Training device of motion and quiescence balance for standing

Abstract

The invention discloses a training device of motion and quiescence balance for standing. The training device of motion and quiescence balance for standing includes a vehicle frame and a main rod, wherein a chassis reset device is arranged on the vehicle frame and the upper end of the main rod is connected with panel device. The chassis reset device includes a core shaft, universal joints, a supporting sleeve, a reset block, a braking compressing block, a steel ball, a soft shaft fixing block, a reset spring, a compressing spring, a compressing block, a pressing block and a dirt-proof sleeve and the like. The bottom end of the universal joints is connected with a base plate of a vehicle through a bolt. The upper end of the core shaft is connected with the main rod and the lower end of the core shaft penetrates through the universal joints and is connected with the universal joints. The training device of motion and quiescence balance for standing has a reasonable design of a structure and an adjustable dip angle. Limitation-free adjustments of the dip angle are achieved so as to satisfy the different dip angle requirements of patients. The chassis reset device can achieve the balance of restoring force. Limitation-free adjustments of the size of the restoring force are achieved. Resets are uniform. The performance is more stable. Restoring forces of patients can be adjusted directly when patients use the training device of motion and quiescence balance for standing with no need of training interruption.

Description

technical field [0001] The invention relates to a rehabilitation training device, in particular to a standing dynamic and static balance training device. Background technique [0002] Reconstruction of the sense of body balance is a very important process for rehabilitation patients during the process from standing to walking. Impairment of balance is one of the main functional impairments for the patient to walk independently again. Central nervous system diseases such as spinal cord injury, cerebrovascular disease, traumatic brain injury and other central nervous system diseases will leave different degrees of paraplegia or hemiplegia after the onset, joint dysfunction caused by bone joint and muscle disease of the lower limbs, joint stability damage, muscle weakness, muscle group The imbalance of strength between the two will affect the patient's balance ability to varying degrees. Balance impairment is mainly manifested in being unable to stand alone or standing alone ...

AI Technical Summary

Problems solved by technology

[0004] However, most of the balance training devices currently on the market are static balance training, which is a single standing balance, and a circle of guardrail brackets plus a foot pad platform. The main training is to use the help of the hands to realize the standing action.

It does not help the patient from standing to walking, and cannot establish the patient's dynamic balance. The result is that the patient can stand but not walk. The effect of training is also the standing function of the legs, which is not helpful for the overall coordination and balance of the whole body.

[0005] In the process of clinical use, the patient's static balance is generally easier to recover, but the recovery of dynamic balance is more difficult. It requires a process of physical adaptation and the reconstruction of proprioceptive balance. Standing balance alone cannot guarantee the overall coordination and balance of the whole body.

[0006] The Chinese patent application with the application number 201120118674.3 discloses a standing dynamic and static balance training device developed by the applicant. This device has many advantages, but since there is no inclination adjustment mechanism, the patient can only use the maximum inclination angle when using it; in addition, its reset Due to structural reasons, the device occasionally has uneven reset force, and it must be at the zero position of the inclination angle when braking.

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