JP2015049217A - Disclosure system for removal object - Google Patents
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本発明は、除染に伴い発生した除去土壌などの除去物（除染で取り除いた土壌や放射性物質に汚染された廃棄物）を仮置き場などの一時保管場所から中間貯蔵施設へ車両により運搬する際に、運搬中の除去物に関する情報を一般公開するシステムに関する。 The present invention transports removed matter such as removed soil generated by decontamination (soil removed by decontamination or radioactive material-contaminated waste) from a temporary storage location such as a temporary storage location to an intermediate storage facility by a vehicle. In connection with this, the present invention relates to a system for publicly displaying information on the removed material being transported.
関連する先行技術としては、特許文献１に記載の技術がある。これは、一般輸送物の輸送・取扱中において、輸送物の健全性を確認するための検査システム及び方法に関するものである。
輸送物や輸送容器に波形採取センサを取付け、車両にＧＰＳシステム、ＣＣＤカメラを取付けて、採取されたデータについて、インターネットＷｅｂを利用して輸送運行中常時リアルタイムに遠隔地の輸送物監視事務所と車両とが常時双方向通信を行い、ＰＣ画面上にて、実走行中の発生加速度、発生時刻、生波形をＰＣ地図走行ルート上に順次表示し、輸送物の健全性を常時リアルタイムに双方向確認することを特徴とする。
輸送物としては、原子燃料体（使用済み燃料）や原子燃料物質（原料）及び高・低レベル放射性廃棄物などを想定しており、波形採取センサには放射線量を採取するセンサが含まれる。
As a related prior art, there is a technique described in Patent Document 1. This relates to an inspection system and method for confirming the soundness of a package during transportation and handling of a package.
A waveform collection sensor is attached to a package or a transport container, a GPS system and a CCD camera are installed in a vehicle, and the collected data is always in real time during transportation operation using the Internet Web and a remote package monitoring office Two-way communication with the vehicle at all times, and on the PC screen, the generated acceleration during actual driving, the time of occurrence, and the raw waveform are sequentially displayed on the PC map driving route, and the soundness of the package is always bidirectional in real time. It is characterized by confirming.
As the transported material, a nuclear fuel body (spent fuel), a nuclear fuel material (raw material), high / low level radioactive waste, and the like are assumed, and the waveform collection sensor includes a sensor for collecting a radiation dose.
除染に伴い発生した除去物の中間貯蔵施設には、各除染エリアに設置された仮置き場などの一時保管場所から、ダンプトラックなどで、除去物が搬入されることになる。中間貯蔵施設へは、合計２８００万m3の除去物の搬送が必要とされており、一日当たり約５０００台の車両が通ると試算されている。
現段階では、除去物の運搬経路については事前に特定ルートに設定する方向で検討されており、同ルートには短期的に交通量が集中することが予想されるが、その時の運搬物を地元住民に公開することは検討されていない。
除去物の運搬時には、放射性物質の飛散・流出防止、及び、遮蔽などによる公衆の被ばくを防止する措置を行うこととしている。
In the intermediate storage facility for the removed material generated by the decontamination, the removed material is carried by a dump truck or the like from a temporary storage place such as a temporary storage site installed in each decontamination area. A total of 28 million m3 of removed material is required to be transported to the intermediate storage facility, and it is estimated that approximately 5,000 vehicles will pass every day.
At the present stage, the route for transporting removed materials is being considered in advance, and traffic is expected to be concentrated in the short term. It is not considered to open it to the residents.
When transporting the removed materials, measures will be taken to prevent the radioactive material from being scattered and leaked, and to prevent public exposure due to shielding.
しかしながら、住民としては、どのような除去物が近辺の道路を運搬されているのかがわからないため、放射性物質の飛散・流出、及び、被ばくに対する不安を払拭しきれないのが現実である。
尚、特許文献１には、運搬中の放射性物質の情報を運搬車両からリアルタイムで遠隔地の監視事務所に送信することが開示されているが、一般公開するものではない。
However, since the residents do not know what kind of removed materials are being transported on the nearby roads, it is a reality that the anxiety about scattering and outflow of radioactive materials and exposure can not be eliminated.
Patent Document 1 discloses that information on radioactive materials being transported is transmitted in real time from a transport vehicle to a remote monitoring office, but is not open to the public.
本発明は、このような実状に鑑み、除染に伴い発生した除去物を仮置き場などの一時保管場所から中間貯蔵施設へ車両により運搬する際に、運搬中の除去物に関する情報を一般公開するシステムを提供することを課題とする。 In view of such a situation, the present invention publicly discloses information related to removed materials during transportation when the removed materials generated by decontamination are transported from a temporary storage location such as a temporary storage site to an intermediate storage facility by a vehicle. The problem is to provide a system.
上記の課題を解決するために、本発明に係る除去物の公開システムは、車両に搭載され、除去物に関する情報、及び、運搬先を含む運搬情報を記憶するデータ記憶装置と、車両に搭載され、前記データ記憶装置に記憶された情報、及び、自車両の位置情報を送信するデータ送信装置と、車両による運搬経路に設置された表示装置と、前記表示装置の設置箇所を通過する車両の前記データ送信装置より送信された情報を受信して前記表示装置に表示させる受信装置と、を含んで構成される。 In order to solve the above-described problems, a removal object disclosure system according to the present invention is mounted on a vehicle, and is mounted on a vehicle and a data storage device that stores information on the removal object and transportation information including a transportation destination. A data transmission device for transmitting information stored in the data storage device and position information of the own vehicle, a display device installed in a transportation route by the vehicle, and the vehicle passing through an installation location of the display device And a receiving device that receives information transmitted from the data transmitting device and displays the information on the display device.
本発明によれば、住民はどのような除去物が運搬されているかを知ることができるので、除去物の運搬を客観的に監視することが可能となる。
また、住民はまさに今運ばれている除去物に関する情報（放射線量など）を知ることができるため、運搬に伴う住民への被ばく量が適切な値かを知ることができる。
これらは、中間貯蔵施設の推進に当たり考慮している「地域とのコミュニケーション・情報公開」の促進に寄与するため、更なる中間貯蔵施設に係る業務の安全・安心感の向上につながる。
According to the present invention, since the residents can know what kind of removed items are being transported, it is possible to objectively monitor the transport of the removed items.
In addition, since residents can know information (such as radiation dose) on the removed materials that are being carried now, it is possible to know whether the exposure dose to the residents during transportation is an appropriate value.
These will contribute to the promotion of “communication with local communities and information disclosure” that is considered in the promotion of intermediate storage facilities, which will lead to further improvement in the safety and security of operations related to intermediate storage facilities.
以下に本発明の一実施形態について図１及び図２により説明する。尚、ここでは、除染に伴い発生した除去物（除去土壌等）を一時保管場所の代表例である仮置き場から中間貯蔵施設へ車両により運搬する場合について説明する。仮置き場とは、除染実施場所から別の場所に除去物を集めて保管する形態をとる場合に、市町村又はコミュニティ単位で設置する一時保管場所である。但し、除去土壌等の保管形態としては、除染実施場所で保管する現場保管の形態もあり、この場合の一時保管場所である現場保管の場所から中間貯蔵施設へ車両により運搬する場合にも適用可能である。 An embodiment of the present invention will be described below with reference to FIGS. Here, a case will be described in which removed matter (removed soil, etc.) generated in connection with decontamination is transported from a temporary storage site, which is a typical example of a temporary storage place, to an intermediate storage facility by a vehicle. The temporary storage place is a temporary storage place that is set up in a municipality or community unit in a case where the removed materials are collected and stored in another place from the decontamination place. However, there is also an on-site storage form for storing decontaminated soil, etc. at the decontamination site, and this is also applicable when transporting from a site for temporary storage in this case to an intermediate storage facility by vehicle. Is possible.
先ず、仮置き場での除去物の保管状態について説明する。
除染により発生した除去土壌は、一定容量（例えば１m3）ずつ、収集・運搬用の容器、例えばポリプロピレン製で、円柱形状又は直方体形状のフレキシブルコンテナに詰込んで保管する。
また、収集・運搬用の容器毎に、又は、運搬車両の積載容量に対応する所定の運搬単位毎に、予め線量計を用いて、表面から１cm離れた位置から、表面線量率（μSv/h）を測定しておく。
First, the storage state of the removed material in the temporary storage place will be described.
The removed soil generated by decontamination is stored in a fixed volume (for example, 1 m 3) packed in a collection / transport container, such as polypropylene, in a cylindrical or rectangular parallelepiped flexible container.
In addition, the surface dose rate (μSv / h) from a position 1 cm away from the surface using a dosimeter in advance for each collection / transport container or for each predetermined transport unit corresponding to the loading capacity of the transport vehicle ) Is measured.
収集・運搬用の容器、あるいは、運搬車両の積載容量に対応する所定の運搬単位毎に、ＩＣタグ及び／又はＱＲコード（登録商標）等の記録媒体が取付けられ、記録媒体には、例えば、以下のような情報が各々記録される。
〈記録媒体に記録すべき情報の一例〉
・収集・運搬用の容器番号
・除去物の種類（土壌、下草・落葉等、チップ、その他）
・除去物の発生場所（地区名、森林・農地・宅地、道路などの除去エリア、除去場所など含む）
・年月日（詰込み日）
・表面線量率（表面から１cm離れて測定；μSv/h）
・重量（kg）
A recording medium such as an IC tag and / or a QR code (registered trademark) is attached to each container for collection / transport or a predetermined transport unit corresponding to the loading capacity of the transport vehicle. The following information is recorded respectively.
<Example of information to be recorded on the recording medium>
-Container number for collection / transportation-Type of removed material (soil, undergrowth, fallen leaves, chips, etc.)
・ Locations where removed materials are generated (including district names, removal areas such as forests, farmland, residential land, roads, and removal places)
・ Date (packing date)
・ Surface dose rate (measured 1 cm away from the surface; μSv / h)
・ Weight (kg)
次に除去物運搬車両について説明する。
図１に示されるように、除去物運搬車両１０には、「除去土壌運搬車」等、除去物運搬車両である旨の表示Ａと、「○○運搬株式会社」等、運搬者を明示する表示Ｂとがなされる。
除去物運搬車両１０の荷台には、除去土壌等の除去物１１が、多数のフレキシブルコンテナ等の袋状容器に収納された状態、又は、容器に収納されない状態で、積込まれる。容器に収納されない状態で積込まれる場合には、天蓋付きの運搬車両が用いられる。
Next, the removed article transporting vehicle will be described.
As shown in FIG. 1, the removed material transport vehicle 10 clearly indicates a carrier such as “removed soil transport vehicle” or the like, indicating that it is a removed material transport vehicle, and “XX Transport Co., Ltd.”. Display B is made.
The removed object 11 such as removed soil is loaded on the loading platform of the removed object transporting vehicle 10 in a state where it is accommodated in a bag-like container such as a large number of flexible containers or not. In the case of loading without being stored in the container, a transport vehicle with a canopy is used.
除去物運搬車両１０には、データ記憶装置１２と、これが接続されるデータ送信装置１３とが搭載される。 The removed article transporting vehicle 10 is equipped with a data storage device 12 and a data transmission device 13 to which the data storage device 12 is connected.
データ記憶装置１２には、車両への収集・運搬用の容器の積込みの際に、ＩＣタグ及び／又はＱＲコード（登録商標）等の記録媒体から読込んだ情報、すなわち、収集・運搬用の容器番号毎に、除去物の種類、除去物の発生場所、年月日（詰込み日）、表面線量率、重量などが記憶される。 The data storage device 12 stores information read from a recording medium such as an IC tag and / or a QR code (registered trademark) when a container for collection and transportation is loaded into a vehicle, that is, for collection and transportation. For each container number, the type of removed material, the place where the removed material is generated, the date (packing date), the surface dose rate, the weight, etc. are stored.
データ記憶装置１２には、また、積込み場所にて、情報が追加されて、記憶される。
具体的には、例えば、除去物の種類については、収集・運搬用の容器毎の情報に基づいて、車両単位での除去物の種類が特定され、車両単位での除去物の種類が追加情報として記録される。
除去物の表面線量率については、ＩＣタグ及び／又はＱＲコード（登録商標）等の記録媒体から読込んだ収集・運搬用の容器毎の表面線量率について、車両単位（全容器）での代表値として、平均値と、最大値及び最小値の計算がなされ、これらが記録される。
除去物の重量については、ＩＣタグ及び／又はＱＲコード（登録商標）等の記録媒体から読込んだ収集・運搬用の容器毎の重量が積算されて、総重量が求められ、これが記録される。
一方、除去物がフレキシブルコンテナ等の収集・運搬用の容器に収納されない状態で積込まれる場合には、運搬車両の積載容量に対応する所定の運搬単位毎の情報に基づき、車両単位での除去物の種類、表面線量率、重量などが特定され、同様に車両単位での除去物の情報が追加情報として記録される。
Information is also added to the data storage device 12 and stored at the loading location.
Specifically, for example, regarding the type of removed material, the type of removed material is specified for each vehicle based on the information for each container for collection and transportation, and the type of removed material for each vehicle is additional information. As recorded.
Regarding the surface dose rate of removed objects, the surface dose rate for each collection / transport container read from a recording medium such as an IC tag and / or QR code (registered trademark) is representative in vehicle units (all containers). As the values, the average value and the maximum and minimum values are calculated and recorded.
As for the weight of the removed material, the weight for each collection / transport container read from a recording medium such as an IC tag and / or QR code (registered trademark) is added up to obtain the total weight, and this is recorded. .
On the other hand, when the removed material is loaded without being stored in a collection / transport container such as a flexible container, it is removed in units of vehicles based on information for each predetermined transport unit corresponding to the loading capacity of the transport vehicle. The type of the object, the surface dose rate, the weight, and the like are specified, and information on the removed object in the vehicle unit is similarly recorded as additional information.
データ記憶装置１２には、更に、運搬情報として、出発点である仮置き場、及び、行き先である中間貯蔵施設の情報（名称及び所在地など）が記憶される。また、必要により、運搬経路が記憶される。
従って、データ記憶装置１２は、除去物に関する情報、及び、運搬先を含む運搬情報を記憶する。
The data storage device 12 further stores information (name, location, etc.) of the temporary storage location as the starting point and the intermediate storage facility as the destination as transportation information. Further, the transportation route is stored as necessary.
Therefore, the data storage device 12 stores information regarding the removed object and transport information including the transport destination.
データ送信装置１３は、送信機能付きの演算処理ユニットであり、送信機能のみならず、データ記憶装置１２からのデータ読込み機能と、車載ＧＰＳ端末としての機能と、一定の演算処理機能を有する。
尚、図１では、データ送信装置１３を除去物運搬車両１０の運転席ルーフ上に描いているが、これは車載を意味しているだけであり、送信用のアンテナ部分を除いて、あるいはアンテナ部分も含めて、車室内に設置してもよいことは言うまでもない。
The data transmission device 13 is an arithmetic processing unit with a transmission function, and has not only a transmission function but also a data reading function from the data storage device 12, a function as an in-vehicle GPS terminal, and a certain arithmetic processing function.
In FIG. 1, the data transmission device 13 is drawn on the driver's seat roof of the removed article transporting vehicle 10, but this only means in-vehicle use, except for the transmission antenna portion or the antenna. Needless to say, it may be installed in the passenger compartment including the part.
データ送信装置１３は、データ記憶装置１２に記憶された情報、すなわち、除去物に関する情報、及び、運搬先を含む運搬情報を読込み、これらを送信することができる。
データ送信装置１３は、また、ＧＰＳ端末から位置情報を読込むことで、自車両の位置情報を送信することができる。
従って、データ送信装置１３は、除去物に関する情報、運搬先を含む運搬情報、及び、自車両の位置情報を送信することができる。
The data transmission device 13 can read and transmit information stored in the data storage device 12, that is, information on the removed material and transportation information including the transportation destination.
The data transmission device 13 can also transmit the position information of the host vehicle by reading the position information from the GPS terminal.
Therefore, the data transmission device 13 can transmit information on the removed object, transport information including the transport destination, and position information of the host vehicle.
次に除去物の運搬経路（車両１０の走行経路）の主要交差点や通学路の所定の場所等に設置される表示装置及び受信装置について図１及び図２により説明する。
表示装置（ディスプレイ）２０は、運搬経路の主要交差点や通学路の所定の場所等に、固定ポストとして、歩道側の通行人から見えるように設置される。
Next, a display device and a receiving device installed at a main intersection of a removed material conveyance route (traveling route of the vehicle 10), a predetermined place on a school route, or the like will be described with reference to FIGS.
The display device (display) 20 is installed as a fixed post so that it can be seen by a passerby on the sidewalk side at a main intersection of a transportation route or a predetermined place on a school road.
受信装置２１は、表示装置２０と一体的に設置され、表示装置２０の設置箇所を通過する除去物運搬車両１０の送信装置１３より送信された情報を受信して、表示装置２０に表示させる。
また、受信装置２１は、受信機能付きの演算処理ユニットであり、受信機能のみならず、一定の演算処理機能を有する。
尚、送信装置１３及び受信装置２１間のデータ伝送には、ZigBee、Bluetooth（登録商標） などの安価なデータ伝送システムを利用する。
The receiving device 21 is installed integrally with the display device 20, receives information transmitted from the transmitting device 13 of the removed article transporting vehicle 10 that passes through the place where the display device 20 is installed, and causes the display device 20 to display the information.
The receiving device 21 is an arithmetic processing unit with a receiving function, and has a certain arithmetic processing function as well as a receiving function.
Note that an inexpensive data transmission system such as ZigBee or Bluetooth (registered trademark) is used for data transmission between the transmission device 13 and the reception device 21.
従って、除去物運搬車両１０が主要交差点や通学路の所定の場所等の表示装置２０の設置箇所に接近し、送信装置１３と受信装置２１との送受信可能範囲に入ったときに、除去物運搬車両１０の送信装置１３からの、除去物に関する情報、運搬先を含む運搬情報、及び、当該車両１０の位置情報が、表示装置２０側の受信装置２１により、受信される。
受信装置２１により受信した情報は、表示装置２０へ送られ、表示装置２０に表示される。
従って、表示装置２０は、表示装置２０の設置箇所を通過する除去物運搬車両１０の送信装置１３より送信された情報、すなわち、当該車両１０により運搬中の除去物に関する情報、運搬先を含む運搬情報、及び、当該車両１０の位置情報を表示する。
Therefore, when the removed article transporting vehicle 10 approaches the installation location of the display device 20 such as a main intersection or a predetermined place on the school road and enters the transmission / reception range between the transmitting device 13 and the receiving device 21, the removed material transport is performed. Information regarding the removed material, transport information including the transport destination, and position information of the vehicle 10 from the transmission device 13 of the vehicle 10 are received by the reception device 21 on the display device 20 side.
Information received by the receiving device 21 is sent to the display device 20 and displayed on the display device 20.
Therefore, the display device 20 includes the information transmitted from the transmission device 13 of the removed object transporting vehicle 10 that passes through the installation location of the display device 20, that is, the information about the removed object being transported by the vehicle 10 and the transport including the transport destination. Information and position information of the vehicle 10 are displayed.
運搬中の除去物に関する情報としては、除去物の種類（土壌、下草・落葉等、チップ、その他）、除去物の発生場所（地区名、森林・農地・宅地、道路などの除去エリア、除去場所など含む）、年月日（詰込み日）、表面線量率の平均値、最大値及び最小値、総重量（kg）などが挙げられる。
運搬情報としては、出発点である仮置き場、及び、行き先である中間貯蔵施設の情報（名称及び所在地など）、更には運搬経路などの情報が挙げられる。
除去物運搬車両の位置情報としては、現在位置の他、表示装置２０の設置箇所までの距離（あるいは時間）、表示装置２０の設置箇所の通過予定時刻などが挙げられる。尚、これらは受信装置２１内の演算処理部で位置情報から算出される。
Information on the removed materials during transportation includes the type of removed materials (soil, undergrowth, fallen leaves, chips, etc.), the location of the removed materials (district name, removal area such as forest / farmland / residential land, roads, removal location) Etc.), date (packing date), average surface dose rate, maximum and minimum values, and total weight (kg).
The transportation information includes information such as a temporary storage location as a starting point and an intermediate storage facility as a destination (name, location, etc.), and further information such as a transportation route.
Examples of the position information of the removed article transporting vehicle include the current position, the distance (or time) to the installation location of the display device 20, the scheduled passage time of the installation location of the display device 20, and the like. These are calculated from the position information by an arithmetic processing unit in the receiving device 21.
受信装置２１は、また、受信した情報に基づいて、表示装置２０の設置箇所を通過した除去物運搬車両１０の台数を積算するなどして、台数に関する情報を表示装置２０に表示させることができる。具体的には、１日の通過台数、これまでの累積通過台数などを挙げることができる。 The receiving device 21 can also display information on the number on the display device 20 by accumulating the number of removed article transporting vehicles 10 that have passed through the installation location of the display device 20 based on the received information. . Specifically, the number of passing vehicles per day, the cumulative number of passing vehicles so far, and the like can be mentioned.
表示装置２０の設置箇所には、また、除去物運搬車両１０が通過する道路上の空間線量を測定する設置型測定装置（線量計）２２が設置される。
設置型測定装置（線量計）２２は、有線（又は無線）で、受信装置２１を介して、又は直接、表示装置２０に接続される。
従って、表示装置２０は、除去物運搬車両１０が通過する道路上の空間線量を表示することができる。これにより、当該空間線量が適当な範囲内にあることを確認することができる。
An installation-type measuring device (dosimeter) 22 that measures the air dose on the road through which the removal object transporting vehicle 10 passes is installed at the installation location of the display device 20.
The stationary measurement device (dosimeter) 22 is connected to the display device 20 via a reception device 21 or directly by wire (or wireless).
Therefore, the display device 20 can display the air dose on the road through which the removal object transporting vehicle 10 passes. Thereby, it can confirm that the said air dose exists in an appropriate range.
以上説明したように、除去物運搬車両１０から、除去物に関する情報、運搬先を含む運搬情報、及び、自車両の位置情報を送信し、運搬経路の主要交差点や通学路の所定の場所等に設置された表示装置２０にて、受信された情報を表示して、公開することにより、住民はどのような除去物が運搬されているかを知ることができるので、除去物の運搬を客観的に監視することが可能となる。
また、住民はまさに今運ばれている除去物に関する情報（放射線量など）を知ることができるため、運搬に伴う住民への被ばく量が適切な値かを知ることができる。
As described above, the information on the removed material, the transportation information including the transportation destination, and the position information of the own vehicle are transmitted from the removed material transportation vehicle 10 to the main intersection of the transportation route, the predetermined place on the school route, etc. By displaying the received information on the installed display device 20 and publishing it, the residents can know what kind of removed items are being transported. It becomes possible to monitor.
In addition, since residents can know information (such as radiation dose) on the removed materials that are being carried now, it is possible to know whether the exposure dose to the residents during transportation is an appropriate value.
また、運搬経路の道路上での空間線量率を測定して表示することも、運搬による放射性物質の飛散・流出などの懸念を払拭するのに有効である。 In addition, measuring and displaying the air dose rate on the road of the transportation route is also effective in eliminating concerns such as the scattering and outflow of radioactive materials during transportation.
また、主要交差点や通学路の所定の場所等での情報公開と合わせ、除去物運搬車両１０にて情報公開を行うようにしてもよい。すなわち、除去物運搬車両１０に車外表示装置１４（図１）を搭載し、送信装置１３より送信する、除去物に関する情報、及び、運搬先を含む運搬情報を車外に表示することにより、住民が情報に触れる機会を増やすことができる。
また、主要交差点や通学路の所定の場所等だけでの表示では、情報開示対象の車両がどの車両かを認識することが難しいこともあるが、車両側でも表示することで、除去物運搬車両であることをより広く認識させることが可能となる。
In addition, information may be disclosed on the removal object transporting vehicle 10 together with information disclosure at a main intersection, a predetermined place on a school road, or the like. That is, the outside display device 14 (FIG. 1) is mounted on the removed material transporting vehicle 10, and information about the removed material and the transport information including the transportation destination transmitted from the transmission device 13 are displayed outside the vehicle. You can increase your chances of touching information.
In addition, it may be difficult to recognize which vehicle is the subject of information disclosure if it is displayed only at a predetermined location on a main intersection or school road. It becomes possible to make it recognize more widely.
また、以上の説明では、除去物の放射線情報として、線量率（μSv/h）を測定し、表示するようにしたが、線量率より換算して、放射能濃度（Ｂq/kg）を算出し、これを表示するようにしてもよい。 In the above explanation, the dose rate (μSv / h) is measured and displayed as the radiation information of the removed substance. However, the radioactivity concentration (Bq / kg) is calculated by converting from the dose rate. This may be displayed.
尚、図示の実施形態はあくまで本発明を例示するものであり、本発明は、説明した実施形態により直接的に示されるものに加え、特許請求の範囲内で当業者によりなされる各種の改良・変更を包含するものであることは言うまでもない。 The illustrated embodiments are merely examples of the present invention, and the present invention is not limited to those directly described by the described embodiments, and various improvements and modifications made by those skilled in the art within the scope of the claims. Needless to say, it encompasses changes.
１０ 除去物運搬車両
１１ 除去物（除去土壌等）
１２ データ記憶装置
１３ データ送信装置
１４ 車外表示装置
２０ 表示装置
２１ 受信装置
２２ 設置型測定装置（線量計）
10 Removed material transport vehicle 11 Removed material (removed soil, etc.)
12 Data Storage Device 13 Data Transmitting Device 14 Outside Display Device 20 Display Device 21 Receiving Device 22 Stationary Measuring Device (Dosimeter)
Claims (7)
前記車両に搭載され、前記除去物に関する情報、及び、運搬先を含む運搬情報を記憶するデータ記憶装置と、
前記車両に搭載され、前記データ記憶装置に記憶された情報、及び、自車両の位置情報を送信するデータ送信装置と、
前記車両による運搬経路に設置された表示装置と、
前記表示装置の設置箇所を通過する前記車両の前記データ送信装置より送信された情報を受信して前記表示装置に表示させる受信装置と、
を含んで構成される、除去物の公開システム。 It is a system for publicly releasing information on removed items being transported when transporting the removed items generated by decontamination from a temporary storage location to an intermediate storage facility by a vehicle.
A data storage device that is mounted on the vehicle and stores transport information including information on the removed object and a transport destination;
A data transmission device mounted on the vehicle and stored in the data storage device, and a position information of the own vehicle;
A display device installed in a transportation route by the vehicle;
A receiving device for receiving information transmitted from the data transmitting device of the vehicle passing through an installation location of the display device and displaying the information on the display device;
An open system for removing objects, comprising:
前記データ送信装置は、前記容器毎の線量率に基づく代表値を送信することを特徴とする、請求項２記載の除去物の公開システム。 The removed matter is stored in a container for collection and transportation in a certain volume, and the dose rate of the removed matter is measured for each container,
The removed data disclosure system according to claim 2, wherein the data transmission device transmits a representative value based on a dose rate for each container.
前記表示装置は、前記設置型測定装置により測定される空間線量率を表示することを特徴とする、請求項１〜請求項４のいずれか１つに記載の除去物の公開システム。 It is installed at the installation location of the display device, and further comprises an installation type measurement device that measures the air dose rate,
The said display apparatus displays the air dose rate measured by the said installation type measuring apparatus, The disclosure system of the removal thing as described in any one of Claims 1-4 characterized by the above-mentioned.
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