A recovery training device for extremities after recovering from neurological diseases

Abstract

The invention discloses a recovery training device for limbs after recovery from neurological diseases. The recovery training device is a machine with a speed-sensitive rotor. The speed-sensitive rotor is installed on the rotating support part of the machine. Larger, resulting in a correspondingly larger rotational resistance. The training equipment is all equipment with a rotating shaft. By setting a speed-sensitive rotor at the rotating shaft of the equipment, the rotational resistance of the equipment can be matched with the movement speed of the equipment. Large resistance, to increase the training intensity, so that it can adapt to the training needs of patients with different degrees of injury. Taking the walking machine as an example, the walking speed is low, and the resistance is small. Improved training efficiency.

Description

technical field [0001] The invention relates to the field of training equipment for patients, in particular to a recovery training device for limbs after recovery from neurological diseases. Background technique [0002] Walking machines and stretching machines are commonly used training equipment for patients recovering from neurological diseases. When these patients perform limb recovery training, their muscle strength is weak, unlike ordinary people, whose tolerance is high, and their fragile muscle strength cannot Therefore, some conventional training equipment that directly use linear springs as dampers are not suitable for the training of such patients, because the feedback force of equipment with linear springs as dampers is directly related to the movement stroke, for example For equipment such as tension rope, if the trainer suddenly loses his strength after pulling to a certain extent, the feedback force given to him by the elastic rope will not decrease at this ti...

AI Technical Summary

Problems solved by technology

[0002] Walking machines and stretching machines are commonly used training equipment for patients recovering from neurological diseases. When these patients perform limb recovery training, their muscle strength is weak, and they do not have high tolerance like ordinary people. Their fragile muscle strength cannot Therefore, some conventional training equipment that directly use linear springs as dampers are not suitable for the training of such patients, because the feedback force of equipment with linear springs as dampers is directly related to the movement stroke, for example For tension rope and other equipment, if the trainer suddenly loses strength after pulling to a certain extent, the feedback force given to him by the elastic rope will not decrease at this time, and it is easy to pull him back, causing injury to the patient, and similar equipment such as walking machines , the patient walks on the crawler belt, holds the machine platform with his hand, and pushes the crawler belt to rotate, and the person takes a walking posture. This kind of equipment generally has a certain resistance, that is to say, the patient cannot adjust the strength according to his own conditions during walking training. Therefore, it often appears that the low-resistance walking machine has little training intensity for patients who are almost cured, while the high-resistance walking machine cannot be used for severe patients.

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