JP2015170260A - Computer program, information providing method, and portable information processing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide information on disaster related articles situated in a building or around it at a time of the occurrence of disaster.SOLUTION: A portable information processing device includes: a layout data storage unit 21; disaster prevention goods data storage unit 23 indicating arrangement in a building of disaster related articles required at a time of the occurrence of various disasters per disaster type; a data acquisition unit 11 for acquiring layout data and disaster prevention goods data from a server 3; a disaster type identifying unit 15; a present location detecting unit 13; and means for acquiring floor layout data from the layout data storage unit 21 according to a present location without communicating with the server 3, for acquiring the disaster prevention goods data from the disaster prevention goods data storage unit 23 according to the disaster type, and for outputting disaster support information based on the acquired floor layout data and the disaster prevention goods data.

Description

  The present invention relates to a technique for providing information at the time of a disaster, and more particularly to a technique for providing information to persons inside and outside a building such as a company, a public office, a school, or the like.

  Patent Documents 1 and 2 describe systems that distribute facility premises information and evacuation route information according to position information to employees in a facility when a disaster occurs.

  Japanese Patent Application Laid-Open No. H10-228561 describes a system that displays and outputs a place where a digestive organ is installed on a floor map when a fire occurs.

JP 2011-78001 A JP 2011-242881 A JP 2009-37438 A

  When a disaster such as an earthquake or a fire occurs in a company, a government office, or a school, there is a problem that it is not always possible to access the disaster prevention supplies at an appropriate timing.

  For example, when an earthquake occurs, it is not possible to know where to store various supplies used during evacuation, and it cannot be used immediately after an earthquake occurs, or the location of fire extinguishing equipment such as a fire extinguisher or a fire hydrant is not known in the event of a fire. It may not be used for fire fighting. Or, if you know the location of evacuation equipment and fire-fighting equipment, you may not immediately know how to use them.

  In addition, if the location of disaster prevention equipment is posted on the company website, etc., if there are many offices or floors, it is impossible to promptly retrieve the floor plan where you are, or communication due to a disaster. If they are blocked, you may not be able to view them.

  Furthermore, from the standpoint of an administrator who manages disaster prevention supplies, there are the following problems. In other words, even when a document or electronic data is created to manage the location of emergency supplies, etc., the location of emergency supplies often changes due to changes in the layout of the office, etc., and needs to be updated each time. is there.

  It is preferable to provide information to foreigners in languages other than Japanese.

  Therefore, an object of the present invention is to provide information related to disaster-related objects existing in or around a building when a disaster occurs.

  A portable information processing apparatus according to an embodiment of the present invention includes a first storage unit that stores layout data relating to a floor layout diagram in a building, and a disaster that is required when various disasters occur according to the type of disaster. Second storage means for storing disaster related object data indicating the arrangement of related objects in the building, and the layout data and the disaster related object data are acquired from a server, and the first and second storages are acquired. According to the current position detected by the current position detection means without communicating with the server, the data acquisition means to be stored in each means, the means for accepting designation of the type of disaster, the means for detecting the current position, and the server The floor layout data is acquired from the first storage means, and the disaster function is received from the second storage means in accordance with the type of disaster received by the reception means. Get the object data, and means for outputting the acquired disaster assistance information based on the floor layout data and disaster relatives data.

  In a preferred embodiment, the layout data is raster data of a floor layout diagram image, the disaster related object data is vector data indicating a position of the disaster related object on the floor layout diagram, and the output means outputs The disaster support information to be drawn is an image showing the position of the disaster related object based on the vector data of the disaster related object data superimposed on the floor layout diagram image based on the raster data of the layout data, Also good.

It is a figure showing the whole information service system composition concerning one embodiment of the present invention. An example of the data structure of the floor layout figure management table 231 and the disaster prevention product table 232 is shown. An example of the data structure of the disaster prevention article arrangement | positioning table 233 is shown. An example of the data structure of the audio file management table 235 is shown. An example of the data structure of the moving image file management table 237 is shown. It is a figure which shows an example of the image which the warning image output part 17 draws. 5 is a diagram illustrating an example of a touch event image 105. FIG. It is a figure which shows an example of the arrangement | positioning image 103 including the warning display and the label of disaster prevention goods. An example of the size adjustment of the display image performed according to the model of the user terminal device 1 is shown. It is a figure which shows an example of a disaster prevention article arrangement position registration screen display. It is a flowchart which shows the procedure in which the user terminal device 1 provides information.

  Hereinafter, an information providing system for providing information when a disaster occurs according to an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram illustrating an overall configuration of an information providing system according to the present embodiment. The system includes a user terminal device 1 that provides information to a user and a server 3. The user terminal device 1 and the server 3 are connected by a communication network such as a wireless communication network 9.

  This system is a system that provides information according to the type of disaster to a user carrying the user terminal device 1 when a disaster occurs. For example, in the event of an earthquake, the user terminal device 1 informs the user about information relating to disaster prevention equipment related to the earthquake, for example, equipment related to the earthquake (evacuation equipment, storage in a building such as a workplace or school). Information on the location where food, drinking water, etc.) is stored. In addition, when a fire occurs, the user terminal device 1 provides the user with information on digestion and fire spread prevention, such as the positions of digesters, fire hydrants, fire doors, and emergency exits inside and outside buildings such as workplaces and schools. Provide information.

  In particular, in the present embodiment, the user terminal device 1 can provide information to the user even when not connected to the network. That is, the user terminal device 1 has all the functions and information necessary for providing the information as described above, and operates in a stand-alone manner. Hereinafter, a specific configuration of the user terminal device 1 will be described.

  The user terminal device 1 has a communication function and can be realized by a portable computer (information processing device) including a processor and a memory. The user terminal device 1 may be, for example, a so-called smartphone, tablet computer, mobile phone, or portable information terminal. Individual components or functions in the user terminal device 1 described below are realized by, for example, the processor of the user terminal device 1 executing a computer program. The user terminal device 1 can acquire this computer program via the wireless communication network 9.

  The user terminal device 1 includes a sensor 51 that detects a signal emitted by the beacon A, a touch panel 53 that includes a liquid crystal display and a touch sensor, and a speaker 55.

  Here, the beacon A will be described.

  A plurality of beacons A are installed in the building. Each beacon A outputs a signal indicating the position where it is installed. For example, in the present embodiment, each beacon A is assigned a location ID that is identification information corresponding to the installation position, and each beacon A outputs an electromagnetic wave indicating the location ID.

  The sensor 51 receives an electromagnetic wave emitted by the beacon A.

  The user terminal device 1 has a disaster prevention application 10 installed therein. The disaster prevention application 10 includes, as its internal functions, a data acquisition unit 11, a current position detection unit 13, a disaster type identification unit 15, an alarm image output unit 17, an alarm sound output unit 18, and a disaster prevention product data generation unit. 19, a floor layout data storage unit 21, a disaster prevention product data storage unit 23, an audio data storage unit 25, and a moving image data storage unit 27.

  The floor layout data storage unit 21 stores data relating to a floor layout diagram in the building. The floor layout diagram is a diagram showing a layout of each floor of the building. A layout diagram in which one floor is divided into a plurality of floors may be used. The data format of the layout diagram may be image data (raster data) such as JPEG or bitmap. In the present embodiment, one file is a layout diagram for one floor of a building.

  The disaster prevention article data storage unit 23 stores data related to the arrangement of disaster prevention-related articles. The disaster prevention article data includes, for example, data indicating the arrangement of articles (disaster-related items) in the building that are required when various disasters occur for each type of disaster.

  Examples of disaster types include earthquakes, fires, and tsunamis. The disaster prevention article for an earthquake may be, for example, an evacuation article related to evacuation life after the earthquake, and includes, for example, food, drinks, tableware, lighting, a cold protection article, and the like. The disaster prevention article for fire may be, for example, a thing for preventing damage expansion due to fire, and includes, for example, a digestive organ, a fire hydrant, a fire door, and the like.

  The disaster prevention product data storage unit 23 stores a plurality of tables as disaster prevention product data. In the present embodiment, a floor layout diagram management table 231, a disaster prevention product table 232, a disaster prevention product arrangement table 233, an audio file management table 235, and a moving image file management table 237 are stored in the disaster prevention product data storage unit 23. ing.

  The floor layout diagram management table 231 associates the floor layout diagram file stored in the floor layout data storage unit 21 with the location ID assigned to the floor.

  FIG. 2A shows an example of the data structure of the floor layout diagram management table 231. In the floor layout diagram management table 231, a location ID 2311, a name 2313, and a layout diagram file name 2315 are associated with each other. The location ID 2311 is identification information for specifying a position in the building. The layout diagram file name 2315 is a file name of layout diagram data stored in the floor layout data storage unit 21.

  The disaster prevention article table 232 associates disaster types with disaster prevention article types.

  FIG. 2B shows an example of the data structure of the disaster prevention product table 232. In the disaster prevention article table 232, a disaster ID 2321 that is disaster identification information is associated with a disaster prevention article ID 2322 that is identification information of the disaster prevention article. That is, in the disaster prevention product table 232, it is defined in which disaster the various disaster prevention products specified by the disaster prevention product ID are necessary disaster prevention products. The disaster prevention product table 232 is referred to for drawing an image of the disaster prevention product ID corresponding to the disaster ID specified by the disaster type specifying unit 15 when the alarm image output unit 17 described later draws the alarm image.

  The disaster prevention article arrangement table 233 holds data indicating the arrangement of disaster prevention articles on the floor layout diagram.

  FIG. 3 shows an example of the data structure of the disaster prevention article arrangement table 233. In the disaster prevention product arrangement table 233, a location ID 2331, a disaster prevention product ID 2332, an X coordinate 2333, a Y coordinate 2334, a width 2335, and a height 2336 are associated with each other. The X coordinate 2333 and the Y coordinate 2334 indicate the positions where the disaster prevention products specified by the disaster prevention product ID 2332 are arranged on the floor layout diagram specified by the location ID 2331. The width 2335 and the height 2336 indicate the size of the disaster prevention product image displayed at the X coordinate 2333 and Y coordinate 2334 positions. A method for creating the disaster prevention article arrangement table 233 will be described later.

  The audio file management table 235 associates location IDs with audio files.

  FIG. 4 shows an example of the data structure of the audio file management table 235. In the audio file management table 235, a location ID 2351, a disaster ID 2352, a language ID 2353, and a file name 2354 of an alarm audio file are associated with each other. That is, in the audio file management table 235, the file name of the alarm audio file is defined for each location ID, each disaster type, and each language.

  The moving image file management table 237 holds file names of moving image files related to disaster prevention products.

  FIG. 5 shows an example of the data structure of the moving image file management table 237. In the moving image file management table 237, the disaster prevention product ID 2371, the language ID 2372, and the file name 2373 of the moving image file are associated with each other. The moving image file is a file of moving image data that explains how to use the disaster prevention product specified by the disaster prevention product ID in the language specified by the language ID.

  Returning to FIG. 1, the voice data storage unit 25 stores a voice data file for issuing a warning to the user by voice. The audio data is classified by disaster type and language. The language may include a plurality of languages including Japanese. Each audio data file is associated with a location ID in the audio file management table 235.

  The moving image data storage unit 27 stores moving image file data relating to moving images that explain how to use the disaster prevention products. Each moving image file is associated with the disaster prevention product ID in the moving image file management table 237.

  The data acquisition unit 11 acquires floor layout data, disaster prevention product data, audio data, and moving image data from the server 3, and the floor layout data storage unit 21, disaster prevention product data storage unit 23, audio data storage unit 25, and moving image data, respectively. Save in the storage unit 27.

  For example, the data acquisition unit 11 accesses the server 3 to download a desired floor layout diagram file and stores it in the floor layout data storage unit 21. At that time, the data acquisition unit 11 uses the file name as a key, and when the file with the same name does not already exist in the floor layout data storage unit 21 and when the file with the same name already exists in the floor layout data storage unit 21 If the update date is new, download the file. The data acquisition unit 11 may acquire audio data and moving image data from the server 3 in the same manner.

  Further, the data acquisition unit 11 accesses the server 3 to download a table file of desired disaster prevention product data and stores it in the disaster prevention product data storage unit 23. At that time, for example, the data acquisition unit 11 may download all the table files of the desired disaster prevention product data, and overwrite all of the files having the same name in the disaster prevention product data storage unit 23.

  In the present embodiment, by separating the image data of the floor layout diagram and the data of the arrangement position of the disaster prevention article, the amount of data that needs to be updated can be suppressed when the arrangement place of the disaster prevention article is moved.

  The current position detection unit 13 detects the current position of the user terminal device 1 by a predetermined method. In this embodiment, the sensor 51 receives a signal emitted from a beacon A installed in a building. For example, each beacon A has a unique ID for each individual. The signal received by the sensor 51 includes an ID unique to the individual of the beacon A. The current position detection unit 13 has information that associates the unique ID of each beacon A with the location ID for specifying the current position in advance. The current position detection unit 13 specifies the location ID according to the unique ID included in the signal received from the sensor 51.

  The user terminal device 1 may specify the current position by a method other than this. For example, the current position may be specified based on a WiFi radio signal in a building, or the current position may be specified using RFID technology or GPS technology.

  The disaster type identification unit 15 identifies the occurrence of a disaster and the type of disaster that has occurred. For example, the disaster type identification unit 15 receives a notification indicating the occurrence of a disaster and the type of disaster that has occurred from the server 3 or another device (not shown). When the disaster that has occurred is an earthquake, the disaster type identification unit 15 may identify that an earthquake has occurred by receiving an emergency earthquake warning.

  If communication with the outside is interrupted when a disaster occurs, an input by the user may be accepted to identify the occurrence and type of the disaster. For example, the disaster type identification unit 15 may display a predetermined input reception screen on the touch panel 53 to receive the type of disaster that has occurred.

  The alarm image output unit 17 generates an image for providing information to the user and outputs it to the touch panel 53 when a disaster occurs. For example, the alarm image output unit 17 acquires floor layout data from the floor layout data storage unit 21 according to the current position detected by the current position detection unit 13 without communicating with the server, and the disaster type According to the type of disaster for which the specifying unit 15 has received the designation, the disaster-related product data is acquired from the disaster prevention product data storage unit 23, and disaster support information based on the acquired floor layout data and disaster-related product data is output.

  When an earthquake occurs, for example, the alarm image output unit 17 outputs an image showing the arrangement of disaster-related items in the building to the touch panel 53. When a fire occurs, for example, the alarm image output unit 17 outputs an image showing the arrangement of digesters, fire hydrants, fire doors, and the like inside and outside the building to the touch panel 53 when a fire occurs.

  The procedure by which the alarm image output unit 17 generates an image is, for example, as follows. The alarm image output unit 17 acquires a location ID as current position information from the current position detection unit 13 and acquires a disaster ID indicating a disaster type from the disaster type identification unit 15. The alarm image output unit 17 refers to the floor layout diagram management table 231 of the disaster prevention product data storage unit 23, specifies the file name 2315 of the layout diagram corresponding to the location ID 2311, and sets the layout diagram file of that file name to the floor layout. Read from the data storage unit 21. Further, the alarm image output unit 17 refers to the disaster prevention product table 232 and identifies the disaster prevention product ID 2322 corresponding to the disaster ID 2321 identified by the disaster type identification unit 15. Then, the alarm image output unit 17 refers to the disaster prevention article arrangement table 233, the arrangement position (X coordinate 2333, Y coordinate 2334) of the disaster prevention article (disaster related item) corresponding to the location ID 2331 and the disaster prevention article ID 2332, and the disaster prevention article. The display size (width 2335, height 2336) of the image is specified.

  Then, the alarm image output unit 17 draws a floor layout diagram on the touch panel 53 based on the image data file read from the floor layout data storage unit 21, and based on the prevention article arrangement table 233, An arrangement image showing the arrangement of the disaster prevention equipment is drawn on top of each other.

  In this embodiment, the floor layout diagram is composed of raster data (image data), and the arrangement data of disaster prevention products is composed of vector data (drawing data with dots and lines), and each is drawn and superimposed on a separate layer. Yes.

  An example of an image drawn by the alarm image output unit 17 is shown in FIGS. First, the alarm image output unit 17 draws the layout diagram 101 on the touch panel 53 based on the floor layout diagram data. And the alarm image output part 17 draws the arrangement | positioning image 103 of disaster prevention goods in the upper layer. In other words, the alarm image output unit 17 refers to the disaster prevention product arrangement table 233 and sets the disaster prevention product image 103A of the disaster prevention product ID 2332 corresponding to the type of disaster that occurred to the position of the X coordinate 2333 and the Y coordinate 2334, the width 2335 and the height Drawing is performed at 2336.

  The disaster prevention product image 103A may be a button object that can sense a touch event. When the arrangement image 103 is displayed on the touch panel 53, when the user selects the disaster prevention product image 103A, the button object detects it and a predetermined event is executed.

  In addition, as illustrated in FIGS. 7A, 7 </ b> B, and 7 </ b> C, the alarm image output unit 17 may generate a button object as the touch event image 105 separately from the layout image 103. The alarm image output unit 17 displays the touch event image 105 on the upper layer of the arrangement image 103. At this time, the touch area 105A may be larger than the disaster prevention product image 103A. For example, the touch area 105A may be about the size of a human finger. The position of the touch area 105A on the touch event image 105 may be determined so as to coincide with the center of the disaster prevention product image 103A when displayed on the touch panel 53. The shape of the touch area 105A may be a rectangle, a circle, an ellipse, a rhombus, or the like.

  As a result, even if the screen size of the touch panel 53 is small, such as a smartphone, the event can be reliably detected when the user selects the disaster prevention product image 103A.

  The layout image 103 may include a warning display and a label for disaster prevention supplies. For example, as shown in FIGS. 8A and 8B, the alarm image output unit 17 displays the alarm display 103 </ b> B and the disaster prevention product label 103 </ b> C in the layout image 103 in the language used in the user terminal device 1. . Note that the disaster prevention application 10 may grasp the language type used in the user terminal device 1 by inquiring of the operating system of the user terminal device 1. In the processing described below, the language type grasped in this way is used.

  FIG. 9 shows an example of the size adjustment of the display image performed according to the model of the user terminal device 1.

  The alarm image output unit 17 may adjust the display size of the layout diagram 101 and the arrangement image 103 according to the size of the display area of the touch panel 53. In general, the number of pixels in the vertical and horizontal directions that can be displayed on the touch panel 53 differs depending on the model of the user terminal device 1. Therefore, as shown in the figure, the alarm image output unit 17 adjusts the display size of the layout diagram 101 and the arrangement image 103 by changing the display magnification according to the model of the user terminal device 1. For example, the alarm image output unit 17 may hold in advance information relating to a display magnification that is predetermined according to the model of the user terminal device 1 as shown in FIG. The alarm image output unit 17 adjusts the overall size and renders the image on the touch panel 53 without changing the aspect ratio of the layout diagram 101 which is vector data according to the display magnification predetermined for each model. Then, the alarm image output unit 17 draws the arrangement image 103 so as to overlap with the size of the layout diagram 101.

  The alarm sound output unit 18 causes the speaker 55 to output information related to the disaster by voice when a disaster occurs. For example, the alarm sound output unit 18 acquires a location ID as current position information from the current position detection unit 13 and acquires information indicating a disaster type from the disaster type identification unit 15. The alarm sound output unit 18 refers to the sound file management table 235 of the disaster prevention product data storage unit 23 and identifies the sound file 2354 of the language ID 2353 of the language used in the user terminal device 1 corresponding to the location ID 2351 and the disaster ID 2352. To do. The warning voice output unit 18 outputs a voice warning from the speaker 55 based on the voice file.

  The disaster prevention product data generation unit 19 generates each table of disaster prevention product data and uploads it to the server 3. For example, the disaster prevention product data generation unit 19 displays an input screen for generating the floor layout diagram management table 231, the disaster prevention product table 232, the disaster prevention product arrangement table 233, the audio file management table 235, and the moving image file management table 237 on the touch panel 53. Each table is generated by receiving a predetermined input from the user.

  FIG. 10 is an example of the disaster prevention product arrangement position registration screen 100 for generating the disaster prevention article arrangement table 233.

  For example, the disaster prevention article data generation unit 19 displays the disaster prevention article arrangement position registration screen 100 on the touch panel 53. The disaster prevention article arrangement position registration screen 100 includes a floor layout diagram area 110 and a user operation area 120.

  First, the alarm image output unit 17 acquires a floor layout diagram file having a location ID designated in the user operation area 120 from the floor layout data storage unit 21 and displays the floor layout diagram 101 in the floor layout diagram area 110. Further, the alarm image output unit 17 causes the coordinate grid 111 to be displayed on the floor layout diagram 101. In the floor layout diagram area 110, the disaster prevention product image 103A is also displayed based on the information input in the user operation area 120.

  The floor layout diagram 101 in the floor layout diagram region 110 can be enlarged or reduced by the display size adjustment slider 121 in the user operation region 120. The user inputs the disaster prevention product ID, the X coordinate, the Y coordinate, the width, and the height into the user operation area 120 regarding the disaster prevention product image 103 </ b> A arranged on the floor layout diagram.

  The disaster prevention product data generation unit 19 generates the disaster prevention product arrangement table 233 based on the information input to the user operation area 120.

  Only a specific manager's terminal may include the disaster prevention product data generation unit 19. That is, the user terminal device 1 used by a normal user may not have the function of the disaster prevention product data generation unit 19. In addition, a device other than the user terminal device 1 may have the disaster prevention product data generation unit 19, and an administrator may use the function to generate each table of disaster prevention product data and upload it to the server 3. The normal user terminal device 1 downloads and uses these data from the server 3 as described above.

  Next, a processing procedure performed by the user terminal device 1 will be described.

  FIG. 11 is a flowchart illustrating a procedure in which the user terminal device 1 according to the present embodiment provides information.

  When a disaster occurs, a disaster occurrence notification is transmitted from the server 3 or another device to the user terminal device 1. When the user terminal device 1 receives this disaster occurrence notification, the disaster type identification unit 15 detects this and identifies the disaster ID (S11). The disaster occurrence notification includes the type of disaster that occurred.

  Even when the user terminal device 1 has not received a disaster occurrence notification from the server 3 or another device, if there is a manual disaster type selection input by the user, the disaster type identification unit 15 accepts it and ID is specified (S13).

  When the disaster type identification unit 15 detects a disaster occurrence notification from the server 3 or another device or identifies a disaster ID by accepting a manual disaster type selection, the current position detection unit 13 receives the sensor 51. The location ID is specified based on the signal from the beacon A, and the current position of the user terminal device 1 is specified (S15).

  The alarm image output unit 17 refers to the floor layout diagram management table 231 based on the location ID identified by the disaster type identification unit 15 and identifies the file name of the layout diagram file corresponding to the current location. Then, the file with the file name is read from the floor layout data storage unit 21, and the layout diagram 101 of the floor on which the user having the user terminal device 1 is displayed is displayed on the touch panel 53 (S17).

  The alarm image output unit 17 determines the type of language used by the user terminal device 1 (S19).

  The alarm image output unit 17 refers to the disaster prevention article table 232, identifies the disaster prevention article ID corresponding to the disaster ID, refers to the disaster prevention article arrangement table 233, and refers to the disaster prevention article ID corresponding to the location ID and the disaster prevention article ID. Specify the display position and display size. Then, the alarm image output unit 17 draws the layout image 103 including the disaster prevention product image 103A having the display position and the display size specified above on the floor layout diagram 101, and displays the layout image 103 on the touch panel 53 (S21). At this time, a warning display character and a disaster prevention product label using the language specified in step S19 may be included in the layout image 103 and drawn.

  The alarm voice output unit 18 refers to the voice file management table 235, and the file name of the voice file corresponding to the location ID, the disaster ID specified in step S11 or S13, and the language used by the user terminal device 1 specified in step S19 Is identified. Then, the alarm sound output unit 18 reads out the file with the file name from the sound data storage unit 25 and issues an alarm as a sound from the speaker 55 (S23). In addition, it is not necessary to perform an alarm by voice.

  When the floor layout diagram 101 and the arrangement image 103 are displayed on the touch panel 53, when the user touches the disaster prevention product image 103A, the alarm image output unit 17 detects the touch event. Then, the alarm image output unit 17 refers to the moving image file management table 237 and identifies the file name of the moving image file in the language used in the user terminal device 1 corresponding to the touched disaster prevention article. Then, the alarm image output unit 17 reads out the file with the file name from the moving image data storage unit 27 and reproduces it (S25). The reproduced image is displayed on the touch panel 53.

  Thereby, the user can know the place where the disaster prevention goods are arrange | positioned at the time of disaster occurrence. Since the location of the disaster supplies is always kept up to date, the exact location of the disaster supplies can be grasped.

  Furthermore, even if you do not know how to use disaster prevention equipment, you can check how to use it with a video.

  The above-described embodiments of the present invention are examples for explaining the present invention, and are not intended to limit the scope of the present invention only to those embodiments. Those skilled in the art can implement the present invention in various other modes without departing from the spirit of the present invention.

  For example, in the above-described embodiment, information on the position and the like of the disaster prevention supplies arranged in the building is provided, but the position and the like of the disaster prevention supplies existing around the building may be notified to the user.

DESCRIPTION OF SYMBOLS 1 User terminal device, 3 server, 10 disaster prevention application, 11 data acquisition part, 13 present position detection part, 15 disaster classification specific part, 17 alarm image output part, 18 alarm sound output part, 19 disaster prevention article data generation part, 21 floor Layout data storage unit, 23 Disaster prevention product data storage unit, 25 Audio data storage unit, 27 Movie data storage unit, 51 Sensor, 53 Touch panel

Claims (5)

A first storage means for storing layout data relating to a floor layout diagram in the building; and a disaster-related object indicating an arrangement of the disaster-related object required in the occurrence of various disasters in the building for each disaster type A portable information processing apparatus having second storage means for storing data;
Obtaining the layout data and the disaster-related object data from a server and storing them in the first and second storage means, respectively;
A step of accepting designation of the type of disaster;
Detecting the current position;
Without communicating with the server, the floor layout data is acquired from the first storage unit according to the current position detected by the current position detection unit, and the designation of the disaster received by the reception unit is received. A computer program for executing the steps of: acquiring the disaster-related product data from the second storage unit according to the type; and outputting disaster support information based on the acquired floor layout data and disaster-related product data. The layout data is raster data of a floor layout diagram image,
The disaster-related object data is vector data indicating a position of the disaster-related object on the floor layout diagram,
The disaster support information output by the output unit is drawn on the floor layout diagram image based on the raster data of the layout data, and an image showing the position of the disaster related object based on the vector data of the disaster related object data is drawn. The computer program according to claim 1, wherein   The computer program according to claim 2, wherein the floor layout diagram image is drawn at a magnification determined according to a size of a display area of a display device on which the disaster support information is displayed. A first storage means for storing layout data relating to a floor layout diagram in the building; and a disaster-related object indicating an arrangement of the disaster-related object required in the occurrence of various disasters in the building for each disaster type A portable information processing device having second storage means for storing data,
Obtaining the layout data and the disaster-related object data from a server and storing them in the first and second storage means, respectively;
A step of accepting designation of the type of disaster;
Detecting the current position;
Without communicating with the server, the floor layout data is acquired from the first storage unit according to the current position detected by the current position detection unit, and the designation of the disaster received by the reception unit is received. Obtaining the disaster related data from the second storage unit according to the type, and outputting disaster support information based on the acquired floor layout data and disaster related data. First storage means for storing layout data relating to a floor layout in the building;
A second storage means for storing disaster-related object data indicating an arrangement in the building of disaster-related objects required at the time of occurrence of various disasters, for each type of disaster;
Data acquisition means for acquiring the layout data and the disaster related object data from the server and storing them in the first and second storage means,
A means of accepting designation of the type of disaster;
Means for detecting the current position;
Without communicating with the server, the floor layout data is acquired from the first storage unit according to the current position detected by the current position detection unit, and the designation of the disaster received by the reception unit is received. A portable information processing apparatus comprising: means for acquiring the disaster-related product data from the second storage unit according to a type, and outputting disaster support information based on the acquired floor layout data and disaster-related product data.