The flexible array pressure sensor has the characteristics of thin and soft, and provides the technical means to test the contact stress, pressure and its distribution on the contact surface, so it can be selected as the pre-loaded contact pressure/clearance measurement system of laminate structure. For example, it can be used in exoskeleton robots. What are the uses of exoskeleton robots?

1.Improving posture: The exoskeleton robot can help the user maintain the correct posture by monitoring the user’s posture and movement in real time, providing feedback and support, and preventing poor posture or postural injuries caused by wrong posture.
2.Functional correction: The exoskeleton robot can assist people with limited movement for motion correction and functional training. By providing additional support and strength, exoskeletons can help rehabilitators rebuild the function of damaged muscles or joints, increasing muscle strength and range of motion.
3.Gait correction: For people with limited walking or abnormal gait, exoskeleton robots can help users restore normal gait and improve walking ability and stability by adjusting gait parameters, providing gait support and stability.
4.Load correction: The exoskeleton robot can reduce the load of the user in daily activities or rehabilitation training by providing additional load support, reducing the pressure on the joints and muscles, thereby reducing pain and fatigue, promoting rehabilitation and functional recovery.
5.Functional enhancement: Exoskeleton robots can also be used to enhance the user’s body functions, such as increasing muscle strength, improving endurance and flexibility, thereby improving the user’s quality of life and athletic ability.