Along-channel and collateral-conduction guiding feedback rehabilitation training system used for lower limb potential development training

A technology for potential development and rehabilitation training, applied in sports accessories, gymnastics equipment, etc.

Active Publication Date: 2014-04-23
国家康复辅具研究中心
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  • Abstract
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AI Technical Summary

Problems solved by technology

Obviously, potential development training in critical conditions cannot simply be used for the rehabilitation of such patients

Method used

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  • Along-channel and collateral-conduction guiding feedback rehabilitation training system used for lower limb potential development training
  • Along-channel and collateral-conduction guiding feedback rehabilitation training system used for lower limb potential development training
  • Along-channel and collateral-conduction guiding feedback rehabilitation training system used for lower limb potential development training

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Embodiment Construction

[0058] A training device for restoring motor function of lower limbs lost after central nervous system injury, comprising: pulley weight-reducing parts 11, 12, support frame part 2, sling fixing part 3, weight-reducing part 4, and base part 5. Wherein: the base part 5 is a training bed, and one end along the length direction is connected with a slope for the patient's wheelchair to go up and down the training frame. There is a graduated foot pedal for the patient to train the motor control ability of the lower limbs. There are three concentric circles engraved on it, and the inner circle is used for the patient to stand on it with both feet when training the motor control ability of the lower limbs.

[0059] The support frame part 2 is a double-layer frame formed of the first and second two-layer "冂" font support frames that are equal in width to the training bed and are vertically fixed on the long sides of the left and right sides of the training bed. There are multiple rein...

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Abstract

The invention discloses an along-channel and collateral-conduction guiding feedback rehabilitation training system used for lower limb potential development training and belongs to the fields of lower limb movement dysfunction caused by central nervous injury and rehabilitation training equipment. The system is characterized in that the system is a computer man-machine conversion type system which combines a traditional Chinese medicine guiding technology with channel and collateral conduction to perform central nervous potential development and lower limb movement function reconstruction. An animation technology is used for simulating the program signal curve of lower limb movement, according to the 'target-power' mechanism, an elevation movement program or a signal sequence from weak to strong of a movement muscle signal curve is set, the potential development consciousness of a patient is trained through music and image matching six-step method traditional Chinese medicine guiding training, so that a physical exercise therapist calls a training module of the lower limbs through Vista software to train the patient for actual joint movement, and damping-exertion along-channel and collateral-conduction guiding feedback rehabilitation training is achieved. A computer is used for automatically calculating elevation differences between angle and bioelectric current waveforms of the knees of a normal person and the patient when the limbs are at different positions, so that the therapy effect is improved.

Description

technical field [0001] The invention belongs to the technical field of a rehabilitation training system for guidance and feedback along channels and collaterals. Background technique [0002] A large number of studies have confirmed that the central nervous system has the ability to reorganize in structure and function, that is, plasticity. It is the residual cells after injury or the normal cells around the injury area. It can achieve functional reorganization through training, and regain the lost due to injury in a new way. The process of function is the process of functional compensation after nerve tissue damage. The realization of plasticity may be the result of changes in the environment between nerve cells, manifested as re-adaptation of synaptic connections, long-term strengthening effects, extension of axons, and establishment of new synaptic connections. Theoretical basis for rehabilitation training to promote functional recovery. Experimental studies have proved...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A63B23/04A63B24/00
Inventor 赵文汝
Owner 国家康复辅具研究中心
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