JP2018028882A - Cough information analysis system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem that although it is recently known that disasters and epidemics which may cause coughing may be prevented by medication, mask wearing, etc., and there are a variety of choices for disaster prevention and epidemic prevention, it is difficult for a user who is poor in knowledge to use the latest data to prevent diseases and epidemics even if acquiring the latest data by searching databases through Internet etc.SOLUTION: A cough information analysis system according to the present invention is configured to: gather, by a user, cough information on a cough sound, a bodily temperature, etc., from a cough actor through a microphone of a portable information terminal or a thermography which is attached or mounted on a drone etc.; create a content through analysis utilizing a cough information application generated from downloaded cough analysis software and/or on-line; investigate affection placed associated with pathogens which may cause coughing; analyze generation mechanisms, diffusion of the pathogens depending upon meteorological conditions; create a cough information map; and prevent disasters and epidemics individually or by administrative regions such as the nation, prefectures, cities, towns, etc.SELECTED DRAWING: Figure 1

Description

The present invention provides a cough information generated from a cough analysis software generated from a cough sound generated from a cough active person and / or its body temperature to a portable information terminal and / or online by creating a content by computer analysis so that the user can cough. The present invention relates to a cough information analysis system characterized by reporting disease prevention and prevention of disease and a cough information map.

In recent years, there has been a rapid increase in cough active persons (including humans and animals in this case) who develop cough due to allergies such as tobacco and pollen, bacteria, and viral respiratory diseases.
These cough active persons are present in vehicles such as buses, trains, streets, public facilities, inside and outside buildings, etc., and cough passive persons (hereinafter referred to as users) who are healthy persons in the active area are expected to suffer from coughing. Can not.
Currently, pre- and post-medicine medications, dust-proofing, and preventive masks are commonly used as countermeasures for respiratory diseases affecting cough. However, drug administration is complicated and has a high probability of suffering from anaphylaxis, allergies and the like.
In addition, wearing a preventive mask is inconvenient because there are various types of application depending on the purpose of use. These reuses are problematic and expensive. If the user uses these for a long period of time or himself / herself is allergic, there is a risk that inflammation occurs in the mucous membrane such as the skin and mouth. Further, any of the countermeasures has a problem that the preventive effect is small unless the user has medical knowledge.
As a specific example, the literature related to the preventive mask is described as follows.
With a preventive mask, the air passing through the nose and mouth becomes warm and moist. In this “warm and humid air”, colds and influenza viruses are difficult to survive and breed. In “warm and humid air,” the virus dies before it infects humans.
The virus prefers cold, dry air.
Troubles caused by wearing a preventive mask can lead to unexpected problems if the preventive mask is used incorrectly.
The most common is "rubbing the skin" caused by wearing a protective mask made of rugged material. Non-woven fabrics and wires can damage your skin and cause itching. Improvement can be expected by selecting soft materials such as gauze.
In addition, some people are more prone to acne and pimples if they have a preventive mask. Keeping warm and moist air at the mouth creates an environment where bacteria can easily propagate. This can often be resolved by changing the preventive mask frequently to keep it clean. a.
In addition, there is a device in which a preventive mask or the like is impregnated with a drug or the like to enhance the disinfection function, but the cost is high and the sustainability of the effect is low.
In addition, there are products that apply a gel-like liquid to the nasal cavity and face, and adhere particles such as pollen, bacteria, and viruses to the product to prevent it.
For example, the fumarkiller “Allele Shut” is applied in advance to the face and nasal mucosa and adsorbs the particles on the application surface. However, depending on the user, there is a disadvantage that the nasal mucosa and the like are uncomfortable.
In addition, there are air purifiers that provide air filters in automobiles and air conditioning equipment in trains to filter pollen, bacteria, viruses, etc., but passengers are frequently boarded and air ventilation is large and the preventive effect is small.
(Ameba News “Preventive masks block bacteria” is a lie! What is the real effect and how to wear it correctly? Http://news.ameba.jp/20150104-89/)

(Ameba News “Preventive mask blocks bacteria” is a lie! More about the real effect and how to wear it http://news.ameba.jp/20150104-89/ From Wikipedia, W3C Geolocation API https://en.wikipedia.org/wiki/W3C_Geolocation_API

It is troublesome for the user to always store preventive masks, preventive drugs, etc. in his / her bag. Furthermore, wearing a mask detracts from its appearance and aesthetics, and the purchase price is high. Moreover, prevention and prevention of pathogens such as allergens such as tobacco and pollen, bacteria, harmful microorganisms, and harmful microorganisms such as viruses are difficult unless the user has sufficient medical knowledge. Since pathogens are usually floating in the air, the prevention and prevention of these diseases requires that the site be evacuated or avoided so that the pathogen is not taken into the body.

This invention was generated from cough analysis software downloaded and downloaded from a portable information terminal, a thermography mounted on an external device or a drone, and the body temperature of the cough generated from cough sources such as the oral cavity and nostril of cough active persons A content is created by computer analysis through a cough information application and / or online to inform the user of disease prevention and prevention. In addition, a cough information map regarding the pathogen transmission area affected by cough is created from the cough active person's whereabouts information, and computer analysis of the disease occurrence location is performed online, and the user is notified of the occurrence location and warnings as necessary. The present invention relates to a cough information analysis system characterized in that notification is provided to administrative units such as individuals, nations, prefectures and municipalities using Augmented Reality) and VR (virtual reality) technology.

According to the cough information analysis system of the present invention, the cough information generated from the cough analysis software using a drone, a portable information terminal, or the like, with a cough generated from a cough source such as the oral cavity or nostril of a cough active person and / or its body temperature By analyzing the contents of the app and online, creating content and notifying the user of disease prevention and prevention of coughing, the user's medical institution and other medical examinations can be reduced, thereby reducing medical costs. In addition, a cough information map is created and the location where the disease occurs is virtually notified to the user using AR, VR technology, etc., thereby enabling rapid and efficient disease prevention and prevention in units of administrative areas such as individuals, nations, prefectures, municipalities, etc. There is a feature that can be executed.

Configuration diagram of cough information analysis system Flow chart of cough information analysis system Other flowchart of cough information analysis system

The present invention collects cough sounds generated from a cough generation source such as the oral cavity and nostril of a cough active person with a built-in portable information terminal or an external microphone (hereinafter referred to as a microphone). Then, the cough information of the cough active person and / or the body temperature detected by thermography is used as cough information, and the cough information application generated from the cough analysis software and / or online analysis are made to create the contents to prevent the disease from being prevented and prevented by the user. And / or a system that reports the cough information map using AR, VR technology, etc.
For details, the user starts the cough information application created from the cough analysis software downloaded from the information data center in advance for online processing on the portable information terminal, and collects cough sounds with the terminal built-in microphone or an external microphone. To do. Furthermore, the body temperature of the active person with coughing is detected by thermography. The collected cough sound or cough sound and its body temperature are analyzed as cough information by the cough information application, and cough detailed information is notified on the display screen of the portable information terminal.
In addition, the cough information is transmitted to an information data center, where computer analysis is performed, and cough detailed information is transmitted to the user's portable information terminal and displayed on the display screen of the portable information terminal, so that the user is more up-to-date. The latest cough information can be acquired. Furthermore, the information data center analyzes the location information such as the mobile information terminal GPS, Geolocation API, etc., and creates a cough information map about the pathogen transmission area affected by cough from the cough active person's whereabouts information, Considering the elucidation and spread of pathogens due to weather conditions, AR (Augmented Reality: Augmented Reality), VR (Virtual Reality) technology, etc. Can be used to convey more realistic virtual reality and experience.

A cough information analysis system according to the present invention will be described with reference to an embodiment.
FIG. 1 shows the configuration of a cough information analysis system according to the present invention.
Details will be described below.
In FIG. 1, the user (not shown), for example, a cough sound 3 generated from a cough generating source 2 such as an oral cavity and a nostril of a cough active person 1 in a car, in a town, in a public facility, inside or outside a building, or the like. The sound is collected by the microphone 11 built in the portable information terminal 10 such as a tablet terminal, tablet PC, notebook bypass computer or the like. In this system, the speech spectrum such as low sound, audible sound, high frequency sound, etc. constituting the cough sound 3 is taken into the portable information terminal 10 and analyzed by the cough information application 16 generated from the cough analysis software 14 which will be described later to create contents. ing. In this system, an external microphone 21 may be attached to the external terminal 20 such as a USB of the portable information terminal and used instead of the built-in microphone 11. The external microphone 21 may be a sound sensor having telephoto, directivity, and ultrasonic reception characteristics.
In addition, a thermography (not shown) may be connected to the portable information terminal 10 wirelessly (for example, called Bluetooth), wired, or the like, and body temperature data of a cough active person may be taken and combined with the cough sound 3 to create the cough information 15. The portable information terminal 10 may download and use a GPS function using a GPS satellite, Geolocation API software, or the like in order to search for the whereabouts information of the user and cough active person 1.
Here, Geolocation API is a new HTML5 function that can acquire location information from wireless LAN, WiFi, mobile phone base station, GPS, IP address, etc. without using GPS.
The thermography 5 is mounted on an unmanned aerial vehicle called a drone 4 that is driven by a plurality of rotor blades. The drone 4 may be guided to the whereabouts of the cough active person 1 by wireless control of the information data center 30 described later to acquire body temperature data.
Wikipedia, https://en.wikipedia.org/wiki/W3C_Geolocation_API from the W3C Geolocation API The user previously accesses the online information data center 30 from the portable information terminal 10 and downloads the cough analysis software 14 described later from here. Keep it. The cough analysis software 14 is stored in the memory 13 of the main unit 12. The main unit 12 creates a cough information application 16 from the cough analysis software 14 and stores it in the memory 13. When the cough information application 16 is activated, the control means 17 analyzes the cough information 15 to create content, and displays the content as cough detailed information 19 on the display 18 of the portable information terminal 10. Further, the content may be voice-guided. Here, the main unit 12 constitutes the main part of a general portable information terminal in the portable information terminal 10. The information data center 30 is configured on a communication network online such as the Internet. Here, the cough information 15 distributed from the cough analysis software 14 and the cough information 15 transmitted from the portable information terminal 10 is analyzed by the computer 31 of the information data center 30 to create contents, and the latest cough information 32 and cough information map regarding disease prevention and prevention methods. It is a company, organization, or corporation that provides services. The user downloads the cough analysis software 16 and the latest cough information 32 to, for example, his / her portable information terminal 10 and uses them. If necessary, the user and the cough active person 1 from the portable information terminal 10 can use the multi-rotor wing-driven unmanned aircraft called the drone 4 equipped with the thermography 5 based on the whereabouts information of the cough active person 1 by wireless control. You may make it guide to a residence and acquire body temperature data. Here, the information data center 30 may be constructed on an information communication network cloud service such as the Internet. The cough information 15 is transmitted to the information data center 30 and analyzed by the computer 31. The cough information 1 of the cough active person 1, the location information such as GPS information, the weather meteorological information from the Japan Meteorological Agency, etc. 32 is created. The latest cough information 32 is transmitted to the user's portable information terminal 10 as necessary. The cough analysis software 14 is software that is downloaded to the portable information terminal 10 to analyze the cough information 15 related to the cough of the cough active person 1 to create content and provide disease prevention and prevention information to the user. When the cough analysis software 14 is downloaded, the cough information application 16 is created, and the user approves and uses it on the display 18 screen. When the cough information application 16 is activated, the disease information of the cough active person 1, disease prevention and prevention for the user, etc. are displayed on the display 18 screen as cough detailed information 19 with icons and numerical values. The menu displayed on the cough information application 16 includes a microphone input monitoring mode and a microphone input constant monitoring mode, and the user selects the mode. In the microphone input monitoring mode, the cough 3 is monitored only when a microphone is selected. In the microphone input continuous monitoring mode, the cough sound 3 is constantly monitored. Further, if necessary, the body temperature of the cough active person is detected by a thermography (not shown) and transmitted to the information data center 30 as the cough sound 3 and the combined cough information 15. The cough information 15 displays the cough information map of the cough active person 1 and the latest cough information 32 transmitted from the information data center as necessary. The cough information map is created by activating GPC and Geolocation API and applying AR (Augmented Reality) and VR (Virtual Reality) technologies. Further, the morbid state of the cough active person 1 may be visualized from the intensity and type of the cough and displayed on the screen of the portable information terminal 10. Further, for example, a local image may be taken from a camera (not shown) of the portable information terminal 10 and a cough active person 1 image may be projected onto the image to display a virtual image. That is, here, the cough sound 3 is detected by the microphone 11 of the portable information terminal 10 and signal processing is performed by the main unit 12 to create cough data. The cough data is analyzed by the cough information application 16 to create content. Further, the cough data is transmitted from the portable information terminal 10 to the information data center 30 as wireless data MD1. The information data center 30 analyzes the cough data by the computer 31 and creates the content of analysis cough information. The analysis cough information is transmitted to the portable information terminal 10 as wireless data MD2. The analysis cough information received by the portable information terminal 10 is analyzed by the application as cough information 15 and recorded in the memory 13 and the cough detailed information 19 is displayed on the display 18. The information processing may be executed on a cloud system such as the Internet. When the user selects selection approval (not shown) on the display 18, the following process is executed.

An example of the operation of the apparatus of the present invention will be described with reference to FIGS.
First, the user performs an initial setting for collecting cough sounds and analyzing them online in the portable information terminal 10.
1) On the display 18 screen, for example, an external application introduction procedure is executed from the Android market or the like. Here, the cough information application 16 is searched, and selection approval is selected on the display 18 screen. (step 1)
The cough information application introduction request is transmitted from the portable information terminal 10 to the information data center 30 by wireless data MD1. (Steps 2, 4)
Here, when the selection approval is not approved, the mobile information terminal 10 returns to the normal operation after a predetermined time. (Steps 2 and 3)
The information data center 30 selects the cough information analysis software 14 most suitable for the user from the transmitted wireless data MD1, and transmits it to the portable information terminal 10 as wireless data MD2. (Step 5, 6, 7)
When the wireless data MD2 is transmitted to the portable information terminal 10, the main unit 12 executes analysis processing to create the cough information application 16. Since use permission is displayed on the screen of the display 18, when selection approval is selected, this is downloaded to the memory 13 and the cough information application 16 enters the use state. (Step 8)
Next, use of the cough information application 16 will be described.
The user selects, for example, continuous monitoring of microphone input from the cough information 15 on the display 18 screen in a car, a city, a public facility, a building, or the like. (Step 9)
The cough information application 16 is activated and the cough sound 3 collected by the microphone is always in an online analysis state. (Step 10)
Here, when a coughing sound is detected (step 11), the cough information 15 is transmitted from the portable information terminal 10 to the information data center 30, and online processing and analysis are performed to create content (steps 12, 13, 14, and 15). The analysis cough information is transmitted to the information terminal 10 (steps 16 and 17), and the data is processed online by the main unit 12 (step 18). The cough detailed information 19 or the latest cough information 32 is displayed on the display 18 screen. (Steps 19 and 20)
Here, for example, a warning message associated with the discovery of the cough active person 1 may be notified from a communication speaker (not shown) of the portable information terminal 10.
In addition, if the location information software such as the GPS function and the Geolocation API software is turned on in advance, the location of the cough active person 1 is constantly monitored. The location is analyzed and transmitted from the portable information terminal 10 to the information data center 30 as wireless data MD1. The position and the like of the cough active person 1 are analyzed online, contents are created to identify the affected area, and a cough information map such as the cause of disease infection and disease prevention related to cough is created. Moreover, you may make it transmit this to the portable information terminal 10 of each passive person as needed.
In the above operation example, the analysis process of the cough information 15 is executed in the information data center 30. However, the cough detailed information 19 may be displayed by the analysis of the cough information application 16 downloaded to the portable information terminal 10. .

According to the cough information analysis system of the present invention, the user collects and downloads the cough sound generated by the cough active person using the portable information terminal and / or the body temperature measured by the thermography mounted on the drone and the like, and Alternatively, the latest and optimal disease prevention and prevention of cough can be obtained by using the information data center and performing online computer analysis to create content. If this is applied to the disease prevention measures for cough, the number of medical purchases by the user and the number of medical examinations received by a medical institution are reduced, which is effective in reducing medical costs. Furthermore, a cough information map that can be used for disease infection, disease prevention and prevention of cough is created by a computer and notified to the user using AR, VR technology, etc. and pathogens by disease infection location, mechanism, weather condition There is a feature that makes it easy to analyze diffusion and the like.

DESCRIPTION OF SYMBOLS 1 Cough active person 2 Cough generation source 3 Cough sound 4 Drone 5 Thermography 10 Portable information terminal 11 Built-in microphone 12 Main body unit 13 Memory 14 Cough analysis software 15 Cough information 16 Cough information application 17 Control means 18 Display 19 Cough detailed information 20 External Terminal 21 External microphone 30 Information data center 31 Computer 32 Latest cough information

Claims (16)

A cough information analysis system that analyzes cough sounds generated by cough active persons with a cough analysis software downloaded to a portable information terminal and / or an online computer to notify the user of cough disease prevention and prevention.
Cough sound generated from cough active person is analyzed with cough analysis software downloaded to mobile information terminal and / or online computer, cough disease prevention and prevention for users and / or cough information map from cough active person's whereabouts information A cough information analysis system that alerts you.
Cough sounds generated by active coughers are collected with a microphone of a portable information terminal and analyzed with the downloaded cough analysis software or online computer, and cough information analysis to notify the user of cough disease prevention and prevention of epidemics system.
Cough sounds generated by cough active persons are collected with a microphone connected to a portable information terminal and analyzed with a downloaded cough analysis software and / or an online computer to prevent cough disease and prevent epidemics for the user and / or the cough A cough information analysis system for reporting a cough information map related to cough from the location information of active persons.
Cough sounds generated by cough active persons are analyzed by cough analysis software downloaded to a portable information terminal and / or an online computer, and the prevention and prevention of cough diseases are reported to the user using the display and / or speaker of the portable information terminal. Cough information analysis system.
The cough sound generated from the cough active person is analyzed with the cough analysis software downloaded to the portable information terminal and / or the online computer, and the cough disease prevention and prevention with the display and / or speaker of the portable information terminal for the user and / or A cough information analysis system that reports a cough information map from whereabouts information of cough active persons.
Cough sounds generated by a cough active person are collected by a microphone of a portable information terminal and analyzed by a downloaded cough analysis software and / or an online computer. A cough information analysis system that reports disease prevention and prevention.
A cough generated from a cough active person is collected by a microphone connected to the portable information terminal, and this is analyzed by a downloaded cough analysis software and / or an online computer, and the display and / or speaker of the portable information terminal are displayed to the user. A cough information analysis system for reporting cough information map related to cough from cough disease prevention and prevention and / or cough active person's whereabouts information.
Prevention and prevention of cough disease for the user by analyzing the cough generated from the cough active person and the body surface temperature of the cough active person measured by thermography with a cough analysis software downloaded to a portable information terminal or an online computer A cough information analysis system that alerts you.
Prevention and prevention of cough disease for the user by analyzing the cough generated from the cough active person and the body surface temperature of the cough active person measured by thermography with a cough analysis software downloaded to a portable information terminal or an online computer And / or a cough information analysis system for reporting a cough information map related to cough from the location information of the cough active person.
The cough sound generated by the active person of cough is collected by the microphone of the portable information terminal and the body surface temperature of the active person of cough measured by thermography is analyzed by the downloaded cough analysis software and / or the online computer. A cough information analysis system for reporting cough illness prevention and prevention through a display and / or speaker of the portable information terminal.
A cough sound generated from an active person with cough is collected by a microphone connected to a portable information terminal, and the body surface temperature of the active person with cough measured by thermography is analyzed by a downloaded cough analysis software and / or an online computer. A cough information analysis system for cough disease prevention and prevention and / or a cough information map related to cough from the location information of the cough active person using the display and speaker of the portable information terminal.
Cough sounds generated by cough active persons and body surface temperature of cough active persons measured by thermography mounted on drone are analyzed with cough analysis software downloaded to a personal digital assistant and / or an online computer for users A cough information analysis system for reporting cough disease prevention and prevention.
Cough sounds generated by cough active persons and body surface temperature of cough active persons measured by thermography mounted on drone are analyzed with cough analysis software downloaded to a personal digital assistant and / or an online computer for users A cough information analysis system for reporting a cough information map related to cough from cough disease prevention and prevention and / or cough active person location information.
Cough sounds generated by active coughers are collected with a microphone of a portable information terminal, and the body surface temperature of the active cough measured by a thermography mounted on the drone is analyzed with a downloaded cough analysis software and / or an online computer A cough information analysis system for notifying a user of cough disease prevention and prevention through a display and / or speaker of the portable information terminal.
A cough analysis software that collects cough generated from a cough active person with a microphone connected to a portable information terminal and downloads the body surface temperature of the cough active person measured by a thermography mounted on a drone and / or an online computer A cough information analysis system for analyzing cough and preventing cough disease prevention and prevention and / or a cough information map related to cough from the cough active person's whereabouts information with a display and speaker of the portable information terminal.

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