KR20110131363A - Health index service method in navigation terminal - Google Patents

Abstract

PURPOSE: A method for servicing the health index of a mobile communication terminal is provided to automatically receives health index information which is transmitted through a wired/wireless terminal in desired timing. CONSTITUTION: A user inputs a departure point and a destination. A wire/wireless communication service server searches the location information(32c) of a base station. The wire/wireless communication service server searches health index information by region and disease(22a) of a health index service providing server. If a region coincides, a wire/wireless communication service server generates a MMS(Multimedia Message Service)/SMS(Short Message Service) or a webpage. The wire/wireless communication server transmits the short message or the webpage to a navigation terminal in the region. The navigation terminal displays the local-disease health index information.

Description

Health index service method in mobile terminal

The present invention, through the wired and wireless communication network, to the communication terminal provided by the user interested in health, in particular to the mobile communication terminal, such as a smart phone, navigation, etc. that can receive GPS location information according to the surrounding environment Health index service method to provide.

In general, weather information is provided through media such as on-offline television, radio, the Internet, and newspapers, or through a voice mail service of a carrier. In addition, the use of weather information is made through a media connection such as watching the television or newspaper on-offline, listening to the radio, or calling a voicemail.

However, the delivery method of the weather information is not only troublesome for both the information provider and the user, but also has a problem in that the diary which changes in real time cannot be delivered exactly at a desired timing.

On the other hand, one of the purposes for the user to obtain such weather information is because of the large impact of the weather on the disease of interest to yourself or those around you.

In addition, even a healthy person mentally and physically is directly or indirectly affected by the weather or the seasons of the day. Furthermore, such changes in the weather environment cause various diseases. do.

Therefore, the information user wants to know not only the weather information but also the disease information associated with the weather at a desired timing, and wants to use the information for outdoor activities.

However, as the information transmission method as described above, grasping the influence of the weather on the disease at a desired timing, determining whether outdoor activities are possible according to the weather, acquiring information of interest about the disease, and the like. You cannot receive all of the services.

Accordingly, the present invention has been invented to solve the above problems, and as the wired / wireless communication environment is rapidly developing, the health index information according to the surrounding environment is provided to the user who is interested in health through the wired / wireless communication network. By providing the related information together, it is to provide a health index service method of the mobile communication terminal that is able to determine the environmental status of the desired area at a desired timing, and determine whether the activity in the area.

In order to achieve the above object, the present invention, receiving GPS location information from a GPS satellite, matching the built-in geographic information and the GPS location information, at the same time displaying the current location on the display window; Collecting a plurality of environmental information of each region, calculating a correlation between environmental information of any one of the plurality of collected regions and any one of a plurality of diseases, and digitizing the calculated relation as a health index A health index service method of a mobile communication terminal configured to receive and receive the health index from a health index service providing server that provides the health index through a communication network, the corresponding area according to a service area input from the mobile communication terminal. The health index service method of the mobile communication terminal, characterized in that the related information associated with the plurality of diseases is transmitted from the service providing server together with the health index information of the.

In addition, the present invention, receiving the GPS position information from the GPS satellite, matching the embedded geographic information and the GPS position information, at the same time displaying the current location on the display window; Collecting a plurality of environmental information of each region, calculating a correlation between environmental information of any one of the plurality of collected regions and any one of a plurality of diseases, and digitizing the calculated relation as a health index A health index service method of a mobile communication terminal configured to receive and receive the health index from a health index service providing server for providing the health index through a communication network, the service area, a disease, and an age input from the mobile communication terminal And transmits, to the mobile communication terminal, the relevant information related to the disease, together with the health index for the disease, the health index level, and message information on the availability of outdoor activities in the region; The related information item includes at least one of disease information, prophylaxis, precautions, good food, hospital information, age information, and items related to the disease; If the related information item includes any one of good food and hospital information items of the region related to the disease, the health index service of the mobile communication terminal, characterized in that the geographic information of the restaurant and the hospital associated with the disease is transmitted together Provide a method.

In addition, the present invention, receiving the GPS position information from the GPS satellite, matching the embedded geographic information and the GPS position information, at the same time displaying the current location on the display window; Collecting a plurality of environmental information of each region, calculating a correlation between environmental information of any one of the plurality of collected regions and any one of a plurality of diseases, and digitizing the calculated relation as a health index A health index service method of a mobile communication terminal configured to receive the health index from a health index service providing server configured to provide the health index through a communication network, wherein the region in which the mobile communication terminal is located is selected from a base station of a communication service provider server. Search using location information; Searching for health index information for each region-disease stored in the health index service providing server; Determining whether the base station location information and the region of the region-by-disease health index information 22a coincide with each other; When the regions match, it provides a health index service method of the mobile communication terminal, characterized in that for transmitting the health index information (22a) for each region-specific disease of the region in the form of a short message or a web page.

According to the above configuration, a general user or a service user having a specific disease receives or automatically receives health index information transmitted through a wired / wireless communication terminal (especially a navigation terminal) at a desired timing, As it can be used, it will be possible to enjoy real life more satisfactorily.

1 is a diagram illustrating an example of a system for providing a health index service according to the present invention;
2 is a diagram showing a state in which the health index is provided along with environmental information on a user's communication terminal (for example, a computer) in the form of a web page;
3 is a view showing a state of providing a health index service of the SMS or MMS form to the communication terminal,
Figure 4 (a) is a view showing a health index short service using method,
Figure 4 (b) is a diagram showing a method of using the health index web page service,
FIG. 5 (a) is a diagram conceptually illustrating a service providing situation by a service provider server or a health index service providing server for a communication terminal (mobile communication terminal), and FIG. 5 (b) shows health in a mobile communication terminal. Index service flow chart,
6 (a) is a diagram conceptually illustrating a service providing situation by a service provider server or a health index service providing server for a communication terminal (navigation terminal), and FIG. 6 (b) shows a health index service in a navigation terminal. Offer flow chart,
FIG. 7 is a graph for predicting malaria epidemic incidence of climate factors on mediator-related disease spread.

Hereinafter, a health index service method according to the present invention with reference to the drawings. In the following detailed description, only the main functional units are described, and other functional units for transmission and processing can be easily implemented by interworking with ordinary computer means including storage, arithmetic, processing, interface, and communication means. Therefore, the description is omitted. 1 is a diagram illustrating an example of a system for providing a health index service according to the present invention.

[Environmental Information Collection]-DBization

The environmental information according to the present invention includes atmospheric environment information, water quality information, etc., and divides the whole country into a plurality of regions (regions 1,2,3 ... region N), and means for detecting from each compartment ( 11) collected by.

The environmental information collected by the sensing as described above is transmitted to the environmental information providing server 10 such as a public institution (for example, the Ministry of Land, Transport and Maritime Affairs and Meteorological Administration) or a weather information service provider through a network. Is sent.

Specifically, environmental information is collected through the detection means 11, for example, atmospheric environment information measured by the detection means 11, such as a thermometer, wind vane, anemometer, hygrometer, dust collector; Water quality information measured by sensing means (11) such as thermometers for measuring water temperature, Salinometer for measuring salinity, Secci disc for measuring transparency, pH meter for measuring pH concentration, and Spectrophotometer for measuring nutrients, etc. Send to the environmental information providing server (10). On the other hand, the sensing means 11 is configured to be connected to a wired / wireless communication network by integrating with a normal PDA or a notebook.

The environment information providing server 10 includes an environment information generation unit 13 for generating measurement values according to various environment factors transmitted from the sensing means 11 in an information table form, and the generation unit 13. In the DB 12 in which the environmental information generated by is stored, the environmental information E for each region is stored, for example, in the form shown in Table 1 below. On the other hand, in Table 1 below, for each of a plurality of regions (e.g., Bucheon, Gyeonggi-do, Songdo, etc.), environmental factors (e.g., composed of air temperature, atmospheric humidity, wind speed, wind direction, dust concentration, etc.) Environmental information classified according to the above is shown as an example, and environmental factors may be added in various ways as necessary. That is, the environmental information is stored as a table in the form of region-specific environmental factors-measured values.

Area / Environment Factor Atmospheric temperature Atmospheric humidity Wind speed Wind direction Dust concentration Water quality - Bucheon, Gyeonggi-do
(Region 1)  23 ℃ 40% 2 m / sec Northeastern wind 0.32% - - Incheon Songdo
(Region 2) -20 ° C 10% 1 m / sec southeaster 0.31% - - -(Region 3) - - - - - - - -(Region 4) - - - - - - -

[Illness Information Affected by Environment (Information)]

How the environmental factors affect health is as follows.

Under high pressure conditions, the incidence of acute myocardial infarction is high, mortality from cerebral hemorrhage is high in January and February, and mortality from heart disease is high in July and August. This is because severe heat and cold both stimulate the heart and brain, increasing blood pressure and increasing the burden on the heart and brain.

Dust Concentration-Dust of yellow sand, 0.25 ~ 0.5mm in size, contains quartz, feldspar, silicon, and aluminum, enters the alveoli, causes respiratory diseases, and causes contact conjunctivitis. Depression and heart disease are increasing when the yellow dust is severe.

Seasonal changes-Atmospheric pressure and temperature crossover In severe seasons, autonomic nervous system syndrome and spring disease occur due to the body's sensory or autonomic nervous system failing to adapt to temperature changes such as severe crossover and dry air. When dry weather and day and night crossovers last more than 10 degrees, elderly people are prone to respiratory diseases, aseptic meningitis, rhinoviruses causing colds, and RS viruses that cause pneumonia in pre-dolescent infants. Respiratory disease is likely to appear.

High temperature-Blows as the temperature rises, causing symptoms such as discomfort, increased fatigue and exhaustion. The human body's adaptation effort is to secrete sweat, accompanied by phenomena such as peripheral blood vessel expansion, pulse reduction, and urine volume reduction. In high temperature, high humidity and poorly ventilated environment, heat stroke caused by long-term exposure to sweat bands, direct sunlight, heat radiation caused by long-term exposure to high temperature environments due to heat, severe exercise or activity in high temperature environments, sudden changes in posture or long periods of time. It is caused by standing, such as heat exhaustion, cooling disease, etc. caused by impaired control of the vascular system during the body temperature control process for high temperature.

Low temperatures-If the temperature drops by more than 10 degrees Celsius from the previous day, the chance of a heart attack increases by 13%. Heart attacks occur in cold winters because coronary artery constriction or crusting when peripheral blood vessels contract and increase heart rate. Mornings are more dangerous than evenings because the sympathetic nerves are enhanced with the weather, which also leads to vasoconstriction and an increase in heart rate.

Humidity-Drying causes the mucous membranes of the nose and bronchi to dry, making it easier for cold viruses to penetrate the body. When it's not dry, it penetrates and sticks to the mucous membrane, but when it dries, it's coming to the lungs. Dry mucous membranes burst blood vessels even with small irritations, so nosebleeds often occur. In dry weather, blood circulation and metabolism are not active, so sebum secretion is reduced and skin moisture content drops below 10%, making the skin easier to dry and weakening psoriasis or atopic dermatitis.

A group of diseases that cause, worsen, or recover symptoms related to changing weather is called meteorological disease, and bronchial asthma, urticaria, eczema, sciatica, facial nerve palsy, cerebral thrombosis, intestinal obstruction and enteropathy , Etc., and the relationship with meteorological conditions include chronic bronchitis, bleeding or perforation of gastric ulcers, perforation, food poisoning, dysentery, inguinal hernia, corneal herpes, rheumatoid iris, flictene (keratitis), Meningitis and Japanese encephalitis.

Meteorological disease is a sudden change in temperature and humidity, the increase in acetylcholine in the body and the use of histamine or histamine-like substances, stimulating parasympathetic nerves and contracting smooth muscle, causing a variety of seizures. In addition, since these substances have the effect of increasing the permeability of blood vessels, the body collects moisture, which increases allergic reactions, inflammatory reactions, and the like. Overall, diseases known to be caused or worsened by meteorological changes are common factors such as changes in the autonomic nervous system or endocrine system as internal factors, as well as peripheral blood vessel contraction, weakening of infection resistance, and a large propensity for central nervous system.

The environmental factors (or climate) are thus affecting a wide range of human health. Therefore, we must have a good understanding of these environmental factors in order to keep our bodies healthy.

[Calculation of Relationship between Environmental Information and Disease (Probability of Disease)]-DBization

The health index service according to the present invention may be performed in a wired or wireless communication environment. The health index is calculated by utilizing environmental information from the environment information providing server 10, and the health index is transmitted to the consumer terminal. It is made by the index service providing server 20.

Therefore, the health index service providing server 20, an information processing unit for setting the relationship between the environmental information from the environmental information providing server 10 and the disease, and processing in a form that can be provided to the information user ( 21).

As an example, the information processing unit 21 includes a health index information generation program 21a that establishes an association relationship with a disease for each environmental factor of the environmental information E and makes it information.

Hereinafter, a method of generating health index information 21a for each region-disease by the health index information generation program 21a will be described. First, as environmental information, measured value information collected for each region is used as an environmental factor using air temperature, air humidity, wind speed, wind direction, dust concentration, etc., and "flu (influenza)" is used as a disease. Take as an example.

Typically, the relationship between temperature such as "flu" and temperature is that as the temperature decreases, the incidence increases, and as the temperature increases, the incidence increases. It is set to + 40 ℃, and the total 80 ℃ range is divided into 10 equal parts, -40 ℃ ~ -32 ℃ section is 10, -31 ℃ ~ -24 ℃ section is 9, -23 ℃ ~ -16 ℃ section Is 8, ..... 32 ℃ ~ 40 ℃ interval is set to 1. It is also assumed that the larger the index, the greater the probability of developing the disease.

In addition, the relationship between the disease such as "flu" and the atmospheric humidity, the incidence of flu increases when the atmospheric humidity is 20% or less, the minimum humidity is set to 10%, the maximum humidity is set to 50%, The entire 40% range is divided into 10 equal parts, with 10% to 13% intervals 10, 14% to 17% intervals 9, 16% to 13% intervals 8, .... 37% to 40% The interval of sets the exponent to 1. In addition, it is assumed that the larger the index, the greater the probability of getting a disease (flu).

On the other hand, the environmental factors such as the wind speed, wind direction, dust concentration, and the like are also set in the above ranges and partitioned, and the health index is set for each section.

In addition, when the room temperature is 5 degrees, when the humidity is 50%, the propagation power of the disease is reduced, and when the humidity is 80% or more, the propagation power decreases by about 50% compared to the environment of 0% humidity.

Therefore, the appropriate temperature and humidity at which the propagation force decreases when the flu occurs are shown in Table 2 below.

Temperatures Humidity 15 ℃ or less 70% 18 ℃ ~ 20 ℃ 60% 21 ℃ ~ 23 ℃ 50% 24 ℃ or more 40%

In addition, mosquito-borne diseases are greatly influenced by climate, especially temperature, precipitation, humidity, etc. are known to have an important effect, and wind and sunshine are also known to affect. Malaria is as closely related to changes in temperature, precipitation and humidity as immunity.

In addition, mosquito-borne diseases are greatly influenced by climate, especially temperature, precipitation, humidity, etc. are known to have an important effect, and wind and sunshine are also known to affect. Malaria is as closely related to changes in temperature, precipitation and humidity as immunity.

Temperatures change the length of time that mosquitoes become adults, which shortens the period as the temperature rises. It takes about 22.8 days at 12 degrees but it is 7.7 days at 29 degrees. In other words, the higher the temperature, the shorter the period of adulthood increases the number of mosquitoes. In addition, there is a report that crop failure caused by drought can increase human susceptibility to diseases and increase susceptibility to diseases. If drought reduces malaria transmission, the population immunity of human groups decreases, resulting in increased deaths (Hales). et al. 2003).

In addition, the IPCC data for 2001 on the influence of climate factors on mediator-related disease transmission are shown in Table 3 and FIG. 7 below.

Climate factor  mosquito Pathogens Vertebrate (rat) Increase in temperature -Reduced Survival
-Change in viability of some pathogens
-Increase in population
-Increased contact with people -Hatching rate increase
-Increased metastasis season
-Increased distribution
-Warmed winter favors survival of rats Precipitation reduction -Dirty water accumulates, increasing mosquitoes' eggs
-Continued droughts reduce snail count - No influence. -Reduced population due to reduced food
-Move around people to increase contact opportunities Precipitation increase -Increased quality and quantity
-Increased viability due to increased humidity
-Habitat removal function by flood No evidence of direct effects.
Some data indicate that malaria pathogens are related to humidity. -There is a possibility of population increase by increase of food. flood Floods cause changes in the habitat and transition of the media
-Sweep away habitats. - No influence. May be contaminated with animal waste. sea level rise Flooding affects the growth of mosquitoes that lay eggs in salt water. - No influence. - No influence.

The health index for each individual environmental information thus obtained is averaged, and the minimum or maximum threshold is calculated based on the temperature at the time when the disease occurs, and the disease occurrence is predicted according to the temperature change in consideration of the subsequent temperature effects. The average index is assumed to be assigned a safety index of 1 to 2, 5 to 6 for general, 5 to 6 for warning, 7 to 8 for warning, and 9 to 10 for warning.

That is, referring to the environmental information of region 1 shown in Table 1, the index becomes 3 according to the temperature at 23 ° C, the index becomes 1 according to the humidity at 40%, and the average is 2 Becomes The health index of "flu" in area 1 is 2, indicating that it represents a health index rating of "safety".

In addition, referring to the environmental information of region 2 in Table 1, the index becomes 8 according to the temperature of -20 ° C, the index becomes 10 according to the humidity of 10%, and the average is 9 Becomes That is, it can be seen that the health index of "flu" for region 2 is 9, indicating a health index rating of "alarm".

The health index information 22a for each region-disease according to the environmental information generated by the information processing unit 21 is stored in the form of a plurality of tables in the DB 22 in the same manner as described above. May be provided to the user. On the other hand, the numerical values and ranges of the above description are described as examples, and may be variously changed in actual application. In addition, the health grade may also be set to a number of other grades as needed.

[How to provide health index service]

The health index information 22a for each region-disease generated by the health index service providing server 20 is stored in the DB 22. In addition, if necessary, it may be provided to the wired / wireless communication terminal 40 connected to the wired / wireless communication network through the wired / wireless communication service provider server 30.

Here, the wired communication terminal 40 connected to the wired network is a generic term for all terminal devices connected to a TCP / IP-based communication network, and the desktop is connected to the TCP / IP-based communication network. ) A computer or a notebook, a home appliance terminal (eg, Set-Top-Box) connected to the TCP / IP based communication network, or a kiosk connected to the TCP / IP based communication network It is preferable to comprise at least one or more.

In addition, the wireless terminal connected to the wireless communication network is any terminal device connected to a code division multiple access (CDMA) based mobile communication network, or all terminal devices connected to a high-speed downlink packet access (HSDPA) based wireless communication network, or All terminal devices connected to the IEEE 802.16x based portable Internet, or all terminal devices connected to Motorola's DataTAC method or Erricson's Mobitex type wireless data communication network, and are personal terminals connected to the CDMA based mobile communication network. Communication System (PCS) or Global System for Mobile communications (GSM) terminal or Personal Digital Cellular (PDC) or Personal Handyphone System (PHS) terminal or Personal Digital Assistant (PDA) or smartphone ( Smart Phone or Telematics, or HSDPA based At least one wireless communication terminal connected to a wireless communication network, a portable Internet terminal connected to the IEEE802.16x-based portable Internet, or a wireless data communication terminal connected to the DataTAC / Mobitex-based wireless data communication network, and the like. .

In addition, the wired / wireless communication terminal 40 according to the present invention transmits and receives contents such as geographic information while transmitting and receiving with the position receiver 41a capable of receiving GPS location information from a GPS satellite and the wired / wireless communication service provider server 30. Transmitting and receiving unit 41b for updating, and a display control unit for mapping (matching) the GPS location information and the geographic information transmitted or embedded from the server 30 to display the current location on a display window in real time ( 41c) and a location information providing terminal 41 (commonly referred to as a navigation terminal) including a storage device. In addition, the location information providing terminal 42 further includes a health index information processing unit 41d for processing the health index information from the health index service providing server 20 or the operator server 30 to display on the display window. do.

The health index service providing server 20 as described above may be used in conjunction with a GIS and GPS system. To this end, the wired or wireless communication service provider server 30 or the health index service providing server 20 itself is configured to work with a server (not shown) of known GPS and GIS information providers.

[GIS system]

In Korea, the digital mapping project was completed in most regions according to the first National Geographic Information System (NGIS) establishment basic plan established in 1995, and the second National Geographic Information System (NGIS) establishment basic in 2001. According to the plan, the government is pursuing a national data-based spatial data construction project such as digital map Ver2.0 production and basic geographic information. Based on these country-based spatial data, Urban Information System (UIS), Land Information System (Land Information System), Environmental Information System (Resource) System, Resources Information System, Underground Information System ( GIS systems have been introduced in all industries including Underground Information System, National Defense Information System, Disaster Information System, Marine Information System, Intelligent Transport System, etc. It is utilized.

[GPS system]

Currently, a GPS system capable of accurately calculating location information of a current location by measuring accurate time and distance from three or more satellites using a GPS receiver is used in real life. Currently, a method of obtaining distance and time information from three satellites and correcting an error with one satellite is widely used. On the other hand, the location information as described above is provided to a location information service provider, is used to determine the location of the car and the ship in conjunction with the geographic information GIS.

[How to use Health Index service (communication process between terminals)]

2 and 3 are diagrams showing a state of health index information is provided on the communication terminal 40 of the wired and wireless communication. FIG. 2 is a diagram showing the health index together with environmental information on the communication terminal 40 of the user in the form of a web page. 3 illustrates a display window for providing a health index service in the form of SMS or MMS to a communication terminal.

Hereinafter, a method of using the health index service on a computer which is a wired or wireless communication terminal will be described. The information display window of FIG. 2 (a) has numerical values of an area input window 1a for inputting an area where a user wants to receive health index service, a disease display unit 1b for displaying a plurality of disease names, and the health index. Displayed health index display unit (1c), the grade display unit (1d) showing the level of the health index in text, and related information for displaying information about each disease, preventive measures, precautions, good food, disease news, medical consultation, etc. The display section 1e is shown.

First, the service user accesses a site operated by the health index service providing server 20 through the Internet. In particular, to receive disease information according to the weather environment, to log in to provide individual customized information for each individual. For login access, DB 22 of server 20 stores customer information about the client's personal information, particularly current disease information, family history, past history, age, height, weight, residential area, and the like.

Subsequently, the region input window 1a is inputted with the region to which the health index service is to be received, and the service request 1f is performed. Accordingly, the information is displayed on the disease display unit 1b, the health index display unit 1c, the grade display unit 1d of the health index, and the related information display unit 1d. If necessary, the display window may be configured to select and input a disease to be served together with the area input. For this purpose, a "disease" input window can be added. In addition, the "age" input window may be added.

The addition of the "disease" and "age" input window is for solving the problem that the service user should disclose "disease" and "age" corresponding to his or her privacy when providing the personal information for the login to the server. will be. Therefore, login information (personal information) stored in the DB 22 should be configured as information excluding the disease and age information.

On the other hand, in Fig. 2A, for the disease name "flu", the health index is 7, the health index grade is a warning, and as the related information 1a, disease information / precautions / precautions / good food / The status of hospital information, disease news, medical consultation, etc. is displayed.

Here, the service user can click on the related information to receive the related information service related to the health index service provided as a pop-up window or another web page window.

For example, when a user clicks on a "disease information" item in the related information item, disease information including a description of the flu may be provided.

In addition, when the user clicks on the “preventive” item of the related information, information on how to prevent and cope with the flu may be provided.

In addition, when the user clicks on the "Caution" item of the related information, information about the advisory related to the relevant area issued by a public institution (for example, the Meteorological Agency or the Ministry of Land, Transport and Maritime Affairs) or a related institution (newspaper company or broadcasting station, etc.) is displayed. Can be provided.

In addition, when the user clicks on the item “good food” of the related information, good food information related to the flu and restaurant information of a corresponding region may be provided.

In addition, when the user clicks on the “hospital information” item of the related information, hospital information of a corresponding region related to the flu may be provided.

Meanwhile, the related information item may be provided together with geographic information linked with the GIS system. For example, if a user clicks and selects a "good food" item associated with the disease name "flu," as shown in (b) of FIG. 2, with the recommended food good for the flu, the local "Seoul city / Jung-gu / Related restaurants of "Gwanghui-dong" are displayed on the map and provided to the service user.

In order to provide related information together with the map service as described above, the DB 22 maps disease information, food information suitable for the disease, and local restaurant information by mapping the disease-food-local restaurant information in a table form. Stored in a table 22b, the information processing unit 21 includes a mapping program 21b for mapping geography and location information from the GIS and GPS operators and food-related information of the DB 22. FIG.

In addition, when the user clicks and selects the "hospital information" item associated with the disease name "flu", as shown in FIG. Is displayed on the map and provided to the service user.

In order to provide hospital information with the guidance service, the DB 22 maps the disease information, the specialized hospital information suitable for the disease, the local hospital information, and the like to form a disease-specialized hospital-regional hospital information table in the form of a table. Save it as (22c). At this time, the mapping program 21b performs mapping (matching) of specialized hospital information suitable for the disease, local hospital information, and the like.

Meanwhile, the "related information" item may also include an age-specific information item (not shown) according to the age of the service user. For example, the health index level is "warn", and the user personal stored in the DB 22. When the age of the information is "50 years old", for example, it may be configured to deliver a warning message to the user terminal whether the outdoor activity consisting of text, pictures, and voice, such as "outdoor activities prohibited".

[How to use health index service in the wireless communication terminal 40]

On the other hand, in the wireless communication terminal, in order to receive the health index service, the application must be downloaded from the server and subscribed to the service.

When installing such an application, the service user can provide the server with customer information regarding the current disease information, family history, past history, age, height, weight, residential area, and the like.

Figure 3 (a) is a view showing a state of health index services provided on a wireless communication terminal (mobile communication terminal equipped with a GPS function), the health index service user who requested the service using a wireless mobile communication terminal The state of receiving information is shown.

Therefore, according to the health index service by the wireless communication terminal, when the moving user reaches the destination to determine the location of the destination by using the GPS, the consumer wants to be provided by using the environmental factors and health index formula of the area Since the health index information of the disease is provided in real time, there is an advantage that can take appropriate preventive measures in advance.

In addition, according to a preferred service of the present invention, since the user subscribed to the health index service can check in advance the health index of the destination to be traveled or moved through the wireless communication terminal, so as to properly prepare for the disease environment of the destination, There is an advantage to travel and travel safely.

In addition, according to a preferred service of the present invention, by mapping the health hospital with the health hospital reporting the mandatory reporting of the local hospital, by providing a real-time spread of epidemics according to the region, the infection rate for a certain age, such as Apollo eye disease There is an advantage to be prepared for high infectious diseases.

In addition, according to the preferred service of the present invention, a parent or a certain disease of a certain age or more, for example, 50 years or older has the advantage of receiving the correct health care information received by the health index changes every three hours.

In addition, according to a preferred service of the present invention, if a sudden illness is suspected after moving to the destination, through the wireless communication terminal, since it is possible to be provided with the appropriate hospital information, along with appropriate hospital information nearby, after the occurrence There is an advantage to deal with the disease.

On the other hand, in the display window of the communication terminal of Fig. 3 (a), as the health index service, the disease name, health index grade and health index are displayed as "flu index: risk (7)". In addition, as a "precaution", measures for dealing with the flu are indicated in letters. If necessary, items other than the above can be further transmitted.

Here, in order to provide such an SMS service, the wired / wireless communication service provider 30 receives the information tables 22a, b, and c of the health index service providing server 20 to form a health index for each region in real time. And a short sentence generating unit 31 to be provided. Such a function may be configured in the health index service providing server 20. The short information generated by the short text generation unit is stored in the DB 32 as the short information 32a.

The method of using the health index short service with reference to FIG. 4 (a) is as follows.

A service user who accesses the above health index service providing environment using the wireless communication terminal 40 first inputs an area in which the health index service is desired to be received in a short message (S41).

According to this input, the service providing server 20 or the communication service provider server 30 transmits the health index short information of the corresponding region stored in the DB to the wireless communication terminal 40 requesting the corresponding service (S42).

Meanwhile, according to the step S41, the server 20 or the server 30 may transmit a disease input window (S41a). When the service user selects a disease that he / she wants to receive the health index service from in a disease input window transmitted from the server, the server accordingly selects the health index short information (eg, the “flu” rating or health index for the disease). Short information including a) will be transmitted (S42).

In addition, according to the step S41, the server 20 or server 30 may transmit a disease-related information input window (S41b). When the service user selects the relevant information (eg, disease information, preventive method, precautions, good food hospital information, age information) from the input window transmitted from the server, the server accordingly, the health index for the disease Short information (for example, short information including a "flu" rating, health index, and related information), and a warning message about the availability of outdoor activities is transmitted (S42).

Meanwhile, the health index short information as described above may also include map information.

In addition, as shown in (b) to (d) of FIG. 3, the health index in the form of a web page as shown in (a) to (c) of FIG. 2 on a wireless communication terminal (mobile communication terminal). You can also provide services. In addition, the health index service may be provided in the form of a short message as shown in FIG.

In order to provide the health index service to the wireless communication terminal in the form of a web page, the wired / wireless communication service provider 30 includes a web page generation unit 33. On the other hand, such a function 33 is preferably configured in the health index service providing server 20, for this purpose, the information processing unit 21 is provided with a web page generation program (21c). The web information generated by the web page generation unit is stored in the DB 32 as web page information 32b.

The health index web page service using method with reference to FIG. 4 (b) is as follows.

First, a service user who accesses a health index service providing environment using a wireless communication terminal connects directly to the site of the health index service providing server 20 through a communication terminal or by logging in (S41 ').

According to this connection, the service providing server 20 transmits an information input window for selecting a health index region and / or disease to the wireless communication terminal 40 requesting the service (S42 ').

Subsequently, the user inputs a region and / or disease information input window, and accordingly, disease-specific health index information (including health index and grade) is transmitted from the server to the communication terminal 40 (S43 ').

On the other hand, with the health index information transmission according to the step S43 ', the relevant information selection window is transmitted to the communication terminal 40.

Subsequently, as the user selects and inputs the relevant information selection window, the user receives the desired related information from the server 20 (S44 ′).

Meanwhile, in the related information input window, for example, the user may select at least one of disease information, preventive method, precautions, good food hospital information, and age information.

[Real-time Health Index Service Method in Wireless Communication Terminal]

Meanwhile, the wireless communication terminal 40 may provide the health index service in the form of SMS, MMS and web page in real time. That is, in the wireless communication environment of the current communication terminal (particularly, the mobile communication terminal), each area is divided into a plurality of cells, and the communication terminal 40 is located in any one of the plurality of cells. Accordingly, the communication terminal detection signal S is transmitted from the base station B of the cell to the server 30 of the communication operator, and each time the communication terminal 40 moves through the plurality of cells, the base station in charge of each cell is transmitted. The detection signal is transmitted to the server 30 via. The DB of the server 30 includes location information 32c of each base station.

Accordingly, as shown in Fig. 5A, when the user of the communication terminal 40 moves through each of the cells 1 to 4, the detection signal S from the corresponding base station located is received. The operator server 30 may grasp the actual location of the communication terminal 40 in real time, and may provide a short message or a web page of the health index service corresponding to the cells 1 to 4.

That is, since the health index information table 22a for each region-disease is stored in the DB 22, the server 30, according to the detection signal (S) from the base station, the current position of the communication terminal (cell Location), and select the region-by-disease health index information table 22a corresponding to the current position of the communication terminal from the information table 22a in the DB 22, and select the current state of the communication terminal 40. Create short text and web pages for health index services based on location.

On the other hand, in order to provide a health index service to the communication terminal in real time, any of the position information 32c of the DB 32 and the health index information table 22a of each region-disease-specific disease in the DB 22. An information matching unit 34 for matching with one is further provided. The information matching unit 34 may be implemented in the service providing server 20.

Therefore, according to the above configuration, even if the health index service user does not input in the region input window 1a, the health index service of the region where he is currently located can be provided.

If necessary, the health index service may be provided periodically MMS, SMS messages or web pages, or move between each cell.

Referring to (b) of FIG. 5, searching for a base station location information 32c of a telecommunication service provider server in an area where the wired / wireless communication terminal is located, and a plurality of area-specific health indices stored in the health index service providing server. Retrieving information 22a, comparing the base station location information 32c with the plurality of regional-disease health index information 22a, and determining whether the regions match. In this case, the step of generating the health index information 22a for each region-specific disease in the form of a short message (MMS, SMS) or a web page and transmitting it to the communication terminal is illustrated.

On the other hand, the user of the communication terminal 40 as described above may fail to check the transmitted short message and the web page.

In order to solve this problem, the communication terminal 40 is configured to transmit a visual or sound signal to the user of the communication terminal 40, according to the health index rating. That is, the server 30 or 20 may send the short text or the web page together with the health index in the region-specific disease index information table 22a (any one of safety, general, caution, warning, and alarm). Also provided with a rating check unit 35 to check, the communication terminal 40 receives a rating signal from the rating check unit 35, pop-up or vibration, via a display window or vibration means and a speaker provided, It may be configured to sound an alarm such as a voice.

[How to use health index service in navigation (41)]

Hereinafter, a method of using the health index service in the navigation will be described. As described above, the navigation terminal 41 can update contents such as map information while transmitting and receiving with the location receiver 41a capable of receiving GPS location information from the GPS satellites and the wired / wireless communication service provider server 30. A display for mapping (matching) the GPS location information and the geographic information transmitted from or embedded in the server 30 with the GPS location information, and displaying the current location of the terminal on a map in real time on a map. And a control unit 41c and a location information providing terminal 41 (commonly referred to as a navigation terminal) including a storage device.

Therefore, the navigation terminal 41 can determine the current position of the terminal by using the GPS position information, and by mapping (matching) the position of the terminal on the geographic information, it is possible to confirm the position of the terminal on the map. . In addition, as the terminal 41 is mounted on the vehicle and moves, the position of the terminal that changes in real time can be confirmed on a map (see FIG. 6A).

Meanwhile, the navigation terminal 41 as described above is connected to the server 30 or 20 through the wired / wireless network via the transceiver 41b to receive the health index information and the related information.

The health index information and the related information received from the server may be processed by the display control unit 41c and displayed on the display window together with the map or independently.

As an example display method, as the service user inputs a starting point (for example, region 1: Bucheon, Gyeonggi-do) and a destination (for example, region 2: Songdo, Incheon) by input means not shown in the drawing, geographic information and Together, the health index information of the starting point and / or the destination may be provided to the navigation terminal 41 in the form of a short page or a web page as described above.

Here, the reception of the health index information and the related information through the transmission and reception unit 41b, in the case of moving by using a general road, a wireless network interworking with the base station of the mobile communication terminal 40 described with reference to FIG. It can be implemented using.

On the other hand, (b) of FIG. 6, the service user inputs a starting point and a destination to a navigation terminal, and as the input information is transmitted to the server 30 through the transmitting and receiving unit 41b, A search step of searching for an area where the navigation terminal is located by using the base station location information 32c of the telecommunication service provider server; and searching for a plurality of regional-disease health index information 22a stored in the health index service providing server; Determining whether the base station location information 32c and the region of the region-specific health index information 22a coincide with each other; and if the regions match, the region-specific health index information 22a of the corresponding region. ) In the form of a short message or a web page, and transmitting to the communication terminal, geographic information and the health index information by region-disease in the form of the short text or web page. There is shown a method of using the health index service in the navigation terminal comprising the steps of displaying the GPS location information.

In addition, when moving on a highway, the health index information and related information may be recognized by a vehicle equipped with a navigation terminal as the vehicle passes through the toll booth, such as a card such as a high pass or a traffic card. Via a recognizer, it can be transmitted from the server to the navigation terminal 41 of the vehicle. To this end, the server of the toll booth may be configured to interwork with the server 20 or 30 through the wired or wireless communication network.

On the other hand, as the GPS function of the navigation terminal is currently applied to a smart phone, each of the above process can be made even with a smart phone.

10-server for providing environmental information, 20-server for providing health index service,
30-service provider server, 40-communication terminal,
22a-Health index information table by region and disease,
22b-disease-food-local restaurant information table,
22c-disease-specialized hospital-regional hospital information table,
32a-short information, 32b-page information,
32c-location information of the base station.

Claims (8)

Receiving GPS location information from a GPS satellite, matching built-in geographic information with the GPS location information, and simultaneously displaying the current location on a display window; Collecting a plurality of environmental information of each region, calculating a correlation between environmental information of any one of the plurality of collected regions and any one of a plurality of diseases, and digitizing the calculated relation as a health index A health index service method of a mobile communication terminal configured to receive and receive the health index from a health index service providing server for providing the health index through a communication network,
According to the service area input from the mobile communication terminal, the health index service method of the mobile communication terminal, characterized in that the relevant information related to the plurality of diseases is transmitted from the service providing server together with the health index information of the area. Receiving GPS location information from a GPS satellite, matching built-in geographic information with the GPS location information, and simultaneously displaying the current location on a display window; Collecting a plurality of environmental information of each region, calculating a correlation between environmental information of any one of the plurality of collected regions and any one of a plurality of diseases, and digitizing the calculated relation as a health index A health index service method of a mobile communication terminal configured to receive and receive the health index from a health index service providing server for providing the health index through a communication network,
According to the service area, the disease and the age input from the mobile terminal, the relevant information related to the disease, together with the health index, the health index grade, and message information on the outdoor activity availability of the disease in the region; Transmits to the mobile communication terminal;
The related information item includes at least one of disease information, prophylaxis, precautions, good food, hospital information, age information, and items related to the disease; If the related information item includes any one of good food and hospital information items of the region related to the disease, the health index service of the mobile communication terminal, characterized in that the geographic information of the restaurant and the hospital associated with the disease is transmitted together Way. Receiving GPS location information from a GPS satellite, matching built-in geographic information with the GPS location information, and simultaneously displaying the current location on a display window; Collecting a plurality of environmental information of each region, calculating a correlation between environmental information of any one of the plurality of collected regions and any one of a plurality of diseases, and digitizing the calculated relation as a health index A health index service method of a mobile communication terminal configured to receive and receive the health index from a health index service providing server for providing the health index through a communication network,
Searching for an area where the mobile communication terminal is located by using base station location information 32c of a service provider server;
Retrieving a plurality of regional-disease health index information 22a stored in the health index service providing server;
Determining whether the base station location information (32c) and the region of the region-specific health index information (22a) coincide with each other;
If the region is matched, the health index service method of the mobile communication terminal, characterized in that for transmitting the health index information (22a) for each region-specific disease of the region in the form of a short text or a web page. The method according to any one of claims 1 to 3, wherein the correlation is an incidence rate of a disease according to environmental information. The mobile communication terminal of claim 1, wherein the health index, which is composed of five levels of safety, general, caution, warning, and alarm, is transmitted to the mobile communication terminal together with the health index. How Health Index Is Served. The method of claim 1, wherein the service area input from the mobile communication terminal is a source and destination input. The health index service method of claim 6, wherein the advisory information for the corresponding area is provided according to the destination input. 4. The health index service method of claim 3, wherein the health index information (22a) for each region-disease is transmitted periodically.

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