A Wearable Robot is designed with the goal to assist humans with physical impairments that is advanced human symbiotic robotic systems characterised by suitable shape, kinematic, and weight factors to be worn on the human body with the function of either augmenting and assisting (exoskeletons) or restoring human limb function (prosthetic robots). The Wearable Robot can be built using different material technology usually composed of rigid, soft or hybrid materials in which interfaces can be programmed of the pieces of hardware in a variety of ways, and sensors or devices can take in verbal, behavioural or other input in order to facilitate specific types of movement.
Definition generated by ChatGPT on 6 March 2023: A wearable robot, also known as an exoskeleton or an exosuit, is a type of robotic device that is worn on the body to augment or enhance the physical abilities of the wearer. These devices can be powered or unpowered, and can be designed to provide assistance with lifting and carrying heavy objects, walking and running, or other physical activities. Some wearable robots are designed to assist people with disabilities or mobility impairments, while others are used in industrial or military applications to increase worker efficiency and reduce the risk of injury. There are also wearable robots designed for recreational use, such as those used in sports training or for personal fitness.
Related Definitions in the Project: The Technology Definitions
