JP2006209604A - Sign management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a sign management system capable of more efficiently researching and managing the present condition of a sign. <P>SOLUTION: An RF-ID 1 with a sign IS, an installation place, an installation date and time, owner information and the like recorded therein is attached to the sign. A researcher of the present condition of the sign 5 reads information recorded in the RF-ID 1 by a terminal system 2, acquires contents of a registered sign record corresponding to the read sign ID from a sign management server 4 for public land only and displays the contents on a display part 225. When the registered sign record corresponding to the read sign ID does not exist in the sign management server 4 for public land only, the information read from the RF-ID 1 is displayed on the display part 225. The researcher of the present condition of the sign 5 edits information representing the present conditions of the sign 5 while referring to the displayed information and registers the edited information in the sign management server 4 for public land only as an unregistered sign record. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a signboard management system that manages signs that occupy public ground such as roads.

  When installing signboards that occupy public grounds such as roads, it is necessary to obtain permission from the national or local government. In addition, for such signboards that occupy the public ground sky, it is common that an occupancy fee is imposed by the national or local government. In many cases, the management of the signboard that occupies the public ground sky is performed only by the self-declaration of the signboard owner, such as an application for private use.

  In addition, as a technique for managing a general signboard, a database for registering information on the image of the signboard and the position of the signboard is provided, and the database is taken from a mobile terminal equipped with a camera and a GPS receiver. A technique for registering an image of a signboard and the position of a portable terminal at the time of photographing obtained by a GPS receiver is known.

  Now, in order for the national and local governments to properly manage the signboards that occupy the public ground sky, it is necessary to perform management based on the current survey. On the other hand, the number of signboards is enormous, and the current state investigation of signboards involves complicated work of identifying individual signboards and confirming registration. Therefore, the burden of investigating the current state of signage in local governments tends to be excessive.

  Accordingly, an object of the present invention is to provide a signboard management system that can more efficiently investigate and manage the current state of signboards.

  In order to achieve the above object, the present invention provides a recording device that is installed near or in the vicinity of the signboard corresponding to each signboard that occupies the public ground sky, and that can read recorded information in a contactless manner, and the recording apparatus A sign management system including a portable terminal device that reads and displays the recorded information in a non-contact manner. Here, the recording device includes, as the recording information, information indicating an identifier of a signboard corresponding to the recording device, information indicating an installation position of a signboard corresponding to the recording device, and a signboard corresponding to the recording device. At least one of information indicating the scale of private use, information indicating the installation date and time of the signboard corresponding to the recording apparatus, and information indicating the owner of the signboard corresponding to the recording apparatus is recorded.

  According to such a signboard management system, the current state investigator of the signboard simply causes the terminal device to read out the recorded information recorded in the signboard or the recording device set in the vicinity of the signboard, and information on the signboard Can be obtained. Then, based on the information obtained, it is easy to check whether the signboard is a signboard that has been approved for private use and whether it has the current status as authorized. If you do not have the current status, you can arrange for the sign holder to take the necessary action.

  Further, in order to achieve the above object, the present invention provides a recording device that is installed near or in the vicinity of the signboard corresponding to each signboard occupying the public ground sky, and that can read recorded information in a contactless manner, There is provided a signboard management system including a terminal device of a type and a server device that the terminal device can access via wireless communication. Here, the recording information recorded in the recording device includes signboard identification information indicating an identifier of a signboard corresponding to the recording device, and the server device associates management information of each signboard with the signboard identification information. In response to the management information request received from the terminal device, the management information recorded in the signage database in association with the signboard identification information included in the management information request Management information providing means for transmitting the management information request to the terminal device that issued the management information request, wherein the terminal device reads the recording information from the recording device in a contactless manner, and the recording information reading means Issued to the server device the management information request including signboard identification information included in the recording information read from the recording device, and a response to the issued management information request Wherein comprising a management information acquiring means for acquiring the management information received from the server apparatus, and a management information display means for displaying the management information the management information acquisition means has acquired Te.

  According to such a signboard management system, the current state investigator conducts an investigation using the terminal device by recording the signboard management information given to the signboard database in association with the signboard identification information. It is possible to know whether or not the signboard has permission for private use from the right or wrong of the acquisition of management information simply by reading the recorded information recorded on the signboard or the recording device set in the vicinity of the signboard it can. If the signboard is approved for private use, it can be immediately investigated whether the current status matches the status indicated by the management information based on the acquired management information. That is, for example, if the contents of the private use permission application form are included in the management information, it is possible to immediately check whether the current state is the same as the content of the private use permission application.

  Here, such a signboard management system includes a map database in which map data representing a map is stored in the server device, and the management information includes installation position information indicating a signboard installation position. When transmitting to the terminal device that issued the management information request, on the map around the position indicated by the installation position information included in the management information indicated by the map data read from the map database together with the management information The signboard position display map displaying the position indicated by the installation position information included in the management information may be transmitted, and the received signboard position display map may be displayed in the management information display means of the terminal device.

By doing so, the current state investigator can grasp the position of the signboard registered in the management information of the signboard to be investigated on the map and immediately determine whether or not it matches the actual signboard position. become able to.
Here, in the signboard management system provided with such a server device, the current status information input means for receiving input of current status information indicating the current status of the signboard to the terminal device, and the current status information received by the current status information input means And a signboard status information registration request means for issuing a signboard status information registration request with the signboard identification information included in the record information read from the recording device by the record information reading means to the server device, and the server When the signage status database and the signage status information registration request are received, the signage status information stored in the signage status database in association with the signage identification information and the status information associated with the received signage status information registration request. Information registration means may be provided.

  By doing so, by recording management information of a signboard for which private use permission is obtained in the signboard database in association with the signboard identification information, it is immediately confirmed that the signboard is a signboard for which private use permission has not been obtained. In addition to knowing, the current status of the signboard can be registered in the server device. In addition, if the signboard is a signboard that has permission for private use, and the current state of the application for private use registered in the registered signboard record does not match, the current state of the signboard is registered in the server device. can do. Based on the current status of each signboard registered in the server device in this way, it is possible to arrange necessary measures for a signboard that has not obtained private use permission, or for a signboard whose current status differs from the content of the private application. become able to.

  In this case, the current status information input means may accept input of current status information using the management information acquired by the management information acquisition means as a draft. Alternatively, the recording information recorded in the recording device corresponds to the information indicating the installation position of the signboard corresponding to the recording device, the information indicating the occupation scale of the signboard corresponding to the recording device, and the recording device. It includes at least one of information indicating a signboard installation date and time and information indicating an owner of the signboard corresponding to the recording device. In the current status information input means, the recording information reading means is from the recording device. You may make it receive the input of the present condition information which used the read recording information as a draft.

By doing so, it is possible to facilitate the input of the current state information of the current state investigator.
Further, in order to achieve the above object, the present invention provides a recording device that is installed near or in the vicinity of the signboard corresponding to each signboard occupying the public ground sky, and that can read recorded information in a contactless manner, The signboard management system includes a type terminal device and a server device that the terminal device can access via wireless communication. The recording information recorded in the recording device includes signboard identification information indicating an identifier of a signboard corresponding to the recording device, and installation position information indicating an installation position of the signboard corresponding to the recording device, The location information included in the map request indicated by the map data read from the map database in response to the map request received from the terminal device and the map database storing the map data representing the map in the server device A signboard position display map providing means for transmitting a signboard position display map displaying the position indicated by the position information included in the map request to the terminal device that issued the map request on a map around the position to be indicated; Recording information reading means for reading the recording information from the recording device in a contactless manner to the terminal device, and the recording information reading means for reading from the recording device. The map request including the position information indicating the position indicated by the installation position information included in the recorded information is issued to the server device, and the signboard position display map received from the server device as a response to the issued map request is acquired. The signboard position display map acquisition means for displaying and the signboard position display map display means for displaying the signboard position display map acquired by the signboard position display map acquisition means are provided.

According to such a signboard management system, the current state investigator simply reads out the recorded information recorded on the signboard being investigated using the terminal device or the recording device set in the vicinity of the signboard. Can be confirmed on the map immediately.
By the way, the map data stored in the map database may represent a map including a display of classification for each management type of the signboard. By doing in this way, the position where the signboard is allowed to be used and the position of the signboard exist in the area corresponding to the signboard management type (for example, the position in the signboard installation prohibited area). You can know immediately on the map.

  In each of the above signboard management systems, the recording apparatus is a recording apparatus installed on a signboard that transmits recording information by radio waves, and the recording apparatus records the recording apparatus based on at least the radio waves transmitted by the recording apparatus. If the measuring means for measuring the position of the apparatus is provided, the current state of the signboard installation position can be easily measured.

  As described above, according to the present invention, it is possible to provide a signboard management system that can more efficiently investigate and manage the current state of signboards.

Hereinafter, embodiments of the present invention will be described.
FIG. 1 a shows a configuration of a signboard management system according to the present embodiment.
As shown in the figure, the signboard management system includes the RF-ID 1 affixed to the wall signboard and the protruding signboard 5, the terminal system 2 carried by the current state investigator of the signboard 5, and the public land that the terminal system 2 can access via the WAN 3. And the private signboard management server 4.
Here, the RF-ID 1 is a storage device that is also known as an IC tag or the like that can read / write access to recorded information without contact. The WAN 3 is, for example, the Internet, and the terminal system 2 is connected to the WAN 3 via an access point arranged on the public mobile telephone network via mobile communication.

Next, the structure of the terminal system 2 and the public land occupying signboard management server 4 is shown in FIG. 1b.
As shown in the figure, the public land occupying signboard management server 4 includes a signboard database 41, a map database 42, a registration editing section 43, a data processing section 44, and a signboard data server 45.
The terminal system 2 includes a mobile telephone 21 called a mobile phone and a mobile terminal 22. The mobile terminal 22 is connected to the mobile telephone 21 and is currently connected to the interface 221, the control section 222, the camera 223, the operation section 224, the display section 225, and satellite positioning for controlling mobile communication via the connected mobile telephone 21. A GPS receiver 226 for calculating the position and a reader 227 for reading out recorded information recorded in the RF-ID 1 in a non-contact manner are provided.

Next, the record information recorded in advance on the RF-ID 1 attached to the signboard 5 is shown in FIG.
As shown in the figure, the RF-ID 1 has a unique value for each RF-ID in advance by the manufacturer of the sign 5 or the country or local government that provides the manufacturer of the sign 5 with the RF-ID 1. ID is stored. Further, the manufacturer of the signboard 5, etc., goes to the RF-ID 1, the installation location indicating the installation location of the signboard 5 where the RF-ID 1 is affixed and the address, the installation height of the signboard 5, and the signboard 5 public land Signboard information indicating the scale of occupation, such as the width of the signboard 5 and the display surface area of the signboard 5, the installation date and time indicating the installation date and time of the signboard 5, and the owner information indicating the name and contact information of the owner of the signboard 5 be able to. And RF-ID1 is affixed to the signboard 5 by the manufacturer of the signboard 5, and the signboard 5 with the RF-ID1 attached is installed and enforced.

2B and 2C show registered signboard data and unregistered signboard data stored in the signboard database 41 of the public land occupying signboard management server 4.
The registered signboard data has a registered signboard record provided for each signboard for which private use permission has been issued to the owner of the signboard 5, and each registered signboard record contains a signboard 5 as shown in FIG. The signboard ID recorded in the affixed RF-ID1, the registration number indicating the management number of the signboard 5, the coordinates indicating the installation location of the signboard 5 and the installation location indicating the address, the installation height of the signboard 5 and the signboard 5 public Installation signboard information indicating the scale of occupation, such as the width to the ground and the display surface area of the signboard 5, installation date and time indicating the installation date and time of the signboard 5, owner information indicating the name and contact information of the owner of the signboard 5, A signboard installation location image obtained by photographing the installed signboard 5 is registered.

Note that the registration / editing unit 43 edits and registers such a registered signboard record in accordance with an operator's operation.
In addition, the unregistered signboard data indicates the signboard 5 that has been acquired through the current state survey and has not acquired the private use permission, and the current state that has been acquired through the current state survey but has been confirmed through the current state survey. It has an unregistered signboard record provided for each of the signboards 5 different from the situation. In each unregistered signboard record, as shown in FIG. 2 c, the signboard ID recorded in RF-ID 1 affixed to the signboard 5, the registration number indicating the management number of the signboard 5, and the installation of the signboard 5 Coordinates indicating locations and installation locations indicating addresses, installation signboard information indicating the scale of private use, such as the installation height of the signboard 5, the width of the signboard 5 to the public land, the area of the display surface of the signboard 5, and the current status confirmation date and time of the signboard 5 The date and time of confirmation, owner information indicating the name and contact information of the owner of the signboard 5, and the signboard installation location image obtained by photographing the signboard 5 are registered. However, the registration number indicating the management number of the signboard 5 is the signboard 5 whose signboard 5 has been approved for private use, but the current state confirmed by the current state survey is different from the situation indicated by the signboard 5 registration signboard record. Will only be registered if.

Next, FIG. 2 d shows the contents of the map database 42 of the public land occupying signboard management server 4.
As shown in the figure, the map database 42 includes various map data such as map data representing a general map and house display map data representing a house display map, and a signboard management type area representing an area for each management type of the signboard 5. Data is stored. The area for each management type of the signboard 5 includes an area for each signboard occupancy permission condition such as an area where signboard installation is prohibited, and an area for each signage occupancy charge calculation method.

Hereinafter, an operation of such a signboard management system will be described.
FIG. 3 shows a procedure of a signboard confirmation process performed by the control unit 222 of the mobile terminal 22 of the terminal system 2, and FIG. 4 shows an example of an operation sequence of the signboard management system.
Now, the current state investigator of the signboard 5 carries the terminal system 2 and goes to the signboard installation location to be investigated, and performs a confirmation start operation on the operation unit 224.
When the confirmation start operation occurs (step 302), the control unit 222 causes the reader 227 to read the record information recorded in the RF-ID1 attached to the signboard 5 (steps 304 and S401). Further, the current position is acquired from the GPS receiver 226 (step 306).

  And the signboard data which accesses the signboard data server 45 of the public land occupying signboard management server 4 via the mobile telephone 21 and WAN3, and uses the signboard ID read from the RF-ID1 and the current position acquired from the GPS receiver 226 as parameters. An inquiry is issued (step 308, S402). In addition, when the installation location is included in the record information read from the RF-ID 1, this installation location is also included in the parameter of the signboard data inquiry.

  The signboard data server 45 that has received the signboard data inquiry hands over the signboard ID received as parameters and the current position to the data processing unit 44, and requests generation of registered signboard information of the signboard 5 having the handed over signboard ID. However, when the installation location is included in the parameters, the installation location is also transferred to the data processing unit 44. The data processing unit 44 searches the registered signboard record 41 having the received signboard ID from the signboard database 41 (S403), and if the search is successful, each map around the installation location registered in the searched registered signboard record, Information on the signboard management type area is read from the map database 42 (S404). Then, the registered signboard information is edited from the information registered in the searched registered signboard record, each read map, and the signboard management type area information (S405), and responds to the signboard data server 45. When the search for the registered signboard record having the received signboard ID fails, that is, the signboard 5 to which the RF-ID1 having the received signboard ID is attached is the unoccupied signboard 5 and has this signboard ID. The case where the registered signboard record does not exist in the signboard database 41 will be described later.

The signboard data server 45 that has received the registered signboard information transmits the registered signboard information to the mobile terminal 22 (S406).
If the control unit 222 of the portable terminal 22 can receive the registered signboard information as a response to the signboard data inquiry (step 310), it sets a registered signboard information display window on the display screen of the display unit 225, and The registered signboard information is displayed in the registered signboard information display window (step 312 and S407).

  Here, FIG. 5a shows a registered signboard information display window. As shown in the figure, the registered signboard information transmitted from the signboard data server 45 and displayed in the registered signboard information display window is the signboard ID, registration number, and installation location registered in the registered signboard record searched by the data processing unit 44. , Installation signboard information, installation date and time, owner information 501 and a signboard installation location image 502 registered in the registered signboard record searched by the data processing unit 44. In addition, the installation location registered in the registered signboard record searched by the data processing unit 44, the map and the housing display map around the installation location searched by the data processing unit 44, and the vicinity of the installation location searched by the data processing unit 44 The GIS image 503 edited by the data processing unit 44 is included based on the signboard management type area. Here, the GIS image 503 includes a signboard management type area 504 and a mark 505 indicating the installation location registered in the registered signboard record searched by the data processing unit 44 on a map or a house display map as shown in the figure. It represents. In the illustrated example, the signboard management type area 504 is represented by color-coded according to the signboard management type corresponding to the area. Note that the control unit 222 may also display a current position mark 506 indicating the current position acquired from the GPS receiver 226 on the GIS image 503.

The registered signboard information display window further includes an enlargement / reduction button 511 for enlarging / reducing the GIS image 503, a confirmation button 512, and a status difference button 513.
The current state investigator compares the registered signboard information displayed in the registered signboard information display window with the current state, operates the confirmation button 512 if the current state is the same as the registered signboard information, and if the current state is different from the registered signboard information. The current status difference button 513 is operated.
If the current state difference button 513 is operated (step 314), the control unit 222 proceeds to step 318, and if the confirmation button 512 is operated (step 316), the control unit 222 ends the processing for the signboard 5 and registers it. The signboard information display window is closed and the process returns to step 302 to wait for the next confirmation start operation.

  Now, the data processing unit requested to generate the registered signboard information from the signboard data server 45 that has received the signboard data inquiry (S412), which the portable terminal 22 reads out the record information from the RFID attached to the signboard 5 (S411). If the search for a registered signboard record having the received signboard ID fails because there is no such registered signboard record (S413), the data processing unit 44 receives the area around the current position received from the signboard data server 45. Each map and signboard management type area information is read from the map database 42 (S414). Then, the peripheral map information is edited from the read information of each map and the signboard management type area (S415), and the signboard data server 45 is responded. However, when the installation location is also handed over from the signboard data server 45 when the registration billboard information generation request is received, this installation location is also used for editing the surrounding map information.

The signboard data server 45 to which the surrounding map information is responded transmits the surrounding map information to the portable terminal 22 (S416).
When the control unit 222 of the portable terminal 22 cannot receive the registered signboard information as a response to the signboard data inquiry (step 310), that is, when the peripheral map information is received as a response to the signboard data inquiry, The unregistered signboard information input window is set on the display screen of the display unit 225, and the peripheral map information is displayed in the unregistered signboard information input window (step 318, S417).

  Here, an unregistered signboard information input window is shown in FIG. The surrounding map information transmitted from the signboard data server 45 and displayed in the unregistered signboard information input window is illustrated by a map around the current position of the mobile terminal 22 and a residence display map, and a signboard management type area around the current position. The surrounding map image 521 edited by the data processing unit 44 is represented. Here, the surrounding map image 521 represents a signboard management type area 522 on a map around the current position and a residence display map as shown in the figure. However, if the installation location read from the RF-ID 1 is included in the parameters of the signboard data issued by the mobile terminal 22, the surrounding map image 521 is a map around the current position of the mobile terminal 22 as described above. The data processing unit 44 edits the map based on the house display map, the signboard management type area around the current position, and the installation location read from the RF-ID 1. Then, the edited surrounding map image 521 displays a mark 541 indicating the position of the installation location read from the RF-ID 1 in addition to the signboard management type area 522 on the map around the current position and the residential display map. Become.

Here, the control unit 222 also displays a current position mark 523 indicating the current position acquired from the GPS receiver 226 on the surrounding map image 521.
The unregistered signboard information input window includes a signboard ID display 524 read from RF-ID1. In addition, an input box 525 for information on each item of a registration number, installation location, installation signboard information, installation date / time, owner information, and confirmation date / time and an input box 526 for signboard installation location images are provided. If the record information read from the RF-ID 1 includes information on any of the items of installation location, installation signboard information, installation date / time, and owner information, the information is input in the corresponding item input box 525. Autofill in. In the confirmation date input box 525, the current date is automatically input. These automatically entered information can be appropriately changed by the current investigator as shown below.

The unregistered signboard information input window is further provided with an enlargement / reduction button 531 for enlarging / reducing the surrounding map image 521, a shooting button 532, and a registration button 533.
When the control unit 222 of the portable terminal 22 displays the unregistered signboard information input window, the shooting button 532 operation (step 320), the input to the input box 525 (step 322), and the registration button 533 operation ( Step 324) is monitored.
When the operation of the shooting button 532 occurs, an appropriate camera shooting GUI is provided to cause the camera 223 to take an image in response to a user operation, and the image taken by the camera 223 is displayed at the signboard installation location. The image is input to the image input box 526 (step 328, S418). The current investigator operates the photographing button 532 to photograph an image of the signboard installation location under investigation.

  If there is an input to the input box 525 (step 322), the input is accepted and held (steps 330 and S419). Of the inputs to the input box 525, the input of the installation location corresponds to the designated position according to the position designation on the peripheral map image 521 of the user using the cursor 527 as shown in FIG. 5b. You may make it perform by inputting the coordinate and address of the point on the periphery map image 521 as an installation place. The current state investigator inputs the current state information of the signboard 5 that has been confirmed by the current state survey by inputting into the input box 525. However, only items that can be confirmed in the current survey may be entered here.

  If the operation of the registration button 533 (step 324) occurs, the signboard data server 45 of the public land occupying signboard management server 4 is connected via the mobile telephone 21 and WAN3, and the value of the signboard ID 524 displayed is displayed. Then, an unregistered signboard registration request with each information input in the input box 525 and an image input in the input box 526 is issued (steps 326 and S420), and the processing for the signboard 5 is terminated and registered. The signboard information display window is closed and the process returns to step 302, and then the input of the confirmation start operation is awaited.

  On the other hand, the signboard data server 45 that has received the unregistered signboard registration request generates a new unregistered signboard record in the unregistered signboard data of the signboard database 41, and the signboard ID value received together with the unregistered signboard registration request, Stores information and images. At this time, the value of the received signboard ID is the signboard ID, each received information is the value of the item of the unregistered signboard record corresponding to the item of the input box in which the information is input, and the received image is the signboard installation location image As above, it is registered in the unregistered signboard record.

  Returning to step 314 in FIG. 3, if the current status difference button 513 is operated in the registered signboard information display window (step 314), the process proceeds to step 318 and the above processing is performed. However, in this case, the GIS image 503 included in the registered signboard information previously acquired from the signboard data server 45 is used as the peripheral map image 521. When the registered signboard information display window is displayed, the items of the registration number, installation location, installation signboard information, installation date / time, and owner information of the input box 525 are included in the registered signboard information acquired from the signboard data server 45 first. The registration number, installation location, installation signboard information, installation date and time, and owner information are automatically entered. In the signboard installation location image input box 526, the signboard installation location image included in the registered signboard information previously acquired from the signboard data server 45 is automatically input. Note that these automatically entered information and images can be appropriately changed by the current situation investigator as described above.

The embodiment of the present invention has been described above.
As described above, according to the present embodiment, the current state investigator can check the signboard 5 in which the registered signboard record corresponding to the signboard database 41 of the public land occupancy signboard management server 4 exists. In the case of the signboard 5 for which permission has been obtained, the registered contents at the time of private use registration registered in the registered signboard record can be immediately known from the registered signboard information display window. Then, it is checked whether or not the registered contents match the current status. If they do not match, the current status is not registered in the signboard database 41 of the land-use signboard management server using the unregistered signboard information input window. It can be registered as a signboard record.

  In addition, the current state investigator is the signboard 5 in which the registered signboard record corresponding to the signboard database 41 of the public land occupying signboard management server 4 does not exist, that is, the signboard 5 that has not obtained private use permission. In this case, it is possible to immediately know that the signboard 5 is a signboard 5 that has not been approved for private use, and refer to the record information read from the RF-ID 1 of the signboard 5 in the unregistered signboard information input window. On the other hand, the current status of the signboard 5 can be registered as an unregistered signboard record in the signboard database 41 of the public land occupying signboard management server 4.

  On the other hand, the operator of the public land occupying signboard management server 4 presents the signboard 5 that has not obtained private use permission from the unregistered signboard record registered in the signboard database 41 or the current state of the signboard 5 that is different from the registered content of private use permission. Information can be acquired and a necessary measure can be taken by the owner of the signboard 5 or the like.

  By the way, in the above embodiment, one RF-ID 1 is attached to each of the signboards 5, but in a building where a plurality of signboards 5 are installed as shown in FIG. And the RF-ID 1 for the plurality of signboards 5 may be collectively installed at the installation location 60. In this case, the signer installer performs the installation and change of RF-ID1 accompanying the installation of RF-ID1 and the signboard change.

  Further, for example, as shown in FIG. 6b, the position where RF-ID1 is attached to the signboard 5 is the corner of the signboard 5, and distance measurement is performed on the portable terminal 22 using radio waves transmitted from the RF-ID1. Image surveying technology based on the distance unit 61 and the distance to the signboard angle measured by the distance measurement unit 61, the image of the signboard 5 taken by the camera 223, the current position calculated by the GPS receiver 226, and the like at a plurality of points. Accordingly, an image surveying unit 62 that calculates the installation position, the mounting height, the display area, the protruding width, and the like of the signboard 5 may be provided. The installation position, the mounting height, the display area, the protruding width, and the like of the signboard 5 calculated by the image surveying unit 62 are used as corresponding items in the input box 525 of the unregistered signboard information input window, for example.

  Moreover, as the terminal system 2 in the above embodiment, the terminal system 2 that does not communicate with the public land occupying signboard management server 4 can also be used. Even in such a terminal system 2, the terminal system 2 reads out various information recorded in the RF-ID 1 and displays the information on the terminal system 2, thereby improving the efficiency of the current state survey of the current state investigator's signboard 5 to some extent. be able to.

  For example, when an installation location, installation signboard information, installation date and time, owner information, etc. are recorded in RF-ID 1 affixed to a certain signboard 5, from the information obtained from these displays, It is possible to easily find out whether or not this signboard 5 is a signboard 5 that has been approved for private use. And when this signboard 5 has not obtained the private use permission, it becomes possible to take necessary measures for the owner.

It is a block diagram which shows the structure of the signboard management system which concerns on embodiment of this invention. It is a figure which shows the record information of RF-ID of the signboard management system which concerns on embodiment of this invention, and the content of the signboard database and map database of a public land occupation signboard management server. It is a flowchart which shows the signboard confirmation process performed in the terminal system which concerns on embodiment of this invention. It is a sequence diagram which shows the operation example of the signboard management system which concerns on embodiment of this invention. It is a figure which shows the display screen of the terminal system which concerns on embodiment of this invention. It is a figure which shows the other structural example of the signboard management system which concerns on embodiment of this invention.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... RF-ID, 2 ... Terminal system, 3 ... WAN, 4 ... Public occupancy signboard management server, 5 ... Signboard, 21 ... Mobile telephone, 22 ... Portable terminal, 41 ... Signboard database, 42 ... Map database, 44 ... Data processing unit 45 ... Signboard data server 61 ... Distance measuring unit 62 ... Image surveying unit 221 ... Interface 222.Control unit 223 ... Camera 224 ... Operation unit 225 ... Display unit 226 ... GPS receiver 227: Reader.

Claims (9)

A recording device installed in the signboard or in the vicinity of the signboard corresponding to each signboard that occupies the public ground sky, and capable of reading record information in a contactless manner,
A portable terminal device that reads and displays the recorded information in a non-contact manner from the recording device;
In the recording apparatus, as the recording information, information indicating an identifier of a signboard corresponding to the recording apparatus, information indicating an installation position of the signboard corresponding to the recording apparatus, and an occupation scale of the signboard corresponding to the recording apparatus At least one of the following information is recorded: information indicating the installation date and time of the signboard corresponding to the recording apparatus; and information indicating the owner of the signboard corresponding to the recording apparatus Sign management system. A recording device installed in the signboard or in the vicinity of the signboard corresponding to each signboard that occupies the public ground sky, and capable of reading record information in a contactless manner,
A portable terminal device;
The terminal device has a server device accessible via wireless communication,
The recording information recorded in the recording device includes signboard identification information indicating an identifier of a signboard corresponding to the recording device,
The server device
A signboard database in which management information of each signboard is recorded in association with the signboard identification information;
In response to the management information request received from the terminal device, the management information recorded in the signboard database in association with the signboard identification information included in the management information request is the source of the management information request. Management information providing means for transmitting to the terminal device,
The terminal device
Recording information reading means for reading the recording information in a non-contact manner from the recording device;
The recording information reading unit issues the management information request including the sign identification information included in the recording information read from the recording device to the server device, and receives the management information request from the server device as a response to the issued management information request. Management information acquisition means for acquiring management information;
A signboard management system comprising management information display means for displaying management information acquired by the management information acquisition means. A billboard management system according to claim 2,
The server device
It has a map database that stores map data representing maps,
The management information includes installation position information indicating the installation position of the signboard,
When the management information providing means transmits the management information request to the terminal device that issued the management information request, the management information providing means indicates the management location information included in the management information indicated by the map data read from the map database. Send a signboard position display map that displays the position indicated by the installation position information included in the management information on the map around the position,
The management information display means of the terminal device displays the received signboard position display map. A billboard management system according to claim 2,
The terminal device
Current status information input means for receiving input of current status information indicating the current status of the signboard,
A billboard status information registration request is issued to the server device, which includes the status information received by the status information input means and the billboard identification information included in the record information read from the recording device by the recording information reading means. It has signage status information registration request means,
The server device
Signboard status database,
When the signboard status information registration request is received, the signboard status information registration means stores the signboard identification information and the status information associated with the received signboard status information registration request in the signboard status database. Signboard management system. The signboard management system according to claim 4,
The present status information input unit receives an input of present status information using the management information acquired by the management information acquisition unit as a draft. The signboard management system according to claim 4,
The recording information recorded in the recording device includes information indicating an installation position of a signboard corresponding to the recording device, information indicating an occupation scale of the signboard corresponding to the recording device, and a signboard corresponding to the recording device. Including at least one of information indicating the installation date and time and information indicating the owner of the signboard corresponding to the recording device,
The present status information input means accepts input of current status information using the record information read from the recording device by the recorded information read means as a draft. A recording device installed in the signboard or in the vicinity of the signboard corresponding to each signboard that occupies the public ground sky, and capable of reading record information in a contactless manner,
A portable terminal device;
The terminal device has a server device accessible via wireless communication,
The recording information recorded in the recording apparatus includes signboard identification information indicating an identifier of a signboard corresponding to the recording apparatus, and installation position information indicating an installation position of a signboard corresponding to the recording apparatus,
The server device
A map database storing map data representing a map;
Position information included in the map request on the map around the position indicated by the position information included in the map request indicated by the map data read from the map database in response to the map request received from the terminal device A signboard position display map providing means for transmitting the signboard position display map displaying the position indicated by the terminal requesting terminal device of the map request,
The terminal device
Recording information reading means for reading the recording information in a non-contact manner from the recording device;
The record information reading means issues the map request including the position information indicating the position indicated by the installation position information included in the record information read from the recording device to the server device, and as a response to the issued map request, Signboard position display map acquisition means for acquiring the signboard position display map received from the server device;
A signboard management system comprising signboard position display map display means for displaying the signboard position display map acquired by the signboard position display map acquisition means. The signboard management system according to claim 3 or 7,
The map data stored in the map database represents a map including a display of classification for each management type of the signboard. The signboard management system according to claim 1, 2, 3, 4, 5, 6, 7, or 8.
The recording device is a recording device installed on a signboard that transmits recording information by radio waves,
The signboard management system, wherein the terminal device includes a measuring unit that measures the position of the recording device based at least on a radio wave transmitted by the recording device.