Method for improving treatment decision and feedback of smart foot biological health information management and health care decision system

Abstract

The invention discloses a method for improving treatment decision and feedback of a smart foot biological health information management and health care decision system, when a probe detects implementation of an initial treatment scheme, change of state parameters of all reflecting regions of the user's sole is detected; treatment parameters of a treatment head are adjusted dynamically, and the change of the state parameters of all reflecting regions of the user's sole is recorded in real time, and reaction made by the user is traced and analyzed; according to the change conditions of the state parameters of all reflecting regions of the user's sole, optimal treatment parameters are obtained by analysis; the optimal treatment parameters are fed back to the health care decision system, and the data base of the health care decision system is updated and optimized according to the optimal treatment parameters. According to the method, the treatment parameters of the treatment head are adjusted dynamically in the treatment process, the reaction made by the user is detected in real time (namely treatment effect), the optimal treatment parameters suitable for the user are found out and fed back to the health care decision system, and the data base of the health care decision system is updated and improved.

Description

technical field [0001] The invention relates to a treatment decision-making and feedback improvement method for an intelligent foot biological health information management and health care decision-making system. Background technique [0002] Feet are called the second heart of the human body. This is because scientific research has proved that there are reflex areas and meridian distribution corresponding to various viscera and organs on the human feet. When performing foot therapy, these reflex areas can be stimulated to promote Human blood circulation, regulating the endocrine system, enhancing the functions of human organs, and achieving the health care effect of disease prevention and treatment. With the rapid development of pedicure technology, pedicure equipment has been widely used in various departments in the medical field. [0003] At present, pedicure equipment on the market mainly includes magnetic therapy shoes, foot tubs, etc. Magnetic therapy shoes can play ...

AI Technical Summary

Problems solved by technology

[0004] (1) There is only one way of magnetic therapy, and the treatment method is single, which cannot effectively stimulate the patient's plantar reflex area

[0005] (2) There are great differences in the size of the user's feet, so the position of the plantar reflex area is also different. However, the stimulation points on the traditional magnetic therapy shoes are fixed, and it is impossible to adjust according to the actual user's plantar reflex area. The position is adaptively adjusted to the position of the treatment probe. A pair of magnetic therapy shoes of a certain size can only be used by users of this size, and the effect of users who do not match the size is not ideal

[0006] (3) It is impossible to detect the user's sub-health state by itself, and it is also impossible to adaptively select a reasonable treatment plan for stimulation treatment according to the sub-health state of the human body

[0007] (4) No decision-making system has been established, and treatment cannot be automatically implemented according to the patient's condition

[0008] (5) Even with a decision-making system, it is impossible to dynamically adjust and improve the decision-making system according to the actual treatment effect

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