An auxiliary hand-foot coordination device for neurology rehabilitation

Abstract

An auxiliary hand-foot coordination device for neurology rehabilitation, including a supine board for users to lie on their backs and a simulator fixing structure arranged above the supine board and capable of lifting, the simulator fixing structure includes a The two tracks are the left track and the right track, and the projections of the left track and the right track on the horizontal plane are respectively located on both sides of the lying board, and the two ends of the left track and the right track pass through the fixed plate and the simulation The device mounting plate is fixed as a whole, and foot fixing sleeves are respectively slidably provided on the left track and the right track, and a group of climbing simulators are respectively provided on both sides of the simulator mounting plate. The present invention places the patient on a supine board, and then sets a climbing simulator above it. During the use of the climbing simulator, the patient can not only move the exercise capacity of the lower limb joints and lower legs, but more importantly, can make the upper limbs Full participation has played a very good coordination exercise effect.

Description

technical field [0001] The invention relates to neurology diagnosis and treatment recovery equipment, in particular to an auxiliary hand-foot coordination device for neurology rehabilitation. Background technique [0002] Neurological diseases often cause many other symptoms, among which numbness and weakness of the lower limbs is one of the most common complications. If the condition is severe, it may even cause paralysis. Therefore, in the nursing process after neurological diseases, the recovery and exercise of lower limbs is extremely important. . [0003] In the prior art, the recovery exercise of the lower limbs is generally performed by medical staff using massage equipment to perform restorative massage care on the lower limbs. Although this nursing method can achieve a recovery effect, it is because the external medical staff takes the initiative and adopts passive massage. Massage therapy often leads to poor hand-foot coordination of patients after recovery treatm...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problem of poor hand-foot coordination caused by the use of massage equipment in the rehabilitation of lower limb numbness in the existing neurology department, the present invention provides an auxiliary hand-foot coordination device for neurology rehabilitation. The hand-foot coordination device is actually a The patient is placed on the supine board, and then a climbing simulator is set above it. The patient can use the climbing simulator to exercise by himself. The climbing simulator can fully participate in the upper limbs and has a good coordination exercise effect

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