KR101645239B1 - The Remote Management System Of Real Media For Living Health - Google Patents

Abstract

The present invention relates to a real-life media-based remote management system and method for living health, which comprises a sensor unit for detecting a state of a person to be measured of a person to be measured, A terminal of a person to be measured whose health state information of a person to be measured is inputted by a signal sensed by the sensor unit; A terminal of a measurement person performing serial communication with the management server and presenting measurement information such as body temperature, blood sugar, blood pressure, and weight of the person to be measured to a person who is to be measured; And a wireless control unit for performing wired or wireless control of the server, so as to be able to live in an alienated settlement far away from a hospital or a medical institution As telemedicine is available to measurers (elderly people living alone, sick persons, elderly people, etc.), it is easy to manage the health of the person to be measured, and emergency measures can be taken early It is possible to increase the life span of the person to be measured and to provide a remote management system and method that can relieve the inconvenience of visiting the hospital every day.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a remote management system and method for real-

The present invention relates to a real-life media-based remote management system and method for living health, and more particularly, to an elderly person or an elderly person living alone living in a remote area from a hospital or a medical institution, The present invention relates to a real-life media-based real-time management system and method for living health that can easily receive and maintain real-

In general, the Republic of Korea suppressed the Goryeo society. Especially, there are many elderly people who reside in the islands around the area. If they need to check their health, they are relatively far from other areas and it is not easy to inspect or manage them through hospitals or clinics.

In the present medical system, the patient 's health care is directly visited by the patient himself or herself through various medical and physical condition measurements. This leads to an increase in the elderly population that must be managed by the state in the aging society where the changing global structure, ie the population over 65 years of age, accounts for more than 20% of the population, .

In Korea, the aging population is increasing rapidly. Therefore, the future medical system will be shifted to prevention centering on continuous biological monitoring of adult diseases such as hypertension, diabetes, and heart disease using U-health care (remote health management) through IT innovation and infrastructure expansion rather than medical treatment or treatment .

As described in Japanese Patent Laid-Open Nos. 10-2006-0009035, 10-2005-0099780, and 20-0305406, the limit of the biometric measurement is defined as pulse or blood pressure And requires an external device such as a bracelet or a band for measuring the physical condition using a conventional portable device or for contacting the sensor with the human body as shown in the Publication No. 10-2006-0009035.

In addition, the communication method is limited to the active type in which the power supply unit must be present. That is, there is a limit to the size and type of the sensor. Therefore, it has limitations on real time nature and diversity for accurate biometric monitoring. In order to overcome this problem, it is considered that sensor size and measurement method should be accompanied by diversity.

In addition, it is necessary to search not only the active sensor communication method but also the direction that does not require passive energy source.

Current semiconductor technology is making technological advances to control nanosize. The development of semiconductor technology has greatly influenced the progressive development of the size and function of the sensing system operated by electrical and electronic signal processing.

Although simple and basic measures for health check are conducted at home, chronic health problems need to be managed continuously. In order to carry out such continuous management, elderly people often have difficulty in carrying out the implementation, Management is not properly done.

Most of the subjects do not have proper health care due to irregular eating habits, increasing fast food preference, work stress, and lack of exercise. Conventionally, many products are commercially available for self-diagnosis, but they are not easy to carry and there is a problem that continuous real-time data management is not smooth.

In order to improve portability, a self-diagnostic measuring instrument is on the market, but the system for transmitting the measured data to a computer or a mobile phone has not yet been established and a special purpose measuring device must be purchased separately for each measurement purpose have. In the case of a health meter that requires blood sampling, there is a risk of secondary infection due to the duplicate use of the meter, and it is also difficult for the user to measure the meter alone.

Considering recent technological trends and competitiveness, there are many general measuring instruments in Korea, and there are cases of these. However, such simple measurement devices fail to communicate health measurement information of the person to be measured (elderly person or elderly person), and it is difficult to manage and maintain the health because the close interaction between the person to be measured and the measurement is cut off. Of course, even in the case of abroad, a Bluetooth glucose meter has already been known, but a meter having a Bluetooth function such as blood pressure or body temperature is not known.

Japanese Patent Application Laid-Open No. 10-2006-0009035, Published Unexamined Patent Application No. 10-2005-0099780, Registration Utility Model No. 20-0305406.

The present invention for solving the above-mentioned problem is to continuously check the body temperature, blood sugar, blood pressure, and weight of a person to be measured by using a portable device and a sensor capable of wireless communication with a computer, And to provide a real-life media-based remote management system and method for living health that enables a person to easily perform a health examination by himself or herself without receiving the measurement.

In addition, a portable patch type sensor capable of wireless communication and a sensible media for life health that can maintain real-time self-health by interlocking with a portable mobile communication terminal, a fixed wired communication terminal, and a computer in which a general self- And to provide a remote management system and method of the remote management system.

According to another aspect of the present invention, there is provided a method for controlling a sensor in a wireless communication system including a first step of sensing a sensor signal from a sensor unit mounted on a measured object, A third step of transmitting and receiving health information data managed by the management server to a terminal of a measurement person by serial communication and acquiring the health information data; There is another feature of the remote management method based on realistic media for living health including the fourth step of prescribing and instructing the measurer.

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In the first step, the real-time face state of the person to be measured is photographed by a camera and analyzed by a computer, and a step 1b of recording the real-time upbringing state of the person to be measured and analyzing the state by computer is also possible .

In the step (b), the image of the person to be measured in real time is matched with a standard image stored as an image of a healthy state, and when the image is determined as an image caused by a health abnormality, A step 1a-1 for matching the real-time face image of the person to be measured with the standard imager when it is proved that there is no health problem, and a step 1b-1 for communicating the person who has heard a beep immediately to the person to be measured, It is possible to further include the step 1a-2 of temporarily determining that there is an abnormality and notifying the hospital or the fire department of repatriation to the person to be measured.

1b-1 step of removing noise by the HPF when the recorded sound signal of the person to be measured is transmitted, and step 1b-1 for comparing the frequency pattern of the sound after the step 1b-1 And if it is proved that there is an abnormality in the health of the person to be measured by the frequency pattern comparison in the above step 1b-2, it is notified to the person to be measured through a warning sound, (1b-3) for monitoring the mobile communication terminal.

In the fourth step, the health measurement information, such as the body temperature, the blood sugar, the blood pressure, and the body weight of the person to be measured, which is grasped as the current real time face state of the person to be measured, Based on the health information of the person to be measured by additionally adding the health measurement information to the measured person and prescribing and instructing the measured person based on the final determined information. have.

As described above, the realistic media-based remote management system for living health according to the present invention uses a wireless sensor network, performs an automatic remote operation through a wireless function, .

In addition, the present invention continuously stores health data of a person to be measured (such as elderly person and elderly person) derived by a portable device and an application based on a computer, and transmits it to a measurement person (medical person or guardian) And to contribute to health care.

In addition, the present invention can transmit various sensor information using a wireless sensor network to operate a health management system of a person to be measured, and efficiently perform health management of a person to be measured in a home or a home.

Further, the present invention can contribute to prolonging the life span of the elderly people by realizing the health state of the elderly person living alone in a single family, promptly detecting the red signal (abnormal state) in health, and enabling emergency measures.

In addition, the present invention can facilitate the health management of the elderly people by not only attending the hospital but also by grasping the health status of the elderly in the home and by receiving a simple prescription or instruction at home .

Further, according to the present invention, by establishing a stable management communication network, it is possible to perform remote communication between a person to be measured (elderly person) and a measurement person (doctor, guardian), thereby expanding the unmanned management system.

In addition, the present invention is important in the home (home), which is the place of most activities in the living environment. In order to manage such a home, even when a medical person or a domestic partner does not reside in the same area as the elderly, Management and the like can be practically performed in the same manner.

While the present invention has been described in connection with certain exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the invention. Therefore, the present invention can be suitably modified and applied to the above embodiments, and such an application is also within the scope of the present invention as long as it is based on the technical idea described in the following claims.

FIG. 1 is a block diagram showing a real-life media-based remote management system for daily life according to an embodiment of the present invention.
FIG. 2 is a block diagram showing a sensor network management unit of the management server shown in FIG. 1. FIG.
3 is a block diagram showing a data processing unit of the management server shown in FIG.
FIG. 4 is a block diagram illustrating a real-life media-based remote management method for daily life according to an exemplary embodiment of the present invention.
FIG. 5 is a block diagram showing the first step shown in FIG.
FIG. 6 is a block diagram showing the first step of FIG. 5.
FIG. 7 is a block diagram showing the first step of FIG. 5.
FIG. 8 is a flowchart illustrating a real-life media-based method with reference to FIGS. 5 and 6. FIG.
FIG. 9 is a flowchart illustrating a real-life media-based method with reference to FIGS. 5 and 7. FIG.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. And it should be interpreted based on the technical ideas throughout the specification taking into consideration that various modifications are made.

In addition, the present invention should not be construed as being limited to the embodiments described below, but should be construed as a scope of scope including an extended scope interpreted based on the technical content described in the specification.

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

The present invention relates to a method and apparatus for measuring health information (health information) in a local area (place of measurement) and a remote place (place of measurement) through a dedicated S / W application of a smart instrument or a device capable of communicating with the measurement instrument, Is a remote health management system capable of remote management between users or a medical practitioner based on sensible media.

That is, a smart device or device capable of communicating with a device equipped with a sensor is connected and transmitted, and the transmitted information is connected to the management server via wired / wireless, so that another smart device or device monitors the measurement information based on real- , Prescription, management, and control, it becomes possible to manage the health of the individual, manager, and myself easily in daily life.

The general components include a smart device or device, a real-media-based client application (to be measured) connected by wireless communication with body temperature, blood sugar, blood pressure, ).

Among the terms to be described later in the present invention, 'person to be measured' and 'person to be measured' are specified. The 'person to be measured' is a person who is required to be self-identified through the infant or the elderly person, , And the 'measurer' refers to a person who should actively take care of the person to be measured, such as a doctor who is a medical person, a guardian who is legally supporting a person to be measured, or a third manager . ≪ / RTI >

As shown in FIG. 1, the real-sensible media-based remote management system for daily health, which is one embodiment of the present invention, includes a sensor unit 100 for sensing a state of a person to be measured; A terminal 200 of a person to be measured whose health state information of a person to be measured is inputted by a signal sensed by the sensor unit, and a health information input unit 200 which transmits the health information inputted to the person to be measured 200 through a wireless sensor network A management server 300 for receiving and processing data; A terminal 400 for performing serial communication with the management server 300 and presenting measurement information of a body temperature / blood sugar / blood pressure / weight of the person to be measured to a person who is a measurement person; And a wireless controller 500 for performing wired or wireless control of the server 300 with respect to each other.

The sensor unit 100 is attached to a communicable measuring instrument. The sensor unit 100 measures a health condition through the measuring instrument, and causes the sensor unit 100 attached to the measuring instrument to measure a health condition of the person being measured .

The sensor unit 100 includes sensors 110, 120, 130, and 140 for measuring body temperature, blood sugar, blood pressure, and body weight of a person to be measured, And an image processing unit 150 for transmitting the image information to the management server 300.

The sensor 110 is a sensor for detecting a range over which the measured person's body temperature deviates from a normal body temperature. The sensor 120 is a sensor for detecting a range of an out-of- The sensor 140 is a sensor for detecting a normal body weight or an overweight body based on a key of a person to be measured.

The image processing unit 150 includes a camera 151 for monitoring and photographing the current face state of a person to be measured in real time and a camera 151 for detecting a face of the person to be measured, A communication speaker 152 for enabling the user to determine whether the measured person should be transferred to the hospital through mutual cultivation of the person to be measured, a real time image of the person to be measured photographed from the camera, And a computer 153 for transmitting the program to the computer.

Of course, the computer 153 may be provided with a built-in speaker for communicating the measured person and the measured person, or may be provided with the microphone connected to the measured person, A voice conversion program for real-time recording of a person to be measured through a microphone can be installed.

The computer 153 and the management server 300 are provided with an image correction program for comparing and analyzing the real-time image of the person to be measured to determine the health state of the person to be measured and the voice conversion And programs are installed and interlocked with each other.

The management server 300 includes a sensor network management unit 310 connected to the sensor unit 100 through a wireless sensor network and receiving a signal sensed by the sensor unit 100; And a data processing unit 320 for receiving and processing the signals sensed by the sensor unit 100 received by the sensor network management unit 310.

The radio control unit 500 communicates data processed by the data processing unit 320 with the terminal 400 of the measurement person through serial communication. The radio controller 500 may be connected to a portable device (a PDA or a mobile phone of another type).

As shown in FIG. 2, the sensor network management unit 310 may include an application driver 311 having an application required for driving the sensor network management unit 310. The sensor network employs a high-speed wide area wireless network (WAN).

3, the data processing unit 320 may include a GUI 321 for implementing a GUI (Graphic User Interface) for processing data in the data processing unit 320. [

Of course, it is a matter of course that a client application is installed so that the terminal 200 of the person to be measured and the terminal 400 of the measurement person can view the health measurement information data, Do.

In addition, it is natural that the terminals 200 and 400 have built-in devices capable of wired, wireless, or Bluetooth communication.

Meanwhile, a real-life media-based remote management method for living health according to an embodiment of the present invention will be described below.

As shown in FIG. 4, a first step (S1) of sensing a sensor signal from a sensor unit mounted on a measured person and a sensor signal sensed through the wireless sensor network after the first step are received from a management server (S3) of transmitting the health information data managed by the management server to the terminal of the measurer through serial communication and recognizing the health information data; and a second step (S3) of managing the health information transmitted to the terminal And a fourth step S4 of prescribing and instructing the measured person based on the data.

5, the real-time face state of the person to be measured is detected by the sensors 110, 120, 130, and 140 while the body temperature, blood glucose, blood pressure, (Step S1a) of analyzing the state of the person to be measured in real time, and analyzing the real-time upbringing state of the person to be measured by the computer 153, in step S1b.

In the first step S1, not only the body temperature of the person to be measured, blood sugar, blood pressure, and weight but also the current face image and the upbringing state of the person to be measured are grasped. This is to determine the current face image and current upbringing status by factors that can not comprehensively judge the health status of the person to be measured when body temperature, blood sugar, blood pressure and body weight are measured, so as to conclude the objectively examined health examination to be.

6A and FIG. 8, step 1a-1 includes step 1a-1 of matching a real-time face image of a person to be measured with a standard image (an image of good health) And step 1a-2 (S1a-2) of informing the person to be measured to the hospital or fire department in case of a health problem of the person being measured.

In step (1a-1), the camera 151 photographs an image of the measured person's real-time face state with the standard image stored in the computer 153, The first person who is determined to be abnormal in the health of the person to be measured and informed to the person to be measured by a warning sound and informed to a hospital or an office such as a fire station to return the person to be measured, And performs the second step (S1a-2).

If it is determined that there is no health problem, the real-time face image of the person to be measured is again matched with the standard image.

Since the first person 1a-2 (Step S1a-2) has an abnormality in the health of the person to be measured, the person who hears the alarm sounds and immediately communicates with the person to be measured. ) Can communicate with each other through a microphone.

After communicating with each other, the measurer determines that there is an abnormality in health through the upbringing of the measurer, and performs Step 1a-2 (Step 1a-2) of notifying the hospital or the fire department of repatriation to the measurer .

1b-1 (S1b-1) for removing noise and a 1b-2 step S1b-2 for comparing the frequency pattern of sound as shown in FIG. 7 and FIG. 9, (S1b-3) of judging the presence or absence of a health condition through non-normal cultivation of the person to be measured by comparing the frequency pattern.

That is, in the step 1b-1 (S1b-1), the noise is removed by the HPF when the recorded sound signal of the person to be measured is transmitted, in order to grasp the specific upbringing of the person to be measured. In other words, it is probable that various kinds of household appliances as well as various kinds of noise may occur in the home, so that the noise is removed and the inherent upbringing of the measured person is transmitted to the measuring person.

After step 1b-1, step 1b-2 (S1b-2) is a step of comparing the frequency pattern of the sound, in which the frequency pattern of the sound for the specific uplifting of the person to be measured is already stored in the computer 153 And the frequency of the standard sound (the frequency of growth of the health state of the person to be measured).

In this case, if it is determined by the frequency pattern comparison that there is an abnormality in the health of the person to be measured, step 1b-3 (S1b-3) is carried out. In step 1b-3, (S1a-2) of notifying the measurer of the abnormality through a warning sound and notifying the hospital or an agency such as a fire department to send the measurer back.

   If it is found that there is no abnormality in the health of the person to be measured, the sound is recorded and monitored again in real time.

The current health status (body temperature, blood sugar, blood pressure, and weight) of the person to be measured, and the current health status of the person to be measured using the module-specific devices and the wireless sensor network device attached to the measured person for management of the person (elderly person or elderly person) It is designed to measure the current state (face, upbringing) and transmit it to the terminal of the person to be measured (portable device, example PDA) to analyze the data.

Meanwhile, in the fourth step (S4), the health measurement information such as body temperature, blood sugar, blood pressure, and weight of the measured person, health measurement information that is grasped as the current real time face state of the measured person, Health measurement information that is recognized as a real-time upbringing state is further added to objectively make the health state of the person to be measured objectively, and prescribes and instructs the person to be measured based on this object.

That is, based on the comprehensive objectively finalized health diagnosis information, the measurement person can reduce the probability of misdiagnosis of the medical diagnosis according to prescription and instruction to the person to be measured.

As described above, the present invention grasps the health state of the elderly person living alone in a single family, detects the red signal (abnormal state) of the health in real time, enables emergency measures, and prolongs the life span of the elderly You can contribute.

The present invention can also be used to facilitate the health management of the elderly by grasping the health status of the elderly at home without having to go to the hospital and allowing the user to receive a simple prescription or instruction at home have.

In addition, according to the present invention, by establishing a stable management communication network, it is possible to carry out remote communication between a person to be measured (elderly person) and a measurement person (doctor, guardian) to expand and apply the unmanned management system.

100:
150:
200: terminal
300: management server
400: terminal
500: radio control unit

Claims (7)

delete delete delete delete delete A first step of sensing a sensor signal from a sensor unit mounted on a measured person; A second step of receiving and managing sensor signals sensed through the wireless sensor network after the first step in a management server; A third step of transmitting the health information data managed by the management server to a terminal of the measurement person through serial communication to grasp the health information data; A fourth step of prescribing and instructing the measured person based on the health information data transmitted to the terminal of the measurement person; Lt; / RTI >
In the first step, the real-time face state of the person to be measured is photographed by a camera and analyzed by a computer; A step 1b of recording the real-time upbringing state of the person to be measured and analyzing it by a computer; / RTI >
In the step (b), the image of the person to be measured in real time is matched with a standard image stored as an image of a healthy state, and when the image is determined as an image caused by a health abnormality, A step 1a-1 for again matching the real-time face image of the person to be measured with the standard image when it is determined that there is no health problem; (1a-2) of informing the hospital or the fire department of the repatriation to the person to be measured, by provisionally determining that the person having the alarm sounds immediately communicates with the person to be measured and is abnormally healthy from the person to be measured; Further comprising:
The first step (b) includes: (1b-1) removing noises by the HPF when the recorded sound signal of the person to be measured is transmitted; (B-2) comparing the frequency pattern of the sound after the step (b-1); If it is determined that there is an abnormality in the health of the person being measured by the comparison of the frequency pattern in the above step 1b-2, the person to be measured is informed through a warning sound, and if it is found that the health of the person being measured is not abnormal, 1b-3 < / RTI > And a remote management method based on realistic media for living health. 7. The method of claim 6,
The health measurement information such as body temperature, blood sugar, blood pressure, and weight of the person to be measured includes health measurement information that is grasped as the current real time face state of the person to be measured and health measurement information that is grasped as the current real- A method for remotely managing real-life media based on real-life media for living health, characterized by comprehensively objectifying the health status of a person to be measured, and prescribing and instructing the measured person based on the finally determined information.

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