Company Filing History:
Years Active: 2022
Title: Innovations in Medical Technology: The Work of Inventor Chengrui Pan
Introduction: Chengrui Pan, based in Shanghai, China, is a notable inventor in the field of medical technology. He holds a patent for an innovative skin surface indwelling device designed to significantly streamline puncture procedures. His work aims to enhance both efficiency and safety in medical settings.
Latest Patents: Chengrui Pan's patent, titled "Skin Surface Indwelling Device for Guiding Punctures," introduces a sophisticated mechanism comprising an indwelling tube that features an inside tunnel extending longitudinally. This tunnel is intended for guiding a needle during medical punctures, offering a proximal end situated above the skin surface and a distal end beneath it when in use. The device includes a support structure that interacts with the skin to stabilize the indwelling tube, along with sealing elements to prevent leakage from the tunnel. This innovative design not only shortens the time required to create a puncture tunnel but also protects the immature tunnel during the procedure.
Career Highlights: As part of Medtronic, Inc., Chengrui Pan has contributed to the advancement of medical technology through his inventive solutions. His patent is a testament to his commitment to improving medical processes and enhancing patient care through innovation.
Collaborations: Chengrui has collaborated with notable colleagues, including Yong Feng and Yueqiang Xue, who share his enthusiasm for medical advancements. Together, they represent the drive and dedication necessary for pioneering medical innovations that can greatly benefit healthcare providers and patients alike.
Conclusion: Chengrui Pan’s contributions through his patented skin surface indwelling device exemplify the impact of innovation in the medical field. As he continues his work with Medtronic, Inc., his efforts will likely lead to further advancements that could transform the way medical procedures are conducted, improving outcomes for countless patients.