KR101799767B1 - A System for Protecting Individual Healthy Status Based on Communication with a Data Providing Server and a Method Using the Same - Google Patents

A System for Protecting Individual Healthy Status Based on Communication with a Data Providing Server and a Method Using the Same Download PDF

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KR101799767B1
KR101799767B1 KR1020150039015A KR20150039015A KR101799767B1 KR 101799767 B1 KR101799767 B1 KR 101799767B1 KR 1020150039015 A KR1020150039015 A KR 1020150039015A KR 20150039015 A KR20150039015 A KR 20150039015A KR 101799767 B1 KR101799767 B1 KR 101799767B1
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environment
server
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김문수
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(주)리솔
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Abstract

The present invention relates to an individual health protection system based on communication with a data providing server and a method thereof, and more particularly to a health protection system and a method thereof, To an individual health protection system and a method for protecting the individual's health. The individual health protection system based on communication with the data providing server includes a local communication unit 211 connected to at least one of the biometric sensors 12_1 to 12_N; An individual setting unit (23) for setting an operating state for at least one individual wearing equipment (14); An environment receiving unit 221 for receiving external environment information; A correlation determination unit 242 for comparing the information transmitted from the environment receiving unit 221 and the information transmitted from the biometric sensors 12_1 to 12_N with information transmitted from the external information providing server to determine a correlation degree; And a control unit (21) for controlling the operation states of the biometric sensors (12_1 to 12_N) or the individual setting unit (23) according to the degree of correlation determined by the correlation determination unit (242) Is disposed in the portable information device 11. [

Description

[0001] The present invention relates to an individual health protection system based on communication with a data providing server and a method thereof,

The present invention relates to an individual health protection system based on communication with a data providing server and a method thereof, and more particularly to a health protection system and a method thereof, To an individual health protection system and a method for protecting the individual's health.

Generally, big data refers to a large amount of data that is generated, generated, or formatted much larger than existing data, making it difficult to collect, search, or analyze in the conventional manner. Big data like this have started to show up with the rapid increase in data due to the detection of sensors like the development of technology or the development of information technology and the development of the internet where information can be shared. Big data can include, for example, the size of a petabyte (PB) size, varieties including the causes of all types of data generation, the speed at which fast data collection and processing is required, It is known that it has the characteristic called "Veracity" for the uncertainty.

As data collection and analysis techniques have been developed, analysis techniques for big data have begun to emerge and it has been suggested that new perspectives or laws about social phenomena can be found based on Big Data. Big data is mainly related to the prediction model, and it is proposed to use it for various social problems or measures against diseases.

Open Patent No. 2014-0005474 " Apparatus and method for providing application for big data processing " as a prior art related to Big Data. The prior art relates to an apparatus and method for providing an application for processing large data to an online service. The apparatus includes a setting unit configured to set data collection level, analysis level, and result screen for each tenant, An integrated information connection unit for collecting the collected data and analyzing the collected data, and a database unit for storing the collected data and the analyzed data.

Another prior art related to Big Data is Registered Patent No. 1351561, Big Data Extraction System and Method. The prior art includes a data buffer unit for hooking a file message of an operating system, extracting some data of original data based on the file message, and storing the extracted data in a memory; A data generating unit for generating and verifying hash-data of the stored partial data, and generating reproduction data corresponding to the original data based on the verification result; And a data storage unit for storing the reproduction data, wherein the data buffer unit comprises: a hooking module for hooking the file message; An extracting module for extracting some data from the original data based on the file message; And a transmission module for transmitting the part of data to the data generation unit in real time.

Another prior art related to Big Data is Registered Patent No. 1352602 entitled " Big Data < / RTI > The prior art includes a database server storing a comprehensive diagnosis site for analyzing the duties of a tester; A career analysis server for analyzing the evaluation result of the comprehensive diagnosis place and providing the task of the examinee; And a career setting server that reads the comprehensive diagnosis sheet from the database server and provides the result to the examiner, and provides the evaluation result of the provided comprehensive diagnosis sheet to the career analysis server, wherein each item of the comprehensive diagnosis sheet includes an evaluation result of the item The career setting server provides the career roadmap required for the examiner based on the goal of career development, the current competency of the examiner, and the situation analysis table analyzed at the career setting server , The Career Road Map presents the necessary career or specification as a chronological chart over time and analyzes the history of the development of the career and specification of the existing inspector and analyzes the history of the diagnosis, The big data on the job of the Compared to the correlation matrix database stored in the database server to be disclosed with respect to a course setting system utilizing big data further comprises a learning server to reassign the correlation according to the comparison result.

The prior art discloses a method of extracting big data or applying big data to a career setting, but does not disclose a method of using big data for individual health protection. It does not disclose means for accessing big data.

For the application of big data, individual items to which big data are applied must be determined, a means of accessing big data is selected, and a processing program capable of handling big data individually needs to be created.

The prior art does not disclose such individual items, means or processing programs.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the prior art and has the following objectives.

Prior Art 1: Open Patent No. 2014-0005474 (published by Electronics and Telecommunications Research Institute, Jan. 15, 2014) Apparatus and method for providing application for processing big data Prior Art 2: Registered Patent No. 1351561 (Almondsoft Corporation, published Jan. 15, 2014) Big Data Extraction System and Method Prior Art 3: Registered Patent No. 1352602 (Gossip Co., Ltd., published Feb. 02, 2014) System and method of setting a career using Big Data

An object of the present invention is to provide a data providing server for detecting an activity environment of an individual in real time and extracting environment information and comparing the information with information received from external information storage data to control the operation of the relevant device The present invention provides an individual health protection system and method thereof.

According to a preferred embodiment of the present invention, the individual health protection system based on communication with the data providing server comprises: a local communication unit connected with at least one biometric sensor; An individual setting unit for setting an operating state for at least one individual wearing equipment; An environment receiving unit for receiving external environment information; A correlation determining unit that compares information transmitted from the environment receiving unit and information transmitted from the biometric sensor with information transmitted from an external information providing server to determine a correlation; And a control unit for controlling an operating state of the biometric sensor or the individual setting unit according to the degree of correlation determined by the correlation determining unit, and the control unit is disposed in the portable information device.

According to another preferred embodiment of the present invention, the control unit controls the operation of the correlation determination unit through an application installed in the portable information device.

According to another preferred embodiment of the present invention, the external information providing server is at least one cloud server, and the individual setting unit transmits the settings for the individual wearing devices from the one cloud server or the personal diagnosis database in real time Receive.

According to another preferred embodiment of the present invention, the individual health protection method based on communication with the data providing server comprises the steps of: confirming an individual wearing device connected to the portable information device by wire or wirelessly; Receiving information from the wearer; Detecting a usage environment by the portable information device or the individual wearer; Detecting an activity of an individual in the use environment; Transmitting status information according to detection of the personal activity; Receiving information related to situation information from an external data server; Determining an adaptation level of the related information; Determining a matching range according to the determination; Determining an adaptation type of the wearer in accordance with the determination; And controlling the activity of the individual according to the adaptation form.

According to another preferred embodiment of the present invention, said adaptation type is determined at an external data server according to said context information.

According to another preferred embodiment of the present invention, the individual wearing device is a hearing aid, an earphone, a biometric detecting unit or a health-aid device.

The system according to the present invention detects the personal activity environment in real time and determines the personal application suitable for the detected personal activity environment so that the safety of the individual can be confirmed in real time. The system according to the present invention increases the utility of the individual wearing devices by controlling the operation of the individual wearing devices to suit various personal activity environments. In addition, the system according to the present invention enables personal health to be protected regardless of the activity space by detecting the facts related to the health of the individual in real time so that the abnormality is confirmed. In addition, the system according to the present invention can improve the use efficiency of personal portable devices by making personal portable devices such as a hearing aid, an earphone, a portable health device, or a portable electronic device to be in an appropriate operating state according to the use environment, Ensure that the various hazards that may be caused by the use of the device are eliminated.

1 schematically shows an embodiment of an individual health protection system according to the present invention.
2 schematically shows an embodiment of the operating structure of an individual health protection system according to the present invention.
FIG. 3 illustrates an embodiment in which an individual health protection system according to the present invention is applied.
Figure 4 shows an embodiment of the individual health protection method according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the embodiments shown in the accompanying drawings, but the present invention is not limited thereto. In the following description, components having the same reference numerals in different drawings have similar functions, so that they will not be described repeatedly unless necessary for an understanding of the invention, and the known components will be briefly described or omitted. However, It should not be understood as being excluded from the embodiment of Fig.

1 schematically shows an embodiment of an individual health protection system according to the present invention.

In this specification, an external information server, an external information storage server, or a cloud server means a data server in which an individual can access wirelessly or wired through an electronic device, and a plurality of information is stored or a lot of information is collected. Such a server may be a big data server or various data servers that are accessed by a plurality of people to collect information or collect information. For example, a server for processing big data, a portal server, a public server for providing public information, or a data server for storing various types of specialized information. An individual may access the server directly or through an intermediary path through a wired or wireless electronic device such as a computer, portable electronic device, or smart phone. For example, an individual may access such a server via a provisioning server that provides such information. The external information server or the external data server 15 may be various kinds of servers for storing or processing information or data.

An individual accesses an external data server 15 such as a cloud server through various communicable portable information devices 11 such as a smart phone, a smart watch or a portable terminal, or receives necessary information from the external data server 15 . The individual may receive some programs necessary for the operation of the biometric sensors 12_1 to 12_N or the individual wearing devices 14 from the external data server 15 or the personal diagnosis server 16 as necessary.

The portable information device 11 is capable of performing wired or wireless communication with the biometric sensors 12_1 to 12_N or the individual wearing devices 14 and a control application 111 related to these operations is installed in the portable information device 11 . The control application 111 can be installed in the portable information device 11 in advance and can be connected to the portable information device 11 in the form of an external device or chip that can be connected to the portable information device 11. [ The control application 111 can control the operation of the biometric sensors 12_1 to 12_N to receive the biometric signal and can control the operation state of the individual wearing device 14 such as an earphone, Can be controlled. In addition, the control application 111 processes the environmental information flowing from the portable information device 11 so that necessary measures can be taken for the individual.

The control application 111 may include an information filter unit 112 and may selectively receive signals transmitted to or received by the external data server 15 or the personal diagnostic server 16 via the information filter unit 112 To the information device 11 or to the external data server 15 or the personal diagnosis server 16. [ The information filter unit 112 may be part of the control application 111 or may be an independent program or hardware such as a chip. The information filter unit 112 is thus capable of transmitting information relating to the operation of the control application 111, personal biometric information or information relating to the individual wearing equipment 14 from the external data server 15 or the personal diagnosis server 16 And to receive the message. The information filter unit 112 may select information associated with the operation of the control application 111 in various ways.

Various biometric sensors 12_1 to 12_N may be connected to the portable information device 11 to transmit biometric information detected by wire or wirelessly. For example, the biological detection sensors 12_1 to 12_N may be a human body temperature sensor, a blood pressure sensor, a pulse sensor, a blood glucose sensor, a blood pressure sensor, or a human specific region image. The biometric sensors 12_1 to 12_N may be directly connected to the portable information device 11 or indirectly. In the direct connection, the biometric sensors 12_1 to 12_N are connected to the portable information device 11 via wired or wireless, and the operation of the biometric sensors 12_1 to 12_N is controlled by the portable information device 11, Is directly transmitted to the portable information device 11. On the other hand, the indirect connection refers to a structure in which detected biometric information is transmitted from the biometric detection sensors 12_1 to 12_N installed at the same location as a specialized medical institution. Thus, the portable information device 11 can obtain biometric information by indirectly controlling the biometric sensors 12_1 to 12_N directly connected thereto, or indirectly obtain biometric information.

The portable information device 11 may include a general environment unit 131 for receiving information on the environment in which the individual is located and an individual environment unit 132 for receiving the individual environment information in direct contact with the individual. The general environment means, for example, the weather, the humidity, the temperature or the traffic situation in the area where the individual is located, and the individual environment means something such as noise, temperature, humidity or risk factors do. The general environment unit 131 may have a function of extracting information related to the environment in which the individual is located, for example, through public information, news, or information transmitted from a predetermined information providing server. The general environment unit 131 may be in the form of software and may extract environment information through an Internet connection tool or other connection means installed in the portable information device 11, for example. On the other hand, the individual environment unit 132 is connected to, for example, a microphone, an image device, a temperature sensor, a humidity sensor, or a pollutant detection sensor installed in the portable information device 11 or another unit, And may have the function of selecting the necessary information. For example, if a relatively high noise, a car horn, a construction noise, or a high concentration of pollutants is detected from the surrounding environment, such information may be extracted and transmitted to a user via a portable electronic device.

The individual wearing device 14 may be, for example, an earphone, a media device, a hearing aid or a body wearing health device, and may be connected to and operated with the portable information device 11. [ The control application 111 detects the operation state of the individual wearing equipment 14 and temporarily stops the operation of the individual wearing equipment 14 according to the general environment information or the individual environment information, ) Can be changed.

The portable information device 11 may be connected to an external data server 15 such as a cloud server to receive information related to the user's general environment information and individual environment information. The portable information device 11 can be connected to the external data server 15 via an appropriate relay server and the portable information device 11 can be registered in the external data server 15 as required. The external data server 15 can receive the general environment information and the individual environment information from the portable information device 11 and transmit the information related thereto to the portable information device 11. [ Alternatively, the control application 111 may transmit the personal status information and the environment information to the external data server 15. Then, the external data server 15 may retrieve related data based on the transmitted personal status information and environment information, and may transmit the retrieved data to the control application 111. The control application 111 can control the operation state of the wearer 14 based on the information transmitted from the external data server 15 or can receive necessary biometric information from the biometric sensors 12_1 to 12_N.

The portable information device 11 can be connected to the personal diagnosis server 16 and can receive information such as the reception of personal medical information or the effect of environmental information on personal health. The personal diagnostic server 16 may provide personal medical information and may have a function of storing a change of the personal environment information. When a dangerous environmental situation is received, the user can transmit a warning to the portable information device 11. In addition, individual measures suitable for the current environmental conditions can be transmitted to the portable information device 11. [

As described above, the individual health protection system according to the present invention detects environmental information while detecting the individual's biometric information by the control application 111 installed in the portable information device 11, To the server (16). The external data server 15 can retrieve information related to the received information based on the accumulated data and transmit the retrieved information to the portable information device 11. [ The control application 111 controls the operation of the wearer 14 based on the related information received from the external data server 15 or detects the change of the biometric information detected from the biometric sensors 12_1 to 12_N Thereby recognizing the dangerous situation that may occur to the individual. Further, environment information and biometric information can be transmitted from the portable information device 11 to the personal diagnosis server 16. The personal medical information can be transmitted to the portable information device 11 and can be transmitted to the portable information device 11 based on environmental information and biometric information. The personal environment information can be stored by the environment information transmitted from the portable information device 11. [ In this manner, personal health can be protected in real time by the control application 111 provided in the portable information device 11. [

The following describes the operational structure of such an individual health protection system.

2 schematically shows an embodiment of the operating structure of an individual health protection system according to the present invention.

Referring to Fig. 2, the control unit 21 provided in the portable information device can register the biometric detection sensor 12 in the portable information device through the short-range communication unit 211. Fig. The control unit 21 can set the operating conditions of the registered biometric sensor 12. A plurality of the biometric sensors 12 can be registered in the control unit 21 provided in the portable information device and the operating conditions of the respective biometric sensors 12 can be set. The individual environment information or general environment information can be received by the environment receiving unit 221 and the environment information received by the information classification unit 222 can be classified and transmitted to the control unit 21. [ The information classification unit 222 may have a function of classifying the general information and the individual information while simultaneously selecting the environment information. The control unit 21 can set the operating state of the individual wearing equipment 14 such as an earphone, a hearing aid, a multimedia device or other auxiliary equipment connected to the portable information equipment 11 via the individual setting unit 23. [ Information relating to the individual's health status can be stored in the control unit 21, and information such as, for example, an individual's hearing status, visual acuity status, health history, pulse rate, blood pressure or allergen can be stored. The control unit 21 can transmit the received biometric information, environment information and personal health information to the data classification unit 25. [ The data classification unit 25 may classify the received information and store it in the classification database 251. The information stored in the classification database 251 may be referred to by the data classification unit 25. [ Specifically, the data classification unit 25 can select information on the health of the individual referring to the information stored in the classification database 251, and can remove information that does not affect the health. Thus, the classification database 251 can store the correlation between the received information and personal health. The information classified by the data classification unit 25 may be transmitted to the matching unit 243. [

Related information from the external data server 15 may be transmitted to the associated data request unit 241. [ The associated data requesting unit 241 may periodically request the external data server 15 for necessary information based on the information transmitted from the data classification unit 25 or the data classification unit 25. [ The external data server 15 may search the associated data and send it to the associated data requesting unit 241 if there is a request for information on the registered user. And transmit it to the correlation determination unit 242. The correlation determination unit 242 can determine the correlation between the information transmitted from the association data request unit 241 and the personal health information, and can remove the related information if the correlation has a certain level or less. And transmits information having a degree of correlation higher than a certain level to the matching unit 243. The matching unit 243 determines whether it is necessary to change the operating state of each individual wearing equipment 14 set by the current control application 111 according to the information transmitted from the correlation determination unit 242. [ The matching unit 243 can refer to the information stored in the personal diagnosis server 16 for such determination. Specifically, if it is changed, it can be confirmed through the personal diagnosis server 16 whether or not it is an allowable range or an adverse effect to the individual. Such a personal setting situation can be changed and the changed setting situation can be applied to the individual wearing device 14 or the biometric sensor 12. A necessary action may be transmitted to the portable information device 11 in some cases. And changes in accordance with environmental information can be stored in the application database 17.

The individual health system according to the present invention can be operated in various ways and the present invention is not limited to the embodiments shown.

FIG. 3 illustrates an embodiment in which an individual health protection system according to the present invention is applied.

Referring to FIG. 3, the individual health protection system can be operated around a portable information device 11 such as a smart phone or a portable electronic device (Wearable Electronic Device). The portable information device 11 may be registered in the external data server 15 in advance or may have temporary access authority to the external data server 15. [ In the case of the previously registered portable information device 11, the type of information to be provided to the information request setting unit 35 may be stored. The type of information to be provided can be determined on the basis of, for example, a disease of the owner of the portable information device 11, a hearing impairment such as hearing loss, an allergy to a specific gas component, or a risk to environmental conditions. In addition, the information request setting unit 35 may be provided with information on a specific matter. For example, if the owner of the portable information device 11 has an allergy to a specific component, information on the allergy may be stored in the external data server 15 in advance. When the portable information device 11 requests information on specific foods, information on the specific information may be provided from the external data server 15 to the portable information device 11. [ In addition, when the user is in such an environment, the user of the portable information device 11 is at risk of staying in the specific temperature or humidity environment for a predetermined time or more. If the user is located in such an environment, And can be provided to the device 11. The provision of such information can be stored in the information request setting unit 35, and the information can be provided from the external data server 15 to the portable information device 11 based thereon.

The external data server 15 may be a big-data server that collects and analyzes information from various data information sources 31 and may be a server arranged for information retrieval and analysis to collect and classify specific information, It can be the same. The data information source 31 is not particularly limited and may be other information search servers, various blog-accessible sites accessible via the Internet, information providing sites provided by public institutions, or news sites. The external data server 15 may collect information related to specific information from the data information source 31 or classify various information flowing from the data information source 31. The related information or classification information may be stored in the association information unit 32, and information related to the related information may be transmitted to the information request setting unit 35. [ The information request setting unit 35 can determine whether to transmit the information to the portable information device 11 based on the degree of relevance of the transmitted information and the current state of the portable information device 11. [

The portable information device 11 can be connected to the biological detection sensor 12 and the information detected from the biological detection sensor 12 can be transmitted to the portable information device 11. [ The biometric sensor 12 may include blood pressure, body temperature, pulse or other biometric information, and may be measured by a portable health check device or may be measured by a separate external device. The biometric information transmitted to the portable information device 11 may be stored in the personal diagnostic database 37. [ The personal diagnostic database 37 may be a personal health management database stored in the same location as the medical institution, a database stored in the memory of the portable information device 11, or an individual stored in any server accessible to the portable information device 11 It can be a health related database. The portable information device 11 can arbitrarily access the personal diagnosis database 37 to fetch necessary stored biometric information. The called storage biometric information may be provided to the information request setting unit 35 or may be compared with the detection information transmitted from the biometric detection sensor 12 at present.

The portable information device 11 can be connected to the activity detection unit 36 to detect the activity of the user. The activity detection unit 36 includes environmental conditions in which the user is located, whether or not the user's electronic equipment is used, or the user's exercise situation. The environmental condition of the user can be obtained from a device such as a GPS (Global Positioning System) installed in a portable information device 11 such as a smart phone, and the like such as humidity or temperature is provided from an external data server 15 . The activity detection unit 36 can also determine a spatial characteristic such as a noise environment, an indoor environment, or a narrow space through environmental sounds introduced through a device such as a microphone installed in the portable information equipment 11. [ The environmental condition detected by the activity detection unit 36 can be transmitted to the information request setting unit 35 via the portable information device 11. [ The information request setting unit 35 accordingly requests the external data server 15 for the relevant information and the external data server 15 is able to request the information related to the environmental factors, Information can be retrieved and extracted and transmitted to the association information unit 32. [ The association information unit 32 may extract the necessary information again according to the association level of the individual characteristics of the user and transmit the extracted information to the portable information device 11 via the information request setting unit 35. [ The portable information device 11 can transmit information related to the user's activity to the user according to the transmitted association information. And the level of use of an application device 33, such as, for example, an earphone, a hearing aid or other electronic device. From such an activity detection unit 36, an activity control application for controlling a series of operations related to detection of detected activity information, information related to activity information, and accordingly control of the user's activity level or use of the application device 33 And can be installed in the portable information device 11. The activity control application may include an information request setting unit 35 and an activity detection unit 36 and may be operable to enable connection setup and data exchange with the external data server 15. [ In addition, the activity control application may have personal diagnostic database 37 while receiving information of biometric sensor 12 or may be associated with a server having personal diagnostic database 37 to receive personal health information. The activity control application may be installed in the portable information device 11 such as a smart phone and operated in conjunction with the operation of the smart phone.

As described above, the individual health protection system according to the present invention can be implemented by connecting an external data server 15 such as a portable electronic device such as a smart phone and an external data server 15 such as a cloud server to the effect of individual activities or use of electronic devices in various environments Analyze and provide it to the user so that the individual's health can be protected from the environment or activity.

The individual health protection method by the system according to the present invention will be described below.

Figure 4 shows an embodiment of the individual health protection method according to the present invention.

Referring to FIG. 4, the individual health protection method according to the present invention includes the steps of: (P41) confirming an individual wearing device 14 connected to the portable information device 11 by wire or wirelessly; Receiving (P421) information from the wearer (14); A step P422 of detecting the use environment by the portable information equipment 11 or the individual wearing equipment 14; Detecting an activity of the individual in the use environment (P423); A step (P43) in which situation information according to the detection of the personal activity is transmitted; Receiving information related to the situation information from the external data server (P44); Determining an adaptation level of the related information (P45); Determining a matching range according to the determination (P46); Determining (P471) an adaptation form of the wearer (14) according to the determination; And controlling the activity of the individual according to the adaptation form (P472).

The portable information device 11 may be a portable electronic device such as a smart phone. The activity control application described above can be installed in the portable information device 11 in advance and the operation state of the individual wearing device 14 can be confirmed by the activity control application (P41). When the operation state of the individual wearing equipment 14 is confirmed (P41) by the activity control application, information can be received from the individual wearing equipment 14 (P421). The individual wearing device 14 means, for example, an earphone, a biometric detecting device or a portable electronic device, and the information means an automatic state or detection information of the individual wearing device 14. [ For example, an earphone, a hearing aid, or an operating state of a smartphone, a body temperature, a pulse number, or a blood pressure value. The user's environment may then be detected (P422). The user's environment detection may include such things as temperature, humidity, weather, noise level, ozone value, pollution level or indoor environment. The environment detection of the user can be detected by a microphone, a camera or other electronic device installed in the portable information device 11. [ At the same time as the environment detection, personal activity can be detected by the portable information device 11 or other electronic device (P423). Status information such as detected environment information and personal activity information may be transmitted to the external data server 15 (P43). The situation information can be transmitted to the external data server 15 by the activity control application installed in the portable information device and the external data server 15 can retrieve the related information related to the situation information and transmit it to the portable information device ). Then, the portable information device 11 can determine the adaptation level based on the received related information (P45). The reception information is divided according to the individual wearing equipment 14 and according to the individual health condition, and the level of adaptation can be judged. The level of adaptation refers to the level of adaptation to the user and can be divided into adaptive and maladaptive or subdivided stages. Once the adaptation level is determined, the matching range can be determined (P46). The adaptation level refers to the level of association of the received information and the determination of the match range means to determine whether the past application, the current usage, and other applications specifically match the current user and the received information. The matching range can be set, for example, from 0 to 100%, and the limiting value can be set as applied when the matching level is 90% or more. If the matching range does not exceed the limit value (NO), the personal activity may be detected again (P423). On the other hand, if the matching range is more than the limit value (YES), the adaptation type can be determined (P471). The adaptation type means providing information that affects a user's activity through the portable information device 11. [ For example, a user can indicate that ozone concentration, temperature or humidity can affect the health of a user if they are outside the area. Also, if the current user is watching multimedia and the surrounding environment is in a dangerous state, a warning can be given to the user. Thus, the user's activity can be controlled by the portable information device 11 (P472). At the same time, the operation state of the user's individual wearing equipment 14 can be adjusted (P48). For example, the volume transmitted to the earphone can be adjusted and the hearing data of the hearing aid can be changed. Also, if the user is using a multimedia player or using another electronic device, the operation of the playback device or other electronic device may be temporarily interrupted, the sound may be erased, or the operating state may be adjusted. As described above, the individual health protection method according to the present invention can be applied to the environment of the user and the user's individual wearing device 14 based on the health data of the user, So that the risk that may arise therefrom can be prevented.

The system according to the present invention described above detects the personal activity environment in real time and determines the personal application suitable for the personal activity environment so that the safety of the individual can be confirmed in real time. The system according to the present invention increases the utility of the individual wearer 14 by controlling the operation of the individual wearer 14 to suit various personal activity environments. In addition, the system according to the present invention enables personal health to be protected regardless of the activity space by detecting the facts related to the health of the individual in real time so that the abnormality is confirmed. In addition, the system according to the present invention allows personal portable devices such as a hearing aid, an earphone, a portable health device, or a portable electronic device to be made in an appropriate operating state according to the use environment, Ensure that the various hazards that may be caused by the use of the device are eliminated.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention . The invention is not limited by these variations and modifications, but is limited only by the claims appended hereto.

11: Portable information device 12: Biometric sensor
14: Individual wearing device 15: External data server
16: Personal Diagnostic Server 17: Apply Database
21: control unit 23: individual setting unit
25: data classification unit 31: data information source
32: Associated information unit 33: Applied device
35: information request setting unit 36: activity detection unit
37: Personal Diagnostic Database 111: Control Application
112: Information filter unit 131: General environment unit
132: Individual environment unit 211: Local communication unit
221: environment reception unit 222: information classification unit
241: association data request unit 242: correlation degree determination unit
243: matching unit 251: classification database

Claims (6)

A short range communication unit 211 connected to at least one of the biometric sensors 12_1 to 12_N;
An individual setting unit (23) for setting an operating state for at least one individual wearing equipment (14);
An environment receiving unit (221) for receiving individual environment information in which the individual directly contacts and general environment information obtained through the portable information equipment (11);
A correlation determination unit 242 for comparing the information transmitted from the environment receiving unit 221 and the information transmitted from the biometric sensors 12_1 to 12_N with data retrieved from the external data server 15 to determine a correlation degree;
A matching unit (243) for determining whether to change the operating state of the individual setting unit (23) based on the information transmitted from the correlation determining unit (242);
An activity detection unit (36) connected to the portable information device (11) and detecting the activity of the user; And
And a control unit (21) for controlling the operating states of the biometric sensors (12_1 to 12_N) or the individual setting unit (23) according to the degree of correlation determined by the correlation determining unit (242)
The personal wearer 14 may be an earphone, a media device, a hearing aid or a body wearable health device, and the personal wearer 14 and / An adaptation level is determined according to a personal health state and information related to information detected by the activity detection unit 35 is retrieved and extracted from the external data server 15 and transmitted to the portable electronic device 11 Individual health protection systems. delete The personalization apparatus according to claim 1, wherein the external data server (15) is at least one cloud server, and the individual setting unit (23) ≪ / RTI > of the individual health care system. delete delete delete
KR1020150039015A 2015-03-20 2015-03-20 A System for Protecting Individual Healthy Status Based on Communication with a Data Providing Server and a Method Using the Same KR101799767B1 (en)

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Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2004318565A (en) * 2003-04-17 2004-11-11 Nec Corp Health management system

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KR20140005474A (en) 2012-07-04 2014-01-15 한국전자통신연구원 Apparatus and method for providing an application for processing bigdata
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JP2004318565A (en) * 2003-04-17 2004-11-11 Nec Corp Health management system

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