CN202654114U - Wearable system for traditional Chinese medicine diagnosis and treatment of human body energy meridian - Google Patents

Abstract

A wearable system for traditional Chinese medicine diagnosis and treatment of human body energy meridian is characterized in that the system comprises a processor unit, a power source, at least one temperature sensor, a heartbeat sensor, a massage chip, and a wireless module, wherein the power source, the temperature sensor, the heartbeat sensor, the massage chip and the wireless module are respectively connected with the processing unit, and an electrode plate is connected with the massage chip. The wearable system for traditional Chinese medicine diagnosis and treatment of human body energy meridian provides a wearable system with wider application, and is suitable for patients, housebound old people, the white collar of companies and the like. Besides the basic functions of real-time monitor of heartbeat, breath and temperature of users, the wearable system for traditional Chinese medicine diagnosis and treatment of human body energy meridian is added the function of traditional Chinese medicine diagnosis and treatment of energy meridian, and can be used for daily health care.

Description

Wearable system for TCM human meridian diagnosis and treatment

technical field

The wearable system for TCM human meridian diagnosis and treatment is a new type of system with intelligent monitoring and automatic massage functions. It combines sensor monitoring functions and TCM human meridian massage, which belongs to the field of embedded applications and automatic control. the

Background technique

With the accelerated pace of people's life, people's psychological burden has increased, and some diseases and sub-health problems derived from physical and mental disorders have become the enemy of human health, and wearable health monitoring systems have emerged as the times require. By comprehensively using biomedicine, electronics, embedded systems, intelligent information processing and other technologies, by embedding various tiny chips, sensors, power supplies and other equipment in clothing, clothing becomes a wearable computer that collects various physiological parameters of the human body. Analyze and inform users of the monitoring results in real time. It can interact with the human body in real time, receive commands from the wearer or measure the physiological indicators of the human body. After the various physiological signals collected pass through the processing modules of each node, the signals are transmitted to the central processing module through the wireless and wired transmission modules for analysis of physiological information. the

Most of the existing wearable monitoring systems can collect and analyze some basic physiological indicators of the human body. But it is not combined with the massage function. the

There are also some wearable monitoring systems that have added telemedicine service centers. It is mainly composed of three parts: wearable multi-parameter dynamic collection clothing, patient handheld terminal and remote medical service center. The telemedicine service center is wirelessly connected by means of remote wireless communication. Its beneficial effect is to realize the dynamic collection, storage, analysis, diagnosis and abnormal alarm of low-load physiological parameters (ECG, respiration, body temperature and body movement, etc.) of patients in the home environment, work and living conditions, and through short-distance wireless Communication technology, long-distance wireless communication technology and positioning technology realize mobile monitoring, remote dynamic monitoring and real-time tracking monitoring of patients. However, the handheld terminal needs to be carried by the user, which is cumbersome. If for office workers who work long hours in front of the computer every day, the health monitoring results can be displayed in real time from the computer, and corresponding health tips and medical advice can be given, which is equivalent to installing a health guard on the computer used by the user. Pay attention to the health problems of users. the

Analysis of existing wearable systems is mostly used for real-time monitoring of physiological indicators of the patient's body. We designed a more versatile wearable system that can be used by patients, elderly people at home, white-collar workers in companies, etc. On the basis of the function of real-time monitoring of the user's heartbeat, breathing and body temperature, the function of TCM meridian diagnosis and treatment is added as a daily health care. If the user maintains a posture for a long time, such as an office white-collar sitting for a long time and staring at the computer, it is likely to cause back pain. If the user can massage the relevant acupoints in combination with the diagnosis and treatment of human meridians in traditional Chinese medicine at this time, the user will feel relaxed and comfortable. The elderly are prone to physical fatigue. If you can massage the relevant acupoints regularly, it will have a very good daily health care effect. the

Utility model content

An embedded system is a device that controls, monitors, or assists the operation of machines and equipment. It uses mainstream ARM chips, single-chip microcomputers, and FPGAs (at least one) as the main processor unit. The processor unit analyzes the data collected by the temperature sensor and the heartbeat sensor to realize the physiological monitoring and automatic acupoint massage of the measured object. Ordinary massagers can only artificially select the parts that need to be massaged, but the massage electrodes of the present invention are all over most of the acupuncture points of the body. the

A wearable intelligent system provided by the utility model is characterized in that:

The wearable system for diagnosis and treatment of human body meridians in traditional Chinese medicine is characterized in that: the system includes a processor unit, a power supply, at least one temperature sensor, a heartbeat sensor, a massage chip and a wireless module; the power supply, temperature sensor, heartbeat sensor, massage chip and wireless module are respectively It is connected with the processor unit, and the electrode sheet is connected with the massage chip. the

Specifically: the processor unit uses at least one of ARM chips, single-chip microcomputers, and FPGAs, and the massage chip uses bioelectric massage chips. the

The wireless module adopts the Bluetooth serial port module BLK-MD-BC04-B. the

The processor unit is located on the outer front of the wearable system. the

The heartbeat sensor is located on the inner front of the right chest of the wearable system. the

The temperature sensors are located under the armpit on the inside of the wearable system (at least one). the

Electrode pads are pasted on the corresponding acupoints on the inside of the wearable system. the

The steps to apply the system are as follows:

Use the heartbeat sensor and temperature sensor on the wearable system to collect the user's physiological indicators such as heartbeat and body temperature data in real time;

Acupoint massage of the wearable system: Combined with the monitored data, the massager is periodically activated to massage the relevant acupoints using low-pass bioelectricity, so as to relieve the adverse effects on the body caused by long-term work and lack of exercise. The massage chip realizes the massage of the acupuncture points of the human body, and by adjusting the change of the current, various forms of massage methods can be simulated;

Use bluetooth communication mode to communicate with mobile phone or computer wirelessly. the

The utility model provides a wearable system with a wider range of uses, which can be used for patients, elderly people at home, white-collar workers in companies, and the like. On the basis of the function of real-time monitoring of the user's heartbeat, breathing and body temperature, the function of TCM meridian diagnosis and treatment is added as a daily health care. the

Description of drawings

Figure 1: Schematic diagram of the wearable clothing system structure. the

Figure 2: Functional block diagram of the wearable clothing system. the

Detailed ways

Combined with the illustration part, the specific implementation of the wearable system for human meridian diagnosis and treatment of traditional Chinese medicine is described as follows:

As shown by number 1 in Fig. 1, this device is a processor unit. What the processor unit adopts is ARM chip, one-chip computer, FPGA (at least one). The processor unit includes a massage chip and a wireless module. The massage part 4 is electrode sheets one by one, which are pasted on the inner side of the clothes by conductive cloth and distributed on the corresponding acupuncture points. The massage chip generates high-frequency current signals whose intensity and frequency change according to a predetermined program to massage the user, so as to relieve the user's physical fatigue. The processor unit collects data through the heartbeat sensor 3 and the temperature sensor 2, and automatically controls the massage chip to open the corresponding acupuncture points according to the expert opinion comparison table provided by traditional Chinese medicine stored in the program. The weak biological current generated by the massage chip is transmitted to the opened acupoint electrode sheet through the wire to massage the corresponding acupoints. The wireless module adopts the bluetooth communication mode, and connects with the mobile phone client or the computer client through bluetooth to perform manual selective massage. the

Claims (8)

1. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system, it is characterized in that: this system comprises processor unit, power supply, at least one temperature sensor, heartbeat sensor, massage chip and wireless module; Power supply, temperature sensor, heartbeat sensor, massage chip, wireless module all link to each other with processor unit respectively, electrode slice be connected chip and connect.

2. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system according to claim 1 is characterized in that: processor unit adopts is that ARM chip, single-chip microcomputer, FPGA are at least a.

3. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system according to claim 1 is characterized in that: massage chip employing bio electricity massage chip.

4. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system according to claim 1 is characterized in that: wireless module employing bluetooth serial ports module BLK-MD-BC04-B.

5. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system according to claim 1 is characterized in that: processor unit is positioned at the outside, front of wearable system.

6. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system according to claim 1 is characterized in that: it is inboard that heartbeat sensor is positioned at the right front of wearable system.

7. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system according to claim 1 is characterized in that: temperature sensor is positioned under the inboard axillary fossa of wearable system.

8. traditional Chinese medical science collaterals of human diagnosis and treatment wearable system according to claim 1 is characterized in that: electrode slice is posted at the inboard corresponding acupuncture point of wearable system.

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