CN117281489A

CN117281489A - Wearable health management clothes

Info

Publication number: CN117281489A
Application number: CN202311163984.0A
Authority: CN
Inventors: 贾泽潭; 贾海亮; 翁巨峰; 刘冬松
Original assignee: Beijing Guosatcom Technology Co ltd
Current assignee: Beijing Guosatcom Technology Co ltd
Priority date: 2023-09-11
Filing date: 2023-09-11
Publication date: 2023-12-26

Abstract

The invention relates to the technical field of health management and discloses a wearable health management garment, which comprises a management garment and a health management control module, wherein a carbon fiber heating sheet is fixedly connected to the management garment, an air cooling machine is fixedly connected to the management garment, the health management control module comprises a sensing module, an identification module and a decision module, the sensing module can sense the physical state and the environmental temperature of a person wearing the management garment and transmit sensed data to the identification module, and the identification module can convert the data sensed by the sensing module into corresponding electronic data.

Description

Wearable health management clothes

Technical Field

The invention relates to the technical field of health management, in particular to a wearable health management garment.

Background

With the continuous development of technology, people pay more and more attention to self health, so that regular hospital examination and health exercise become a common health detection mode in modern life.

In order to improve the effect of detection and anytime and anywhere can detect the disease, people detect the bracelet or detect the clothes through setting up, make the disease detect the clothes through wearing, can detect heart rate and the blood oxygen of disease and real-time supervision through the clothes to make things convenient for 24 hours to supervise the health state of disease, conveniently in the circumstances of appearing unusual, in time remind the disease, thereby seek medical advice in the first time, improve the effect of treatment.

And consider that current detection clothes is when detecting heart rate and the blood oxygen of disease, when appearing the unusual condition, can only simple warning patient to can not give appropriate solution according to the unusual data condition of disease, make the patient receive the warning in the very first time after, the condition that the confusion appears easily to the lower patient of a part psychological diathesis, influence effect and the efficiency of treatment.

Disclosure of Invention

(one) solving the technical problems

Aiming at the defects of the prior art, the invention provides the wearable health management clothes, which solves the problems that after the detection clothes detect the heart rate and blood oxygen of a patient, the patient can only be simply reminded when abnormal conditions occur, and proper solutions can not be given according to the abnormal data conditions of the patient, so that after the patient is reminded in the first time, a part of patients with lower psychological quality are easy to be in a mess.

(II) technical scheme

In order to achieve the above purpose, the invention is realized by the following technical scheme: the wearable health management suit comprises a management suit and a health management control module, wherein a carbon fiber heating sheet is fixedly connected to the management suit, and an air cooling machine is fixedly connected to the management suit;

the health management and control module comprises a sensing module, an identification module and a decision module, wherein the sensing module can sense the physical state and the environmental temperature of personnel wearing management clothing and transmit sensed data to the identification module, the identification module can convert the data sensed by the sensing module into corresponding electronic data, a user or a worker can observe and distinguish the data and transmit the obtained data to the decision module through the transmission module, the transmission module is used for transmitting the data, and the decision module compares the transmitted data with normal data of a patient recorded in a database, so that the patient is reminded to seek medical attention in time under the condition that the difference between the numerical value and the normal data is large, and an appropriate solution is given through analysis, so that the patient is calmed and the treatment effect is improved.

Preferably, the sensing module comprises a microorganism sensor module and a micro-environment sensor module, the microorganism sensor module can sense the physical state of a person wearing the management clothing, the microorganism sensor module comprises a heart rate sensor module, a pulse sensor module, a blood oxygen sensor module and a blood pressure sensor module, the heart rate sensor module measures the heart rate of a patient through an optical heart rate measurement technology or an electronic heart rate measurement technology, the pulse sensor module uses a PPG technology, light is emitted through an LED lamp placed on the skin and light reflected by the skin and a blood vessel is detected through a photodiode, so that the pulse of the person wearing the management clothing is measured, the blood oxygen sensor module also uses the PPG technology, the percentage of oxyhemoglobin in the blood of the person wearing the management clothing can be estimated through measuring the absorption degree of light with different wavelengths in the blood, and the blood pressure sensor module estimates the blood pressure of the person wearing the management clothing through analyzing signals.

Preferably, the micro-environment sensor module is capable of sensing temperature, humidity and external illumination, and transmitting sensed data temperature to the identification module, the micro-environment sensor module comprises a temperature sensor module, a humidity sensor module and an illumination sensor module, the temperature sensor module is used for measuring the change of electrical properties of impedance, voltage or current to achieve the purpose of measuring temperature, the humidity sensor module is used for estimating the relative humidity in air by measuring the change of the electrical properties of the polymer, ceramic or semiconductor after moisture absorption, and the illumination sensor module is used for measuring the influence of incident light on the silicon or photosensitive semiconductor conductivity, so that the intensity of the light is measured, and the external environment illumination is judged.

Preferably, the recognition module comprises an ecological sign recognition module, the ecological sign recognition module can recognize the data extracted and perceived by the perception module, and calculate and analyze the ecological sign of the person wearing the management suit according to a calculation formula with fixed perception data, the ecological sign recognition module comprises a hunger recognition module, a fear recognition module, a fatigue recognition module and a health recognition module, the hunger recognition module recognizes the hunger state of the user by analyzing the physiological data of organisms, the fear recognition module analyzes and recognizes the psychological state of the user by monitoring the heart rate and the galvanic skin response, the fatigue recognition module analyzes and recognizes the energy of the user by heart rate variation and muscle activity, and the health recognition module analyzes and recognizes the whole health state of the user from five aspects of heart rate, pulse, blood oxygen, blood pressure and temperature.

Preferably, the decision module comprises a comparison module, a database module and an analysis decision module, the comparison module can compare the data transmitted to the decision module by the transmission module with the data in the database, so as to judge the physical condition of a user, and can compare the power and the use state of the sensor module arranged in the sensing module, so as to judge whether the sensor module normally operates, the comparison module comprises a body data comparison module and a sensor comparison module, the body data comparison module can compare the heart rate, the blood pressure, the body temperature, the pulse and the blood oxygen real-time data of the user with the data of the user under normal conditions, so that abnormal index data is found, whether the body of the patient is abnormal is judged, the sensor comparison module compares the power and the temperature of the sensor under different conditions, and prompts the user to replace or maintain the sensor according to the use condition of the sensor, so that the accuracy of the data in the use process of the device is ensured.

Preferably, the database module can store the normal body value of the user and the normal operation value of each sensor, the comparison module is convenient for comparing the real-time data with the data in the database module, the database module is connected with the verification module and the abnormal reminding module, and the verification module is used for comparing the data in the comparison module and finally verifying the data under the condition that the values are normal, so that the accuracy of the data is ensured.

Preferably, the abnormality reminding module reminds the user of which part of the body or the sensor is abnormal under the condition that the numerical value is abnormal after the data is compared by the comparison module, so as to achieve the purpose of timely reminding to seek medical attention.

Preferably, the analysis decision module can give a solution according to the abnormal constant value of the user, the analysis decision module comprises a human body posture data analysis module, a psychological state analysis module and an expert system comprehensive analysis module, the human body posture data analysis module can identify and analyze the posture and the action of the human body, so that the movement and rehabilitation treatment of the user can be conveniently analyzed, the psychological state analysis module can identify and analyze the psychological and emotional states of the individual according to the heart rate and the pulse of the user, the expert system comprehensive analysis module can simulate the decision process of human experts, a solution is provided for specific problems, and the solution is given at the first time under the condition that abnormal data appear, so that the user is calmed, and the treatment effect is improved.

(III) beneficial effects

The invention provides a wearable health management garment. The beneficial effects are as follows:

(1) When the wearable health management clothes are used, the decision-making module is arranged in the health management and control module, so that after the sensing module and the comparison module are used for sensing and comparing the ecological signs of a user, the database module can be matched with the analysis decision-making module to analyze abnormal data and give out a proper solution, and the user is reminded of abnormal body occurrence and simultaneously calm the user to improve the treatment effect.

(2) When the wearable health management clothes are used, the recognition module is arranged, so that after the sensing module senses the ecological sign data of a user, the psychological and physical aspects of the user are analyzed and recognized on the basis of the ecological sign data of the user, the daily state of the patient is more intuitively observed when the later treatment is convenient, and a treatment scheme more suitable for the patient is formulated.

(3) When the wearable health management garment is used, the micro-environment sensing module is arranged in the sensing module, so that the external environment of a user can be sensed and a corresponding strategy is made, under the condition that the external environment temperature is low, the carbon fiber heating sheet is started, the body temperature of the user is improved, under the condition that the external environment temperature is high, the air cooling machine is started, the user is cooled, and the comfort of the user in the process of wearing the health management garment is improved.

Drawings

FIG. 1 is a schematic diagram of the overall structure of the present invention;

FIG. 2 is a schematic diagram of a health management module according to the present invention;

FIG. 3 is a schematic diagram of a microbial sensor module according to the present invention;

FIG. 4 is a schematic diagram of a micro-environmental sensor module according to the present invention;

FIG. 5 is a schematic diagram of an ecological sign recognition module according to the present invention;

FIG. 6 is a schematic diagram of an analysis decision module according to the present invention;

FIG. 7 is a schematic diagram of an alignment module according to the present invention;

FIG. 8 is a schematic diagram of a database module according to the present invention;

FIG. 9 is a flow chart of a decision module according to the present invention.

In the figure: 1. a management garment; 2. a carbon fiber heating sheet; 3. and (5) an air cooling machine.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

Referring to fig. 1-9, the invention provides a wearable health management garment, which comprises a management garment 1 and a health management control module, wherein the management garment 1 is used for a user to wear, the health management control module has the effect of monitoring and managing the ecological signs of the user, can sense and analyze the physical state of the wearer, gives a certain solution according to the physical state data of the wearer, is convenient for the wearer to better know and observe the wearer, and is provided with a lithium battery pack for supplying power to electronic equipment arranged on the management garment 1, the management garment 1 is fixedly connected with a carbon fiber heating sheet 2, under the condition of low temperature, the whole temperature of the management garment 1 is increased by starting the carbon fiber heating sheet 2, the purpose of heating is achieved, and the management garment 1 is fixedly connected with an air cooler 3, under the condition of high temperature, the whole stability of the management garment 1 is reduced by playing a role of the air cooler 3, and the purpose of cooling is achieved.

The health management and control module comprises a sensing module, an identification module and a decision module, wherein the sensing module can sense the physical state and the environmental temperature of a person wearing the management suit 1 and transmit sensed data to the identification module, the identification module can convert the sensed data into corresponding electronic data, a user or staff can observe and distinguish the corresponding electronic data and transmit the obtained data to the decision module through the transmission module, the transmission module is used for transmitting the data, the decision module can compare the transmitted data with normal data of a patient recorded in a database, so that the patient is reminded to seek medical attention in time under the condition that the difference between the numerical value and the normal data is large, the patient is cared by analyzing, the treatment effect is improved while the patient is calmed, the sensing module senses the person wearing the management suit 1, the identification module converts and identifies the sensed related data, the decision module is convenient to compare the stored existing data with the converted related data, and accordingly, whether the user is generally healthy or not is judged, and in case that the deviation occurs, the patient is reminded and the patient is convenient to take medical attention in the first time when the deviation occurs.

The sensing module comprises a microbial sensor module and a micro-environment sensor module, the microbial sensor module can sense the physical state of a person wearing the management suit 1, the microbial sensor is equipment capable of detecting and responding to microbial activity or existence, and the microbial sensor consists of two parts: one is a biological component (e.g., bacteria, yeast or other microorganism) and the other is a physical or chemical sensor, which interacts with the target molecule or other microorganism, which results in a physical or chemical change, such as a pH change, a potential change, fluorescence emission, which is then detected by the physical or chemical sensor and converted into a readable signal.

The microbial sensor module comprises a heart rate sensor module, a pulse sensor module, a blood oxygen sensor module and a blood pressure sensor module, wherein the heart rate sensor module measures the heart rate of a patient through an optical heart rate measurement technology or an electronic heart rate measurement technology, the pulse sensor module uses a PPG technology to emit light through an LED lamp placed on the skin and uses a photodiode to detect the light reflected back through the skin and blood vessels, so that the pulse of a person wearing the management clothes 1 is measured, the effect of monitoring the pulse and the heart rate of a wearer is achieved, the accuracy of heart rate monitoring data is facilitated to be determined, and therefore whether the heart rate data is in a normal range is judged, and the doctor is helped to determine the effect of the medicine and whether the dosage needs to be adjusted according to the heart rate and the pulse data at a later stage after the wearer is treated by a specific medicine.

The blood oxygen sensor module also uses PPG technology, through measuring the absorption degree of light of different wavelength in blood, can estimate the percentage of oxyhemoglobin in wearing management clothes 1 personnel's blood, reaches the effect of monitoring the blood oxygen of wearer, and blood oxygen data can be to the multiparty of wearer just checking, like: blood oxygen levels may reflect the respiratory function of a person. If a person's lungs are not able to take oxygen efficiently or there are other respiratory problems, blood oxygen levels may be reduced and blood oxygen may also be examined for oxygenation of the heart, the main function of the heart being to deliver oxygen to tissues and organs throughout the body. If the heart is not able to perform this procedure effectively, it may lead to a reduced blood oxygen level, avoiding the occurrence of hypoxia in the case of a certain disease in the wearer, leading to a part of the body tissue damage.

The blood pressure sensor module estimates the blood pressure of wearing management clothes 1 personnel through analyzing PPG signal, to the user who does not suffer from blood pressure disease, through regular monitoring blood pressure, can discover the hypertension early to take earlier measure prevention potential health problem, and to the user who suffers from blood pressure disease, regular monitoring blood pressure can help the doctor to know whether current treatment is effective, and adjusts as required.

The micro-environment sensor module not only can detect temperature and humidity, but also can sense external illumination, and transmits the sensed data temperature to the identification module, the micro-environment sensor module can detect and respond to the equipment with micro-environment change around the micro-environment sensor module, and the micro-environment sensor module detects specific environment parameters through a series of physical or chemical reactions and then converts the data into electric signals or other forms of output.

The micro-environment sensor module comprises a temperature sensor module, a humidity sensor module and an illumination sensor module, wherein the temperature sensor module achieves the purpose of measuring temperature by measuring the change of the electric properties of impedance, voltage or current, and obtains accurate temperature data by sensing the body temperature of a wearer and the outside temperature, so that the environment condition can be better known and corresponding measures can be taken to improve the comfort of the wearer.

The humidity sensor module is used for measuring the change of electrical properties of polymers, ceramics or semiconductors after moisture absorption so as to infer the relative humidity in the air, the illumination sensor module is used for measuring the influence of incident light on the electric conduction capacity of silicon or photosensitive semiconductors, so that the intensity of the light is measured, the illumination of the external environment is judged, in indoor environment control, the humidity is an important factor, the comfort and health of people are influenced, the humidity sensor module can be used for monitoring the indoor humidity level and giving corresponding data, reminding a user of timely adjusting the indoor humidity, and improving the comfort of the user in the indoor environment.

The recognition module comprises an ecological sign recognition module, the ecological sign recognition module can be used for recognizing the data extracted and perceived by the perception module and calculating and analyzing the ecological sign of the person wearing the management suit 1 according to a fixed calculation formula matched with the perception data, the ecological sign recognition module comprises a hunger recognition module, a fear recognition module, a fatigue recognition module and a health recognition module, the hunger recognition module is used for recognizing the hunger state of a user by analyzing the physiological data of organisms, the hunger recognition module is used for collecting the physiological data of the user through a sensor, such as heart rate and blood pressure, the collected physiological data can be analyzed and extracted through an algorithm, the hunger recognition module can be used for determining the hunger state of the user through the characteristics and modes obtained through analysis, and once the hunger recognition module determines the hunger state of the user, the hunger recognition module can provide corresponding feedback or trigger related actions for the user, such as: a reminder is sent to the user suggesting his or her eating or providing dietary advice.

The fear recognition module analyzes and recognizes the psychological state of the user by monitoring the heart rate and the skin electric reaction, the heart rate monitoring sensor is used for recording the heart rate change of the user, the heart rate is usually increased when the user faces the fear emotion, the heart rate is a part of the body stress reaction, the collected heart rate and skin electric reaction data are analyzed and extracted through an algorithm, the fear recognition module can determine the fear state of the user through the characteristics and the modes obtained through analysis, and once the fear state of the user is recognized, the module can trigger corresponding feedback or take appropriate actions, such as: providing relaxation skills, mood management advice or sending alerts to identify and address possible fear triggers.

The fatigue recognition module analyzes and recognizes the energy of a user through Heart Rate Variability (HRV), wherein the module monitors the heart rate variability of the user through a HRV sensor, the heart rate variability refers to the heart rate variability amplitude of the heart between different time points, the heart rate variability is generally reduced under the fatigue state, the heart regulation capacity is indicated to be reduced, the fatigue recognition module can determine the fatigue state of the user through the characteristics and modes obtained through analysis, and once the fatigue state of the user is recognized, the module can trigger corresponding feedback or take appropriate actions, such as: providing rest advice, alerting the user to fatigue affecting health, etc.

The health recognition module analyzes and recognizes the overall health status of the user from five aspects of heart rate, pulse, blood oxygen, blood pressure and temperature, the module uses heart rate sensors to measure heart rate and pulse of the user, can reflect the activity of the heart and the health status of the circulatory system, the module uses blood oxygen sensors to measure the blood oxygen level of the user, can reflect the functions of the respiratory and circulatory system and the oxygen supply, the module uses blood pressure sensors to measure the blood pressure of the user, can provide information about the cardiovascular system, the module uses temperature sensors to measure the body temperature of the user, can reflect the metabolism, inflammatory response and other health problems of the body, and these indexes provide important information about the physical functions and the physiological status, and can be used for evaluating the health status of the user.

The decision module comprises a comparison module, a database module and an analysis decision module, the comparison module can compare the data transmitted to the decision module by the transmission module with the data in the database, so that the physical condition of a user can be judged, the power and the use state of the sensor module arranged in the sensing module can be compared, whether the sensor module normally operates or not can be judged, the body data comparison module comprises a body data comparison module and a sensor comparison module, the body data comparison module can compare the heart rate, the blood pressure, the body temperature, the pulse and the blood oxygen real-time data of the user with the data of the user under normal conditions, abnormal index data can be found, whether the body of the patient is abnormal or not is judged, the sensor comparison module compares the data of different sensors with the power and the temperature of the sensor under the normal condition, and the sensor is prompted to replace or maintain the sensor according to the use condition of the sensor, so that the accuracy of the data in the use process of the device is ensured.

The database module can store the normal body value of the user and the normal operation value of each sensor, the comparison module is convenient for comparing the real-time data with the data in the database module, the database module is connected with the verification module and the abnormality reminding module, the verification module is used for comparing the data under the condition that the values are normal, the data are finally verified, the accuracy of the data is ensured, and the abnormality reminding module is used for reminding the user of the abnormality of the body or the parts of the sensors under the condition that the values are abnormal after the comparison module is used for comparing the data, so that the aim of timely reminding medical treatment is fulfilled.

The analysis decision module can give a solution according to the abnormal value of the user, and comprises a human body posture data analysis module, a psychological state analysis module and an expert system comprehensive analysis module, wherein the human body posture data analysis module can identify and analyze the posture and the action of the human body, so that the movement and the rehabilitation treatment of the user can be conveniently analyzed, the psychological state analysis module identifies and analyzes the psychological and the emotional state of the individual according to the heart rate and the pulse of the user, the expert system comprehensive analysis module can simulate the decision process of a human expert, a solution is provided for a specific problem, and the solution is given at the first time under the condition of abnormal data, so that the user is calmed, and the effect of treatment is improved.

In the invention, when the management suit 1 is worn by a user, the ecological sign data of the user is recorded by the health management control module arranged on the management suit 1, the carbon fiber heating sheet 2 is started to heat the management suit 1 by the decision module under the condition that the temperature of the user is perceived to be low by the perception module, so that the temperature of the user is improved, and the air cooling machine 3 is started to cool and dissipate heat the management suit 1 under the condition that the temperature of the user is perceived to be high by the perception module, so that the temperature of the user is reduced, and the effect of higher comfort in the process that the user wears the management suit 1 is achieved.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. A wearable health management garment, characterized by: the health care clothes comprise a management clothes (1) and a health care control module, wherein a carbon fiber heating sheet (2) is fixedly connected to the management clothes (1), and an air cooling machine (3) is fixedly connected to the management clothes (1);

the health management and control module comprises a sensing module, an identification module and a decision module, wherein the sensing module can sense the physical state and the environmental temperature of a person wearing the management suit (1) and transmit sensed data to the identification module, the identification module can convert the data sensed by the sensing module into corresponding electronic data, a user or a worker can observe and distinguish the data and transmit the obtained data to the decision module through the transmission module, the transmission module is used for transmitting the data, and the decision module compares the transmitted data with normal data of a patient recorded in a database, so that the patient is reminded to seek medical attention in time under the condition that the difference between the numerical value and the normal data is large, and an appropriate solution is provided through analysis.

2. The wearable health management garment of claim 1, wherein: the sensing module comprises a microorganism sensor module and a micro-environment sensor module, the microorganism sensor module can sense the physical state of a person wearing the management suit (1), the microorganism sensor module comprises a heart rate sensor module, a pulse sensor module, a blood oxygen sensor module and a blood pressure sensor module, the heart rate sensor module measures the heart rate of a patient through an optical heart rate measurement technology or an electronic heart rate measurement technology, the pulse sensor module uses a PPG technology, light is emitted through an LED lamp placed on the skin and light reflected by the skin and blood vessels is detected through a photodiode, so that the pulse of the person wearing the management suit (1) is measured, the blood oxygen sensor module also uses a PPG technology, the percentage of oxyhemoglobin in the blood of the person wearing the management suit (1) can be estimated through measuring the absorption degree of light with different wavelengths in the blood, and the blood pressure sensor module estimates the PPG of the person wearing the management suit (1) through analyzing signals.

3. A wearable health management garment according to claim 2, wherein: the micro-environment sensor module can sense temperature, humidity and external illumination, and transmits sensed data temperature to the identification module, the micro-environment sensor module comprises a temperature sensor module, a humidity sensor module and an illumination sensor module, the temperature sensor module achieves the purpose of measuring temperature by measuring the change of electrical properties of impedance, voltage or current, the humidity sensor module is used for estimating the relative humidity in air by measuring the change of the electrical properties of polymers, ceramics or semiconductors after moisture absorption, and the illumination sensor module is used for measuring the influence of incident light on the silicon or photosensitive semiconductor conductivity, so that the intensity of light is measured, and the external environment illumination is judged.

4. The wearable health management garment of claim 1, wherein: the recognition module comprises an ecological sign recognition module, the ecological sign recognition module can recognize the data extracted and perceived by the perception module, and calculate and analyze the ecological sign of personnel wearing the management clothes (1) according to a calculation formula with fixed perception data, the ecological sign recognition module comprises a hunger recognition module, a fear recognition module, a fatigue recognition module and a health recognition module, the hunger recognition module recognizes the hunger state of a user by analyzing the physiological data of organisms, the fear recognition module analyzes and recognizes the psychological state of the user by monitoring the heart rate and the galvanic skin response, the fatigue recognition module analyzes and recognizes the energy of the user by heart rate variation and muscle activity, and the health recognition module analyzes and recognizes the whole health state of the user from five aspects of heart rate, pulse, blood oxygen, blood pressure and temperature.

5. The wearable health management garment of claim 1, wherein: the decision module comprises a comparison module, a database module and an analysis decision module, wherein the comparison module can compare the data transmitted to the decision module by the transmission module with the data in the database so as to judge the physical condition of a user, can compare the power and the use state of the sensor module arranged in the sensing module, judge whether the sensor module normally operates, comprises a body data comparison module and a sensor comparison module, and can compare the heart rate, the blood pressure, the body temperature, the pulse and the blood oxygen real-time data of the user with the data of the user under normal conditions, thereby finding out abnormal index data, judging whether the body of the patient is abnormal, and the sensor comparison module compares the power and the temperature of the sensor under different sensor states, prompting the user to replace or maintain the sensor according to the use condition of the sensor, so as to ensure the accuracy of the data in the use process of the device.

6. The wearable health management garment of claim 1, wherein: the database module can store the normal body values of the user and the normal operation values of the sensors, the comparison module is convenient for comparing the real-time data with the data in the database module, the database module is connected with the verification module and the abnormal reminding module, and the verification module is used for comparing the data in the comparison module and finally verifying the data under the condition that the values are normal, so that the accuracy of the data is ensured.

7. The wearable health management garment of claim 6, wherein: the abnormality reminding module reminds a user of which part of the body or the sensor is abnormal under the condition that the numerical value is abnormal after the data is compared by the comparison module, so that the aim of timely reminding medical treatment is fulfilled.

8. The wearable health management garment of claim 1, wherein: the analysis decision module can give a solution according to the abnormal value of the user, the analysis decision module comprises a human body posture data analysis module, a psychological state analysis module and an expert system comprehensive analysis module, the human body posture data analysis module can identify and analyze the posture and the action of the human body, so that the movement and rehabilitation treatment of the user can be conveniently analyzed, the psychological state analysis module can identify and analyze the psychological and the emotional state of the individual according to the heart rate and the pulse of the user, and the expert system comprehensive analysis module can simulate the decision process of a human expert to provide a solution for the specific problem, so that the solution is given at the first time under the condition of abnormal data.