KR20110069356A - An advanced age friendly health care system - Google Patents

Abstract

PURPOSE: An elderly-friendly health care service system are provided to conveniently grasp a current location of examined person who is put on an emergency situation through a GPS which is included in a biometric information measurement terminal. CONSTITUTION: A biometric measurement terminal(10) includes as follows. A biometric information measurer(110) measures biometric information of the examined person by being fixed to a wrist of the examined person. A memory unit(130) stores the measured biometric information measured value. A Bluetooth communication unit(150) transmits the saved biometric information measured value.

Description

Elderly-Friendly Healthcare Service System {AN ADVANCED AGE FRIENDLY HEALTH CARE SYSTEM}

The present invention can more easily identify the emergency situation of the subject regardless of the place, and can check the health status of the subject, in particular, hypertensive patients, diabetics and the elderly, in real time, and furthermore, the subject placed in the emergency situation. It relates to an age-friendly healthcare service system that can achieve a quick action for.

Recent changes in the social environment have led to an increase in health care costs, with an increasing interest in health. In the US, 14% of GDP and 7% of GDP are spent on health care in Korea. It is becoming.

In the medical service field, the rapid development of IT technology is driving research and development in the mobile healthcare field based on the ubiquitous environment in which IT technology and medical field are combined.

Although the expenditure of medical expenses is increasing and new medical services are being developed, patients in need of emergency rescue and treatment often do not receive adequate medical services even though there are many emergency rescue systems.

At present, the elderly population is increasing due to the rapid aging society, the number of dual-generation households, the physical distance between families due to the nuclear family, the number of facilities where the elderly are concentrated, such as postpartum care center and silver town, the medical gap due to the declining population of farming and fishing villages, etc. This is not the case even when an emergency occurs, it must be reported to an emergency medical institution or direct emergency treatment must be made quickly.

For example, health conditions for patients with hypertension, diabetes, etc., which require treatment for a long time, should be monitored periodically.

Hypertensive patients with very irregular blood pressure should be monitored for blood pressure, pulse, etc. at least several times a day, and if the blood pressure is very high or low, the drug for the symptom should be administered very quickly.

 Such monitoring and first aid needs to be applied to diabetics.

Even when going out, small and lightweight blood pressure monitors and diabetes measuring devices have been developed and widely used to monitor health status such as pulse, respiratory rate, blood pressure and body temperature of the user at any time and place. It is not used much because of inconvenience, inconvenience of follow-up processing using monitoring result.

In addition, the medical system such as the doctor in charge can monitor the health status of the individual in real time, or the medical system can be processed to view the emergency medical system that can be viewed by the related medical personnel and guardians, and the emergency that occurs when the patient is located in a separate space alone. There is a problem that a large number of lives are lost because the emergency medical system is not implemented to prepare.

Even now, there is a separate emergency call device for the patient in each hospital room, but it is difficult to cope when the patient is in a serious crisis that is difficult to operate the emergency call device or when a crisis occurs outside the hospital room.

Therefore, the present inventor can more easily identify the emergency situation of the subject regardless of the place, and can check the health status of the subject, in particular, hypertension patients, diabetics, and the elderly, in real time, and furthermore, in an emergency situation. The aim of this study is to propose an age-friendly healthcare service system that can achieve prompt measures for the subject.

The present invention has been created to solve the above-described problems, it is possible to more easily identify the emergency situation of the subject regardless of location, as well as the health status of the subject, in particular hypertension patients, diabetics, elderly people The purpose of the present invention is to provide an aged-friendly healthcare service system that can be identified, and furthermore, rapid measures can be taken for the subjects in emergency situations.

The present invention for achieving the above object is fixed to the wrist of the subject to measure the biometric information including the electrocardiogram, blood pressure, skin temperature and the amount of activity of the subject, and measured by the biometric information measuring unit A biometric information measuring terminal having a memory unit configured to store the measured biometric information value and a Bluetooth communication unit configured to transmit the biometric information measured value stored in the memory unit; A Bluetooth communication unit for receiving the biometric information measured by the Bluetooth communication unit of the biometric information measuring terminal, a memory unit storing the biometric information measured by the Bluetooth communication unit, and outputting the biometric information stored in the memory unit A mobile communication terminal having a biometric information output unit and a communication module for transmitting the biometric information measurement value output by the biometric information output unit; Bluetooth communication unit for receiving the biometric information measurement value transmitted by the Bluetooth communication unit of the biometric information measurement terminal, a memory unit for storing the biometric information measurement value received by the Bluetooth communication unit of the biometric information measurement value stored in the memory unit A display unit for outputting the selected biometric information measurement value, a selection unit for selecting the biometric information measurement value to be output to the display unit among the biometric information measurement values stored in the memory unit, and a biometric information measurement value selected by the selection unit A home gateway including a control unit for controlling the display unit to be output to the display unit, and a communication module for transmitting the biometric information measurement value selected by the selection unit; It is connected through the mobile communication terminal and the mobile communication network and is connected through the home gateway and the network network, the biometric information measured by the communication module of the mobile communication terminal and the home gateway is stored, the mobile communication terminal and the home gateway Aging-friendly healthcare service comprising a; management server is provided with an emergency situation determination unit for determining whether an emergency situation by comparing the biological information measurement value transmitted from the communication module of the pre-stored reference biometric information range value Provide a system.

Herein, when both the mobile communication terminal and the home gateway are located within the communication range of the Bluetooth communication unit of the biometric information measurement terminal, the Bluetooth communication setting is to set the communication priority of the Bluetooth communication unit of the biometric information measurement terminal. It is preferable that an addition is provided.

In addition, the biological information measuring terminal is preferably provided with a GPS for measuring the position of the subject.

Further, the home gateway is preferably provided with a biometric information setting unit for setting the biometric information items to be measured by the biometric information measuring unit of the biometric information measuring terminal and the measurement period of the biometric information measuring unit.

In addition, the home gateway is provided with a USB port, and a separate biometric information measurement unit is preferably connected to the USB port.

In addition, the distance adjacent to the home gateway is configured to include a piezoelectric sensor and a pressure sensor for measuring the sleep information including the pulse, breathing, body snoring, snoring of the sleeping subject to output the sleep information measured by the home gateway. Preferably, a sleep pad having a sensor unit is provided.

In addition, the biological information database for storing the biological information measurement values transmitted by the communication module of the mobile communication terminal and the home gateway in the management server; A reference value database in which the emergency determination unit stores a reference biometric information range value to be compared with the biometric information stored in the biometric information database; A contact database for storing contact information of an administrator including a manager who manages the subject and an emergency institution, including a hospital; If the emergency determination unit determines that the subject is in an emergency, the manager and the emergency agency based on the contact information of the manager and the emergency agency of the subject placed in the emergency extracted by the management server from the contact database. SMS transmission unit for informing the emergency situation of the subject to measure; preferably is provided.

In addition, the management server is preferably provided with a contact setting unit for changing and setting the contact information stored in the contact database.

According to the present invention, a biogate measurement value measured by a biometric measuring terminal fixed in a wrist of a subject by a home gateway installed in a mobile communication terminal such as a mobile phone, a PDA, or a house, etc. When receiving and transmitting the biometric information of the measured subject to the management server again, the emergency decision unit provided in the management server transmits the biometric information measured by the mobile communication terminal or the home gateway and the pre-stored reference biometric information. By comparing the range values to determine the emergency situation of the subject, it is easier to identify the emergency situation of the subject regardless of the location, and also to measure the biometric information of the subject measured by the biometric terminal. On the basis of this, it is possible to check in real time the health status of the subjects, especially hypertensive patients, diabetics and the elderly. A.

When both the mobile communication terminal and the home gateway are located within the communication range of the Bluetooth communication unit of the biometric information measuring terminal, the subject, the manager managing the subject, and the like operate the Bluetooth communication setting unit of the biometric information measuring terminal. There is an effect that it is easier to set the communication priority of the Bluetooth communication unit of the information measuring terminal.

In addition, through the GPS provided in the biological information measuring terminal has an effect that it is possible to more easily determine the current position of the subject, particularly the subject placed in the emergency situation.

Furthermore, the subject, the manager managing the subject, and the like operate the biometric information setting unit provided in the home gateway to view the biometric information items to be measured by the biometric information measuring unit of the biometric information measuring terminal and the measurement period of the biometric information measuring unit. There is an effect that can be easily set.

Further, by connecting a separate biometric information measuring unit to the USB port provided in the home gateway, it is possible to more easily measure the biometric information other than the electrocardiogram, blood pressure, skin temperature, activity of the subject.

In addition, the sensor unit including a piezoelectric sensor and a pressure sensor provided on the sleep pad provided at a distance adjacent to the home gateway to sleep information including the pulse, breathing, body snoring, snoring of the subject being asleep on the sleep pad. Since the sleep information measured and output by the home gateway is output, there is an effect that it is possible to more easily check in real time the sleep information of the subject under sleep in the sleep pad.

In addition, if the emergency determination unit determines that the subject is in an emergency situation, the SMS transmission unit notifies the corresponding manager and the corresponding emergency organ of the subject by text, etc., so that the subject is in an emergency situation. This has the effect of enabling rapid action on the measurer.

In addition, an administrator who manages the management server may operate the contact setting unit provided in the management server to easily change and set contact information stored in the contact database of the management server as necessary.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Of course, the scope of the present invention is not limited to the following examples, and various modifications can be made by those skilled in the art without departing from the technical gist of the present invention.

1 is a schematic view showing an age-friendly healthcare service system according to an embodiment of the present invention.

The age-friendly healthcare service system according to an embodiment of the present invention includes a biometric information measuring terminal 10, a mobile communication terminal 30, a home gateway 50, and a management server 70 as shown in FIG. 1. It is done by

First, the biological information measuring terminal 10 is detachably fixed to the wrist of the subject.

The biometric information measuring terminal 10 includes a body 11 fixed in position in contact with the wrist of the subject as shown in FIG. 1; It is connected to both sides of the body 11, respectively, fixed to the position wrapped around the subject's wrist fixed elastic band so that the body 11 can be fixed in contact with the wrist of the subject ( 13), but the present invention is not limited thereto.

2 and 3 are block diagrams schematically illustrating the biometric information measuring terminal 10, the mobile communication terminal 30, and the home gateway 50 of FIG. 1.

As illustrated in FIG. 2, the body 11 of the biometric information measuring terminal 10 may include a biometric information measuring unit 110, a memory unit 130, and a Bluetooth communication unit 150.

The biometric information measuring unit 110 measures biometric information including the electrocardiogram, blood pressure, skin temperature, and activity of the subject.

The biometric information measuring unit 110 includes an electrocardiogram measuring unit 111 configured as an electrode to measure an electrocardiogram of a subject to be measured; A blood pressure measuring unit 113 configured to measure a blood pressure of a subject by a pressure sensor or a micro; A skin temperature measuring unit 115 configured to include a temperature sensor such as a thermistor to measure skin temperature of the subject; It consists of a three-axis acceleration sensor activity measuring unit 117 for measuring the amount of activity of the subject; and may be configured to include.

The memory unit 130 may store the biometric information measured by the biometric information measuring unit 110.

The Bluetooth communication unit 150 transmits the biometric information stored in the memory unit 130.

The upper surface of the body 11 of the biometric information measuring terminal 10 controls the biometric information stored in the memory unit 130 under the control of a controller (not shown) provided in the body 11. The display unit 17, such as LED screen output may be provided.

Through the display unit 17, the subject can more easily check the biometric information of the subject.

Next, the mobile communication terminal 30 may be formed of a mobile phone, a PDA, etc. possessed by the subject.

As shown in FIG. 2, the mobile communication terminal 30, which may be a mobile phone, a PDA, or the like, is provided with a Bluetooth communication unit 310, a memory unit 330, a biometric information output unit 350, and a communication module 370. .

The Bluetooth communication unit 310 receives the biometric information measured by the Bluetooth communication unit 150 of the biometric information measuring terminal 10.

The memory unit 330 stores the biometric information received by the Bluetooth communication unit 310.

The biometric information output unit 350 outputs the biometric information stored in the memory unit 330 to the communication module 370.

The communication module 370 transmits the biometric information measured by the biometric information output unit 350.

Next, the home gateway 50 may be installed in an indoor space such as a house.

As shown in FIG. 3, the home gateway 50 includes a Bluetooth communication unit 510, a memory unit 520, a display unit 530, a selection unit 540, a control unit 550, and a communication module 560. .

The Bluetooth communication unit 510 receives the biometric information measured by the Bluetooth communication unit 150 of the biometric information measuring terminal 10.

The memory unit 520 stores the biometric information received by the Bluetooth communication unit 510.

The display unit 530 may be formed of an LED or the like, and outputs the selected bioinformation measurement value among the bioinformation measurement values stored in the memory unit 520 as letters or numbers.

The selection unit 540 selects the biometric information to be output to the display unit 530 of the biometric information stored in the display unit 530 of the biometric information stored in the memory unit 520. .

The selector 540 may be provided in a plurality of ways, such as a button type or a dial button type, in the home gateway 50. The subject, the manager managing the subject, and the like correspond to each bioinformation measurement value. The selector 540 may be operated in the ON / OFF state to select a desired bioinformation measurement value to be output to the display unit 530 among the bioinformation measurement values stored in the memory unit 520.

The controller 550 receives power from the battery 541 built in the home gateway 50 to output the biometric information selected by the selection unit 540 to the display unit 530. To control.

The communication module 560 transmits the biometric information measurement value selected by the selection unit 540.

Next, the management server 70 is connected to the mobile communication terminal 30 through a mobile communication network including a base station as shown in FIG.

In addition, the management server 70 is connected to the home gateway 50 through a network including wired and wireless Internet.

The management server 70 stores the biometric information transmitted by the mobile communication terminal 30 and the communication modules 370 and 560 of the home gateway 50.

4 is a block diagram schematically illustrating the management server 70 of FIG. 1.

As shown in FIG. 4, the management server 70 compares the measured biometric information transmitted from the communication modules 370 and 560 of the mobile communication terminal 30 and the home gateway 50 with the previously stored reference biometric information. Emergency decision unit 710 for determining whether an emergency situation is provided.

Next, when both the mobile communication terminal 30 and the home gateway 50 are located within the communication range of the Bluetooth communication unit 150 of the biometric information measuring terminal 10,

Bluetooth communication setting unit 170 for setting the communication priority of the Bluetooth communication unit 150 of the biometric information measuring terminal 10 may be provided.

The Bluetooth communication setting unit 170 may be provided in the body 11 of the biometric information measuring terminal 10 in various ways such as a button type or a dial button type.

The Bluetooth communication setting unit 170 may be configured as first and second Bluetooth communication setting units (not shown).

In a state where both the mobile communication terminal 30 and the home gateway 50 are located within the communication range of the Bluetooth communication unit 150 of the biometric information measuring terminal 10,

When a person to be measured, a manager who manages the person to operate the first Bluetooth communication setting unit (not shown) in the ON state, the Bluetooth communication unit 150 of the biometric information measuring terminal 10 is the mobile communication terminal ( Only the Bluetooth communication unit 310 of 30 transmits the biometric information measurement value.

When the person to be measured, a manager who manages the person to be operated, and the second Bluetooth communication setting unit (not shown) operate in the ON state, the Bluetooth communication unit 150 of the biological information measuring terminal 10 is connected to the home gateway 50. Only to the Bluetooth communication unit 510 transmits the biological information measurement value.

When both the mobile communication terminal 30 and the home gateway 50 are located within the communication range of the Bluetooth communication unit 150 of the biological information measuring terminal 10, the biometric information is measured by a manager who manages the subject, the subject, and the like. By operating the Bluetooth communication setting unit 170 of the terminal 10 there is an advantage that it is easier to set the communication priority of the Bluetooth communication unit 150 of the biometric information measuring terminal 10.

Next, as shown in Figures 2 and 3, the body 11 of the biometric information measuring terminal 10 may be provided with a known GPS 190 for measuring the position of the subject.

Through the GPS 190 provided in the biological information measuring terminal 10, there is an advantage that it is possible to more easily grasp the current position of the subject, particularly the subject placed in an emergency situation.

Next, as shown in FIGS. 2 and 3, the home gateway 50 includes the biometric information to be measured by the biometric information measuring unit 110 of the biometric information measuring terminal 10 and the biometric information measuring unit 110. A biometric information setting unit 570 for setting a measurement period may be provided.

The biometric information setting unit 570 includes a biometric information setting unit (not shown) for setting biometric information items to be measured by the biometric information measuring unit 110 of the biometric information measuring terminal 10;

The biometric information measuring unit 10 of the biometric information measuring unit 10 may be configured as a measurement period setting unit (not shown) for setting a measurement period of the biometric information to be measured.

The biometric information setting unit (not shown) may be provided in multiple ways in the home gateway 50 in various ways such as a button type or a dial button type, and the biometric information item manager may be configured in each biometric information item. The biometric information item setting unit (not shown) may be operated in an ON / OFF state, respectively.

The setting value of the biometric information setting unit (not shown) is transmitted to the Bluetooth communication unit 150 of the biometric information measuring terminal 10 through the Bluetooth communication unit 510 of the home gateway 50.

The control unit (not shown) of the biometric information measuring terminal 10 corresponds to a biometric information setting unit (not shown) received by the Bluetooth communication unit 150 of the biometric information measuring terminal 10. The information measuring unit 110, that is, the electrocardiogram measuring unit 111, the blood pressure measuring unit 113, the skin temperature measuring unit 115, and the activity level measuring unit 117 may control one or two or more operations.

The measurement period setting unit (not shown) may be provided in the home gateway 50 in various ways such as a button type or a dial button method, and the measurement period setting manager (not shown) By operating the biometric information measuring unit 110 may be able to measure the biometric information of the subject at a predetermined time interval.

The setting value of the measurement period setting unit (not shown) is transmitted to the Bluetooth communication unit 150 of the biometric information measuring terminal 10 through the Bluetooth communication unit 510 of the home gateway 50.

The controller (not shown) of the biometric information measuring terminal 10 is configured to measure the biometric information measuring unit according to a setting value of the measurement period setting unit (not shown) received by the Bluetooth communication unit 150 of the biometric information measuring terminal 10. Any one or two or more of the 110 is controlled to measure the biometric information of the subject at a predetermined time interval.

The biometric information measuring unit 110 of the biometric information measuring terminal 10 may measure the subject, the manager managing the subject, and the like by operating the biometric information setting unit 570 provided in the home gateway 50. The biological information item and the measuring period of the biological information measuring unit 110 can be set more easily.

Next, as shown in FIG. 3, a USB port 590 may be provided at the home gateway 50, and a separate biometric information measuring unit 591 may be connected to the USB port 590.

The separate biometric information measuring unit 591 may include an obesity measuring unit measuring an obesity degree of a subject through a body composition, a diabetic measuring unit measuring a diabetic of a subject through blood sugar, and the like.

The home gateway 50 and the separate living body information measuring unit 590 may be connected to each other through a USB cable line connected to the USB port 590.

The biometric information measured by the separate biometric information measuring unit 591 may be stored in the memory unit 520 of the home gateway 50.

The biometric information measuring unit 591 may be connected to the USB port 590 provided in the home gateway 50 as needed to more easily obtain biometric information other than ECG, blood pressure, skin temperature, and activity of the subject. There is an advantage to be able to measure easily.

Next, as shown in FIG. 3, the sleep information measured by the home gateway 50 is measured at a distance adjacent to the home gateway 50 by measuring sleep information including the pulse, breathing, body snoring, and snoring. The sleep pad 90 may be provided with a built-in sensor unit 910 including a known piezoelectric sensor and a pressure sensor for outputting information.

Sleep information of the subject, which the sensor unit 910 outputs to the home gateway 50, may be stored in the memory unit 520 of the home gateway 50.

 The sleep information stored in the memory unit 520 may be output on the display unit 530 of the home gateway 50 as letters, numbers, graphs, etc. under the control of the control unit 550 of the home gateway 50. Can be.

The sensor unit 910 including a well-known piezoelectric sensor and a pressure sensor provided in the sleep pad 90 provided at a distance adjacent to the home gateway 50 is sleeping on the sleep pad 90. Sleep information including the pulse, respiration, body motion, snoring, etc. of the measurer is measured and outputs sleep information measured by the home gateway 50. There is an advantage that can be confirmed in real time.

Next, as shown in FIG. 4, the management server 70 may include a biometric information database 720, a reference value database 730, a contact database 740, and an SMS transmitter 750.

The biometric information database 720 may store biometric information measured by the communication modules 370 and 560 of the mobile communication terminal 30 and the home gateway 50.

The reference value database 730 may store a reference biometric information range value to be compared with the biometric information measured by the emergency determination unit 710 stored in the biometric information database 720 in advance.

The emergency situation determination unit 710 determines that the subject is in an emergency situation when the biometric information stored in the biometric information database 720 is less than or exceeds the reference biometric information range value stored in the reference value database 730. Done.

The contact database 740 may store contact information of an administrator, such as a social worker who manages the subject, and an emergency agency including a hospital, 119, and the like.

The SMS transmission unit 750 when the emergency determination unit 710 determines that the subject is in an emergency situation,

Based on the contact information of the manager and the emergency agency of the subject placed in the emergency extracted by the management server 70 from the contact database 740, the emergency situation of the subject to the manager and the corresponding emergency organ as texts, etc. You will be notified.

Paramedics and doctors in charge of the subject of the subject, such as a social worker, and the respondent in the emergency agency, check the text transmitted by the SMS transmission unit 750 through a mobile phone, PDA, etc. Quick action can be taken for the emergency of the operator.

If the emergency determination unit 710 determines that the subject is placed in an emergency, the SMS transmission unit 750 is a text, etc. that the subject is placed in an emergency by the administrator and the corresponding emergency organ of the subject. This informs you of the benefit of being able to quickly act on the subject in an emergency.

Next, as shown in Figure 4, the management server 70 may be provided with a contact setting unit 760 that can change the contact information stored in the contact database 740.

The contact setting unit 760 may include an input means including a keyboard connected to the management server 70 through a wire or the like.

An administrator or the like who manages the management server 70 may operate the contact setting unit 760 provided in the management server 70 to request contact information stored in the contact database 740 of the management server 70. Accordingly, there is an advantage that can be easily changed and set.

According to the present invention configured as described above, the biological information in which the home gateway 50 installed in the mobile communication terminal 30 such as a mobile phone, a PDA, or a house, which is held by the subject, is fixed to the wrist of the subject. When the measurement terminal 10 receives the measured biometric information of the subject measured and then transmits the measured biometric information of the subject again to the management server 70, the management server 70 The emergency situation determination unit 710 compares the biometric information measured by the mobile communication terminal 30 or the home gateway 50 with the previously stored reference biometric information range value to determine whether or not the emergency situation of the subject is measured. Regardless of whether or not the emergency situation of the subject can be more easily understood, the subject, in particular, hypertension, based on the biometric information of the subject measured by the biometric terminal 10. Patients with diabetes, there is an advantage that you can determine the health status of the elderly in real time.

1 is a schematic view showing an age-friendly healthcare service system which is an embodiment of the present invention,

2 and 3 are block diagrams schematically showing the biometric information measuring terminal, the mobile communication terminal, the home gateway of FIG.

4 is a block diagram schematically illustrating the management server of FIG. 1.

*** Explanation of symbols for main parts of drawing ***

10; Biological information measuring terminal, 11; Body Part,

13; Fixed band, 17, 530; Display,

110, 591; Biometric information measuring unit 111; ECG,

113; Blood pressure measuring unit 115; Skin Temperature Measurement Unit,

117; Activity measuring unit, 130, 330, 520; Memory,

150, 310, 510; A Bluetooth communication unit 170; Bluetooth setting section,

190; GPS, 30; Mobile Phone,

350; Biometric information output units 370 and 560; Communication module,

50; Gateway, 540; Selection,

550; Controller, 570; Biological information setting unit,

590; USB port, 70; Management Server,

710; Emergency Decision Unit, 720; Biological Information Database,

730; Reference value database, 740; Contact database,

750; An SMS transmission unit, 90; Sleep Pad,

910; Sensor part.

Claims (8)

A biometric information measuring unit 110 fixed to a wrist of the subject and measuring biometric information including an electrocardiogram, blood pressure, skin temperature, and activity of the subject, and the biometric information measured by the biometric information measuring unit 110 A biometric information measuring terminal (10) having a memory unit (130) stored therein and a Bluetooth communication unit (150) for transmitting biometric information measured values stored in the memory unit (130); The Bluetooth communication unit 310 receives the biometric information measurement value transmitted by the Bluetooth communication unit 150 of the biometric information measurement terminal 10 and the memory unit storing the biometric information measurement value received by the Bluetooth communication unit 310 ( 330, a biometric information output unit 350 for outputting the biometric information stored in the memory unit 330, and a communication module 370 for transmitting the biometric information measured value output from the biometric information output unit 350. And a mobile communication terminal 30; The Bluetooth communication unit 510 for receiving the biometric information measured by the Bluetooth communication unit 150 of the biometric information measuring terminal 10, and the memory unit for storing the biometric information measured by the Bluetooth communication unit 510 ( 520, a display unit 530 for outputting the selected biometric information measured value among the biometric information stored in the memory unit 520, and the display unit 530 among the biometric information measured values stored in the memory unit 520. Selector 540 for selecting the biometric information to be output to the display unit; and the display unit 530 so that the biometric information selected by the selector 540 can be output to the display unit 530. A home gateway 50 having a control unit 550 for controlling and a communication module 560 for transmitting the biometric information measurement value selected by the selection unit 540; The mobile communication terminal 30 is connected to the mobile communication network and connected to the home gateway 50 through a network, and the communication modules 370 and 550 of the mobile communication terminal 30 and the home gateway 50 are connected to each other. Transmitting biometric information is stored, and compares the biometric information transmitted by the communication modules 370 and 550 of the mobile communication terminal 30 and the home gateway 50 with the previously stored reference biometric information range value. Elderly friendly healthcare service system comprising a; management server 70 is provided with an emergency situation determination unit 710 for determining the situation. The method of claim 1, When both the mobile communication terminal 30 and the home gateway 50 are located in the biological information measuring terminal 10 within the communication range of the Bluetooth communication unit 150 of the biological information measuring terminal 10, The age-friendly healthcare service system, characterized in that the Bluetooth communication setting unit 170 for setting the communication priority of the Bluetooth communication unit 150 of the biometric information measuring terminal 10 is provided. The method of claim 1, The biological information measuring terminal 10 is an age-friendly healthcare service system, characterized in that the GPS (190) for measuring the position of the subject is provided. The method of claim 1, The home gateway 50 includes a biometric information setting unit 570 for setting a biometric information item to be measured by the biometric information measuring unit 110 of the biometric information measuring terminal 10 and a measurement period of the biometric information measuring unit 110. Age-friendly healthcare service system characterized in that it is provided. The method of claim 1, The home gateway 50 is provided with a USB port 590, The USB port 590 is an age-friendly healthcare service system, characterized in that a separate biometric information measuring unit 591 is connected. The method of claim 1, At the distance adjacent to the home gateway 50, a piezoelectric sensor and a pressure sensor for measuring sleep information including the pulse, breathing, body snoring, and snoring of the sleep subject being measured and outputting sleep information measured by the home gateway 50 Age-friendly healthcare service system, characterized in that the sleep pad having a sensor unit 910 is configured to include. The method of claim 1, A biological information database 720 in which the biological information measurement values transmitted by the communication modules 370 and 550 of the mobile communication terminal 30 and the home gateway 50 are stored in the management server 70; A reference value database 730 in which the emergency situation determination unit 710 stores a reference biometric information range value to be compared with the biometric information measured value stored in the biometric information database 720 in advance; A contact database 740, which stores contact information of an administrator including an administrator 119 and a hospital managing a subject; If the emergency determination unit 710 determines that the subject is in an emergency, the management server 70 contacts the administrator of the subject and the emergency agency of the subject in the emergency extracted from the contact database 740. An age-friendly healthcare service system, characterized in that it is provided; SMS transmission unit (750) for notifying the emergency situation of the subject to the manager and the emergency agency based on the information. The method of claim 7, wherein The age-friendly healthcare service system, characterized in that the management server 70 is provided with a contact setting unit 760 for changing and setting the contact information stored in the contact database (740).

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