in technology but also promise to enhance the effectiveness of magnetic biological effect products.

Latest Patents

Han's recent inventions include two notable patents. The first patent, titled "Flexible permanent magnetic material, preparation method and application thereof in magnetic biological effect products," addresses the technical field of medical equipment. This flexible permanent magnetic material comprises various components in specific weight proportions, including 0-70 parts of anisotropic neodymium iron boron powder, 0-40 parts of anisotropic samarium iron nitrogen powder, and 3-20 parts of a binder. This innovation aims to improve the efficacy and usability of biological effect products in medical settings.

The second patent, "Device and method for preparing thermosetting bonded magnet," provides a novel approach to creating thermosetting bonded magnets. The device features a compressed air glue feeding tank connected to a composite-function mold, comprising polytetrafluoroethylene covers. The method utilizes silica gel material as a binder for anisotropic magnets, allowing for the rapid attainment of a uniform magnet slurry without organic solvents or heat during the mixing process. This innovation offers a controllable curing process, making it a significant advancement in magnet preparation techniques.

Career Highlights

Jingzhi Han is affiliated with Peking University, where he utilizes his expertise to further research and development in magnetic materials for biomedical applications. His academic and practical experience fuels his ingenuity in creating solutions that bridge technology and medicine.

Collaborations

Han's innovative pursuits are complemented by collaborations with distinguished colleagues, including Shunquan Liu and Jinbo Yang. Their combined efforts in research and development foster a creative environment that drives advancements in magnetic technologies.

Conclusion

Jingzhi Han's contributions to the field of magnetic materials propel the boundaries of innovation within medical equipment. As he continues to explore new frontiers, his patents will undoubtedly play a crucial role in improving medical technology and applications. The work of inventors like Han represents a vital step toward a future where magnetic materials make a significant impact in healthcare solutions.