JP2022030242A - Infection-control-measure information system - Google Patents

Abstract

To easily provide measures which incorporate measure-effect-level information showing measure-effect levels of products and services as infection control measures and include preventive measures against weather changes and confirmation of close contacts to past infected people.SOLUTION: An infection-control-measure information system comprises a portable terminal which prompts a user to pay attentions to and act for measures, by displaying required infection-control-measure level information in consideration of weather changes, symptoms, transition of infected people in a pertinent region, whether close contacts to infected people in facilities such as stores and ball game grounds visited in past by the user are confirmed or not, and so on while accumulating measure-effect information by reading measure-effect-level information from two-dimensional codes attached to products and services as cold prevention measures and influenza and novel viral infection control measures.SELECTED DRAWING: None

Description

Regarding infectious disease-related countermeasure products and services such as cold prevention measures, influenza infectious disease countermeasures, new virus infectious disease countermeasures, etc., how effective are the countermeasures for each category, and the products and services were before yesterday. In relation to the progress and forecast of regional weather changes such as the past for about 2 weeks, today, and the future for about 1 week after tomorrow, how effective the countermeasures were and whether expectations can be predicted. , If you take into account your current symptoms, changes in the number of people infected with the infectious disease in the area, approach to past infected people, and records of contact status, you can get related information such as how much infectious disease-related measures are necessary. Infectious disease-related countermeasure information system to obtain quickly, easily and accurately.

The following Patent Document 1 discloses a portable alarm device that can appropriately notify the user of the conditions of air temperature and humidity according to the place of use.
Furthermore, in recent years, meteorological observation organizations have widely used communication lines to predict the measured values of the past few days, which are weather information by region, and the daily maximum, minimum, and average humidity for the next week or so. There is a background of sending.
Further, Patent Document 2 also describes a method of calculating and generating a necessary countermeasure level, which is a case of heat stroke countermeasures and harmful ultraviolet rays countermeasures from the future prediction of regional meteorological information.
Further, Patent Document 3 shows an example of a method of simply recording information on approach and contact with an infected person several days ago by short-range wireless communication such as Brutus.

In addition, recently, a wide-area infected person notification center has been operated as a countermeasure against new virus (coronavirus, etc.) infection, and due to the wide area nationwide by the short-range wireless communication, a huge number of mobile terminal users approach each other. After the contact information is stored in memory and the notification center from the infected person obtains the infection registration at a later date, the infected person's past approach and contact based on the huge amount of approach within a certain period of the past and the contact person information. A close contact notification system that notifies a person who holds a mobile terminal device that may have been infected to that effect has begun to operate.

JP-A-2019-86307 Japanese Patent Application No. 2019-151770 Japanese Patent Application No. 2010-277452

First, although the new virus infection is a new type, there are no therapeutic agents or vaccines, it is easy to become severe, and the case fatality rate may be very high. In addition, once an infected person appears, the infected person may rapidly approach the surrounding area, spread the infection to contacts, and cause an infection explosion (pandemic). It can be said that it is an infectious disease with a very strong sense of fear, such as being isolated.
On the other hand, the initial symptoms are generally "cold symptoms" such as "sickness", "slight fever", "coughing", and "normal designated infectious diseases" for which therapeutic drugs and vaccines are widely used to some extent. Not very similar to the "symptoms of influenza infection".

Therefore, even if a person is diagnosed with a mere "cold" or "influenza" at a later medical examination at a hospital, etc. The fear of is more than you can imagine.
So, first of all, many people want to make sure they have similar symptoms, colds, and flu infections, and of course they don't want to get the dreaded new virus infection.

Therefore, infections aimed at relieving the stress and living a more secure life by using products that have countermeasure effects related to these infectious diseases to prevent them, or by selecting and receiving services that provide countermeasure effects. There was a problem that a disease-related countermeasure information system was necessary.
In addition, people gather in large audience seats, such as restaurants that provide various services close to customers, restaurants with entertainment, sports clubs, barber shops, beauty salons, and learning schools. , Baseball field, soccer field, athletic field, music live venue, etc., the customer of the store and the audience of the venue had the infected person with the infectious disease from the viewpoint of the store side and the management side of the venue. In the case, if it is not possible to accurately identify who was present in the surrounding area at what time of the day, on the contrary, the store was visited on all days of the past few weeks, or the venue was not specified. Many customers were suspected, and the store and venue were rumored to be damaged, and all the visitors and visitors were shunned, and there was a problem that the management was jeopardized.

Therefore, the infectious disease control information system according to the embodiment of the present invention has the following configuration as a means for solving the problem.
For example, as a measure against colds, you can wear a muffler with a heat-generating body pocket to keep your neck warm when you go out, or you can use a throat disinfectant spray to keep your throat clean. Two-dimensional code information such as QR coat (registered trademark) that incorporates the information is attached.

In addition, the throat disinfectant spray or mask is accompanied by two-dimensional code information that incorporates countermeasure effect level information for "influenza infectious disease countermeasures".
Furthermore, in the same way, "new virus infectious disease countermeasures" are used on masks, hand disinfectants, face shields, etc., and on display signs to indicate stores that implement various infectious disease countermeasure services installed at store entrances, etc. A QR code, etc. that incorporates the effect level information is attached. As a result, the above-mentioned related countermeasure classification information in the QR code, etc., which incorporates the fact that it is a cold countermeasure, infectious disease-related countermeasure product or service such as influenza, new virus, etc., and the countermeasure effect level information, and the countermeasure effect of each It has means such as attaching level information.

Further, as a component of the present invention, a mobile terminal device connected to a communication network such as the Internet for reading the two-dimensional code information or the like used by a general customer (user) is provided.
In addition to the method by which the mobile terminal device knows the infectious disease-related countermeasure classification information by reading the two-dimensional code information, or the mark indicating the infectious disease-related countermeasure classification information on the WEB displayed on the mobile terminal device. Similarly, the infectious disease-related countermeasure classification information can be obtained by linking from symbols such as characters and characters.

Furthermore, the past two weeks of the past two weeks, the present day of the day, and the past of the meteorological data for about one week after tomorrow, such as the maximum temperature, the minimum temperature, the average humidity, etc. by region and day, and the forecast information are stored in the above communication network. Receives information from the meteorological data transmission device of the meteorological forecasting agency that is transmitting to, selects, calculates and generates the necessary countermeasure level information for each infectious disease-related countermeasure category from a predetermined table, and calculates and generates the communication line network. An infectious disease-related countermeasure information processing device for transmitting information to the mobile terminal device is provided so that the transmitted information can be displayed by the portable terminal device.

As a method of selecting, calculating and generating the necessary countermeasure level information, the daily maximum temperature and minimum temperature from several days ago, the course of fluctuation of average humidity, the difference between the maximum temperature and the minimum temperature during one day, etc. Analyze, select, define and generate a person's susceptibility to colds in each district.
The necessary countermeasure level information defined here includes easy-to-understand delimiter expressions such as "caution", "warning", "strict caution", and "danger", and is displayed on the mobile terminal device.

Further, as a component of the present invention, a means for self-diagnosing a symptom related to a cold or an infectious disease, inputting the symptom from a mobile terminal device, and correcting the necessary countermeasure level according to the content of the symptom is provided.
Further, as a component of the present invention, a change in the number of infected persons of the infectious disease for each region, for example, daily, is received from a regional infectious disease number data transmitting device via the Internet, and the number of infected persons is increased. Therefore, a means for defining and arranging a correction addition value to the required countermeasure level, correcting the required countermeasure level in the influenza infection preventive measure and the new virus infection preventive measure, and displaying it on the mobile terminal device is provided. ..

Further, as a means for solving the problem from the store side, the following configuration is added.
For example, a national infectious disease control notification server system that grasps mutual approach and contact information of people with mobile terminal devices by Brutus' short-range wireless communication is well known.
However, this system respects the privacy of the registrants so much that it is possible to contact and contact with the infected person at a later date, at what time of day, where, and in the past 14 days. I don't know, but it is an information system that only notifies you that there is a record of approach or contact.

On the other hand, while using this information as well, the mobile terminal device on the store management side (hereinafter referred to as the store master) and the mobile terminal device owned by the customer who visited the store are similarly described in Brutus, NFC, etc. Apart from the short-range wireless communication of the store, the store master and the customer can share the past identifiable date, date and time, approach to the place, and contact information by the short-range wireless communication only between the store master and the customer. Only the store master can identify the infected person and other customers who approached at the same time on the same day in the store.
In addition, as short-range wireless communication, Brutus communication is close to several meters to 10 m, and NFC communication is a close communication range of several tens of centimeters, so in restaurants that involve entertainment, the store master's terminal is a mobile terminal. As a device, even if it is given to the entertainment employee on the store side and the contact is made when the transmission / reception of pairing communication is established with the customer by HFC wireless communication, and the information is transmitted to the infectious disease-related countermeasure device as close contact detection information, the information will be transmitted at a later date. It is effective in detecting close contacts.

The customer's mobile terminal device receives this specified information from the store master, adds and corrects the required countermeasure level for the new virus infection, and the customer (user)'s own mobile terminal device obtains the corrected required countermeasure level information. It is possible to display and know important necessary countermeasure information that is urgent, such as whether or not it is necessary to undergo a PCR test.
In addition, the store master is a close contact person of the infected person only with the notified customer as an infected person and the customer with the date and time and time when there was approach information only between the store master and the customer unique to the store. You can get in touch with the customer. Therefore, the majority of customers who come to the store at other times or on other days are freed from the possibility of being a close contact.

As a result, too much emphasis is placed on privacy, and it is possible to prevent reputational damage as if many visitors in the past many days were likely to be close contacts, and it is possible to save the management of store operations from the crisis. You can.
In addition, in the unlikely event that an outbreak (cluster) occurs at a specific date and time at the store, the store master will immediately send an e-mail to all customers who may be close contacts at that time at the same time. And get in touch and get the means to prevent further spread of the infection.

In addition, even when detecting a close contact with a person infected with the infectious disease from past spectators in a wide venue such as a baseball field, a soccer ball game field, or an athletic field, a plurality of terminal devices of the store master can be used. If it is placed in a large audience seat, it is possible to obtain a means for solving the same problem as described above.

The information system of the first embodiment of the present invention is
A two-dimensional code that incorporates infectious disease-related countermeasure categories and countermeasure effect level information is attached to the relevant product or service, and a mobile terminal device that reads the code, and the daily maximum temperature and minimum from about two weeks ago. We analyze, select, and define the susceptibility to colds and influenza infections from the progress of weather changes such as temperature and average humidity, and the same weather change prediction about a week ahead, and the level of infectious disease-related necessary measures. Infectious diseases that generate information, add and correct necessary countermeasure level information from the subjective symptoms of colds and influenza of customers (users), and compare the countermeasure effect level information with the corrected necessary countermeasure level information. By the related countermeasure information device
It is an information system that allows a mobile terminal device to display the comparison result.
Therefore, it is easy to know the infectious disease-related countermeasure effect level from the infectious disease-related countermeasure products and services, and to predict and know the necessary infectious disease-related countermeasure level by region and based on past, present, and future meteorological data. Therefore, the effect of being able to lead a more secure life can be expected.

The effects of the second embodiment of the present invention are as follows.
The terminal device installed in the store or the mobile terminal device on the store side carried by the store master is, for example, a national infectious disease when a person infected with a designated infectious disease comes out from the visitors for the past 14 days (2 weeks). When there was a notification from the countermeasure notification server, or when there was a similar notification communication from the infectious disease-related countermeasure information processing device, the infected person was present at the time and date of arrival at the store (customers in the store). Since it is possible to identify other customers (who came to the store as), it is possible to notify the customer who was able to identify that fact directly via the Internet communication network by e-mail or telephone. At this time, it is also possible to send a notification to an e-mail address that can identify the customer registered at the time of visiting the store, not from the store master but also from the infectious disease-related countermeasure information processing device. Further, even when the store is large-scale such as a baseball field or an athletic field, a large number of the plurality of terminal devices for the store are arranged within the short-range wireless communication range of the terminal device for a specific store. In addition, other spectators who were watching the game with the infected person can be identified as close contacts.
Therefore, it is possible to prevent reputational damage as if many other visitors and visitors in the past many days were likely to be close contacts, and the management of the store and the venue could be managed from a crisis. It has the effect of being able to save.
In addition, the infectious disease-related countermeasure information processing device searches for and identifies the infectious person's close contact from the communication record only when there is a permission notification from the terminal device having the store ID, and the infection. If we identify the person as a close contact person and have a means to notify the mobile terminal device of the customer ID, we are concerned about the circumstances at that time on the store side and concern for important customers in the store. There is a great effect that it is possible to take measures against infected clusters while reflecting such factors.

Furthermore, the combined effects of the first embodiment and the second embodiment of the present invention are as follows.
In the coldest months of winter, for example, the temperature was high a few days ago (the maximum and minimum temperatures were relatively high), but it suddenly cooled down from yesterday (the minimum temperature dropped significantly). In addition, the average daily humidity suddenly drops and begins to dry, and the effects of daily changes and fluctuations in the weather greatly increase the chances of people catching a cold. Infectious diseases such as influenza are also a time when the number of infected people increases. At this time, the initial symptom is overworking the symptom when a cold is caught. In the period when the illness is prevalent, even if it is just a "cold", the infectious disease may be suspected and warned by the surroundings, and the person himself / herself may give considerable stress and concern to the surrounding family members. become.

Therefore, from cold countermeasures to influenza prevention measures, the most terrifying, new virus infectious disease countermeasures, necessary countermeasure level information, related countermeasure products, service countermeasure effect level information, and the past fixed period with the infectious disease infected person Easily, accurately, and quickly provide information on the effects of related measures to prevent or prevent the infection by comparing it with the necessary measure level information when the person is a close contact of the infected person based on the approach and contact information. The infectious disease-related countermeasure information system of the present invention that can be obtained leads to relief from excessive stress of people and effects in a positive psychological direction, so that people can work with peace of mind and spend their days more easily. It can be said that the practical use effect value is very significant and large.

It is explanatory drawing which shows the use state of the system which concerns on one Embodiment of this invention. It is a block diagram of the system in one Embodiment of this invention. It is a table which shows "the course of temperature and humidity and the predicted value and the necessary measure level against a cold, influenza, which is used in one Embodiment of this invention. It is a figure of the example which shows the example of the measures effect product and service according to the infectious disease-related measures category in one Embodiment of this invention, and shows the infection prevention measures effect service of a store side separately. It is a figure which shows the measure effect level of an infectious disease-related measure effect product, service in one Embodiment of this invention, and (a) shows an example of the measure effect level table for a customer. (b) shows an example of the countermeasure effect level table on the store side. It is a figure explaining the example of the display in the portable terminal apparatus that the necessary measure level used in one Embodiment of this invention is corrected by the self-diagnosis of a symptom. It is a table which shows the necessary countermeasure correction value by the symptom of the infection-related countermeasure used in one Embodiment of this invention. It is a figure which shows the communication range between a store master and a store customer by the 2nd short-range wireless communication used in one Embodiment of this invention. It is a figure which shows the date and time elapsed data of the communication, the pairing record by the short-range wireless communication of the store master and the store customer in the second short-range wireless communication used in one Embodiment of this invention. (a) is the pairing communication between the store master terminal device and the customer terminal device for visiting the store in the second short-range wireless communication used in one embodiment of the present invention, and the communication in the first short-range wireless communication. It is a figure which shows the example of the communication state between a master and all store customers. (B) is a diagram showing an example in which a plurality of store master terminal devices are arranged in a large venue such as an athletics stadium. It is a figure which shows the "influenza / new virus infectious disease prevention necessary measures level calculation table" used in one Embodiment of this invention. It is a flow diagram which shows the communication process of the mobile terminal apparatus in one Embodiment of this invention. In the operation flow diagram in one embodiment of the present invention, (a) is a diagram showing communication processing of an infectious disease-related countermeasure information processing apparatus. Further, (b) is a diagram showing communication processing of the meteorological data transmission device, and (c) is a flow diagram showing communication processing of the regional infectious disease number data transmission device that transmits data on the number of people infected with regional infectious diseases. In the operation flow diagram in one embodiment of the present invention, (a) is a flow diagram showing communication processing of a terminal device of a store master. (B) is a flow chart showing the communication processing of the AI data processing device connected to the Internet network.

Hereinafter, embodiments and examples of the present invention will be described with reference to the drawings.
FIG. 1 is an explanatory diagram showing a usage state of a system according to an embodiment of the present invention. FIG. 2 is also a configuration diagram of the system according to the present embodiment.
FIG. 4 is a diagram showing examples of countermeasure effect products and services for each infectious disease-related countermeasure category in one embodiment of the present invention, and separately showing infectious disease prevention countermeasure effect services on the store side.
12 to 14 are flowcharts showing the operation of the present embodiment.

An embodiment of the first embodiment of the present invention will be described below.
For example, as shown in Fig. 4, there are products and services for cold prevention measures, influenza infection prevention measures, and new virus infection prevention measures as classified by infectious disease-related measures.
As a cold prevention measure category product example 4a, for example, a muffler 41 with a cairo pocket that warms the neck and upper back is said to be useful for preventing colds and preventing colds. Being a product of the "Cold Prevention Measures Category", and also being a product 4a of the "Cold Prevention Measures Category" for the throat spray solution drug 42 used when a person has a cold and has a sore throat. , And the information of the countermeasure effect level index-0.5 determined by the countermeasure effect level index table on the customer (user) side in FIG. 5 (a) is incorporated in each.

Further, in the same method, as the product 4b of the influenza infectious disease control section, the throat spray solution drug 42 is expected to be effective for both cold prevention measures and influenza infectious disease control measures. It is a product of "Influenza Infectious Disease Countermeasure Category", and information of -0.5 is incorporated into the above 2D code 1 as an influenza infection countermeasure index from the countermeasure effect level index table in FIG. 5 (a). ..
Furthermore, using the same method, as a product 4c of the new virus infection control area, the mask 43 is expected to be effective for both influenza infection control and new virus infection control, so a hand disinfectant solution. Information that the products and services are the same as 44 in the "new virus infectious disease countermeasure category", and that each is -0.5 as a new virus infectious disease countermeasure index from the countermeasure effect level index table in Fig. 5 (a). Is incorporated into the two-dimensional code 1.

Next, if a store is a sports competition venue such as various restaurants, live houses, theaters, and athletics stadiums where a large number of people tend to gather, there will be close contact and contact between customers and store staff. It is considered that the outbreak of the infectious disease (cluster) is particularly likely to occur.
In FIG. 4, as an example 4d showing an infectious disease countermeasure effect service on the store side that can be provided from the operation side of the store, for example, at the entrance of the store 11, as an infectious disease-related countermeasure category, for example, “new virus infectious disease countermeasures”. A signboard 45 on which a two-dimensional code 1a1 such as a QR code indicating "classification" is displayed is shown.

Further, the two-dimensional code is set for each store ID registered by specifying the store such as the store name of the store and the countermeasure category, and as shown in FIG. 5 (b). The contents and indicators of the measures implementation status are shown for each infectious disease-related countermeasure category, and the integrated value of the indicators can be calculated.
For example, in the description example of FIG. 5B, the total index of the implementation status of infectious disease-related measures is -2.8, and the measure effect level index table on the store side of the total value of store measures shows the measure effect of the store. In order to evaluate the contents, the measures implementation status of the store is classified into "good", "excellent", etc. from the total of the indicators in the store measure implementation status, as shown in 5b1 of Fig. 5 (b). It is displayed on the signboard.
The classification information of the countermeasure implementation status is also incorporated in the two-dimensional code 1a1.
Further, as a countermeasure effect service on the store side, for example, in the case of a restaurant or the like that accompanies eating and drinking in the store, the order menu 46 is always read by the customer.
Here, if the same two-dimensional code 1a1 as the signboard 45 is attached to the menu 46, the following can be achieved.

When you enter the store, sit at the table, and read the QR code 1a1, the meal menu 46 is displayed on the customer's mobile terminal, and you can order the meal menu, so-called paper menu prepared by the store. It is also possible to send the order information of the electronic menu, which allows the selection of the meal type without touching, to the terminal device of the store master.
At this time, at the same time, the customer's mobile terminal device 2 approaches the mobile terminal device 2 on the store side for confirmation of short-range wireless communication pairing communication by Brutus or the like, and mutual communication permission for storing and sharing contact information. Then, the customer inputs a customer ID such as a mobile phone number and an email address that identifies the customer, and can simultaneously perform the customer-customer ID registration communication to the infectious disease-related countermeasure information processing device 3 through the Internet communication network. It is configured.

Next, the communication processing between the mobile terminal device 2 and the infectious disease-related countermeasure information processing device 3 according to the first embodiment of the present invention will be described.
The mobile terminal device 2 passes through the image capturing element 120 provided on the back side or the front side thereof, and has a two-dimensional code 1 attached to the countermeasure effect product or service of the infectious disease-related countermeasure category, and an infectious disease in a store or the like. The 2D code 1a1 attached to the measure effect service or the like indicating the degree of implementation of the related measures can be obtained by the 2D code reading unit 21.
Further, the mobile terminal device 2 obtains the current area position information by the built-in GPS receiving unit 22 or the area selection means 123 selected by the user.

These information pass through the Internet communication network shown in FIG. 2 and are transmitted to the infectious disease-related countermeasure information processing apparatus 3 in a remote location.
From here, the communication processing flow FIG. 13 of the infectious disease-related countermeasure information processing apparatus 3 will be described. The infectious disease-related countermeasure information processing device 3 is from the meteorological data transmission device 4 operated by the Meteorological Agency or the meteorological information providing service organization via the Internet communication network to the past, today, and tomorrow before yesterday, by region. An example of receiving meteorological data such as the daily maximum temperature, minimum temperature, and daily average humidity of the future prediction is shown in the table of FIG. 3 and the processing flow 13a1 of FIG.

Next, the infectious disease-related countermeasure information processing apparatus 3 is an infectious disease-related countermeasure information processing necessary countermeasure level information generation unit 33, and based on the temperature, humidity progress, and predicted value information obtained from the meteorological data transmission device 4, for example. Generate the cold prevention / influenza infectious disease necessary countermeasure level 303 shown in FIG. For example, the following conditional expression is set as a necessary countermeasure level index value for cold prevention / influenza infectious disease suitable for the climate of the corresponding area, and the generation is performed as follows.
In general, from a lot of medical experience, a person has a large probability of getting a cold or influenza when the minimum temperature difference from the previous day is large, it gets cold on the day, and the average humidity is lower than the average humidity of the same period in the area to some extent. Will be higher. Therefore, the necessary countermeasure index value 304 for deriving the necessary countermeasure level 303 for cold prevention measures and influenza infectious disease countermeasures as shown below is calculated and generated by the following conditional expression.

IF (minimum temperature one day ago-minimum temperature of the day = or> 2 ° C) and minimum temperature of the day 0 ° C or less
and the average humidity on the day is 50% or less = required measure index value 3
This situation is shown by the index 301 in FIG.
In addition, IF (maximum temperature of the day-minimum temperature of the day = or> 12 ° C) and minimum temperature of the day-3 ° C or less and average humidity of the day is 40% or less = necessary measure index value 4
This situation is shown by the index 302 in FIG.
In this way, for example, if a conditional expression is set, as shown by the index 301, the difference in the minimum temperature from the previous day to the current day (one day later) suddenly cools by 2 ° C or more, and the temperature on the current day is specified. If the temperature is below 0 ° C, which is low in the same season in the area, and the average humidity on the day is 42%, it is judged that it is easy to catch a cold or influenza, and the necessary countermeasure index value 3 (301) is set. It is possible to construct a mechanism to derive it properly.

Similarly, since the meteorological data transmission device 4 can also deliver the meteorological forecast data two days later, for example, it is possible to predict the future necessary countermeasure index value 302, although it is two days later, and the partition classification is determined by the index value. It can be predicted that the partition classification display "warning" 305 of the necessary countermeasure level will be provided.
In this way, the necessary countermeasure index value 304 information indicating the required countermeasure level 303 for each day, including the future prediction, generated by the infectious disease-related countermeasure information processing apparatus 3 is transmitted to the user's mobile terminal device 2. ..
This processing is performed in the communication processing flow FIGS. 13a1 to 13a2, and is received in the processing flow 1201 in the processing flow FIG. 12 of the mobile terminal device.

Next, an example displayed by the infectious disease-related countermeasure information display unit 24 of the mobile terminal device 2 will be described with reference to FIG. For example, the symptoms as shown in the “Necessary countermeasure correction value table for infectious disease-related countermeasure symptoms” in FIG. 7 will be described with reference to FIG. 6 (a) as the display of the mobile terminal device 2 shown in FIG. 1 by self-diagnosis or the like. Select and enter on the symptom selection tabs 61 and 62.
When the symptoms overlap in the example shown in FIG. 7, for example, as shown in FIGS. 6 (a) and 6 (b), when the “throat hurts” display 63 is displayed, the guideline 6 has a necessary countermeasure index 6c of 4. It is assumed that the required countermeasure level is displayed as "warning" 6a.
Furthermore, when the symptom is selected as "there is a fever of 37.5 degrees or more" and the symptom correction addition tab 62 is pressed, the required countermeasure level index value is "a fever of body temperature of 37.5 or more" shown in the correction value table of FIG. +2 of the necessary countermeasure correction value in "Are" is added.

Therefore, the index value points to 6, and the required countermeasure level is corrected and displayed in "Strict caution" 6 (b). This communication processing flow is shown by the processing of 1201 in FIG.
As a result, the correction value is added to the required countermeasure index value 304 due to daily weather changes shown in FIG. 3, and a new required countermeasure index value and a required countermeasure level are displayed on the user's mobile terminal device 2. Will be done.
In this way, for example, if it is predicted based on the information from the meteorological data transmitter that the coldness of the winter season will become more severe in the next few days, and in consideration of one's own symptoms, a cold The user can quickly know the action guideline information according to the necessary countermeasure level for prevention and infectious disease-related countermeasures such as influenza from the display of the portable terminal device 2 owned by the user.

In FIG. 4, as described above, examples of countermeasure effect products and services corresponding to each infectious disease-related countermeasure category are shown. Further, FIG. 5A shows various measures taken by the customer in relation to the products and services shown in FIG. 4, assuming that the user visits the store, for example, and the effect of the measures on the customer (user) side. The level index table is shown.

On the other hand, in the case of measures against influenza and new virus infections, it is more important to take measures to prevent infection at stores such as restaurants.
In particular, for example, the new coronavirus, which has been rampant recently, has tremendous infectivity compared to normal influenza, and it is not only a short-range airborne infection, but also something that an infected person touches, such as a table. It is said that it can be transmitted by contact from the edge of the virus, bills from the wallet, paper that customers touch to order meals, and menus made of plastic.
The new coronavirus-infected person is infected by the above-mentioned infection act, but it is said that the infected person may become aware of the infectious symptom up to two weeks later.
In other words, if any of the customers who visited the store from yesterday to two weeks ago was diagnosed as infected with this virus at a hospital today, go back two weeks ago to other customers or employees who visited the store in the past. Among the members, the people who were in the store at the same time as the infected person may be close contacts.

An embodiment of the second embodiment of the present invention will be described below.
The store side searches for and identifies infected persons and their close contacts from customers who visited the store as far back as about two weeks ago, and the level of influenza / new virus infection prevention necessary measures explained in FIG. The method of incorporating and configuring the infectious disease-related countermeasure information system of the present invention to be reflected in the correction in the 11f close contact judgment, the 11g comprehensive required countermeasure level index value, and the 11h comprehensive required countermeasure level in the calculation table will be described.

Here, the mobile terminal device 2 owned by each of the store master M80, customer X82, and customer 〇83 is a short-range wireless communication such as the national infectious disease countermeasure notification server system commonly known as "COCOA", which is now widely used all over Japan. First, it is assumed that the mutual contact history is recorded and stored in the notification server by means of normal long-distance Internet communication, etc. Explain to.

This national infectious disease countermeasure notification server system, commonly known as "COCOA," performs the following communication processing. From here, the explanation of "COCOA" will be explained first with reference to FIG. 10 (a).
In the communication processing of the notification server system of the "COCOA", for example, the store master 80, the customer 82, and the customer 83 mutually in the store 81 by short-range wireless communication processing such as Bluetooth shown by A in FIG. 10 (a). First short-range wireless communication Sends and receives A in Fig. 10 (a), and sends pairing information indicating mutual approach and contact between multiple parties such as the above three parties to the national infectious disease countermeasure notification server 10a using the Internet communication network. , Registered and stored for each of the above three and multiple ID numbers at regular time intervals by date and time.

Then, for example, when the hospital or the like determines that the customer X82 is infected with the new coronavirus, which is a legally designated infectious disease, the customer X82 registers information as an infected person on the countermeasure notification server 10a in FIG. 10 (a). ) C is sent. Upon receiving this, the countermeasure notification server 10a informs the store master M80 and the customer 〇83, for example, "sometime in the past two weeks" based on the recorded and accumulated information of the pairing information between the three parties and the like. So, I may have come into close contact with the person who registered as a virus-infected person somewhere. "
Since this system emphasizes the privacy of registered participants above all else, it is a communication method that does not capture information that can identify when, where, who was in close proximity or contacted among the three parties. Therefore, it is not possible to know who the above three parties are, when and where they approached and contacted each other.

From the store management side, to make up for the shortcomings of this "COOA", on the contrary, when and when the early-stage infected person came close to or approached other customers among the large number of visitors for the past two weeks. It may be considered that it is more effective to know the customer at an early stage to prevent the damage caused by rumors and the countermeasures against the infected person cluster at an early stage.

Therefore, the present invention is intended to configure a second short-range wireless communication different from the first short-range wireless communication as follows, to compensate for the above-mentioned drawbacks, and to obtain a new effect. be.
FIG. 8 shows the inside of the store 81 in which the infectious disease-related countermeasure system of the present invention is operating.
When the customer X 82 visits this store 81, the customer receives the QR code 1a1 which is displayed as the "excellent" class of infectious disease-related countermeasures posted on the signboard 45 installed at the store entrance and incorporates the countermeasure effect level information. Read with the self-confident mobile terminal device 2 of the X82, enter the store, and take a seat at the position shown by 82 in FIG.

On the other hand, customer 〇83 enters the store 81 at about the same time as customer X82, sits at the table of 83, and is attached to the menu 46 for ordering meals in front of the customer 〇83's mobile terminal device 2. Read the same QR code 1a1 as above and order the meal.
At this time, the QR code 1a1 is configured by incorporating the following information including the content shown by 101 of the two-dimensional code information FIG.
1) Service name; signboard, menu, etc. 2) Store ID that identifies the store and the store countermeasure implementation status and countermeasure effect classification information based on the store-side countermeasure effect level usage table in Fig. 5 3) Store master mobile terminal Information on permission to start pairing recording by pairing recording between the device M80 and the second short-range wireless communication 4) The menu 46 includes menu content information for ordering meals in addition to the above 1) to 3).

When the mobile terminal device 2 of the customer X82 and the customer 〇83 reads the QR code 1a1, the mobile terminal device of the store master M80 and the second short-range wireless communication are performed, and the customer has an ID number of each other in the store 81. By pairing communication processing only with the mobile terminal of the store master M80, including information, communication processing is performed so as to communicate and record and store mutual approach and contact information.
Customer X82 and customer 〇83 are within the reach of each other's second short-range wireless communication, but in the second short-range wireless communication, pairing information does not exchange with each other. As a result, in the second short-range wireless communication between the plurality of customers, mutual approach and contact information are not communicated, and the communication process is performed so that the privacy between the customers is protected.

These states will be described with reference to FIG. In the short-range wireless pairing communication data of the store master M80 in Fig. 9a), for example, the data of 19:00 and 19:30 on X month X day about two weeks ago, to customers X82 and 〇83. Approach and contact pairing transmission and reception are performed. Similarly, in the approach and contact record data of the customer X82 in b), the approach and contact record data with the store master M80 remain at the same date and time as described above. Similarly, at this time, the same applies to the record of another customer 〇83.
Next, the approach and contact data communication of the store master M80 at 20:00 on the same day is only for the customer X82, and there is no communication data with the customer 〇83, so the customer 〇83 will be at 20:00 on the same day. , It seems that the store has left the store. Therefore, if the customer X82 is later found to be infected with the infectious disease, the spectator 〇83 will be present in the store 81 for about one hour from 19:00 to 20:00 on the same day. Even after two weeks, it can be identified.

Here, when the customer X82 is registered as an infected person in the national infectious disease countermeasure notification server 10a in C of FIG. 10 (a), for example, through Internet communication, the notification server 10a is as shown by D in FIG. 10 (a). In addition, the store master M80 and customer 〇83 are only notified that "you may have approached or contacted the infected person within the last two weeks."
Under such circumstances, a method for the store master M80 to identify an infected person among many customers who visited the store 81 during the period of about two weeks will be described below.

1) As described above, in FIG. 10A, when the store master M80 receives the notification D from the notification server 10a, pairing by the second short-range wireless communication in the store for the past two weeks or so. Whether or not the infected person has been registered in the notification server 10a for all customers who have communication records can be determined from the customer's visit date and time on the information processing device 3, the approach by ID number, and the accumulation record of contact information. , Directly perform inquiry communication all at once based on the recorded information such as the customer's phone number and e-mail address that can identify the customer.
As a result, it can be inferred and found that it is highly possible that the customer who did not respond that he / she did not notify the infection registration did the infection registration notification.
For example, if this customer can be estimated and identified as customer X82, it is possible to immediately notify that the customer who was present may be a close contact by narrowing down the date and time when the customer X82 came to the store.

2) Even if the store master and all customers have not registered and participated in the "COCOA" of the first short-range wireless communication system, for example, there are other methods.
All customers of the store can read the QR code at the entrance of the store at the time of entering the store, or at the time of ordering meals in the menu in the store, as explained above, to obtain the ID of the store master M80. At that time, each customer informs the mobile terminal device 2 of the store master of the customer's mobile phone number or ID number by the second short-range wireless communication means 23, etc., in connection with the infectious disease of the present invention. Register and participate in the countermeasure information system.
Therefore, when a specific customer, for example, the customer X80 becomes the infected person, and the customer X80 performs the infected person registration communication diagram 10 and G to the countermeasure information processing apparatus 3, the countermeasure information processing apparatus 3 From the accumulated data of pairing communication information between the past store master M80 and all customers from 2 weeks ago, it is possible to extract the close contact with the customer X80 who has notified the infected person registration and the close contact by contact. For example, the customer can be notified to that effect.

That is, in the above example, for example, only when the infected customer X82 positively notifies the infectious disease-related countermeasure information processing apparatus of the infection registration, as described in 2) above, the second near field is described. The purpose is achieved only by the communication processing by the range radio communication means, but it is highly conceivable that this cannot be expected from the credibility of the present invention from the viewpoint of the infected person.
In that case, for example, the first short-range wireless communication system "COCOA", which is publicly implemented over a wide area nationwide as described in 1) above, has a high degree of credibility, and there is also a method premised on the use of the infected person registration information. The present invention that can be selected is considered to be meaningful.
In this way, starting from reading the QR code 1a1 in the infectious disease-related countermeasure information system of the present invention, for example, an attempt is made to know the necessary countermeasure level of the infectious disease-related countermeasure, but as a close contact person. If it is evaluated that there is a high possibility, the necessary countermeasure correction value 701 due to the symptoms of infectious disease-related countermeasures in FIG. The required countermeasure level index 1101 indicates 9.0, and the required countermeasure level is displayed as "danger".

By the way, the wireless communication means 29 for the second short-range wireless communication in the above description is Brutus, which is a communication means having a communicable range of several meters to about 10 m.
Recently, as a short-range wireless communication means, a means for communicating only at a short distance of several tens of centimeters, such as NFC (Near Field Communication), is mounted on a mobile terminal device.
This is used in super electronic cash registers and automatic electronic ticket gates at station ticket gates.
Compared to the second short-range wireless communication, a means capable of wireless communication only at an ultra-short distance is used as the third short-range wireless communication means, which is the same as the second short-range wireless communication described above. In the communication processing method, the correction value 701 in the determination of a close contact person in FIGS. 11 and 11f may be added to the comprehensive required countermeasure level index of 11 g by, for example, +7, assuming that the contact degree is denser. In this case, 11h A level such as "super-dangerous" may be provided for the comprehensive necessary countermeasure level 1101.

This is, for example, the detection of a close contact person in a so-called entertainment-related eating and drinking, which is useful for a store employee having a mobile terminal device of a store master to detect an approach or contact so as to be in close contact with a customer in the store. It can be said that it is useful for.
In addition, the second embodiment related to the present invention described so far is a large facility, where a large number of people gather together at a live venue, a baseball field, a tennis court venue, a soccer field, or an athletics competition. It is also useful for early detection of outbreaks (clusters) in the audience seats.

The store master M80 described so far is placed in the entire area of the spectator seats of the above-mentioned wide athletics stadium, for each communicable range of the second short-range radio, for example, the arrangement is as shown in 801 or 802 of FIG. 10 (b). In order to cover the communication range of 801a and 802a, which indicate the communication range of the short-range wireless communication, a large number of them are arranged at regular intervals, and each of them serves as the store master mobile terminal device. Each ID number is also given as a communication terminal device to be used. Then, for example, the signboard 45 is installed at a plurality of entrances of the facility, and when a large number of spectators enter, a plurality of store master IDs matching the plurality of terminal devices are assigned to the customer mobile terminal devices 2 of the spectators, and the QR code or the like is used. By reading from the two-dimensional code 1a1, the communication process in the infectious disease control related information system of the present invention starts.

Therefore, at a later date, the communicable range of the second short-range wireless communication of the mobile terminal device of the spectator X821, which is aware that he / she is the infected person and registers the infected person, is 821a, and the communication terminal device 801 and the communication terminal device 801. Only, the communication record by the second short-range radio will be left.
For example, the communication record is not recorded in the infected person 841 in the communication range of another communication terminal device 802.
Therefore, as explained above, for example, the spectator X821 who was at a specific place at a specific time at the facility venue at a later date had an infection symptom due to the new coronavirus infection, and the infected person registration notification FIG. When the communication of F in 10 (a) is performed to the notification server 10a or the infectious disease-related countermeasure information processing apparatus 3 of the present invention, the approach by the second short-range wireless communication is performed as described above. Audience X821 registered as an infected person who was in the vicinity of the infected person and made pairing communication with the store master terminal device 801 having the same ID number, going back to the past about two weeks before the contact record accumulation data, and The communication record of general spectator 0831 can identify that spectator 0831 is a potential contact person, and also promptly, a customer who may be another close contact person in the vicinity. It can also inform us and help to minimize the outbreak of outbreaks (clusters).

Here, it is specified here that there is another communication method that can have the same function as the second and third short-range wireless communication.
One is GPS communication. Accurately grasping the communication time difference from multiple space satellite base stations and distributed base transmission stations on land, the accuracy of determining the position of the mobile terminal device has become several centimeters, and it is being used for automatic driving of vehicles. The same effect as described above can be expected by using this GPS communication instead of the second short-range wireless communication.
Another is Wi-Fi communication. As for the Wi-Fi base station, it is possible to provide a plurality of base stations in the facility even in a specific hotel, restaurant, or large ball game field, and to have the same functions as the terminal devices of 801 and 802 described above.
By properly selecting such a variety of short-range wireless communication methods, for example, two weeks ago, an infected person sat on a bench in a park on a street corner, touched a railing, and one hour later, another person. The fact that the person can be determined to be a close contact by sitting on the same bench in the park can be grasped by, for example, the infectious disease-related countermeasure information system of the present invention.

According to recent reports, the new coronavirus can be transmitted even on the railing of the park bench mentioned above if another non-infected person touches it hours after the infected person touches it. , Astonishing infectivity has been reported. Therefore, we must consider in the future that the above-mentioned functions are also seriously needed.
In addition, there are statistics that, in general, in mobile terminal devices such as Smartphone, there are many users who normally allow GPS communication far more than the Bluetooth communication method, which is set to always enable communication. The same effect can be expected by using GPS communication instead of short-range wireless communication.

Next, as an embodiment of the present invention, the communication operation of the information system of the present invention will be described with reference to the communication flow charts of FIGS. 12 to 14.
FIG. 12 is a communication operation flow diagram of the mobile terminal measure 2.
First, there is the process 1202 of infectious disease-related measures in Fig. 4, "Read the QR code attached to the product or service, and obtain the infection-related measures classification and the measure effect level index value." Next, when visiting or entering a store, an athletics stadium, etc., "Is the QR code read and the store ID detected?" There is a process 1203.

At this time, if it is No, it goes to 1208 of the communication process as it is, and if it is Yes, it goes to "Approach by the second short-range wireless communication such as Brutus, contact detection communication starts, and the result is transmitted to the countermeasure information processing device. The process 1204 and the process 1205 of "approaching, contact detection communication start, and sending the result to the countermeasure information processing device by the third ultra-short-range wireless communication such as NFC" are performed, and this short-range wireless communication result is carried. The date and time of the terminal device 2, the approach of the time series, and the holding data are held in the contact data recording unit 26. Next, according to the judgment process 1206 of "Is there a contact communication of the record that there was a close contact with the infected person?" , "Receive the information generated in the necessary countermeasure index values FIGS. 11 and 11a based on the meteorological data from the information processing device", and proceed to the communication process 1208. If No in 1206, it goes to 1208.

Next, based on the above-mentioned table of Fig. 7 and the necessary countermeasure correction value table according to the symptoms of infectious disease-related measures, "input of diagnostic information of symptoms, necessary countermeasure index value after addition correction, level addition value Figures 11 and 11b Is selected from the process of "addition" and various infectious disease-related countermeasure effect level products and services in Fig. 4, and the values shown in the countermeasure effect level indicators in FIGS. 5 (a) and 5 (b) are evaluated together. Through the communication processing step 1209 of "integrated value of countermeasure effect index value, subtracting FIGS. There is a determination step 1210.
If the judgment is Yes, the above-mentioned infectious disease-related necessary countermeasure level and the countermeasure effective level index value attached to the countermeasure effective product or service for the infectious disease-related countermeasure explained in FIGS. 4 and 5 are summarized. The processing step 1211 of "adding the correction values FIGS. 11 and 11f in the determination of the close contact" is added to the infectious disease preventive measure level calculation table of FIG.

After that, if there is a consultation of the number of regional infected persons from the regional infected person number data transmission device 6 in FIG. 2 via the infectious disease-related countermeasure information processing device 3, "necessary countermeasure level index based on the number of regional infected persons Figures 11 and 11e""Receive and add" processing step 1212 is performed, and if not, it passes as it is, and "the result of adding and subtracting the index values of 11a to 11f in FIG. According to step 1213, on the necessary countermeasure level display unit 6b of the mobile terminal device 2 of FIG. 1, from 1101 of FIG. 11 together with the necessary countermeasure level index value, “9; danger” and infection-related countermeasure information processing of the mobile terminal device 2 It is processed by the unit 25 and displayed by the infectious disease-related countermeasure information display unit 24.
In the display example of FIG. 1 of the display unit of the mobile terminal device 2, the infectious disease-related countermeasure category is 121, the number of people infected with regional feeling is graph 122, the tab supporting the display by date and time is 124, and the countermeasure effect level is integrated. The value is indicated by 125.

FIG. 13 (a) is a communication operation flow diagram of the infectious disease-related countermeasure information processing apparatus 3.
First, the mobile terminal device 2 performs the "countermeasure effect level information reception for each customer ID and store ID" process 1301 from the two-dimensional code 1 such as the QR code or 1a1, and then the data reception of the countermeasure information processing device 3. The processing unit 31 "receives past (about 2 weeks), present, and future (about 1 week) regional meteorological data from the meteorological data transmission device in the area located in the area specified by the GPS signal of the mobile terminal device 2. There is a processing step 13a1, and then the necessary countermeasure level information generation unit 33 performs the above-mentioned processing 13a2 of "generating and transmitting a necessary countermeasure level for cold prevention and influenza infectious disease countermeasures from meteorological data". , Infectious disease-related countermeasure image processing unit 32 processes and creates related image data to be displayed on the mobile terminal device 2.

Furthermore, when the number of infected persons transition data by region can be received from the area-infected person number data transmission device 6, when Yes, "the data reception necessary measure level correction value is calculated and generated from the area-infected person number data transmission device." The processing step 1305 of "transmit to mobile terminal device" is performed.
Next, in the determination step 1306 of "Did you receive the notification of the infected person registration notification information?" From the mobile terminal device 2, if Yes, "Approach the infected person, search for a store ID with a contact record, and the same date and time. The processing step 1307 of "approaching the store ID, searching for a customer ID having a contact record, determining a dense contact, and transmitting to the mobile terminal device" is performed.
Further, at this time, when the result of the dense contact determination or confirmation is notified and transmitted from the countermeasure information processing device 3 to the mobile terminal device 2, the mobile terminal device 2 having the corresponding store ID is notified first. After receiving the permission reply, it is also possible to perform an operation process such as notifying the mobile terminal device 2 having the corresponding customer ID of the communication of the determination and confirmation contents by e-mail communication. ,
FIG. 13B shows the operation flow of the meteorological data transmission device 4. The same 8 (b) is from the data on the number of people infected in the area.

In the operation flow of the communication device 6, the operation of "transmitting weather data by region" to the infectious disease-related countermeasure information processing device 3 is shown.
Similarly, FIG. 13 (c) shows an operation flow of "transition data transmission of the number of regional infectious diseases" to the information processing device 3 of the regional infected person number data transmission device 6.

FIG. 14A shows a communication operation flow of the terminal device of the store side and the store master.
The configuration of the store master described above may have the same structural function as the mobile terminal device 2 described in the present invention. It can be used as a mobile terminal device for store employees, staff, restaurants with entertainment, etc., and can be freely carried in the store. It may be moved to, or conversely, it may be fixedly installed near the checkout desk near the center of the store as a terminal device.
This will be described with reference to FIG. 14 (a). First, there is a communication processing step 1401 of the visitor, the visitor's mobile terminal device 2, and optionally, "the first short-range wireless communication approach and contact recording for the national infectious disease countermeasure notification server". ..

Next, with Brutus wireless communication as the second and NFC wireless communication as the third, "close to the customer's mobile terminal device by the second and third short-range wireless communication, start contact recording, and send to the countermeasure information processing device". Processing process 1402 is performed, then the determination process 1403 of "Are you approaching the infected person from the communication center based on the first approach contact record and receiving the contact alarm?" Is there an infected person registration notification from the customer who has exchanged the short-range wireless communication of 3? ”, And if either is Yes, the judgment is made to the infected person-related countermeasure information processing device 3. From the communication, the approach of accumulation by the countermeasure information processing device, and the search judgment processing by the contact information, "another customer who transmitted and received the second and third short-range wireless communication on the same day and time as the infected customer". The processing operation of the communication processing step 1405 of "Receiving information for confirming (dense contact person) from the countermeasure processing device" was performed, and the infected person approached, contacted the store master terminal device about two weeks ago. It is possible to obtain customer information such as a customer's ID number, which is considered to be a close contact because the person is a person.
At this time, the countermeasure information processing device 3 requests permission to directly notify the customer of the relevant store, the mobile terminal device 2 having the customer ID, of the determination and confirmation results. Since it will come, we will notify you of the answer while considering various circumstances on the store side.
As a result, after reflecting the idea of the store side, it is possible to determine the relevant close contact person of the store and make a definite contact. Therefore, the information system of the present invention should be utilized while taking into consideration various circumstances of the store and consideration for customers. Can be done.

FIG. 14B is a flow showing the operation of the AI data processing device 5.
Infectious disease-related necessary countermeasures due to weather changes and individual infectious disease-related countermeasure products recorded and accumulated in this AI data processing device 5 as the infectious disease-related countermeasure information system of the present invention according to the customer ID number described above. Communicate with the infectious disease-related countermeasure information processing device so as to accumulate and analyze the usage history of purchases and the history of countermeasure effects in services.
In addition, since the above-mentioned symptom history and the history of the possibility of close contact with the infected person can be accumulated.
In addition to the status of infectious disease-related measures for each individual and the number of people infected with infectious diseases in the region, various related information is processed by AI processing by machine learning and deep learning.
Operation to "accumulate symptom and necessary countermeasure level information history for each individual and customer ID number, analyze trends, send to mobile terminal device 2 via information processing device 3, and send related countermeasure enlightenment, related products, service promotion information" Process 14b1 is performed.

The present invention relates to preventive measures against colds, influenza infections, new virus infections, and infection control, which have very similar initial symptoms when they develop or become infected and are difficult to distinguish by themselves at the initial stage. It is an infectious disease-related countermeasure information system that evaluates how much countermeasures are necessary in a series and by IT means.

Measures effect index level of related products and services, attention to the onset due to weather changes, current symptoms, changes in the number of infected people in the area of specific infectious diseases, whether it is close contact with infectious disease infected people, etc. The mobile terminal device (smart phone or tablet computer) at hand is evaluated by comparing the necessary countermeasure information including the above, and the countermeasure effect information such as how effective the prevention and infection control products and services are. ) Can be confirmed quickly and accurately.
The present invention not only promotes the use of related products, but also enables measures against infectious diseases of spectators such as restaurants, athletics stadiums, and large ball games as related countermeasure services. It is an information system with a very high possibility.

1 Two-dimensional code such as QR code 2 Mobile terminal device 3 Infectious disease-related countermeasure information processing device 4 Meteorological data transmission device 5 AI processing device 6 Local infected person number data transmission device
10a National infectious disease countermeasure notification server 101 Part of the content of 2D code information 1a1 2D code incorporating store ID, infectious disease-related countermeasure classification and countermeasure effect level information on the store side 47 Transparent panel for store table partition 1a3 A two-dimensional code that incorporates information on store IDs, infectious disease-related countermeasure categories, and countermeasure effect levels.

Claims (8)

Infectious disease-related countermeasures such as cold prevention measures, influenza infectious disease countermeasures, new virus infectious disease countermeasures, etc. A mobile terminal having a means for reading the classification information displayed in the vicinity of information specifying a product or service, and having a means for obtaining the area location information from a GPS signal or a area selection means selected by the user. Through the device and the Internet communication network, meteorological data such as maximum temperature, minimum temperature, average humidity, etc. for the past several days such as yesterday by region location, today's day, future days after tomorrow, etc. An infectious disease-related countermeasure information processing device having a means for receiving and a means for generating necessary countermeasure level prediction information such as warning required for the infectious disease countermeasure or strict caution from the weather data and transmitting it to the mobile terminal device. Prepare,
An infectious disease-related countermeasure information system characterized in that the mobile terminal device displays necessary countermeasure level information for each of the infectious disease-related countermeasures, the area location, and the date and time. Includes infectious disease-related countermeasure category information such as cold prevention measures, influenza infectious disease countermeasures, and new virus infectious disease countermeasures, and identifies the content information of infectious disease-related countermeasure products and services to which the above countermeasure categories apply, and the stores that provide them. It has a means for reading the two-dimensional code indicating the store ID information to be used, or the content information displayed in the vicinity of the information for identifying the infectious disease-related countermeasure product or service.
The past constant in the short-range wireless communication means in which the mobile terminal device having the store ID and the mobile terminal device having the ID number for each customer can mutually limit the communication distance such as GPI, Wi-Fi, Bluetooth and NFC communication. Equipped with an infectious disease-related countermeasure information processing device that receives and accumulates information on detection records of mutual approach and contact from communication records over a period of time.
When an infected person registration notification is given from any of the mobile terminal devices, the mobile terminal device and the mobile terminal device having a store ID having the detection record information are specified, and around the same time on the same day as the detection record, A customer who has a mobile terminal device with another customer ID that has detection record information as well as the mobile terminal device of the store ID is identified as a close contact person of the infected person, and the necessary countermeasure level information is transmitted to the mobile terminal device. Infectious disease-related countermeasure information system with means to send The infectious disease-related countermeasure product and service-specific countermeasure effect level information are incorporated into the two-dimensional code, read by the mobile terminal device, transmitted to the infectious disease-related countermeasure information processing device, the countermeasure effect level information and the necessary countermeasure level information. The infectious disease control information system according to claim 1 or 2, wherein the appropriateness of the infectious disease control effect level is determined in comparison with each other, and the result is displayed on the mobile terminal device. The infectious disease-related countermeasure information system sets the division value of the required countermeasure level for each infectious disease countermeasure category to a predetermined value according to the infectious disease-related symptom status input by the user from the mobile terminal device. Any one of claims 1 to 3, characterized in that the information on the required countermeasure level for each infectious disease countermeasure category after the new correction is displayed on the mobile terminal device after being adjusted and corrected in Infectious disease-related countermeasure information system described in. The infectious disease-related countermeasure information processing device receives the transition information of the number of infected persons by the infectious disease-related countermeasure category from the infectious disease-related countermeasure data transmission device through the Internet communication network, and the necessary countermeasure is taken from the progress. The infectious disease according to any one of claims 1 to 4, wherein the correction value of the level is calculated and generated, transmitted to the mobile terminal device, and the required countermeasure level after the correction is displayed by the mobile terminal device. Related measures Information system. The input history of the symptom status and the display history of the necessary countermeasure level information for each infectious disease-related countermeasure category are accumulated for each mobile terminal device specified by the mobile phone number or the ID number input by the user. A means for generating countermeasure enlightenment information and advertisement information for countermeasure products and services for each of the infectious disease-related countermeasure categories selected in advance in association with the history is provided, and the countermeasure enlightenment information or advertisement information for countermeasure products and services is used as the mobile terminal device. The infectious disease-related countermeasure information system according to any one of claims 1 to 5, wherein the information system is displayed on the screen. Multiple in facilities such as baseball stadiums, soccer stadiums, athletics stadiums, etc., where a large number of spectators gather together, and in facilities such as live houses where customers and customers and store employees are in close contact with each other so that they can come into direct contact with each other. The store ID terminal device of the above was given to a plurality of store employees, or distributed and fixedly arranged in the store and the facility, and the entire area of the facility was set as the wireless communication range, and the infected person's customer mobile terminal device was communicated with the infected person. 2. And the infectious disease-related countermeasure information system of claims 3 to 6. The infectious disease-related countermeasure information processing apparatus searches for and identifies the infectious person's close contact from the communication record only when the permission notification is obtained from the terminal device having the store ID, and the infectious disease-related countermeasure information processing apparatus searches for and identifies the infectious person's close contact. The infectious disease-related countermeasure information system according to claim 2 and claims 3 to 7, which has a means for identifying the contact person and notifying the mobile terminal device of the customer ID.

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