KR20070061122A - Method and system for providing health management service - Google Patents

Abstract

A method and a system for providing a healthcare service are provided to enable a user to receive the healthcare service by enabling the user to attach various kinds of sensors, which are miniaturized in an accessory type, for detecting/providing a biological signal of the user. Each biological signal measurement system(100-1 - 100-n) is attached the user, and wirelessly transmits the biological signal by including a plurality of sensors for detecting various kinds of biological signals. A healthcare server(400) provides a manual for the healthcare service registered by the user. A portable healthcare system(200) operates a service program for providing the registered healthcare service to the user, and provides the healthcare service based on the biological signal received from each biological signal measurement system and the manual received from the healthcare server. The sensors include at least one of a PPG(PhotoPlethysmorGram) sensor, a GSR(Galvanic Skin Reflex) sensor, an ECG(ElectorCardioGram) sensor, a skin temperature sensor, an EDA(ElectroDermal Activity) sensor, and an accelerometer.

Description

Health care service providing system and method thereof

1 is a block diagram illustrating a health care service providing system according to a preferred embodiment of the present invention;

2A is a view for explaining a biosignal measuring system according to a first embodiment of the present invention;

2B is a view for explaining a biosignal measuring system according to a second exemplary embodiment of the present invention;

2C is a view for explaining a biosignal measuring system according to a third exemplary embodiment of the present invention;

3 is a block diagram illustrating a portable healthcare system according to a preferred embodiment of the present invention;

4 is a flowchart illustrating a health care service flow of a health care service providing system according to an exemplary embodiment of the present invention;

5 is a flowchart illustrating a method for providing a health care service according to a preferred embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: biological signal measurement system 200: portable healthcare system

210: wireless interface unit 220: network interface unit

230: output unit 240: selection unit

250: storage unit 260: control unit

300: health care server 400: instrument support server

The present invention relates to a health care service providing system and a method thereof.

Today, the health condition of modern people is getting worse due to industrialization, the development of computer technology, the development of the means of transportation and environmental pollution, etc., and the interest in health is increasing due to the increase of income.

The existing health care system proposed to satisfy the user's needs is not only a bio-signal system that measures a user's bio-signal, but also a health-care system providing a health care service to notify only the health state of the user's bio-signal. It stops.

In addition, the existing health care system only measures the bio-signal and notifies the result value, so that the user does not have a great effect in the absence of expert knowledge.

For example, the existing healthcare system may provide a user with a simple measured biometric signal in the form of a numerical value or a graph, but does not clearly transmit the current health state or the health state according to the measured bio signal to the user. As a user, the user cannot clearly check his or her current state of health, and cannot recognize a problem with the current state of health and a way to solve the problem. Just provide

In addition, the existing health care system has a spatial limitation to provide a service only when the biological signal measuring system for detecting the human state and a wired connection at a short distance between the server, the user wants to use the new biological signal measuring system In this case, there is a hassle that can be used only after a separate installation process.

Therefore, the present invention was devised to solve the above problems, and can be worn by the user by miniaturizing and distributing various sensors in the form of accessories that detect the state of the human body and provide a biological signal. In order to provide independence between the service and the biosignal measurement system, a user may wear a desired biosignal measurement system and receive a desired health care service.

In addition, the present invention can be provided to the health instructions of the user who is provided with the health care service to receive a suitable health instructions by the doctor, according to the type of bio-signal measurement system that the user wears in real time without any additional installation process The object of the present invention is to provide a health care service providing system and a method for receiving the service.

The health care service providing system according to an aspect of the present invention for achieving the above object, which is attached to the user's body, and provided with a plurality of sensors for detecting the biological signals of each type, the biological signals detected by each sensor Providing a plurality of bio-signal measurement system to transmit by wireless communication method, a health care server that provides a guideline for the kind of health care service that a user subscribes to, and a health care service that a user is portable and a user subscribes to. And a portable health care system for driving a service program for providing a health care service based on a biosignal received from each biosignal measurement system in a wireless communication manner and a guideline received from a health care server.

The portable health care system according to the present invention is connected to a health care server through a network, generates and outputs health information of a user based on a guideline and a biosignal, and transmits the health information and the biosignal to a health care server.

The health care server according to the present invention updates and provides guidelines according to the bio signals for each type received from the portable health care system and the health information of the subscriber.

Sensor according to the present invention, PPG (photoplethysmogram: optical blood flow), GSR (galvanic skin reflex) sensor, EKG (Electrokardiogramme: ECG) sensor, SKT (skin temperature: skin temperature) sensor, ECG (electrodermal) activity One or more of the skin electrical activity sensor or the accelerometer sensor.

The biosignal measuring system according to the present invention is implemented in one of a ring type that can be mounted on a user's finger, a bracelet type that can be mounted on a wrist, or a chest band type that can be mounted on a chest.

The health care service providing system according to the present invention further includes a measuring instrument support server that provides a driver program in which the portable health care system can be linked with each biosignal measuring system in a wireless communication manner.

The biosignal measuring system according to the present invention transmits unique identification information (URL) to a portable healthcare system when the power is applied and driven.

The portable healthcare system according to the present invention checks whether a driver program corresponding to the unique identification information received from the biosignal measurement system is installed, and if not, installs a driver corresponding to the unique identification information to the instrument support server. Request the program, and automatically install the driver program provided by the instrument support server.

The health care server according to the present invention inquires a doctor or an expert to prepare a guideline based on the user's health information or a biosignal, generates / updates the guideline, and provides the guideline as a portable healthcare system.

The portable health care system according to the present invention selects a biosignal having the highest sensor reliability of each biosignal measurement system when a plurality of biosignals of the same type are received from each biosignal measurement system.

The health care service according to the present invention is any one of a medical examination service, an emergency situation determination service, an emergency response service, or a disease-specific health care service.

According to another aspect of the present invention, a plurality of biosignal measurement systems and a portable health care system connected to a health care server and an instrument support server receive basic health information from a user, and the user accesses a health care server to manage health. A selection unit for subscribing to a service, a wireless interface unit for receiving biometric signals of each type in a wireless communication method from each biosignal measurement system, a guide and a service program from a health care server through a network, and an instrument support A network interface unit for receiving a driver program from a server through a network, a storage unit for storing health information, instructions and biosignals, a biosignal received by a wireless communication method and a service program, and received from a health care server. Based on manuals Is a control unit that provides health care to join.

The control unit according to the present invention generates and outputs health information of the user based on the guidelines and the biosignal, and periodically or in real time transmits the biosignal and the health information to the health care server.

The control unit according to the present invention checks whether or not a driver program corresponding to the biological signal measuring system to be connected is installed, and if not, requests a driver program from the instrument support server, and automatically installs the received driver program. do.

According to another aspect of the present invention, there is provided a method of providing a health care service, wherein a health care server accesses a user through a portable health care system to join a health care service and register basic health information. Comprising the basic health information and the guidelines according to the type of health care services subscribed to, and providing to the portable health care system, and a plurality of bio-signal measurement system detects the bio-signal by the type of the user and portable health by wireless communication method Transmitting to the management system, and providing a health care service based on the sensed biosignals and guidelines by the portable health care system.

In the providing of the health care service according to the present invention, the portable health care system generates and outputs health information of the user based on the guidelines and the biosignal.

The method for providing a health care service according to the present invention comprises the steps of: transmitting, by a portable health care system, a biosignal and health information for each type to a health care server; and a biosignal for each type received by a health care server from a portable health care system; The method may further include updating and providing a guideline according to the member's health information.

The biosignal according to the present invention includes a photoplethysmogram (PPG) signal, a galvanic skin reflex (GSR) signal, an electrocardiogram (EKG: electrokardiogramme) signal, a skin temperature (SKT: skin temperature) signal, and skin electrolysis It is one or more of an ECG (electrode activity) signal or an accelerometer signal.

The method for providing a health care service according to the present invention may include transmitting unique identification information (URL) to a portable healthcare system when the biosignal measurement system is powered and driven, and the portable healthcare system measures the biosignal Check whether the driver program corresponding to the unique identification information received from the system is installed; if not, requesting the driver support server for the unique identification information from the instrument support server; The method may further include transmitting a driver program corresponding to the information, and automatically installing the driver program received from the instrument support server by the portable healthcare system.

In the preparation of the guideline according to the present invention, the health care server inquires a doctor or an expert about the preparation of the guideline based on the user's health information or the biosignal, and generates / updates the guideline.

The method for providing a health care service according to the present invention further includes selecting a biosignal having the highest sensor reliability of each biosignal measurement system when a plurality of biosignals of the same type are received from each biosignal measurement system. do.

According to another aspect of the present invention, a service providing method of a plurality of biosignal measurement systems and a portable healthcare system connected to a healthcare server and an instrument support server may be provided by a user accessing a healthcare server and subscribing to a healthcare service. Receiving basic health information from the user, receiving and storing instructions according to types of basic health information and services from a health care server, driving a service program, and wireless communication from each biosignal measurement system Receiving the biosignals for each type in a manner; and generating and outputting the health information according to the service program based on the biosignals received through the wireless communication scheme and the guidelines.

The method for providing a service of a portable healthcare system according to the present invention includes the steps of periodically or in real time transmitting biosignals and health information to a healthcare server, and whether a driver program corresponding to the connected biosignal measurement system is installed. The method further includes the step of checking whether the driver program is installed in the instrument support server and automatically installing the received driver program.

Hereinafter, a health care service providing system and a method thereof according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram illustrating a health care service providing system according to a preferred embodiment of the present invention.

Referring to FIG. 1, a health care service providing system according to the present invention includes a plurality of biosignal measurement systems 100, a portable health care system 200 wirelessly connected to each biosignal measurement system 100, and The portable health care system 200 includes a meter support server 300 and a health care server 400 connected to a network.

In addition, the health care server 400 analyzes health-related information like a doctor, and works with a professional or a professional institution that can prepare a health care guide, and provides a health care service for a user. That is, the health care server 400 creates different health care guidelines according to the health information and the biosignal for each user subscribing to the health care service, and transmits the health care guide to the portable health care system 200 of the corresponding user. To provide.

Such a health care service may be a health checkup service, an emergency judgment / measurement service, or a disease-specific health care service. For example, the health checkup service analyzes a user's blood pressure, pulse rate, body temperature, and the like to determine whether it is normal. The service is to determine, and if the user selects a health check service, the health care server 400 provides a health care guide that can determine the normal or abnormal state according to the user's blood pressure, pulse, body temperature, etc. value, Bring together health care guidelines and service programs that can provide the services you choose.

Each biosignal measuring system 100 is attached to various places of a user's human body, and provides a biosignal of a human body detected from a sensor to be attached.

In addition, the biosignal measurement system 100 may transmit the biosignal to the portable health care system 200 through a wireless communication method, and the wireless communication system may include an infrared communication method, a Bluetooth communication method, and a Zigbee communication method. Alternatively, a radio frequency identification communication scheme may be used.

The portable healthcare system 200 is portable by a user, analyzes characteristics of biosignals received from each biosignal measurement system 100, and provides a healthcare service selected by the user.

The health care server 400 stores the user's health related information according to the biosignal received from the portable health care system 200, and inquires the doctor about the health related information, so that the doctor prepares the health care instructions suitable for the user. If so, the doctor's health care instructions are sent to the user's portable healthcare system 200.

The instrument support server 300 stores installation modules such as instrument related information and processing program information of each biosignal measurement system 100 used by a user, and the corresponding biosignal measurement system 100 in the portable health care system 200. ) Provides an installation module.

2A is a diagram for describing a biosignal measuring system according to a first exemplary embodiment of the present invention.

FIG. 2A illustrates a ring-shaped biosignal measurement system 100 according to a first embodiment of the present invention, in which a PPG sensor is attached to a predetermined area of an inner diameter surface of a ring, and an analog processing module 110 is defined on a predetermined area of an outer diameter surface. ) Is installed, and the PPG sensor and the analog processing module 110 are electrically connected.

When the user inserts the ring-shaped biosignal measurement system 100 into the finger, the optical blood flow (hereinafter referred to as PPG) sensor of the inner diameter surface of the ring detects the optical blood flow of the finger to convert the PPG biosignal into the analog processing module 110. The analog processing module 110 transmits the PPG biosignal to the portable healthcare system 200 in a wireless communication manner.

In addition, the analog processing module 110 is provided with a space for providing a power supply device (for example, a battery) therein, so that the PPG biosignal can be transmitted by a wireless communication method.

2B is a diagram for describing a biosignal measuring system according to a second exemplary embodiment of the present invention.

FIG. 2A illustrates a bracelet-type biosignal measurement system 100 ′ according to a second embodiment of the present invention, wherein an outer diameter surface of a ring includes a galvanic skin reflex (hereinafter referred to as a GSR) sensor and an electrocardiogram ( Electrokardiogramme, EKG) sensor, skin temperature (Skin temperature, SKT) sensor, etc. are attached, and the inner surface of the surface is attached electrodermal activity (ECG) sensor, SKT sensor.

The GSR sensor, EKG sensor, SKT sensor, etc. are attached to the outer surface of the ring on a substrate having a predetermined size, and wireless communication is performed after the biosignal is filtered and A / D converted to convert the biosignal into a digital signal. And a digital processing module for transmitting to the portable healthcare system 200 in a manner.

In addition, a button for transmitting a biosignal to the portable healthcare system 200 and a biosignal detection start button may be installed on the substrate.

When the user wears the wrist, the bracelet-type biosignal measurement system 100 detects and transmits the ECG biosignal and the SKT biosignal to the digital processing module when the user attaches the wrist to the digital processing module. Transmits the ECG biosignal and the SKT biosignal to the portable healthcare system 200.

In addition, the user puts the end of the opposite finger on the GSR sensor, EKG sensor, SKT sensor attached to the outer diameter surface of the bracelet-type biosignal measurement system 100, and press the start button for detecting the biosignal, GSR sensor, EKG sensor , The SKT sensors detect the GSR biosignal, the EKG biosignal, and the SKT biosignal, and press the transmit button to transmit the biosignal to the digital processing module, and the digital processing module transmits each biosignal to the portable healthcare system 200.

2C is a diagram for describing a biosignal measuring system according to a third exemplary embodiment of the present invention.

FIG. 2C illustrates a chestband-type biosignal measurement system 100 ″ according to a third exemplary embodiment of the present invention. The chestband-type biosignal measurement system includes an accelerometer that detects movement of a human body on the outside and a contact surface of the human body. SKT sensor, EKG sensor, etc. are attached.

The chestband type bio-signal measurement system 100 includes a battery for supplying predetermined driving power, an LED (lamp) indicating an operating state on the outside, a restart button for resetting the power on the upper side, and a power on the lower side. It has a power button that can be turned on / off.

The accelerometer, the SKT sensor, the EKG sensor, and each button may be implemented on a substrate and connected to a signal line. The accelerometer, the SKT sensor, the EKG sensor, and each button may be connected to a signal line. And a control means (not shown) for wirelessly transmitting the biosignal received from the EKG sensor and the sensing signal received from the accelerometer to the portable healthcare system 200.

3 is a block diagram illustrating a portable health care system according to a preferred embodiment of the present invention.

Referring to FIG. 3, the portable health care system 200 according to the present invention includes a wireless interface unit 210, a network interface unit 220, an output unit 230, a selection unit 240, and storage. The unit 250 and the control unit 260 are included.

The air interface unit 210 receives a biosignal from each biosignal measuring system 100.

The network interface unit 220 connects to the instrument support server 300 and the health care server 400 through a network, receives a driver program from the instrument support server 300, and manages the health from the health care server 400. Receives the instructions, and transmits the bio-signal and health-related information to the health care server (400).

The selector 240 includes a plurality of key buttons and allows a user to select a service and input basic health information.

The storage unit 250 stores health-related information generated by the health care instruction book and the portable health care system 200 received from the health care server 400 and analyzes the biosignal and based on the health care guidelines.

The controller 260 analyzes the received bio-signals by type, compares the health care guidelines with the analyzed bio-signals, generates health-related information, and outputs the health-related information to the output unit 230. Provide health care services to users. The controller 260 transmits the health related information and the biosignal to the health care server 400 so that the doctor may update the health care guidelines according to the health related information and the biosignal.

In addition, when the user wears the biosignal measurement system 100 and turns on the power, the biosignal measurement system 100 transmits the unique identification information (URL) to the portable healthcare system 200, and the portable healthcare system ( If it is not installed after checking whether the driver program corresponding to the unique identification information is installed, the controller 260 of the 200 connects to the instrument support server 300 and requests a driver program corresponding to the unique identification information. When the driver program is received, the received program is automatically installed to receive the biosignal in a wireless manner from the corresponding biosignal measurement signal.

4 is a flowchart illustrating a health care service flow of a health care service providing system according to an exemplary embodiment of the present invention.

Referring to FIG. 4, in step S100, a user accesses a health care server 400 through a portable health care system 200 to join a health care service, selects a desired health care service, and a user inputs a basic health care service. Send health information. That is, a user first selects a desired service from the health care server 400, and the health care server 400 transmits program information necessary for performing services and services selected by the user to the portable health care system 200. To be installed automatically.

For example, when the health care server 400 provides a health diagnosis service, an emergency situation determination / measurement service, a health care service for each disease, and the like, a health diagnosis service for determining whether the user is normal, such as blood pressure, pulse rate, and body temperature. If you choose, the service module will be provided with the health care guidelines needed to run the service. In the case of such a medical examination service, the health care guide may include a range value for determining whether the user's blood pressure, pulse, and body temperature are normal, and these values may be adjusted at the physician's discretion and informed upon adjustment. Can be utilized. In addition, the guidelines may be appropriately configured according to the service selected by the user and the health condition or medical history for each user.

Subsequently, in step S110, the health care server 400 transmits the service program information related to the service selected by the user and instructions of the corresponding service to the portable health care system 200. Accordingly, the portable healthcare system 200 automatically installs the received program information and instructions.

When the user wears the biosignal measurement system 100 to the human body, the biosignal measurement system 100 transmits the unique identification information (driver URL) to the portable healthcare system 200 in step S130.

Then, in step S140, the portable health care system 200 checks whether the driver program according to the unique identification information received from the biosignal measurement system 100 is installed. Then, in step S150, the portable health care system 200, if the driver program is not installed, accesses the instrument support server 300, and requests the driver program of the bio-signal measurement system 100. Accordingly, the instrument support server 300 transmits a driver program corresponding to the unique identification information of the biosignal measurement system 100 to the portable health care system 200 in step S160. The portable healthcare system 200 then automatically installs the driver program received from the instrument support server 300.

Meanwhile, when the user additionally wears the new biosignal measurement system 100 while using the health care system 200, the driver program corresponding to the unique identification information received from the biosignal measurement system 100 is similarly provided. If not installed, the driver program is received from the instrument support server 300 and installed automatically. In addition, when the same type of biosignal is received from the plurality of biosignal measurement systems 100, the biosignal received from the biosignal measurement system 100 with high reliability among the biosignal measurement systems 100 may be used. have.

Subsequently, in step S170, the biosignal detected through the sensor attached to each biosignal measurement system 100 is transmitted to the portable healthcare system 200. Then, in step S180, the portable healthcare system 200 analyzes the instructions received from the healthcare server 400 and the biosignals received from each biosignal measurement system 100 to provide a service selected by the user. For example, when the user selects a health diagnosis service, the user may diagnose whether the health is good or dangerous according to the received biosignal so as to diagnose the health.

 Then, in step S190, the portable health care system 200 transmits the various health-related information generated by the department providing the service selected by the user and the biosignal received from the biosignal measurement system 100 to the health care server 400. . Accordingly, in step S200, the health care server 400 periodically changes the health state information and the biosignal, and inquires the health condition of the user to the doctor, updates the guideline, and when the guideline is updated in step S210, the updated guideline To transmit to the portable healthcare system 200. That is, the doctor frequently reads the user's health information from the health care server 400 at his / her desired time to determine the health status of the user and prepares new guidelines if necessary, and the health care server 400 manages the health care of the doctor. If the guideline is changed, it is sent to the portable healthcare system in real time so that the guideline is updated.

5 is a flowchart illustrating a method of providing a health care service according to a preferred embodiment of the present invention.

Referring to FIG. 5, in step S300, the user accesses the health care server 400 through the portable health care system 200 to subscribe to a service, and selects a desired service to transmit basic health information of the user.

In step S310, the health care server 400 registers the user, and transmits the basic health information of the user and a health care guidebook according to the selected service to the portable health care system 200. That is, the user selects a desired service from the health care server 400, and the health care server 400 carries a health care guidebook based on program information and basic health information necessary to perform services and services selected by the user. Transfer to the health care system 200. For example, when the health care server 400 provides a health diagnosis service, an emergency situation determination / measurement service, a health care service for each disease, and the like, a health diagnosis service for determining whether the user is normal, such as blood pressure, pulse rate, and body temperature. If you choose, it will provide you with the health care guidelines you need to run the service with the service module.

In operation S320, when the user wears the biosignal measurement system 100 and turns on the power, the biosignal measurement system 100 transmits unique identification information (URL) to the portable healthcare system 200. Then, in step S330, the portable health care system 200 checks whether the driver program according to the unique identification information received from the biosignal measurement system 100 is installed.

Then, in operation S340, if the driver program is not installed, the portable health care system 200 accesses the instrument support server 300 and requests a driver program of the biosignal measurement system 100. Then, the instrument support server 300 transmits a driver program corresponding to the unique identification information of the biosignal measurement system 100 to the portable health care system 200.

In step S350, the portable healthcare system 200 automatically installs a driver program received from the instrument support server 300.

Meanwhile, when the user additionally wears the new biosignal measurement system 100 while using the health care system 200, the driver program corresponding to the unique identification information received from the biosignal measurement system 100 is similarly provided. If not installed, the driver program is received from the instrument support server 300 and installed automatically.

In addition, when the same type of biosignal is received from the plurality of biosignal measurement systems 100, the biosignal received from the biosignal measurement system 100 with high reliability among the biosignal measurement systems 100 may be used. have.

In operation S360, each biosignal measurement system 100 transmits the biosignal detected through the attached sensor to the portable healthcare system 200 in a wireless communication manner. Then, in step S370, the portable health care system 200 analyzes the instructions received from the health care server 400 and the biosignals received from each biosignal measurement system 100 to generate health related information and generate health-related information. The information is output to provide the health care service of the user's choice. For example, when the user selects a health diagnosis service, the user may diagnose whether the health is good or dangerous according to the received biosignal so as to diagnose the health.

Then, in step S380, the portable health care system 200 transmits various health-related information generated as a result of providing the service selected by the user and the biosignal received from the biosignal measurement system 100 to the health care server 400. do. Accordingly, in step S390, the health care server 400 changes the periodic or health state information and the biosignal, and asks a doctor for a user's health state, updates the guideline, and when the guideline is updated, the updated guideline is portable and health. The management system 200 transmits.

That is, the doctor frequently reads the user's health information from the health care server 400 at his / her desired time to determine the health status of the user and prepares new guidelines if necessary, and the health care server 400 manages the health care of the doctor. If the guideline is changed, it is sent to the portable healthcare system in real time so that the guideline is updated.

Meanwhile, in the detailed description of the present invention, specific embodiments have been described, but various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the scope of the following claims, but also by the equivalents of the claims.

As described above, the present invention can select a user's desired health care services, personal health care guidelines for each user written by a specialist such as a doctor, and personalized health care based on the health status can be possible, Bio-signal measurement system for measuring the user's health status, by measuring the signal in each part of the body in the form of accessories such as rings, bracelets, earrings, to minimize the discomfort on the user's wearing, distributing the measurement position Of course, there is an effect that can be miniaturized. In addition, even if the user adds / modifies the biosignal measurement system for convenience, there is an effect of immediately measuring the biosignal without a separate installation process.

Claims (24)

A plurality of biosignal measuring systems which are attachable to a user's human body and have a plurality of sensors for detecting biosignals of each type, and transmits a biosignal detected by each sensor by a wireless communication method; A health care server providing a guideline for a kind of health care service to which the user subscribes; The service is portable to the user, and the service program for providing a health care service to which the user subscribes, and receives the bio-signal received from the respective bio-signal measurement systems by the wireless communication method, and from the health care server Health care service providing system, characterized in that it comprises a portable health care system for providing the health care service based on the guidance. The method of claim 1, wherein the portable healthcare system, Access to the health care server through a network, generate and output health information of the user based on the guidelines and bio signals, and transmit the health information and the bio signals to the health care server Management Service Provision System. The method of claim 1, wherein the health care server, The health care service providing system, characterized in that for updating the manual according to the bio-signal for each type received from the portable healthcare system and the health information of the subscriber. The method of claim 1, wherein the sensor, Including any one or more of a photoblood flow (PPG) sensor, a pre-dermal skin dead center (GSR) sensor, an electrocardiogram (EKG) sensor, a skin temperature (SKT) sensor, an electrocution activity (ECG) sensor, or an accelerometer sensor. Characterized by the health care service providing system. According to claim 1, The bio-signal measurement system, Health care service providing system, characterized in that implemented in at least one of the ring-type to be mounted on the user's finger, bracelet type to be mounted on the wrist or chest strap type to be mounted on the chest. The method of claim 1, The health care service providing system, the portable health care system further comprises a measuring instrument support server for providing a driver program that can be linked to each of the biological signal measuring system and the wireless communication method. According to claim 1, The bio-signal measurement system, When the power is applied and driven, the health care service providing system for transmitting the unique identification information (URL) to the portable health care system. The method of claim 6 or 7, wherein the portable healthcare system, Check whether a driver program corresponding to the unique identification information received from the biosignal measurement system is installed; if not, request a driver program corresponding to the unique identification information from the instrument support server; A health care service providing system for automatically installing the driver program provided from an instrument support server. The method of claim 1, wherein the health care server, A health care service providing system for inquiring a doctor or a specialist to prepare the guidelines based on the health information or the biosignal of the user, generating / updating the guidelines, and providing the guidelines to the portable healthcare system. The method of claim 1, wherein the portable healthcare system, And when a plurality of biosignals of the same type are received from the biosignal measuring systems, selecting a biosignal having the highest sensor reliability of each biosignal measuring system. The method of claim 1, wherein the health care service. A health care delivery system, which may be one of a medical examination service, an emergency judgment service, an emergency response service, or a disease-specific healthcare service. In the portable healthcare system connected to a plurality of bio-signal measurement system, the health care server and the instrument support server, A selection unit for receiving basic health information from a user and allowing the user to access the health care server and to subscribe to a health care service; A wireless interface unit for receiving bio signals for each type from the bio signal measuring systems by wireless communication; A network interface unit which receives the instruction book and a service program from the health care server through a network, and receives a driver program through a network from an instrument support server; A storage unit which stores the health information, instructions, and bio signals; And a controller configured to drive the service program and provide the health care service subscribed to by the user based on the biosignal received through the wireless communication method and the instructions received from the health care server. Health care system. The method of claim 12, wherein the control unit, And generating and outputting health information of the user based on the manual and the biosignal, and transmitting the biosignal and the health information periodically or in real time to the health care server. The method of claim 12, wherein the control unit, Check whether a driver program corresponding to the biological signal measuring system to be connected is installed; if not, request the driver program from the instrument support server, and automatically install the received driver program. Portable healthcare system. The health care server accessing the user through the portable health care system to join the health care service and register basic health information; Providing, by the health care server, a guidebook according to the basic health information and the type of health care service subscribed to the portable health care system; Detecting, by a plurality of biosignal measurement systems, the biosignal according to the type of the user and transmitting the biosignal to the portable healthcare system through a wireless communication method; And providing, by the portable healthcare system, the healthcare service based on the detected biosignal and the guidelines. The method of claim 15, wherein providing the health care service comprises: And the portable health care system generates and outputs health information of the user based on the guidelines and bio signals. The method of claim 15, Transmitting, by the portable healthcare system, the biosignal and health information of each kind to the healthcare server; And providing, by the health care server, the guidebook according to the biosignals for each type received from the portable health care system and the guidebook according to the health information of the subscriber. The method of claim 15, wherein the biological signal, Including any one or more of a photoblood flow (PPG) signal, a precutaneous system of death (GSR) signal, an electrocardiogram (EKG) signal, a skin temperature (SKT) signal, an electrocution activity (ECG) signal, or an accelerometer signal. Characterized in that the method of providing health care services. The method of claim 15, Transmitting the unique identification information (URL) to the portable healthcare system when the biosignal measuring system is powered and driven; The portable healthcare system checks whether a driver program corresponding to the unique identification information received from the biosignal measurement system is installed, and if not, installs a driver corresponding to the unique identification information to the instrument support server. Requesting the program; Transmitting, by the instrument support server, a driver program corresponding to the unique identification information; And automatically installing, by the portable healthcare system, the driver program received from the instrument support server. The method of claim 15, wherein the preparation of the guideline, The health care server provides a health care service, characterized in that to generate or update the guidelines by inquiring a doctor or a specialist to prepare the guidelines based on the health information or bio-signal of the user. The method of claim 15, And if a plurality of biosignals of the same type are received from each biosignal measurement system, selecting a biosignal having the highest sensor reliability of each biosignal measurement system. The method of claim 15, wherein the health care service. A method of providing a health care service comprising at least one of a medical examination service, an emergency judgment service, an emergency response service, or a disease-specific health care service. In the service providing method of a plurality of bio-signal measurement system and a portable health care system connected to a health care server and a measuring instrument support server, When the user accesses the health care server and subscribes to a health care service, registering basic health information from the user; Receiving and storing instructions based on the type of basic health information and service from the health care server, and driving a service program; Receiving biosignals of each type from the biosignal measuring systems by wireless communication;  And generating and outputting health information according to the service program based on the bio-signal received through the wireless communication method and a guide book. The method of claim 23, Transmitting the biosignal and the health information periodically or in real time to the health care server; Checking whether a driver program corresponding to the biological signal measuring system to be connected is installed; if not, requesting the driver program from the instrument support server and automatically installing the received driver program; Health care service providing method characterized in that.

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