JP2009100087A - Waterworks meter box, water stopping bulb, and information communication system for manholes - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an information communication system for waterworks meter box that easily and quickly acquires information regarding to the waterworks meter boxes directly or accessing to the server, and also uploads the information to a server. <P>SOLUTION: The information communication system 1 for the waterworks meter boxes includes: IC tags 3 arranged in the waterworks meter boxes 2; an IC tag reader 4 of a mobile terminal connection type which freely reads data of the IC tags 3; mobile terminals 5 which freely communicate with the IC tag reader 4 of the mobile terminal connection type; and the server 7 which is connected to the mobile terminals so as to freely communicate with the mobile terminals 5 through an internet 6. The mobile terminal 5 includes: a means for accessing a site of the server 7 through a URL (Uniform Resource Locator) read from the IC tag 3 by the IC tag reader 4 of the mobile terminal connection type; a means for transmitting the input information to the server 7; and a means for displaying the information when receiving the information for the waterworks meter boxes from the server 7. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention can easily acquire information related to a water meter box, a water stop valve box, or a manhole directly, can access a server to acquire information, and can upload information to the server. The present invention relates to a box, a water stop valve box, and a manhole information communication system.

  Conventionally, the meter reading of a water supply meter is performed by a meter reader confirming the water meter number on the site and inputting it to the handy terminal, then checking the meter value of the water meter and inputting the meter reading result to the handy terminal. The handy terminal storing the meter reading result is transported to the office by the meter reader, and then the meter reading data in the handy terminal is uploaded to the office server.

  For example, Patent Literature 1 is a conventional prior art of this type. Patent Literature 1 collects several measurement data such as electricity, water, or gas in each home from an existing personal handyphone (PHP) terminal. It is intended to provide a measurement data collection method that reduces data collection costs by transmitting to a billing center using a PHS line network.

As for the manhole information communication system, there is Patent Document 2, which is a system in which an administrator manages information for a manhole by operating a mobile computer using a storage means provided in the manhole. As the storage means, an IC chip or an IC card is used.
JP-A-9-233210 JP 2002-366616 A

  When inputting the meter reading result of the water meter box described above to the handy terminal, it is necessary to confirm the water meter number of the meter metering water meter box and input the water meter number to the handy terminal each time.

Since this operation is performed for each water meter box to be metered, there is a problem that work efficiency is deteriorated or erroneous input may occur.
Also, since the handy terminal is transported to the office by the meter reader, the meter reading data is uploaded to the server of the office, so that it takes time to upload the meter reading data, and there is a problem that the work efficiency is poor.

  Patent document 1 is provided with a measurement data transmission device in each home, and there is a problem that the installation cost is high, and the purpose is to transmit measurement data to a charging center, and its use is limited. It is what is done.

In Patent Document 2, an IC chip or an IC card is used as a storage means, and reading and writing means for the IC chip or IC card are required. The reading and writing means for this IC chip or IC card are not sufficiently miniaturized at present, and therefore have relatively low portability. The IC chip or IC card reading / writing means can exchange data in a non-contact manner, but it must be performed at a relatively close position.
Further, since the manhole position information is not stored in the IC chip or the IC card, a service that uses the manhole position information cannot be provided. Furthermore, since the URL is not stored in the IC chip or the IC card, it is necessary for the mobile computer to hold the URL, it takes time to call the URL, or another connection method with the server is required. Therefore, there is a problem that a quick response cannot be made.

  In view of the above-described situation, the present invention can easily and quickly acquire information on a water meter box, a water stop valve box, or a manhole, or access the server, and upload the information to the server. It is an object to provide a water meter box, a water stop valve box, and a manhole information communication system.

In order to solve the above problems, the present invention provides the following configurations.
The invention according to claim 1 is an IC tag provided in a water meter box, a portable terminal connection type IC tag reader capable of reading data of the IC tag, and a portable terminal capable of communication with the portable terminal connection type IC tag reader. And an information communication system for a water supply meter box comprising a server that is connected to the portable terminal through the Internet,
The IC tag stores at least a water meter box number and a URL for connecting to the server site,
The portable terminal is configured to access the server site via the URL read from the IC tag by the portable terminal-connected IC tag reader;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting water meter box information relating to the water meter box number read from the IC tag by the portable terminal connected IC tag reader to the server;
When receiving the water meter box information from the server, comprising means for displaying the information,
The server includes a database for storing information for the water meter box;
Means for transmitting the information input screen by access from the mobile terminal;
Upon receiving input information from the portable terminal, means for storing in the database;
When there is a request for the information for the water meter box from the portable terminal, means for extracting the information for the water meter box from the database based on the request;
And a means for transmitting the extracted information to the portable terminal. An information communication system for a water meter box is provided.

In the invention according to claim 2, the IC tag further stores an adjacent manhole number of an adjacent manhole connected to the water meter box,
The portable terminal comprises means for transmitting the adjacent manhole number to the server,
When the server receives the adjacent manhole number from the portable terminal, the server extracts information on the adjacent manhole number from the database;
2. An information communication system for a waterworks meter box according to claim 1, further comprising means for transmitting information on the extracted adjacent manhole number to the portable terminal.

According to a third aspect of the present invention, there is provided an IC tag provided in a water meter box, a portable terminal with a built-in IC tag reader that can read data of the IC tag, and a portable terminal with a built-in IC tag reader that can communicate with each other via the Internet. An information communication system for a water meter box comprising a server to be connected,
The IC tag stores at least a water meter box number and a URL for connecting to the server site,
The portable terminal with a built-in IC tag reader has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting the water meter box information relating to the water meter box number read from the IC tag to the server;
When receiving the water meter box information from the server, comprising means for displaying the information,
The server includes a database for storing information for the water meter box;
Means for transmitting the information input screen by access from the mobile terminal with a built-in IC tag reader;
When receiving input information from the IC tag reader built-in portable terminal, means for storing in the database;
When there is a request for the information for the water supply meter box from the IC tag reader built-in portable terminal, means for extracting the information for the water supply meter box from the database based on the request;
And a means for transmitting the extracted information to the IC tag reader built-in portable terminal. An information communication system for a water supply meter box is provided.

In the invention according to claim 4, the IC tag further stores an adjacent manhole number of an adjacent manhole connected to the water meter box,
The IC tag reader built-in portable terminal comprises means for transmitting the adjacent manhole number to the server,
When the server receives the adjacent manhole number from the IC tag reader built-in portable terminal, the server extracts information on the adjacent manhole number from the database;
4. An information communication system for a water supply meter box according to claim 3, further comprising means for transmitting information on the extracted adjacent manhole number to the mobile terminal with a built-in IC tag reader.

The invention according to claim 5 is an IC tag provided in a water meter box, an IC tag reader / writer that is readable / writable with respect to the IC tag, and an IC tag reader / writer that is communicatively connected to the IC tag reader / writer via the Internet. An information communication system for a water meter meter box comprising a server to be operated,
The IC tag stores at least a water meter box number and a URL for connecting to the server site,
The IC tag reader / writer has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting the water meter box information relating to the water meter box number read from the IC tag to the server;
Upon receiving the water meter box information from the server, means for displaying the received information;
Means for writing the input information or the received information into the IC tag,
The server includes a database for storing information for the water meter box;
Means for transmitting the information input screen by access from the IC tag reader / writer;
Upon receiving input information from the IC tag reader / writer, means for storing in the database;
When there is a request for the water meter box information from the IC tag reader / writer, means for extracting the water meter box information from the database based on the request;
And a means for transmitting the extracted information to the IC tag reader / writer. An information communication system for water meter boxes is provided.

In the invention according to claim 6, the IC tag further stores an adjacent manhole number of an adjacent manhole connected to the water meter box,
The IC tag reader / writer includes means for transmitting the adjacent manhole number to the server,
When the server receives the adjacent manhole number from the IC tag reader / writer, the server extracts information on the adjacent manhole number from the database;
6. An information communication system for a water supply meter box according to claim 5, further comprising means for transmitting information on the extracted adjacent manhole number to the IC tag reader / writer.

  The invention according to claim 7 is characterized in that the IC tag stores position information including latitude, longitude and altitude of the water meter box. A system is provided.

  According to an eighth aspect of the present invention, there is provided a water stop valve box in place of the water meter box in the water communication meter box information communication system according to any one of the first to seventh aspects. An information communication system for a water valve box is provided.

  The invention according to claim 9 is characterized in that the IC tag stores position information including the latitude, longitude, and altitude of the stop valve box. A system is provided.

According to a tenth aspect of the present invention, there is provided an IC tag provided on a manhole cover, a portable terminal connection type IC tag reader capable of reading data of the IC tag, and a portable terminal capable of communicating with the portable terminal connection type IC tag reader. A manhole information communication system comprising a terminal and a server that is connected to the portable terminal through the Internet so as to be freely communicable,
The IC tag stores at least a manhole number and a URL for connecting to the server site,
The portable terminal is configured to access the server site via the URL read from the IC tag by the portable terminal-connected IC tag reader;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting manhole information relating to a manhole number read from the IC tag to the server;
Means for displaying the manhole information upon receiving the manhole information from the server;
The server includes a database for storing information for manholes including GIS information about manholes;
Means for transmitting the information input screen by access from the mobile terminal;
Upon receiving the input information from the portable terminal, means for storing in the database;
When there is a request for the manhole information from the mobile terminal, means for extracting the manhole information from the database based on the request;
A manhole information communication system comprising: means for transmitting the extracted manhole information to the mobile terminal.

In the invention according to claim 11, the IC tag further stores an adjacent manhole number of an adjacent manhole connected to the manhole,
The mobile terminal comprises means for requesting the server for adjacent manhole information of the adjacent manhole number acquired from the IC tag via the mobile terminal connected IC tag reader,
The server, upon receiving a request for the adjacent manhole information from the mobile terminal, means for extracting the adjacent manhole information from the database based on the request;
11. The manhole information communication system according to claim 10, further comprising means for transmitting the extracted adjacent manhole information to the portable terminal.

The invention according to claim 12 is an IC tag provided on a manhole cover, an IC tag reader built-in portable terminal capable of reading data of the IC tag, and an IC tag reader built-in portable terminal capable of communicating via the Internet. A manhole information communication system comprising a server connected to
The IC tag stores at least a manhole number and a URL for connecting to the server site,
The portable terminal with a built-in IC tag reader has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting manhole information relating to the manhole number read from the IC tag to the server;
Means for displaying the manhole information upon receiving the manhole information from the server;
The server includes a database for storing information for manholes including GIS information about manholes;
Means for transmitting the information input screen by access from the mobile terminal with a built-in IC tag reader;
Upon receiving the input information from the IC tag reader built-in portable terminal, means for storing in the database;
When there is a request for the manhole information from the IC tag reader built-in portable terminal, the means for extracting the manhole information from the database based on the request;
A manhole information communication system comprising: means for transmitting the extracted manhole information to the mobile terminal with a built-in IC tag reader.

In the invention according to claim 13, the IC tag further stores an adjacent manhole number of an adjacent manhole connected to the manhole,
The mobile terminal with a built-in IC tag reader comprises means for requesting the server for adjacent manhole information of the adjacent manhole number acquired from the IC tag,
When the server receives a request for the information for adjacent manholes from the mobile terminal with a built-in IC tag reader, means for extracting the information for adjacent manholes from the database based on the request;
13. The manhole information communication system according to claim 12, further comprising means for transmitting the extracted adjacent manhole information to the mobile terminal with a built-in IC tag reader.

According to a fourteenth aspect of the present invention, there is provided an IC tag provided on a manhole cover, an IC tag reader / writer that is readable / writable with respect to the IC tag, and communication with the IC tag reader / writer via the Internet. A manhole information communication system comprising a server to be connected,
The IC tag stores at least a manhole number and a URL for connecting to the server site,
The IC tag reader / writer has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting manhole information relating to the manhole number read from the IC tag to the server;
Means for displaying the manhole information upon receiving the manhole information from the server;
Means for writing the input information or the received information into the IC tag,
The server includes a database for storing information for manholes including GIS information about manholes;
Means for transmitting the information input screen by access from the IC tag reader / writer;
Upon receiving the input information from the IC tag reader / writer, means for storing in the database;
When there is a request for the manhole information from the IC tag reader / writer, means for extracting the manhole information from the database based on the request;
A manhole information communication system comprising: means for transmitting the extracted manhole information to the IC tag reader / writer.

In the invention according to claim 15, the IC tag further stores an adjacent manhole number of an adjacent manhole connected to the manhole,
The IC tag reader / writer comprises means for requesting the server for adjacent manhole information of the adjacent manhole number acquired from the IC tag,
When the server receives the request for information for adjacent manholes from the mobile terminal with a built-in IC tag reader, means for extracting the information for adjacent manholes from the database based on the information for adjacent manholes;
15. The information communication system for manholes according to claim 14, further comprising means for transmitting the extracted information for adjacent manholes to the mobile terminal with a built-in IC tag reader.

  The invention according to claim 16 is characterized in that the IC tag stores position information including latitude, longitude, and altitude of the lid of the manhole. The information communication system for manholes described is provided.

  According to the first aspect of the present invention, information relating to the water meter box can be obtained easily and quickly by accessing the server directly or via the portable terminal connected IC tag reader and the portable terminal. An information communication system for water meter boxes that can upload information to a server can be provided.

  According to the invention of claim 2, in addition to the effect of the invention of claim 1, information for adjacent manholes of adjacent manholes connected to the water meter box via the portable terminal connected IC tag reader and the portable terminal Can be easily and quickly acquired from the server.

  According to the third aspect of the present invention, information on the water meter box can be acquired directly or by accessing the server via the IC tag reader built-in portable terminal, and the information can be uploaded to the server. It is possible to provide an information communication system for a water meter box that can be used.

  According to the invention described in claim 4, in addition to the effect of the invention described in claim 3, information for adjacent manholes of adjacent manholes connected to the waterworks meter box via the mobile terminal with a built-in IC tag reader can be easily and quickly obtained from the server. Can be obtained.

  According to the fifth aspect of the present invention, information relating to the water meter box can be acquired directly or by accessing the server via the IC tag reader / writer, and the information can be uploaded to the server. An information communication system for a water meter box that can be provided can be provided.

  According to the invention described in claim 6, in addition to the effect of the invention described in claim 5, information for adjacent manholes of adjacent manholes connected to the waterworks meter box via the IC tag reader / writer can be easily and quickly obtained from the server. Can be acquired.

  According to the seventh aspect of the invention, in addition to the effects of the first to sixth aspects, the location information including the latitude, longitude and altitude of the water meter box can be directly acquired, and a service using the location information can be provided. Can be provided (for example, infrastructure development, disaster countermeasures, etc.).

  According to invention of Claim 8, the effect similar to any one of Claims 1 thru | or 7 can be acquired with a water stop valve box.

  According to the ninth aspect of the invention, in addition to the effect of the eighth aspect of the invention, the position information including the latitude, longitude and altitude of the water stop valve box can be directly acquired, and a service using the position information is provided. (For example, infrastructure development, disaster countermeasures, etc.).

  According to the invention of claim 10, it is possible to easily and quickly obtain information on manholes directly or by accessing a server via a portable terminal connected IC tag reader and a portable terminal. It is possible to provide a manhole information communication system capable of uploading information.

  According to the eleventh aspect of the present invention, in addition to the effect of the tenth aspect, the information on the adjacent manholes of the adjacent manholes connected to the manholes via the portable terminal connected IC tag reader and the portable terminal is stored in the server. Can be obtained easily and quickly.

  According to the twelfth aspect of the present invention, information on the manhole can be acquired directly or easily by accessing the server via the mobile terminal with a built-in IC tag reader, and the information can be uploaded to the server. It is possible to provide an information communication system for manholes.

  According to the invention of claim 13, in addition to the effect of the invention of claim 12, information for adjacent manholes of adjacent manholes connected to the manhole via the IC tag reader built-in portable terminal can be acquired easily and quickly from the server. can do.

  According to the fourteenth aspect of the present invention, information on manholes can be acquired directly or by accessing a server via an IC tag reader / writer, and information can be uploaded to the server. An information communication system for manholes can be provided.

  According to the invention described in claim 15, in addition to the effect of the invention described in claim 14, information for adjacent manholes of adjacent manholes connected to the manhole via the IC tag reader / writer is easily and quickly acquired from the server. be able to.

  According to the invention described in claim 16, in addition to the effect of the invention described in any one of claims 10 to 15, the position information including the latitude, longitude, and altitude of the manhole cover can be directly acquired. It is possible to provide services using the location information (for example, use in infrastructure maintenance, disaster countermeasures, etc.).

Hereinafter, embodiments of the present invention will be described with reference to the drawings showing examples. For convenience of explanation, the same components as those described above are denoted by the same reference numerals and description thereof is omitted.
In FIG. 1, reference numeral 1 denotes an information communication system for a water supply meter box according to the first embodiment of the present invention. The information communication system 1 for the water supply meter box includes an IC tag 3 provided in the water supply meter box 2, an IC A portable terminal connection type IC tag reader 4 that can freely read data of the tag 3, a portable terminal connection type IC tag reader 4, a portable terminal 5 that can communicate with the portable terminal 5, and a portable terminal 5 that are communicatively connected via the Internet 6. And a server 7.
In FIG. 1, reference numeral 8 denotes a square water supply meter box body that is open at both ends of the water supply meter box 2, and 9 denotes a lid of the water supply meter box 2. The lid 9 is provided at the upper end of the water meter box body 8 so as to be freely opened and closed.
In FIG. 1, reference numeral 10 denotes a base station used by the portable terminal 5.
The IC tag 3 is fixed by using an adhesive or the like in a hole 11 opened downward on the back surface of the lid 9.

  As shown in FIG. 2, the IC tag 3 stores at least a water meter box number 21 and a URL 22 for connecting to the site of the server 7. Preferably, in addition to the water meter box number 21 and the URL 22, , Specification of water meter 23, measured value 24 of water meter, pipe type 25, pipe diameter 26, pipe construction year 27, pipe renewal year 28, adjacent manhole connected to water meter box 2 Stored are manhole number 29, position information 30 including latitude, longitude and altitude of the water meter box.

As shown in FIG. 3, the portable terminal connection type IC tag reader 4 includes a reading unit 41 for the IC tag 3 and a transmission unit 42 for the portable terminal 5.
The mobile terminal 5 is connected to the site of the server 7 via the IC tag reader receiving means 43 for receiving information from the mobile terminal connected IC tag reader 4 and the URL 22 read from the IC tag 3 by the mobile terminal connected IC tag reader 4. Access means 44 for accessing, receiving means 45 for receiving an information input screen from the server 7, display means 46 for displaying the information input screen, input means 47 for inputting information on the information input screen, and information on the information input screen Is input to the server, and the mobile terminal connected IC tag reader 4 requests the water meter box information regarding the water meter box number 21 read from the IC tag 3 to the server 7. When the request information transmitting means 48 and the water meter box information are received from the server 7, the information is displayed. A display unit 46 that, and a transmitting means 48 for transmitting the adjacent manholes number to the server.

  The server 7 includes a database 49 for storing water meter box information, a transmission means 50 for transmitting an information input screen by access from the portable terminal 5, a receiving means 51 for receiving input information from the portable terminal 5, and a reception The storage means 52 for storing the information in the database 49, and the extraction means 53 for extracting the water meter box information from the database 49 based on the request when there is a request for the water meter box information from the portable terminal 5. Transmitting means 50 for transmitting information to the portable terminal 5, receiving means for extracting an adjacent manhole number from the database 49 when receiving an adjacent manhole number from the portable terminal 5, and extracting the information about the extracted adjacent manhole number to the portable terminal And transmitting means 50 for transmitting to.

Thus, according to the flowchart shown in FIG. 4, the flow of operation of the water meter box information communication system 1 will be described.
When the portable terminal-connected IC tag reader 4 reads the IC tag 3 (step S1) and transmits the read data to the portable terminal 5 (step S2), the portable terminal 5 receives from the portable terminal-connected IC tag reader 4 ( The site of the server 7 is accessed via the URL 22 that has been set in step S3) (step S4).
When the server 7 receives an access from the mobile terminal 5 (step S5), the server 7 transmits an information input screen to the mobile terminal 5 (step S6), and when the mobile terminal 5 receives the information input screen from the server 7 (step S7). ), An information input screen is displayed (step S8). When information such as a measurement value of a water meter built in the water meter box is input to the information input screen (step S9), the input information is displayed as the water meter box number 21. To the server 7 (step S10).
When the server 7 receives input information or the like from the portable terminal 7 (step S11), the server 7 stores the received information in the database 49 (step S12).

When the portable terminal 5 requests and transmits the water meter box information on the water meter box number 21 read from the IC tag 3 by the portable terminal-connected IC tag reader 4 to the server 7 (step S13), the server 7 receives the information. Based on the request (step S14), the water meter box information is extracted from the database 49 (step S15), and the extracted information is transmitted to the portable terminal 5 (step S16).
When the portable terminal 5 receives the water meter box information from the server 7 (step S17), the portable terminal 5 displays the information (step S18).
Furthermore, when the portable terminal 5 transmits the adjacent manhole number 29 to the server 7 (step S19), the server 7 receives the adjacent manhole number 29 (step S20) and extracts information on the adjacent manhole number 29 from the database 49. (Step S21), the information regarding the extracted adjacent manhole number 29 is transmitted to the portable terminal 5 (Step S22). When the portable terminal 5 receives information on the adjacent manhole number 29 from the server 7 (step S23), the portable terminal 5 displays the information (step S24).

  In FIG. 5, 61 is an information communication system for a water supply meter box according to the second embodiment of the present invention. The information communication system 61 for a water supply meter box is the information communication system for a water supply meter box (in FIG. 1). 1) instead of the combination of the mobile terminal-connected IC tag reader (4 in FIG. 1) and the mobile terminal (5 in FIG. 1), an IC tag incorporating an IC tag reader in the mobile terminal A portable terminal 62 with a built-in reader is used.

  FIG. 6 is a detailed explanatory diagram of the water communication meter box information communication system 61 according to the second embodiment of the present invention. The water supply meter box information communication system 61 is the water communication meter box information communication system (in FIG. 3). 1) without the portable terminal connection type IC tag reader (4 in FIG. 3), the IC tag reader built-in portable terminal 62 is the IC tag reader receiving means of the portable terminal (5 in FIG. 3). In place of (43 in FIG. 3), a reading means 63 for the IC tag 94 is provided.

Thus, according to the flowchart shown in FIG. 7, the operation flow of the information communication system 61 for the water meter box will be described.
When the IC tag reader built-in portable terminal 62 reads the IC tag 3 (step S31), it accesses the site of the server 7 via the URL 22 in the read data (step S32).
When the server 7 receives an access from the IC tag reader built-in portable terminal 62 (step S33), the server 7 transmits an information input screen to the IC tag reader built-in portable terminal 62 (step S34). When the information input screen is received from the server 7 (step S35), the information input screen is displayed (step S36), and when information such as the measured value of the water meter built in the water meter box is input to the information input screen ( In step S37), the input information is transmitted to the server 7 in association with the water meter box number 21 (step S38).
When the server 7 receives input information or the like from the portable terminal 7 (step S39), the server 7 stores the received information in the database 49 (step S40).

Further, when the portable terminal 62 with a built-in IC tag reader requests and sends the water meter box information regarding the water meter box number 21 read from the IC tag 3 to the server 7 (step S41), the server 7 receives the information (step S42). Based on the request, the water meter box information is extracted from the database 49 (step S43), and the extracted information is transmitted to the IC tag reader built-in portable terminal 62 (step S44).
When the portable terminal 62 with a built-in IC tag reader receives the water meter box information from the server 7 (step S45), it displays the information (step S46).

  Furthermore, when the mobile terminal 62 with a built-in IC tag reader transmits the adjacent manhole number 29 to the server 7 (step S47), the server 7 receives the adjacent manhole number 29 (step S48) and receives the adjacent manhole number 29 from the database 49. The information about the extracted manhole number 29 is transmitted to the IC tag reader built-in portable terminal 62 (step S50). When the portable terminal 62 with a built-in IC tag reader receives information on the adjacent manhole number 29 from the server 7 (step S51), it displays the information (step S52).

  In FIG. 8, reference numeral 71 denotes an information communication system for a water supply meter box according to the third embodiment of the present invention. The information communication system 71 for a water supply meter box is the information communication system for a water supply meter box (in FIG. 5). In this case, an IC tag reader / writer 72 that is readable and writable with respect to the IC tag 3 is used in place of the portable terminal with built-in IC tag reader (62 in FIG. 5).

  FIG. 9 is a detailed explanatory diagram of the water communication meter box information communication system 71 according to the third embodiment of the present invention. The water supply meter box information communication system 71 is the water communication meter box information communication system (in FIG. 6). The IC tag reader / writer 72 is provided in place of the portable terminal with a built-in IC tag reader (62 in FIG. 6). The IC tag reader / writer 72 includes means 73 for writing to the IC tag 3 in addition to the functions described in the portable terminal with a built-in IC tag reader (62 in FIG. 6).

Thus, the operation flow of the water meter box information communication system 71 will be described with reference to the flowchart shown in FIG.
When the IC tag reader / writer 72 reads the IC tag 3 (step S61), it accesses the site of the server 7 via the URL 22 in the read data (step S62).
When the server 7 receives the access from the IC tag reader / writer 72 (step S63), the server 7 transmits an information input screen to the IC tag reader / writer 72 (step S64). When the information input screen is received (step S65), the information input screen is displayed (step S66). When information such as the measured value of the water meter built in the water meter box is input to the information input screen (step S67). The input information is transmitted to the server 7 in association with the water meter box number 21 (step S68).
When the server 7 receives input information or the like from the portable terminal 7 (step S69), the server 7 stores the received information in the database 49 (step S70).

Further, when the IC tag reader / writer 72 requests and transmits the water meter box information regarding the water meter box number 21 read from the IC tag 3 to the server 7 (step S71), the server 7 receives the request (step S72). Based on the above, water meter box information is extracted from the database 49 (step S73), and the extracted information is transmitted to the IC tag reader / writer 72 (step S74).
When the IC tag reader / writer 72 receives the water meter box information from the server 7 (step S75), the IC tag reader / writer 72 displays the information (step S76).

Furthermore, when the IC tag reader / writer 72 transmits the adjacent manhole number 29 to the server 7 (step S77), the server 7 receives the adjacent manhole number 29 (step S78) and relates to the adjacent manhole number 29 from the database 49. Information is extracted (step S79), and information on the extracted adjacent manhole number 29 is transmitted to the IC tag reader / writer 72 (step S80). When the IC tag reader / writer 72 receives information on the adjacent manhole number 29 from the server 7 (step S81), the IC tag reader / writer 72 displays the information (step S82).
Note that the IC tag reader / writer 72 can write input information, received information, and the like to the IC tag 3 as appropriate (step S83).

In FIG. 11, 81 is the information communication system for water stop valve boxes of the fourth embodiment of the present invention. The information communication system 81 for water stop valve boxes is the information communication system for water meter boxes (FIG. 1). 1) A water stop valve box 82 is used instead of the water supply meter box 2. The IC tag 3 is provided on the lid 83 of the water stop valve box 82.
In the figure, the IC tag 3 is provided on the front surface side of the lid 83, but may be provided on the back surface side of the lid 83.

  FIG. 12 shows a data structure in the IC tag 3 in the information communication system 81 for the stop valve box. As shown in the figure, the IC tag 3 stores at least a water stop valve box number 84 and a URL 22 for connecting to the site of the server 7, and preferably, the water stop valve box number 84 and the URL 22 Besides, the stop valve specification 85, the pipe type 25, the pipe diameter 26, the pipe construction year 27, the pipe renewal year 28, the adjacent manhole number 29 of the adjacent manhole connected to the stop valve box 82, The position information 30 including the latitude, longitude, and altitude of the water stop valve box 82 is stored.

  Also in the information communication system 81 for the water stop valve box, the flow chart described in FIG. 4 has the same function as FIG. 3 described in the information communication system (1 in FIG. 1). It is possible to execute the same operation flow as in FIG.

  Moreover, it replaces with the combination of the portable terminal connection type | mold IC tag reader 4 and the portable terminal 5, and uses the portable terminal (illustration omitted) with a built-in IC tag reader, The information communication system for the said water meter meter boxes demonstrated in FIG. It is possible to provide the same function as 61 and execute the same operation flow as the flowchart described in FIG.

  Furthermore, in place of the combination of the portable terminal-connected IC tag reader 4 and the portable terminal 5, an IC tag reader / writer (not shown) is used, whereby the information communication system for the water meter box described in FIG. It is possible to have the same function as 71 and execute the same operation flow as the flowchart described in FIG.

  In FIG. 13, 91 is the manhole information communication system of the fifth embodiment of the present invention, and the manhole information communication system 91 is the information communication system for water meter box (1 in FIG. 1). A manhole 92 is used instead of the water meter box 2. An IC tag 94 is provided on the lid 93 of the manhole 92.

  As shown in FIG. 14, the IC tag 94 stores at least a manhole number 101 and a URL 102 for connecting to the site of the server 7. Preferably, in addition to the manhole number 101 and the URL 102, a manhole cover Manhole position 103 including latitude, longitude and altitude of body 93, manhole type 104, pipe number 105 of the pipe arranged in the manhole, horizontal distance 106 from the manhole, embedment depth 107, pipe type of pipe 108, pipe diameter 109, length to adjacent manhole 110, pipe construction year 111, pipe renewal year 112, valve plug specification 113, usage conditions 114, administrator information 115, management information 116, pipe to manhole Water supply meter box number 117 connected through the pipe, adjacent to the manhole connected through the pipe Nhoru adjacent manholes number 118 is stored in.

As shown in FIG. 15, the portable terminal connection type IC tag reader 4 includes a reading unit 41 for the IC tag 94 and a transmission unit 42 for the portable terminal 5.
The mobile terminal 5 is connected to the site of the server 7 via the IC tag reader receiving means 43 for receiving information from the mobile terminal connected IC tag reader 4 and the URL 102 read from the IC tag 94 by the mobile terminal connected IC tag reader 4. Access means 44 for accessing, receiving means 45 for receiving an information input screen from the server 7, display means 46 for displaying the information input screen, input means 47 for inputting information on the information input screen, and information on the information input screen Is transmitted to the server, and transmission of request information requesting the server 7 for manhole information relating to the manhole number 101 read from the IC tag 94 by the portable terminal-connected IC tag reader 4. When the manhole information is received from the means 48, the server 7, the display means 46 for displaying the information, and the adjacent manhole And a transmitting means 48 for transmitting hole number 118 to the server 7.

  The server 7 includes a database 49 for storing manhole information, a transmission means 50 for transmitting an information input screen by access from the portable terminal 5, a receiving means 51 for receiving input information from the portable terminal 5, and the received information Is stored in the database 49, and when there is a request for the water meter box information from the portable terminal 5, the extraction means 53 extracts the water meter box information from the database 49 based on the request, and the extracted information is carried Upon receiving the transmission means 50 for transmitting to the terminal 5 and the adjacent manhole number 118 from the portable terminal 5, the extraction means 53 for extracting information on the adjacent manhole number 118 from the database 49, and the extracted information on the adjacent manhole number 118 on the portable terminal And transmitting means 50 for transmitting to.

  The database 49 stores manhole information, which is various information related to manholes, and particularly includes a GIS (Geographic Information System) DB (database) site related to manholes. Therefore, for example, a manhole area map showing the manhole position, a satellite map around the manhole position indicating the manhole position, a pipe map around the manhole position indicating the manhole position, the manhole position, coordinates, etc. Information such as dredging information, dredging, mounting pipe information, pipe cross section, road burial status, maintenance management information, etc. can be provided as information for manholes. It should be noted that a plurality of maps can be provided as appropriate by storing them in the database 49 in advance, or by using a function installed in the server 7 or the portable terminal 5.

Thus, the operation flow of the manhole information communication system 91 will be described with reference to the flowchart shown in FIG.
When the portable terminal-connected IC tag reader 4 reads the IC tag 94 (step S91) and transmits the read data to the portable terminal 5 (step S92), the portable terminal 5 receives from the portable terminal-connected IC tag reader 4 ( The site of the server 7 is accessed through the URL 102 (step S93) (step S94).
When the server 7 receives an access from the portable terminal 5 (step S95), the server 7 transmits an information input screen to the portable terminal 5 (step S96). When the portable terminal 5 receives the information input screen from the server 7 (step S97). ), An information input screen is displayed (step S98). When information on various manholes is input on the information input screen (step S99), the input information is associated with the manhole number 101 and transmitted to the server 7 (step S100). ).
When the server 7 receives the input information from the mobile terminal 7 (step S101), the server 7 stores the received information in the database 49 (step S102).

When the portable terminal 5 sends a request to the server 7 for manhole information related to the manhole number 101 read by the portable terminal-connected IC tag reader 4 from the IC tag 94 (step S103), the server 7 receives the information (step S104). Based on the request, manhole information is extracted from the database 49 (step S105), and the extracted information is transmitted to the portable terminal 5 (step S106).
When the portable terminal 5 receives the manhole information from the server 7 (step S107), the portable terminal 5 displays the information (step S108).
Furthermore, when the portable terminal 5 transmits the adjacent manhole number 118 to the server 7 (step S109), the server 7 receives the adjacent manhole number 118 (step S110) and extracts information on the adjacent manhole number 118 from the database 49. (Step S111), the information regarding the extracted adjacent manhole number 118 is transmitted to the portable terminal 5 (Step S112). When the portable terminal 5 receives information on the adjacent manhole number 118 from the server 7 (step S113), the portable terminal 5 displays the information (step S114).
Thereby, the information for manholes including the information regarding various manholes, such as the GIS information regarding manholes provided by the above-described GIS DB site regarding manholes, can be acquired and displayed.

  In FIG. 17, 121 is the manhole information communication system of the sixth embodiment of the present invention, and the manhole information communication system 121 is the portable information communication system for manholes (91 in FIG. 13). Instead of the combination of the terminal connection type IC tag reader (4 in FIG. 13) and the portable terminal (5 in FIG. 13), an IC tag reader built-in portable terminal 62 in which the IC tag reader is built in the portable terminal is provided. It is what is used.

  FIG. 18 is a detailed explanatory diagram of the manhole information communication system 121 according to the sixth embodiment of the present invention. The manhole information communication system 121 is the mobile phone of the manhole information communication system (91 in FIG. 15). The terminal-attached IC tag reader (4 in FIG. 15) is not provided, and the IC tag reader built-in portable terminal 62 is the IC tag reader receiving means (in FIG. 15) of the portable terminal (5 in FIG. 15). 43), a reading means 63 for the IC tag 94 is provided.

Thus, the operation flow of the manhole information communication system 121 will be described with reference to the flowchart shown in FIG.
When the IC tag reader built-in portable terminal 62 reads the IC tag 3 (step S121), it accesses the site of the server 7 via the URL 22 in the read data (step S122).
When the server 7 receives an access from the IC tag reader built-in portable terminal 62 (step S123), the server 7 transmits an information input screen to the IC tag reader built-in portable terminal 62 (step S124). When an information input screen is received from the server 7 (step S125), the information input screen is displayed (step S126). When information on various manholes is input to the information input screen (step S127), the input information is input to the server 7. Transmit (step S128).
When the server 7 receives the input information from the mobile terminal 7 (step S129), the server 7 stores the received information in the database 49 (step S130).

When the mobile terminal 62 with a built-in IC tag reader requests and transmits manhole information related to the manhole number 101 read from the IC tag 3 to the server 7 (step S131), the server 7 receives the request (step S132) based on the received request (step S132). Information for manholes is extracted from the database 49 (step S133), and the extracted information is transmitted to the portable terminal 62 with a built-in IC tag reader (step S134).
When the IC tag reader built-in portable terminal 62 receives the manhole information from the server 7 (step S135), it displays the information (step S136).

  Further, when the IC tag reader built-in portable terminal 62 transmits the adjacent manhole number 118 to the server 7 (step S137), the server 7 receives the adjacent manhole number 118 (step S138) and receives the adjacent manhole number 118 from the database 49. The information regarding the extracted manhole number 118 is transmitted to the portable terminal 62 with a built-in IC tag reader (step S140). When the portable terminal 62 with a built-in IC tag reader receives information on the adjacent manhole number 118 from the server 7 (step S141), the information is displayed (step S142).

  In FIG. 20, 131 is the manhole information communication system of the seventh embodiment of the present invention, and the manhole information communication system 71 is the IC tag of the manhole information communication system (121 in FIG. 17). Instead of the reader built-in portable terminal (62 in FIG. 17), an IC tag reader / writer 132 that can read and write to the IC tag 94 is used.

  FIG. 21 is a detailed explanatory diagram of the manhole information communication system 131 according to the seventh embodiment of the present invention. The manhole information communication system 131 is the IC of the manhole information communication system (121 in FIG. 18). An IC tag reader / writer 132 is provided instead of the tag reader built-in portable terminal (62 in FIG. 18). The IC tag reader / writer 132 includes a writing means 73 for writing to the IC tag 94 in addition to the functions described in the portable terminal with a built-in IC tag reader (62 in FIG. 18).

Thus, the operation flow of the manhole information communication system 131 will be described with reference to the flowchart shown in FIG.
When reading the IC tag 94 (step S151), the IC tag reader / writer 132 accesses the site of the server 7 via the URL 102 in the read data (step S152).
When the server 7 receives the access from the IC tag reader / writer 132 (step S153), the server 7 transmits an information input screen to the IC tag reader / writer 132 (step S154). When the information input screen is received (step S155), the information input screen is displayed (step S156). When information on various manholes is input on the information input screen (step S157), the input information is transmitted to the server 7 (step S157). Step S158).
When the server 7 receives the input information from the mobile terminal 7 (step S159), the server 7 stores the received information in the database 49 (step S160).

When the IC tag reader / writer 132 sends a request for manhole information related to the manhole number 101 read from the IC tag 3 to the server 7 (step S161), the server 7 receives the database (step S162) based on the received request. The manhole information is extracted from 49 (step S163), and the extracted information is transmitted to the IC tag reader / writer 132 (step S164).
When receiving the manhole information from the server 7 (step S165), the IC tag reader / writer 132 displays the information (step S166).

Furthermore, when the IC tag reader / writer 132 transmits the adjacent manhole number 118 to the server 7 (step S167), the server 7 receives the adjacent manhole number 118 (step S168) and relates to the adjacent manhole number 118 from the database 49. Information is extracted (step S169), and information regarding the extracted adjacent manhole number 118 is transmitted to the IC tag reader / writer 132 (step S170). When the IC tag reader / writer 132 receives information on the adjacent manhole number 118 from the server 7 (step S171), the IC tag reader / writer 132 displays the information (step S172).
Note that the IC tag reader / writer 132 can appropriately write input information, reception information, and the like to the IC tag 94 (step S173).

BRIEF DESCRIPTION OF THE DRAWINGS It is a schematic diagram of the information communication system for waterworks meter boxes which is the 1st embodiment of this invention. It is a data structure figure in IC tag of the information communication system for waterworks meter boxes of this invention. It is a detailed explanatory view of an information communication system for waterworks meter box which is the first embodiment of the present invention. It is a flowchart of the information communication system for waterworks meter boxes which is the 1st embodiment of this invention. It is a schematic diagram of the information communication system for waterworks meter boxes which is the 2nd embodiment of this invention. It is detail explanatory drawing of the information communication system for water-water meter boxes which is the 2nd embodiment of this invention. It is a flowchart of the information communication system for waterworks meter boxes which is the 2nd embodiment of this invention. It is a schematic diagram of the information communication system for waterworks meter boxes which is the 3rd embodiment of the present invention. It is detail explanatory drawing of the information communication system for water-water meter boxes which is the 3rd embodiment of this invention. It is a flowchart of the information communication system for waterworks meter boxes which is the 3rd embodiment of the present invention. It is a schematic diagram of the information communication system for water stop valve boxes which is the 4th embodiment of this invention. It is a data structure figure in IC tag of the information communication system for water stop valve boxes of the present invention. It is a schematic diagram of the information communication system for manholes which is the 5th embodiment of this invention. It is a data structure figure in IC tag of the information communication system for manholes of this invention. It is detailed explanatory drawing of the information communication system for manholes which is the 5th embodiment of this invention. It is a flowchart of the information communication system for manholes which is the 5th embodiment of this invention. It is a schematic diagram of the information communication system for manholes which is the 6th embodiment of this invention. It is detailed explanatory drawing of the information communication system for manholes which is the 6th embodiment of this invention. It is a flowchart of the information communication system for manholes which is the 6th embodiment of this invention. It is a schematic diagram of the information communication system for manholes which is the 7th embodiment of this invention. It is detailed explanatory drawing of the information communication system for manholes which is the 7th embodiment of this invention. It is a flowchart of the information communication system for manholes which is the 7th embodiment of this invention.

Explanation of symbols

1, 61, 71 Information communication system for water meter box 2 Water meter box 3, 94 IC tag 4 Mobile terminal connected IC tag reader 5 Mobile terminal 6 Internet 7 Server 21 Water meter box number 22, 102 URL
29 Adjacent manhole number 30 Position information 49 Database 62 IC tag reader built-in portable terminal 72 IC tag reader / writer 81 Water stop valve box information communication system 82 Water stop valve box 91, 121, 131 Manhole information communication system 92 Manhole 93 Lid Body 101 Manhole number

Claims (16)

An IC tag provided in a water meter box, a portable terminal connected IC tag reader capable of reading data of the IC tag, a portable terminal capable of communicating with the portable terminal connected IC tag reader, the portable terminal and the Internet. An information communication system for a water meter meter box comprising a server that is communicatively connected via
The IC tag stores at least a water meter box number and a URL for connecting to the server site,
The portable terminal is configured to access the server site via the URL read from the IC tag by the portable terminal-connected IC tag reader;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting water meter box information relating to the water meter box number read from the IC tag by the portable terminal connected IC tag reader to the server;
When receiving the water meter box information from the server, comprising means for displaying the information,
The server includes a database for storing information for the water meter box;
Means for transmitting the information input screen by access from the mobile terminal;
Upon receiving input information from the portable terminal, means for storing in the database;
When there is a request for the information for the water meter box from the portable terminal, means for extracting the information for the water meter box from the database based on the request;
An information communication system for a water supply meter box, comprising: means for transmitting the extracted information to the portable terminal. The IC tag further stores an adjacent manhole number of an adjacent manhole connected to the water meter box,
The portable terminal comprises means for transmitting the adjacent manhole number to the server,
When the server receives the adjacent manhole number from the portable terminal, the server extracts information on the adjacent manhole number from the database;
The information communication system for a waterworks meter box according to claim 1, further comprising means for transmitting information on the extracted adjacent manhole number to the portable terminal. An IC tag provided in a water meter box, a portable terminal with a built-in IC tag reader that can read data of the IC tag, and a server that is connected to the portable terminal with a built-in IC tag reader through the Internet. An information communication system for a water meter box,
The IC tag stores at least a water meter box number and a URL for connecting to the server site,
The portable terminal with a built-in IC tag reader has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting the water meter box information relating to the water meter box number read from the IC tag to the server;
When receiving the water meter box information from the server, comprising means for displaying the information,
The server includes a database for storing information for the water meter box;
Means for transmitting the information input screen by access from the mobile terminal with a built-in IC tag reader;
When receiving input information from the IC tag reader built-in portable terminal, means for storing in the database;
When there is a request for the information for the water supply meter box from the IC tag reader built-in portable terminal, means for extracting the information for the water supply meter box from the database based on the request;
And a means for transmitting the extracted information to the mobile terminal with a built-in IC tag reader. The IC tag further stores an adjacent manhole number of an adjacent manhole connected to the water meter box,
The IC tag reader built-in portable terminal comprises means for transmitting the adjacent manhole number to the server,
When the server receives the adjacent manhole number from the IC tag reader built-in portable terminal, the server extracts information on the adjacent manhole number from the database;
4. An information communication system for a water supply meter box according to claim 3, further comprising means for transmitting information on the extracted adjacent manhole number to the portable terminal with a built-in IC tag reader. A water supply comprising an IC tag provided in a water supply meter box, an IC tag reader / writer that is readable / writable with respect to the IC tag, and a server that is communicatively connected to the IC tag reader / writer via the Internet. An information communication system for a meter box,
The IC tag stores at least a water meter box number and a URL for connecting to the server site,
The IC tag reader / writer has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting the water meter box information relating to the water meter box number read from the IC tag to the server;
Upon receiving the water meter box information from the server, means for displaying the received information;
Means for writing the input information or the received information into the IC tag,
The server includes a database for storing information for the water meter box;
Means for transmitting the information input screen by access from the IC tag reader / writer;
Upon receiving input information from the IC tag reader / writer, means for storing in the database;
When there is a request for the water meter box information from the IC tag reader / writer, means for extracting the water meter box information from the database based on the request;
And a means for transmitting the extracted information to the IC tag reader / writer. The IC tag further stores an adjacent manhole number of an adjacent manhole connected to the water meter box,
The IC tag reader / writer includes means for transmitting the adjacent manhole number to the server,
When the server receives the adjacent manhole number from the IC tag reader / writer, the server extracts information on the adjacent manhole number from the database;
6. The information communication system for a waterworks meter box according to claim 5, further comprising means for transmitting information on the extracted adjacent manhole number to the IC tag reader / writer.   7. The information communication system for water meter boxes according to claim 1, wherein the IC tag stores position information including latitude, longitude and altitude of the water meter box.   8. A water stop valve box information communication system according to claim 1, wherein a water stop valve box is used in place of the water meter box in the water communication meter box information communication system according to any one of claims 1 to 7.   9. The information communication system for a stop valve box according to claim 8, wherein the IC tag stores position information including latitude, longitude, and altitude of the stop valve box. An IC tag provided on a manhole cover, a portable terminal connected IC tag reader that can read data of the IC tag, a portable terminal that can communicate with the portable terminal connected IC tag reader, the portable terminal, and the Internet A manhole information communication system comprising a server that is communicatively connected via
The IC tag stores at least a manhole number and a URL for connecting to the server site,
The portable terminal is configured to access the server site via the URL read from the IC tag by the portable terminal-connected IC tag reader;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting manhole information relating to a manhole number read from the IC tag to the server;
Means for displaying the manhole information upon receiving the manhole information from the server;
The server includes a database for storing information for manholes including GIS information about manholes;
Means for transmitting the information input screen by access from the mobile terminal;
Upon receiving the input information from the portable terminal, means for storing in the database;
When there is a request for the manhole information from the mobile terminal, means for extracting the manhole information from the database based on the request;
And a means for transmitting the extracted manhole information to the portable terminal. The IC tag further stores an adjacent manhole number of an adjacent manhole connected to the manhole,
The mobile terminal comprises means for requesting the server for adjacent manhole information of the adjacent manhole number acquired from the IC tag via the mobile terminal connected IC tag reader,
The server, upon receiving a request for the adjacent manhole information from the mobile terminal, means for extracting the adjacent manhole information from the database based on the request;
11. The manhole information communication system according to claim 10, further comprising means for transmitting the extracted adjacent manhole information to the portable terminal. An IC tag provided on a manhole cover, an IC tag reader built-in portable terminal capable of reading the data of the IC tag, and a server connected to the IC tag reader built-in portable terminal via the Internet for communication. An information communication system for manholes,
The IC tag stores at least a manhole number and a URL for connecting to the server site,
The portable terminal with a built-in IC tag reader has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting manhole information relating to the manhole number read from the IC tag to the server;
Means for displaying the manhole information upon receiving the manhole information from the server;
The server includes a database for storing information for manholes including GIS information about manholes;
Means for transmitting the information input screen by access from the mobile terminal with a built-in IC tag reader;
Upon receiving the input information from the IC tag reader built-in portable terminal, means for storing in the database;
When there is a request for the manhole information from the IC tag reader built-in portable terminal, the means for extracting the manhole information from the database based on the request;
Means for transmitting the extracted manhole information to the portable terminal with a built-in IC tag reader. The IC tag further stores an adjacent manhole number of an adjacent manhole connected to the manhole,
The mobile terminal with a built-in IC tag reader comprises means for requesting the server for adjacent manhole information of the adjacent manhole number acquired from the IC tag,
When the server receives a request for the information for adjacent manholes from the mobile terminal with a built-in IC tag reader, means for extracting the information for adjacent manholes from the database based on the request;
13. The information communication system for manholes according to claim 12, further comprising means for transmitting the extracted information for adjacent manholes to the mobile terminal with a built-in IC tag reader. An IC tag provided on a manhole cover, an IC tag reader / writer that is readable and writable with respect to the IC tag, and a server that is communicatively connected to the IC tag reader / writer via the Internet. An information communication system for manholes,
The IC tag stores at least a manhole number and a URL for connecting to the server site,
The IC tag reader / writer has means for accessing the server site via the URL read from the IC tag;
Means for receiving an information input screen from the server;
Means for transmitting input information to the server when information is input to the information input screen;
Means for requesting manhole information relating to the manhole number read from the IC tag to the server;
Means for displaying the manhole information upon receiving the manhole information from the server;
Means for writing the input information or the received information into the IC tag,
The server includes a database for storing information for manholes including GIS information about manholes;
Means for transmitting the information input screen by access from the IC tag reader / writer;
Upon receiving the input information from the IC tag reader / writer, means for storing in the database;
When there is a request for the manhole information from the IC tag reader / writer, means for extracting the manhole information from the database based on the request;
And a means for transmitting the extracted manhole information to the IC tag reader / writer. The IC tag further stores an adjacent manhole number of an adjacent manhole connected to the manhole,
The IC tag reader / writer comprises means for requesting the server for adjacent manhole information of the adjacent manhole number acquired from the IC tag,
When the server receives the request for information for adjacent manholes from the mobile terminal with a built-in IC tag reader, means for extracting the information for adjacent manholes from the database based on the information for adjacent manholes;
15. The manhole information communication system according to claim 14, further comprising means for transmitting the extracted adjacent manhole information to the mobile terminal with a built-in IC tag reader.   16. The manhole information communication system according to any one of claims 10 to 15, wherein the IC tag stores position information including latitude, longitude, and altitude of the manhole cover.

Images