Kim Henriksen

Title: Innovator Kim Henriksen: Pioneering Brake Cylinder Technology

Introduction

Kim Henriksen, an accomplished inventor based in Tylstrup, Denmark, has made significant contributions to the field of automotive technology through his innovative designs. With a total of five patents to his name, Henriksen demonstrates a commitment to enhancing vehicle safety and performance.

Latest Patents

Among Henriksen's recent inventions is a groundbreaking brake cylinder that comprises a mechanical stop. This innovative brake cylinder is designed to provide braking signals to automotive simulators, integrating a damper housing and a resilient damper to improve functionality. The piston within the system maneuvers a block along the axial direction, which partially enters the damper housing towards the resilient damper. This block features a mechanical stop that limits the piston’s axial movement, thus effectively dividing the braking process into two distinct phases: a first phase where the brake pedal may be depressed and a second phase where further depression is prevented.

Another notable patent by Henriksen is also a brake cylinder, which incorporates a master chamber and a slave chamber divided by a wall that has at least one opening for fluid communication. This design includes a master piston that pressurizes fluid in the master chamber when the brake pedal is engaged, while a slave piston and pressure sensor measure movements and pressures within the system, sending important signals to processors.

Career Highlights

Kim Henriksen is currently employed at Asetek Danmark A/S, where his expertise in brake systems and engineering continues to drive innovation. His work at Asetek has established him as a key player in the development of advanced automotive components.

Collaborations

Throughout his career, Henriksen has collaborated with notable colleagues such as Torben Søgaard Schaltz and Jan Hunskjær. Their combined knowledge and skills have fostered an environment of creativity and technical advancement within their team.

Conclusion

Kim Henriksen's inventions in the automotive industry not only reflect his genius as an inventor but also showcase the potential for developing safer and more efficient brake systems. As he continues to innovate with his latest technologies, his contributions are likely to impact the future of automotive design significantly.