Baojun Han

Title: Innovations of Baojun Han in Artificial Cervical Vertebrae Technology

Introduction

Baojun Han is a notable inventor based in Xi'an, China. He has made significant contributions to the field of medical technology, particularly in the development of artificial cervical vertebrae. His innovative approach has the potential to improve patient outcomes in spinal surgeries.

Latest Patents

Baojun Han holds a patent for an "Artificial Cervical Vertebrae Composite Joint." This invention consists of two upper and lower fixing members arranged vertically symmetrically, a cervical vertebrae body member, and two connection members. The cervical vertebrae body member is connected between the fixing members through the connection members. Each fixing member has an L shape, comprising a front wing part and a base part. A locking screw hole is formed in the front wing part, while a skidproof groove with an inverted tooth and a protrusion is located on the middle portion of the base part. Additionally, a bone grafting hole is transversely disposed through the cervical vertebrae body member, with two cavities on both upper and lower sides to mount the connection members. The connection member is designed to create a stable sliding-trough type ball-and-socket joint.

Career Highlights

Throughout his career, Baojun Han has focused on advancing medical technologies that enhance surgical procedures. His work on artificial cervical vertebrae demonstrates his commitment to innovation in healthcare. With a patent count of 1 patent, he continues to explore new avenues for improving spinal health.

Collaborations

Baojun Han has collaborated with talented individuals such as Wei Lei and Zixiang Wu. These partnerships have fostered a creative environment that encourages the development of groundbreaking medical solutions.

Conclusion

Baojun Han's contributions to the field of artificial cervical vertebrae technology highlight his innovative spirit and dedication to improving patient care. His work exemplifies the importance of advancements in medical technology for enhancing surgical outcomes.