KR20070122012A - Apparatus and method for recognizing and analyzing information of live body - Google Patents

Abstract

A device and a method for recognizing and analyzing biological information are provided to enable a user to keep health by checking a heath condition during computer work based on pulse, temperature, or temperature detected at the tip of fingers, and providing a proper curing therapy, as a sensor module for recognizing the biological information is installed to the mouse. A sensor module comprises a sensor(12) for recognizing the biological information, a multiplexer(13) multiplexing a detected signal, an amplifier(14) amplifying the detected signal, an ADC(Analog/Digital Converter)(15) converting the amplified signal into a digital signal, a transmitter(16), and a controller(17). A data processor analyzes the health state of the user based on the biological information received from the mouse by including data and the curing therapies according to each symptom. A storage device stores the biological information and an analysis result. An output device outputs a result of a CPU. A web server transmits the data stored in the storage device through the Internet by connecting to the storage device.

Description

Diagnosis system and its method through biometric information recognition and analysis {Apparatus And Method For Recognizing and Analyzing Information Of Live Body}

1 is a block diagram of a remote medical care system using a conventional personal portable terminal based mobile pulse generator.

Figure 2 is a perspective view showing an embodiment of a diagnostic system through biometric information recognition and analysis according to the present invention.

3 is a block diagram of a sensor module according to the present invention.

4 is another configuration of the sensor module according to the present invention.

5 is a schematic diagram of a diagnostic method through biometric information recognition and analysis according to the present invention.

Figure 6 is a schematic diagram according to another embodiment of the diagnostic method through biometric information recognition and analysis according to the present invention.

** Description of the symbols for the main parts of the drawings **

Sa ~ Sg: each step of the diagnostic method through biometric information recognition and analysis according to the present invention

10: mouse

11 sensor module 12 sensor

13: Multiplexer (MUX) 14: Amplifier

15: A / D conversion unit 16: communication unit

17: control unit 18: fingerprint recognition processing unit

19: memory

20: data processing device

30: storage device

40: output device

The present invention relates to a diagnosis system and method through biometric information recognition and analysis, by using a mouse equipped with a sensor module for recognizing biometric information can check the user's health status without the hassle of visiting the hospital and the user's health The present invention provides a diagnostic system and method through biometric information recognition and analysis suggesting a treatment suitable for a condition.

Recently, various diseases are generated due to environmental pollution, irregular diet, lack of exercise, excessive stress, and increasing dependence of electronic devices. In particular, as users use computers for a long time, computer users are exposed to electromagnetic waves for a long time and suffer from eye fatigue, joint abnormalities, headaches and stress.

On the other hand, biometric information such as pulse and temperature are important data for evaluating the normal or abnormal function of each function of the human body, and various types of biometric information measuring devices have been developed according to diagnostic purposes. The bioinformation measuring equipment includes an electrocardiograph, an electroencephalogram, a patient monitoring device, an electromyography system, a blood pressure monitor, an audiometer, a delivery monitoring device, etc., and a pulse generator and an ambassador used in oriental medicine.

The pulsator recognizes the pulses generated in the radial artery of the right wrist of the human body and displays the waveforms of 27 kinds of pulses used in oriental medicine as a graph to objectively distinguish between ischemia and emphysema in the human body. It is a method of diagnosing a disease that appears, and the Yangdorak measures the flow of human body's bioenergy and qi at specific acupoints of twelve meridians of the human limbs, and uses the strength of battery resistance of each individual. How to diagnose abnormalities and diseases.

However, the bioinformation measuring equipment such as the pulsator and the handover is very professional, so it is difficult to determine the presence or absence of the disease without visiting a doctor. Accordingly, a device for measuring a bio-signal through an electronic device has been proposed, for example, Korean Patent Publication No. 10-2004-0019438 (name of the invention: a remote medical system using a mobile device based on a personal mobile device) Can be mentioned.

1 is a block diagram showing a remote medical care system using the mobile terminal device based on the personal portable device, the remote medical system using the mobile terminal device based on the personal portable device is equipped with a mobile device 400 and a wireless LAN card or CDMA transmission and reception modem. In a remote medical care system equipped with a personal digital assistant (PDA), a patient authentication of a patient who logs in after logging in to a clinic server 110 through a wireless LAN, a wireless Internet, or a CDMA communication network in the personal portable terminal. Steps; If you are not a member, register to confirm whether you are a doctor or a doctor, and if you are a doctor, the patient's name and medical subject, if the search is made for the doctor, the diagnosis screening server 110 in real time is sent to the initial medical screen Displaying on the screen of the mobile terminal, the patient selecting a chat function, and real-time interview with a doctor in charge; Entering a medical room, operating and measuring a start button of a mobile pulse generator 400 connected to a personal portable terminal according to a doctor's questionnaire and a doctor's instructions, and transmitting the result; The result of encoding the analog signal measured by the above equipment and receiving it to the CDMA network is decoded by the pulse diagnosis server 110 and displayed on the doctor's search screen, and after completing the examination, the medical results such as constitution and medical journal and prescription. It is characterized by including the step of confirming the result of the examination and the end of the treatment after the log-out by displaying the image on the screen and the audio signal or screen through the wireless LAN and CDMA network to the personal portable terminal by writing The mobile pulse generator 400 includes a pulse detection device 450 and a detection device interface 440, a signal processor 430, an encoder 420, a USB interface 410, a screen display 460, and a storage CPU ( 470); Pulse detection device 450 is composed of a PVDF sensor 451 and the pressure adjusting unit 452; The signal processor 430 includes a filter 431, an amplifier 432, an A / D converter 433, a storage CPU 470, and a screen display 460.

Although the remote medical system using the personal mobile terminal based mobile pulse generator having the characteristics as described above has the advantage of being able to receive a quick and convenient medical examination through the personal portable terminal without using a mobile pulse generator, the doctor can directly visit the doctor. And mobile pulse generators are essential and only serve to connect users and doctors by grasping the user's Mac, and do not suggest treatments and preventive methods for personal portable devices themselves. There are disadvantages.

Accordingly, the present invention has been made to solve the above problems, the object of the present invention is to grasp the state of health of the user without going through a separate process during the computer operation using the Mac, temperature or resistance generated at the fingertips of the human body The diagnosis system and method through biometric information recognition and analysis to maintain the user's health can be provided by providing the data related to the biopsy's ischemia and demonstration and the treatment method according to each condition. To provide.

In addition, another object of the present invention can easily observe changes in the body over time to prevent deterioration of health in advance, and further equipped with a web server to enable remote medical care and to store the accumulated biometric information The present invention provides a diagnostic system and method through biometric information recognition and analysis that can enhance medical accuracy.

Diagnosis system through the biometric information recognition and analysis of the present invention for achieving the above object is a sensor for recognizing biometric information from a part of the human body, a multiplexer (Multiplexer, MUX) for multi-processing the signal of the sensor, An amplifier for amplifying the signal sensed by the sensor, an A / D converter (analog / digital converter) for converting the signal amplified by the amplifier into a digital signal, and a communication unit and a controller for transmitting the digital signal. A mouse provided with a sensor module; A data processing apparatus configured to program data related to ischemia and demonstration of a living body and a treatment method according to each condition to analyze a health state of a user through the biometric information received from the mouse; A storage device for storing the biometric information and the analysis result; And an output device for outputting a result of the central processing unit. Characterized in that consists of.

In addition, the diagnostic system through the biometric information recognition and analysis, characterized in that it further comprises a web server for transmitting the data stored in connection with the storage device via the Internet.

In addition, the sensor is characterized in that the biometric information is recognized by the touch of the fingertip, the biometric information is characterized in that any one or more selected from the user's Mac, temperature or resistance, the sensor module is automatically Characterized in that the fingerprint recognition processing unit is further provided to be recognized.

In addition, the sensor module is characterized in that for processing the biological signal recognized by the sensor to obtain an average value based on a predetermined period, the sensor module is a transmission period and the average value calculation cycle of the biological signal according to the user's health state The mouse may be programmed differently, and the mouse may further include a program for controlling a cycle for transmitting the biometric information and a memory for storing contents of a signal to be transmitted.

In addition, the treatment method is characterized in that at least one selected from optical sound therapy (light sound wave therapy, exercise therapy, music therapy, fragrance therapy, pore therapy, diet therapy, respiratory therapy, the communication unit RS-232 communication method Diagnosis system through biometric information recognition and analysis, characterized in that using.

On the other hand, the diagnostic method through the biometric information recognition and analysis of the present invention comprises the steps of: a) measuring the biological signal through a sensor module provided in the mouse; b) obtaining an average value of the bio signals measured at regular intervals; c) transmitting the average value of the bio-signals to a data processing device; d) analyzing the health state of the user through the bio-signals and determining a treatment method; e) outputting said treatment method and result; It characterized in that it comprises a, wherein in the step a) the bio-signal is characterized in that measured when the finger pressure is constant.

In addition, if remote medical care is required, f) transmitting the stored data through the web server; And g) receiving telemedicine results; It is characterized in that it is further included.

Hereinafter, a diagnosis system and method through biometric information recognition and analysis of the present invention having the configuration as described above will be described in detail with reference to the accompanying drawings.

2 is a perspective view showing an embodiment of a diagnosis system through biometric information recognition and analysis according to the present invention. As shown in the present invention, a mouse 10 having a sensor module 11 and a data processing device ( 20, the storage device 30 and the output device 40 may be further provided with a web server 50.

The present invention provides a simple configuration in which the sensor module 11 is attached to the mouse 10 so that the user can recognize the user's biometric information while using the mouse 10 without requiring a separate device for reading the biometric information. There is an advantage that does not take meter reading time.

The biometric information may be one or more selected from a user's pulse, temperature, or resistance as a signal for confirming a human health state. In order to increase the accuracy of the biometric information, it is preferable to use as many measurement elements as possible, and the diagnosis system and method through biometric information recognition and analysis of the present invention is not limited thereto.

In addition, the communication unit 16 preferably uses an RS-232 communication method, but any communication means capable of connecting the mouse 10 and the data processing apparatus 20 may be used.

The mouse 10 is a component that performs the function of the general mouse 10 and is equipped with a sensor module 11 to be responsible for the recognition of biometric information. 3 is a configuration of the sensor module 11 according to the present invention, the sensor module 11 is a sensor 12 for recognizing biometric information from a part of the human body, and the signal of the sensor 12 multiplexed A multiplexer 13 for processing, an amplifying unit 14 for amplifying a signal sensed by the sensor 12, and a signal amplified by the amplifying unit 14 is converted into a digital signal. An A / D converter 15 (analog / digital converter), a communication unit 16 and a controller 17 for transmitting the digital signal.

The sensor 12 may be recognized by touch of a fingertip, and the position of the human body measured by the sensor is not limited as long as the sensor 12 can measure biometric information relatively accurately.

4 is another configuration of the sensor module 11 according to the present invention, the sensor module 11 is a fingerprint recognition process so that if a user uses a single computer, the user does not need to check the user every time An additional part may be provided.

Preferably, the mouse 10 further includes a program for controlling a cycle for transmitting the biometric information and a memory 19 for storing contents of a signal to be transmitted. In addition, the sensor module 11 is processed by obtaining the average value of the bio-signals recognized by the sensor 12 on a basis of a predetermined period, the transmission cycle and the average value calculation cycle of the bio-signal is different depending on the health state of the user It is desirable that it can be programmed.

That is, the diagnosis system through the biometric information recognition and analysis of the present invention recognizes the biosignal transmitted from the human body and calculates an average value of the biosignals recognized based on a certain period to increase the accuracy of the biometric information and increase the efficiency. The recognition period and the average value calculation period of the biosignal may be set.

If the recognition period of the bio-signal is shortened, the accuracy can be further increased, but since there is a disadvantage in that a large amount of memory 19 is required for calculating and storing the average value, it can be set differently according to the health state of the user after setting to a standard state. It is preferable.

Accordingly, the diagnostic system through the biometric information recognition and analysis of the present invention enables the user using the computer to recognize the user's biometric information without going through other steps so that the user can directly check the health condition that changes as the user uses the computer for a long time. There is an advantage to being able.

The data processing device 20 and the storage device 30 are components provided in a main body of a general computer. The data processing device 20 includes data related to ischemia and demonstration of a living ledger and a treatment method according to each condition. The health condition of the user is analyzed through the biometric information transmitted from the mouse 10, and the treatment method is suggested. The demonstration means a state in which the biometric information recognized by the sensor 12 is excessively elevated or sensitive to a deviation from an average value, and the pulsation denotes a state in which the biometric information is excessively degraded.

Various treatment methods and prophylactic methods necessary for the user may be proposed according to the above demonstration and ischemia, and the treatment method suitable for the health state of the user may be suggested by comparing the symptoms and the biological information according to each organ.

The treatment method is characterized in that at least one selected from optical sound wave therapy, exercise therapy, music therapy, fragrance therapy, pore therapy, diet therapy, respiratory therapy, in particular, the light sonic therapy is simply light, sound It is a brain development system that is further developed from the stabilization of brain waves using magnetic field, magnetic field, etc., and incorporates the brain respiration program. Induces relaxation and concentration of the cerebral cortex with constant light and sound. How to get

Accordingly, the present invention can prevent a serious disease that may occur due to long-term use of the computer by suggesting a treatment method suitable for a user's health state, and the user's health state can be checked at all times, thereby providing a method for treating a serious disease. This has the advantage of allowing you to get professional treatment quickly.

The storage device 30 is a component for storing the biometric information and the analysis result, so that the user's health status can be checked on a daily, weekly or monthly basis.

The output device 40 is a device that the user outputs his or her state of health and the treatment method accordingly generally can be used a monitor.

The web server 50 is connected to the storage device 30 and transmits the stored data through the Internet. Since the web server 50 is provided, remote medical care is possible and the accumulated biometric information of the user can be presented to an expert, thereby helping to determine the health state of the user.

5 is a schematic diagram of a diagnostic method through biometric information recognition and analysis according to the present invention, the diagnostic method through biometric information recognition and analysis according to the present invention comprises a) a sensor module 11 provided in a mouse 10. Measuring (Sa) the bio-signal through; b) obtaining a mean value of the bio signals measured at regular intervals (Sb); c) transmitting the average value of the bio-signals to the data processing apparatus 20 (Sc); d) analyzing the health state of the user through the bio-signals and determining a treatment method (Sd); e) outputting the treatment method and results (Se); It is configured to include.

Step a) is a step in which the bio signal is measured, and the step a) is performed while the user uses the mouse 10 at the same time as the computer is booted, and in step a), the bio signal is measured accurately when the finger pressure is constant. This is possible because the finger pressure is characterized in that it is performed.

Step b) is a step of obtaining an average value of the bio-signals measured in step a), wherein the average value calculation cycle can be set according to the health state of the user.

Step c) is a step of transmitting the average value obtained in step b) to the data processing device 20 (Sc), and step d) is received from the mouse 10 at the data processing device 20. Analyzing the health state of the user through the biometric information (Sd).

Step e) is a step (Se) of outputting the result of the above step through an output device 40 such as a monitor.

Figure 6 is a schematic diagram according to another embodiment of the diagnostic method through the biometric information recognition and analysis according to the present invention when the diagnostic method through the biometric information recognition and analysis of the present invention requires remote medical care, f) Web server 50 Transmitting data stored via Sf; And g) receiving a telemedicine result (Sg); It may be configured to include more.

The present invention is not limited to the above-described embodiments, and the scope of application is not limited, and various modifications can be made without departing from the gist of the present invention as claimed in the claims.

Accordingly, the diagnostic system and method through the biometric information recognition and analysis of the present invention can determine the health state of the user without going through a separate process during the computer work using the Mac, temperature or resistance generated at the fingertips of the human body. In addition, data related to ischemia and demonstration of biological books and treatment methods for each condition may be programmed to provide a suitable therapy for each user, thereby managing user health.

In addition, the present invention can easily observe changes in the body over time to prevent the deterioration of health in advance, and further equipped with a web server to enable remote medical care and to utilize the accumulated biometric information There is an advantage to higher accuracy.

Claims (13)

A sensor for recognizing biometric information from a part of the human body, a multiplexer (Multiplexer, MUX) for multiplexing the signal of the sensor, an amplifier for amplifying the signal detected by the sensor, the signal amplified by the amplifier A mouse having an A / D conversion unit (analog / digital conversion unit) for converting the digital signal into a digital signal, and a sensor module including a communication unit and a control unit for transmitting the digital signal; A data processing apparatus configured to program data related to ischemia and demonstration of a living body and a treatment method according to each condition to analyze a health state of a user through the biometric information received from the mouse; A storage device for storing the biometric information and the analysis result; And An output device for outputting a result of the central processing unit; Diagnosis system through biometric information recognition and analysis, characterized in that consisting of. The method of claim 1, And a web server for transmitting data stored in connection with the storage device through the Internet. The method of claim 1, The sensor is a diagnostic system through biometric information recognition and analysis, characterized in that the biometric information is recognized by the touch of the fingertip. The method of claim 1, The biometric information analysis system through biometric information recognition and analysis, characterized in that any one or more selected from the user's Mac, temperature or resistance. The method of claim 1, The sensor module is an analysis system through biometric information recognition and analysis, characterized in that further comprises a fingerprint recognition processing unit to automatically recognize the user. The method of claim 1, The sensor module obtains and processes an average value based on a predetermined cycle of the biosignal recognized through the sensor. The method of claim 6, The sensor module is a diagnostic system through biometric information recognition and analysis, characterized in that the transmission period and the average value calculation period of the biosignal can be programmed differently according to the health state of the user. The method of claim 1, The mouse further comprises a program for controlling the period in which the biometric information is transmitted and a memory for storing the contents of the signal to be transmitted, the diagnostic system through the biometric information recognition and analysis. The method of claim 1, The treatment method is any one or more selected from optical sound wave therapy, exercise therapy, music therapy, fragrance therapy, pore therapy, diet therapy, respiratory therapy analysis system through biometric information recognition and analysis. The method of claim 1, The communication unit diagnostic system through biometric information recognition and analysis, characterized in that using the RS-232 communication method. a) measuring a bio-signal through a sensor module provided in the mouse; b) obtaining an average value of the bio signals measured at regular intervals; c) transmitting the average value of the bio-signals to a data processing device; d) analyzing the health state of the user through the bio-signals and determining a treatment method; e) outputting said treatment method and result; Diagnostic method through biometric information recognition and analysis, characterized in that comprises a. The method of claim 11, In step a), the biosignal is measured when the finger pressure is constant. The method of claim 11, If telemedicine is needed, f) transmitting the stored data via a web server; And g) receiving telemedicine results; Diagnostic method through biometric information recognition and analysis, characterized in that it further comprises.

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