JP2012203550A - Information processor, program and method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable an ambulance crew to easily determine the order of priority of emergency rescue.SOLUTION: An information processor includes disaster data store means which acquires and stores first data including injury level information and first positional information showing the positions of plural first user terminal devices with positioning functions from the first user terminal devices and data output means which acquires each of first data from the disaster data store means and outputs them for each of injury levels included in the first data and in descending order of injury level, at a predetermined time interval.

Description

  The present invention relates to an information processing apparatus, a program, and a method.

  In the event of natural disasters such as frequent earthquakes, the establishment of a rescue system is urgently needed. According to Patent Document 1, the disaster / case information processing apparatus receives the safety information of the safety confirmation target person from the current position information, the location information and the spread information of the disaster / case that occurred, received from the portable terminal of the safety confirmation target person. A method of obtaining is disclosed.

  Patent Document 2 describes that a resident in a monitored house carries a small wireless handset, and a sensor built in the handset is used as a simple base station possessed by an emergency crew member for biological information such as the pulse and temperature of the resident. , A method of obtaining safety information by transmitting is disclosed.

  Patent document 3 respond | corresponds based on the label information which calculates | requires a visual field space in map information space from the positional information and camera attribute information at the time of landscape image acquisition, and includes the name of the existing structure, a label provision position, etc. A method is disclosed in which the name of map information or its attribute information is superimposed and displayed in an image.

JP 2004-253951 A JP 2009-205408 A Japanese Patent Laid-Open No. 10-267671

  In the method of Patent Document 1, since the injured person returns safety information individually, various miscellaneous levels of information are sent to the disaster / incident information processing apparatus, and the rescue team member decides the priority of rescue. It is necessary to judge the level of injury and organize information.

  In the method of Patent Literature 2, since the simple base station also obtains biological information such as pulse and body temperature, the judgment of injury level and the organization of injury information are more efficient than the method of Patent Literature 1, but there are many emergency personnel. From the data, we need to select the injured who need urgentness.

  In the method of Patent Document 3, it is possible to replace the structure with injured person level information. However, when there are a large number of injured persons, label forestation occurs. Therefore, the ambulance crew must select the injured person who needs urgentness from the complicated display.

  An object of the present invention is to solve the above-described problems and to obtain an information processing apparatus that can easily determine a rescue priority order for emergency personnel.

  The information processing apparatus according to the present invention acquires and stores first data including injury level information and first position information indicating a position of the first user terminal device from a plurality of first user terminal devices having a positioning function. The first data is acquired from the damaged data storage means and the damaged data storage means, and output for each injury level included in the first data at a predetermined time interval in descending order of the injury level. Data output means.

  The information processing program of the present invention acquires first data including injury level information and first position information indicating a position of the first user terminal device from a plurality of first user terminal devices with a positioning function. The computer executes the disaster data storage process stored in the disaster data storage unit.

  The information processing method of the present invention obtains first data including injury level information and first position information indicating the position of the first user terminal device from a plurality of first user terminal devices with a positioning function, Store in the data storage unit, acquire each first data from the disaster data storage unit, and output for each injury level included in the first data at a predetermined time interval in descending order of the injury level To do.

  According to the present invention, emergency personnel can easily determine the priority order of emergency lifesaving.

FIG. 1 is a diagram showing the configuration of the first exemplary embodiment of the present invention. FIG. 2 is a diagram showing a sequence chart according to the first embodiment of the present invention. FIG. 3 is a diagram illustrating a registration information table according to the first embodiment of this invention. FIG. 4 is a diagram illustrating a disaster data table according to the first embodiment of this invention. FIG. 5 is a diagram showing injured person distribution information according to the first embodiment of this invention. FIG. 6 is a diagram showing the configuration of the second exemplary embodiment of the present invention. FIG. 7 is a diagram showing a sequence chart according to the second embodiment of the present invention. FIG. 8 is a diagram illustrating a tag information table according to the second embodiment of this invention. FIG. 9 is a diagram illustrating an example of a tag according to the second embodiment of this invention. FIG. 10 is a diagram showing injured person distribution information according to the second embodiment of the present invention. FIG. 11 is a diagram showing the configuration of the fourth exemplary embodiment of the present invention. FIG. 12 is a diagram showing a sequence chart according to the third embodiment of the present invention.

(First embodiment)
FIG. 1 is a diagram showing the configuration of the first exemplary embodiment of the present invention.

  The cell broadcast server 30 transmits a broadcast mail to the plurality of first user terminal devices 40 via a base station that has jurisdiction over the cells in the affected area at the time of a disaster. This broadcast mail contains a URL (Uniform Resource Locator) for those who need assistance from the rescue team.

  The first user terminal device 40 is a mobile terminal such as a mobile phone, a mobile phone, or a cellular phone owned by a disaster victim or the like. The 1st user terminal device 40 has a positioning function, and can acquire longitude and latitude information about the position of an own machine by communicating with location server 60 via the above-mentioned base station. Further, the first user terminal device 40 can access the URL attached to the mail via the base station and register the injury level and the position information in the WEB server 50 by operating a button. Note that the position information of the first user terminal device 40 may be referred to as first position information. The WEB server 50 stores these pieces of information in the registration information table shown in FIG. In the registration information table, first position information and injury level information are recorded in association with an ID number (ID: Identification) assigned to each first user terminal device 40. The first position information is represented by longitude and latitude. Note that data represented by a combination of longitude and latitude is hereinafter referred to as longitude and latitude coordinates. Injury level 0 indicates “no injury”, injury level 1 indicates “minor injury”, injury level 2 indicates “serious injury”, and injury level 3 indicates “frequent death”.

  The information processing apparatus 100 includes a disaster data storage unit 10 and a data output unit 20. The disaster data storage unit 10 acquires the injury level and the first position information from the registration information table of the WEB server 50, and stores the injury level and the first position information for each injury level in the disaster data table shown in FIG. The combination of the first position information and the injury level information is called first data.

  The disaster data storage unit 10 designates longitude and latitude information from the map server 70, acquires map data including the position of the first position information in the disaster data table, associates the first data with the first data, Store inside.

  The map server 70 stores map data and is also called a map data storage unit. Here, the map data does not mean only the thing on the ground represented by a map symbol at a certain scale and arranged on a plane imitating the arrangement on the ground. The map data also includes an image file obtained by taking a photograph of a landscape on the ground. The map server 70 can output the area specified by the longitude and latitude coordinates to the disaster data storage unit 10 as the map data. Further, the map server 70 can output the image file specified by the file name to the disaster data storage unit 10. The map server 70 is also called a map data storage unit.

  The data output unit 20 acquires the injury level and the first position information from the disaster data storage unit 10, and displays the injury level superimposed on the position corresponding to the position indicated by the first position information of the map data. Create distribution information data.

  The data output unit 20 transmits the data of the created injured person distribution information to the second user terminal device 80 possessed by the emergency personnel or the like.

  The disaster data storage unit 10 and the data output unit 20 can be realized by hardware combining logic circuits, or can be realized by a computer program executed by a software application.

  FIG. 2 is a diagram showing a sequence chart of the present embodiment. When a disaster occurs, the cell broadcast server 30 transmits a broadcast mail addressed to a plurality of first user terminal devices 40 via a base station having jurisdiction over the cells in the affected area (SQ1).

  In the disaster area, the first user terminal device 40 that has received the broadcast mail accesses the URL appended to the mail and wirelessly connects to the WEB server 50 (SQ2).

  The WEB server 50 displays the page of the accessed URL on the screen of the first user terminal device 40 (SQ3).

  The first user terminal device 40 requests the location server 60 to obtain the first position information that is the position information of the own device (SQ4).

  Upon receiving this request, the location server 60 transmits the first position information of the first user terminal device 40 to the WEB server 50 (SQ5).

  The first user terminal device 40 transmits injury level information (any one of 0, 1, 2, 3) to the WEB server 50 (SQ6).

  The WEB server 50 requests the first user terminal device 40 to confirm the first position information and the injury level information (SQ7), and the first user terminal device 40 notifies the WEB server 50 that this has been confirmed. Reply (SQ8).

  When the WEB server 50 receives confirmation from the predetermined number of first user terminal devices 40, the damage data storage unit 10 of the information processing device 100 stores the number N of types of injury levels and all the first levels stored therein. The longitude and latitude coordinate area including the position information is notified (SQ9). In the present embodiment, the number of types of injuries level is four injuries levels 0, 1, 2, and 3. The number of types of injury levels is hereinafter referred to as the number of levels.

  The disaster data storage unit 10 of the information processing apparatus 100 determines whether N = 0. If N is not 0, the disaster data storage unit 10 assigns N-1 obtained by subtracting 1 from the original level number to the number of levels, specifies the injury level in order from the highest injury level, and the injury level. The WEB server 50 is requested for the first location information of the disaster victim (SQ11).

  The WEB server 50 transmits the first position information of the victim of the designated injury level to the disaster data storage unit 10 (SQ12).

  In the present embodiment, since the highest injury level is 3, the disaster data storage unit 10 requests the WEB server 50 for the first location information of the victim of injury level 3 in SQ11. The WEB server 50 acquires the ID and first position information of the injured person at the injury level 3 from the registration information table, and transmits them to the disaster data storage unit 10. The disaster data storage unit 10 stores the acquired information in the disaster data table (injury level 3) shown in FIG. 4 for each injury level.

  Next, the disaster data storage unit 10 requests the map server 70 for map data in the area specified by the longitude and latitude coordinates acquired in SQ9 (SQ13).

  In the present embodiment, the plane including all the points of the first position information possessed by the disaster data storage unit 10 at this stage is expressed as (35 degrees 39 minutes 0 seconds, 139 degrees 44 minutes 43 seconds) as longitude and latitude coordinates. It is a rectangle whose diagonal is a straight line connecting (35 degrees 39 minutes 39 seconds, 139 degrees 44 minutes 63 seconds). The disaster data storage unit 10 requests the map data from the map server 70 by designating the diagonal coordinates.

  The map server 70 transmits the requested map data to the disaster data storage unit 10 (SQ14).

  The data output unit 20 of the information processing apparatus 100 creates injured person distribution information data that displays the injured level superimposed on the position corresponding to the first position information of the map data. This is transmitted (SQ15). FIG. 5 shows an example of injured person distribution information for each injured level. If attention is paid to FIG. 5A, 3 representing the injury level is displayed at the position corresponding to the first position information together with the ID number of the first user terminal device.

  When the data output unit 20 transmits the injured person distribution information of the specified injury level to the second user terminal device 80, T = 0, and after a predetermined time T1 has passed (SQ17), the next specified The same operation is repeated for the injury level.

  In the present embodiment, the next highest injury level after the injury level 3 is “2”. After the injured person distribution information at the injured level 3 is transmitted, the injured person distribution information at the injured level 2 shown in FIG. 5B continues to the second user terminal device 80 after a predetermined time T1 has elapsed. Sent. The data output unit 20 also sequentially transmits the injured person distribution information of the injuries level 1 and 0 shown in FIGS. 5C and 5D to the second user terminal device 80 in the same manner.

  The display of the second user terminal device 80 is automatically updated to display the received injured person distribution information when the injured person distribution information is received. At this time, a setting stored in the storage unit of the second user terminal device 40 may be taken so that the injured person distribution information received in the past can be referred to again.

  Before the predetermined time T1 elapses, the data output unit 20 waits without performing the next process (SQ16).

  If N = 0, the disaster data storage unit 10 ends the process (SQ10).

  In the present embodiment, the data output unit 20 displays the ID along with the injury level in the injured person distribution information, but the ID may not be displayed.

  In the present embodiment, the data output unit 20 creates the injured person distribution information for all the injured levels in descending order of the injured level. However, it is not always necessary to create the injured person distribution information for all the injured levels. . The data output unit 20 can also perform a setting not to create injured person distribution information with a low injury level. The data output unit 20 can also be set to create only injured person distribution information with a low injury level in consideration of the equipment of a deployable ambulance team.

  In the present embodiment, the WEB server 50 receives the confirmations from the predetermined number of first user terminal devices 40, and the number N of types of injury levels stored in the disaster data storage unit 10 of the information processing device 100. And the longitude / latitude coordinate area including all the first position information. However, it is not always necessary to wait for the notification until a predetermined number of confirmations are received, and the WEB server 50 may take a setting to notify the longitude and latitude coordinate area after a predetermined time has elapsed.

  In the present embodiment, the disaster data storage unit 10 designates longitude and latitude coordinates and acquires map data from the map data storage unit, but it is not always necessary to designate longitude and latitude coordinates. A famous building or the like and a radius of a circle centered on the building or the like may be designated.

  In the present embodiment, the injury level information and the first position information are sent to the disaster data storage unit 10 of the information processing apparatus 100 via the WEB server 50. These first data are directly from the first user terminal. May be sent. In this case, the location server 60 transmits the first position information to the first user terminal device 40 in SQ5. Further, the data output unit 20 performs a process of dividing the first data for each injury level.

  In the present embodiment, the disaster data storage unit 10 requests the map server 70 for map data of the area specified by the longitude and latitude coordinates including all the first position information in SQ3. An area including only one position information may be designated.

  According to this embodiment, since the injured person distribution information is displayed for each injury level on the second user terminal device 80 possessed by the rescuer or the like, the rescuer or the like takes time to understand the complicated display. The priority of rescue can be easily determined.

(Second Embodiment)
In the first embodiment, the data output unit 20 transmits, to the second user terminal device 80, injured person distribution information obtained by superimposing an injury level on map data. In 2nd Embodiment, the data output part 20 superimposes an injury level on the landscape image which the 2nd user terminal device 80 image | photographs. FIG. 6 is a diagram illustrating a configuration of the second embodiment. The differences from the first embodiment are the following two points. (1) The second user terminal device 80 is a mobile terminal having functions of positioning, direction detection, and shooting. (2) The second user terminal device 80 can transmit a landscape image file and shooting data (described later) to the disaster data storage unit 10 of the information processing apparatus 100.

  The second user terminal device 80 includes a photographing unit, a direction detecting unit that measures the azimuth angle, and a positioning unit that measures the position of the own device. A geomagnetic / acceleration sensor can be used as the direction detection unit. In addition, in order to instruct the emergency personnel, who are the holders of the second user terminal device 80, to hold the second user terminal device 80 for shooting in a direction perpendicular to and parallel to the ground, the inclination angle And the rotation angle is constant. Further, if the second user terminal device 80 having the same angle of view is held for all emergency personnel, the angle of view of each second user terminal device 80 is constant. Moreover, the 2nd user terminal device 80 has a memory | storage part which stores the image file (landscape image file, also called map data) of the image | photographed scenery. In addition, the second user terminal device 80 has a function of transmitting captured data, a file name of a landscape image file, and a landscape image file to the disaster data storage unit 10. Here, the imaging data includes the azimuth angle measured by the direction detection unit and second position information that is position information of the second user terminal device 80. The positioning unit of the second user terminal device always transmits its own positioning information toward a terminal position monitor unit (not shown) of the information processing apparatus 100.

  The disaster data storage unit 10 can select a second user terminal device whose location is close to the first position information from the plurality of second user terminal devices 80. This selection is performed by the disaster data storage unit 10 calculating the positional relationship between the longitude and latitude coordinates of each second user terminal output by the terminal position monitor unit and the longitude and latitude region indicated by the first position information.

  Further, the disaster data storage unit 10 calculates a longitude and latitude region corresponding to the landscape image data from the captured data acquired from the second user terminal device 80. Further, the disaster data storage unit 10 determines whether or not the position corresponding to the first position information that is the position information of the first user terminal device 40 is included in the longitude and latitude region obtained by the calculation. When the position corresponding to the first position information is included, the disaster data storage unit 10 displays the injury level superimposed on the scenery image data at the position corresponding to the first position information of the scenery image data. Create data.

  FIG. 7 is a diagram showing a sequence chart of the present embodiment. The steps from SQ21 to SQ32 are the same as SQ1 to SQ12 in the first embodiment. The disaster data storage unit 10 of the information processing apparatus 100 selects the second user terminal device 80 located in the vicinity of the first position information, and instructs to take a landscape image (SQ33). In addition, the disaster data storage unit 10 creates information to be written in the tag for displaying the injury level, in which the injury level is associated with the location information, based on the location information of the victim of the specified injury level stored in SQ32. And stored as a tag information table. FIG. 8 shows an example of a tag information table. The tag information table stores longitude and latitude coordinates, injury level information, tag information, and display target flags (described later) in association with IDs assigned to the respective first user terminal devices 40. The second user terminal device 80 transmits the image file of the landscape obtained by capturing the landscape image and the captured data including the azimuth angle and the second position information to the disaster data storage unit 10 of the information processing device 100 (SQ34). . The disaster data storage unit 10 calculates a longitude / latitude area of the map data from the captured data, and determines whether the latitude / longitude coordinates matching the tag information are included. If not included, the disaster data storage unit 10 issues a photographing instruction again (SQ35). If included, the disaster data storage unit 10 sets the display target flag “1” in the ID including the longitude and latitude coordinates of the tag information table in the map data. FIG. 8 shows an example in which IDs 3, 4, 6, 8, 9, and 10 are included in the map data area and the flag “1” is set. The data output unit 20 refers to the tag information table of the disaster data storage unit 10 and creates tag data for displaying tags as shown in FIG. 9 for the ID set with the flag “1”. The data output unit 20 creates injured person distribution information data obtained by superimposing the tag data on the corresponding longitude and latitude coordinate positions of the map data that is the landscape image file (SQ36). The data output unit 20 transmits the injured person distribution information to the second user terminal device 80 (SQ37). On the screen of the second user terminal device 80, as shown in FIG. 10, an injury level tag is displayed superimposed on the captured landscape image. As an example, when displaying injured person distribution information in descending order starting from the injury level 3 as in the first embodiment, the images are updated in the order of (a), (b), and (c). When the data output unit 20 transmits the injured person distribution information of the specified injury level to the second user terminal device 80, T = 0, and after a predetermined time T1 has passed (SQ39), the next specified For the injury level, the same operation is repeated as in the first embodiment. Before the predetermined time T1 elapses, the information processing apparatus 100 waits without performing the next process (SQ38).

  In the present embodiment, the inclination angle and the rotation angle of the second user terminal device 80 are fixed, but the disaster data storage unit 10 also acquires the inclination angle and the rotation angle by the direction detection unit, and the longitude and latitude region. In these calculations, the longitude and latitude area can be calculated using these data. In this case, the ambulance crew does not need to be aware of the holding direction of the second user terminal device 80, and can shoot at a free angle. In the present embodiment, the angle of view of the second user terminal device 80 is constant. However, the second user terminal device 80 having a different angle of view may be used. In this case, the disaster data storage unit 10 acquires the angle of view from each of the second user terminal devices 80, and calculates the longitude / latitude region using the angle of view data in the calculation of the longitude / latitude region.

  According to the present embodiment, the injury level information is superimposed on the actual landscape image taken by the rescue crew, so that it is easier to determine the priority order than in the first embodiment.

(Third embodiment)
In the second embodiment, the disaster data storage unit 10 of the information processing device 100 calculates the longitude and latitude region corresponding to the landscape image data from the captured data acquired from the second user terminal device 80. In addition, the data output unit 20 of the information processing device 100 creates injured person distribution information data in which the injury level is superimposed on the position of the corresponding longitude and latitude coordinates of the landscape image file received from the second user terminal device 80. And transmitted to the second user terminal device 80.

  However, the second user terminal device 80 has a function (coordinate calculation function) for calculating a longitude / latitude region corresponding to the landscape image data and transmitting only the coordinate range of the longitude / latitude region to the disaster data storage unit 10. Also good. Moreover, the 2nd user terminal device 80 may have the function (image superimposition function) which superimposes the 1st data received from the data output part 20 on the image of a landscape. In the third embodiment, the second user terminal device 80 is responsible for the coordinate calculation function and the image superimposition function.

  FIG. 12 is a diagram showing a sequence chart of the present embodiment. The steps from SQ41 to SQ53 are the same as SQ21 to SQ33 of the second embodiment. As in the second embodiment, the disaster data storage unit 10 of the information processing apparatus 100 creates a tag information table based on the first data and stores it. The second user terminal device 80 captures a landscape image, and calculates a longitude / latitude region from the captured data including the azimuth angle at the time of capturing and the second position information. The 2nd user terminal device 80 transmits the coordinate range of the area | region corresponding to the said landscape obtained as a result of this calculation to the disaster data storage part 10 of the information processing apparatus 100 (SQ54). The disaster data storage unit 10 determines whether or not this coordinate range includes longitude and latitude coordinates that match the tag information. If the coordinate range does not include the longitude and latitude coordinates that match the tag information (SQ55), the disaster data storage unit 10 issues a shooting instruction to the second user terminal device 80 again (SQ53). If included, the disaster data storage unit 10 creates a tag by setting the display target flag “1” to the ID included in the coordinate range of the longitude and latitude coordinates of the tag information table, as in the second embodiment. To do. The data output unit 20 transmits the information obtained by combining the designated injury level and the position information, that is, the first data and the tag data corresponding to the first data to the second user terminal device 80 (SQ56). The second user terminal device 80 superimposes tag information on a landscape image.

  According to the present embodiment, the disaster data storage unit 10 creates a tag, but the disaster data storage unit 10 does not necessarily create a tag, and the second user terminal device 80 has a function of creating a tag. It may be. In this case, the second user terminal device 80 can not only create a new tag but also select a pictograph or image file that it has. In this case, in SQ 56, the data output unit 20 sends only the first data of the designated injury level to the second user terminal device 80.

  According to the present embodiment, the injury level information is superimposed on the actual landscape image taken by the rescue crew, so that it is easier to determine the priority order than in the first embodiment. In addition, according to the present embodiment, the second user terminal device 80 sends only the data of the longitude and latitude coordinates to the disaster data storage unit 10 of the information processing device 100, so that data transmission is second compared to the embodiment. Takes less time.

(Fourth embodiment)
FIG. 11 is a diagram showing the configuration of the third exemplary embodiment of the present invention. The third embodiment of the present invention
Damaged data storage unit that acquires and stores first data including injury level information and first position information indicating the position of the first user terminal device 40 from a plurality of first user terminal devices 40 with a positioning function. 10 and a data output unit that obtains each first data from the disaster data storage unit, and outputs the first data for each injury level included in the first data at a predetermined time interval in descending order of the injury level. 20 is an information processing apparatus 100.

  According to this embodiment, the priority of emergency rescue can be determined easily.

DESCRIPTION OF SYMBOLS 10 Disaster data storage part 20 Data output part 30 Cell broadcast server 40 1st user terminal device 50 WEB server 60 Location server 70 Map server 80 2nd user terminal device 100 Information processing apparatus

Claims (10)

Disaster data storage means for acquiring and storing first data including injury level information and first position information indicating the position of the first user terminal device from a plurality of first user terminal devices with a positioning function;
Data output means for acquiring each first data from the disaster data storage means, and outputting each of the injury levels included in the first data at a predetermined time interval in descending order of the injury level;
An information processing apparatus. The disaster data storage means designates a range including all positions indicated by the stored first position information, acquires map data of the range from the map data storage means,
The data output means creates the injured person distribution information by superimposing the injury level on the position indicated by the first position information of the map data with the map data, and transmits it to the second user terminal device. Information processing device. The disaster data storage means is measured from the azimuth angle of the photographing means measured by the direction detecting means and the positioning means from a second user terminal device having photographing means, direction detecting means, and positioning means. The second position information including the coordinates of the second user terminal device, and the captured image data including the image data of the landscape captured by the imaging means, and the region corresponding to the landscape from the captured data Calculate the coordinate range,
The data output means includes the image file at the position indicated by the first position information of the image file and the injury level of the first data in which the position corresponding to the first position information is included in the area. The information processing apparatus according to claim 1, wherein the information on the injured person distribution is superimposed and transmitted to the second user terminal device. The disaster data storage means receives, from the second user terminal device, the coordinate range of the area corresponding to the landscape, taken by the second user terminal device,
The data output means includes the first data in which the position corresponding to the first position information is included in the area, and the position where the first position information of the landscape image indicates the injury level of the first data. The information processing apparatus according to claim 1, wherein the information is transmitted to the second user terminal device that is superimposed on the landscape image. Damage caused by acquiring first data including injury level information and first position information indicating the position of the first user terminal device from a plurality of first user terminal devices with a positioning function, and storing the first data in the disaster data storage unit Data storage processing,
A data output process for obtaining each first data from the disaster data storage unit and outputting the first data for each injury level included in the first data at a predetermined time interval in descending order of the injury level. An information processing program to be executed by a computer. The disaster data storage process for specifying a range including all the positions indicated by the stored first position information and acquiring map data of the range from the map data storage unit;
The data output processing for creating the injured person distribution information by superimposing the injury level on the position indicated by the first position information of the map data with the map data, and transmitting the information to the second user terminal device. 6. The information processing program according to claim 5, wherein the information processing program is executed. From the second user terminal device having an imaging unit, a direction detection unit, and a positioning unit, the azimuth angle of the imaging unit measured by the direction detection unit, and the second user terminal device measured by the positioning unit Receiving the shooting data including the second position information including the coordinates and the image file of the landscape shot by the shooting unit, and calculating the coordinate range of the area corresponding to the landscape from the shooting data Data storage processing,
Distribution of the injured person by superimposing the injury level of the first data including the position corresponding to the first position information in the area on the image file at the position indicated by the first position information of the image file. The information processing program according to claim 5, wherein the computer executes the data output process of creating information and transmitting the information to the second user terminal device. From the second user terminal device, the disaster data storage process for receiving the coordinate range of the area corresponding to the landscape, taken by the second user terminal device,
The first image in which the position corresponding to the first position information is included in the region, the image of the landscape at the position where the first position information of the image of the landscape indicates the injury level of the first data. 6. The information processing program according to claim 5, which causes the computer to execute the data output processing transmitted to the second user terminal device to be displayed in a superimposed manner. From a plurality of first user terminal devices with a positioning function, first data including injury level information and first position information indicating the position of the first user terminal device is acquired and stored in the disaster data storage unit,
An information processing method for acquiring each first data from the disaster data storage unit and outputting the first data for each injury level included in the first data at a predetermined time interval in descending order of the injury level. From the second user terminal device, receive the coordinate range of the area corresponding to the landscape, taken by the second user terminal device,
The first image in which the position corresponding to the first position information is included in the region, the image of the landscape at the position where the first position information of the image of the landscape indicates the injury level of the first data. The information processing method according to claim 9, wherein the information is transmitted to the second user terminal device displayed in a superimposed manner.

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