Multifunctional diabetic foot detector

Abstract

The invention discloses a multifunctional diabetic foot detector, which comprises a multifunctional measuring tablet, the multifunctional measuring tablet, which serves as a sole, is connected to an inflatable sleeve vamp and an inflatable sleeve leg, so that the structure of a boot is formed, and a central processor is arranged on the lower surface of the multifunctional measuring tablet; and also comprised are a large-size toe sleeve, small-size toe sleeves, an inflatable brachial artery sleeve, and a transcutaneous oxygen pressure electrode. The multifunctional diabetic foot detector evaluates the peripheral circulation state of a patient with diabetic feet by measuring the dorsal artery of the foot, an ankle-brachial index, a toe-brachial index, transcutaneous oxygen pressure and foot temperature, evaluates the disease degree of the peripheral nerves of the patient by analyzing touch (pain) sense, the perspiration function and vibration sense and outputs the basal metabolic rate and plantar pressure distribution of the diabetic patient to serve as a subjective basis for the disease degree of the patient with diabetic feet, and the multifunctional diabetic foot detector can play a guiding role in precise treatment for patients with diabetic feet, and can also play an important role in the formulation of diabetic foot treatment solutions through cloud analysis data.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a multi-functional diabetic foot detector mainly used for the peripheral circulation of the feet of diabetic patients and the screening of peripheral neuropathy. Background technique [0002] Diabetes is a common metabolic disease. In my country alone, there are nearly 150 million people suffering from diabetes, and about 5-10% of them have different degrees of foot ulcers or gangrene, and 15% of diabetic foot patients of patients end up having to undergo amputation. The high morbidity, high amputation rate, and high mortality of diabetic foot have caused a heavy burden on the whole society and the patient's family. It is very important to judge the foot lesions and the degree of lesions in diabetic patients early. On the one hand, early diagnosis can provide accurate basis for the treatment of slowing down the progression of diabetic foot, and then early intervention; on the othe...

AI Technical Summary

Problems solved by technology

At present, there are a large number of equipment for measuring peripheral neuropathy and peripheral circulation lesions in diabetic feet at home and abroad, but these equipments have the following deficiencies: ① Currently, there are three types of diabetic foot: vascular lesion type, peripheral neuropathy type and vascular-neuropathy mixed type , and the existing detection equipment is limited to the detection of vascular or neuropathy, and lacks the detection equipment that combines the two lesions into one; ②The measurement accuracy is not enough, most of the instruments are still based on the patient's The subjective feeling of the diabetic foot is mainly based on the subjective feeling, which leads to low objectivity and is difficult to quantify; ③The indicators of testing equipment are still the indicators of the old standard. With the update of the current guidelines for the diagnosis and treatment of diabetic foot, the current equipment generally lacks more representative indicators. There is a lack of latest and comprehensive data in the process of diabetic foot; ④The incidence of diabetes continues to rise around the world. Diabetic foot has become a major health problem involving the national economy and people's livelihood. The previous equipment was for the measurement of a single patient. A complete database has not been established, resulting in a lack of data support for the formulation of diabetic foot epidemiology and treatment guidelines

In the current literature, there are no reports to solve the above problems

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