Post by account_disabled on Mar 10, 2024 0:12:38 GMT -5
They are also designed for military purposes. That's the case with the , a French invention that allows soldiers to carry up to 1,000 kilograms of weight without their knees or backs noticing. The new work may be commercialized starting next year. As we have seen, robotics offers new possibilities to facilitate our daily lives through the design of these exoskeletons. So what new features does the Spanish project bring? , exoskeletons we've seen before were in many cases designed to render incapacitated.
Designed to restore mobility to capable people, such as for example. But can these armors be used for medical rehabilitation? In other words, for therapeutic purposes, Asia Phone Number List not restorative purposes. This is the idea behind , a Spanish initiative supported by the . As a result, robotic prosthetics can be obtained to help patients move, stimulate their muscles, and study new ways so that these people can use their own brains.
Move robot. According to the authors of the project, many new paraplegias do not involve a complete loss of muscle mobility, so this robotic exoskeleton could be used by many people who have suffered traffic accidents, to name just one application. Another difference from other designs is based on its own hybrid structure. Not only is the robot's movement facilitated by machines, but the prosthetic limbs also have patches that can electrically stimulate the patient. This allows the person using it to rely on their own body, as well as prosthetic limbs, to move around. Its hybrid system can also save money.
Designed to restore mobility to capable people, such as for example. But can these armors be used for medical rehabilitation? In other words, for therapeutic purposes, Asia Phone Number List not restorative purposes. This is the idea behind , a Spanish initiative supported by the . As a result, robotic prosthetics can be obtained to help patients move, stimulate their muscles, and study new ways so that these people can use their own brains.
Move robot. According to the authors of the project, many new paraplegias do not involve a complete loss of muscle mobility, so this robotic exoskeleton could be used by many people who have suffered traffic accidents, to name just one application. Another difference from other designs is based on its own hybrid structure. Not only is the robot's movement facilitated by machines, but the prosthetic limbs also have patches that can electrically stimulate the patient. This allows the person using it to rely on their own body, as well as prosthetic limbs, to move around. Its hybrid system can also save money.