EXOSKELETON SUITS THAT REDUCE FORCES

Brand Owner (click to sort) Address Description
BACKX U.S. Bionics, Inc. 4512 Hollis Street Emeryville CA 94608 exoskeleton suits that reduce forces and torques on a wearer's body and assists the wearer's movements for non-medical uses; wearable assist and support devices for preventing injury or fatigue associated with prolonged and/or repetitive movements for non-medical uses, and related accessories, namely, harnesses, straps and belts, all sold as a unit; wearable devices donned for the purpose of enhancing the mobility, strength and/or endurance of the user for non-medical uses;BACKS; BACK X;
LEGX U.S. Bionics, Inc. 4512 Hollis Street Emeryville CA 94608 exoskeleton suits that reduce forces and torques on a wearer's body and assists the wearer's movements for non-medical uses; wearable assist and support devices for preventing injury or fatigue associated with prolonged and/or repetitive movements for non-medical uses, and related accessories, namely, shoes, harnesses, straps and belts, all sold as a unit; wearable devices donned for the purpose of enhancing the mobility, strength and/or endurance of the user for non-medical uses;LEG X;
SHOULDERX U.S. Bionics, Inc. 4512 Hollis Street Emeryville CA 94608 exoskeleton suits that reduce forces and torques on a wearer's body and assists the wearer's movements for non-medical uses; wearable assist and support devices for preventing injury or fatigue associated with prolonged and/or repetitive movements for non-medical uses, and related accessories, namely, harnesses, straps and belts, all sold as a unit; wearable devices donned for the purpose of enhancing the mobility, strength and/or endurance of the user for non-medical uses;SHOULDER X;
SUITX U.S. Bionics, Inc. 4512 Hollis Street Emeryville CA 94608 Exoskeleton suits that reduce forces and torques on a wearer's body and assists the wearer's movements for non-medical uses; wearable assist and support devices for preventing injury or fatigue associated with prolonged and/or repetitive movements for non-medical uses, and related accessories, namely, shoes, harnesses, straps and belts, all sold as a unit; wearable devices donned for the purpose of enhancing the mobility, strength and/or endurance of the user for non-medical uses;SUIT X;Wearable robotic exoskeleton suit for medical uses; robotic exoskeleton suits that provide movement capabilities to the wearer; powered orthotic devices donned for the purpose of assisting human locomotion; wearable medical devices designed for the purpose of providing supported ambulation in patients with impaired mobility; wearable robotic exoskeleton suits designed to help people with impaired mobility to be upright and mobile for medical uses; wearable intelligent brace system to improve the mobility of those with impaired mobility for medical uses comprised of orthotic or mechanical braces and powered or non-powered actuator controlled joint module;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A wavelength tunable filter capable of being driven such that reflecting mirrors move more distant as well as closer by using the principle that a direction of the electromagnetic forces changes depending on the direction of the current flowing perpendicular to the external magnetic field. According to the wavelength tunable filter of the present invention, when it is necessary to have the wavelength tuning range and mechanical structure similar to the conventional wavelength tunable filter driven in only one direction, it is possible to lower the maximum force needed to drive the filter to a half, and reduce a probability that a pull-in phenomenon occurs. On the other hand, it is possible to reduce a wavelength change time of the element by increasing a resonant frequency when the same wavelength tuning ranges are implemented by using the same maximum driving forces.