Diabetes foot disease rehabilitation therapeutic instrument

Abstract

The invention provides a diabetes foot disease rehabilitation therapeutic instrument, which comprises a trolley, an operation display platform, a touch screen and four sets of therapeutic devices. A control circuit system of each set of therapeutic device is arranged in the trolley, and the operation display platform is arranged on the upper surface of the trolley; the touch screen is arranged onthe operation display platform, a platform outwards extends out of the top end of the back of the trolley in the horizontal direction, and the platform is provided with a first universal arm, a seconduniversal arm and a third universal arm in the length direction of the platform at intervals; the free ends of the first universal arm, the second universal arm and the third universal arm are provided with the first set of therapeutic device, the second set of therapeutic device and the third set of therapeutic device correspondingly; and a rectangular groove protruding outwards in the thicknessdirection of the trolley is formed in the back of the trolley, and the fourth set of therapeutic device is arranged in the rectangular groove. According to medical equipment, the therapeutic effect on rehabilitation of diabetes foot diseases is good, and the diabetes foot disease rehabilitation therapeutic instrument is also suitable for relieving diabetes and assisting in therapy of complications of the diabetes foot diseases.

Description

technical field [0001] The invention relates to a rehabilitation treatment device for diabetic foot disease. Background technique [0002] According to the definition of the World Health Organization (WHO): Diabetic foot refers to lower extremity infection, ulcer formation and / or destruction of deep tissues in diabetic patients due to neuropathy and various degrees of peripheral vascular disease. Clinically, due to the long-term impact of high blood sugar in diabetic patients, arteriosclerosis of the lower extremities, thickening of blood vessel walls, and decreased elasticity, the blood vessels are prone to thrombus formation and build up into plaques, resulting in occlusion of blood vessels in the lower extremities and damage to branch nerves. Resulting in tissue lesions of the lower extremities. The "feet" is the farthest from the heart, and the occlusion is the most serious, which will cause edema, blackening, decay, necrosis, and gangrene. At present, major hospitals ...

AI Technical Summary

Problems solved by technology

Diabetes is a chronic disease, and there is still no cure for it. The reality of diabetic foot is even more serious. The main reason is that there is no good rehabilitation method in the world. The best drug therapy for diabetic foot can only achieve the goal of reducing the severity of the disease. have a certain level of control

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