KR20100128439A - Apparatus for measuring the physiological signal, method for providing emergency rescue service and system for emergency rescue using the same - Google Patents

Abstract

PURPOSE: A biometric signal measurement terminal, an emergency service supplying method using the same and an emergency system for determining a cautious step and an emergency step are provided to supply an efficient emergency service by determining an emergency situation of the user. CONSTITUTION: A biometric signal measurement sensor(130) measures the biometric signal of a user. A controller(110) controls the measurement signal value is transmitted to a mobile communication terminal(200). A database(150) sets up the cautious step and the emergency step corresponding to a health standard value of the user. If the measurement signal value is less than the lowest limit, an emergency reader determines the cautious step and the emergency step.

Description

 Bio signal measuring terminal, emergency relief service providing method and emergency relief system using same {APPARATUS FOR MEASURING THE PHYSIOLOGICAL SIGNAL, METHOD FOR PROVIDING EMERGENCY RESCUE SERVICE AND SYSTEM FOR EMERGENCY RESCUE USING THE SAME}

The present invention relates to a biosignal measuring terminal, a method for providing an emergency relief service using the same, and an emergency relief system. Specifically, a biosignal measuring terminal capable of determining a user's situation as a caution step and an emergency step through a biosignal measurement value. The present invention relates to an emergency relief service providing method and an emergency relief system using the same.

Participants in various dangerous situations, such as emergencies, natural disasters and crimes, can inform their situation by contacting the relief management system used in various relief management centers using various communication means such as cellular phones and PDAs.

When the relief communication of the user of the mobile communication terminal is received in the relief management system used at a fire station or a police station, the relief management center is dispatched to the scene to rescue the distress. Thus, the risk situation can be solved.

However, in the conventional method of requesting a relief, since the distress in danger situation is described in words or in a text message or the like, it is difficult to deliver accurate information and it may take a long time to explain. have.

In addition, the relief management center may not be able to find the right place by misunderstanding the place where the dangerous situation occurred, and thus may not be able to cope with the risk quickly. In this case, when the distress is exposed to a dangerous situation for a long time, the life of the distress may be fatal.

In addition, if the parties are inevitably moved, they must be contacted from time to time, so it can be very inconvenient if the party in danger is injured or threatened by others. In case of contact, the power of a battery with a limited power supply may be rapidly consumed and the user may not be able to use the terminal.

In order to solve this problem, an emergency situation management through a mobile communication terminal has been sought. An example of such a method is a method of handling an emergency emergency situation using a mobile communication terminal. This is an emergency emergency processing method for transmitting information collected through an emergency heartbeat state sensor to a terminal using a mobile communication terminal, and the terminal periodically transmits GPS location information and an emergency situation to a base station for processing.

The mobile terminal used in the prior art serves as a simple intermediate gateway, which simply collects the information necessary for emergency assistance services and transmits the collected information to a base station that monitors the collected information. Because there is no consideration at all, there was a problem that privacy protection was insufficient because there was no issue of consent of the customer to disclose information.

In addition, the use of a stethoscope installed in the microphone of the earphone was exposed to contamination such as ambient noise, so the function as a heart rate sensor did not meet the expected level.

In addition, the control center side was unable to actively monitor the emergency situation, there was a problem that the information on the basic information of the rescue target is very insufficient.

In addition, there are cases of health care services through mobile communication terminals, but there is a problem in that it is not practical to cope with emergencies, and in the case of recent home healthcare system services, the subject can cope with health care and emergencies in his / her living space. There is a problem, so it is difficult for the subject to expect relief in health care and emergency situations.

It is an object of the present invention to provide a biosignal measuring terminal capable of measuring a user's biosignal and determining the emergency situation of the user as an attention phase and an emergency phase and delivering the emergency signal to an emergency relief agency.

Another object of the present invention is to provide an emergency relief service using the biological signal measuring terminal.

Still another object of the present invention is to provide an emergency relief service system including the biological signal measuring terminal and a control server.

According to an embodiment of the present invention, a biosignal measuring terminal may be configured to periodically measure the biosignal with a biosignal measuring sensor for measuring a biosignal of a user, and to measure the biosignal measured value by mobile communication. A control unit for controlling transmission to a terminal and a short-range communication unit for converting the bio-signal measurement value into short-range communication protocol data and transmitting the short-range communication protocol data to the mobile communication terminal, the health reference value for each user, and the health reference value for each user set by the user. A database for storing emergency level information as an attention level and an emergency level, and when the biosignal measurement value exceeds an upper limit value of the health reference value or is less than a lower limit value of the health reference value, the health reference value for each user and the health stored in the database Emergency level corresponding to reference value The emergency report includes an emergency situation reading unit which determines the emergency level of the user by using the accounting report.

The biosignal measuring sensor measures one or more of pulse, electrocardiogram, blood pressure, blood sugar, respiratory signal, and body temperature.

The short range communication may be one of Zigbee, infrared communication, UWB or Bluetooth.

The health reference value includes pulse rate, blood pressure, electrocardiogram, body temperature and blood sugar, but has a predetermined error range.

Emergency relief service providing method using a bio-signal measuring terminal according to another embodiment of the present invention comprises the steps of measuring a bio-signal, comparing the bio-signal measurement value with a predetermined threshold value and the bio-signal measurement value is the threshold When the value is out of the range, the step of judging the user's emergency step into the attention phase and the emergency step in the biosignal measuring terminal and determine the measurement result including the user identification code, the biosignal measurement value and the emergency step determination result And transmitting to the control server for monitoring the emergency relief service using a mobile communication network.

The health reference value of the user corresponding to each of the attention stage and the emergency stage is set by the user, and the health reference value corresponding to each of the attention stage and the emergency stage is characterized by a different range for each user.

Emergency relief service providing method using a bio-signal measuring terminal according to another embodiment of the present invention measures the bio-signal through a bio-signal measuring terminal comprising a bio-signal measuring sensor and a user-specific identification code in contact with the user's body Making;

Comparing the bio-signal measurement value with a user-specific health reference value previously stored in a database of the bio-signal measuring terminal and when the bio-signal measurement value exceeds the upper limit value of the health reference value or is less than the lower limit value of the health reference value. And determining the emergency level of the user in the measuring terminal into a caution step and an emergency step, and the measurement result including the identification code, the bio signal measurement value, and the determination result of the emergency step to the user's mobile communication terminal. And transmitting the measurement result transmitted to the mobile communication terminal to a control server for monitoring an external specific terminal designated by the user and an emergency relief service, and taking into account the measurement result transmitted to the control server. Determine whether emergency relief is needed, the side Result, and transmitting the emergency relief request message including the user's position information and personal information of other users as an emergency relief organization concerned.

Emergency relief system using a bio-signal measuring terminal according to another embodiment of the present invention in contact with the user's human body to measure the bio-signal, and compare the bio-signal measurement value with the health reference value for each user of the emergency level and emergency Receives a warning signal of the bio-signal in consideration of the measured value of the bio-signal through the bio-signal measuring terminal for generating a warning alarm by determining the step and the user's mobile communication terminal to check the user's dangerous situation, and determines whether the emergency relief It includes a control service system server.

The biosignal measuring terminal may be classified into a normal step and an emergency step according to a database including an emergency degree information corresponding to a health reference value set by a user and a user identification code, and the biosignal measurement value. It characterized in that it comprises an emergency situation reading unit to determine divided into steps and emergency steps.

Specific details of other embodiments are included in the detailed description and the drawings.

As described above, the present invention, unlike the conventional method of measuring and transmitting the biological signal to the control center, etc. by using the measured biological signal to determine the emergency of the user in the biological signal measuring terminal itself, more efficient emergency relief service Can be provided.

Advantages and features of the present invention, and methods for achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be embodied in various different forms, and only the present embodiments make the disclosure of the present invention complete, and those of ordinary skill in the art to which the present invention belongs. It is provided to fully inform the person having the scope of the invention, which is defined only by the scope of the claims.

Emergency relief service of the present invention can be applied to the user's health care services. First Aid and health care services protect an individual's life, personal details that require confidentiality, such as name, age, sex, height, weight, blood type, illness, disability, place of residence, phone number, family relationships, It uses the information needed by the caregiver and medical staff. It requires identification of the applicant and the user of the service, confirmation of the true subscription, and accuracy of the data.

Therefore, it is desirable to apply for service subscription directly from the service applicant through the certified certificate login only for the applicant who has been identified as the service applicant.

On the other hand, if the emergency relief service according to the present invention is implemented as a paid service, the service provider may pay a service fee that the service applicant must bear instead of the first point payment method of the credit card company. In addition, the packaged goods can be configured through cooperation with financial companies and telecommunication companies.

1 is a flowchart illustrating a method of applying for a service in an emergency relief service providing method using a biosignal measuring terminal according to an exemplary embodiment of the present invention.

1, the service applicant is provided with a service subscription page by accessing the homepage of the emergency relief service provider in the present invention through the terminal of the applicant (S11), and accepting the service subscription (S13), through the official certificate Log in (S15).

After agreeing to apply for the emergency relief health care service and registering the personal details of the user described above (S17), the user signs and returns to the user after signing up for the service subscription contract, expressing the biosignal measuring terminal, and receiving the biosignal measuring terminal. (S19). Alternatively, the control center makes a call to the user to go through the service confirmation step (S21).

The service application method illustrated in FIG. 1 may be performed in various ways, and is not limited to the method illustrated in FIG. 1.

2 is a block diagram showing an emergency relief service system using a biometric terminal according to an embodiment of the present invention, Figure 3 is a block diagram showing the configuration of a biometric terminal in the present invention.

2 to 3, an emergency relief service system using a biometric terminal receives a biosignal measurement terminal 100 for measuring a biosignal, a biosignal caution warning message or an emergency alert message in consideration of a biosignal measurement value. Check the risk of the user, and includes a control server 400 for determining whether or not emergency relief.

In addition to the bio-signal measuring terminal 100 and the control server 400, a variety of external specific persons specified by the mobile communication terminal 200, control center 300, control center 300 for managing the control server 400, the service applicant External specific terminal including the terminal (500_1, 500_2, ..., 500_n), the service applicant terminal 600 applying for the emergency relief service in the present invention, the emergency rescue agency terminal 700, medical care organization terminal 800 It may be configured to include.

The biosignal measuring terminal 100 measures the biosignal by contacting the user's human body and compares the biosignal measurement value with the health reference value for each user to determine the emergency level as the caution level and the emergency phase. To generate a warning alarm.

The biosignal measuring terminal 100 includes a controller 110, an emergency situation reading unit 120, a biosignal measuring sensor 130, a short range communication module 140, and a database 150.

The controller 110 outputs a control signal to the biosignal measurement sensor 130 to measure a predetermined biosignal, and transmits the biosignal measurement value to the mobile communication terminal 200 according to a set period.

When an error occurs in the measured value from the biosignal measuring sensor 130, the controller 110 determines the validity of the measured value by inspecting the error signal. This means that even if the measured bio signal value is changed due to an error occurring in the sensing process or communication path, the measured value may be changed to be a caution or emergency even if the user situation is not a caution or emergency. This is to prevent.

Meanwhile, the emergency relief service applicant or the user of the biosignal measuring terminal 100 according to the present invention may intentionally request the measurement of the biosignal for emergency relief or health care. Even in this case, the controller 110 may output the control signal to the biosignal measuring sensor 130 to measure the biosignal.

The emergency situation reading unit 120 determines the current emergency situation of the user of the biosignal measuring terminal 100 by comparing the biosignal measurement value and the health reference value for each user previously stored in the database 150. Unlike conventional biosignal measuring terminals simply measuring the biosignal and transmitting the biosignal to a control center, the biosignal measuring terminal 100 according to the present invention may be configured to receive a biosignal measured through the biosignal measuring sensor 130. In comparison with the threshold range, the user's emergency situation can be determined directly.

The emergency signal reading unit 120 determines whether the user's emergency is classified into a caution step and an emergency step when the biological signal measurement value exceeds the upper limit value or less than the lower limit value of the health reference value for each user.

In particular, the health reference value for each user stored in the database 150 included in the biosignal measuring apparatus 100 according to the present invention is not a simple biosignal information of the user, but sets a caution step and an emergency step according to the user's own biometric information. Data entered in one state.

For example, the normal pulse rate of a healthy adult ranges from 60 times to 80 times / minute. However, if the pulse rate is less than 40 times per minute, if the pulse intensity and interval are both irregular, or if the pulse falls out every second or third, if the pulse is not measured at least for a few seconds, then the elderly is not a healthy adult, In the case of a child, when the 60 to 80 times / minute is fixed to a normal pulse rate, an emergency situation may not be accurately determined for each user.

Therefore, in the case where the measured pulse rate value of the person whose average range of the pulse rate is 50 times / minute is 45 minutes to 55 times per minute, it is preferable to judge the normal state, not the caution stage or the emergency stage. As such, in order to provide a user-customized service in consideration of the bio-signal measurement result in consideration of the user's health state, the user of the bio-signal measurement terminal 100 through the database 150 of the bio-signal measurement terminal 100 according to the present invention Considering the state of health, it is desirable to set the normal phase, attention phase, emergency phase.

For example, a person with an average pulse rate of 50 beats per minute sets the pulse rate 45 to 55 beats per minute as the normal level, sets 40 to 44 beats per minute as the caution level, and sets 40 or less times per minute as an emergency. Can be.

That is, those who have a pulse rate less than the normal medically known pulse rate is set as described above and stored in the database 150, the personalized emergency relief service considering the health status of the biometric terminal 100 of the present invention It can be provided through.

Although the above-described example has been described with respect to the pulse rate, general bio-signals, ie, blood pressure, electrocardiogram, body temperature, blood sugar, etc. may be applied.

Of course, the data on the normal range of the general bio-signals are stored in a table form, so that when the user inputs his or her biometric information without setting an attention step and an emergency step separately, the normal bio-signals stored in the table Comparing the normal value and the measured value of the biological signal of the deviation from the normal range does not exclude the process of judging as caution or emergency.

Therefore, the emergency situation reading unit 120 compares the bio-signal measurement value with the health reference value for each user stored in the above-mentioned database 150, and divides it into a normal stage, a caution stage, and an emergency stage by the criteria set by the user. You will be judged.

Here, the user's current situation can be divided into three phases: normal, caution, and emergency. This is not the case when emergency rescue agencies dispatch emergency vehicles to rescue, that is, the current state is a caution phase when considering the user's health condition. By imprinting on the user, he or she can avoid getting worse and getting into an emergency. The three stages of the normal, attention, and emergency are exemplary, and various emergency stages may be set and input according to the user's dry state and the type of the biosignal.

The biosignal measuring sensor 130 may measure various biosignals such as pulse, electrocardiogram, blood pressure, blood sugar, respiratory signal, and body temperature, and may also measure a complex signal of the biosignal.

The biosignal measuring sensor 130 is generally configured in contact with the user's body, and measures the biosignal of the user by the control signal output from the control unit 110 and transmits the biosignal to the emergency reader 120.

On the other hand, the biological signal measuring terminal 100 in the present invention includes a short-range communication module 140, and transmits the biological signal measurement value measured by the biological signal measuring sensor 130 to the user's mobile communication terminal 200. The protocol data is converted into protocol data for short range communication.

The short range communication is one of Zigbee, infrared communication, UWB or Bluetooth.

Since the biological signal measuring terminal 100 according to the present invention generally has a structure in contact with a user's body, its shape is compactly configured so that the biological signal measurement and radio wave transmission and reception are not significantly affected, but a necklace, a ring, and a wristwatch type Can be used.

In particular, the wristwatch type is configured to be elastic, such as a rubber band, bulk type, and can be worn naturally without the user's rejection. In addition, in one embodiment of the present invention, but the biological signal measuring terminal 100 to maintain the distance that can be communicated by the user's mobile communication terminal 200 and the short-range communication module 140, the mobile communication terminal 200 It may be manufactured in one piece with.

The mobile communication terminal 200 is preferably configured as a dedicated mobile communication terminal for emergency relief and health care by the terminal manufacturer. However, a general mobile communication terminal capable of Bluetooth or Zigbee communication may be used in consideration of general use.

The mobile communication terminal 200 is a user of the control server 400 and the bio-signal measuring terminal 100 of the control center 300 by using the wireless signal measurement value measured by the bio-signal measuring terminal 100 Send to the terminal (500_1,500_2,…, 500_n) of the specified external person to notify the control center 300 that manages emergency relief, as well as the user's family, friends, acquaintances, etc. can quickly get the user out of the emergency Make sure

In the control center 300 that receives the user's biological signal measurement value, identification code, and emergency determination result from the mobile communication terminal 200, an emergency situation is sent to the emergency rescue related terminal 700 and the medical related terminal 800. Inform emergency relief services.

4 is a flowchart illustrating a service providing method in a case where the biosignal measurement result is normal in the emergency relief service providing method using a biosignal measuring terminal according to another embodiment of the present invention, and FIG. 5 is an embodiment of the present invention. In the emergency relief service providing method using a biosignal measuring terminal according to the present invention, a flow chart showing a method for providing an emergency relief service in a caution step and an emergency phase of a biosignal measurement result, and FIG. 6 is a biosignal measurement according to an embodiment of the present invention. In the emergency relief service providing method using a terminal, it is a flowchart showing the emergency relief service providing method in the control center.

4 to 6, after explaining a schematic concept of the emergency relief service providing process using the biosignal measuring terminal according to an embodiment, the biosignal measuring terminal 100, the mobile communication terminal 200, the control center A detailed emergency relief service providing process using the 300 and the control server 400 will be described.

First, after measuring the bio-signal of the user, if the bio-signal measurement value is out of the range of the predetermined threshold value by comparing the bio-signal measurement value with a predetermined threshold value, the user in the bio-signal measurement terminal 100 Judgment of emergency is divided into caution stage and emergency stage. Then, the measurement result including the user identification code, the biological signal measurement value and the emergency degree determination result is transmitted to the control server monitoring the emergency relief service using the user's mobile communication network.

Hereinafter, the above-mentioned emergency relief service method will be described in detail using the biosignal measuring terminal 100 (refer to FIG. 3).

The emergency relief service applicant according to the present invention subscribes to the emergency relief service including health care and registers personal details including the service user health reference value in the control server 400 of the control center 300.

After the registration process, the user's health reference value and the emergency step corresponding to the health reference value are stored in the biosignal measuring terminal 100. Specifically, whether the user corresponds to a normal level for each predetermined health reference value, and if it is not a normal level or a caution level or an emergency level, the user stores the data in the database 150 of the biosignal measuring terminal 100 according to his / her health condition. A biosignal reference value is set (S905).

The biosignal is measured by the biosignal measuring sensor 130 which is in contact with the user's body and the biosignal measuring terminal 100 including the identification code for each user (S907), and the emergency situation of the biosignal terminal 100 is read. In step 120, the bio-signal measurement value is compared with a health reference value for each user previously stored in the database 150 (S909).

When the bio-signal measurement value exceeds the upper limit value of the health reference value or is lower than the lower limit value of the health reference value, the emergency situation reading unit 120 determines the emergency level of the user by dividing the caution step and the emergency step (S921).

Referring to FIG. 4, when the user determines that the user is in the normal step, the emergency situation reading unit 120 determines the biosignal terminal as a measurement result including a user identification code, a biosignal measurement value, and a determination result indicating that the normal step is normal. Through the short-range communication module 140 of 100 to the user's mobile communication terminal 200 (S917), the mobile communication terminal 200 transmits the measurement result to the control server 400 received by the user The service history is stored in a database (not shown) of the control server 400 (S917).

If it is determined that the user's situation is normal, if the time for transmitting the measurement result to the control server 400 through the mobile communication network is measured (S913), the user's bio signal for each set transmission time. Will be sent periodically.

As a result of the determination of the emergency repayment reading unit 120, if the user situation is not the normal stage, it is determined whether the attention stage or the emergency stage (S919).

Subsequently, referring to FIG. 5, if the user situation is determined to be a caution step, the biosignal measurement terminal 100 generates a caution warning alarm to inform the user of his / her current biosignal (S923). Get help from people around you.

Meanwhile, the measurement result including the identification code of each user, the bio signal measurement value and the degree of emergency, that is, the result determined as the caution step is transmitted to the mobile communication terminal 200 (S925), and the mobile communication terminal 200 transmits the result. It transmits to the control server 400 for monitoring the external terminal designated by the user (500_1, 500_2, ..., 500_n) and emergency relief services.

In addition, the mobile communication terminal 200 transmits a warning message to the external terminal 500_1, 500_2, ..., 500_n and the control server 400. The attention warning message may be transmitted to any one of a short message service (SMS), a multimedia message service (MMS), a long message service (LMS), or a UMS (United Message Service).

The control server 400 requests the call to the user's mobile communication terminal 200 to collect the emergency information of the user, but after a call request for a predetermined time, if the call is not connected, the user's mobile communication terminal 200 Initiate a forced call through the speakerphone of the (S927).

When a call with the user's mobile communication terminal 200 is initiated, the voice output from the user's mobile communication terminal 200 is recorded through the voice recording module of the control center 300, which is the surrounding situation of the user in the attention stage. This can be identified at the control center and used as a guide for emergency relief decisions.

In the database of the control server 400 stores the service history provided by the user of the biological signal measuring terminal 100.

If the user's situation is determined to be an emergency step (S931), the biosignal measuring terminal 100 generates an emergency warning alarm (S933), and determines the user identification code, the biosignal measurement result, and the emergency degree. The measurement result including the result is transmitted to the mobile communication terminal 200 (S934), and the mobile communication terminal 200 sends the measurement result to the control server 400 and stores it in the database of the control server 400.

In this case, the control center 300 may request the user's location information to the mobile communication company. When the user's situation is transmitted from the biosignal measurement terminal 100 to the emergency situation, the control center automatically generates the GPS positioning information. Transmitted to the 300 to control the user's location in the control center 300 to perform emergency relief services.

On the other hand, the GPS receiver is preferably embedded in the user's mobile communication terminal 200, but is embedded in the bio-signal measuring terminal 100, the user's location information or movement automatically in the bio-signal measuring terminal 100 in case of emergency The transmission of the route and the like to the control center 300 through the mobile communication terminal 200 is not excluded.

When the emergency situation reading unit 120 of the biological signal measuring terminal 100 determines the user's situation as an emergency stage, the mobile communication terminal 200 is automatically transmitted to the mobile communication terminal 200, the control center 300, and the control server 400. The measurement result is recognized by the control center 300 as emergency rescue request data.

On the other hand, if the user's situation is determined to be an emergency, the user's mobile communication terminal 200 automatically requests to start the forced call with the control center 300 (S935).

The forced call to the emergency situation is also initiated by the speakerphone as in the aforementioned caution step, and records the situation around the user's mobile communication terminal 200 through the recording module of the control center 300.

In addition, the mobile communication terminal 200 transmits a warning message to the external terminal 500_1, 500_2, ..., 500_n and the control server 300 (S939). This process is the same as in the above-described caution step, so that the user of the bio-signal measurement terminal 100 by recognizing the caution warning alarm and the emergency warning alarm to recognize whether their situation is the attention phase or the emergency phase. desirable.

The biosignal measurement value measured by the biosignal measuring terminal 100 and the emergency degree determination result are stored in the database of the control server 400 together with the user identification code, and a warning message indicating the emergency degree is also the biosignal measuring terminal 100. The user is included in the service history provided and stored, so that the user can access the control server 400 to check the service history provided by the user.

A user emergency rescue process in the control center 300 that receives the warning message transmitted to the control server 400 in the caution step to the emergency step will be described with reference to FIG. 6.

When receiving the warning message, the control center 300 determines whether to perform emergency relief (S945), if it is determined that there is a need for emergency relief (S945: Yes), the user's location information, mobile communication network The biosignal measuring terminal 100 received through the user's identification code, the biosignal measurement value and the emergency result determination result and user information necessary for emergency rescue such as user personal information is transmitted to the emergency rescue authorities terminal 700.

As necessary, the user information necessary for the emergency rescue is transmitted to the medical related institution terminal 800 so that a quick emergency relief service can be performed.

The information on the location of the user among the user information required for emergency rescue transmitted to the emergency rescue organization or medical related organization includes specific information such as a specific place name, distance, latitude, longitude, altitude, etc. If you are in, it is desirable to be able to see how many floors you have.

On the other hand, emergency rescue agencies include, for example, the 119 general emergency room operated by the fire department, and emergency dispatch service centers that exist in each region. The emergency rescue agency may use the user's biometric signal measuring terminal 100 unique identification number stored in a database of the control server 400 even when the user information necessary for the emergency rescue is not received from the control center. Information can be inquired.

The user's body information, past medical history, and accumulated biosignal information of the user, among the user information necessary for emergency rescue, are used for transfer to medical related organizations.

On the other hand, the control center 300 is connected to the emergency rescue organization or medical related organizations to determine the real-time emergency relief service status of the user of the biological signal measuring terminal 100 in real time terminal specified by the user (500_1,500_2, ... , 500_n) transmits the emergency relief processing result (S949), and stores the emergency relief service details in a database of the control server 400 (S951).

If the control center 300 determines that the emergency relief is not necessary (S943: No) transmits a situation processing result message that does not require emergency relief to the terminal (500_1, 500_2, ..., 500_n) specified by the user and (S949), such contents are stored in a database of the control server 400 (S951).

The biosignal measuring terminal 100 according to the present invention measures a biosignal, determines an emergency of the user, and provides a health care service by operating an emergency button (not shown) in addition to a function to receive an emergency relief service. It includes the ability to respond quickly to crimes and other emergencies.

Even if the user's biometric signal is normally measured, in case of an emergency such as a disaster, accident, crime, etc., an emergency button of the biosignal measurement terminal 100 can be selected to make an emergency call to the control center 300 for a relief request. will be.

The general emergency call may be performed by pressing the emergency button of the biosignal measuring terminal 100 for a predetermined time or repeatedly pressing the user's will. On the other hand, it is necessary to perform a secret call so that the emergency call to the control center 300 is not exposed in the above-described crime and the like.

7 is a flowchart illustrating a secret calling process using the biosignal measuring terminal 100 according to an embodiment of the present invention.

By selecting the emergency button of the bio-signal measuring terminal 100 (S1001) and performing a predetermined emergency button operation through the control server 400, a third around the user using the bio-signal measuring terminal 100 Secret calls should be made so that the emergency rescue request signal is not exposed.

When the secret call is transmitted to the control center 300, the forced call is initiated from the control center 300 to the mobile communication terminal 200 of the user and transmits an emergency message to the external specific terminal (S1005).

Since the forced call is performed using the speakerphone of the user mobile communication terminal 200, the speaker function is not activated, only the microphone function is activated, and the control center 300 can listen to and record the voice around the user.

In addition, in case of offenders intentionally turning off the power of the user's mobile communication terminal 200 in a crime situation, the control center forcibly moves the mobile communication terminal 200 when the power is turned off after the secret call step. The forced one-way call can be started by turning on the power of the communication terminal 200.

In addition, the emergency relief service in the control center 300 described with reference to FIG. 6 may be equally applicable to FIG. 7. When briefly described with reference to FIG. 6, a general call or a secret call is requested from a control center ( 300 checks the location information of the user (S1009), and provides relief information to the relief agency while providing detailed information of the user (S1011). Along with this, relief can be requested from medical institutions (S1013).

On the other hand, the emergency relief processing result is transmitted to a specific person specified by the user, and stored in the database of the control server 400.

As described above, the biosignal measuring terminal 100 may be used in the process of providing an emergency relief service by measuring the biosignal and providing an emergency relief service in an emergency such as a crime or an accident. It may also be used to provide international emergency relief services in conjunction with international emergency relief agencies.

For example, a first country and a second country may form a strategic alliance so that their citizens can receive certain emergency services in other countries. The Republic of Korea allows the user having the bio-signal measuring terminal 100 according to the present invention at the airport to subscribe to the emergency relief service provided by the present invention and to select a country of residence, and then use the mobile terminal roaming service. Emergency relief services according to the present invention can be provided in another country.

In other words, even in an emergency situation where a service user does not speak a language, the user may receive all the benefits of the service, and may transmit an emergency alert message to a specific external person designated by a user in the country.

In addition, even if the service user is in the country, and the foreign user specified by the service user to reside in a foreign country when an emergency occurs in the process of using the biological signal measuring terminal 100 according to the present invention, Emergency alert messages can be sent.

In addition, in preparation for floods such as flooding, it is preferable that the biosignal measuring terminal 100 and the mobile communication terminal 200 have a waterproof function.

In addition, in order to charge the bio-signal measuring terminal 100, a fire, gas leakage risk sensor and other users through a short distance communication method with a home network system of a residential facility in case a service user cannot contact the body. It is possible to provide an emergency relief service using at least one bio-signal measurement sensor and a danger detection sensor among the voice sensor to recognize body temperature, breathing, moaning and screaming.

Those skilled in the art will appreciate that the present invention can be embodied in other specific forms without changing the technical spirit or essential features of the present invention. For example, a program for realizing a method of providing an emergency relief service using the biosignal measuring terminal according to the present invention may be implemented in various forms such as a recording medium in which a program is recorded. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is indicated by the scope of the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and the equivalent concept are included in the scope of the present invention. Should be interpreted.

1 is a flow chart illustrating a method of applying for a service in an emergency relief service providing method using a biosignal measuring terminal according to an embodiment of the present invention.

Figure 2 is a schematic diagram of the emergency relief service system using a biometric terminal according to an embodiment of the present invention.

Figure 3 is a block diagram showing the configuration of a biometric terminal according to an embodiment of the present invention.

FIG. 4 is a flowchart illustrating a method for providing an emergency relief service when the biosignal measurement result is normal in the method for providing emergency relief service using the biosignal measuring terminal according to an embodiment of the present invention. FIG.

FIG. 5 is a flowchart illustrating a method for providing an emergency relief service at an attention stage and an emergency phase in a method for providing emergency relief service using a biosignal measuring terminal according to an embodiment of the present invention. FIG.

6 is a flowchart illustrating a method for providing an emergency relief service in a control center in the method for providing emergency relief service using a biosignal measuring terminal according to an embodiment of the present invention.

7 is a flowchart illustrating a secret call process using a biosignal measuring terminal according to an embodiment of the present invention.

<Description of Major Symbols in Drawing>

100: biometric terminal 110: control unit

120: emergency situation reading unit 130: bio-signal measuring sensor

140: short-range communication module 150: database

200: mobile communication terminal 300: control center

400: control server 500_1,500_2,... , 500_n: external specific terminal

Claims (24)

A biosignal measuring sensor for measuring a biosignal of a user; A controller configured to measure the biosignal and to transmit the biosignal measurement value to a mobile communication terminal; A short range communication unit converting the biological signal measurement value into short range communication protocol data and transmitting the converted biosignal measurement value to the mobile communication terminal; A database for storing emergency level information corresponding to the health reference value for each user and the health reference value for each user set by the user as an attention step and an emergency step; And When the biosignal measurement value exceeds the upper limit value of the health reference value or is lower than the lower limit value of the health reference value, the user's emergency step is noted using the user's health reference value and emergency step information corresponding to the health reference value stored in the database. Emergency situation reading unit to be divided into stages and emergency stages Biological signal measuring terminal comprising a. The method of claim 1, The biological signal is one or more of the pulse, electrocardiogram, blood pressure, blood sugar, respiratory signal and body temperature of the biological signal measuring terminal. The method of claim 1, The short-range communication is a ZigBee, infrared communication, UWB or Bluetooth one of the biological signal measuring terminal. The method of claim 1, The health reference value includes a pulse rate, blood pressure, electrocardiogram, body temperature and blood sugar, wherein the health reference value is a biological signal measuring terminal having a predetermined error range. Measuring a biological signal; Comparing the biosignal measurement with a predetermined threshold; When the biosignal measurement value is out of the threshold value, determining the emergency level of the user by dividing the user's emergency step into a warning step and an emergency step; And Transmitting a measurement result including an identification code for each user, a bio signal measurement value and the emergency step determination result to a control server for monitoring an emergency relief service using a mobile communication network; Emergency relief service providing method using a biological signal measuring terminal comprising a. The method of claim 5, The health reference value of the user corresponding to each of the attention stage and the emergency stage is set by the user, and the health reference value corresponding to each of the attention stage and the emergency stage varies in the range for each user. How to Provide. Measuring a biosignal through a biosignal measuring terminal including a biosignal measuring sensor in contact with a user's body and a user-specific identification code; Comparing the measured value of the biosignal with a health reference value for each user previously stored in a database of the biosignal measuring terminal; When the biosignal measurement value exceeds the upper limit value of the health reference value or is less than the lower limit value of the health reference value, determining the emergency step of the user by dividing the user's emergency step into a warning step and an emergency step; Transmitting a measurement result including the identification code for each user, the bio signal measurement value, and the emergency step determination result to the user's mobile communication terminal; Transmitting the measurement result transmitted to the mobile communication terminal to a control server for monitoring an external specific terminal designated by the user and an emergency relief service; And It is determined whether emergency relief is necessary in consideration of the measurement result sent to the control server, and transmits an emergency relief request message including the measurement result, the user's location information, and other user's personal information to the emergency relief organization. step Emergency relief service providing method using a biological signal measuring terminal comprising a. The method of claim 7, wherein Storing the health reference value for each user in a database of the biosignal measuring terminal, and setting an emergency step corresponding to the health reference value for each user set by a user by dividing it into a caution step and an emergency step; And Receiving an emergency relief service subscription using the biosignal measuring terminal Emergency relief service providing method using a biological signal measuring terminal that further comprises. The method of claim 7, wherein the user's personal information is Method of providing an emergency relief service using a bio-signal measuring terminal that includes the user's blood type, past medical history information, accumulated biosignal analysis information, guardian information and health insurance information. The method of claim 7, wherein the emergency step is a caution step, Generating a caution warning alarm through the biosignal measuring terminal; Transmitting the measurement result to a mobile communication terminal of the user by using a short range communication module; Transmitting the measurement result transmitted to the mobile communication terminal to the control server; And Storing the measurement result and service provision history in a database of the control server; Emergency relief service providing method using a biological signal measuring terminal comprising a. The method of claim 10, wherein the transmitting to the user's mobile terminal is Transmitting a caution warning message to the control server and the terminal of the external specific person through the user's mobile communication terminal; Emergency relief service providing method using a biological signal measuring terminal that further comprises. The method of claim 11, The control server further comprises the step of collecting the emergency information of the user by requesting a call to the mobile communication terminal of the user in response to the transmitted warning message, After the call request for a predetermined time, if the call is not connected to the user, to initiate a forced call by the speakerphone of the user's mobile communication terminal Emergency relief service providing method using a bio-signal measuring terminal. The method of claim 12, When the call with the user's mobile communication terminal is initiated, the emergency relief service using a bio-signal measuring terminal further comprising the step of recording the voice output from the user's mobile communication terminal through the voice recording module of the control center. How to Provide. The method of claim 7, wherein the emergency stage is an emergency stage, Generating an emergency alert alarm through the biosignal measuring terminal; Transmitting the measurement result to a mobile communication terminal of the user by using a short range communication module; Initiating a forced call from the mobile communication terminal to a control center managing the control server; And Storing the service history provided to the user in a database of the control server; Emergency relief service providing method using a biological signal measuring terminal comprising a. 15. The method of claim 14, wherein transmitting the measurement result to the user's mobile communication terminal Transmitting an emergency alert message to the control server and a designated external specific person through the mobile communication terminal of the user; Emergency relief service providing method using a biological signal measuring terminal that further comprises. The method of claim 15, Secret call step not to expose the emergency call to the control center by operating the emergency button of the biological signal measuring terminal Emergency relief service providing method using a biological signal measuring terminal comprising a. The method of claim 11 or 15, wherein the warning message is Emergency message service providing method using a biological signal measuring terminal that is transmitted to any one of SMS (Short Message Service), MMS (Multimedia Message Service), LMS (Long Message Service) or UMS (United Message Service). The method according to claim 12 or 14, wherein Determination of emergency relief using the emergency information of the user, If the control server determines that the need for emergency relief exists, Obtaining location information including a movement path of the user by tracking the location of the user; Transmitting the location information together with the personal information of the user to a rescue related organization terminal; And Transmitting the emergency relief processing result to the control service system server and a terminal of an external specific person designated by the user; Emergency relief service providing method using a biological signal measuring terminal comprising a. The method of claim 11, As a result of comparing the bio-signal measurement value with the health reference value for each user, if the bio-signal measurement value is within the normal range set by the user, emergency call is possible to the control center in preparation for disaster, accident and crime Emergency relief service providing method using a signal measuring terminal. The method of claim 19, And a secret call step of exposing an emergency call to the control center to another person by manipulating the emergency button of the biosignal measuring terminal. The method of claim 20, wherein the secret call step, The speaker function of the user's mobile communication terminal is stopped, and only the microphone function is activated emergency relief service providing method using a biological signal measuring terminal. 21. The method of claim 20, After the secret call, if the user's mobile communication terminal is powered off, initiating a forced call with the user's mobile communication terminal in the control server; Emergency relief service providing method using a biological signal measuring terminal that further comprises. A biosignal measuring terminal configured to measure a biosignal by being in contact with a user's body, and to generate a warning alarm by judging an emergency step as a caution step and an emergency step by comparing the biosignal measurement value with a health reference value for each user; And Control service system server for receiving a bio-signal warning message considering the bio-signal measurement value through the user's mobile communication terminal to check the user's dangerous situation and determine whether or not an emergency relief Emergency relief system using a biological signal measuring terminal comprising a. The terminal of claim 23, wherein the biosignal measuring terminal A database including a user identification code and emergency degree information corresponding to the health reference value set by the user; And An emergency situation reading unit which is divided into a normal stage and an emergency stage according to the bio-signal measurement value, and divides the emergency stage into a caution stage and an emergency stage. Emergency relief system using a biological signal measuring terminal comprising a.

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