CN102750601A - Radiation control integrated server and radiation control system - Google Patents
Radiation control integrated server and radiation control system Download PDFInfo
- Publication number
- CN102750601A CN102750601A CN2012100904558A CN201210090455A CN102750601A CN 102750601 A CN102750601 A CN 102750601A CN 2012100904558 A CN2012100904558 A CN 2012100904558A CN 201210090455 A CN201210090455 A CN 201210090455A CN 102750601 A CN102750601 A CN 102750601A
- Authority
- CN
- China
- Prior art keywords
- radiation
- irradiation treatment
- staff
- treatment facility
- data
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E30/00—Energy generation of nuclear origin
- Y02E30/30—Nuclear fission reactors
Abstract
The present invention provides a radiation control integrated server and a radiation control system, wherein the radiation control integrated server comprises: a data communication unit configured for communication through a network and each station controller arranged in a corresponding radiation processing facility; a result data manager configured to collect radiation dose data on radiation working personnel working in a radiation controlled area of the radiation processing facility form the each station controller through the data communication unit, and configured to manage the collected radiation dose data on each radiation working personnel; and a working personnel host manager configured to manage the registration data of the radiation working personnel for each radiation processing facility on an integrated working personnel host, wherein the integrated working personnel host is configured to adapt different control methods of the radiation processing facility. When a plurality of radiation processing facilities are used for registering working personnel, the working personnel host manager can packet the registration data of the radiation processing facilities based on the initial registration data of the radiation processing facilities.
Description
Technical field
The radiation control system that the present invention relates to radiation control integrating server and be used to control radiation worker's radiological dose.
Background technology
It is known (for example, referring to JP-A-2003-130956) that the control radiation worker (worker) of operation in the radiation controlled area (abbreviating controlled area hereinafter as) of irradiation treatment facility (such as nuclear power station or use radiation for the medical facilities of nuclear medical treatment etc.) is carried out the radiation control system that radiological dose controls.In these radiation control systems, what studying is to install with uniform way to be used for the managing radiation control integrating server of a plurality of irradiation treatment facilities and to make radiation control integrating server be controlled at radiation worker's the radiological dose of the radiation controlled area operation of irradiation treatment facility.
Incidentally, the staff of operation need be registered as the radiation worker in the radiation controlled area of the irradiation treatment facility such as nuclear power station.This carries out to each irradiation treatment facility.At present adopted one of them staff in a plurality of irradiation treatment facilities, to be engaged in the control method of the controlled work of radiation with overlap mode
A, cancel this staff as the radiation worker's of irradiation treatment facility (A) registration so that his operation there, and this staff is registered as the radiation worker of another irradiation treatment facility (B) subsequently.Yet, in control method
AIn, in order to make the staff, when between the irradiation treatment facility that will carry out operation, switching, all register cancellation and new registration with overlap mode operation in a plurality of irradiation treatment facilities.In view of this problem, can conceive as control method
AThe simplification version and allow the control method of flexible operation
BIn a plurality of irradiation treatment facilities, be engaged in the control method of the controlled work of radiation with overlap mode a staff
BIn, permit him and repeatedly register as the radiation worker of a plurality of irradiation treatment facilities.
Yet, if attempt management and adopt different control methods
AWith
BThe relevant registration data of a plurality of irradiation treatment facilities of (they coexist each other) then is difficult to coordinate the registration data between these a plurality of irradiation treatment facilities.Therefore, permitting special workers as adopting different control methods
AWith
BThe radiation worker of a plurality of irradiation treatment facilities place of repeatedly registering, be difficult to his radiological dose of accumulative total.
Summary of the invention
The objective of the invention is to; Radiation control integrating server and radiation control system are provided, and this radiation control integrating server can easily add up even be registered as with overlap mode radiation worker's staff's the radiological dose of a plurality of irradiation treatment facilities of the different control methods of employing with this radiation control system.
According to a first aspect of the invention, radiation control integrating server is provided.This server comprises: be configured to the data communication units of communicating by letter with each website (site) controller in being arranged on corresponding irradiation treatment facility via network; Radiation worker's the radiological dose data and being configured to that are configured to collect from each site controller through data communication units the radiation controlled area of turnover irradiation treatment facility are managed the result data manager of each radiation worker's collected radiological dose data; And the staff's host manager of registration data that is configured to manage the radiation worker of each the irradiation treatment facility on integrated staff's main frame, wherein integrated staff's main frame is configured to adapt to the different control methods of irradiation treatment facility.When registration in a plurality of irradiation treatment facilities during the radiation worker, on the basis on the initial registration date of staff's host manager in the record date of irradiation treatment facility with the registration data packet of irradiation treatment facility.
Used this configuration; Because the radiation worker's of each facility of management registration data on integrated staff's main frame of the different control methods that the adaptive radiation treatment facility is adopted; Therefore needn't integrated staff's main frame be provided to each the irradiation treatment facility that adopts different control methods, and can manage a plurality of registration datas of the radiation worker of a plurality of irradiation treatment facilities together.Even when with overlap mode during to a plurality of irradiation treatment facilities registration radiation worker, use the initial registration date with the corresponding a plurality of registration data packet of a plurality of irradiation treatment facilities.Therefore, can be to each of a plurality of irradiation treatment facilities or all easily add up this radiation worker's radiological dose.
According to a second aspect of the invention, integrated staff's main frame adapts to first control method and second control method.In first control method, allow the radiation worker to get into all irradiation treatment facilities.In second method, allow the radiation worker in an irradiation treatment facility, cancel registration to the radiation worker and get in the irradiation treatment facility another afterwards.Staff's host manager is created the certain records of each registering events of corresponding radiation worker on integrated staff's main frame, and this certain records comprises: the irradiation treatment instrument identifier; The initial registration date; Record date when irradiation treatment facility registration radiation worker; The cancellation date when irradiation treatment facility cancellation radiation worker; And the interim cancellation date when the irradiation treatment facility is cancelled the radiation worker temporarily.
Use and to dispose, adapt to both records of first and second control methods, therefore needn't integrated staff's main frame be provided to each irradiation treatment facility of the different control methods of employing owing on integrated staff's main frame, generate.Therefore, can reduce and management radiation worker's the relevant realization load of radiological dose, and can easily add up to participate in radiation worker's the radiological dose of operation of a plurality of irradiation treatment facilities of the different control methods of employing with overlap mode.
According to a third aspect of the invention we, whether staff's host manager is that the first up-to-date mark of the state-of-the-art record in a plurality of records of creating to the particular radiation staff adds certain records to the indication certain records.
According to a forth aspect of the invention, whether staff's host manager interpolation indication certain records is the second up-to-date mark to the state-of-the-art record in a plurality of records of same irradiation treatment facility generation.
According to a fifth aspect of the invention, whether staff's host manager interpolation indication is current to the registration mark of being registered the radiation worker by the irradiation treatment facility of irradiation treatment instrument identifier sign.
According to a sixth aspect of the invention, radiation control system is provided, this radiation control system comprises: be arranged on the site controller in the corresponding irradiation treatment facility; And the radiation control integrating server that is connected to site controller via network.
According to a seventh aspect of the invention, radiation control integrating server comprises entering/end check data to each irradiation treatment facility as master data, and each site controller also comprises enterings/end check data conduct from data.
According to an eighth aspect of the invention; The radiological dose data that radiation control integrating server adds up the radiation worker in real time; Wherein when the radiation worker gets into or withdraws from the irradiation treatment facility; The site controller of irradiation treatment facility obtains the radiological dose data, and radiation control integrating server sends to the radiological dose data that added up each site controller of irradiation treatment facility.
According to a ninth aspect of the invention; When the data communication between radiation control integrating server and the site controller has taken place when unusual; Site controller adds up radiation worker's radiological dose itself, and carries out entering or end check to each radiation worker based on the radiological dose data that added up.
According to the tenth aspect of the invention; When being restored unusually of the data communication between radiation control integrating server and the site controller; The radiological dose data that site controller will be stored between anomalistic period in the site controller send to radiation control integrating server; And the radiological dose data that integrating server accumulative total receives are controlled in radiation subsequently, and the radiological dose data that added up are sent to the respective site controller.
Description of drawings
Fig. 1 general introduction is according to the configuration of the whole radiation control system of first embodiment;
Fig. 2 illustrates according to the MS master-slave in the radiation control system of first embodiment and concerns;
Fig. 3 A illustrates the functional configuration according to the irradiation treatment facility of first embodiment;
Fig. 3 B illustrates the functional configuration according to the integrating server of first embodiment;
Fig. 4 is illustrated in the integrated staff's main frame form that uses among first embodiment;
Fig. 5 is illustrated in first control method of using among first embodiment;
Fig. 6 is illustrated in second control method of using among first embodiment;
Fig. 7 illustrates the operation according to the accumulative total radiation worker's of first embodiment radiological dose;
Fig. 8 illustrates the operation according to the reflection entering/end check information of first embodiment;
Fig. 9 illustrates the operation of carrying out after the data communication generation unusually between integrating server and irradiation treatment facility according to first embodiment;
Figure 10 A illustrates the operation that the data communication between integrating server and irradiation treatment facility according to first embodiment is carried out after being restored;
Figure 10 B illustrates another operation that the data communication between integrating server and irradiation treatment facility according to first embodiment is carried out after being restored; And
Figure 10 C illustrates the another operation that the data communication between integrating server and irradiation treatment facility according to first embodiment is carried out after being restored.
Embodiment
(embodiment 1)
To first embodiment be described with reference to accompanying drawing hereinafter.Fig. 1 general introduction is according to the configuration of the whole radiation control system of first embodiment.As shown in Figure 1, radiation control system 1 comprises irradiation treatment facility 2A-2C and integrating server (radiation control integrating server) 4, and this integrating server is connected to irradiation treatment facility 2A-2C via the wide area network such as ISDN or optical-fiber network.
Among the irradiation treatment facility 2A-2C each all is the facility of the processing radiation such as nuclear power station.In the following description, replace term " irradiation treatment facility 2A-2C ", use generic term " irradiation treatment facility (or facility) 2 ", have only them in use not have difference each other.The quantity of irradiation treatment facility 2 is not limited to three (situation of Fig. 1), and can be any amount more than or equal to 1.Each irradiation treatment facility 2 is equipped with and gets into/withdraw from management devices 21, WBC (whole-body counter) 22, site controller 23, terminal 24 etc.
Each that gets into/withdraw from the management devices 21 all is the device that is used for managing the radiation worker's who is engaged in the controlled work of carrying out at the radiation controlled area of radiation turnover, and is installed in inlet/outlet etc.Each entering/withdraw from management devices 21 to be equipped with IC-card read write line, wireless identification tag etc., and each radiation worker's that read write line is read identification information and the measured value of the individual radiological dose gauging table that each radiation worker in the radiation controlled area carries send to site controller 23.
Integrating server 4 is the servers that are used for managing with uniform way a plurality of irradiation treatment facilities 2.Integrating server 4 is collected radiation workers' entering/withdraw from data and WBC data from the site controller of corresponding irradiation treatment facility 2 23, and manages the radiation worker's of operation in single irradiation treatment facility 2 or a plurality of irradiation treatment facility 2 radiological dose.Integrating server 4 is connected to terminal 5 and the terminal 24 such as PC (personal computer).And integrating server 4 is configured to manage as the radiation worker's of single irradiation treatment facility 2 registration and as the radiation worker's of a plurality of irradiation treatment facilities 2 repeatedly registration through the instruction that receives self terminal 5 or terminal 24.In addition, integrating server 4 is configured to manage and add up through the instruction that receives self terminal 5 or terminal 24 radiation worker's radiological dose.
Term " registration " refers to that the radiation worker that a staff is registered as particular radiation treatment facility 2 is engaged in the controlled work of radiation to allow him in the radiation controlled area of particular radiation treatment facility 2.Term " repeatedly registration " refers to that a staff is registered as the radiation worker of another irradiation treatment facility 2 under situation about not cancelling as its current registration of the radiation worker of an irradiation treatment facility.Do not allow staff unregistered or that cancel its registration in irradiation treatment facility 2, to be engaged in the controlled work of radiation.
Fig. 2 illustrates the MS master-slave relation according to each control data in the radiation control system 1 of first embodiment and result data.Though Fig. 2 illustrates the MS master-slave relation between integrating server 4 and the irradiation treatment facility 2A, there is identical relation between each in integrating server 4 and irradiation treatment facility 2B and 2C.
As shown in Figure 2, integrating server 4 is equipped with communication unit 41, preserve the MDL as a result (DB) 43 of the relevant result data of the controlled work of radiation that entering/end check MDL (DB) 42 and preservation and the staff among the irradiation treatment facility 2A-2C of the information of the radiation worker's turnover be used for checking irradiation treatment facility 2A-2C carry out.Entering/end check master DB 42 is as the MDL of the entering/end check MDL (DB) 232 in the site controller 23 that is arranged on irradiation treatment facility 2A-2C (describing after a while).
The site controller 23 of irradiation treatment facility 2A is equipped with communication unit 231, serves as entering/memory buffer unit as a result 233 of the entering from database/end check DB 232 of end check master DB 42 and the preservation result data relevant with the controlled work of radiation that staff the irradiation treatment facility 2A carries out.Memory buffer unit 233 is configured to be stored in the result data of the work of carrying out among the inherent irradiation treatment facility 2A of stipulated time section (for example, two days) as a result.The result data of memory buffer unit 233 (in real time) or obtaining reflection among the master DB 43 as a result when each renewal the as a result with designated period.
Fig. 3 A and 3B illustrate the functional configuration according to the radiation control system 1 of first embodiment.Though Fig. 3 A illustrates the functional configuration of irradiation treatment facility 2A, each among irradiation treatment facility 2B and the 2C all has with irradiation treatment facility 2A identical functions and disposes.
Shown in Fig. 3 A; Except communication unit 231, entering/end check DB 232 with as a result the memory buffer unit 233, the site controller 23 of irradiation treatment facility 2A is equipped with and gets into examine processor 234, result and reflect that processor 235, system management handle device 236 and WBC data reflection processor 237.
Entering/end check DB 232 is provided with work master meter lattice 232a, staff's master meter lattice 232b and entering/end check information form 232c.In work master meter lattice 232a, for example, relevant with the controlled work of radiation (work title) that this staff of permission is engaged in as each staff ID of radiation worker's identification information.In staff's master meter lattice 232b, for example, each staff ID is relevant with staff's name.In entering/end check information form 232c, for example staff ID is relevant with entering/end check information of radiation worker.For example, entering/end check information comprises the radiological dose in entry time, post-set time and the stipulated time section (for example, a day or month).The data that work master meter lattice 232a, staff's master meter lattice 232b and enterings/end check information form 232c preserve when each renewal (; Download via the entering/end check master DB 42 (describing after a while) of communication unit 231 in real time) or with designated period (for example, every day) from integrating server 4.
Getting into examine processor 234 handles radiation worker's entering inspection carrying out from the basis that gets into/withdraw from the information that management devices 21 obtains.More specifically; Get into examine processor 234 and receive the entering request that comprises staff ID, and extract the work title of the radiation worker's work taken up that allows to have the staff ID that receives from work master meter lattice 232a from getting into/withdraw from management devices 21.Get into examine processor 234 and send the Work List that the work title that extracts is shown to getting into/withdraw from management devices 21.For example, getting into/withdrawing from the display screen of management devices 21 and showing Work List.Getting into/withdrawing from the management devices 21, the work title that the radiation worker selects is imported into staff ID and gets into examine processor 234.
In addition, staff's master meter lattice 232b and entering by reference/end check information form 232c gets into examine processor 234 and uses selected work title and staff ID to carry out the entering inspection to the radiation worker.For example, carry out qualification on the basis of entering/end check information that entering examine processor 234 is comprised and judge in entering/end check information form 232c, and permit or refuse the radiation worker getting into the radiation controlled area.Entering examine processor 234 sends to qualification judged result (permitting or refusal) and gets into/withdraw from management devices 21.
Get into/withdraw from management devices 21 according to opening or closing inlet/outlet from the entering check result that gets into examine processor 234 transmissions.More specifically, if should permit radiation worker's entering, then get into/withdraw from management devices 21 and open inlet/outlet, and staff ID, entry time, work title etc. are outputed to the result reflect processor 235 (after a while describe).On the other hand, if should refuse radiation worker's entering, then get into/withdraw from management devices 21 and do not open inlet/outlet, the output alarm, and reporting system management processor 236 should the fact.
Get into/withdraw from information 233a, warn historical 233b, WBC that 233c and unit state 233d are stored in as a result in the memory buffer unit 233 as a result.For example, each bar get into/the information 233a of withdrawing from is radiation worker's staff ID and entering/a withdraw from information (for example, entry time and post-set time).For example, warn that historical 233b is the staff ID that is rejected the radiation worker who gets into the radiation controlled area, date and time etc.For example, WBC as a result 233c be staff ID, WBC data of radiation worker etc.For example, unit state 233d is each bar identification information of getting into/withdrawing from management devices 21, entering/withdraw from unit state (normal or unusual) of management devices 21 etc.Memory buffer unit 233 is configured to be stored in the above-mentioned data that produce in the stipulated time section (for example, these last few days) as a result.
The result reflects that processor 235 carrying out reflection radiation worker's entering result or withdrawing from result's processing from the basis that gets into/withdraw from the information that management devices 21 obtains.More specifically; Permit radiation workers and get into if get into/withdraw from management devices 21, then the result reflects that processor 235 gets into/withdraw from the entering/end check information form 232c of information 233a and entering/end check 232 upgrading from the basis of the staff ID, entry time and the work title that get into/withdraw from management devices 21 inputs.Equally; Detect the radiation worker and withdraw from if get into/withdraw from management devices 21, then the result reflects that processor 235 gets into/withdraw from information 233a and entering/end check information form 232c upgrading from the basis of the staff ID, post-set time and the work title that get into/withdraw from management devices 21 inputs.
Get into/withdraw from the unusual of management devices 21 if detect, then system management is handled the unit state that device 236 will be stored in entering in the memory buffer unit 233 as a result/withdraw from management devices 21 and is updated to " unusually ".Refused radiation worker's entering if get into/withdraw from management devices 21 to system management processing device 236 notifying devices 21, then the historical 233b of device 236 renewal warnings is handled in system management.
WBC data reflection processor 237 upgrades WBC 233c as a result on the basis of the WBC data of importing from WBC 22.
Shown in Fig. 3 B, except communication unit 41, entering/end check master DB 42 and as a result the master DB 43, integrating server 4 comprises that the result reflects processor 44, compiling MDL (DB) 45, picture processor 46 and individual process of compilation device 47.
Entering/end check master DB 42 is provided with operation master meter lattice 42a, staff's master meter lattice 42b and entering/end check information form 42c.Operation master meter lattice 42a, staff's master meter lattice 42b and get into/withdraw from the Storage Item of information form 42c the Storage Item with operation master meter lattice 232a, staff's master meter lattice 232b and entering/end check information form 232c is identical respectively.As stated; The data that operation master meter lattice 42a, staff's master meter lattice 42b and entering/end check information form 42c preserve with designated period (for example; Every day) or when each the renewal (, in real time) download to each irradiation treatment facility 2 via communication unit 41.
Master DB 43 is provided with and gets into/withdraw from information form 43a, warning history table 43b and WBC form 43c as a result as a result.The entering of obtaining from the site controller 23 of irradiation treatment facility 2A-2C/withdraw from information 233c, warn historical 233b and WBC result to be stored in respectively to get into/withdraw from information form 43a, warning history table 43b and WBC as a result the form 43c.Get into/withdraw from information form 43a, warning history table 43b and WBC and upgrade in real time during form 43c as a result whenever in each irradiation treatment facility 2, upgrading by getting into/withdraw from information form 43a, warning history table 43b and the WBC form 43c data of preserving as a result.Under the unusual situation of the data communication between integrating server 4 and irradiation treatment facility 2A, 2B or the 2C, these data can upgraded after abnormal restoring.
The result reflects that processor 44 entering of master DB 43 as a result by reference/withdrawing from information form 43a upgrades entering information form 45a, working result form 45b, exposure form 45c and assessment dosage form 45d (describing after a while) as a result.The result reflects that processor 44 can be specified the entering of obtaining from the entering of master DB 43 as a result/withdraw from information form 43a/withdraw from information and executing and calculates, and on the basis of result of calculation, upgrades and get into information form 45a, working result form 45b, expose form 45c and assessment dosage form 45d as a result.
Compiling main DB 45 is provided with entering information form 45a, working result form 45b, exposes form 45c, assessment dosage form 45d, education history table 45e, health check-up history table 45f, integrated staff's master meter lattice 45g and WBC measurement history table 45h as a result.
In getting into information form 45a, for example, each staff ID is relevant with radiation worker's entering result (for example entry time and post-set time).In working result form 45b, for example, each staff ID is relevant with work title.In exposing as a result form 45c, for example, each staff ID is relevant with radiation worker's radiological dose.
In assessment dosage form 45d, for example, each staff ID is relevant with assessment dosage with radiation worker's entering result.The work title that is comprised among the entering result who in getting into information form 45a, is comprised, the working result form 45b and exposing on the basis of the radiological dose that is comprised among the form 45c as a result calculates radiation worker's assessment dosage.
Accept among the history table 45e in education, for example, each staff ID and radiation worker's the education date of acceptance and the facility title of the instructed specific aim irradiation treatment of radiation worker facility 2 are relevant.In health check-up history table 45f, for example, each staff ID and radiation worker's health check-up date of acceptance and wherein the radiation worker to receive the facility title of irradiation treatment facility 2 of health check-up relevant.Measure among the history table 45h at WBC, for example, the facility title of the irradiation treatment facility 2 that date when each staff ID makes the radiation worker receive the inner radiation dosage measurement with use WBC 22 and radiation worker receive these measurements is relevant.
Integrated staff's master meter lattice 45g adapts to wherein to carry out and gets into/withdraw from management and get into/withdraw from management after the registration of cancelling an irradiation treatment facility, to allow the staff to get into second control method of another irradiation treatment facility temporarily to allow the staff to get into first control method of all a plurality of irradiation treatment facilities and wherein carry out.Integrated staff's master meter lattice 45g is used for the registration of managerial staff member to each irradiation treatment facility 2.Fig. 4 illustrates the management item of integrated staff's master meter lattice 45g.As shown in Figure 4; In integrated staff's master meter lattice 45g, " facility title ", " moving from date between facility ", " mobile end date between facility ", " initial registration date ", " record date ", " cancellation date ", " cancelling the date ", " the up-to-date mark of staff ", " the up-to-date mark of facility " and " registration mark " are relative to each other temporarily.
" facility title " is the identification information of irradiation treatment facility 2." between facility move from date " also can be relevant to the situation of another particular radiation treatment facility 2 registrations with the staff when 2 registrations of forward direction particular radiation treatment facility, and the information of the registration from date that to be the indication staff register to another irradiation treatment facility 2." mobile end date between facility " is the information of indication staff to the registration Close Date of another irradiation treatment facility 2 registrations.
" initial registration date " is indication to the particular radiation treatment facility 2 registration information on current date during not to the staff of any irradiation treatment facility 2 registrations." record date " is the indication information on the date when irradiation treatment facility 2 registration work personnel.The information on the date when " cancellation date " is the indication cancellation to the staff's of irradiation treatment facility 2 registration." cancel the date " is the interim cancellation of the indication staff information on the date when 2 registrations of irradiation treatment facility temporarily.
" the up-to-date mark of staff " be indication this whether be recorded in and specify constantly the mark of staff's state-of-the-art record.For example, to specify constantly be state-of-the-art record if this is recorded in, and then " the up-to-date mark of staff " is set as " 1 ", and if record is not a state-of-the-art record, then be set as " 0 "." the up-to-date mark of facility " be indication this be recorded in the information of state-of-the-art record of specifying the staff who constantly is irradiation treatment facility 2 interested.For example, to specify constantly be the staff's of irradiation treatment facility 2 interested state-of-the-art record if this is recorded in, and then " the up-to-date mark of facility " is set as " 1 ", and if this record is not a state-of-the-art record, then be set as " 0 "." registration mark " is the staff's of the indication irradiation treatment facility 2 interested information of enrollment status.For example, if to irradiation treatment facility 2 registration work personnel interested, then " registration mark " is set as " 1 ", if cancellation registration then is set as " 0 ", and if application for registration is co-pending, then be set as " 3 ".
To integrated staff's master meter lattice 45g be described in more detail with reference to figure 5 and 6.Integrated staff's master meter lattice 45g adapts to the control method that differs from one another with the mode of handling between the irradiation treatment facility 2 that moves, and the managerial staff member is to the registration of each irradiation treatment facility 2.Fig. 5 and 6 illustrates first control method and second control method respectively.Among Fig. 5 and 6 each is illustrated in special workers (being called staff α hereinafter) and is engaged in the example that generates the record of integrated staff's master meter lattice 45g under the situation of work of irradiation treatment facility 2A and 2B with overlap mode.Data arrangement method shown in Fig. 5 and 6 is an example, and data arrangement method of the present invention is not limited thereto.
In first control method, when the staff will be engaged in the work of a plurality of irradiation treatment facilities with overlap mode, he is allowed got into all a plurality of irradiation treatment facilities.In the example of Fig. 5; Staff α registers to irradiation treatment facility 2A in the moment (1) at first; In addition in constantly (2) to irradiation treatment facility 2B registration, in (3) constantly to irradiation treatment facility 2B cancellation registration, and in (4) constantly also to irradiation treatment facility 2A cancellation registration.Then, staff α registers to irradiation treatment facility 2B in the moment (5) at first, and registers to irradiation treatment facility 2B cancellation in the moment (6).
Below describe will hypothesis constantly (1) be called as initial registration date A, constantly (2) be called as dual record date B, constantly (3) be called as cancellation date C, constantly (4) be called as cancellation date D, constantly (5) be called as initial registration date E and constantly (6) be called as under the situation of cancelling date F and carry out.
In the moment shown in Figure 5 (1); Because staff α registers to irradiation treatment facility 2A at first; Therefore in integrated staff's master meter lattice 45g, generate data-1; Wherein " irradiation treatment facility 2A " is set as " facility title ", and " initial registration date A " is set as " moving from date between facility ", " initial registration date " and " record date ".Since data-the 1st, the latest data of staff α, so " the up-to-date mark of staff " of data-1 is set as " 1 (up-to-date) ".Because data-1 still are the latest data of staff α and irradiation treatment facility 2A, so " the up-to-date mark of facility " of data-1 also is set as " 1 (up-to-date) ".Because to irradiation treatment facility 2A registration work personnel α, so " registration mark " of data-1 is set as " 1 (registration) ".
In the moment shown in Figure 5 (2); Because to the irradiation treatment facility 2B registration work personnel α except that irradiation treatment facility 2A; Therefore in integrated staff's master meter lattice 45g, generate the data-2 of staff α; Wherein " irradiation treatment facility 2B " is set as " facility title ", and " dual record date B " is set as " moving from date between facility " and " record date ", and " initial registration date A " is set as " initial registration date ".Since data-the 2nd, the latest data of staff α, so " the up-to-date mark of staff " of data-2 is set as " 1 (up-to-date) ".On the other hand, because data-1 no longer are the latest datas of staff α, so " the up-to-date mark of staff " of data-1 is updated to " 0 (not being up-to-date) ".
In the moment shown in Figure 5 (3), owing to the registration to irradiation treatment facility 2B cancellation staff α, therefore in integrated staff's master meter lattice 45g, " cancellation date C " is set as " the mobile end date between facility " and " cancellation date " of data-2." registration mark " of data-2 is updated to " 0 (cancellation) ".
In the moment shown in Figure 5 (4), because also to the registration of irradiation treatment facility 2A cancellation staff α, therefore in integrated staff's master meter lattice 45g, " cancellation date D " is set as " the mobile end date between facility " and " cancellation date " of data-1." registration mark " of data-1 is updated to " 0 (cancellation) ".Because data-1 have become the latest data of staff α, so " the up-to-date mark of staff " of data-1 is set as " 1 (up-to-date) ".On the other hand, because data-2 no longer are the latest datas of staff α, so " the up-to-date mark of staff " of data-2 is updated to " 0 (not being up-to-date) ".
In the moment shown in Figure 5 (5); Because being new (at first), staff α registers to irradiation treatment facility 2B; Therefore in integrated staff's master meter lattice 45g, generate data-3; Wherein " irradiation treatment facility 2B " is set as " facility title ", and " initial registration date E " is set as " moving from date between facility ", " initial registration date " and " record date ".Since data-the 3rd, the latest data of staff α, so " the up-to-date mark of staff " of data-3 is set as " 1 (up-to-date) ".On the other hand, because data-1 no longer are the latest datas of staff α, so " the up-to-date mark of staff " of data-1 is updated to " 0 (not being up-to-date) ".Since data-the 3rd, the latest data of staff α and irradiation treatment facility 2B, so " the up-to-date mark of facility " of data-2 is set as " 0 (not being up-to-date) ".
In the moment shown in Figure 5 (6), owing to the registration to irradiation treatment facility 2B cancellation staff α, therefore in integrated staff's master meter lattice 45g, " cancellation date F " is set as " the mobile end date between facility " and " cancellation date " of data-3." registration mark " of data-3 is updated to " 0 (cancellation) ".
Integrated staff's master meter lattice 45g makes through using the initial registration date will adopt a plurality of irradiation treatment facilities 2 of first control method to divide into groups to come a plurality of registration datas to these irradiation treatment facilities 2 managerial staff members to become possibility.For example, in the example of Fig. 5, data-1 relevant with dual registration and data-2 have identical initial registration date A.Therefore, can use identical initial registration date A that data-1 relevant with dual registration and data-2 are divided into groups.Therefore, though staff α has done dual registration to two irradiation treatment facility 2A that adopt first control method and 2B, staff α can manage to the enrollment status of two irradiation treatment facility 2A and 2B together.
In second control method, when the staff will be engaged in the work of a plurality of irradiation treatment facilities with overlap mode, cancel his registration, and he is allowed and gets into another irradiation treatment facility 2 to an irradiation treatment facility 2 temporarily.The difference of second control method and first control method is that the staff can't be to new irradiation treatment facility registration, only if cancel his registration to current irradiation treatment facility 2 temporarily.
In the example of Fig. 6, staff α registers to irradiation treatment facility 2A in the moment (1) at first.In the moment (2), staff α cancels registration to irradiation treatment facility 2A temporarily, and to the dual registration of irradiation treatment facility 2B.In the moment (3), staff α cancels registration to irradiation treatment facility 2B temporarily, and registers once more to irradiation treatment facility 2A.In the moment (4), also cancel the registration of staff α to irradiation treatment facility 2A.Then, staff α registers to irradiation treatment facility 2B in the moment (5) at first, and registers to irradiation treatment facility 2B cancellation in the moment (6).
Below describe will hypothesis constantly (1) be called as initial registration date A, constantly (2) be called as interim cancellation date B and (dual) record date C, constantly (3) be called as set up new registration procedure date D and cancellation date E, constantly (4) be called as cancellation date F, constantly (5) be called as initial registration date G and constantly (6) be called as under the situation of cancelling date H and carry out.The difference that will relate generally to first control method is below described.
In the moment shown in Figure 6 (1), generate data-1 with the mode identical with first control method.In the moment shown in Figure 6 (2), owing to registration from staff α to irradiation treatment facility 2A that cancel temporarily, so data-1 " cancelling the date " is set as " cancelling date B " temporarily temporarily.Owing to only cancel the registration of staff α, so " registration mark " of data-1 is maintained at " 1 (registration) " temporarily to irradiation treatment facility 2A.
In the moment shown in Figure 6 (3); Because staff α is once more to the irradiation treatment facility 2A of cancellation registration temporarily registration; Therefore in integrated staff's master meter lattice 45g, generate data-3; Wherein " irradiation treatment facility 2A " is set as " facility title ", and " setting up new registration procedure date D " is set as " moving from date between facility " and " record date ".Since data-the 3rd, the latest data of staff α, so " the up-to-date mark of staff " of data-3 is set as " 1 (up-to-date) ".On the other hand, because data-1 are neither the latest data of staff α, latest data that neither irradiation treatment facility 2A, therefore " the up-to-date mark of staff " and " registration mark of each facility " are updated to " 0 (not being up-to-date) ".
In the moment shown in Figure 6 (4), because also to the registration of irradiation treatment facility 2A cancellation staff α, therefore in integrated staff's master meter lattice 45g, " cancellation date F " is set as " the mobile end date between facility " and " cancellation date " of data-3." registration mark " of data-3 is updated to " 0 (cancellation) ".In constantly (4), " setting up new registration procedure date D " and " registration mark " that " the mobile end date between facility " of data-1 is set as data-1 is updated to the date of the previous day of " 0 (cancellation) ".In the moment shown in Figure 6 (5), with first control method in the identical mode of data-3 generate and Update Information-4.
Equally, in second control method, integrated staff's master meter lattice 45g makes through using the initial registration date to divide into groups to come the managerial staff member to become possibility to a plurality of registration datas of the registration of these irradiation treatment facilities 2 a plurality of irradiation treatment facilities 2.For example, in the example of Fig. 6, data-1 to the data-3 relevant with dual registration have identical initial registration date A.Therefore, can use identical initial registration date A that data-1 to the data-3 relevant with dual registration are divided into groups.Therefore, though staff α has done dual registration to two irradiation treatment facility 2A that adopt second control method and 2B, the enrollment status of the staff α of two irradiation treatment facility 2A and 2B can be managed together.
Through above-mentioned integrated staff's master meter lattice 45g, any in available first control method and second control method come managerial staff member's multiple registration.This feasible each that is directed against in the different control methods is prepared multiple registration management form and there is no need, and then can reduce and the relevant realization load of the multiple registration of management.
Individual's process of compilation device 47 renewal results according to the main DB 45 of compiling compile entering/end check information of staff α, and in entering/end check information 42c, reflect the entering/end check information that is compiled.Gained entering/end check the information of entering/end check information 42c when each the renewal (, download to the site controller 23 of irradiation treatment facility 2A-2C in real time) or with designated period.
Next, how will describe above-mentioned radiation control system 1 operates.The operation of the radiological dose of accumulative total staff α, reflect that the operation of carrying out when data communication between operation, integrating server 4 and the irradiation treatment facility 2 of entering/end check information of each irradiation treatment facility 2 operation of carrying out after unusual takes place and recovers the data communication between integrating server 4 and the irradiation treatment facility 2 will describe by this order.
At first, with the operation of describing the radiological dose that adds up staff α.When from the terminal 5 that is connected to integrating server 4 or through wide area network from the terminal 24 when receiving the specified requirements of staff α, the picture processor 46 of integrating server 4 is obtained through the compiling data from compiling main DB 45.Send to terminal 5 or terminal 24 through wide area network from picture processor 46 through the compiling data, and on the display unit (not shown) of terminal 5 or 24, show.To describe the compilation operations of using these specified requirementss to carry out in detail with reference to figure 5-7 hereinafter.Fig. 7 illustrates the relation between the data of specified requirements set and integrated staff's master meter lattice 45g of one group of regulation.
Below describe the situation that will be referred to manage the data (referring to Fig. 5) of integrated staff's master meter lattice 45g, under the situation of the data (referring to Fig. 6) of managing integrated staff's master meter lattice 45g through second control method, can suitably carry out similar operation through first control method.Below describe will hypothesis current date X (5) constantly with constantly between (6) and in the past date Y carrying out under (2) and the situation between the moment (3) constantly.
Specified requirements shown in Figure 7 (1) is to be used for obtaining the condition at total radiological dose of the particular radiation treatment facility 2 (being 2B in this example) that staff α registered about current date X staff α.It is that " irradiation treatment facility 2B ", " between facility move from date " are not set on one day (year/moon/day), " mobile end date between facility " before the current date X or afterwards one day of current date X, " the up-to-date mark of facility " are that " 1 (up-to-date) " and " registration mark " are " 1 (registration) " that specified requirements (1) requires integrated staff's master meter lattice 45g " facility title ".Because it is as shown in Figure 5; Under the situation of initial registration date E at current date X to irradiation treatment facility 2B registration work personnel α, therefore individual process of compilation device 47 obtains data-3 as satisfying the data of specified requirements (1) from integrated staff's master meter lattice 45g shown in Figure 5.Individual's process of compilation device 47 is quoted working result form 45b, is exposed form 45c and assessment dosage form 45d as a result on the basis of the data of obtaining from integrated staff's master meter lattice 45g-3, and is accumulated to the radiological dose that is recorded in the staff α among the irradiation treatment facility 2B till the current date X thus.In this way, specified requirements (1) makes and to collect wherein that the current just radiological dose in the irradiation treatment facility 2 (being 2B in this example) of operation of staff α becomes possibility.
Specified requirements shown in Figure 7 (2) is to be used for obtaining the condition of registering or cancel total radiological dose of the particular radiation treatment facility 2 (being 2B in this example) of registering about date in past Y staff α at staff α.It is that " irradiation treatment facility 2B ", " between facility move from date " are that one day (year/moon/day) before the date Y and " mobile end date between facility " are not set or afterwards one day of past date Y in the past that specified requirements (2) requires integrated staff's master meter lattice 45g " facility title ".It is " 1 (registration) " or " 0 (cancellation) " so that cancelled the data on its " initial registration date " and also compile that specified requirements (2) requires " registration mark ".Because it is as shown in Figure 5; Date Y is to irradiation treatment facility 2B registration work personnel α in the past under the situation of initial registration date A, and therefore individual process of compilation device 47 obtains data-2 ((2) constantly) as satisfying the data of specified requirements (2) from integrated staff's master meter lattice 45g shown in Figure 5.With identical as stated mode, individual process of compilation device 47 is accumulated to over the radiological dose that is recorded in the staff α among the irradiation treatment facility 2B till the date Y on the basis of data-2.In this way, specified requirements (2) make accumulative total staff α in the past the radiological dose in the irradiation treatment facility 2 of fixed date operation therein (being 2B in this example) become possibility.
Specified requirements shown in Figure 7 (3) is to be used for obtaining the condition at total radiological dose of all irradiation treatment facilities 2 of staff α registration about current date X staff α.Specified requirements (3) is that with the difference of specified requirements (1) " the facility title " of integrated staff's master meter lattice 45g is unrestricted.Because as shown in Figure 5, only to irradiation treatment facility 2B registration work personnel α, therefore individual process of compilation device 47 obtains data-3 at current date X, and at the radiological dose that is accumulated to the staff α that is write down till the current date X on the basis of data-3.In this way, specified requirements (3) makes being used for of being accumulated to so far to be write down get into the radiological dose that inspection handles to staff α becomes possibility.More specifically; Owing to can obtain the total radiological dose in all a plurality of irradiation treatment facilities 2 that staff α is registered, therefore can on the basis of the total radiological dose that is obtained, judge whether to permit the radiation controlled area that staff α gets into particular radiation treatment facility 2 at current date X staff α.
Specified requirements shown in Figure 7 (4) is the condition that is used for obtaining total radiological dose of all irradiation treatment facilities 2 of being registered at staff α about date in past Y staff α.Specified requirements (4) is that with the difference of specified requirements (2) " the facility title " of integrated staff's master meter lattice 45g is unrestricted.Because it is as shown in Figure 5; Date Y is to irradiation treatment facility 2A and 2B registration work personnel α in the past; Therefore individual process of compilation device 47 obtains data-1 and data-2, and is being accumulated to over the radiological dose of the staff α that write down till the date Y on the basis of data-1 and data-2.In this way, specified requirements (4) makes accumulative total be used for that staff α is got into the past radiological dose of checking processing becomes possibility.
Specified requirements as shown in Figure 7 (5) is the condition that is used to obtain with the latest data of the irrelevant staff α of irradiation treatment facility 2.Specified requirements (5) require integrated staff's master meter lattice 45g's " the up-to-date mark of staff " be " 1 (up-to-date) ".For example since between the moment shown in Figure 5 (2) and (3) to irradiation treatment facility 2A and 2B registration work personnel α, so individual process of compilation device 47 obtains data-2 conducts and satisfies the data of specified requirements (5).In this way, specified requirements (4) makes the radiological dose in the irradiation treatment facility 2 of the current operation just therein of accumulative total staff α under the situation of all a plurality of irradiation treatment facilities 2 registration work personnel α become possibility.
The specified requirements of staff α is not limited to above-mentioned specified requirements (1)-(5).Specified requirements can be through specifying integrated staff's master meter lattice 45g " facility title ", " moving from date between facility ", " mobile end date between facility ", " initial registration date ", " record date ", " cancellation date ", " cancelling the date ", " the up-to-date mark of staff ", at least one in " the up-to-date mark of facility " and " registration mark " temporarily form.
As stated; Owing to can uniform way use the integrated staff's master meter lattice 45g that adapts to different control methods (first and second control methods) to come the registration data of managerial staff member α; Therefore can use suitable specified requirements extract the registration data of staff α from integrated staff's master meter lattice 45g, and even under the situation of a plurality of irradiation treatment facilities that adopt different control methods 2 registrations, can easily add up the radiological dose of staff α with overlap mode at staff α.
The second, with the operation of entering/end check information of describing each irradiation treatment facility 2 of reflection.Fig. 8 illustrates the operation of reflection entering/end check information.Fig. 8 illustrates when the entering of in the site controller 23 of irradiation treatment facility 2A, having upgraded staff α/when withdrawing from result data, the how entering of reflection staff α in the site controller 23 of irradiation treatment facility 2B and 2C/withdraw from result data.
As shown in Figure 8; The result of irradiation treatment facility 2A reflects that processor 235 will be from the entering that gets into/withdraw from management devices 21 input/withdraw from result data be stored in as a result memory buffer unit 233, and will get into/withdraw from result data via communication unit 231 and 41 and be stored in the entering of the DB of master as a result 43 of integrating server 4/withdraw among the information form 43a.For example, get into/withdraw from result data and comprise the entering of staff ID (being the ID of staff α in this example), staff α/withdraw from result (2011/2/210:00 to 2011/2/211:00) and dosage result (0.01).Get into/withdraw from result data and also can comprise operational detail of staff α etc.
When getting into/withdrawing from information form 43a and upgrade in the above described manner, the result reflect processor 44 (not shown in Fig. 8) staff α through upgrading the entering information form 45a, the working result form 45b that upgrade the main DB45 of compiling on the basis that gets into/withdraw from result data, exposing form 45c and assessment dosage form 45d as a result.Generate entering/end check information of staff α on the basis of the information of the staff α of individual's process of compilation device 47 in being stored in the main DB 45 of compiling.
With reference to figure 8, in the basis generation entering/end check information of measuring historical data 45h, health check-up history table 45f from integrated staff's master meter lattice 45g, WBC and educating each bar information of the staff α that accepts history table 45e extraction.The entering that is generated/end check information is stored among entering/end check information form 42c of entering/end check master DB 42 by individual process of compilation device 47, and via obtaining reflection among communication unit 41 and 231 entering at the irradiation treatment facility 2A-2C/end check information form 232c.
In the above described manner, when the entering of in particular radiation treatment facility 2, upgrading staff α/when withdrawing from as a result, employed entering/end check data in the Refreshing Every irradiation treatment facility 2 in real time.
The 3rd, the unusual operation of carrying out is afterwards taken place in the data communication that is described between integrating server 4 and the irradiation treatment facility 2.The unusual operation of carrying out afterwards takes place in the data communication that Fig. 9 is illustrated between integrating server 4 and the irradiation treatment facility 2.Though unusual situation has taken place in the data communication that Fig. 9 relates between integrating server 4 and the irradiation treatment facility 2A, when similar operation takes place to carry out when unusual the data communication between integrating server 4 and irradiation treatment facility 2B or the 2C.In Fig. 9, omit the partial function configuration of the radiation control system 1 shown in Fig. 3 A and the 3B.In addition, as shown in Figure 9, site controller 23 is equipped with the unshowned secondary outcome reflection of Fig. 3 A processor 238 and compiling DB 239.
When the data communication between integrating server 4 and the irradiation treatment facility 2A has taken place when unusual, the site controller 23 of irradiation treatment facility 2A can't be downloaded entering/end check master datas from integrating server 4.Therefore, site controller 23 generates entering/end check information itself on the basis from the entering that gets into/withdraw from management devices 21 supply/withdraw from result data.More specifically, as shown in Figure 9, the secondary outcome of site controller 23 reflection processor 238 makes the entering that is stored in the memory buffer unit 233 as a result/withdraw from information 233a in the entering information form 239a of the compiling DB 239 of irradiation treatment facility 2A, to obtain reflection.When receiving when getting into request, except enterings/end check DB 232, get into the entering information form 239a that examine processor 234 compiles DB 239 by reference and come the entering of execution work personnel α to check from getting into/withdraw from management devices 21.
In the above described manner; When the data communication between integrating server 4 and the irradiation treatment facility 2A has taken place when unusual; Site controller 23 is the entering of staff α/withdraw from information stores in the compiling DB 239 of irradiation treatment facility 2A, and on the basis of the entering of being stored/withdraw from information, carries out the entering inspection to staff α.Therefore, can't download from integrating server 4, also can carry out entering inspection exactly staff α even be stored in the data of the staff α among entering/end check DB 232.
The 4th, the operation of after the data communication that recovers between integrating server 4 and the irradiation treatment facility 2, carrying out.Figure 10 A-10C is illustrated in the operation of carrying out after the data communication that recovers between integrating server 4 and the irradiation treatment facility 2.Though Figure 10 A-10C relates to from the situation of the abnormal restoring that takes place between integrating server 4 and the irradiation treatment facility 2A, after the abnormal restoring that between integrating server 4 and irradiation treatment facility 2B or 2C, takes place, carries out similar operation.
Figure 10 A reflects the operation that gets into/withdraw from the result after being illustrated in restore data communication.Shown in Figure 10 A; After the data communication that recovers between integrating server 4 and the irradiation treatment facility 2A, the entering/information that withdraws from that is stored in the memory buffer unit as a result 233 of site controller 23 obtains reflecting in the DB of master as a result 43 of integrating server 4 via communication unit 231 and 41.
Figure 10 B reflects the operation that gets into/withdraw from information after being illustrated in restore data communication.Master DB 43 (referring to Figure 10 A) upgrades the main DB 45 of compiling afterwards upgrading as a result.Therefore, shown in Figure 10 B, upgrade the content of entering/end check master DB 42.In order to reflect that those upgrade the result, send to site controller 23 with the difference of upgrading via communication unit 41.In site controller 23, the difference of the renewal that communication unit 231 is received obtains reflection in entering/end check DB 232.In this way, after restore data communication, the master data of integrating server 4 and site controller 23 from data by equilibrium, this makes the entering/end check carry out the radiation worker exactly become possibility.
Figure 10 C is illustrated in the operation that restore data communication reflects management information afterwards.Upgrading as a result master DB43 (referring to Figure 10 A) afterwards, integrating server 4 also more new administration information be used for the entering inspection of site controller 23.Management information through upgrading is preserved by entering/end check master DB 42, and in entering/end check DB 232, obtains reflection via communication unit 41 and 231.
As stated, when the data communication that recovered between integrating server 4 and the irradiation treatment facility 2A, between them, carry out data balancing.Therefore, can recover before and execution entering/end check exactly afterwards.
Although illustrated and described the each side of embodiment of the present invention hereinbefore, other are realized also within the scope of the claims.It will be appreciated by those skilled in the art that and do not deviating under the situation of liking the defined the spirit and scope of the present invention of claims enclosed, can make various changes in form and details.
Claims (10)
1. integrating server is controlled in a radiation, comprising:
Be configured to the data communication units of communicating by letter with each site controller in being arranged on corresponding irradiation treatment facility via network;
Radiation worker's the radiological dose data and being configured to that are configured to collect from each site controller through said data communication units the radiation controlled area of the said irradiation treatment facility of turnover are managed the result data manager of each radiation worker's collected radiological dose data; And
Be configured to manage staff's host manager of registration data of the said radiation worker of each the irradiation treatment facility on integrated staff's main frame; Wherein said integrated staff's main frame is configured to adapt to the different control methods of said irradiation treatment facility
Wherein when registration in a plurality of irradiation treatment facilities during the radiation worker, on the basis on the initial registration date of said staff's host manager in the record date of said irradiation treatment facility with the registration data packet of said irradiation treatment facility.
2. server as claimed in claim 1 is characterized in that, said integrated staff's main frame adapts to first control method and second control method,
Wherein in said first control method, allow said radiation worker to get into all irradiation treatment facilities, and
Wherein in said second method, in an irradiation treatment facility, allow said radiation worker to get in the said irradiation treatment facility another after the registration of cancellation to said radiation worker, and
Wherein
Said staff's host manager is that each registering events of corresponding radiation worker is created certain records on said integrated staff's main frame, and
Said certain records comprises:
The irradiation treatment instrument identifier;
The initial registration date;
Record date when the irradiation treatment facility is registered said radiation worker;
The cancellation date when said irradiation treatment facility is cancelled said radiation worker; And
The interim cancellation date when the said radiation worker of the interim cancellation of said irradiation treatment facility.
3. server as claimed in claim 2; It is characterized in that whether said staff's host manager is that the first up-to-date mark of the state-of-the-art record in a plurality of records of creating to the particular radiation staff adds said certain records to the said certain records of indication.
4. server as claimed in claim 3 is characterized in that, whether said staff's host manager is added the said certain records of indication is the second up-to-date mark to the state-of-the-art record in a plurality of records of same irradiation treatment facility generation.
5. server as claimed in claim 2 is characterized in that, whether said staff's host manager is added indication current to the registration mark of being registered said radiation worker by the said irradiation treatment facility of said irradiation treatment instrument identifier sign.
6. radiation control system comprises:
Be arranged on the site controller in the corresponding irradiation treatment facility; And
Via said network be connected to said site controller like each described radiation control integrating server in the claim 1 to 5.
7. system as claimed in claim 6 is characterized in that,
Said radiation control integrating server comprise be used for each irradiation treatment facility entering/end check data as master data, and
Each site controller also comprises said entering/end check data conduct from data.
8. system as claimed in claim 6 is characterized in that,
The radiological dose data that said radiation control integrating server adds up said radiation worker in real time; Wherein when said radiation worker gets into or withdraws from said irradiation treatment facility; The site controller of said irradiation treatment facility obtains said radiological dose data, and
Said radiation control integrating server sends to the radiological dose data that added up each site controller of said irradiation treatment facility.
9. system as claimed in claim 8; It is characterized in that; When having taken place in the data communication between said radiation control integrating server and the said site controller when unusual; Said site controller adds up said radiation worker's radiological dose itself, and carries out entering or end check to each radiation worker based on the radiological dose data that added up.
10. system as claimed in claim 8 is characterized in that,
When being restored unusually in the data communication between said radiation control integrating server and the said site controller; The said radiological dose data that said site controller will be stored between said anomalistic period in the said site controller send to said radiation control integrating server, and then
The radiological dose data that integrating server accumulative total receives are controlled in said radiation, and the radiological dose data that added up are sent to the respective site controller.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011060388A JP5454498B2 (en) | 2011-03-18 | 2011-03-18 | Radiation management integrated server and radiation management system |
| JP2011-060388 | 2011-03-18 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102750601A true CN102750601A (en) | 2012-10-24 |
Family
ID=47030759
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012100904558A Pending CN102750601A (en) | 2011-03-18 | 2012-03-19 | Radiation control integrated server and radiation control system |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP5454498B2 (en) |
| CN (1) | CN102750601A (en) |
| RU (1) | RU2549028C2 (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6377939B1 (en) * | 1999-05-04 | 2002-04-23 | Metratech | Pipelined method and apparatus for processing communication metering data |
| CN201166898Y (en) * | 2008-01-24 | 2008-12-17 | 北京华力兴科技发展有限责任公司 | System for automatically managing and real time monitoring a radioactive source |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20030086646A (en) * | 2002-05-06 | 2003-11-12 | 케이엔디티앤아이 주식회사 | Total management system of radiation exposure, and device for measuring and recording radiation exposed dose which is provided for establishing the total management system |
| RU89899U1 (en) * | 2008-03-25 | 2009-12-20 | Российская Федерация, от имени которой выступает Государственная корпорация по атомной энергии "Росатом" | PROTECTED ACCESS SYSTEM |
-
2011
- 2011-03-18 JP JP2011060388A patent/JP5454498B2/en not_active Expired - Fee Related
-
2012
- 2012-03-16 RU RU2012110244/08A patent/RU2549028C2/en not_active IP Right Cessation
- 2012-03-19 CN CN2012100904558A patent/CN102750601A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6377939B1 (en) * | 1999-05-04 | 2002-04-23 | Metratech | Pipelined method and apparatus for processing communication metering data |
| CN201166898Y (en) * | 2008-01-24 | 2008-12-17 | 北京华力兴科技发展有限责任公司 | System for automatically managing and real time monitoring a radioactive source |
Non-Patent Citations (1)
| Title |
|---|
| 徐青: "个人辐射剂量监控管理系统的设计与实现", 《中国优秀硕士学位论文全文数据库信息科技辑》, no. 10, 15 October 2010 (2010-10-15) * |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2012194160A (en) | 2012-10-11 |
| JP5454498B2 (en) | 2014-03-26 |
| RU2549028C2 (en) | 2015-04-20 |
| RU2012110244A (en) | 2013-09-27 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Paradis et al. | Excess cost and length of stay associated with voluntary patient safety event reports in hospitals | |
| CN111095424A (en) | Clinical trial support system, clinical trial support program, and clinical trial support method | |
| CN109710689A (en) | Enterprise's monitoring and managing method, system, device, equipment and readable storage medium storing program for executing | |
| US20210343401A1 (en) | Blockchain-Based Technologies for Tracking Product Lifecycle | |
| Ng et al. | Contact tracing using real-time location system (RTLS): a simulation exercise in a tertiary hospital in Singapore | |
| CN101980269A (en) | Regional health integrated information management system | |
| CN102750601A (en) | Radiation control integrated server and radiation control system | |
| Sajjad et al. | Parametric evaluation of e-health systems | |
| JP4350985B2 (en) | Device usage management system | |
| JP5273268B2 (en) | Management method | |
| Greif | Software testing and preventive quality assurance for metrology | |
| Lopez | Computer Systems Validation | |
| Martel et al. | An Equipment Hub for Managing a Small Town and a Complex Machine | |
| World Health Organization | Report of the World Health Organization (WHO) biosafety inspection team of the variola virus maximum containment laboratories to the state research centre of virology and biotechnology (“SRC VB VECTOR”), Koltsovo, Novosibirsk Oblast, Russian Federation, 28 January-2 February 2019 | |
| JP2006012089A (en) | Business pursuer education management system | |
| CN113658671A (en) | Medical and health mutual-aid system based on block chain | |
| Al-Ayat et al. | Safeguards Evaluation Method for evaluating vulnerability to insider threats | |
| Graves | Emergency Logistics Stochastic Network Optimization with Prepositioning and Distribution Center Support | |
| CN117203652A (en) | Job management method, system and program | |
| Pallikarakis | Medical Devices Regulations, Management and Assessment; New Trends New Needs | |
| CN117236737A (en) | Digital intelligent quality management system and management method | |
| Williams et al. | USAF Hearing Conservation Program, DOEHRS-HC Data Repository Annual Report: CY15 | |
| Bisping | EMP Attachment 2 DOE-SC PNNL Site Data Management Plan | |
| Garcia-Grijalva et al. | Control of Accountable Sealed Radioactive Sources (ASRSs) and Radioisotope Thermoelectric Generators (RTGs) | |
| Dunn et al. | Safeguards research at Lawrence Livermore Laboratory |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20121024 |