KR20100000856A - Measurement device of living body-signal and place of wearer and health regulations system - Google Patents

Abstract

PURPOSE: A measurement terminal and a health control system using the same are provided to supply a health management service suitable for a wearer by monitoring a health state of the wearer without the time and space constraints. CONSTITUTION: An indoor/outdoor position information sensor(110) transmits the indoor/outdoor position information to a health management system. A bio-signal monitoring unit(120) extracts the bio data from a bio-signal of a wearer. An emergency call receiver(130) receives the emergency call information of the wearer. A prescription information receiver(140) receives the prescription information from the health control system. An intake result receiver(150) receives the intake result information of the wearer. A position information/bio signal analyzer(180) analyzes the indoor/outdoor position information, the bio data, and the emergency call information of the wearer.

Description

Measurement device for measuring the wearer's position and the bio-signal and a health control system using the same {measurement device of living body-signal and place of wearer and health regulations system.}

The present invention relates to a measuring terminal and a health control system using the same for measuring the wearer's position and the bio-signal, and more specifically, it is possible to communicate with the health control system in-house and at any time monitoring health care and biological Information service can be obtained, and in case of an emergency in health or when calling the emergency button on its own, emergency rescue can be connected with related organizations in the region and prompt action can be taken accordingly. The present invention relates to a measurement terminal for measuring a wearer's location and a biosignal and a health control system using the same.

Aging demand for new health care is emerging, and effective disease control and early detection are the first to be effective in controlling the elderly's medical expenses. It is difficult to set the actual goal of complete cure of disease or full recovery of function, and in reality, there is an urgent need for technical solutions for proactive prevention and health management that focus on secondary or tertiary prevention. It is a situation.

Meanwhile, South Korea is still in the early stages of the U-HEALTH market and is focused on home telemedicine services limited to blood pressure, pulse rate, blood sugar, and body fat.

Therefore, it is necessary to provide U-HEALTH service, which is not limited to indoors and outdoors. Furthermore, it is an effective preventive measure to focus on emergency treatment and social safety net, such as promoting preventive health promotion rather than telemedicine.

This is because telemedicine is gradually becoming a reality and its scope of application is beginning to expand, but interest and obstacles to the legal issues of telemedicine are still attached in Korea.

Therefore, by providing proactive health care services, we also provide services related to chronic diseases and lifestyles of patients, preventing visits to medical institutions and abuse of drugs more than necessary, effectively improving medical benefits and solving the polarization of medical welfare. It aims to provide services for solving the human rights problems of the elderly, the disabled and the underprivileged who are living alone.

Therefore, the present invention has been proposed in view of the above-described problems of the prior art, and an object of the present invention is to provide a portable terminal capable of self-communication, thereby constantly monitoring without restriction of indoor and outdoor time and space, thereby managing health and u-health services. To provide a.

Another object of the present invention is to provide a preventive health care service, by providing services related to chronic diseases and lifestyle of patients to prevent more than necessary medical institution visits and drug abuse to provide efficient medical benefits.

Still another object of the present invention is to operate an emergency button in case of an emergency for health to take relief measures for an emergency.

Another object of the present invention is to refer to the personal health information stored in the health control system, there is no special abnormality signs, if an emergency situation occurs emergency notification to the relevant authorities in the region to the emergency response method to be able to take prompt action accordingly have.

Still another object of the present invention is to send a TMS (Text Message Service) service to close family members and relatives so as to inform the current health condition and circumstances in real time.

Another object of the present invention is to provide personalized information services such as medical information management service, health care service to the wearer proactively and after-care to the individual health care, exercise management, seasonal food management or linked network institutions The purpose is to provide services by sharing information (such as community welfare centers, public health centers, hospitals, etc.).

In order to achieve the problem to be solved by the present invention,

Measuring terminal for measuring the position and the bio-signal of the wearer according to an embodiment of the present invention,

An indoor / outdoor location information sensing unit for grasping indoor / outdoor location information of a wearer and transmitting the same to a health control system;

A biosignal monitoring unit configured to detect a biosignal of a wearer and extract biometric data;

An emergency call receiver for receiving emergency call information when the wearer presses an emergency call button;

A prescription information receiver for receiving intake data and prescription time and intake information of prescription drugs transmitted from the health control system;

An intake result receiver for receiving intake result information when the wearer presses an intake result button at an intake time suitable for a prescription;

Analyze the indoor and outdoor location data of the wearer detected by the indoor and outdoor location information detection unit, the biometric data and emergency call information measured by the biosignal monitoring unit, and analyze the information received by the prescription information receiver to display the display information on the display unit. A location information bio-signal analyzer for analyzing the information received by the intake result receiver and transmitting the process information to the result processing transmitter;

A display unit for displaying the position information bio signal analyzer and a manipulation button to the wearer;

And a result processing transmitter for transmitting the result processed by the location information biosignal analysis unit to the health control system.

Measuring terminal and a health control system using the same for measuring the position and the bio-signal of the wearer according to the present invention having the above configuration and action,

By providing a portable terminal capable of self-communication with the health control system, it is possible to provide health care and u-health service according to constant monitoring without restriction of time and space.

In addition, by providing a preventive health care service, by providing services related to chronic diseases and lifestyles of patients can prevent more than necessary medical institution visits and drug abuse can provide efficient medical benefits.

In addition, the emergency button can be operated in case of a medical emergency, and emergency measures can be taken, and the situation notification service can be provided to immediate family members and close relatives including relief measures for emergency situations. You can monitor the situation.

In addition, if there is no special abnormality by referring to personal health information stored in the health control system, if an emergency occurs, the emergency rescue method can notify the relevant authorities in the area of the emergency and take prompt action accordingly.

Measuring terminal for measuring the position and the bio-signal of the wearer according to an embodiment of the present invention for achieving the above object,

An indoor / outdoor location information sensing unit for grasping indoor / outdoor location information of a wearer and transmitting the same to a health control system;

A biosignal monitoring unit configured to detect a biosignal of a wearer and extract biometric data;

An emergency call receiver for receiving emergency call information when the wearer presses an emergency call button;

A prescription information receiver for receiving intake data and prescription time and intake information of prescription drugs transmitted from the health control system;

An intake result receiver for receiving intake result information when the wearer presses an intake result button at an intake time suitable for a prescription;

Analyze the indoor and outdoor location data of the wearer detected by the indoor and outdoor location information detection unit, the biometric data and emergency call information measured by the biosignal monitoring unit, and analyze the information received by the prescription information receiver to display the display information on the display unit. A location information bio-signal analyzer for analyzing the information received by the intake result receiver and transmitting the process information to the result processing transmitter;

A display unit for displaying the position information bio signal analyzer and a manipulation button to the wearer;

And a result processing transmitter for transmitting the result processed by the location information biosignal analysis unit to the health control system.

In addition, the measuring terminal,

A housing formed to have a body shape of a wrist watch;

The watch strap is connected to the housing so as to fasten the housing to the wrist. The watch strap may be configured to be worn by the wearer at all times.

At this time, the indoor and outdoor location information detection unit,

Wearer location information transmission module for transmitting the location information of the wearer in real time to the indoor location information receiving unit configured in the room,

Location tracking synchronization module for operating the location tracking module when the wearer does not know the location information when communicating with the indoor location information receiver in the room,

A position tracking module configured to receive and operate an operation signal by the position tracking synchronization module;

And an emergency occurrence processing module for transmitting an emergency occurrence signal to the health control system when the position tracked by the position tracking module is indoors.

At this time, the wearer location information transmission module,

It adopts either ZigBee communication or CDMA or LBS, characterized in that the communication with the indoor and outdoor location information receiver in real time.

In addition, according to an additional aspect of the embodiment of the present invention, the health care information receiving unit for receiving and displaying the health care information transmitted from the health control system; is configured to further include the current health status of the wearer It features.

In addition, according to another additional aspect of the embodiment of the present invention based on the health information of the wearer stored in the health control system in case of a sudden drop in body temperature or abnormal signs such as pulse or blood pressure signal abnormality occurrence signal health It is characterized in that the configuration further comprises a; abnormal signal generation signal transmission unit for transmitting to the control system to quickly cope with medical institutions and control institutions.

At this time, the bio-signal monitoring unit,

A biosignal measuring module for measuring a wearer's temperature, blood pressure, pulse rate, blood sugar, and GRS;

An amplifier for amplifying the signal measured by the biosignal measuring module;

And an amplifying biosignal transmitting unit for transmitting the biosignal amplified by the amplifying unit to the location information biosignal analyzing unit.

At this time, the bio-signal monitoring unit, according to an additional aspect,

Bio-signal measuring module for measuring the temperature, blood pressure, pulse rate, blood glucose GRS of the wearer,

An exercise amount measuring module for measuring an exercise amount of the wearer;

An amplifying unit for amplifying the signals measured by the biosignal measuring module and the momentum measuring module;

And an amplifying biosignal transmitting unit for transmitting the biosignal amplified by the amplifying unit to the location information biosignal analyzing unit.

On the other hand, the measurement terminal for measuring the position and the bio-signal of the wearer according to another embodiment of the present invention and a health control system using the same,

A measurement terminal for receiving indoor and outdoor location information, extracting biometric data, receiving emergency call information, and receiving ingestion result information and transmitting the same to a health control system;

Collect and store the data transmitted from the measurement terminal, collect and store the medical information of the wearer in the medical institution, and transmit emergency relief information to the emergency relief agency in the event of an emergency and at the same time wearer-related information And a health control system for transmitting and storing and managing the same.

At this time, the measuring terminal,

Indoor and outdoor location information detection unit for identifying the indoor and outdoor location information of the wearer and transmitting it to the health control system;

A biosignal monitoring unit configured to detect a biosignal of a wearer and extract biometric data;

An emergency call receiver for receiving emergency call information when the wearer presses an emergency call button;

Prescription information receiving unit for receiving the intake data and prescription time and intake information of the prescription drug transmitted from the health control system,

Intake result receiving unit for receiving the intake result information when the wearer ingestion at the time appropriate to the prescription and press the intake result button,

Analyzes the indoor and outdoor location data of the wearer detected from the indoor and outdoor location information detection unit, the biometric data and emergency call information measured by the biosignal monitoring unit, and analyzes the information received by the prescription information receiver and transmits the display information to the display unit. A location information bio-signal analysis unit for analyzing the information received by the intake result receiving unit and transmitting the processing information to the result processing transmission unit;

A display unit for displaying the position information biosignal analysis unit and an operation button to the wearer;

And a result processing transmitter for transmitting the result processed by the location information biosignal analysis unit to the health control system.

At this time, the indoor and outdoor location information detection unit,

Wearer location information transmission module for transmitting the location information of the wearer in real time to the indoor location information receiving unit configured in the room,

Location tracking synchronization module for operating the location tracking module when the wearer does not know the location information when communicating with the indoor location information receiver in the room,

A position tracking module configured to receive and operate an operation signal by the position tracking synchronization module;

And an emergency occurrence processing module for transmitting an emergency occurrence signal to the health control system when the location tracked by the location tracking module is indoors.

At this time, the bio-signal monitoring unit,

Bio-signal measuring module for measuring the temperature, blood pressure, pulse, blood sugar of the wearer,

An amplifier for amplifying the signal measured by the biosignal measuring module;

And an amplifying biosignal transmitting unit for transmitting the biosignal amplified by the amplifying unit to the location information biosignal analyzing unit.

At this time, the health control system,

Collects indoor and outdoor location data transmitted from the measuring terminal, measured biometric data, emergency call information, and ingestion result receiving information, and stores and manages the collected personal information by performing a proper authentication procedure for the information when collecting. A data collection server,

Related institution information collection server for storing and managing the medical data and prescription data of the wearer wearing the corresponding measuring terminal, the intake data of prescription drugs, the history of history of the disease and the information on the injection time of prescription drugs;

Emergency relief information is sent to the emergency relief agency in case of an emergency, and the emergency management for receiving and storing the wearer-related information from the original data collection server and the relevant organization information collection server, and storing and managing it. It is characterized by including a server.

At this time, the raw data collection server,

A raw data collection unit for collecting indoor and outdoor location data transmitted from a measurement terminal, measured biometric data, emergency call information, and intake result reception information;

Collected data authentication procedure for performing the correct authentication procedure for the data when collecting data through the raw data collection unit,

If it is proved that the correct data through the collected data authentication procedure, characterized in that it comprises a raw database for storing and managing the collected indoor and outdoor location data of the wearer and the measured biometric data and emergency call information and intake result reception information .

At this time, the relevant institution information collection server,

A medical information collection unit for collecting wearer's medical data and prescription data, prescription drug intake data, disease history data, and prescription drug injection time information from the hospital and pharmacy;

Prescription drug intake time notification unit for transmitting prescription data and prescription time and intake data to the corresponding measuring terminal,

In the event of an emergency, it is characterized by including an emergency-related information transmission unit for transmitting the medical information collected to the emergency relief agency and the doctor in charge.

At this time, the emergency management server,

An emergency relief information transmission unit for transmitting emergency relief information to an emergency relief agency in case of an emergency;

A medical information transmission unit for transmitting the wearer medical information to the corresponding medical doctor;

Emergency notification message transmission unit for transmitting a text message notification information to the family of the wearer,

Characterized in that it comprises a location information transmission unit for transmitting the location information of the wearer when an emergency occurs.

Hereinafter, the measurement terminal for measuring the position and the bio-signal of the wearer according to the present invention will be described in detail through an embodiment of the health control system using the same.

1 is an overall configuration diagram showing an example of using a measurement terminal for measuring the position and the bio-signal of the wearer according to an embodiment of the present invention.

As shown in Figure 1, the location information and the bio-signal information transmitted from the measuring terminal for measuring the position and the bio-signal of the present inventors by the indoor location information receiver 200 receives the health control system through the relay node unit The location information is transmitted.

The measuring terminal adopts RF communication method or Zigbee communication method, CDMS, LBS and other wireless methods to communicate with the indoor and outdoor location information receiving unit 200 in real time to monitor the location information and the biosignal information of the measuring terminal in accordance with the health control system. Will be delivered to.

It can monitor the wearer's behavior radius by referring to the location information of the portable measuring terminal at all times, and whether the wearer is indoors or outdoors through the health control center 400 configured in connection with the health control system. The location information of the wearer can be monitored at all times, and it can be prepared in case of going out and not indoors.

Therefore, as a terminal capable of self-communication, it is possible to obtain monitoring information on health care and U-HEALTH service without restriction of time and space at home and indoors and outdoors. Relief action is possible, and among the terminal users among women and children, the raw DB through sensors (data data transmitted in real time from the health control system is databased in the health control center) without any special signs of emergency When the button is triggered, emergency rescue is linked to the local police station to secure a safe and healthy society free from the danger of crime, and the location of its own terminals can be tracked to ensure safety for missing problems including dementia patients. Can provide additional benefits Will be.

In addition, the terminal of the present invention can be checked in the health control center when the body temperature or abnormal symptoms such as pulse or blood pressure through the user's health information data calculated in real time through the bio-signal monitoring unit operates the emergency button for health Even if an emergency occurs that cannot be done, emergency evacuation measures can be taken immediately in connection with relevant medical institutions (hospitals, health centers, etc.) and 119 so that they can cope effectively.

2 is a block diagram of a measurement terminal for measuring a wearer's position and the bio-signal according to an embodiment of the present invention.

As shown in Figure 2, the measurement terminal for measuring the position and the bio-signal of the inventor wearer,

An indoor / outdoor location information detection unit 110 for grasping indoor / outdoor location information of the wearer and transmitting the indoor / outdoor location information to the health control system;

A biosignal monitoring unit 120 which detects a biosignal of a wearer and extracts biometric data;

An emergency call receiving unit 130 for receiving emergency call information when the wearer presses an emergency call button;

A prescription information receiver 140 for receiving intake data and prescription time and intake information of the prescription medicine transmitted from the health control system;

An intake result receiving unit 150 for receiving intake result information when the wearer presses an intake result button at a time suitable for prescription;

Analyzes the indoor and outdoor location data of the wearer detected from the indoor and outdoor location information detection unit, the biometric data and emergency call information measured by the biosignal monitoring unit, and analyzes the information received by the prescription information receiver and transmits the display information to the display unit. A location information biosignal analysis unit 180 for analyzing the information received by the intake result receiving unit and transmitting the processing information to the result processing transmission unit;

A display unit 160 for displaying the position information bio signal analyzer and a manipulation button to the wearer;

And a result processing transmitter 170 for transmitting the result processed by the location information biosignal analysis unit to the health control system.

The indoor and outdoor location information detection unit detects the indoor and outdoor location information of the wearer and transmits it to a health control system (system configured in the health control center), which may use a wireless communication method or a Zigbee communication method. Through the Zigbee communication method, the indoor and outdoor location information of the wearer is grasped and received by the indoor location information receiver and stored in the health care information database of the health control system through the relay node.

The emergency call receiving unit receives emergency call information when the wearer presses the emergency call button due to a problem in his / her body and transmits it to the health control center.

The prescription information receiving unit is responsible for receiving the intake data and prescription time and intake information of the prescription drugs transmitted from the health control system, the health control center wearer history information, family information, current bio-signal information, etc. The doctor manages the prescription information of doctors for medical history or health care, and transmits the time and food intake information suitable for the prescription to the health control system to wear the information on the set time and what food to eat. Will be displayed.

In addition, the intake result receiver 150 receives the intake result information when the wearer presses the intake result button at a time suitable for the prescription and transmits the intake result information to the health control system to perform it as prescribed by the health control center and as suggested. It will store information about your intake.

To this end, a separate intake result button may be provided or presented through a display unit so that the wearer can operate by touching.

On the other hand, according to another embodiment of the present invention and the housing is formed to have a body shape of the wrist watch;

The watch strap is connected to the housing so as to fasten the housing to the wrist. The watch strap may be configured to be worn by the wearer at all times.

This is to improve the problems of the conventional terminals, and conventionally has a structure that transmits the bio-signal in real time by measuring through a computer terminal or a rather large terminal that is inconvenient to carry or by attaching various sensors connected to the terminal. This is only a one-time measurement that cannot be worn by the user and the user can be worn for 24 hours, and it was impossible to manage the user through this.

To improve this, the wrist-watch structure that can be always carried by the user can be worn 24 hours a day to provide real-time biosignal information and location information. It is also possible to efficiently manage classes such as dementia patients and children.

On the other hand, according to another embodiment of the present invention is configured to further include a health care information receiving unit for receiving and displaying the health care information transmitted from the health control system provides an advantage that can be confirmed to the current health state of the wearer Done.

For example, if the health control center transmits health care information according to the medical history of each wearer, such as what foods should be consumed or the current health condition, the health control system transmits the health care information to the health control system. Display to provide the effect that the wearer can inspire the need for health care.

On the other hand, according to another embodiment of the present invention based on the health information of the wearer stored in the health control system in case of a sudden drop in body temperature or abnormal symptoms such as pulse or blood pressure signal abnormality occurrence signal health control system Characterized in that it further comprises; abnormal signal generation signal transmission for transmitting to the medical institution and the control agency to quickly cope.

In other words, between the health control system and the terminal of the present invention in real time to send and receive biometric information and location information based on the health information of the most recent wearer stored in the home management system sudden signs of body temperature or abnormalities such as pulse or blood pressure In case of occurrence of an abnormal symptom occurrence signal transmission unit, an abnormal symptom occurrence signal is transmitted to the health control system so that the medical institution and the control institution can cope quickly.

This can be said to be a secondary emergency response plan to determine itself in case of a serious situation in which the wearer cannot press the emergency call button.

Figure 3 is a block diagram of the indoor and outdoor location information detection unit of the measurement terminal for measuring the wearer's position and the bio-signal according to an embodiment of the present invention.

As shown in Figure 3, the indoor and outdoor location information detection unit 110 of the present invention,

Wearer location information transmission module 111 for transmitting the location information of the wearer in real time to the indoor location information receiver configured to be installed indoors,

A location tracking synchronization module 112 for operating the location tracking module when the wearer does not grasp the location information when communicating with the indoor location information receiving unit indoors,

A position tracking module 113 for receiving and operating an operation signal by the position tracking synchronization module;

When the location tracked by the location tracking module is indoors, characterized in that it comprises an emergency occurrence processing module 114 for transmitting an emergency occurrence signal to the health control system.

At this time, the wearer location information transmission module,

It adopts a Zigbee communication method characterized in that the communication with the indoor location information receiver in real time.

The wearer's location information transmitting module transmits the wearer's location information in real time to the indoor location information receiver installed in the room, and when the wearer does not know the location information when communicating with the indoor location information receiver in the room, The location tracking module is operated by the synchronization module to transmit the corresponding location tracking information to the health control center so as to track the location of the outdoor in real time and monitor the abnormal situation that may occur.

However, if the location tracked by the location tracking module is indoors, the emergency occurrence signal is transmitted to the health control system by the emergency occurrence processing module and the emergency signal information is transmitted to the health control center to rescue the emergency situation. To take.

4 is a block diagram of a biosignal monitoring unit of a measurement terminal for measuring a wearer's position and a biosignal according to an embodiment of the present invention.

As shown in Figure 4, the bio-signal monitoring unit,

Bio-signal measurement module 121 for measuring the temperature, blood pressure, pulse, blood sugar of the wearer,

An amplifying unit 122 for amplifying the signal measured by the biosignal measuring module;

And amplifying biosignal transmitting unit 123 for transmitting the biosignal amplified by the amplifying unit to the location information biosignal analyzing unit.

The biosignals include various well-known measurable biosignals, and specific examples thereof may include temperature, blood pressure, pulse rate, or blood sugar. Accordingly, the biosignal measuring module may use various known methods. Will apply.

The signal measured by the biosignal measurement module is amplified by the amplification unit, and the amplified biosignal transmission unit transmits the position information to the biosignal analysis unit to analyze the biosignal.

On the other hand, the biosignal monitoring unit according to an additional aspect,

Bio-signal measurement module 121 for measuring the temperature, blood pressure, pulse, blood sugar of the wearer,

An exercise amount measuring module 124 for measuring an exercise amount of the wearer;

An amplifying unit 122 for amplifying the signals measured by the biosignal measuring module and the momentum measuring module;

And amplifying biosignal transmitting unit 123 for transmitting the biosignal amplified by the amplifying unit to the location information biosignal analyzing unit.

The momentum measuring module is configured to include an acceleration sensor and an exercise amount analyzer for determining and outputting a wearer's exercise amount from an acceleration value measured by the acceleration sensor.

However, the present invention is not limited thereto, and the sensor adopted in the momentum measurement module may utilize various types of sensors such as geomagnetic sensors, gyro sensors, and combinations of these and acceleration sensors.

By providing a portable terminal capable of self-communication with the health control system according to the configuration and operation principle as described above, it is possible to provide a health care and u-health service according to constant monitoring without restriction of indoor and outdoor time and space.

5 is a configuration diagram of a health control system of a measurement terminal for measuring a wearer's position and a biosignal and a health control system using the same according to another embodiment of the present invention.

As shown in FIG. 5, a measurement terminal for measuring a wearer's position and a biosignal according to another embodiment of the present invention, and a health control system using the same,

A measurement terminal 100 for receiving indoor and outdoor location information of the wearer, extracting biometric data, receiving emergency call information, and receiving ingestion result information and transmitting the same to a health control system;

Collect and store the data transmitted from the measurement terminal, collect and store the medical information of the wearer in the medical institution, and transmit emergency relief information to the emergency relief agency in the event of an emergency and at the same time wearer-related information It characterized in that it comprises a; health control system 300 for transmitting and storing and managing it.

At this time, the health control system 300,

Collects indoor and outdoor location data transmitted from the measuring terminal, measured biometric data, emergency call information, and ingestion result receiving information, and stores and manages the collected personal information by performing a proper authentication procedure for the information when collecting. A data collection server,

Related institution information collection server for storing and managing the medical data and prescription data of the wearer wearing the corresponding measuring terminal, the ingestion data of the prescription drug, the history of the disease and the injection time information of the prescription drug;

Emergency relief information is transmitted to the emergency relief agency in case of an emergency, and the emergency management for receiving and storing the wearer-related information from the original data collection server and the relevant organization information collection server and storing it and managing it. It is characterized by including a server.

At this time, the raw data collection server,

A raw data collection unit 310 for collecting indoor / outdoor location data transmitted from a measurement terminal, measured biometric data, emergency call information, and intake result reception information;

Collected data authentication procedure 320 for performing the correct authentication procedure for the data when collecting the data through the raw data collection unit,

If it is proved that the correct data through the collection data authentication procedure, and comprises a raw database 330 for storing and managing the indoor and outdoor location data of the collected wearer and the measured biometric data and emergency call information and intake result reception information It features.

The raw data collecting unit 310 collects indoor and outdoor location data transmitted from a measurement terminal, measured biometric data, emergency call information, and intake result reception information. For example, the current wearer is located indoors or outdoors. Received in real time to receive and store it in the raw database to emergency personnel in charge of emergency relief agency to the location in case of emergency.

In addition, the biometric data of the wearer and emergency call information in case of emergency and ingestion time information for prescription drugs are received and stored in a database.

On the other hand, in the raw database, the selection information of the attending physician by wearer, the risk data definition information of the wearer's biometric data (when the measurement data exceeds a certain upper limit than the reference biometric data is defined as a risk value), the food provided by the bottle name It is to store and manage the wearer's biometric data and related data according to the disease name.

In addition, when the data is collected through the raw data collection unit through the collection data authentication procedure 320 to perform the correct authentication procedure for the data, the relevant technology for the correct authentication procedure is already known to those skilled in the art Detailed description thereof will be omitted.

As a general example, the unique number information of the wearer's measuring terminal is managed by the server, and when transmitting from the measuring terminal, the corresponding data can be encrypted and decrypted by the server to confirm the information of the corresponding data.

The relevant institution information collection server,

Medical information collection unit 340 for collecting the wearer's medical data and prescription data and prescription drug intake data and disease history data and prescription time injection information from the hospital and pharmacy,

Prescription drug intake time notification unit 350 for transmitting the intake data and prescription data and prescription data of the prescription to the corresponding measuring terminal,

It is characterized in that it comprises an emergency-related information transmission unit 360 for transmitting the medical information collected to the emergency relief agency and the doctor in case of an emergency.

The medical information collecting unit 340 collects the medical data and prescription data of the wearer, the ingestion data of the prescription drug, the history of the history of the disease, and the injection time information of the prescription drug from the hospital and pharmacy, for example, a hospital frequently used by the wearer. Alternatively, the pharmacy collects medical data, prescription data and prescription drug intake data, that is, daily usage and usage time of prescription drugs, and information on past wearer history of the wearer. have.

The prescription drug intake time notification unit 350 transmits the collected intake data of the prescription drug and the time and intake data suitable for the prescription to the corresponding measurement terminal.

Intake data may be a prescription drug or food to be taken.

The emergency-related information transmission unit 360 is to transmit the medical information collected to the emergency relief agency and the doctor in case of an emergency, for example, the emergency measures and the information of the responsible person according to the history of the history of the wearer. It is intended to be able to deal with the emergency quickly by sending.

The emergency management server,

An emergency relief information transmission unit 370 for transmitting emergency relief information to an emergency relief agency when an emergency occurs;

A medical information transmission unit 380 for transmitting the wearer medical information to the corresponding medical doctor;

Emergency notification message transmission unit 390 for transmitting a text message notification information to the family of the wearer,

Characterized in that it comprises a location information transmission unit 395 for transmission in the event of an emergency.

That is, the emergency relief information transmission unit 370 transmits emergency relief information to an emergency relief agency when an emergency occurs, and transmits the wearer medical information to the corresponding doctor through the medical information transmission unit 380 in this case. The doctor in charge may be the doctor in charge of the hospital used mainly by the wearer or, if necessary, the doctor of the closest hospital in the area where the wearer is located.

In this case, the position information of the wearer is transmitted to the doctor in charge or the emergency relief agency or the family through the location information transmission unit 395 to accurately determine the location of the wearer.

Through the above configuration, it is possible to provide the following effects.

First, the social and economic effects can provide a cost reduction of KRW 1.89 trillion for seniors in their 60s or older (US Department of Health, 1990 / Korea Institute for Health and Social Affairs). And it can prevent the abuse of drugs, solve the loneliness of the elderly living alone in social pathology, build a social safety net, and improve the quality of life by activating the local economy and establishing the foundation for innovative medical welfare.

Second, it is possible to create value added of KRW 1 trillion (Medical Industry Advancement Strategy, 2007.6) as a health growth engine industry by increasing the health information industry, and to integrate information, prescription delivery system, electronic medical records, etc. Increasing informatization and u-Health services and home care services in local public health centers and hospitals will be in full swing.

Third, the number of producers can be increased by the accessibility of market, technology and information by increasing local added value, and the aging-friendly of supplies and silver medical devices through R & D (R & D) and cultivation of willingness to start new businesses. By linking the u-IT industry, the third service industry can be induced.

Fourth, by creating industrial added value, inducing various research outcomes of companies with the advancement of u-IT-based industries and connecting them with industrialization, securing added value by enhancing technological innovation capability and expanding human capital such as education and vocational training using BINT R & D results. As a result, human-based innovation will drive growth.

Fifth, the increase in tax revenues can induce demand through u-Health service and terminal dissemination, and can induce demand for RFID / USN middleware that can be linked to other areas such as transportation, environment, and logistics. As a result, the Mecca effect of the Silver City will increase the tax revenues of the region such as silver tourism, silver housing and silver medical services.

Sixth, the job creation effect will increase the required manpower for professional women and the elderly by activating businesses linked to related industries.

Those skilled in the art to which the present invention pertains as described above may understand that the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the above-described embodiments are to be understood as illustrative in all respects and not restrictive.

The scope of the invention is indicated by the following claims rather than the above description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included in the scope of the invention. do.

Measuring terminal for measuring the wearer's position and the bio-signal of the present inventors,

By providing a portable terminal capable of self-communication with the health control system, it will be able to provide health care and u-health service by monitoring at any time without the limitations of indoor and outdoor time and space, and will be widely used in the silver industry and the medical field. .

1 is an overall configuration diagram showing an example of using a measurement terminal for measuring the position and the bio-signal of the wearer according to an embodiment of the present invention.

2 is a block diagram of a measurement terminal for measuring a wearer's position and the bio-signal according to an embodiment of the present invention.

Figure 3 is a block diagram of the indoor and outdoor location information detection unit of the measurement terminal for measuring the wearer's position and the bio-signal according to an embodiment of the present invention.

4 is a block diagram of a biosignal monitoring unit of a measurement terminal for measuring a wearer's position and a biosignal according to an embodiment of the present invention.

5 is a configuration diagram of a health control system of a measurement terminal for measuring a wearer's position and a biosignal and a health control system using the same according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

100: inventor measuring terminal

110: indoor and outdoor location information detection unit

120: biological signal monitoring unit

130: emergency call receiver

140: prescription information receiver

150: intake result receiver

160: display unit

170: result processing transmission unit

180: location information biological signal analysis unit

200: indoor location information receiver

300: Health Control System

400: Health Control Center

Claims (16)

An indoor / outdoor location information sensing unit for grasping indoor / outdoor location information of a wearer and transmitting the same to a health control system; A biosignal monitoring unit configured to detect a biosignal of a wearer and extract biometric data; An emergency call receiver for receiving emergency call information when the wearer presses an emergency call button; A prescription information receiver for receiving intake data and prescription time and intake information of prescription drugs transmitted from the health control system; An intake result receiver for receiving intake result information when the wearer presses an intake result button at an intake time suitable for a prescription; Analyzes the indoor and outdoor location data of the wearer detected from the indoor and outdoor location information detection unit, the biometric data and emergency call information measured by the biosignal monitoring unit, and analyzes the information received by the prescription information receiver and transmits the display information to the display unit. A location information biosignal analysis unit for analyzing the information received by the intake result receiving unit and transmitting the processing information to the result processing transmission unit; A display unit for displaying the position information bio signal analyzer and a manipulation button to the wearer; And a result processing transmission unit for transmitting the result processed by the location information biological signal analysis unit to the health control system. The method of claim 1, A housing formed to have a body shape of a wrist watch; And a watch band connected to the housing to fasten the housing to the wrist, wherein the measurement terminal for measuring the position and the biosignal of the wearer, characterized in that the wearer can always wear. The method according to claim 1 or 2, The indoor and outdoor location information detection unit, Wearer location information transmission module for transmitting the location information of the wearer in real time to the indoor location information receiving unit configured in the room, Location tracking synchronization module for operating the location tracking module when the wearer does not know the location information when communicating with the indoor location information receiver in the room, A position tracking module configured to receive and operate an operation signal by the position tracking synchronization module; Measurement for measuring the position and the bio-signal of the wearer, characterized in that it comprises an emergency generating module for transmitting the emergency signal to the health control system when the location tracked by the location tracking module is indoors terminal. The method of claim 3, wherein The wearer location information transmission module, Measuring terminal for measuring the position and the bio-signal of the wearer characterized in that the communication with the indoor and outdoor location information receiver in real time by adopting any one of the Zigbee communication or CDMA or LBS. The method of claim 1, Health care information receiving unit for receiving and displaying the health care information transmitted from the health control system; further comprising a configured to measure the wearer's current health status characterized in that it is possible to measure the wearer's position and bio-signal Measuring terminal. The method of claim 1, Based on the wearer's health information stored in the health control system, if a sudden drop in body temperature or an abnormality such as pulse or blood pressure occurs, an abnormality occurrence signal can be transmitted to the health control system so that the medical institution and the control institution can respond quickly. Measurement terminal for measuring the position and the bio-signal of the wearer, characterized in that it further comprises; The method of claim 1, The bio-signal monitoring unit, A biosignal measuring module for measuring a wearer's temperature, blood pressure, pulse rate, blood sugar, and GRS; An amplifier for amplifying the signal measured by the biosignal measuring module; And a biological signal amplifying unit for transmitting the biological signal amplified by the amplifying unit to the positional information biological signal analyzing unit. The method of claim 1, The bio-signal monitoring unit, Bio-signal measuring module for measuring the temperature, blood pressure, pulse rate, blood glucose GRS of the wearer, An exercise amount measuring module for measuring an exercise amount of the wearer; An amplifying unit for amplifying the signals measured by the biosignal measuring module and the momentum measuring module; And a biological signal amplifying unit for transmitting the biological signal amplified by the amplifying unit to the positional information biological signal analyzing unit. A measurement terminal for receiving indoor and outdoor location information, extracting biometric data, receiving emergency call information, and receiving ingestion result information and transmitting the same to a health control system; Collect and store the data transmitted from the measurement terminal, collect and store the medical information of the wearer in the medical institution, and transmit emergency relief information to the emergency relief agency in the event of an emergency and at the same time wearer-related information And a health control system for transmitting and storing and managing the same; and a measurement terminal for measuring a wearer's position and a biosignal, and a health control system using the same. The method of claim 9, The measuring terminal, Indoor and outdoor location information detection unit for identifying the indoor and outdoor location information of the wearer and transmitting it to the health control system; A biosignal monitoring unit configured to detect a biosignal of a wearer and extract biometric data; An emergency call receiver for receiving emergency call information when the wearer presses an emergency call button; Prescription information receiving unit for receiving the intake data and prescription time and intake information of the prescription drug transmitted from the health control system, Intake result receiving unit for receiving the intake result information when the wearer ingestion at the time appropriate to the prescription and press the intake result button, Analyzes the indoor and outdoor location data of the wearer detected from the indoor and outdoor location information detection unit, the biometric data and emergency call information measured by the biosignal monitoring unit, and analyzes the information received by the prescription information receiver and transmits the display information to the display unit. A location information bio-signal analysis unit for analyzing the information received by the intake result receiving unit and transmitting the processing information to the result processing transmission unit; A display unit for displaying the position information biosignal analysis unit and an operation button to the wearer; Measurement terminal for measuring the position and the bio-signal of the wearer characterized in that it comprises a result processing transmission unit for transmitting the result processed by the position information bio-signal analysis unit to the health control system and a health control system using the same . The method of claim 10, The indoor and outdoor location information detection unit, Wearer location information transmission module for transmitting the location information of the wearer in real time to the indoor location information receiving unit configured in the room, Location tracking synchronization module for operating the location tracking module when the wearer does not know the location information when communicating with the indoor location information receiver in the room, A position tracking module configured to receive and operate an operation signal by the position tracking synchronization module; Measuring terminal for measuring the position and the bio-signal of the wearer, characterized in that it comprises an emergency occurrence processing module for transmitting the emergency signal to the health control system when the location tracked by the location tracking module indoors And a health control system using the same. The method of claim 10, The bio-signal monitoring unit, Bio-signal measuring module for measuring the temperature, blood pressure, pulse, blood sugar of the wearer, An amplifier for amplifying the signal measured by the biosignal measuring module; Measurement terminal for measuring the position and the bio-signal of the wearer, characterized in that it comprises a amplified bio-signal transmitting unit for transmitting the bio-signal amplified by the amplification unit to the biometric information analysis signal position and health control system using the same . The method of claim 9, The health control system, Collects indoor and outdoor location data transmitted from the measuring terminal, measured biometric data, emergency call information, and ingestion result receiving information, and stores and manages the collected personal information by performing a proper authentication procedure for the information when collecting. A data collection server, Related institution information collection server for storing and managing the medical data and prescription data of the wearer wearing the corresponding measuring terminal, the intake data of prescription drugs, the history of history of the disease and the information on the injection time of prescription drugs; Emergency relief information is transmitted to the emergency relief agency in case of an emergency, and the emergency management for receiving and storing the wearer-related information from the original data collection server and the relevant organization information collection server and storing it and managing it. Measuring terminal for measuring the position and the bio-signal of the wearer comprising a server, and a health control system using the same. The method of claim 13, The raw data collection server, A raw data collection unit for collecting indoor and outdoor location data transmitted from a measurement terminal, measured biometric data, emergency call information, and intake result reception information; Collected data authentication procedure for performing the correct authentication procedure for the data when collecting data through the raw data collection unit, If it is proved that the correct data through the collection data authentication procedure, characterized in that it comprises a raw database for storing and managing the collected indoor and outdoor location data of the wearer and the measured biometric data and emergency call information and intake result reception information Measuring terminal for measuring the position and bio-signal of the wearer and a health control system using the same. The method of claim 13, The relevant institution information collection server, A medical information collection unit for collecting wearer's medical data and prescription data, prescription drug intake data, disease history data, and prescription drug injection time information from the hospital and pharmacy; Prescription drug intake time notification unit for transmitting prescription data and prescription time and intake data to the corresponding measuring terminal, Measurement terminal for measuring the wearer's position and the bio-signal, characterized in that it comprises an emergency-related information transmission unit for transmitting the medical information collected to the emergency relief agency and the doctor in case of an emergency and health control using the same system. The method of claim 13, The emergency management server, An emergency relief information transmission unit for transmitting emergency relief information to an emergency relief agency in case of an emergency; A medical information transmission unit for transmitting the wearer medical information to the corresponding medical doctor; Emergency notification message transmission unit for transmitting a text message notification information to the family of the wearer, Measuring terminal for measuring the wearer's position and the bio-signal, characterized in that it comprises a location information transmission unit for transmitting the location information of the wearer when an emergency occurs, and a health control system using the same.

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