Cerebral palsy patient sitting posture spinal correction measurement system

Abstract

In order to solve the problem that design of current sitting posture spinal orthosis assistive instruments mostly relies on experience of medical workers, and then quantitative biomechanical analysis cannot be realized, the invention provides a cerebral palsy patient sitting posture spinal orthosis measuring system. The aim of the invention is achieved by means of the following technical scheme that the cerebral palsy patient sitting posture spinal orthosis measuring system comprises a supporting structure box, an orthosis assistive instrument and a stretch structure, the supporting structure is a box structure, the orthosis assistive instrument is fixed to an opening formed above, the orthosis assistive instrument is of an internal inflation system structure and is connected with the stretch structure, the stretch structure is in linkage with a stretch locking structure arranged on the box, and an orthosis control device is arranged in the box and used for measuring air pressure in the orthosis assistive instrument through an electronic element, an inflation pipeline and the orthosis assistive instrument.

Description

technical field [0001] The invention relates to a measurement technology for the correction of the sitting posture of the cerebral palsy patient, in particular to a measurement system for the correction of the sitting posture of the cerebral palsy patient. Background technique [0002] At present, the most effective treatment for patients with physical disabilities and cerebral apoplexy is repeated physical training and balance exercise with the help of equipment. Through repeated training, it can improve the function of the limbs, improve the balance ability of the human body, and correct the defects such as uneven force of the lower limbs, abnormal gait and poor body balance of the patient. [0003] Because patients with cerebral palsy cannot stand, they are in a sitting position most of the time except sleeping. Therefore, spinal correction aids for sitting posture play an important role in the functional rehabilitation of cerebral palsy. Related studies have found that ...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the problem that most of the current sitting posture correction aids rely on the experience of medical workers and cannot achieve quantitative biomechanical analysis, the present invention provides a sitting posture correction measurement system for patients with cerebral palsy

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