1. Intelligent control technology: Modern upper and lower limb active and passive rehabilitation trainer can better adapt to different degrees of paralysis and motor ability by installing a variety of sensing devices and intelligent control systems to realize more accurate motor control and kinematic parameter detection, and provide personalized and customized rehabilitation training.
2, software simulation technology: in the rehabilitation training of upper and lower limb active and passive rehabilitation trainer, through the combination of virtual reality simulation technology, to improve the patient's confidence and motivation for rehabilitation, so that the training process is more interesting, rich and effective.
3, kinetic simulation technology: in the design and manufacture of upper and lower limb active and passive rehabilitation trainers, the application of kinetic simulation technology to improve the accuracy and stability of the trainer's dynamic and kinematic performance, effectively improving the safety and reliability of training.
4, human-computer interaction technology: the upper and lower extremity active and passive rehabilitation trainer through the introduction of human-computer interaction technology, to achieve a more humanized and intelligent operation interface, to enhance the use of the patient's effect and sense of experience.