Exoskeletons and prosthetics

Exoskeleton robots are complex intelligent systems that integrate mechanical, electronic, computer, artificial intelligence, and other technologies. People wear specially designed "bones" on their bodies, and sensors installed at knee and hip joints can read human motion intentions and send commands to the driving system to drive leg movements, thereby achieving walking. A prosthetic is an artificial device used to replace a missing limb part. They can be upper limb prostheses (including fingers, palms, wrists, and forearms) or lower limb prostheses (including feet, ankles, calves, and thighs). Artificial limbs are designed to help patients recover lost functions and provide a natural appearance to assist individuals in reintegrating into daily life. Wooden prostheses are easy to carve and shape, making it convenient to produce prosthetic components that conform to human anatomy. Wood itself is relatively light, but in order to increase strength, additional structures need to be added, resulting in an overall increase in the weight of the prosthetic. Carbon fiber prostheses mainly consist of a carbon fiber receiving cavity, a carbon fiber energy storage footplate, and a back.

The unit is designed for unsupervised public use: controls are recessed or shielded, moving parts are enclosed, and the interface is operable by a child of about six with no instruction. Where a screen is used, the language can be switched without changing the hardware, and the content can be replaced on site.

A prosthetic is a device used outside the body to replace all or part of a missing part of the human body. Used to compensate for the partial function of missing limbs, enabling amputees to restore or rebuild certain self-care, work, and social abilities. Mechanical exoskeleton equipment is a special armor made of steel frame that can be worn on the human body and provide certain assistance to humans, also known as power exoskeleton.