AI Doctor Rehabilitation Robot achieve goals

With the rapid development of modern science and technology in rehabilitation robots, more and more rehabilitation equipment has been invented to make the rehabilitation training of patients smoother, but at the same time, there is no lack of interest, which increases the interest of patients. patience. AI Doctor has also kept pace with the times and has produced many products that can aid in rehabilitation care, such as rehabilitation robots.

The traditional rehabilitation treatment model is that the therapist treats the patient one-on-one, and the therapist assists the patient with limb movements. Through a large number of repetitive movements, the patient gradually stimulates the damaged cranial nerves and repairs the cranial nerves. This training method is inefficient, expensive, and difficult to guarantee the training intensity. The training effect is affected by the level of the therapist, and there is a lack of objective data to evaluate the relationship between training parameters and rehabilitation effect in real time. And a PhD in artificial intelligence. It makes up for these deficiencies and can help patients recover faster and better.

The AI ​​Doctor upper limb rehabilitation robot can achieve full coverage during the rehabilitation period and meet the different needs of users with different muscle strengths in the early to middle and late stages of rehabilitation. At the same time, this upper limb robot has an intuitive interactive interface, shorter training preparation time, real-time display of status data, and better human-computer interaction technology. During the training process, the entire training content is digitized, and each training action can be objectively evaluated until the training analysis report is generated. This evaluation system is very perfect, and can make a relatively complete evaluation before and after treatment, which can not only accurately assess the patient's dysfunction, but also provide a strong basis for the progress of treatment.

The rehabilitation robot technology of the upper limb rehabilitation robot simulates the "force" of the therapist's hand through force feedback algorithms and high-performance motors. When the strength is insufficient, the robot will help the user to complete all the movements and guide the user to establish the correct movement pattern in the early stage of rehabilitation. Then as the recovery time increases, the user will gradually recover the muscle strength. At this time, the upper limb robot will reduce the help and even give a certain resistance, so as to realize various task-oriented training, quantify each action seriously and objectively, and meet the requirements of the middle and later stages. rehabilitation needs.