JP2013079865A - Radiation ray quantity measurement system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a radiation ray quantity measurement system capable of transmitting radiation ray quantity data with a simple structure at a low cost.SOLUTION: A radiation ray quantity measurement system comprises: a plurality of sets of radiation ray quantity measurement means 2 for periodically measuring radiation ray quantity of each of districts; reading processing means 11 for periodically outputting measurement information associated with positional information on the district; client computers 41; a plurality of mobile phones 5 carried by inhabitants; a management server 21 for collecting each piece of the measurement information and allowing storage means to store the positional information on the district which desires to obtain an address and the measurement information for each of the client computers 41 in association with the corresponding measurement information, and the positional information of the district which desires to obtain an address and the measurement information for each of the mobile phones 5 individually in association with the corresponding measurement information, and individually transmitting each piece of the measurement information to each of the client computers 41 and each of the mobile phones 5 at a fixed time preset; radio data lines 3; and an internet line network 4.

Description

  The present invention relates to a radiation dose measurement system, and more specifically, measures the radiation dose in each area regardless of surrounding areas such as nuclear facilities and remote areas, and obtains measurement information easily and inexpensively. The radiation dose measuring system which can be utilized is provided.

  Radiation exposure of local residents due to radiation leaks at nuclear power plants and nuclear facilities related to nuclear power plants in recent years due to nuclear accidents in foreign countries and recent nuclear power plants in Japan It is possible to transmit the radiation dose data of the desired district at a low cost with a simple structure to local residents and related government agencies regardless of the surroundings of the nuclear facilities, etc. Therefore, it is an urgent task to construct a system that covers a wide range of local use.

  Patent Document 1 includes a master unit 1 and a plurality of slave units 2 that can perform wireless communication with each other. The slave unit 2 senses radiation and converts it into measurement signal data, and includes the measurement signal data. There has been proposed a radiation measurement alarm system configured to be able to transmit and receive electrical signal data and to receive and display an alarm (danger / safety) by receiving an alarm signal from the master unit 1.

  In the case of the radiation measurement alarm system disclosed in Patent Document 1, since the communication between the parent device 1 and the plurality of child devices 2 is performed by wireless communication, the usable regional range is a relatively narrow range. Presumed to be limited.

JP 2001-272469 A

  The problem to be solved by the present invention is that the radiation dose data of the desired district can be transmitted at a low cost with a simple configuration to local residents and related administrative organizations. There is no radiation dose measurement system that can be used over a wide area.

  The radiation dose measuring system according to the present invention is connected to each of the radiation dose measuring means and a plurality of radiation dose measuring means which are installed in each district and periodically measure the radiation dose at the position and output as radiation dose data. Owned by a plurality of reading processing means for periodically outputting measurement information in which the radiation dose data is associated with the location information of the district, a plurality of client computers installed in each district, and a plurality of residents in each district Collecting each measurement information from a plurality of mobile phones and a plurality of reading processing means, individually measuring information corresponding to the location information of each client computer registered in advance and the location information where the measurement information is desired to be acquired The measurement information corresponding to the location information of the district where it is desired to obtain the address and measurement information for each mobile phone that has been registered in advance. Associate and store in the storage means, and send the measurement information for each client computer and each mobile phone stored in the storage means individually to each client computer and each mobile phone at a preset time. Management server, a wireless data line for individually communicating information between the plurality of reading processing means and the management server, information between the management server and each client computer, and information between the management server and each mobile phone The main feature is to have an Internet network for communication.

  According to the first to third aspects of the present invention, the person in charge of the administrative organization visually confirms the radiation dose data of the desired area on the screen of the client computer on a regular basis, and the radioactive contamination to the local residents in the area. It can be used as a preventive measure, and each mobile phone owner can also visually confirm the radiation dose data of the area he / she wants on the screen on a regular basis to prevent radioactive contamination. In addition, a radiation dose measurement system that can easily obtain radiation dose data for the desired district regardless of the narrow area or wide area of the area to be used can be obtained at low cost. And can be provided.

  According to the fourth to sixth aspects of the present invention, the person in charge of the administrative institution etc. promptly obtains and confirms the radiation dose data of the desired area on the screen of the client computer every time the radiation dose measuring means performs the regular measurement. It is possible to check and use it as a measure to prevent radioactive contamination for local residents in the area. Each mobile phone owner himself can also see the radiation dose data of the area he / she wants on the screen. It is possible to quickly obtain and visually check each periodic measurement by the radiation dose measuring means, and use it as a measure for preventing radioactive contamination. In addition, it is inexpensive regardless of the narrow area or wide area of use. It is possible to realize and provide a radiation dose measuring system capable of periodically obtaining radiation dose data of a desired district with a simple communication usage amount.

FIG. 1 is a schematic overall configuration diagram showing a radiation dose measuring system according to a first embodiment of the present invention. FIG. 2 is a schematic diagram showing components of the reading processing means in the radiation dose measuring system of the first embodiment. FIG. 3 is a block diagram of the radiation dose measuring system according to the first embodiment. FIG. 4 is a flowchart showing a flow of radiation dose measurement and measurement information processing of the radiation dose measurement system according to the first embodiment. FIG. 5 is a schematic overall configuration diagram showing a radiation dose measuring system according to the second embodiment of the present invention. FIG. 6 is a block diagram of the radiation dose measuring system according to the second embodiment. FIG. 7 is an explanatory diagram showing the folder structure of the client computer database in the radiation dose measurement system of the second embodiment. FIG. 8 is an explanatory diagram showing the folder structure of the cellular phone database in the radiation dose measurement system of the second embodiment. FIG. 9 is a flowchart showing the flow of radiation dose measurement and measurement information processing of the radiation dose measurement system according to the first embodiment.

  The present invention can transmit radiation dose data of a desired district at a low cost with a simple configuration to local residents and related administrative organizations, and also has a wide range of usable areas. The purpose of realizing and providing a radiation dose measurement system is to install each radiation dose measurement means, which is installed in each district, periodically measures the radiation dose at that position and outputs as radiation dose data. A plurality of reading processing means for periodically outputting measurement information in which the radiation dose data and the location information of the district generated based on GPS information are associated with each other; a plurality of client computers installed in each district; Collect each measurement information from a plurality of mobile phones possessed by a plurality of residents in each district and a plurality of reading processing means for each client computer registered in advance The measurement information corresponding to the location information of the area where the address and measurement information are desired to be acquired is individually associated, and the address corresponding to each mobile phone registered in advance and the measurement corresponding to the location information of the area where the measurement information is desired to be acquired Information is individually associated and stored in the storage means, and e-mails and mobile phone mails are created for each client computer and each mobile phone based on the measurement information stored for each client computer and each mobile phone stored in the storage means. A management server that transmits the electronic mail and the mobile phone mail individually to each client computer and each mobile phone at a predetermined time, and the plurality of reading processing means and the management server. A wireless data line for individually communicating information between the management server, each client computer, and the previous Management server, and realized by the configuration having the Internet network for performing information communication between the mobile phone.

  Hereinafter, a radiation dose measuring system according to an embodiment of the present invention will be described in detail with reference to the drawings.

Example 1
As shown in FIG. 1 and FIG. 3, the radiation dose measuring system 1 according to the first embodiment is determined in advance, for example, in a peripheral area of a nuclear power plant or a nuclear related facility related to nuclear power, and in areas other than the peripheral area of these facilities. A plurality of devices (three are shown in FIG. 1) that are installed in each area and periodically measure the radiation dose at the position (for example, three times a day at predetermined time intervals) and output as radiation dose data. Radiation dose measuring means 2 such as a Geiger counter, a plurality of read processing means 11 connected to each radiation dose measuring means 2, and a management server for managing the whole radiation dose measuring system according to the first embodiment 21, a wireless data line 3 that individually performs information communication between the plurality of reading processing means 11 and the management server 21, and administrative organizations such as the surrounding districts, town halls of each district, city halls, etc. Of each district A plurality (two are shown in FIG. 1) of client computers 41 installed in a private hall, etc., and a large number (five are shown in FIG. 1) carried by the surrounding area and an arbitrary number of residents in each of the areas The telephone 5 has an internet line network 4 for performing information communication between the management server 21 and the client computer 41 and between the management server 21 and each mobile phone 5.

  Although not shown in detail, the wireless data line 3 is configured by a public wireless LAN including a relay device that connects a host and a user of a known network provided by a communication carrier.

  The areas where the radiation dose measuring means 2 and the reading processing means 11 having three units are installed are, for example, the A area, the B area, and the C area. The following explanation will be given on the assumption that the five mobile phones 5 are owned by the residents a to e in each district.

  As shown in FIG. 2, the reading processing unit 11 includes GPS module 12 that receives GPS information (Global Positioning System information: latitude and longitude information) from a communication satellite (not shown), and from the radiation dose measuring unit 2. The radiation dose measurement data of the area is input, and the measurement information stored in the flash memory 15 to be described later is periodically transmitted to the wireless data line 3 and stored in advance based on the GPS information (not shown). The position information of the position where the radiation dose measuring means 2 and the reading processing means 11 are installed with reference to the map information associated with the latitude and longitude being generated, and the radiation dose input to the communication module 13 A one-board microcomputer 14 that associates measurement data with the position information to obtain measurement information; A flash memory 15 for storing measurement information obtained by the controller 14 and a battery 16 for power failure compensation are provided. The communication module 13 has specifications corresponding to the wireless data line 3.

  Further, although not shown, the reading processing means 11 is configured to be supplied with power by an AC 100V power source. In addition, it is also possible to employ | adopt a solar cell as an electric power supply source.

  Next, the management server 21 will be described in detail with reference to FIG.

  The management server 21 includes a control unit 22 that controls the entire radiation dose measurement system 1 according to the first embodiment, and each measurement information periodically transmitted from each reading processing unit 11 via the wireless data line 3. The receiving unit 23 to receive, the storage unit 29 to store the measurement information from each reading processing unit 11 received by the receiving unit 23, the address (e-mail address) of each client computer 41 and the location information of its location are stored. Operation of the radiation dose measuring system 1 according to the first embodiment, the client address storage unit 24, the mobile phone user address storage unit 25 storing the address (mobile mail address) of each mobile phone 5 and the location information of the location. Each client based on the program, the measurement information, and the address and position information of each client computer 41 E-mail for the computer 41 is created individually, and e-mail creation for individually creating a mobile mail for each mobile phone 5 based on the measurement information, the address of each mobile phone 5 and its location information Scheduled to send the program and created individual e-mails and mobile mails to the corresponding addresses via the Internet network 4 (for example, preset three times a day: 9:00, 12:00, 18:00, etc.) A program memory 26 that stores a transmission program in advance, a mail information storage unit 27 that temporarily stores individual electronic mails and individual mobile mails created by the mail creation program, and each client based on the scheduled transmission program An electronic mail for the computer 41 and a mobile mail for each mobile phone 5 are sent to the Internet network 4 A transmission unit 28 for outputting, and a keyboard 30, a display unit 31, a.

  Next, the operation of the radiation dose measurement system 1 according to the first embodiment will be described with reference to FIG.

  In the radiation dose measuring system 1 according to the first embodiment, each radiation dose measuring means 2 arranged in the A district, the B district, and the C district regularly measures the radiation dose at the position and corresponds to the radiation dose data. The data is output to the reading processing unit 11.

  Each reading processing means 11 connected to each radiation dose measuring means 2 periodically sends measurement information that associates the radiation dose data with the location information of the area generated based on GPS information through the wireless data line 3. Wireless transmission to the management server 21.

  The management server 21 collects each measurement information periodically transmitted from each reading processing means 11 through the wireless data line 3 based on the operation program, and stores the address and measurement information for each client computer 41 registered in advance. The measurement information corresponding to the location information of the district where acquisition is desired is individually associated, and the measurement information corresponding to the location information of the district where acquisition of the address and measurement information for each mobile phone 5 registered in advance is desired individually The data are stored in the storage unit 29 in association with each other.

  Then, an e-mail for each client computer 41 is individually created by the mail creation program based on the measurement information, the address for each client computer 41 and the location information of the district where the measurement information is desired to be acquired.

  In addition, a mobile mail for each mobile phone 5 is individually created by the mail creation program based on the measurement information, the address of each mobile phone 5 and its position information.

  Next, the management server 21 transmits the created individual e-mails and mobile mails to the client computers 41 and the mobile phones 5 through the Internet line network 4 through the Internet line network 4 according to the scheduled transmission program (for example, Preset three times a day: 9 o'clock, 12 o'clock, 18 o'clock, etc.).

  Thus, for example, each client computer 41 installed in an administrative organization such as a town hall, a city hall, or a public hall in each district has a desired district (for example, the client computer 41 installed in the A district has the A district. The measurement information including the radiation dose data will be sent, and the person in charge at the city hall etc. will visually check the radiation dose data of the desired A area three times a day on the screen of the client computer 41. Therefore, it can be used for measures to prevent radioactive contamination for local residents in the area.

  In addition, measurement information including radiation dose data of the A district is transmitted to each mobile phone 5 owned by the residents, for example, to the owner of the mobile phone 5 having the desired district as the A district. Measurement information including the radiation dose data of the B district will be sent to the owner of the mobile phone 5 and the area (A district, B district, etc.) that he / she desires on the screen of each mobile phone 5 The radiation dose data can be visually confirmed three times a day and used as a measure for preventing radioactive contamination of each owner.

  Furthermore, according to the first embodiment, since the wireless data line 3 and the Internet line network 4 are used, the measurement information related to the radiation dose data in the desired area described above can be simplified with an inexpensive communication usage amount. The radiation dose measurement system 1 that can be acquired and can be effectively constructed even when the area to be used is wide-area by using the Internet network 4 can be realized.

  The number of times of measurement by the radiation dose measuring means 2 and the number of times of scheduled transmission by the management server 21 are not limited to the above-described examples, but are arbitrary times (1, 2, 5, 10, etc.). Is possible.

(Example 2)
Next, a radiation dose measurement system 1A according to Embodiment 2 of the present invention will be described with reference to FIGS.

  Since the basic configuration of the radiation dose measurement system 1A according to the second embodiment is substantially the same as that of the radiation dose measurement system 1 according to the first embodiment, the same components as those in the first embodiment have the same reference numerals. Is shown.

  As shown in FIGS. 5 and 6, the radiation dose measurement system 1 </ b> A according to the second embodiment is characterized by adopting an instantaneous transfer type management server 21 </ b> A instead of the management server 21 of the first embodiment.

  As in the case of the first embodiment, the radiation dose measuring system 1A according to the second embodiment is, for example, a peripheral area of a nuclear power plant or a nuclear related facility related to nuclear power, and each predetermined area other than the peripheral area of these facilities. A plurality of units (three are shown in FIG. 1) that are installed in the district and periodically measure the radiation dose at the location (for example, three times a day at a predetermined time interval) and periodically output the radiation dose data. A radiation dose measuring means 2 such as a known Geiger counter, a plurality of reading processing means 11 connected to each radiation dose measuring means 2, and a management for executing the management of the whole radiation dose measuring system according to the second embodiment. Server 21A, wireless data line 3 for individually communicating information between the plurality of reading processing means 11 and the management server 21A, and administrative machines such as the surrounding districts, town halls of each district, city halls, etc. And a plurality of client computers 41 (two shown in FIG. 5) installed in public halls of each district and a large number (five shown in FIG. 5) possessed by any number of residents in the surrounding districts and each district. ) And the management server 21A and the client computer 41 and the management server 21 and the Internet line network 4 for communicating information between the mobile phones 5.

  As in the case of the first embodiment, the areas where the radiation dose measuring means 2 and the reading processing means 11 having three units are installed are, for example, the A area, the B area, and the C area. For example, it is assumed that the mobile phone 5 is installed in the A district and the B district, and the five mobile phones 5 are owned by the residents a to e in each district.

  The management server 21A receives a control unit 22 that controls the entire radiation dose measurement system 1A according to the second embodiment and each measurement information periodically transmitted from each reading processing unit 11 via the wireless data line 3. The receiving unit 23 for receiving and a folder having a large number of folder areas that can be individually specified are incorporated, and the address information for each client computer and the location information of the area where measurement information is desired to be registered are registered in the individual folder areas. The client computer database 32 which is a storage means configured to be able to write the measurement information of the corresponding district into the individual folder area, and a folder having a large number of folder areas which can be individually specified, and each mobile phone Register the location information of the area where you want to obtain 5 different addresses and measurement information in individual folder areas , The mobile phone database 33 which is a storage means configured to be able to write the measurement information of the corresponding district into the individual folder area, the operation program of the radiation dose measurement system 1A according to the second embodiment, and each measurement information Is stored (written) in the corresponding individual folder area of the client computer database 32, and at the same time, measurement information corresponding to the storage stored in the individual folder area for each client computer at the corresponding address is instantly sent by e-mail. In addition, each of the measurement information is stored (written) in a corresponding individual folder area of the mobile phone database 33, and at the same time, an individual folder is assigned to each mobile phone at the corresponding address. Measurement information corresponding to the memory stored in the area In addition, a program memory 34 storing an instantaneous storage / transmission program for individual transmission processing, and a transmission information database 35 for storing information on e-mail for each client computer 41 and portable mail for each mobile phone 5 And a transmission unit 28 for outputting an electronic mail for each client computer 41 and a mobile mail for each mobile phone 5 to the Internet line network 4.

  FIG. 7 shows an example of the configuration of individual folder areas of the folder of the client computer database 32. FIG. 7 shows an example of the configuration of individual folder areas of the folder of the cellular phone database 33. FIG. 8 shows a configuration example of the mobile phone 5 of FIG.

  Next, the operation of the radiation dose measurement system 1A according to the second embodiment will be described with reference to FIG.

  In the radiation dose measuring system 1A according to the second embodiment, each radiation dose measuring means 2 arranged in the A district, the B district, and the C district regularly measures the radiation dose at the position and corresponds to the radiation dose data. The data is output to the reading processing unit 11.

  Each reading processing means 11 connected to each radiation dose measuring means 2 periodically sends measurement information that associates the radiation dose data with the location information of the area generated based on GPS information through the wireless data line 3. Wireless transmission to the management server 21A.

  The management server 21A is configured so that the radiation dose measuring unit 2 measures the radiation dose of each piece of measurement information periodically transmitted from each reading processing unit 11 through the wireless data line 3 based on the operation program, and the reading processing unit 11 is collected each time the measurement information from 11 is transmitted, and then each measurement information is stored in the corresponding individual folder area of the client computer database 32 by the instantaneous storage / transmission program, and at the same time, each of the corresponding addresses Measurement information corresponding to the storage stored in the individual folder area is instantly and individually transmitted to the client computer 41 via the transmission unit 28 and the Internet network 4 by e-mail.

  Further, the measurement information is stored in the corresponding individual folder area of the mobile phone database 33 by the instantaneous storage / transmission program, and at the same time, in the individual folder area for each mobile phone 5 of the corresponding address. Measurement information corresponding to the stored memory is instantly and individually transmitted by mobile mail through the transmitter 28 and the Internet line network 4.

  Each information of the electronic mail for each client computer 41 and the mobile mail for each mobile phone 5 is stored and held in the transmission information database 35 of the management server 21A.

  Thereby, for example, the radiation dose measuring means 2 measures the radiation dose in each client computer 41 installed in an administrative organization such as a town hall, a city hall, etc., or a public hall in each district, and the reading processing means 11 Each time the measurement information is transmitted to the management server 21A, the measurement information including the radiation dose data of the A area is transmitted immediately to the desired area (for example, the client computer 41 installed in the A area, The person in charge at the city hall, etc. can visually check the radiation dose data of the desired district A on the screen of the client computer 41 and use it as a measure for preventing radioactive contamination for local residents in the district. It becomes.

  In addition, for each mobile phone 5 possessed by a resident, whenever the radiation dose measuring unit 2 measures the radiation dose and the measurement information from the reading processing unit 11 is transmitted to the management server 21A, for example, it is immediately desired. Measurement information including the radiation dose data of the A district is transmitted to the holder of the mobile phone 5 whose district is the A district, and the radiation dose data of the B district is transmitted to the owner of the mobile phone 5 whose district is the B district. Information will be sent, and each owner will periodically check the radiation dose data of his desired area (A district, B district, etc.) on his mobile phone 5 screen. Thus, it can be used as a measure for preventing radioactive contamination of each owner.

  Furthermore, according to the radiation dose measuring system 1A according to the second embodiment, since the wireless data line 3 and the Internet line network 4 are used, the radiation dose in the desired area described above with the inexpensive communication usage amount. It is possible to realize the radiation dose measurement system 1A that can easily acquire measurement information related to data and can be effectively constructed even when the area used by the Internet line network 4 covers a wide area.

  The regular measurement of the radiation dose data by the radiation dose measuring means 2 described above can be arbitrarily set, for example, every hour, every 6 hours, once a day, once every two days, etc. Of course there is.

  The radiation dose measurement system according to the present invention is capable of acquiring simple and inexpensive radiation dose data for administrative agencies and local residents not only in surrounding areas such as nuclear power plants and facilities related to nuclear power but also in areas far from the area concerned. Widely applicable as a system.

DESCRIPTION OF SYMBOLS 1 Radiation dose measurement system 1A Radiation dose measurement system 2 Radiation dose measurement means 3 Wireless data circuit 4 Internet network 5 Mobile phone 11 Reading processing means 12 GPS module 13 Communication module 14 One-board microcomputer 15 Flash memory 16 Battery 21 Management server 21A Management Server 22 Control unit 23 Reception unit 24 Client address storage unit 25 Mobile phone user address storage unit 26 Program memory 27 Mail information storage unit 28 Transmission unit 29 Storage means 30 Keyboard 31 Display unit 32 Database for client computer 33 Database for mobile phone 34 Program Memory 35 Transmission information database 41 Client computer

Claims (6)

A plurality of radiation dose measuring means installed in individual districts, periodically measuring the radiation dose at the position and outputting as radiation dose data;
A plurality of reading processing means each connected to each radiation dose measuring means and periodically outputting measurement information in which the radiation dose data and the location information of the area are associated;
Multiple client computers installed in each district;
Multiple mobile phones owned by multiple residents in each district,
Collected each measurement information from a plurality of reading processing means, individually associated with the previously registered address for each client computer and the measurement information corresponding to the location information of the district where the measurement information is desired to be acquired, and registered in advance Each mobile phone address and measurement information corresponding to the location information of the area where the acquisition of measurement information is desired are individually associated and stored in the storage means, and each client computer stored in the storage means is stored for each mobile phone. A management server for transmitting each measurement information individually to each client computer and each mobile phone, and at a preset time, and
A wireless data line for individually performing information communication between the plurality of reading processing means and the management server;
Internet line network for performing information communication between the management server, each client computer and the management server, each mobile phone;
A radiation dose measuring system comprising: A plurality of radiation dose measuring means installed in individual districts, periodically measuring the radiation dose at the position and outputting as radiation dose data;
A plurality of reading processing means connected to each radiation dose measuring means and periodically outputting measurement information associating the radiation dose data and the location information of the area generated based on GPS information;
Multiple client computers installed in each district;
Multiple mobile phones owned by multiple residents in each district,
Collected each measurement information from a plurality of reading processing means, individually associated with the previously registered address for each client computer and the measurement information corresponding to the location information of the district where the measurement information is desired to be acquired, and registered in advance Each mobile phone address and measurement information corresponding to the location information of the area where measurement information is desired to be acquired are individually associated and stored in the storage means, and each client computer and each mobile phone stored in the storage means Based on each measurement information, each client computer, e-mail for each mobile phone, mobile phone e-mail is created, and each e-mail, mobile phone e-mail is individually sent to each client computer, each mobile phone, and A management server that transmits on time set in advance;
A wireless data line for individually performing information communication between the plurality of reading processing means and the management server;
Internet line network for performing information communication between the management server, each client computer and the management server, each mobile phone;
A radiation dose measuring system comprising: A plurality of radiation dose measuring means installed in individual districts, periodically measuring the radiation dose at the position and outputting as radiation dose data;
A plurality of reading processing means connected to each radiation dose measuring means and periodically outputting measurement information associating the radiation dose data and the location information of the area generated based on GPS information;
Multiple client computers installed in each district;
Multiple mobile phones owned by multiple residents in each district,
An e-mail for each client computer is individually created based on the operation program, the measurement information, the address of each client computer and the position information thereof, and the measurement information, the address of each mobile phone and the position information thereof Creation program for individually creating a mobile mail for each mobile phone based on the Internet, and a regular transmission program for regularly sending the created individual e-mail and mobile mail to the corresponding addresses through the Internet network Are stored in advance, and each measurement information from a plurality of reading processing means is collected, and the addresses and measurement information of each client computer registered in advance are collected. In addition to individually associating measurement information corresponding to the location information of the district you wish to obtain Each pre-registered address for each mobile phone and the measurement information corresponding to the location information of the area where the measurement information is desired to be acquired are individually associated and stored in the storage means, and each client computer stored in the storage means by the mail creation program Separately, based on each measurement information for each mobile phone, create an e-mail for each client computer, an e-mail for each mobile phone, and a mobile phone e-mail. A management server that transmits to each mobile phone individually and at a preset time,
A wireless data line for individually performing information communication between the plurality of reading processing means and the management server;
Internet line network for performing information communication between the management server, each client computer and the management server, each mobile phone;
A radiation dose measuring system comprising: A plurality of radiation dose measuring means installed in individual districts, periodically measuring the radiation dose at the position and outputting as radiation dose data;
A plurality of reading processing means each connected to each radiation dose measuring means and periodically outputting measurement information in which the radiation dose data and the location information of the area are associated;
Multiple client computers installed in each district;
Multiple mobile phones owned by multiple residents in each district,
Collecting each measurement information from a plurality of reading processing means, and individually storing the address information for each client computer registered in advance and the measurement information corresponding to the location information of the district where the measurement information is desired to be acquired. Areas that are stored in individual folder areas and at the same time send corresponding measurement information to each client computer instantaneously and individually, as well as areas where you want to obtain pre-registered addresses and measurement information for each mobile phone. A management server that individually associates measurement information corresponding to the location information and stores the measurement information in a separate folder area of the storage means, and simultaneously transmits measurement information corresponding to each mobile phone individually,
A wireless data line for individually performing information communication between the plurality of reading processing means and the management server;
Internet line network for performing information communication between the management server, each client computer and the management server, each mobile phone;
A radiation dose measuring system comprising: A plurality of radiation dose measuring means installed in each district and measuring the radiation dose at that position and outputting as radiation dose data;
A plurality of reading processing means connected to each radiation dose measuring means and outputting measurement information associating the radiation dose data and the location information of the district generated based on GPS information;
Multiple client computers installed in each district;
Multiple mobile phones owned by multiple residents in each district,
Collecting each piece of measurement information from a plurality of reading processing means, and separately storing the address for each client computer registered in advance and the measurement information corresponding to the location information of the area where the measurement information is desired to be acquired individually And at the same time, the measurement information corresponding to the storage stored in the individual folder area is transmitted to each client computer instantly and individually by e-mail, and for each mobile phone registered in advance. The measurement information corresponding to the address information and the location information of the area where the measurement information is desired to be acquired are individually associated and stored in the individual folder area of the storage means, and at the same time, stored in the individual folder area for each mobile phone A management server that instantly and individually transmits measurement information corresponding to
A wireless data line for individually performing information communication between the plurality of reading processing means and the management server;
Internet line network for performing information communication between the management server, each client computer and the management server, each mobile phone;
A radiation dose measuring system comprising: A plurality of radiation dose measuring means installed in each district and measuring the radiation dose at that position and outputting as radiation dose data;
A plurality of reading processing means connected to each radiation dose measuring means and outputting measurement information associating the radiation dose data and the location information of the district generated based on GPS information;
Multiple client computers installed in each district;
Multiple mobile phones owned by multiple residents in each district,
Desire to obtain the address and measurement information of each client computer in a separate folder area corresponding to the control unit, a storage means incorporating a folder having a separate folder area, an operation program, and each measurement information. At the same time as storing the location information in the district, the measurement information corresponding to the storage stored in the individual folder area for each client computer of the corresponding address is instantly and individually transmitted by e-mail. And storing each measurement information in a separate folder area corresponding to the storage means in association with each mobile phone address and location information of the area where the measurement information is desired to be acquired, and at the same time for each mobile phone at the corresponding address. The measurement information corresponding to the memory stored in the individual folder area is instantly sent by mobile mail, And a measurement memory corresponding to the storage stored in the individual folder area for each client computer by the instantaneous storage / transmission program. Management server that instantly and individually transmits measurement information corresponding to the memory stored in a separate folder area for each mobile phone via mobile phone email When,
A wireless data line for individually performing information communication between the plurality of reading processing means and the management server;
Internet line network for performing information communication between the management server, each client computer and the management server, each mobile phone;
A radiation dose measuring system comprising:

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