Gorbel, Inc.

Dih Technology, Inc.

Brian G Peets

James G Stockmaster

Alexander Z Chernyak

Blake Reese

Benjamin A Strohman

Dean C Wright

Yi Luo

Li-Te Liu

Betty Dolce

Allen Baughman

Li-te Liu

Benjamin M Zombek

Keith Buddendeck

Thomas R Fischer

Jim Alday

Chris Bierl

Peter Liu

Robert DeVoria

Judy Powers

John Pembroke

Don Sacilowski

Benjamin Swiatek

Koby Trout

Robert Devoria

Alexnader Z Chernyak

A body-weight support system is disclosed, including an improved body weight support apparatus and method. The system enables not only the support of patients undergoing rehabilitation therapies, but exercise modes that are both customizable and dynamic in nature, including alternative functionality at differing locations.

Medical rehab body weight support system and method with horizontal and vertical force sensing and motion control

A body-weight support system is disclosed, including an improved lift system and method. The system enables not only the support of patients undergoing rehab therapies, but including exercise modes that are both customizable and dynamic in nature, as well as a track system, wherein the system is capable of providing alternative functionality at differing locations. Other features disclosed include a system by which a movable support unit tracks or follows a patient, adjustable and variable supportive forces for users based upon, for example, a percentage of sensed body weight, and a user-interface that may be employed in a mobile, wired or wireless manner and will allow the use of multiple lift systems on a single, looped track system.

Medical rehab lift system and method with horizontal and vertical force sensing and motion control

A body-weight support harness system is disclosed, including an improved body weight support system and method.

Body harness

An adjustable fall arrest system is disclosed, where the system employs a four-bar linkage and cantilevered beam arrangement to provide the fall arrest support.

Self-standing fall arrest system

An improved electric lift actuator for use on a variety of lift systems, includes various improvements that enable a universal design with interchangeable parts across several load ranges. The universal design further enables additional features and functionality (e.g., improved load cell location, improved operator sensing and electrical signal/air channel in operator pendant, improved reliability and reduced cost for operator force sensing, etc.) In addition the universal design is incorporated with a rotational drive assembly wherein the load sensing and wire rope slack sensing, as well as cable limits may be achieved using improved components and techniques&#x2014;such as non-contact sensors, etc. Many of the improvements described are believed to reduce cost and improve the performance and expand the capacity and reliability of the actuator in addition to making the actuator a common design across several applications and load ranges.

Lift actuator

Growing community of inventors

Fairport, NY, United States of America

Brian G Peets