Sports Rehabilitation Series AI Upper Limb Training & Evaluation System A6-2 SportsRehabilitationSeries A6-2 Upper Limb Training & Evaluation System FEATURES Active training mode Passive training mode Active - Passive training mode The patient can freely drive the robotic arm to move in any direction in the three-dimensional space. The therapist makes individual selections according to the patient's required training joints, selects the corresponding scenario interactive game, and performs single-joint or multi-joint training to improve the patient's training initiative. , to speed up the recovery process. Through the "trajectory programming" mode, you can customize and set the required training joint name, range of motion, joint movement speed, etc., develop personalized and targeted passive trajectory training for patients, and train through interesting scenario games to improve The fun of passive training. The system assists patients to complete training through the adjustment of the "guiding force". The greater the guiding force, the higher the degree of system assistance, the smaller the guiding force, and the higher the degree of active participation of the patient. The targeted guiding force can be set according to the patient's muscle strength. During the game training process, the patient's residual muscle strength is stimulated to the greatest extent. Prescription Training Mode Trajectory Learning Mode It is more life-oriented and OT-oriented, and involves a variety of activities of daily life training such as combing hair, eating, etc. The therapist can choose the corresponding training prescription to enable patients to quickly train, everything starts from the patient's point of view, and guarantees the patient's health to the greatest extent. Adapts well to activities of daily living. The first three-dimensional upper limb rehabilitation robot in China that realizes artificial intelligence memory. The system has a cloud memory storage function, which can learn and record the therapist's specific manipulation trajectory, and realize 100% restoration. It can set targeted and personalized manipulation trajectory for different patients. Achieve concentrated, repetitive training, thereby improving patient motor function. PERSONALIZATION Automatic Arm Switching: The upper limb training and evaluation system is the world's first AI 3D upper limb rehabilitation robot that can automatically switch the left and right training arms, and the arm can be switched with just one button operation. The operation is simple and the arm can be changed quickly, which reduces the complexity of clinical operation. Wireless connection: The scene interaction system is connected with the upper limb rehabilitation robot through wireless WIFI, which is easy to arrange and not limited by space. Laser alignment: Assist the therapist in precise operation, so that patients can train more safely, appropriately and comfortably. PRODUCT INTRODUCTION The upper limb training and evaluation system is the first AI three-dimensional upper limb rehabilitation robot in China that realizes clinical application. It applies computer technology and combines the theory of rehabilitation medicine to simulate the movement rules of human upper limbs in real time. It can realize training with six degrees of freedom in three-dimensional space and realize Precise control of three-dimensional space. Can be aimed at the six major movement directions of the three major movement joints of the upper limbs (shoulder, elbow and wrist) (horizontal adduction and abduction of the shoulder joint, forward flexion of the shoulder joint, internal and external rotation of the shoulder joint, flexion of the elbow joint, pronation and supination of the forearm, and palmar flexion and dorsal flexion of the wrist joint extension) for precise assessment, real-time analysis of assessment data, assisting therapists to formulate treatment plans, and improving clinical efficiency. The system has five training modes including passive training, active and passive training, and active training, which run through the entire rehabilitation cycle to achieve full coverage of the rehabilitation cycle. The training function combines a variety of task-oriented virtual interactive games to provide patients with various and personalized training, improve the enthusiasm and dependence of patients, and accelerate the recovery process of patients. Evaluation data and training data for information record storage and data analysis, real-time networking 5G medical interconnection. INDICATION It is mainly suitable for upper limb rehabilitation training for patients with upper limb dysfunction or functional limitation caused by central nervous system, peripheral nerve, spinal cord, muscular or skeletal diseases. The product supports specific exercises to increase muscle strength and expand the range of motion of joints, thereby Improve motor function. Wireless connections Laser calibration DATA VIEWING User: Can perform patient login, registration, basic information search, modification, and deletion. Evaluation: Evaluate the range of motion of each joint, save the evaluation data, view and print the evaluation results, and record the preset running trajectory and speed of the upper limbs. Report: You can view the historical training information of the pat