Johann Borenstein

Title: Johann Borenstein: Robotics and Obstacle-Traversal Inventions

Introduction

Johann Borenstein is an inventor associated with the University of Michigan in Ann Arbor, Michigan. His work includes robotic systems designed to move through challenging environments. He is credited with 8 patents.

Latest Patents

Borenstein’s listed patents include inventions for flexible robotic bodies and obstacle traversal.

“Integrated, Proportionally Controlled, and Naturally Compliant Universal Joint Actuator with Controllable Stiffness” describes an apparatus with an elongated, flexible body made of interconnected segments. Bellows-type actuators connect adjacent segments and enable pivotal movement. A controller manages the apparatus’s position and stiffness while minimizing airflow.

“Apparatus for Obstacle Traversal” describes a flexible body equipped with multiple drive-track assemblies. The assemblies work together to propel the apparatus whenever a propulsion member contacts an environmental feature, regardless of which or how many assemblies are in contact.

Career Highlights

Borenstein’s patent work reflects an emphasis on robotic mobility, adaptable movement, and control. The inventions described here address the challenges of maintaining propulsion and maneuverability while a robot encounters obstacles.

Collaborations

Borenstein’s listed coworkers include Yoram Koren and Geoffrey A. Long. His work is associated with the University of Michigan.

Conclusion

Johann Borenstein’s patents highlight approaches to flexible robotic actuation and obstacle traversal, with an emphasis on controlled movement through complex environments.