JP2018165906A - Damage investigation system and method of application thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a damage investigation system by which one who does not have knowledge enough to determine a degree of damage of a damaged object can collect information necessary for acknowledgment of a degree of damage of a damaged object in a damaged area and can send the information to a not-damaged area.SOLUTION: A system has: a management server device collecting and managing information related to a damaged object; and a mobile terminal device including display means and photographing means, which is connected to the management server device via a network. The mobile terminal device comprises determination criteria designation means designating a determination criteria of a degree of damage of a damaged object, image data of a photo photographed, damaged object information transmission means transmitting damaged object information including a determination criteria of a degree of dame of the designated damaged object from the mobile terminal device to the management server device.SELECTED DRAWING: Figure 6

Description

  The present invention relates to a damage investigation system for investigating the degree of damage to a disaster-affected object such as a damaged house.

  When a home is damaged by a natural disaster such as an earthquake, flood, or wind, the local government will apply the application from the victim to damage the damaged home, etc. Conduct a certification survey and issue a disaster certificate as a document certifying the extent of damage to the disaster.

  In the damage certification survey, local government officials and disaster specialists go to the affected areas and visually check the damage status of the damaged objects. However, when a large-scale natural disaster occurs, the number of disaster victims to be surveyed becomes enormous, making it difficult to conduct a quick survey. If this happens, the issuance of the affliction certificate will be delayed, and the victim will receive various relief measures (disaster life reconstruction support funds, donations, moving subsidies, etc., dismantling of the affected houses, etc. through public expenses, tax and insurance exemptions, etc. Support for grace etc.) cannot be received promptly.

  By the way, Patent Document 1 proposes a damage investigation system that generally supports the work to be performed by each local government in the event of a disaster and reduces the burden on each local government. This damage investigation system is mainly composed of an investigation portable device and a processing device. According to the description in paragraphs 0054 to 0059 of the same document, first, the investigator in the affected area conducts a survey of the safety of residents, the degree of damage (damage) of the building, etc., and surveys using the survey portable device. It is described that result information is transmitted from a disaster area to a processing device of a system operator (for example, a local government). Further, according to this document, it is described that the processing device prints investigation result information as a damage certificate.

JP 2004-110557 A

  However, in the damage investigation system disclosed in Patent Document 1, the person in charge of investigation in the affected area must be a person who has knowledge that can determine the degree of damage (complete destruction, half destruction, etc.) of the building. Therefore, when a large-scale disaster occurs and the number of buildings subject to investigation becomes enormous, the number of people in charge of investigation is insufficient for the number of damaged buildings, and a prompt investigation may be conducted. It becomes difficult. As a result, it is difficult to quickly issue a disaster certificate.

  The present invention was devised to solve the above-mentioned problem, and is necessary for certifying the degree of damage to the damaged object in the affected area even for those who do not have the knowledge to determine the degree of damage to the damaged object. It is an object of the present invention to provide a damage investigation system that can collect various information and send the information to a place not affected by the disaster, and a method for using the damage investigation system.

  A damage investigation system according to the present invention includes a management server device that collects and manages information related to a stricken object, a portable terminal device that includes a display unit and a photography unit, and is connected to the management server device via a network. A judgment standard designating means for designating a judgment standard for the degree of damage to the stricken object in the portable terminal device, image data of the photographed photo, and damage of the designated stricken object. It is characterized by comprising stricken object information transmitting means for transmitting stricken object information including a degree of judgment criterion from the portable terminal device to the management server device.

  According to the damage investigation system having such a configuration, even a person who does not have knowledge that can determine the degree of damage to the damaged object specifies the determination standard for the degree of damage that the damaged object is considered to be applicable by the determination standard specifying means. In order to certify the degree of damage of the stricken object in the management server device by taking a photograph of the stricken material with the photography means and transmitting the stricken material information to the management server device with the stricken material information sending means. It is possible to collect necessary information.

  Preferably, in the damage investigation system having the above-described configuration, it is assumed that the determination criterion for the degree of damage to the damaged object by the determination criterion specifying means is specified by a user selection operation.

  Preferably, in the damage investigation system having the above-described structure, the damage investigation system includes a damage degree determination unit that determines a degree of damage of the disaster based on a numerical value input by a numerical value input operation of a user of the mobile terminal device, and transmits the disaster information It is assumed that the disaster information transmitted by the means further includes the result of the determination.

  Preferably, in the damage investigation system having the above-described configuration, the photographing advice storage means for storing “advice regarding photographing” in the management server device or the portable terminal device in association with the determination criterion of the degree of damage of the disaster object, It is assumed that a photographing method advising means for notifying a user of the mobile terminal device of “advice regarding photographing” associated with the judging standard of the degree of damage of the disaster object designated by the judging standard designating means.

  Preferably, in the damage investigation system having the above configuration, the portable terminal device further includes position information acquisition means for acquiring position information of a place where the photograph was taken by the photograph photographing means, and transmitted by the disaster object information transmission means. It is assumed that the location information of the place where the photograph was taken is further included in the disaster object information.

  Preferably, in the damage investigation system having the above-described configuration, the portable information terminal further includes owner information input means for inputting owner information of the disaster object, and the disaster object information transmitted by the disaster object information transmission means, It is assumed that the disaster owner information is further included.

  Preferably, in the damage investigation system having the above configuration, in the management server device or another terminal device connected to the management server device, the disaster that causes the management server device to display the disaster object information received from the portable terminal device Item information display means, indication item input means capable of inputting the indication items related to the stricken object information on the screen displayed by the stricken object information display means, and transmission of the stricken object information on the indication items inputted in characters It shall be provided with the indication matter notification means to notify to the former.

  Preferably, in the damage investigation system having the above-described configuration, the management server device receives a plurality of sample images of the disaster object, accepts selection of one or a plurality of sample images from the plurality of sample images, Sample image attaching means for attaching to the indicated matter notified by the indicated matter notifying means.

  Preferably, in the damage investigation system having the above configuration, in the management server device or another terminal device connected to the management server device, a photographic image of the disaster object included in the disaster object information received from the mobile terminal device It is assumed that a disaster object photo attaching unit to be attached to the indication item notified by the indication item notification unit is provided.

  Preferably, in the damage investigation system having the above-described configuration, it includes a handwriting input means for inputting a handwriting to a sample image or a disaster object photograph attached to an indication item by the sample image attachment means or the disaster object photograph attachment means. Shall.

  Preferably, in the damage investigation system having the above configuration, map output means for outputting a map in the management server device or another terminal device connected to the management server device, and connection to the management server device or the management server device On the map output by the map output unit, the determination result adding unit for adding information indicating the determination result of the degree of damage to the stricken object information transmitted from the portable terminal device And a disaster location display means for displaying a predetermined form at the location of the disaster to which the determination result is given.

  Preferably, in the damage investigation system having the above configuration, the display of the predetermined form displayed by the disaster object position display unit is color-coded in different colors according to the determination result of the degree of damage of the disaster object. Shall.

  The method for using the damage investigation system of the present invention is a method for using the damage investigation system, in which a sample or model of a disaster is placed in a predetermined location, and the sample or model is A judgment criterion for the degree of damage to be indicated is specified, and image data of a photograph obtained by photographing the sample or model by the photographing means of the portable terminal device, and the judgment of the degree of damage designated by the judgment criterion specifying means The disaster object information including a reference is transmitted to the management server device by the disaster object information transmission means.

  According to the usage method of the damage investigation system having such a configuration, it is possible to experience and learn the use of the damage investigation system by using the damage investigation system assuming that the sample or model of the disaster is an actual disaster object. Therefore, it is possible to train a person who can correctly use the damage investigation system when an actual disaster occurs.

According to the damage investigation system of the present invention, even a person who does not have knowledge that can determine the degree of damage to a disaster object uses information necessary for authorizing the degree of damage to the disaster object in a disaster area using a mobile terminal device. Can be collected and the information can be transmitted to the management server device.
For example, if a management server is installed in a place other than the disaster area, by transmitting information necessary for authorizing the extent of damage to the disaster from the mobile terminal device to the management server, A person having knowledge and authority that can determine the degree of damage to the damaged object can efficiently determine the degree of damage to the damaged object, and can quickly issue a damage certificate.

  According to the method of using the damage investigation system of the present invention, it is possible to train a person who can correctly use the damage investigation system when an actual disaster occurs.

It is a figure which shows the structural example of the damage investigation system which concerns on embodiment of this invention. It is a figure which shows the example of the check sheet | seat screen for 1st investigations used for the wooden and prefabricated house damaged by the earthquake. It is a figure which shows the example of a photograph preparation screen. It is a figure which shows the example of an instruction creation screen. It is a figure which shows the example of the map displayed by a map display function. It is a flowchart for demonstrating the usage example of a damage investigation system. It is a flowchart for demonstrating the usage example of a damage investigation system. It is a figure which shows the example of the input screen of owner information. It is a figure which shows the example of an initial menu. It is a figure which shows the example of a photograph preparation screen. It is a figure which shows the example of a photograph preparation screen. It is a figure which shows the example of the inclination check sheet | seat screens, such as a 1st outer wall. It is a figure which shows the example of the inclination check sheet | seat screens, such as a 2nd outer wall. It is a figure which shows the example of a photograph preparation screen. It is a figure which shows the example of the screen for inclination value input. It is a figure which shows the example of the determination check sheet | seat list screen by a site | part. It is a figure which shows the example of the photograph preparation screen of the damage rate check sheet | seat of a roof. It is a figure which shows the example of the numerical value input screen of the damage rate check sheet | seat of a roof. It is a figure which shows the example of the photograph preparation screen of the damage rate check sheet | seat of a wall (outer wall). It is a figure which shows the example of the numerical value input screen of the damage rate check sheet | seat of a wall (outer wall). It is a figure which shows the example of the photograph preparation screen of a basic damage rate check sheet. It is a figure which shows the example of the numerical value input screen of a basic damage rate check sheet. It is a figure which shows the example of the determination check sheet | seat list screen by a site | part.

  Hereinafter, a damage investigation system according to an embodiment of the present invention will be described with reference to the drawings.

  As shown in FIG. 1, a damage investigation system 1 according to an embodiment of the present invention is connected to a management server device 3 installed in a disaster prevention center 2 and a network 4 such as the Internet. Mobile terminal type client device (hereinafter referred to as “mobile terminal device 5”). In the example shown in FIG. 1, the mobile terminal device 5 is in the disaster area 6, and the disaster prevention center 2 (management server apparatus 3) is in a place away from the disaster area 6.

  For example, the management server device 3 includes a computer in which a predetermined program is incorporated, and functions as a server that provides a service to be described later by executing the program.

  The management server device 3 has a user registration function for registering user identification information (ID), authentication information (password), and the like in advance. In the present embodiment, a person having a predetermined authority (for example, a system administrator) can register the identification information, authentication information, and the like of the user by performing a predetermined input operation on the management server device 3. A damage investigation application program (hereinafter also referred to as “damage investigation application”) is activated in the mobile terminal device 5, and the identification information and authentication information registered in the management server device 3 are input on the activation screen to pass the authentication process. Thus, the portable terminal device 5 is connected to the management server device 3 so that the service can be used.

  The portable terminal device 5 includes a display function including a liquid crystal monitor, an information input function including a touch panel and a physical key, and a photography function. In this embodiment, the mobile terminal device 5 is exemplified by a smartphone in which a “damage investigation app” is installed. The mobile terminal device 5 receives a service provided by the management server device 3 to be described later by executing the “damage investigation application”. Instead of installing the “damage investigation app” in the mobile terminal device 5, a service provided by the management server device 3 to be described later may be received through a browser incorporated in the mobile terminal device 5.

  The mobile terminal device 5 includes a position information acquisition function, an owner information input function, a determination criterion designation function, a shooting method advice function, a disaster object information transmission function, and the like. Each function will be described in detail below.

  The position information acquisition function is, for example, a GPS function, and the position information (GPS data) acquired by this function is embedded in photograph data acquired by taking a picture. In the photographed photograph data, at least latitude / latitude information is embedded as the position information. Note that the position information acquisition function is not limited to the above, and any function that can acquire the position information of the place where the photograph was taken is acceptable. For example, in the mobile terminal device 5, when taking a photograph, a map is displayed, and the user selects (touches) a specific place on the map, whereby the position information of the place where the selected place is photographed is displayed. It is good also as what. Alternatively, in the mobile terminal device 5, at the time of taking a picture, a display requesting the user to input an address may be performed, and the address input by the user may be used as position information of the place where the picture was taken.

  The owner information input function is a function for inputting information on the owner of the disaster-stricken object. Examples of the information on the owner of the stricken object include a name, an address, a contact information, a personal number, and fixed asset identification information of the stricken object (for example, an owner code described in a fixed asset tax notice). The owner information by this function can be input in advance. The pre-input owner information is stored in the storage unit of the mobile terminal device 5 or the management server device 3, and is read out when uploading (transmitting) photo data, which will be described later, together with the photo data, etc. Uploaded to

  The judgment criterion designating function designates a judgment criterion for the degree of damage of the stricken material that the user thinks satisfies the criterion by a selection operation. Judgment criteria used to determine the extent of damage to the disaster-affected materials selected here are judgments used when local governments, etc. that issue disaster certificates certify the extent of damage (completely destroyed, large-scale partially destroyed, partially destroyed, etc.) Standards apply. For example, as shown in FIG. 2, buttons 7 to 9 for displaying a criterion for determining the degree of damage on the screen of the mobile terminal device 5 and a button 10 to be selected when none of the criteria for determining the degree of damage are displayed. When one of the buttons 7-9 is prepared (touched) by the user, a criterion for determining the degree of damage displayed on the selected buttons 7-9 is designated. On the other hand, when the button 10 is selected, by inputting various information in more detail, a screen (for example, FIG. 12, which will be described later) for specifying a judgment criterion for the degree of damage is displayed. Information on the criteria for determining the degree of damage of the designated stricken object is uploaded to the management server device 3 by an upload operation of photo data or the like described later.

  The photographing method advice function notifies the user of advice on photographing necessary for determining whether or not the disaster object satisfies the specified criteria for the degree of damage by displaying character information. The mobile terminal device 5 or the management server device 3 stores “advice regarding taking a picture” in association with a criterion for determining the degree of each damage. When taking a picture of the stricken object, “advice regarding photography” corresponding to the criteria for determining the degree of damage of the designated stricken object is read from the storage unit of the mobile terminal device 5 or the management server device 3, for example, FIG. As shown in FIG. 3, “advice regarding photography” 12 is displayed on the screen of the mobile terminal device 5. In the present embodiment, “advice regarding photography” is notified to the user by displaying character information, but instead of displaying character information or together with displaying character information, voice guidance in the mobile terminal device 5 is displayed. The user may be informed by execution.

  The disaster information transmission function includes the photograph data obtained by photographing, the location information of the photographed location, the owner information of the disaster inputted by the owner information input function, and the disaster designated by the judgment criterion designating means. A criterion for determining the degree of damage to an object is transmitted to the management server device 3 as information on one disaster object (for example, information associated with each other as information related to one disaster object).

  Next, functions of the management server device 3 will be described. In addition to the above-described user registration function, the management server device 3 has a stricken object information display function, a pointed item notification function, a sample image attachment function, a stricken object photo attachment function, a handwriting input function, a judgment result assignment function, and a map display function. , It has a disaster location display function. Each function will be described in detail below.

  The stricken object information display function starts from the mobile terminal device 5 in the display device of the management server device 3 or a terminal device connected to the management server device 3 (terminal devices other than the mobile terminal device 5; the same applies hereinafter). This is a function for displaying information on the disaster-stricken object uploaded (the owner information of the disaster-stricken object, the photograph image of the disaster-stricken object, the criteria for determining the degree of damage of the disaster-stricken object, the positional information of the disaster-stricken object, etc.)

  On the screen on which the disaster item information is displayed on the management server device 3 or the terminal device connected to the management server device 3 if there is an indication item regarding the disaster object information uploaded from the mobile terminal device 5 Thus, it is a function for notifying the pointed item of the stricken object information of the pointed item by inputting the pointed item regarding the stricken object information. For example, as shown in FIG. 4, information on the stricken object (stricken object owner information, photographic image of the stricken object, criteria for determining the degree of damage of the stricken object, location information of the stricken object, etc.) The instruction creation screen 38 to be displayed is displayed on the management server device 3 or a terminal device connected to the management server device 3, and the user inputs an indication item in the indication item input field 37 by an input operation, and selects the notification button 39 By doing so, the pointed item can be notified to the mobile terminal device 5 that is the transmission source of the disaster object information. With this function, if there is a problem with how to take a picture of the disaster object included in the disaster object information and it is not possible to determine whether or not the specified criteria for the degree of damage is met, When there is no problem, but it is determined that the specified criteria for the degree of damage is not satisfied, the fact can be notified to the sender of the disaster information. In the present embodiment, after inputting the indication item in the indication item input field 37, selecting the notification button 39 saves the instruction data including the indication item in the management server device 3, and then the disaster object When the portable terminal device 5 that is the source of information is connected (logged in) to the management server device 3, the portable terminal device 5 can view the instruction data (instructions including the indicated items).

  The sample image addition function is a function for attaching a sample image to the indicated item. A large number of sample images are stored in the management server device 3, and one or a plurality of sample images are selected by an operation on the screen of the management server device 3 or on the screen of a terminal device connected to the management server device 3. Can do. One or a plurality of sample images are prepared for each criterion for determining the degree of damage. The user on the management server device 3 side (a person who certifies the extent of damage to the stricken object) selects a sample image that may be helpful and attaches it to the indicated item when there is a problem with how to take a photograph of the stricken object. be able to. By doing so, it is possible to accurately tell how to take a preferable photograph to the transmission source of the photograph of the disaster object. In the present embodiment, by dragging and dropping a large number of sample images 41 prepared in the left column to the sample image pasting column 42 on the instruction creation screen 38 shown in FIG. it can. In this way, the indication data including the indication item and the sample image is selected by inputting the indication item in the indication item input field 37 and pasting the sample image in the sample image pasting field 42 and then selecting the notification button 39. When the portable terminal device 5 that is stored in the management server device 3 and is connected to the management server device 3 is subsequently connected (logged in) to the disaster server information, And instructions including sample images) can be viewed.

  The disaster object photo attachment function is a function of attaching a disaster object photograph image (photo image of a disaster object sent from the mobile terminal device 5) to the above-mentioned indication. When there is a problem with how to take a picture of the disaster, the user on the management server device 3 side (person who certifies the extent of damage to the disaster) attaches a photographic image of the disaster to the indicated item. The pointed-out matter can be described with reference to the photographic image of the object, and those who are notified of the pointed-out matter can easily understand the pointed-out matter by attaching the photographic image of the disaster object to the pointed-out matter. . In the present embodiment, the photographic image 43 of the stricken object can be attached to the indicated item by dragging and dropping the photographic image 43 of the stricken object to the image pasting column 44 on the instruction creation screen 38 shown in FIG. It has become. After the indication items are input in the indication item input field 37 in this way and the sample image is pasted on the image pasting field 44 of the disaster object (the sample image 41 is also pasted on the image pasting field 42 if necessary) After that, by selecting the notification button 39, the instruction data including the pointed item and the photographed image (sample image) of the stricken object is stored in the management server device 3, and then the mobile phone of the sender of the stricken object information is stored. When the terminal device 5 is connected (logged in) to the management server device 3, the portable terminal device 5 can browse the instruction data (instructions including the indicated items and the photographic image (sample image) of the disaster object). Become.

  The handwriting input function is a function for handwriting input to the sample image 41 attached to the pointed item by the sample image addition function and the disaster object photo attachment function and the photo image 43 of the disaster object. In the present embodiment, for example, it is a function that can be written to an image pasted in the image pasting fields 42 and 44 of the instruction sheet creation screen 38 shown in FIG. 4 using a stylus or the like. If there is a problem with how to take a photo of the stricken object and it is not possible to determine whether the specified criteria for the degree of damage is satisfied, enter the handwritten information in the stricken object photographic image attached to the indicated item. In addition, if you refer to the handwriting input part in the points to be pointed out, you can easily tell the point of the problem to the other party. For example, while enclosing the problem part of the photographic image of the stricken object in circles by handwriting input, “Please take an enlarged photo of the circled part.”, “Because the circled part is difficult to understand. , Please take a picture of the circled part from other angles. ”, Etc., can be accurately communicated to the sender.

  The determination result assigning function is performed by the management server device 3 or a terminal device connected to the management server device with respect to damage information uploaded from the mobile terminal device 5 (for example, “total destruction”, “large scale” This is a function for providing information (hereinafter referred to as “determination result information”) indicating a determination result of “half-destructed”, “half-destructed”, “not half-destructed”, and the like. The determination result information is given by the operation of the management server device 3 or the user of the terminal device connected to the management server device (person who certifies the degree of damage of the disaster object), and the disaster object to which the determination result information is given. Information is stored in the management server device 3. A local government or the like can issue a disaster certificate efficiently by issuing a disaster certificate according to the determination result of each disaster information collected in the management server device 3.

  The map display function displays and outputs a map on the management server device 3 or a terminal device connected to the management server device 3. The disaster location display function displays a predetermined form at the location of the disaster to which the determination result information is given on the map displayed and output by the map display function. For example, as shown in FIG. 5, it is assumed that substantially fan-shaped marks 46 to 48 are displayed on a map, and the marks 46 to 48 are color-coded in different colors depending on the degree of damage to the disaster. In FIG. 5, a black-filled mark 46 indicates the position of the “completely destroyed” disaster object, and a mark 47 with a left-downward diagonal line indicates a position of the “large-scale half-broken” disaster object, and a mark with a downward-rightward diagonal line Reference numeral 48 denotes the position of the “semi-destructed” disaster. From this map, the distribution of the degree of damage can be grasped at a glance.

  Hereinafter, a usage example of the damage investigation system 1 when a large-scale disaster occurs will be described with reference to the flowcharts of FIGS. 6 and 7. In addition, the following use examples correspond to the damage certification flow described in the “Guidelines for Damage Recognition Standards for Residents Related to Disasters, June 2013 (Cabinet Office (Disaster Prevention))”. The application of the technical idea is not limited to the damage recognition flow described above, and can be applied to a damage authorization investigation uniquely determined by a local public body or the like without departing from the technical idea.

  First, in a disaster area where a major disaster has occurred, a “damage investigation app” of the mobile terminal device 5 is activated by a person who wants to obtain a affliction certificate and others, and a predetermined authentication operation is performed. Other persons include those requested by the owner of the stricken object, employees of local governments, etc., but any person who can operate the mobile terminal device 5 may be used.

  When the “damage investigation application” is activated in the portable terminal device 5 and the authentication process using the ID and password is completed, as shown in FIG. 8, an input screen 13 for the owner information of the disaster is displayed (ST1). . In this screen 13, “1. Name of the owner of the disaster victim”, “2. Address of the disaster victim”, “3. Contact information of the owner of the disaster victim”, The input fields of “4. Personal number of the owner of the disaster victim” and “5. Fixed asset identification information of the disaster victim” are displayed. When information is input to each of the columns 14 to 18 and the update button 19 is selected, the input information is stored in the management server device 3 (may be stored in the mobile terminal device 5). The input of the owner information of the disaster object using the input screen 13 can be input in advance before the disaster. In this case, the input information is sent to the management server device 3 (or the mobile terminal device 5). Registered (stored). If the owner information is registered in advance, when the owner information input screen 13 is displayed, the information already registered in the input fields 14 to 18 is displayed. In this case, if the registered owner information is corrected or changed, the registered information can be updated by overwriting and pressing the update button 19.

  When owner information is input in the input fields 14 to 18 of the disaster information owner information input screen 13 and the update button 19 is selected, or the owner information of the disaster is registered in advance. When the update button 19 is selected, as shown in FIG. 9, next, as an initial menu screen, the type of damage (earthquake, flood, wind damage), the type of structure of the damaged object (wooden / prefabricated, non-wooden) Then, an initial menu screen 21 for selecting the survey type (first survey, second survey) is displayed (ST2). In FIG. 9, “non-wooden”, which is the type of structure of the disaster, is hidden below the initial menu screen 21 and appears on the screen by scrolling up the screen 21.

  When any display is selected by the user on the initial menu screen 21, the mobile terminal device 5 downloads and displays a check sheet (check item screen) associated with the selected display from the management server device 3. . For example, if the selected display is “Earthquake Wooden / Prefab Primary Survey Check Sheet” (ST3: YES), the mobile terminal device 5 is a wooden / prefab house damaged by the earthquake as shown in FIG. First check check sheet screen 22 used in the above is displayed (ST4). If the selected display is something other than “earthquake wooden / prefab primary survey check sheet” (ST3: NO), a check sheet screen corresponding to each selected item is downloaded from the management server device 3. Each of the processes is displayed (ST27). In the present embodiment, only the case where the selected display is “earthquake wooden / prefab primary survey check sheet” will be described, and detailed description when the selected display is other cases (details of ST27) Are omitted.

  The check sheet screen 22 shown in FIG. 2 is used to specify the criteria for determining the degree of damage to a house by a user (applicant) selection operation. Three examples of degree judgment criteria are displayed. In addition, an item to be selected ("4. Does not correspond to any") that is not applicable to any of the three examples is also displayed.

  When any of the buttons 7 to 9 on the check sheet screen 22 is selected and specified (ST5: YES), the mobile terminal device 5 displays a photo preparation screen prepared in advance for each criterion for determining the degree of damage (ST6). ).

  For example, when the button 7 on the check sheet screen 22 in FIG. 2 is selected, the mobile terminal device 5 displays a photo preparation screen 23 as shown in FIG. This photo preparation screen 23 includes a precautions description column 12 (advice for photography 12) that contains precautions for taking a photograph that proves that the damaged material satisfies the specified criteria for the degree of damage. A photo sample image 25, which is a reference example of the photo to be taken, various icons 26 to 28, an attached photo display column 29 for displaying the attached photo, and a comment input column 30 for the photographed photo are displayed. When the icon 27 is touched, an operation screen for taking and attaching a photo is opened. When the icon 26 is touched, the attached photo data is deleted. When the icon 28 is touched, an image file folder in the mobile terminal device 5 is opened, an image file can be selected from the folder, and the selected image file is attached.

  When the button 8 on the check sheet screen 22 in FIG. 2 is selected, the mobile terminal device 5 displays a photo preparation screen 32 as shown in FIG. Also on the photo preparation screen 32, a precautions description column 12 (advice 12 regarding photography), a sample image 25 of a photo as a reference example of a photo to be taken, various icons 26 to 28, and an attachment for displaying the attached photo A photo display field 29 and a comment input field 30 regarding the photographed photo are displayed.

  When the button 9 on the check sheet screen 22 in FIG. 2 is selected, the mobile terminal device 5 displays a photo preparation screen 33 as shown in FIG. Also on the photo preparation screen 33, a note description column 12 (advice regarding photography) 12, a sample image 25 of a photo as a reference example of a photo to be taken, various icons 26 to 28, and an attachment for displaying the attached photo A photo display field 29 and a comment input field 30 regarding the photographed photo are displayed.

  When the icon 27 is touched on the photo preparation screens 23, 32, and 33, the mobile terminal device 5 displays a screen for taking a picture, and the user views the subject displayed on the screen while viewing the subject. The photograph is displayed by touching the photograph button (ST7), and the photograph data obtained by the photograph is included in the disaster object information uploaded to the management server device 3 later. Further, the mobile terminal device 5 embeds position information acquired by the GPS function in photo data obtained by shooting. The mobile terminal device 5 displays the photo preparation screens 23, 32, and 33 again after the photo shooting, and displays an image of the photo data obtained by the shooting in the attached photo display field 29. Thereafter, when the user touches the send button 34 on the photo preparation screens 23, 32, and 33, the mobile terminal device 5 reads the photo data obtained by shooting, the location information of the location where the photo was taken, and the owner of the disaster object. The information, criteria for determining the degree of damage of the designated stricken object, comments regarding the photographed photograph, etc. are uploaded (transmitted) to the management server device 3 as stricken object information (ST8). If the location information acquisition function is not of the type that embeds location information in photo data, photos acquired by various methods (for example, touching a specific place on the map, inputting an address, etc., as described above) The location information of the taken place is not embedded in the photo data, but is stored in the management server device 3 together with the photo data, the owner information of the disaster object, the judgment criteria of the degree of damage of the designated disaster object, the comment about the photographed photo, etc. Uploaded (sent). same as below.

  On the other hand, when the button 10 (“4. Does not correspond to any of”) on the check sheet screen 22 in FIG. 2 is selected (ST5: NO), the mobile terminal device 5 has the first outer wall as shown in FIG. A tilt check sheet screen 36 is displayed (ST11). In the inclination check sheet screen 36, whether or not the inclination of the outer wall or column is equal to or greater than a predetermined value (in this embodiment, equal to or greater than 1/20) is designated by the user's selection operation. If it is specified on this screen 36 that the inclination of the outer wall or column is greater than or equal to a predetermined value ("Yes" is selected) (ST12: YES), the inclination check of the second outer wall as shown in FIG. The sheet screen 49 is displayed (ST13).

  When the icon 27 is touched on the tilt check sheet screen 49 such as the second outer wall, a photo preparation screen 51 as shown in FIG. 14 is displayed. Also on this photo preparation screen 51, a note description column 12 (advice 12 regarding photography), a sample image 25 of a photo as a reference example of a photo to be taken, various icons 26 to 28, and an attachment for displaying the attached photo A photo display field 29 and a comment input field 30 regarding the photographed photo are displayed. When the icon 27 is touched on the above-mentioned photo preparation screen 51 (ST14), the mobile terminal device 5 displays a screen for taking a picture, and the user is in the same screen while watching the subject displayed on the screen. A photograph is taken by touching the photograph button displayed (ST15), and photograph data obtained by the photograph is included in disaster object information that is later uploaded to the management server device 3. Further, the mobile terminal device 5 embeds position information acquired by the GPS function in photo data obtained by shooting. The portable terminal device 5 displays the photo preparation screen 51 again after executing the photo shooting, and displays the image of the photo data obtained by the shooting in the attached photo display field 29. After the photograph of the four corners of the outer wall or the four corners of the pillar is completed, when the update button 54 is touched, the screen returns to the tilt check sheet screen 49 such as the second outer wall of FIG.

  Subsequently, when the icon 52 is touched on the tilt check sheet screen 49 such as the second outer wall, a tilt value input screen 53 as shown in FIG. 15 is displayed. In the inclination value input screen 53, inclination value input fields 56 to 59 and a comment input field 60 at the four corners of the outer wall or the four corners of the column are displayed. When the measured inclination values of the outer wall or the column are respectively input to the inclination value input fields 56 to 59 and a comment relating to the inclination value is input to the comment input field 60 as necessary, the update button 54 is touched (ST16: YES). Returning to the inclination check sheet screen 49 of the second outer wall or the like (see FIG. 13), the average value of the four inclination values input in the inclination value input fields 56 to 59 is automatically calculated and the calculated value 62 is displayed. (ST17). In addition, although the automatic calculation of the average value of four inclination values is performed in the portable terminal device 5, you may perform it in the management server apparatus 3 side.

  When the photograph preparation screen 51 and the slope value input screen 53 complete the input of the slope value, and the send button 63 is touched on the slope check sheet screen 49 of the second outer wall or the like, the portable terminal device 5 It is determined whether or not the slope value calculated in ST17 is a predetermined value or more (in this embodiment, 1/20 or more). If it is determined that the inclination value is a predetermined value or more (ST18: YES), the mobile terminal device 5 Photo data obtained by shooting Information indicating that the average value of the inclination values of the outer walls or pillars at the four corners is greater than or equal to a predetermined value (determination criteria for the degree of damage of the designated disaster object), location where the photo was taken Is uploaded (transmitted) to the management server device 3 as information on one disaster object (ST19).

  On the other hand, if the inclination value calculated in ST17 is not equal to or greater than a predetermined value (in this embodiment, 1/20 or more) (ST17: NO), the fact is displayed on the screen of the mobile terminal device 5 (for example, “inclination value is 1”). / 20. Cannot apply for a damage certificate if the slope of the outer wall or pillar is "") for a certain period of time (ST20), and the process proceeds to ST21.

  On the other hand, when the selection that the inclination of the outer wall or the column is less than a predetermined value (selection of “No”) is made on the inclination check sheet screen 36 such as the first outer wall of FIG. 12 (ST12: NO), and After the display in S20, a determination check sheet list screen 64 by site as shown in FIG. 16 is displayed (ST21).

  In the judgment check sheet list screen 64 by region, a damage rate check sheet for “roof”, a damage rate check sheet for “wall (outer wall)”, and a damage rate check sheet for “foundation” are prepared. By entering numerical values in accordance with the instructions, the degree of damage of the entire house is determined, and the determined degree of damage is automatically designated as the degree of damage to be applied. In this judgment method, first, the dwelling is divided into “roof”, “wall (outer wall)”, and “foundation”, the damage rate of each part is grasped by visual inspection, and the composition ratio of each part (the roof is 15%, the wall (Outer wall) is multiplied by 75%, and the foundation is 10%). And if the damage ratio of the house is 50% or more, the damage level is completely destroyed, if the damage ratio of the house is 40% or more, but less than 50%, the damage level is large or half destroyed, and the damage ratio of the house is 20% or more 40 If the percentage of damage is less than 20%, the degree of damage is determined to be half-destructed. In the damage investigation system 1, when the numerical values are entered in accordance with the instructions on the check sheets for each part, the damage level of the entire house (total destruction, large scale destruction, half destruction, etc.) is automatically determined and designated as the degree of damage to be reported .

  The determination check sheet list screen 64 based on the part shown in FIG. 16 includes an icon 27A for opening a photo preparation screen 66 (see FIG. 17) for the roof damage rate check sheet, and a numerical value input screen 67 for the roof damage rate check sheet ( An icon 68A for opening (see FIG. 18), an icon 27B for opening a photo preparation screen 69 for a damage rate check sheet for a wall (outer wall), and a numerical value input screen for a damage rate check sheet for a wall (outer wall) An icon 68A for opening 70 (see FIG. 20), an icon 27C for opening a photo preparation screen 71 for a basic damage rate check sheet (see FIG. 21), and a numerical value input screen 72 for a basic damage rate check sheet (FIG. 22) An icon 68C for opening (see) is displayed.

  In the photo preparation screen 66 (see FIG. 17) of the roof damage rate check sheet, a precautions description column 12 (advice on photo shooting 12) that describes precautions for taking a photo to prove the roof damage rate, A photo sample image 25, which is a reference example of a photo to be taken, various icons 26 to 28, an attached photo display column 29 for displaying the attached photo, and a comment input column 30 for the taken photo are displayed. The function of each icon 26-28 is the same as the function of the icon of the same sign mentioned above. Similarly, position information is embedded in photo data obtained by photographing. Photo data of up to five roof parts ("first part" to "fifth part") can be attached to this photo preparation screen 66, and icons 27 and 28 prepared in each column are used. By doing so, it is possible to distinguish and attach photographic images of the roof part with different degrees of damage. After taking a photograph of all damaged parts of the roof, the update button 73 is touched to return to the determination check sheet list screen 64 (see FIG. 16).

  On the numerical value input screen 67 (see FIG. 18) of the roof damage rate check sheet, there is an input field 74 for the degree of damage of each part of the roof, an input field 75 for the area ratio of each part to the entire roof, and an example table 76 for the degree of damage. Is displayed. The damage degree example table 76 includes a plurality of damage levels (in this embodiment, five levels of damage levels of 10%, 25%, 50%, 75%, and 100%) and examples of damage corresponding to each damage level. Is displayed. In FIG. 18, only the upper portion of the damage example table 76 is displayed, but by scrolling the screen, the hidden part of the damage table can be seen.

  The user inputs the damage degree (10%, 25%, 50%, 75% or 100%) in the damage degree input field 74 of the roof portion while referring to the damage degree example table 76, and the area ratio When the area ratio of each part of the roof to the entire roof is input in the input field 75 (this ratio is determined by the user viewing the roof), the damage ratio of the entire roof is calculated in the mobile terminal device 5 and updated by the user. When the button 77 is touched, the determination check sheet list screen 64 by site is displayed again on the mobile terminal device 5, and the calculation result 78 of the damage rate of the entire roof is additionally displayed on the screen 64 as shown in FIG. 23. The For example, the degree of damage of the first part is 10%, the area ratio of the first part is 75/100, the degree of damage of the second part is 25%, and the area ratio of the second part is 25/100. The damage rate of the entire roof when there is no damage in other parts is (75/100) × 10% + (25/100) × 25% = 13.75%.

  On the photo preparation screen 69 (see FIG. 19) of the damage rate check sheet for the wall (outer wall), a note description column 12 (photos) describing the precautions related to taking a photograph to prove the damage rate of the wall (outer wall) Advice about shooting 12), a sample image 25 as a reference example of a picture to be taken, various icons 26 to 28, an attached picture display field 29 for displaying the attached picture, and a comment input field 30 for the taken picture are displayed. The The function of each icon 26-28 is the same as the function of the icon of the same sign mentioned above. Similarly, position information is embedded in photo data obtained by photographing. Photo data of up to five wall (outer wall) parts ("first part" to "fifth part") can be attached to this picture preparation screen 66, and prepared in each column. By using the icons 27 and 28, it is possible to distinguish and attach photographic images of wall (outer wall) portions having different degrees of damage. When the update button 79 is touched after taking a photograph of the damaged portions of all the walls (outer walls), the screen returns to the determination check sheet list screen 64 by region (FIG. 16).

  On the numerical value input screen 70 (see FIG. 20) of the damage rate check sheet for the wall (outer wall), an input field 74 for the degree of damage of each part of the wall (outer wall), and an input field 75 for the area ratio with respect to the total outer wall area of each part. An example table 81 of the degree of damage is displayed. The damage degree example table 81 includes a plurality of damage levels (in this embodiment, five levels of damage levels of 10%, 25%, 50%, 75%, and 100%) and examples of damage corresponding to each damage level. Is displayed. In FIG. 20, only the upper part of the damage example table 81 is displayed, but by scrolling the screen, the hidden part of the damage table 81 can be seen.

  The user inputs the damage degree (10%, 25%, 50%, 75% or 100%) in the damage degree input field 74 of each part of the wall (outer wall) while referring to the example table 81 of the damage degree. When the area ratio with respect to the total outer wall area of each part of the wall (outer wall) is input in the area ratio input field 75, the damage ratio of the entire wall (outer wall) is calculated in the portable terminal device 5, and the update button 82 is touched by the user. Then, the determination check sheet list screen 64 by site is displayed again on the mobile terminal device 5, and the calculation result 83 of the damage rate of the entire wall (outer wall) is additionally displayed on the screen 64 as shown in FIG. For example, the degree of damage of the first part is 10%, the area ratio of the first part is 25/100, the degree of damage of the second part is 25%, and the area ratio of the second part is 50/100. The damage rate of the entire wall (outer wall) when the other parts are not damaged is (25/100) × 10% + (50/100) × 25% = 15%.

  In the photo preparation screen 71 (see FIG. 21) of the basic damage rate check sheet, a precautions description column 12 (advice for photo shooting 12) that describes precautions for taking a photo to prove the basic damage rate, A photo sample image 25, which is a reference example of a photo to be taken, various icons 26 to 28, an attached photo display column 29 for displaying the attached photo, and a comment input column 30 for the taken photo are displayed. The function of each icon 26-28 is the same as the function of the icon of the same sign mentioned above. Similarly, position information is embedded in photo data obtained by photographing. The photo preparation screen 71 can be attached with photo data of up to five basic parts ("first part" to "fifth part"), and icons prepared in each column. By using 27 and 28, it is possible to distinguish and attach photographic images of basic portions having different degrees of damage. If the update button 84 is touched after taking a photograph of all the damaged parts of the foundation, the screen returns to the determination check sheet list screen 64 (FIG. 16).

  The numerical value input screen 72 (see FIG. 22) of the foundation damage rate check sheet includes an input field 85 for the damage foundation length (degree of damage) of each part of the foundation, an outer circumference foundation length input field 86, and a method for determining the damage foundation length. An explanatory note 87 is displayed.

  The user inputs the damage base length in the input field 85 of the damage base length (degree of damage) of each part of the foundation while referring to the description 87 of the determination method of the damage base length, and the outer base in the outer base length input field 86 When the length is input, the damage rate of the entire foundation is calculated in the mobile terminal device 5, and when the user touches the update button 88, the determination check sheet list screen 64 by site is displayed again in the mobile terminal device 5, and FIG. As shown in FIG. 5, the calculation result 89 of the damage rate of the entire foundation is additionally displayed on the screen 64. For example, when the outer peripheral foundation length is 40 m and there are three damage foundation lengths of 1 m, the damage rate of the entire foundation is (3/40) × 100% = 7.5%.

  In addition, in the judgment check sheet list screen 64 by site (see FIG. 23), the calculation result 78 of the roof damage rate, the calculation result 83 of the damage rate of the wall (outer wall), and the calculation result 89 of the foundation damage rate are available. Then, the damage ratio of the house is calculated, and the calculation result 90 is displayed. For example, the roof, the wall (outer wall), and the foundation are composed of A% (15% in the present embodiment), B% (75% in the present embodiment), and C% (10% in the present embodiment), respectively, and the roof. When the overall damage rate is a%, the overall wall (outer wall) damage rate is b%, and the overall foundation damage rate is c%, the damage ratio of the dwelling is calculated by A × a + B × b + C × c, and the calculation result 90 Is also displayed on the screen 64 as the degree of damage to the dwelling house (not completely destroyed, large-scale partially destroyed, partially destroyed, or not partially destroyed) 92. The degree of damage to the house is determined by the mobile terminal device 5 based on the damage ratio of the house. For example, if the damage ratio of the house is 50% or more, it will not be completely destroyed, if it is 40% or more and less than 50%, large-scale semi-destructive, if it is 20% or more and less than 40%, it will be half-destructed, Determined.

  As described above, the photo preparation screens 66, 69, and 71 of each part are displayed on the mobile terminal device 5 (ST22), and the user performs photography according to the advice 12 regarding photography (ST23). The numerical value input screens 67, 70, 72 of each part are displayed on the screen, and when the update buttons 77, 82, 88 are touched after the numerical values are input (ST24: YES), the damage ratio and the degree of damage of the house are calculated and displayed. (ST25). Then, when the transmission button 91 on the screen 64 of FIG. 23 is touched, the mobile terminal device 5 causes the photograph data obtained by photographing, the position information of the place where the photograph was taken, the owner information of the disaster object, the degree of damage. Are uploaded (transmitted) to the management server device 3 as information on a single disaster object (ST26).

  On the other hand, when receiving the disaster information transmitted from the mobile terminal device 5 in ST10, ST19, ST26, the management server device 3 assigns application numbers in the order of reception and stores the disaster object information in the storage unit of the own device 3. Store. The stored disaster information is displayed as a disaster information list in the order of reception in the management server device 3 or the terminal device connected to the management server device 3, and icons indicating unprocessed, processing, re-application, and processed are displayed. Attached to the disaster information and displayed.

  The disaster prevention center 2 makes a person in charge (hereinafter also referred to as “disaster expert”) who has the knowledge and authority to judge the extent of damage to the disaster-affected object stand by, and each disaster expert makes the management server device 3 In the connected terminal device, the disaster information list is displayed, and the disaster information can be confirmed on the screen by selecting any one with the unprocessed icon from the disaster information list. This screen shows disaster type information such as earthquake, water damage, wind damage, etc., type information of damaged objects such as wooden / prefabricated, non-wooden, survey type information of the first or second survey, damage specified by the sender Judgment criteria for the extent of the disaster, photographs of the stricken object, comments about each photograph, location information of the location where the stricken object was photographed, and the like are displayed.

  Each disaster expert confirms the damage criteria specified by the sender displayed on the screen and the photographic image of the damaged material, and the degree of damage specified by the applied disaster material If it is determined that the above criteria are satisfied, an operation for accepting a predetermined application (hereinafter referred to as “application accepting operation”) is performed, and the criteria for determining the extent of damage to the stricken material applied from the mobile terminal device 5 (Hereinafter also referred to as “application acceptance process”). When this application acceptance process is made, information to that effect is transferred or manually entered into the system for issuing the affliction certificate online or through local government officials, etc., and the applicant (owner of the afflicted object) You can receive a certificate of damage according to the level of damage (complete destruction, large scale destruction, half destruction, etc.) according to the application. In addition, a processed icon is added in the disaster object information list for a case for which application acceptance processing has been performed.

  On the other hand, when there is a problem with the photography of the disaster object displayed on the screen and the disaster specialist cannot determine the degree of damage, the disaster specialist uses the indication item notification function to display the instruction creation screen 38 as shown in FIG. Is displayed, the instruction data is created as described above, and the problem is notified to the sender of the disaster information. Thereby, about the said case, the in-process icon is attached | subjected in a stricken object information list.

  After that, when the applicant (user of the portable terminal device 5) who has received the notification of the indication item uploads the photograph data or the like retaken according to the instruction data to the management server device 3, the disaster object information is re-uploaded for the case. A re-application icon indicating that the event has been made is attached to the disaster object information of the project in the disaster object information list. Disaster specialists can easily determine from the re-apply icon that the case is related to re-application (re-upload), and if the problem is resolved after reconfirming the details of the case, Perform acceptance processing.

  In addition, about the matter for which the application acceptance process has been completed, in the management server device 3 or the terminal device connected to the management server device 3, the map display function and the disaster object position display function, as described above, on the map, It is possible to display marks 46 to 48 for confirming the position of the disaster object and the degree of damage to the disaster object such as complete destruction, large-scale half-destruction, and half-destruction (see FIG. 5).

<Modification of Embodiment of Damage Investigation System>
In the embodiment described above, calculation processing, determination processing, and the like executed on the management server device 3 side may be executed on the mobile terminal device 5 side. Further, calculation processing, determination processing, and the like executed on the mobile terminal device 5 side may be executed on the management server device 3 side.

  In the above-described embodiment, even when the management server device 3 and the mobile terminal device 5 are in an offline state where they are not communicably connected, the mobile terminal device 5 alone performs a certain processing operation (transmission to the management server device 3). The mobile terminal device 5 may be provided with an offline mode function for performing processing operations other than processing. The offline mode function is effective in areas where the operation status of network communication facilities is deteriorated due to a disaster.

  In the above-described embodiment, the example in which the user designates the judgment standard of the degree of damage to the damaged object by the selection operation is exemplified as the judgment standard designation function, but the judgment standard designation function is not limited to this. For example, in the mobile terminal device 5, a text input field for inputting a criterion for determining the degree of damage by characters is displayed, and a character string to the text input field (for example, a character string such as “all houses collapsed at first glance”) is displayed. It is also possible to specify a criterion for judging the degree of damage by an input operation.

<How to use the damage investigation system>
Hereinafter, the other usage method of the damage investigation system 1 which concerns on embodiment of this invention is demonstrated. The damage investigation system 1 can collect information necessary for authorizing the degree of damage to a damaged object even in a disaster area even if the person does not have the knowledge to determine the degree of damage to the damaged object. However, no matter how easy-to-use the system is, if it is actually used when a disaster occurs, there is a possibility that information to be transmitted to the management server device 3 may not be transmitted by mistake.

  For this reason, it is considered desirable to experience the use of the damage investigation system 1 in advance so that the damage investigation system 1 can be used correctly when a disaster occurs.

  Therefore, in the method of using the damage investigation system according to the embodiment of the present invention, the sample or model of the stricken object is placed in a predetermined location, and the damage survey is performed assuming that the sample or model of the stricken object is the actual stricken object. System 1 is used. For example, a model that imitates a building that is completely destroyed, a large-scale, half-destructed, a half-destructed building, a building that is not half-destructed, or a building with different damage points (roof, foundation, pillar, etc.) Assuming that the model is an actual disaster object, the user (experience learner) uses the mobile terminal device 5, specifies the criteria for determining the degree of damage indicated by each model, takes appropriate photos, and acquires such information. Can be learned through experience so that can be correctly transmitted to the management server device 3.

  In addition, a person who is familiar with the damage investigation system 1 can be used as a teacher, an instructor, etc., to instruct the learners how to use the portable terminal device 5 of the damage investigation system 1, and to train a large number of people who can use it without any problems. Conceivable. And to those who have been trained to a certain level or higher, qualifications are given to prove that they can use the mobile terminal device 5 of the damage investigation system 1 appropriately. When a large-scale disaster actually occurs, If the damage investigation system 1 is used by a large number of the qualified holders, information necessary for issuing a disaster certificate can be collected quickly and reliably.

DESCRIPTION OF SYMBOLS 1 Damage investigation system 2 Disaster prevention center 3 Management server apparatus 4 Network 5 Client apparatus (mobile terminal device)
6 Damaged areas 7-10 Buttons indicating the criteria for determining the extent of damage 12 Advice on photography (Notes column)
13 Owner Information Input Screen 14-18 Input Field 19 Update Button 21 Initial Menu 22 Primary Survey Check Sheet 23 Used for Wooden / Prefabricated Houses Damaged by Earthquake Photo Shooting Preparation Screen 24
25 Photo sample image 26 Icon 27 Icon 28 Icon 29 Attached photo display field 30 Comment input field 32 Photo preparation screen 33 Photo preparation screen 34 Send button 36 Inclination check sheet screen 37 of first outer wall etc. Pointed item input field 38 Instruction sheet Creation screen 39 Notification 41 Sample image 42 Sample image pasting field 43 Photo image 44 of the stricken object 44 Image pasting field 46 to 48 Mark 49 Tilt check sheet screen 51 of the second outer wall etc. Photo preparation screen 52 Icon (for tilt value input)
53 Inclination Value Input Screen 54 Update Buttons 56-59 Inclination Value Input Field 60 Comment Input Field 62 Inclination Measurement Value 63 Send Button 64 Judgment Check Sheet List Screen 66 by Site Damage Rate Check Sheet Photo Preparation Screen 67 Roof Damage Rate check sheet numeric input screen 68A to 68C Icon for opening check sheet 69 Wall damage rate check sheet photo preparation screen 70 Wall damage rate check sheet numeric input screen 71 Basic damage rate check sheet photo preparation screen 72 Numerical input screen 73 of basic damage rate check sheet 73 Update button 74 Damage degree input field 75 of each part of the roof 75 Area ratio input field 76 Example table of damage degree 77 Update button 78 Calculation result of roof damage rate 79 Update button 81 Example table 82 of the degree of damage to the wall Refresh button 83 Calculation result of the damage rate of the wall 4 update button 85 damage underlying length input column 86 outer peripheral basic length input column 87 damage underlying length determination method damage ratio 91 submit button calculation result 90 dwelling house description 88 update button 89 damage rate basis for

Claims (13)

A management server device that collects and manages information related to the disaster,
A portable terminal device having a display means and a photography means, and connected to the management server device via a network;
A damage investigation system comprising
Judgment criteria designating means for designating criteria for judging the degree of damage to the stricken object in the mobile terminal device;
Stricken object information transmitting means for transmitting stricken object information including image data of a photographed photograph and criteria for determining the degree of damage of a designated stricken object from the portable terminal device to the management server device;
Comprising
A damage investigation system characterized by this. In the damage investigation system according to claim 1,
The designation of the judgment criteria for the degree of damage of the stricken object by the judgment criteria designating means is designated by the user's selection operation.
A damage investigation system characterized by this. In the damage investigation system according to claim 1,
A damage degree determination means for determining the degree of damage to a damaged object based on a numerical value input by a numerical value input operation of a user of the mobile terminal device;
The determination result is further included in the disaster information transmitted by the disaster information transmission means.
A damage investigation system characterized by this. In the damage investigation system according to claim 2,
Photographing advice storage means for storing “advice regarding photographing” in the management server device or the portable terminal device in association with the criteria for determining the degree of damage to the stricken object,
Photography method advice means for informing the user of the mobile terminal device of "advice regarding photography" associated with the judgment criteria of the degree of damage of the disaster object designated by the judgment criteria designating means,
Comprising
A damage investigation system characterized by this. In the damage investigation system according to any one of claims 1 to 4,
In the portable terminal device, further comprising position information acquisition means for acquiring position information of a place where a photograph was taken by the photography means,
The stricken object information transmitted by the stricken object information transmitting means further includes position information of the place where the photograph was taken,
A damage investigation system characterized by this. In the damage investigation system according to any one of claims 1 to 5,
The mobile terminal device further comprises owner information input means for inputting the owner information of the disaster object,
The disaster object information transmitted by the disaster object information transmission means further includes owner information of the disaster object,
A damage investigation system characterized by this. In the damage investigation system according to any one of claims 1 to 6,
In the management server device or other terminal device connected to the management server device, the disaster server information display means for displaying the disaster material information received from the mobile terminal device by the management server device;
On the screen displayed by the stricken object information display unit, an stipulated item input unit capable of inputting a stipulated item on the stricken object information,
An indication matter notifying means for notifying the sender of the stricken object information of the indication matter that has been character-input,
Comprising
A damage investigation system characterized by this. In the damage investigation system according to claim 7,
Sample image storage means for storing a plurality of sample images of the stricken object in the management server device;
Sample image attachment means for accepting selection of one or more sample images from the plurality of sample images and attaching to the indication items notified by the indication item notification means,
A damage investigation system characterized by this. In the damage investigation system according to claim 7,
In the management server device or another terminal device connected to the management server device, the pointed matter notified by the pointed matter notification means of a photographic image of the stricken object included in the stricken object information received from the portable terminal device Attached to the afflicted object photo attachment means
A damage investigation system characterized by this. In the damage investigation system according to claim 8 or 9,
Comprising a handwriting input means for handwriting input to the sample image or disaster object photograph attached to the indicated matter by the sample image attachment means or the disaster object photograph attachment means,
A damage investigation system characterized by this. In the damage investigation system according to claim 5,
A map output means for outputting a map in the management server device or another terminal device connected to the management server device;
In the management server device or another terminal device connected to the management server device, determination result giving means for giving information indicating a determination result of the degree of damage to the disaster object information transmitted from the mobile terminal device;
On the map output by the map output means, a disaster object position display means for displaying a predetermined form at the position of the disaster object to which the determination result is given,
Comprising
A damage investigation system characterized by this. In the damage investigation system according to claim 11,
The display of the predetermined form displayed by the stricken object position display means is color-coded in different colors according to the degree of damage of the stricken object.
A damage investigation system characterized by this. A method of using the damage investigation system according to any one of claims 1 to 12,
Place a sample or model of the stricken object in place,
Specify the criteria for judging the degree of damage shown by the sample or model by the criteria specification means,
Damaged object information including image data of a photograph obtained by photographing the sample or model by the photograph photographing unit of the portable terminal device, and a judgment criterion of the degree of damage designated by the judgment criterion designating unit, Transmitting to the management server device by the object information transmitting means;
How to use the damage investigation system characterized by this.

Images