Good News! Xiangyu Medical's "Upper Limb Rehabilitation Trainer Integrating Assessment, Testing, and Active-Passive Training" Granted Invention Patent!

Traditional upper limb rehabilitation training equipment has the problem of single functionality, such as only being able to perform passive training or relying on external instruments for data collection, which prevents therapists from obtaining patients' motion parameters in real time and affects the efficiency of adjusting rehabilitation plans. Additionally, the training modes of traditional equipment are monotonous, leading to low patient engagement and a tendency to develop resistance.

This patent addresses these issues by proposing an integrated assessment and training solution, which aims to achieve real-time data collection and feedback during training through structural innovation and intelligent design, while enhancing the fun of training.

This patent integrates these functions, achieving the combination of evaluation and training functions, active and passive training modes, and intelligent control with multiple functions. The trainer is ingeniously structured and compact in size, making it suitable not only for professional training venues but also for home use. Equipped with multiple motor drives, it can perform 2D motion paths on various planes, meeting the training needs of different patients and both left and right hands. Additionally, this trainer incorporates all functionalities of active training, passive training, resistance training, and assisted training, fulfilling the requirements of patients at different levels and various rehabilitation stages of the same patient. During active training, the device also provides protection for the patient.

The patent was grantedMulti-sensor Fusion(such as mechanical sensors, position sensors) to achieve accurate rehabilitation assessment,Provide tools for hospital and home rehabilitation scenarios, reduce the workload of rehabilitation therapists, promote the development of rehabilitation equipment from single training to a closed-loop model of "assessment-training-feedback," and advance the precision and personalization of rehabilitation medicine.