Auxiliary multi-limb coordination exercise device

Abstract

The invention discloses an auxiliary multi-limb coordination exercise device which comprises a seat with a backrest, wherein a rectangular frame matched with the seat size is fixed on the lower end face of the seat; a left leg driving shaft and a right leg driving shaft coaxial with each other are rotationally arranged at positions on the left and right sides at the front end of the rectangular frame; a left arm driving shaft and a right arm driving shaft coaxial with each other are rotationally arranged at positions on the left and right sides at the rear end of the rectangular frame; a frontmiddle shaft and a rear middle shaft parallel to each other are supported in the middle of the rectangular frame by virtue of bearings; one end of the front middle shaft or the rear middle shaft is connected with rotary power; a left arm chain wheel is fixed on the left arm driving shaft; a right arm chain wheel is fixed on the right arm driving shaft; a foot pedal is fixed at the lower end of ashank swing rod; an upper limb swing rod is upwards fixed on each of the left arm driving shaft and the right arm driving shaft; and a forearm fixing plate is fixed at the upper end of the upper limbswing rod. According to the exercise device disclosed by the invention, multi-limb coordination exercise can be performed under nursing of other people, the cost is low, and the occupied space is small.

Description

technical field [0001] The invention relates to a body exercise device, in particular to an auxiliary limb coordination exercise device. Background technique [0002] After cerebral hemorrhage and cerebral infarction, some patients will cause brain neuron damage, limb weakness, and inconvenient activities. Some patients will suffer from different degrees of damage due to traffic accidents. Due to the effects of trauma, muscle function is obviously weaker than in healthy periods; and limb problems can only be recovered slowly through rehabilitation exercises. Therefore, targeted muscle recovery exercises for patients must be faced by these patients. However, some people with hemiplegia, total paralysis, senile dementia, and limb weakness who cannot exert their own strength need to move with the support or help of others, and most patients cannot be guaranteed long-term activities due to various reasons, resulting in slow recovery; and existing Exercise equipment is bulky, ex...

AI Technical Summary

Problems solved by technology

[0002] After cerebral hemorrhage and cerebral infarction, some patients will cause brain neuron damage, limb weakness, and inconvenient activities. Some patients will suffer from different degrees of damage due to traffic accidents. Due to the effect of trauma, muscle function is obviously weaker than that in healthy period; and limb problems can only be recovered slowly through rehabilitation exercises. Therefore, targeted muscle recovery exercises for patients must be faced by these patients

However, some people with hemiplegia, total paralysis, senile dementia, and limb weakness who cannot exert their own strength need to move with the support or help of others, and most patients cannot be guaranteed long-term activities due to various reasons, resulting in slow recovery; and existing Exercise equipment is bulky and expensive, and requires a large space to display

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