Jason Gurley

Title: Jason Gurley - Innovator in Door Closer Technology

Introduction

Jason Gurley is an inventive mind based in the United States, known for his contributions to door closer technology. He has developed innovative solutions that enhance the functionality and usability of door closers. Despite having no patents to his name, his work reflects a commitment to improving everyday mechanisms.

Latest Patents

Jason Gurley's latest patents include the "Door Closer With Dynamically Adjustable Latch Region Parameters And Calibration Mode." This invention features a control unit designed to adjust various operating characteristics of the door closer. The control unit includes a drive gear that rotates in response to door movement and a chain that works in conjunction with the drive gear. The system allows for the variation of latch region parameters and includes a user interface for installation configuration. Additionally, it features a calibration mode to ensure optimal performance.

Another notable patent is the "Door Closer Assembly," which shares similar technological advancements as the previous patent. This assembly also incorporates a control unit with a drive gear and chain, allowing for adjustable operating characteristics. The inclusion of a position sensor and input switches enables user selection of door closer parameters, enhancing the overall user experience.

Career Highlights

Throughout his career, Jason Gurley has focused on creating innovative solutions that address common challenges in door mechanisms. His work emphasizes the importance of user-friendly designs and adaptability in technology.

Collaborations

Jason has collaborated with notable colleagues such as Charles Burris and Robert Tadlock. Their combined expertise has contributed to the development of advanced door closer technologies.

Conclusion

Jason Gurley is a dedicated inventor whose work in door closer technology showcases his innovative spirit. His contributions, although not yet patented, reflect a significant understanding of user needs and mechanical functionality. His ongoing efforts in this field are likely to lead to further advancements in door closing mechanisms.