Recovery training device for traumatic orthopedics

Abstract

The invention belongs to the technical field of orthopedics department recovery training, and discloses a recovery training device for traumatic orthopedics. The device comprises a training bed and atraining assembly detachably installed on the training bed. The training assembly comprises a driving mechanism detachably installed at the bottom of the training bed and a moving mechanism located above the training bed, an adjusting mechanism is connected between the driving mechanism and the moving mechanism, and the driving mechanism drives the moving mechanism to reciprocate through the adjusting mechanism; the moving mechanism comprises a fixed plate and a pedal; when the training assembly is used for training, the reciprocating motion position of the moving mechanism is adjusted throughdetection and positioning of at least one photoelectric positioning detector, and the specific adjustment is that the training amplitude is correspondingly increased along with the increase of the reciprocating training times so that a patient can gradually adapt to the training intensity of the whole device, and the problem of secondary injury caused by excessive training when the patient startstraining is effectively avoided.

Description

technical field [0001] The invention belongs to the technical field of orthopedics recovery training, and in particular relates to a recovery training device for trauma orthopedics. Background technique [0002] After an orthopedic injury, long-term inactivity of the legs can easily cause the patient's joints to harden, which is not conducive to the patient's health recovery; in response to this problem, various corresponding training devices appear on the market. [0003] Specifically, when using the corresponding training device for recovery training, it should be ensured that the patient can effectively adapt to the training intensity of the device, otherwise there will be secondary injuries due to overtraining; for example, at the beginning of training, for the adaptation stage , in this stage, in order to enable the patient to effectively adapt to the training device, the training intensity or training range of the training device should be reduced; and with the increas...

AI Technical Summary

Problems solved by technology

[0002] After an orthopedic injury, long-term inactivity of the legs can easily cause the patient's joints to harden, which is not conducive to the patient's health recovery; corresponding training device

[0003] Specifically, when using the corresponding training device for recovery training, it should be ensured that the patient can effectively adapt to the training intensity of the device, otherwise there will be secondary injuries due to overtraining; for example, at the beginning of training, for the adaptation stage , in this stage, in order to enable the patient to effectively adapt to the training device, the training intensity or training range of the training device should be reduced; and with the increase of training time, the transition from the adaptation stage to the intensive training stage, at this time the training should be made The intensity or training range is higher than the adaptation stage; however, in the recovery training device of the prior art, it does not involve the design of automatically adjusting the training intensity or training range according to the difference of training time

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