An auxiliary limb exercise device for severe illness

Abstract

The invention discloses an auxiliary limb exercising device for critical illness, which comprises a base, a transmission belt mechanism and a stepping driving mechanism, wherein, the top of the base is provided with a receiving groove, and the tops of the base on both sides of the receiving groove are provided with U-shaped Side bar; the transmission belt mechanism includes a roller assembly and a belt body assembly, wherein the roller assembly includes a driving roller and an auxiliary driving roller symmetrically rotated at both ends of the top of the accommodation tank and a tension roller at the middle of the bottom of the accommodation groove. When the present invention is applied, the user's feet stand on two sets of belts respectively, and when the user walks, both feet respectively step on the pressing plate of the pressing assembly under the two sets of belts, and the human body is pressed by the transmission assembly. The force is transmitted to the drive assembly, and then the gears are driven to rotate, driving the belt to run to achieve the purpose of exercising in situ, and during this process, the belt operation is completely controlled by the user, that is, when the user stops moving, the belt stops running, which is convenient to use. No electricity is required.

Description

technical field [0001] The invention relates to the technical field of exercise devices, in particular to an auxiliary limb exercise device for critical illness. Background technique [0002] Severely ill patients who stay in bed for a long time can easily lead to muscle weakness and limb movement barriers. If the patient cannot perform joint activities in the optimal activity period in time, resulting in joint stiffness, muscle atrophy and other adverse consequences, it will seriously affect the patient's health. Mobility after recovery, so limb exercise devices are needed to enable patients to perform certain exercises to make the limbs return to normal state faster. Usually patients exercise leg muscles by walking on the ward and hospital aisles, which is easy The injuries caused by being hit by walking people also affect the work of medical staff. Therefore, an auxiliary limb exercise device for intensive care is proposed. It is adaptable to patients with different phys...

AI Technical Summary

Problems solved by technology

[0002] Severely ill patients who stay in bed for a long time can easily lead to muscle weakness and limb movement barriers. If the patient cannot perform joint activities in the optimal activity period in time, resulting in joint stiffness, muscle atrophy and other adverse consequences, it will seriously affect the patient's health. Mobility after recovery, so limb exercise devices are needed to enable patients to perform certain exercises to make the limbs return to normal state faster. Usually patients exercise leg muscles by walking on the ward and hospital aisles, which is easy The injuries caused by being hit by walking people also affect the work of medical staff. Therefore, an auxiliary limb exercise device for intensive care is proposed. Adapt to patients with different physical conditions for exercise recovery, strong applicability

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