Auxiliary pedal structure and standing balancing training device

Abstract

The invention discloses an auxiliary pedal structure. The auxiliary pedal structure comprises a pedal translation structure, a lifting structure and a swinging angle structure, the pedal translation structure is arranged on the lifting structure, the lifting structure is arranged on the swinging angle structure, the pedal translation structure comprises a pedal base bottom plate, a pedal plate anda translation driving mechanism, the translation driving mechanism is arranged on the pedal base bottom plate to drive the pedal plate to slide on the pedal based bottom plate, the lifting structurecomprises a lifting base bottom plate and a lifting driving mechanism, the lifting driving mechanism is arranged on the lifting base bottom plate, the pedal base bottom plate is supported by the lifting driving mechanism to drive the lifting and lowering of the pedal base bottom plate, and the swinging angle structure is arranged below the lifting base bottom plate to drive the lifting base bottomplate to swing around a swinging angle supporting frame. The invention further provides a standing balancing training device with the auxiliary pedal structure capable of providing standing balancingrehabilitation training, and the auxiliary pedal structure is simple in structure and capable of reducing the height of a base structure of the standing balancing training device.

Description

technical field [0001] The invention relates to a balance rehabilitation training device, in particular to an auxiliary pedal structure for a standing balance training device and a standing balance training device with the moving assisting pedal structure. Background technique [0002] To restore the balance function of patients with balance dysfunction, the standing balance rehabilitation training device is usually used for evaluation and training. The existing standing balance rehabilitation device includes a static balance training device and a dynamic balance training device. When using the static balance training device, the patient stands on the static balance training device, through the sensory interaction test of the patient's sense of balance and stability limit through the static balance training device, measures the patient's balance ability, and provides static balance training. However, the static balance training device has a single foot position mode, which ...

AI Technical Summary

Problems solved by technology

However, the existing dynamic balance training device has a similar hemispherical structure under the standing plane, on which the patient can tilt 360 degrees, which requires high balance for the patient, and is only suitable for patients with strong balance ability.

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