Shun Ono

Title: Shun Ono - Innovator in Automotive Technology

Introduction

Shun Ono is a prominent inventor based in Novi, MI (US), known for his contributions to automotive technology. With a total of 5 patents to his name, Ono has made significant advancements in vehicle systems and components.

Latest Patents

One of his latest patents is the "Axle disconnect assembly," which features an axle disconnect device that includes a shift collar slidable in an axial direction. This device allows the shift collar to switch between connect and disconnect modes. It incorporates a first solenoid with a threaded end, a second solenoid with a locker arm, and a return spring that biases the shift collar towards the connect mode. Additionally, a groove on the shift collar is designed to receive the locker arm when in connect mode, while a lead screw meshes with the threaded end to facilitate movement towards the disconnect mode against the return spring's bias.

Another notable patent involves "Systems, methods, and apparatus to control fluid associated with vehicle clutches." This invention includes a drive unit assembly for a vehicle, featuring a housing and a clutch within a cavity. The apparatus is designed to expel fluid from the cavity when the drum of the clutch rotates. A vehicle controller is also included, which disengages the clutch via an actuator, thereby reducing fluid flow into the cavity while maintaining engagement of a vehicle transfer device.

Career Highlights

Shun Ono is currently employed at Jtekt Automotive North America, Inc., where he continues to innovate and develop new technologies in the automotive sector. His work has significantly impacted the efficiency and functionality of vehicle systems.

Collaborations

Ono collaborates with talented individuals such as Patrick Desing and Evan Swinger, contributing to a dynamic team focused on advancing automotive technology.

Conclusion

Shun Ono's innovative spirit and dedication to automotive technology have led to several impactful patents. His work continues to shape the future of vehicle systems and components.