An individualized type 2 diabetes quantitative exercise program generation system

Abstract

The invention discloses an individual type-2 diabetes quantified movement scheme generation system. The system comprises a mobile phone client and a cloud server, wherein the mobile phone client is used for a patient to input personal information and uploads the information input by the patient to the cloud server, and the patient can view an own movement scheme through the mobile phone client; the cloud server is used for performing storage and processing according to the information uploaded by the patient, generating an individual movement scheme for the patient in combination with a weather condition and air quality, and returning the designed movement scheme to the client for the patient to refer to during movement; and the mobile phone client is connected with the cloud server through a network. According to the system, a scientific, reasonable and visual movement guidance scheme is provided for the patient according to the personal information of the patient suffering from type-2 diabetes, the weather condition and the air quality. The invention aims to solve the problems of inadaptation of movement items to the weather condition and the air quality, no design in combination with complications of patients, not provision of specific execution time of each movement item and the like in the prior art.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an individualized type 2 diabetes quantification exercise scheme generation system. Background technique [0002] Diabetes, especially type 2 diabetes, has become a major disease that seriously endangers human health. The prevalence of type 2 diabetes in my country is as high as 9.7%, and it is showing an upward trend. It has become the largest country in the world with diabetes, and the prevention and treatment of diabetes is urgent. Lack of exercise is one of the main causes of type 2 diabetes. Type 2 diabetes is considered to be a disease of lack of exercise (body inertia). More than 80% of type 2 diabetes is related to obesity and body inertia. Exercise intervention can effectively control and Delay the occurrence and development of diabetes and its complications. Due to the complexity of diabetes, there is no unified standard for diabetic exercise, and there is no systemat...

AI Technical Summary

Problems solved by technology

However, this program does not consider the individual differences of patients, and does not strictly limit the exercise form, exercise intensity and exercise time for patients with different complications.

Yao Bin et al. designed a personalized exercise program design method and system to classify exercise groups, and gave specific exercise program guidance and suggestions based on the user's BMI, age, blood pressure, blood sugar, and blood lipids. However, the exercise program design method and The system is not specially designed for patients with type 2 diabetes, and the exercise program design for patients with type 2 diabetes does not take into account the differences in patients' complications and individual signs, and the quantification of exercise time and exercise intensity is not enough, which cannot reach the level of exercise program for type 2 diabetes patients. The purpose of individualized exercise intervention for diabetic patients [see Yao Bin, Chang Cuiqing, Zhang Kezhi, Kuo Yuwen, Wu Shuang, Lu Yiran, Xie Jinke, Wang Yousong. A method and system for designing individualized exercise prescriptions [P]. Beijing : CN105321135A, 2016-02-10.]

Hordern et al designed an exercise program for patients with type 2 diabetes, which stipulated the patient's exercise items, exercise intensity and exercise time, but did not consider the patient's complication factors to provide patients with a scientific exercise program [see Hordern M D, Dunstan D W, Prins J B, et al.Exercise prescription for patients with type2 diabetes and pre-diabetes:Aposition statement from Exercise and SportScience Australia[J].Journal of Science&Medicine in Sport,2012,15(1):25–31.]

[0004] The design of some existing diabetes exercise programs does not take weather factors into account, which will cause inadaptability between sports items, weather conditions and air quality, making it inconvenient for patients to implement. Restrictions will bring risks to the exercise of patients with complications. Again, the specific execution time of each exercise is not provided, which is not convenient for patients to control the amount of exercise

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