Recently, the Zhejiang Provincial Department of Economy and Information Technology announced the list of the first (set) product engineering research projects in Zhejiang Province in 2023, and RoboCT's "Bedside Rehabilitation Exoskeleton" was selected on the list.

Next step, RoboCT will make breakthroughs in joint module technology, motion posture adjustment control technology and physical signal intent detection technology, so as to further improve the effect and stability of rehabilitation exoskeleton robots. For the user's motion intention detection, physical signal acquisition technology will be used to accurately obtain the user's motion intention by analyzing and processing data such as muscle electrical signals and biomechanical signals. Using these technologies, rehabilitation exoskeleton robots will be able to achieve more precise motion postures through intelligent dynamic adjustment and control, so as to better meet individual rehabilitation needs.

The development of this project will involve multiple technologies including sensor technology, motion control, data storage and cloud analysis. Perceive the user's movement trajectory and strength through precise sensors, and perform precise movement simulation through motion control technology to help users perform lower limb rehabilitation actions. At the same time, the device can store running data and user motion data in the cloud, and cooperate with the guidance and analysis of professional rehabilitation practitioners to provide users with the most optimized rehabilitation plan and training parameters. The emergence of this human-computer interaction rehabilitation exoskeleton robot will also bring new opportunities and challenges to the rehabilitation industry.