KR20060082660A - Medical information service system and method thereof - Google Patents

Abstract

The present invention provides a biosignal apparatus for collecting biosignal data measured from a user's body, a mobile device receiving biosignal data measured from the biosignal measuring apparatus, and receiving biosignal data of a user from the mobile device. And a relay device for authenticating the subscriber and the subscription terminal, and a first medical information providing server receiving bio signal data of the user from the relay device and analyzing the received bio signal data.

Accordingly, when the user transmits the biosignal data measured by the biosignal measurement apparatus from the medical information providing server using the wired / wireless communication network, the medical information service server analyzes the biosignal data of the user and precisely analyzes the medical signal. There is an effect that can provide information to the user quickly.

Medical Information Services, Biosignal Measuring Devices, Mobile Devices, Internet

Description

System and method for providing medical information service using wired and wireless communication network {MEDICAL INFORMATION SERVICE SYSTEM AND METHOD THEREOF}

1 is a view schematically showing a medical information service providing system using a wired or wireless communication network.

2 is a view showing in detail the internal configuration of the biological signal measuring apparatus according to the present invention.

Figure 3 is a schematic block diagram of a detailed medical information service providing system using a wired or wireless communication network according to the present invention.

Figure 4 is a flow chart schematically showing a method for providing medical information service using a relay device according to an embodiment of the present invention.

5 is a flow chart illustrating an authentication process of a subscriber and a subscriber terminal of FIG. 4 according to the present invention.

6 is a flowchart schematically showing a method for providing medical information service using the Internet according to another embodiment of the present invention.

7 is a view showing a selection menu input by a user in a method for providing medical information service using a wired or wireless communication network according to the present invention.

8 is a diagram showing an internal configuration of data processed by the data management unit of the relay apparatus according to the present invention.

9 is a diagram showing an internal configuration of data stored in a first database of a first medical information providing server according to the present invention.

10 is a diagram showing the internal configuration of the message data generated by the first medical information providing server according to the present invention.

11 is a diagram showing the internal configuration of the message data processed by the relay apparatus according to the present invention.

12 is a view showing the structure of the EEPROM memory stored in the storage memory of the biosignal measuring apparatus according to the present invention.

13 is a flowchart schematically illustrating an operation process of a second medical information providing server in a method for providing medical information service using a wireless communication network according to the present invention.

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

100: biosignal measuring device 110: biosignal measuring sensor

200: mobile device 300: relay device

400: first medical information providing server 500: second medical information providing server

1000: Computer

The present invention relates to a system and method for providing a medical information service using a wired / wireless communication network. In particular, when the biosignal data measured by a user is transmitted through a wireless communication network or an internet network, the present invention analyzes and diagnoses the transmitted biosignal and precisely diagnoses the user. A medical information service providing system and method using a wired or wireless communication network for providing medical information.

In general, a device for measuring a biosignal includes a device for measuring an electrocardiogram, body temperature, blood pressure, pulse rate, and blood glucose level, and such a device detects or measures a biosignal for checking a patient's health condition or treating a patient. Display it.

However, the biosignal measuring apparatus as described above has to be provided with a precise sensor for measuring a user's biosignal, and the apparatus is expensive because it is necessary to calculate the calculated biosignal and calculate statistics.

In addition, the biosignal measuring apparatus uses the measured data described in the user's manual of the apparatus as a normal value, but the normal value is a value of average statistical data including age and gender of all persons. There is a problem in that it is not possible to receive an accurate diagnosis according to individual differences, which causes inconvenience to visit a hospital directly in order to hear the opinion of a specialist doctor for accurate diagnosis.

The present invention is to solve the above problems, an object of the present invention is to provide a user with precisely analyzed medical information after the medical information service server analyzes and diagnoses the bio-signal data measured and transmitted by the user It is to provide a system and method for providing medical information service using a communication network.

Another object of the present invention is to provide a medical information service providing system and method using a wired or wireless communication network that can transmit and receive biosignal data and medical services using a wired or wireless network, and can receive the opinion of a specialist in real time. .

In order to achieve the above object, the present invention provides a biosignal measuring apparatus for collecting biosignal data measured from the user's body, a mobile device receiving the biosignal data measured from the biosignal measuring device, and the mobile device. And a relay device for receiving the biosignal data of the user, authenticating the subscriber and the subscriber terminal, and a first medical information providing server for receiving the biosignal data of the user from the relay device and analyzing the transmitted biosignal data. It is characterized by.

In addition, a second medical information providing server for secondarily processing or precisely analyzing the biosignal data received from the first medical information providing server and the biosignal data measured by the biosignal measuring apparatus or the first medical information providing server are users. The computer may further include a computer configured to analyze and transmit the biosignal data of the message through the Internet.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a diagram schematically illustrating a medical information service providing system using a wired / wireless communication network, and includes a biosignal measuring apparatus 100 and a biometric measured from a biosignal measuring apparatus 100 for collecting biosignal data detected from a user's body. A user from the relay device 300 and the relay device 300 that receive the biosignal data of the user from the mobile device 200 and the mobile device 200 receiving the signal data and authenticate the user (subscriber) and the subscription terminal. The first medical information providing server 400 receives the biosignal data and analyzes the received biosignal data.

In addition, the biological signal data measured by the second medical information providing server 500 and the biological signal measuring apparatus 100 which secondaryly process or precisely analyze the biological signal data received from the first medical information providing server 400 are transmitted. The computer 1000 may further include a computer 1000 that receives the message received by the first medical information providing server 100 by analyzing the biosignal data of the user through the Internet network.

First, a user measures his / her biosignal using the biosignal measuring apparatus 100 and the biosignal measuring sensor 110, and then measures the biosignal measured by connecting the biosignal measuring apparatus 100 and the mobile device 200. The signal data is transmitted to the mobile device 200. Here, the biosignal may be understood as EEG, EMG ECG, HRV, skin temperature, GSR, PPG, blood pressure, and the like.

Then, when the mobile device 200 transmits the corresponding biosignal data to the relay device 300, the relay device 300 performs user authentication and authentication of a subscription terminal, and the biosignal data of which authentication is completed is defined in a prescribed form. After processing, the biosignal data is transmitted to the first medical information providing server 400.

Next, the first medical information providing server 400 analyzes the transmitted biosignal data, composes the biosignal data information according to the analyzed result, and transmits the message. Here, when a more precise analysis is desired, statistical medical information with the findings of a specialist may be obtained through the second medical information providing server 500.

2 is a view showing in detail the internal configuration of the biological signal measuring apparatus according to the present invention, the sensor unit 110 for measuring the biological signal of the user, the biological signal amplification unit 120 for amplifying the biological signal, electrical signal amplification Switching unit 101 to turn ON / OFF, analog to digital converter (ADC) converter 102 to digitally convert an analog biosignal, signal processing and control unit to process, analyze, compress, and control input signals 130, the SRAM 104 and NOR Flash memory 105 for storing and executing changeable programs that can be performed by the signal processing and control unit 130, and the flash memory 106 for storing the converted biosignal data. And an expansion socket 107 extending to an external memory, a first interface unit 150 that can be connected to the computer 1000, and an LCD display unit 108 displaying a state and a processing state of the biosignal measuring apparatus 100. , LCD display 108 LCD power supply unit 109 for supplying power, an operation key 111 operated by a user, a portable battery 112, a power conversion unit 113 for supplying power to the biological signal measuring device 100, external power Infrared Data Access (IRDA), which provides a wireless mode and a charging unit 114, a sound generating device 115, a second interface unit 240 of the mobile device 200 for charging and operation by Or a Bluetooth unit 117.

3 is a schematic block diagram of a medical information service providing system using a wired or wireless communication network according to the present invention.

The biosignal measuring apparatus 100 includes a sensor unit 110, a biosignal amplifier 120, a signal processing and control unit 130, a storage memory unit 140, and a first interface unit 150.

The sensor unit 110 measures a biosignal detected from the user's body, and the biosignal amplifying unit 120 amplifies the measured biosignal data to a signal size that can be analyzed.

The signal processing and control unit 130 processes the amplified biosignal data and controls transmission and reception of the processed biosignal data, wherein processing the biosignal data digitizes the amplified biosignal data and compresses the signal.

The storage memory 140 stores the signal processing and the biosignal data processed by the controller 130.

The first interface unit 150 is connected to the mobile device 200 or the computer 1000 to transmit and receive data.

The mobile device 200 includes a first transceiver 210, a base-band processor 220, a modem processor 230, and a second interface 240.

The first transceiver 210 transmits and receives radio waves and data, and transmits and receives data transmitted from the relay device 300.

The base-band processor 200 processes radio signals, that is, processes radio protocols such as code-division multi access (CDMA) or global system for mobile telecommunication (GSM).

The modem processor 230 processes the biosignal data transmitted from the biosignal measuring apparatus 100.

The second interface unit 240 receives data transmitted from the biosignal measuring apparatus 100.

The relay device 300 includes a base station 310, a base station control server 320, a wireless operator server 330, a wireless gateway 340, and a second transceiver 350, and the wireless operator server 330 is an SMS. The management unit 331, the subscriber terminal management unit 332, the subscriber information database 333, and the medical information management unit 334.

The base station 310 transmits and receives the biosignal data transmitted from the mobile device 200, and the base station control server 320 controls the base station 310 transmitting and receiving the biosignal data.

The subscription terminal manager 332 performs authentication on the biosignal measuring apparatus 100 and the mobile device 200.

The user information database 333 stores user information and performs user authentication.

The medical information management unit 334 processes the authenticated biosignal data into a prescribed form or processes the short message service (SMS) data transmitted from the first medical information providing server 400.

The SMS manager 331 manages the SMS data processed by the medical information manager 334.

The wireless gateway 340 transmits and receives data wirelessly, and the second transceiver 350 transmits the biosignal data transmitted by the mobile device 200 to the first medical information providing server 400 or the first medical information. The providing server 400 receives the SMS data transmitted.

The second transceiver 350 transmits the biosignal data processed by the medical information management unit 334 to the first medical information providing server 400 or receives the SMS data transmitted by the first medical information providing server 400. Receive.

The first medical information providing server 400 may include a third transceiver 410, an operation manager 420, an automatic signal processor 430, a first database 440, a first web service provider 450, and a monitor. 460.

The third transceiver 410 receives the biosignal data transmitted by the relay device 300 or transmits the SMS data generated by the automatic signal processor 420 to the relay device 300.

The automatic signal processor 430 automatically analyzes / processes the biosignal data transmitted through the relay apparatus 300 or the computer 1000.

The first database 440 stores biosignal data and user information analyzed by the automatic signal processor 430.

The operation manager 420 temporarily stores the biosignal data transmitted through the relay apparatus 300 or the computer 1000 and transmits the biosignal data to the automatic signal processor 420, and the result of the data processed by the automatic signal processor 430. Create a message.

The monitor 460 monitors the biosignal data measured by the biosignal measuring apparatus 100 in real time.

The first web service provider 450 is connected to the second medical information providing server 500 and the computer 1000 through an internet network.

The second medical information providing server 500 includes a fourth transmitting and receiving unit 510, a second web service providing unit 520, a second database 530, and a medical information processing unit 540.

The fourth transceiver 510 receives the biosignal data from the first medical information providing server 400 and transmits the statistical medical information created by the medical information processing unit 540 to the computer 1000.

The second web service provider 520 is connected to the first medical information providing server 400 and the computer 1000 through an internet network.

The medical information processor 540 generates statistical medical information by analyzing the accumulated biosignal data and attaching the opinion of a specialist.

The second database 530 stores statistical medical information generated by the medical information processor 540.

The computer 1000 receives the biosignal data from the biosignal measurement data 100, transmits the biosignal data to the first medical information providing server 400, and receives statistical medical information from the second medical information providing server 500.

4 is a flowchart schematically illustrating a method for providing a medical information service using a relay device according to an embodiment of the present invention. First, a user checks his / her biosignal using the biosignal measuring apparatus 100 (S100). .

Next, the user transmits the measured biosignal data to the mobile device (eg, mobile phone, PDA, etc.) 200 to transmit the measured biosignal data to the first medical information providing server 400 (S102). ). Here, the biological signal measuring device 100 and the mobile device 200 are connected to transmit the measured biological signal data 100 to the mobile device 200.

Then, the user can enter a selection menu (S104), where the selection menu refers to a menu for checking the data transmission method and the status of the user.

In the following, the selection menu will be described in detail.

Next, the user accesses the base station 310 through the mobile device 100 and transmits the biosignal data measured by the user to the wireless operator server 330 (S106). That is, when the mobile device 200 transmits the biosignal data to the base station 310, the base station control server 320 transmits the biosignal data transmitted to the base station 310 to the wireless operator server 330.

Thereafter, subscriber terminal authentication and user authentication are performed through the biosignal data transmitted from the subscription terminal manager 332 and the subscriber information database 333 (S108). The reason for authenticating the user and the subscribing terminal is to know whether a suitable user has requested information analysis of the biosignal data, and the transmitted biosignal data includes user (subscriber) information, terminal information, and measured biosignal data information. The subscriber information database 333 and the subscriber station management unit 332 may perform authentication by referring to the information.

Then, when authentication is completed, the medical information management unit 334 processes the biosignal data into a prescribed form and transmits the biosignal data to the first medical information providing server (S110). If authentication is not allowed, the wireless service provider server 330 disconnects the mobile device 200 and does not perform data transmission. In FIG. 5, user and subscription terminal authentication will be described in detail.

Thereafter, the processed biosignal data is transmitted to the first medical information providing server 400 through the second transceiver 350.

Next, the biosignal data transmitted to the first medical information providing server 400 is automatically analyzed by the automatic signal processor 430 (S112), and the analyzed information is stored in a first database managed for each user. Here, the operation manager 420 determines whether the biosignal data transmitted from the automatic signal processor 430 has been analyzed. When the biosignal data is analyzed, the user manager and the analyzed biosignal data are transmitted to the first database 440. Save it. If the transmitted biosignal data is not analyzed, only the user information is stored in the first database 440. Hereinafter, the data structure stored in the first database 440 will be described in detail with reference to FIG. 9.

Next, the operation manager 420 generates a result message for the analysis based on the user information stored in the first database 440 and the analyzed biosignal data (S114), and transmits the biosignal to which the transmitted biosignal data is transmitted. If data is not analyzed and only user information is stored, a result message indicating that the data cannot be analyzed is generated.

Next, the generated result message is transmitted to the user, and the method of transmitting the generated result message to the user may be divided into a method of transmitting through the relay device 300 and a method of transmitting using the Internet. First, when a user transmits a result message through the relay device 300, when the user transmits the result message generated by the operation manager 420 to the relay device 300 through the third transceiver 410 (S116). 2 The transceiver 350 transmits the received result message to the wireless service provider server 330 (S118). Accordingly, the medical information manager 334 of the wireless operator server 330 processes the transmitted result message and transmits the result message to the SMS controller 331. Here, the medical information management unit 334 processing the message refers to inserting the management hospital name, advertisement, etc. in the message transmitted from the first medical information providing server 400.

Then, the processed message is transmitted to the mobile device 200 (S120), the user can check the test result for the bio-signal measured by the user.

On the other hand, when the user transmits the message generated using the Internet (S116), the operation management unit 420 transmits the resulting message to the first web service provider 450, this first web service provider In operation 450, the processor 450 connects to the Internet network and transmits a result message to the user computer 1000 through the Internet network. Thus, the user may check the test result for the biosignal through the computer 1000.

Meanwhile, the first medical information providing server 400 may check the biosignal data measured by the biosignal measuring apparatus 100 in real time through the monitor 460 and receive the checked biosignal data in real time. .

On the other hand, if more precise analysis of the biosignal data is required, the second medical information providing server 500 may request the analysis of the biosignal data. Here, the second medical information providing server 500 analyzes the accumulated biosignal data of the user and analyzes the biosignal data more precisely by attaching the opinion of a specialist. Hereinafter, an operation process of the second medical information providing server 500 will be described in detail with reference to FIG. 13.

FIG. 5 is a flowchart illustrating an authentication process of a subscriber and a subscriber terminal of FIG. 4 according to the present invention. First, the biosignal data transmitted from the subscriber station management unit 332 and the subscriber information database 333 of the wireless operator server 330. Subscriber terminal authentication and user authentication is performed through (S108). That is, user authentication is performed through the subscriber ID stored in the transmitted biosignal data, and the subscriber station is authenticated through the device ID stored in the biosignal data.

Next, when the authentication is completed, the user ID is checked in the EEPROM memory stored in the storage memory unit 140 of the biosignal measuring apparatus 100 (S150 and S152). If the user ID exists as a result of the check, the same subscriber ID is searched and compared in the subscriber information database 333 (S154 and S156). The EEPROM memory is described in detail in FIG. 12 below.

On the other hand, if the user ID does not exist as a result of the check, since the subscriber is connected to the relay device 300 for the first time, the subscriber station manager 332 generates a unique ID that is not duplicated and stores it in the user information database 333. (S160). The subscriber ID stored in the user information database 333 is also stored in the storage memory unit 140. Thereafter, steps S152 to S158 are performed.

6 is a flowchart schematically illustrating a method for providing a medical information service using the Internet according to another embodiment of the present invention. First, a user checks his / her biosignal using the biosignal measuring apparatus 100 (S200).

Next, the user transmits the measured biosignal data to the user's computer 1000 to transmit the measured biosignal data to the first medical information providing server 400 (S202).

Then, the user can enter a selection menu (S204), where the selection menu refers to a menu for checking the data transmission method and the user's status.

In the following, the selection menu will be described in detail.

Next, the user accesses the Internet through the computer 1000 and transmits the biosignal data measured by the user to the first medical information providing server 400 (S206). Here, the interface control unit (not shown) of the computer 1000 reads the operator ID stored in the EEPROM memory stored in the storage memory unit 140 and transmits it to the first medical information providing server, and the first medical information providing server 400 It is checked whether the transmitted operator ID matches the subscriber information in the first database 440. Here, the EEPROM memory structure will be described in detail with reference to FIG. 12.

Accordingly, if the check result matches the operator ID and the subscriber information, the operation manager 420 receives the biosignal data transmitted through the Internet network.

Next, the biosignal data transmitted to the first medical information providing server 400 is automatically analyzed by the automatic signal processing unit 430 (S208), and the analyzed information is stored in the first database 440 managed for each user. . Here, the operation manager 420 determines whether the biosignal data transmitted from the automatic signal processor 430 has been analyzed. When the biosignal data is analyzed, the user manager and the analyzed biosignal data are transmitted to the first database 440. Save it. If the transmitted biosignal data is not analyzed, only the user information is stored in the first database 440. Hereinafter, the data structure stored in the first database 440 will be described in detail with reference to FIG. 9.

Next, the operation manager 420 generates a result message for analysis based on the user information stored in the first database 440 and the analyzed biosignal data (S210), and transmits the biosignal to which the transmitted biosignal data is transmitted. If data is not analyzed and only user information is stored, a result message indicating that the data cannot be analyzed is generated.

Next, the generated result message is transmitted to the user. Here, a method of transmitting the generated result message in the user may be divided into a method of transmitting through the relay device 300 and a method of transmitting using the Internet. When the user transmits the result message through the relay apparatus 300, when the operation manager 420 transmits the generated result message to the relay apparatus 300 through the third transceiver 410 (S212), the second transmitter / receiver is transmitted. The unit 350 transmits the received result message to the wireless service provider server 330 (S214). Accordingly, the medical information manager 334 of the wireless operator server 330 processes the transmitted result message and transmits the result message to the SMS controller 331. Here, the medical information management unit 334 processing the message refers to inserting the management hospital name, advertisement, etc. in the message transmitted from the first medical information providing server 400.

Then, the processed message is transmitted to the mobile device 200 (S216), the user can check the test result for the bio-signal measured by the user.

On the other hand, when the user transmits the result message generated using the Internet (S212), the operation management unit 420 transmits the generated result message to the first web service provider 450, this first web service agent Study 450 connects to the Internet network, and transmits a message to the user computer 1000 through the Internet network (S218). Thus, the user may check the test result of the biosignal measured by the computer 1000.

Meanwhile, the first medical information providing server 400 may check the biosignal data measured by the biosignal measuring apparatus 100 in real time through the monitor 460 and receive the checked biosignal data in real time. .

On the other hand, if more precise analysis of the biosignal data is required, the second medical information providing server 500 may request the analysis of the biosignal data. Here, the second medical information providing server 500 analyzes the accumulated data and analyzes the biosignal data more precisely by attaching the opinion of a specialist. Hereinafter, an operation process of the second medical information providing server 500 will be described in detail with reference to FIG. 13.

7 is a diagram illustrating a selection menu input by a user in a method for providing medical information service using a wired / wireless communication network according to the present invention. The selection menu 10 is a menu 11 for selecting a data transmission method and a measurement state of a user. And a menu 13 for checking and a menu 13 for making a reservation for diagnosis.

The menu 11 for selecting a data transmission method is divided into a method of transmitting stored data and a method of transmitting data in real time, wherein the stored data transmission method stores data measured by the user through the biosignal measuring apparatus 100. After storing in the memory unit 140 refers to a method for transmitting at one time, the real-time data transmission method refers to a method for transmitting the data measured by the user through the bio-signal measuring apparatus 100 in real time.

The menu 12 for checking the measurement state of the user is to check the symptoms, the activity state and the sensor position of the user, and may be divided into sub-menus such as pain, stress state and difficulty breathing.

In addition, the activity state is to check the state when measuring the user's bio-signals, for example, can be divided into sub-menus such as exercise, mountain climbing, rest, taking medicine and sleep, the sensor position is the sensor when the user measures the bio-signals By checking where the position of the, the ECG sensor, for example, can be configured with the standard ECG menu of Lead I, Lead II, Lead II, aVR, aVL, aVF, v1-v6.

The menu 13 for reservation of diagnosis is a menu in which a user applies for reservation in order to receive a diagnosis from a specialist.

8 is a diagram illustrating an internal configuration of data processed by the data management unit of the relay apparatus according to the present invention.

The basic form of the biosignal data includes a frame ID header 600 and encrypted biosignal data 601. The frame ID header 600 includes an operator service code 602 for providing a service, a terminal ID 603, And a subscriber information header 604 and a data header 605 area. Here, the subscriber information header 604 is composed of areas such as subscriber telephone number 606, subscriber code 607, subscriber name 608, and the like. And, the subscriber information stored in the subscriber information header 604 may be extracted or coded from the subscriber terminal management unit 332 and the subscriber information database 333, where the first medical information providing server 400 when the subscriber information is coded. ) May share the information in the subscriber information database 333 with the subscription terminal manager 332 of the wireless operator server 330.

In addition, the data header 605 distinguishes the CRC (Cycle Redundancy Check) data 609, the measurement condition 610, and the stored data or real-time data transmission for identifying an error of the transmitted data, and classifies the types of bio signals. It consists of areas, such as analysis conditions 611 to be described.

In addition, the biosignal data may be encrypted by the second transceiver 350 or the medical information manager 334 to prevent illegal alteration and leakage of the biosignal, and the third transceiver 410 or the operation manager 420 may be encrypted. Can be decrypted by Here, the encryption code may be shared with each other.

9 is a diagram illustrating an internal configuration of data stored in a first database of a first medical information providing server according to the present invention.

As shown, the data structure of the first database 440 is composed of patient information 700 and encrypted biometric data 701. The patient information 700 includes a patient code 702, a subscriber (patient) phone number 703 registered in the wireless carrier server 330, a service code 704 of a wireless service registered by the patient, and a recording condition for collecting biosignal data. 705, recording time information 706 recording the collection time, processing time, etc. of the biosignal data, information analyzed by the automatic signal processing unit 430, and analysis result information processed from the second medical information server 500 ( 707). Here, the Chinese character code 702 is stored in the first database 440, and includes the patient's name 708, the patient's name 709, or other medical information (e.g., medical history, health condition, medical care). Insurance code, etc.) and the patient medical information code 710 for interlocking with each other. The recording condition 705 includes a recording environment 711 in which the user measured the biosignal and location information of the sensor measuring the biosignal. It consists of an area such as a sensor position 712 indicating.

10 is a diagram showing an internal configuration of the message data generated by the first medical information providing server according to the present invention.

As illustrated, the message data frame header 800 and the SMS message 801 generated by the first medical information providing server 400 are configured. The frame header 800 includes a carrier code 802 of the carrier, a subscriber's terminal (wireless modem) phone number 803, message information 804 indicating additional information that may be processed by the carrier server 330, and the like. The frame header 800 is used by the data manager 344 to identify the user and the mobile device receiving the SMS message.

11 is a diagram showing the internal configuration of the message data processed by the relay apparatus according to the present invention.

The wireless operator management unit 330 processes the result data transmitted from the first medical information providing server 400 and finally transmits an SMS medical service message transmitted to the user. Here, the SMS medical service message includes a management hospital and a precision diagnosis hospital name 900, a processing result message 901, and an advertisement 902, and the processing result message 901 is transmitted from the first medical information providing server 400. It is the same as the result message.

The processing result message 901 is a recommendation message for the user to receive a specialized diagnosis, and the user may receive a precise diagnosis in the management hospital and the precision diagnosis hospital according to the processing result message 901. Here, the management hospital and the precision diagnosis hospital name 900 may be designated by the first medical information providing server 400 and the second medical information providing server 500.

12 is a view showing the structure of the EEPROM memory stored in the storage memory of the biosignal measuring apparatus according to the present invention.

As shown, the memory of the EEPROM stores a unique code, and the memory structure of the EEPROM includes a unique device ID 101 of the biosignal measuring apparatus 100 and a service ID 102 of a service for classifying a type of biopsy. And a subscriber ID 103 assigned by the wireless operator server 330, a carrier ID 104 assigned by the first medical information providing server 400, and a reservation area 105. Here, the reserved area 105 is a reserved area that can be allocated by each service provider, and the area is connected to the base station control server 320, the base station 310, and the mobile device 200 by the wireless service provider server 330. Signal processing may be changed through the signal processing, and recording may be changed by the signal processing and control unit 130.

FIG. 13 is a flowchart schematically illustrating an operation process of a second medical information providing server in a method for providing a medical information service using a wireless communication network according to the present invention. First, the first database 440 may be configured from the first medical information providing server 400. Receives the accumulated bio signal data of the user stored in (S300).

Next, the medical information processor 540 analyzes the received biosignal data of the user and generates statistical data (S302). Here, the accumulated data is stored in the first database 440 of the first medical information providing server 400, the service type code 704, the recording condition 705, the recording time information 706, and the analysis result information 707. And the medical information code 710 of the patient, and the statistical data refers to the average, deviation, and scatter of the medical data according to the recording time analyzed with reference to the accumulated data.

Next, the doctor's opinion is inquired (S304), where the doctor's opinion refers to an error correction of the analyzed data.

Thereafter, the medical information processing unit 540 creates a statistical medical information message to which statistical data and the opinion of a specialist are attached, and transmits the created message to the user (S306). Here, the second medical information providing server 500 accesses the internet network through the second web service providing unit 520 and transmits the statistical medical information message written to the user.

Referring to the preferred embodiment of the present invention, the user checks his or her electrocardiogram using an electrocardiogram measuring device and transmits the same to a mobile phone.

Next, the user selects a menu for checking the data transmission method and the user's status from the selection menu of the mobile phone. Here, the user may select, for example, a stored data transmission method, and select a measurement state (pain, rest, etc.).

Accordingly, the ECG data and the selection menu information measured by the user are transmitted to the relay device 300, and the wireless service provider server 330 performs the subscriber terminal and subscriber authentication through the transmitted ECG data, and when the authentication is completed, the ECG The data is processed into a prescribed form and transmitted to the first medical information providing server 400.

The ECG data transmitted to the first medical information providing server 400 is analyzed by the automatic signal processor 430, and the analyzed information is stored in the first database 440 managed for each user.

Next, the operation manager 420 creates a message about the ECG analysis result of the user based on the user information and the ECG data stored in the first database 440, and transmits the result message to the user. Here, the method of transmitting the generated result message to the user may be divided into a method of transmitting through the relay device 300 and a method of transmitting using the Internet.

First, when a user transmits a message through the relay device 300, the operation manager 420 transmits the generated message to the relay device 300 through the third transceiver 410, and thus the wireless operator server ( The medical information manager 334 of 330 processes the transmitted result message and transmits the result message to the user's mobile phone.

On the other hand, when the user transmits the result message created using the Internet, the operation manager 420 transmits the result message to the first web service provider 450, the first web service provider 450 is the Internet In connection with the network, the result message is transmitted to the user computer 1000 through the Internet network.

On the other hand, when a more precise analysis of the electrocardiogram data is required, the second medical information providing server 500 may request the analysis of the electrocardiogram data, that is, the second medical information providing server 500 may provide the first medical information providing server 400. By receiving and analyzing the electrocardiogram data of the user accumulated in the), statistical data is obtained, and by attaching the opinion of a specialist, a more precise statistical medical information message is generated and transmitted to the user.

Although the present invention has been described in detail above, those skilled in the art to which the present invention pertains may make various modifications of the present invention without departing from the spirit and scope of the present invention as defined in the appended claims. It is apparent that the present invention may be modified or modified. Therefore, a simple change according to an embodiment of the present invention will not be possible without departing from the technology of the present invention.

According to the present invention having the above-described configuration, when the user transmits the biosignal data measured by the biosignal measuring apparatus to the medical information providing server using a wired / wireless communication network, the medical information service server analyzes the biosignal data of the user. Therefore, there is an effect that can quickly provide a precise analysis of the medical information to the user.

In addition, since the medical information can be provided using a wired or wireless communication network, the medical information can be provided quickly without restriction of time and space, and there is an effect of receiving medical opinions without visiting a hospital.

Claims (39)

A biosignal measuring apparatus configured to collect biosignal data measured from a user's body; A mobile device receiving bio signal data measured from the bio signal measuring device; A relay device which receives the biosignal data of the user from the mobile device and authenticates the user and the subscription terminal; And The medical information service providing system using a wired / wireless communication network, characterized in that it comprises a first medical information providing server that receives the user's biosignal data from the relay device and analyzes the received biosignal data. The method of claim 1, The relay device, The medical information service providing system using a wired / wireless communication network, wherein the first medical information providing server receives a message prepared by analyzing the biosignal data of the user, processes the received message, and transmits the received message to a mobile device. The method of claim 1, And a computer configured to receive a message generated by the first medical information providing server by analyzing the biosignal data of the user through an internet network. The method of claim 1, The relay device, A subscription terminal manager configured to authenticate the biosignal measuring apparatus and the mobile device; A subscriber information database storing the user information and performing user authentication; And And a medical information management unit for processing the data transmitted from the mobile device in a prescribed form. The method of claim 2, The relay device, A medical information management unit processing the data transmitted from the first medical information providing server into a prescribed form; And Medical information service providing system using a wired or wireless communication network, characterized in that it comprises an SMS control unit for processing the data processed by the medical information management unit. The method according to any one of claims 1 to 3, The biological signal measuring device, A sensor unit measuring a biosignal detected from a user's body; A biosignal amplifier configured to amplify the measured biosignal data to an analytical signal size; A signal processing and control unit which processes the amplified biosignal data and controls transmission and reception of the processed biosignal data; And And a storage memory unit configured to store the biosignal data processed by the signal processing unit and the control unit. The method according to any one of claims 1 to 3, The first medical information providing server, An automatic signal processor for automatically analyzing / processing the biosignal data transmitted from the relay device or the computer; A first database for storing biosignal data analyzed by the automatic signal processor; And And an operation management unit which temporarily stores the biosignal data received from the relay device or the computer and generates a message about a result of the automatic signal processing unit. The method of claim 7, wherein The first medical information providing server, The medical information service providing system using a wired or wireless communication network further comprises a monitor for monitoring the bio-signal data measured by the bio-signal measuring device in real time. The method of claim 1, And a second medical information providing server configured to secondaryly process or precisely analyze the biosignal data received from the first medical information providing server. The method of claim 9, The second medical information providing server, A medical information processor configured to analyze the accumulated data and generate statistical medical information to which a specialist's opinion is attached; And And a second database for storing statistical medical information generated by the medical information processor. A biosignal measuring apparatus configured to collect biosignal data measured from a user's body; A computer receiving bio signal data measured from the bio signal measuring device; And And a first medical server configured to receive the biosignal data of the user from the computer and analyze the received biosignal data. The method of claim 11, The computer, The medical information service providing system using a wired / wireless communication network, characterized in that the first medical information providing server receives a message created by analyzing the biosignal data of the user through an internet network. The method of claim 11, The medical information service using a wired / wireless communication network, characterized in that the first medical information providing server further comprises a relay device for receiving the message created by analyzing the user's biosignal data, processing the received message to a mobile device; Provide system. The method of claim 13, The relay device, A medical information management unit processing the data transmitted from the first medical information providing server into a prescribed form; And Medical information service providing system using a wired or wireless communication network, characterized in that it comprises an SMS control unit for processing the data processed by the medical information management unit. The method of claim 11, The biological signal measuring device, A sensor unit measuring a biosignal detected from a user's body; A biosignal amplifier configured to amplify the measured biosignal data to an analytical signal size; A signal processing and control unit which processes the amplified biosignal data and controls transmission and reception of the processed biosignal data; And And a storage memory unit configured to store the biosignal data processed by the signal processing unit and the control unit. The method according to any one of claims 11 to 13, The first medical information providing server, An automatic signal processing unit for automatically analyzing / processing the biological signal received from the relay device or the computer; A first database for storing biosignal data analyzed by the automatic signal processor; and And an operation management unit which temporarily stores the biosignal data received from the commercial relay device or the computer, and generates a message about a result of the processing by the automatic signal processing unit. The method of claim 16, The first medical information providing server, The medical information service providing system using a wired or wireless communication network further comprises a monitor for monitoring the bio-signal data measured by the bio-signal measuring device in real time. The method of claim 11, And a second medical information providing server configured to secondaryly process or precisely analyze the biosignal data received from the first medical information providing server. The method of claim 18, The second medical information providing server, A medical information processor configured to generate statistical medical information based on the findings or accumulated data of a specialist; And And a second database for storing statistical medical information generated by the medical information processing unit. Measuring a biosignal by a user through a biosignal measuring apparatus; Transmitting the biosignal data measured from the biosignal measuring apparatus to a mobile device; Transmitting the biosignal data received by the mobile device to a relay device; Processing, by the relay device, the biosignal data received from the mobile device and transmitting the processed biosignal data to a first medical information providing server; And The first medical information providing server analyzes the biosignal data received from the relay device, and composes a message according to the analysis result and transmits the message to the user, the medical information service providing method using a wired or wireless communication network. . The method of claim 20, Wherein the user measuring the signal through the bio-signal measurement window, Measuring a user's biosignal using a sensor of the biosignal measuring apparatus; Amplifying the measured biosignal data to a signal size that can be analyzed; And Processing the amplified biosignal data; and providing medical information service using a wired or wireless communication network. The method of claim 20, Transmitting the biosignal data measured from the biosignal measuring apparatus to a mobile device, Selecting a selection menu by the user; Selecting a method of transmitting the measured biosignal data in the selection menu; And Checking the measurement status of the user comprising the step of providing a medical information service using a wired or wireless communication network. The method of claim 22, Selecting the transmission method of the measured bio-signal data, Medical information service providing method using a wired or wireless communication network, characterized in that any one of a real-time data transmission method or stored data transmission method. The method of claim 22, The checking of the measurement state of the user, The medical information service providing method using a wired / wireless communication network, characterized in that for checking the user's body state felt while the user measures the body and the activity state while the user measures the body. The method of claim 20, The step of transmitting the biological signal data received from the mobile device by the relay device to the first medical information providing server, Performing user authentication and authentication of a subscription terminal based on the transmitted biosignal data; And When the authentication is completed, the medical information service providing method using a wired or wireless communication network comprising the step of processing the bio-signal data in a prescribed form The method of claim 20, The first medical information providing server analyzes the biosignal data received from the relay device, and composes a message according to a result of the analysis and transmits the message to the user. Analyzing the biosignal data transmitted from the relay device through an automatic signal processor; Storing the analyzed biosignal data in a database; And And providing a processing completion result message for the analyzed biosignal data to a corresponding user and transmitting the same to a corresponding user. The method of claim 26, A method of providing medical information service using a wired or wireless communication network, further comprising the step of monitoring in real time the biosignal data measured by the biosignal measuring apparatus. The method of claim 20, The first medical information providing server analyzes the biosignal data received from the relay device, and composes a message according to the analysis result and transmits the message to the user. And requesting the second medical information providing server for precise analysis of the biosignal data. The method of claim 28, Requesting the second medical information providing server for precise analysis of biosignal data, Analyzing biosignal data using accumulated biosignal data of a user stored in a database of the first medical information providing server; Reviewing the analyzed data and correcting an error from a doctor; and And providing a statistical medical information message to which the analyzed data and a medical doctor's opinion are attached. The method of claim 26, Sending the created message to the user, Transmitting the created message to the relay device; And Processing the transmitted message and transmitting the processed message to a corresponding user. The method of claim 26, Sending the created message to the user, Method of providing a medical information service using a wired or wireless communication network comprising the step of transmitting to a user computer via an internet network. Measuring a biosignal by a user through a biosignal measuring apparatus; Transmitting the biosignal data measured from the biosignal measuring apparatus to a computer; Transmitting the biosignal data received by the computer to a first medical information providing server through an internet network; And The first medical information providing server analyzes the biosignal data received from the relay device, and composes a message according to the analysis result and transmits the message to a user. The method of claim 32, The measuring of the biosignal by the user through the biosignal measuring apparatus may include: Measuring a user's biosignal using a sensor of the biosignal measuring apparatus; Amplifying the measured biosignal data to a signal size that can be analyzed; And Processing the amplified biosignal data; and providing medical information service using a wired or wireless communication network. The method of claim 32, The first medical information providing server analyzes the biosignal data received from the relay device, and composes a message according to the analysis result and transmits the message to the user. Analyzing the biosignal data transmitted from the computer through an automatic signal processor; Storing the analyzed biosignal data in a database; And And providing a processing completion result message for the analyzed biosignal data to a corresponding user and transmitting the same to a corresponding user. The method of claim 34, A method for providing medical information service using a wired / wireless communication network, the method comprising: real-time monitoring of the biological signal data measured by the biological signal measuring apparatus. The method of claim 32, The first medical information providing server analyzes the biosignal data received from the relay device, and composes a message according to the analysis result and transmits the message to the user. And requesting the second medical information providing server for precise analysis of the biosignal data. The method of claim 36, Requesting the second medical information providing server for precise analysis of biosignal data, Analyzing the biosignal data using the accumulated biosignal of the user stored in the database of the first medical information providing server; Reviewing the analyzed data and correcting the errors by a doctor 'and And providing a statistical medical information message to which the analyzed data and a medical doctor's opinion are attached. The method of claim 34, Sending the created message to the user, Transmitting the created message to the relay device; And Processing the transmitted message and transmitting the processed message to a corresponding user. The method of claim 34, Sending the created message to the user, Medical information service providing method using a wired or wireless communication network comprising the step of transmitting to a user computer via an internet network.

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