Base seat adjustable type bedside lower limb rehabilitation training device

Abstract

The present invention discloses a base seat adjustable type bedside lower limb rehabilitation training device. The base seat adjustable type bedside lower limb rehabilitation training device comprisesa width adjusting base seat capable of base seat width adjusting, a height adjustable vertical column, a driving part, a rotating beam, two lower limb fixing devices and a leg weight reducing guidingdevice; the vertical column is vertically arranged on the width adjusting base seat, the rotating beam is fixedly connected to a top end of the vertical column, the driving part is fixed to a tail end of the rotating beam, the driving part is connected to the lower limb fixing devices, the leg weight reducing guiding device is arranged on the rotating beam, and the leg weight reducing guiding device is connected to the lower limb fixing devices for reducing leg strength of patients during training processes. The base seat adjustable type bedside lower limb rehabilitation training device has anitrogen spring which is more stable and reliable in the width adjusting, and the base seat adjustable type bedside lower limb rehabilitation training device assists in adjusting overall height and saves manpower.

Description

technical field [0001] The invention belongs to the technical field of medical rehabilitation equipment, and in particular relates to a bedside lower limb rehabilitation training device with an adjustable base. Background technique [0002] For patients whose mobility is recovering, since they themselves cannot receive effective rehabilitation training, in order to avoid muscle atrophy, bedside rehabilitation trainers are needed to assist patients in completing rehabilitation training. The existing bedside rehabilitation trainer is routed at the rotating beam by using the sides of the two ends of the bushing. The bending radius of the line at the rotating beam is relatively large, which affects the life of the motor wire; secondly, the existing equipment rotates the beam. Most of them are above the fixed beam for better load-bearing, but this configuration will make the height of the equipment larger, and the fixed beam is easy to interfere with the bedside, which is not con...

AI Technical Summary

Problems solved by technology

The existing bedside rehabilitation trainer is routed at the rotating beam by using the sides of the two ends of the bushing. The bending radius of the line at the rotating beam is relatively large, which affects the life of the motor wire; secondly, the existing equipment rotates the beam. Most of them are above the fixed beam for better load-bearing, but this configuration will make the height of the equipment larger, and the fixed beam is easy to interfere with the bedside, which is not conducive to operation; the base of the existing equipment uses an adjustment rod to adjust the width of the base The way, the structure mostly adopts the universal joint, the stability is average

[0003] On the other hand, since the existing rotating beam is routed on the side of the sleeve, the bending radius is relatively large, and frequent bending will affect the life of the motor signal line

Secondly, the existing rotating beam configuration is generally above the fixed beam, the height is too high, and it is easy to interfere with the bed body, so that the height adjustment range is reduced

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