Recently, the results of the Science and Technology Award organized by the Chinese Society of Automation were released, and the “Human-in-the-loop Coupling-based Exoskeleton Power Enhancement and Performance Efficacy Evaluation Technology and Application”, which was completed by RoboCT Technology in collaboration with the University of Electronic Science and Technology (UEST), Beijing University of Aeronautics and Astronautics (BUAA), and the Shanghai Yangzhi Rehabilitation Hospital (Shanghai Sunshine Rehabilitation Center) , was honored as the Second Prize.

The project has developed six series of exoskeleton technology-related products, and carried out research on the weak exoskeleton assistance effect, low safety of human-machine coupled movement, and poor comforty of existing exoskeleton products in China, and made innovative breakthroughs in three aspects, namely, multi-sensor data fusion intention recognition and gait trajectory generation technology, exoskeleton variable-conductance control and pump-valve joint-drive control technology, and clinical efficacy assessment method of the wearable exoskeleton. Three innovative breakthroughs have been made and the results have been widely used in the field of rehabilitation clinical treatment for patients with lower-limb dysfunctions caused by central neuropathy.

The award not only recognizes the innovative achievements of RoboCT Technology and its partners in the field of automation, but also marks that China's research and application in the field of exoskeleton technology has stepped up to a new level. With the continuous progress of exoskeleton technology, RoboCT Technology is committed to solving more practical problems, such as improving the quality of life of the disabled, assisting the elderly in their daily activities, and enhancing the working ability of industrial workers. It is expected to realize the commercialization and popularization of exoskeleton technology in a wider range of fields in the near future.