Evaluation training system applied to rehabilitation therapy and used for compensating safety joint movement degree

Abstract

The invention discloses an evaluation training system applied to the rehabilitation therapy and used for compensating the safety joint movement degree. The system comprises a central control system, ahuman body joint three-dimensional data reading device, a wearing device and a display device. One side of a data communication receiving unit is provided with a joint data reading unit, and one sideof the joint data reading unit is provided with a CPU processing unit communicated with the joint data reading unit. A virtual scene unit, a data storage unit, a prescription posture safety setting unit, a vibration voice prompt control unit and a prescription posture compensation setting unit are arranged on one side of the CPU processing unit respectively and are communicated with the CPU processing unit. The virtual scene unit comprises a human body three-dimensional data logic module and a virtual scene construction module. The human body three-dimensional data logic module is internallyprovided with virtual scene-bound human body joint three-dimensional data, human body posture safety discrimination data and human body posture compensation discrimination data. During the rehabilitation training of a patient, the safety of the patient can be effectively guaranteed. The motion posture of the patient can be corrected in time for compensation removal.

Description

technical field [0001] The invention relates to the technical field of medical rehabilitation, in particular to a training system for evaluating and training the range of motion of joints which is applied to rehabilitation medical treatment to compensate for safety. Background technique [0002] Clinically, rehabilitation therapists guide rehabilitation patients to carry out rehabilitation assessment and training for dysfunction. They need to understand the improvement of limb function and modify the treatment plan for the next step of rehabilitation training. Carry out functional assessment on rehabilitation patients to formulate rehabilitation goals and plans, including assessment of joint activities, including initial assessment, mid-term assessment, final assessment, providing feedback to patients, assessment of working ability or scientific research purposes. The structure design of the existing medical rehabilitation assessment training system is unreasonable. During r...

AI Technical Summary

Problems solved by technology

The structure design of the existing medical rehabilitation assessment training system is unreasonable. During rehabilitation training, patients follow the prompts on the monitor to train, but when the patient's body movements do not correspond to the current standard training posture, they cannot be corrected in time, nor can they be removed. Discriminate the inaccurate measurement accuracy caused by compensation, which affects the effect of training and rehabilitation, making the rehabilitation efficiency low; and when the patient's limb movements are wrong, it may cause the body's center of gravity to deviate, and there is a risk of falling, which makes the patient's safety not guaranteed

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