CN115049348A - Personal dosage instrument show window dynamic configuration method based on radiation protection - Google Patents
Personal dosage instrument show window dynamic configuration method based on radiation protection Download PDFInfo
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Abstract
The invention discloses a dynamic configuration method of a personal dosage instrument show window based on radiation protection, which comprises the following steps: maintaining a dosimeter library, a cabinet, show window information, personnel data items and dosimeter monitoring period base library information; before a dosimeter is used, a show window is distributed, a personal identification card code is input through a proprietary equipment terminal, and the system judges whether the show window has the right to use according to whether the code exists in a personal data item; after the judgment is passed, distributing a corresponding shop window and binding the shop window with the magnetic card of the person; after the magnetic card is bound with the show window, automatically recording corresponding records; establishing the relationship between the staff and the dosimeter; the corresponding show window can be opened through the magnetic card, and the acquired dosimeter is put into the show window and is used in time when needed; after confirming that the shop window is correct, the relationship between the shop window and the employee magnetic card is cleared. The beneficial effects are that: the electronic management of the staff dosage show window is realized, the integrity and consistency of information recording and operation information are facilitated, and the reliability of data is improved.
Description
Technical Field
The invention belongs to a statistical method for dose receiving statistical configuration business of personnel in the field of radiation protection of nuclear power stations, and particularly relates to a dynamic configuration method for a show window of a personal dosing appliance based on radiation protection.
Background
At present, personal dosimeter management of a nuclear power station mainly depends on manual recording and is registered by using a paper table, the management mode ensures that the work of a manager is heavier, whether a show window is allocated to a leader or not and whether the authority of the leader to the corresponding dosimeter is met or not do not have standard management, meanwhile, the number, the place of the show window and the dosimeter, whether the show window and the dosimeter are returned or not can not be consulted in time, the reliability and the consistency of data are greatly reduced due to the defects, the lead period is longer, and the utilization rate of the dosimeter and the show window is lower.
The management of the personal dosimeter is always an important management content of the nuclear power station, the personal dosimeter can be borrowed and returned to use electronic one-stop management, the reliability of data is improved, the looking up and the recording are convenient, meanwhile, the improvement of the turnover rate of the dosimeter can be realized, the paperless work is realized, and the production cost is saved.
Disclosure of Invention
The invention aims to provide a dynamic shop window configuration method of a personal dosage instrument based on radiation protection, which can realize one-stop management of the reception, shop window storage and return services of a radiation protection dosage instrument.
The technical scheme of the invention is as follows: a dynamic configuration method for a personal dosage instrument show window based on radiation protection comprises the following steps:
step 1: maintaining dosimeter library, cupboard, show window information, personnel data items and dosimeter monitoring period base library information;
step 2: before the dosimeter is received, a show window is distributed, a personal identification card code is input through a proprietary equipment terminal, and the system judges whether the show window has the right to use according to whether the code exists in a personal data item;
and step 3: after the judgment is passed, distributing a corresponding shop window and binding the shop window with the magnetic card of the person;
and 4, step 4: after the magnetic card is bound with the show window, automatically recording corresponding records;
and 5: receiving dosimeters in a dosimeter library of the machine set, and establishing the relationship between the staff and the dosimeters;
step 6: the corresponding show window can be opened through the magnetic card, and the acquired dosimeter is put into the show window and is used in time when needed;
and 7: when the show window is not used any more, emptying articles from the show window and returning the articles to the dosimeter library when the show window is used;
and step 8: and after the confirmation of no error, the relation between the shop window and the magnetic card of the employee is cleared.
The dosimeter library in the step 1 comprises: the method is suitable for machine sets, dosimeter library names, dosimeter library numbers and branch management administrators;
the cabinet information includes: cabinet name, power station area, unit for area management;
the shop window information includes: show window identification, power station area, show window status;
the personnel data items include: name, gender, unit, department, magnetic card number, identity card number, RP card number, conventional gamma TLD authority and other TLD authority;
the dosimeter monitoring period base library information comprises: monitoring cycle code, monitoring initial time, monitoring end time, monitoring dosimeter type (gamma, neutron, weak penetration, limb end, etc.), initial dosimeter code, end dosimeter code, state, support to initiate according to the dosimeter, end code automatic generation dosimeter, the state includes: allocated, allocable, local, standby, support background, standby state change to allocable.
Said step 4
The shop window information includes: show window identification, power station area, show window status, distribution personnel, personnel information, distribution time, and administrator;
and one staff in the same power station area can only allocate one show window and can only allocate the show window with the show window state of being 'allocable', the show window state is changed into 'allocated' after the allocation is successful, when the staff allocates the show window again, the system judges whether the staff allocates the show window, if the staff allocates the show window, the power station area of the show window is recorded, the show window which is not in the power station area is inquired for selection, and after the allocated show window changes the staff or the state, the history record is reserved.
Said step 5
The received dosimeter information comprises: document number, document date, dosimeter type, distribution warehouse, monitoring period code, distributor, affiliated department, distribution time, estimated return time, document state, dosimeter code, name, gender, unit, room, magnetic card number, identity card, RP card number, conventional gamma TLD authority, other TLD authority, and dosimeter state;
the predicted returning time is automatically calculated, and is the monitoring ending period through conventional gamma TLD; the neutron TLD, the returning time is borrowing time plus 12 hours, which is not later than the monitoring ending period; weak penetration/acro TLD, return time is borrowing time plus 14 days, no later than the end period of the monitoring;
if the information of the dosimeter personnel meets the TLD authority, the dosimeter of the corresponding type is allowed to be distributed;
after the dosimeter personnel have the TLD authority, the shop window must also have been assigned, otherwise the personnel information is not displayed in the option at the time of distribution.
Said step 8
The shop window information includes: the method comprises the steps of (1) showing window identification, power station areas, showing window states, distribution personnel, personnel information, distribution time and managers, and emptying the distribution personnel, the personnel information, the distribution time and the managers;
after the dosimeter returns the dosimeter, the relationship between the staff magnetic card and the show window can be released if the dosimeter confirms that the dosimeter is correct, the show window number is obtained according to the staff information, and the return record of the show window is written into the show window distribution history;
returning dosimeter information includes: document number, document date, dosimeter type, returning warehouse, monitoring period code, distributor, affiliated department, returning time, document state, dosimeter code, name, gender, unit, room, magnetic card number, identity card, RP card number, conventional gamma TLD authority, other TLD authority, and dosimeter state;
the monitoring period code option is queried from the monitoring period module according to the selected dosimeter type and must satisfy the condition: the current date is within the monitoring period start date and end date range;
after the dosimeter administrator selects the return warehouse, the system automatically inquires the dosimeter information to be returned meeting the conditions from the distribution information table, and batch selection and return operation can be performed;
and after the return order is confirmed, the system generates a return record and automatically updates the ledger information of the dosimeter.
The invention has the beneficial effects that: 1. the electronic management of the staff dosage show window is realized, the integrity and consistency of information recording and operation information are facilitated, and the reliability of data is improved. 2. The paperless operation is realized, and the production cost is effectively saved.
Drawings
Fig. 1 is a flowchart of a dynamic configuration method of a personal dosage device show window based on radiation protection according to the present invention.
Detailed Description
The invention is described in further detail below with reference to the figures and the embodiments.
The invention discloses a radiation protection based dose show window dynamic configuration method which is mainly used for staff to receive dose counting and tracking, and solves the problem of one-stop borrowing of radiation protection dose meter instruments through the processes of show window temporary storage, convenient use and safety management.
A dynamic configuration method for a show window of a personal dosage apparatus based on radiation protection comprises the following specific steps:
step 1: the method comprises the following steps of maintaining a dosimeter library, a cabinet, show window information, personnel data items and dosimeter monitoring period basic library information, wherein the specific description is as follows:
wherein, the dosimeter library comprises: the method is suitable for machine sets, dosimeter library names, dosimeter library numbers and branch management administrators.
The cabinet information includes: cabinet name, power station area, unit for area management;
the shop window information includes: shop window identification, power station area, shop window status (allocated- > allocable).
The personnel data items include: name, gender, unit, department, magnetic card number, identification number, RP card number, conventional gamma TLD privileges, other TLD privileges (neutron, weak penetrations, extremities, etc.).
The dosimeter monitoring period base library information comprises: monitoring period code, monitoring start time, monitoring end time, monitoring dosimeter type (gamma, neutron, weak penetration, extremity, etc.), start dosimeter code, end dosimeter code, status. And supporting automatic generation of dosimeters according to the initial and end codes of the dosimeters. The states include: allocated, allocable, local, standby, support background, standby state change to allocable.
The window rule is as follows: 192 show windows are adopted for each cupboard for storage, the show window positioning marks are marked in a two-dimensional table mode, the transverse line marks are (0-9, A-F, 16) and the vertical line marks are (0-9, A-B, 12). The positioning show window mode is the cabinet number + the transverse line identification + the vertical line. E.g., a05, representing a showcase of 0 landscape and 5 portrait for the a cabinet.
Step 2: before the dosimeter is received, a show window is distributed, a personal identification card code is input through a proprietary device terminal, and the system judges whether the show window has the right to use according to whether the code exists in a personal data item.
And 3, step 3: and after the judgment is passed, distributing a corresponding show window and binding the show window with the magnetic card of the person.
And 4, step 4: after the magnetic card is bound with the shop window, automatically recording corresponding records; the concrete description is as follows:
the shop window information includes: shop window identification, power station area, shop window status (assignable- > assigned), distributor, personnel information, assignment time, administrator.
And one staff in the same power station area can only allocate one show window and can only allocate the show window with the show window state of being 'allocable', when the allocation is successful, the show window state is changed into 'allocated', and the staff allocates the show window again, the system judges whether the staff allocates the show window, if so, the power station area of the show window is recorded, and the show window which is not in the power station area is inquired for selection.
After the assigned shop window changes people or status, a history is kept.
And 5: receiving dosimeters in a dosimeter library of a machine set, and establishing a relationship between the staff and the dosimeters, which is specifically described as follows:
the received dosimeter information comprises: document number, document date, dosimeter type, distribution warehouse, monitoring cycle code, distributor, department of ownership, distribution time, expected return time, document status, dosimeter code, name, gender, unit, department, magnetic card number, identification card, RP card number, conventional gamma TLD rights, other TLD rights, dosimeter status (assigned).
The predicted returning time is automatically calculated, and is the monitoring ending period through conventional gamma TLD; the neutron TLD, the returning time is borrowing time plus 12 hours, which is not later than the monitoring ending period; weak penetration/acro TLD, return time is borrowing time plus 14 days, no later than the end period of the present monitoring.
And if the information of the dosimeter personnel meets the TLD authority, the dosimeter of the corresponding type is allowed to be distributed.
The dosimeter personnel must also have the TLD authority, and the shop window must have been assigned, otherwise the personnel information is not displayed in the option at the time of distribution.
Dosimeters which can be distributed to dosimeters belong to the unit range which is contained in the power station area corresponding to the show window distributed to the dosimeters, if the show window of the power station area is distributed, and the units 1 and 2 correspond to the first period, the dosimeters of the unit dosimeter library 1 and 2 are only allowed to be distributed to the dosimeters. In special cases, when the administrator checks the check box of all dosimeters, there is no such restriction
Dosimeters can be distributed in batches, and a distribution form can be formed by confirming distribution.
And generating predicted return time according to the rule, and if the current time is greater than the predicted return time, yellow marking of the bill is early-warned. After the distribution list is confirmed, the system generates a record, and the system automatically updates the dosimeter ledger information.
And 6: the corresponding show window can be opened through the magnetic card, and the applied dosimeter is put into the show window and used in time when needed.
And 7: when the show window is not used any more, the show window is emptied of the articles and returned to the dosimeter library when the show window is used.
And 8: after confirming that no error exists, the relationship between the shop window and the employee magnetic card is cleared, which is specifically described as follows:
the shop window information includes: shop window identification, power station area, shop window status (assigned- > assignable), distributor, personnel information, assignment time, administrator. Clearing distribution personnel, personnel information, distribution time and managers.
After the dosimeter personnel returns the dosimeter, the dosimeter manager can remove the relationship between the staff magnetic card and the show window after confirming the dosimeter personnel is correct, at the moment, the show window number is obtained according to the personnel information, and the return record of the show window is written into the show window distribution history.
The returned dosimeter information comprises: document number, document date, dosimeter type, return to warehouse, monitoring cycle code, distributor, affiliated department, return time, document status, dosimeter code, name, gender, unit, room, magnetic card number, identity card, RP card number, conventional gamma TLD rights, other TLD rights, dosimeter status (returned).
The monitoring period code selectable item is queried from the monitoring period module according to the selected dosimeter type and must satisfy the conditions: the current date is within the monitoring period start date and end date range.
After the dosimeter administrator selects the return warehouse, the system automatically inquires the dosimeter information to be returned meeting the conditions from the distribution information table, and batch selection and return operation can be performed.
And after the return order is confirmed, the system generates a return record and automatically updates the ledger information of the dosimeter.
In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention is described below in conjunction with the accompanying drawings in the present invention. It is clear that the system dose management module of the invention is described, not the full functionality. All other methods and systems that would be available to one of ordinary skill in the art based on the methods and systems of the present invention without any creative effort are within the scope of the present invention.
As shown in fig. 1, a specific application example of the present invention is given in conjunction with a specific implementation, and a method for dynamically configuring a personal dosimeter display window based on radiation protection specifically includes the following steps:
step 101: the dosimeter manager maintains dosimeter libraries, cabinets, show windows, personnel data items, and dosimeter monitoring period base library information.
Step 102: before the staff receives the dosimeter, the shop window needs to be distributed, the staff inputs the staff codes through the special equipment terminal, and the system judges whether the staff has the right to use the shop window according to the dosimeter staff information.
Step 103: and after the judgment is passed, the dosimeter manager allocates a corresponding show window to be bound with the magnetic card of the person.
Step 104: after the magnetic card is bound, the system automatically records corresponding records; one staff in the same power station area can only allocate one show window, and can only allocate the show window with the 'allocable' show window state, and the show window state is changed into 'allocated' after the allocation is successful; when the staff distributes the shop window again, the system judges whether the staff distributes the shop window or not, if so, the system records the power station area of the shop window and inquires the shop window which is not the power station area for selection; after the assigned shop window changes people or status, a history is kept.
Step 105: the staff receives the dosimeters in a dosimeter library of the machine set where the staff is located, and a dosimeter administrator establishes the relationship between the staff and the dosimeters; if the information of the dosimeter personnel meets the TLD authority, the dosimeter of the corresponding type is allowed to be distributed; after the dosimeter personnel have the TLD authority, the shop window must be allocated, otherwise the personnel information is not displayed in the selectable item during distribution; dosimeters which can be distributed to dosimeter personnel belong to the unit range which is contained in the power station area corresponding to the show window distributed by the dosimeter personnel, if the dosimeter personnel are distributed with the show window of the first period of the power station area and the units 1 and 2 corresponding to the first period, the dosimeter personnel are only allowed to be distributed with the units 1 and 2, and under special conditions, after a manager checks a check box of all dosimeters, the dosimeter personnel are not limited; the dosimeters can be distributed in batches, and a distribution list can be formed by confirming distribution; and generating predicted return time according to the rule, and if the current time is greater than the predicted return time, yellow marking of the bill is early-warned. After the distribution list is confirmed, the system generates a record and automatically updates the meter account information of the dosimeter; the predicted returning time is automatically calculated, and is the monitoring ending period through conventional gamma TLD; the neutron TLD, the returning time is borrowing time plus 12 hours, which is not later than the monitoring ending period; and (3) weak penetration/limb TLD, wherein the returning time is borrowing time plus 14 days and is not later than the monitoring ending period, and the overdue information system automatically warns.
Step 106: the staff can open the corresponding show window through the magnetic card, and put the dosage meter used in the show window for timely use when needed.
Step 107: when the staff no longer uses the show window, emptying articles from the show window and returning the articles to the dosimeter library when the staff receives the articles; the monitoring period code selectable item is queried from the monitoring period module according to the selected dosimeter type and must satisfy the conditions: the current date is within the monitoring period start date and end date range; after the dosimeter administrator selects the return warehouse, the system automatically inquires the dosimeter information to be returned meeting the conditions from the distribution information table, and batch selection and return operation can be performed; and after the return order is confirmed, the system generates a return record and automatically updates the ledger information of the dosimeter.
Step 108, after confirming that no error exists, the dosimeter administrator removes the relationship between the show window and the employee magnetic card from the system; at the moment, the shop window number is obtained according to the personnel information, and the return record of the shop window is written into the shop window distribution history.
The invention discloses a radiation protection-based dose show window configuration method and operation, which realizes electronization of staff dose show window registration management, and is beneficial to integrity and consistency of information recording and operation information, thereby improving reliability of data. Meanwhile, paperless operation is realized, and the production cost is effectively saved.
Finally, it should be noted that: the above description is only intended to illustrate the technical solution provided according to the present invention, and not to limit it; although the present invention has been described in detail with reference to the foregoing description, it will be apparent to those skilled in the art that various changes, modifications, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. A dynamic configuration method for a personal dosage instrument show window based on radiation protection is characterized by comprising the following steps:
step 1: maintaining dosimeter library, cupboard, show window information, personnel data items and dosimeter monitoring period base library information;
step 2: before a dosimeter is used, a show window is distributed, a personal identification card code is input through a proprietary equipment terminal, and the system judges whether the show window has the right to use according to whether the code exists in a personal data item;
and 3, step 3: after the judgment is passed, distributing a corresponding shop window and binding the shop window with the magnetic card of the person;
and 4, step 4: after the magnetic card is bound with the show window, automatically recording corresponding records;
and 5: receiving dosimeters in a dosimeter library of the machine set, and establishing the relationship between the staff and the dosimeters;
and 6: the corresponding show window can be opened through a magnetic card, and the acquired dosimeter is put into the show window and used in time when needed;
and 7: when the show window is not used any more, emptying articles from the show window and returning the articles to the dosimeter library when the show window is used;
and 8: and after the confirmation of no error, the relation between the shop window and the magnetic card of the employee is cleared.
2. The dynamic radiation protection-based personal dosimeter display window configuration method of claim 1, wherein: in said step 1
The dosimeter library comprises: the method is suitable for machine sets, dosimeter library names, dosimeter library numbers and branch management administrators;
the cabinet information includes: cabinet name, power station area, unit for area management;
the shop window information includes: show window identification, power station area, show window status;
the personnel data items include: name, gender, unit, department, magnetic card number, identity card number, RP card number, conventional gamma TLD authority, other TLD authority;
the dosimeter monitoring period base library information comprises: monitoring cycle code, monitoring initial time, monitoring end time, monitoring dosimeter type (gamma, neutron, weak penetration, limb end, etc.), initial dosimeter code, end dosimeter code, state, support to initiate according to the dosimeter, end code automatic generation dosimeter, the state includes: allocated, allocable, local, standby, support background, standby state change to allocable.
3. The dynamic radiation protection-based personal dosimeter display window configuration method of claim 1, wherein: said step 4
The shop window information includes: show window identification, power station area, show window status, distribution personnel, personnel information, distribution time, and administrator;
and one staff in the same power station area can only allocate one show window and can only allocate the show window with the show window state of being 'allocable', the show window state is changed into 'allocated' after the allocation is successful, when the staff allocates the show window again, the system judges whether the staff allocates the show window, if the staff allocates the show window, the power station area of the show window is recorded, the show window which is not in the power station area is inquired for selection, and after the allocated show window changes the staff or the state, the history record is reserved.
4. The dynamic radiation protection-based personal dosimeter display window configuration method of claim 1, wherein: said step 5
The received dosimeter information comprises: document number, document date, dosimeter type, distribution warehouse, monitoring period code, distributor, department, distribution time, expected return time, document state, dosimeter code, name, sex, unit, department, magnetic card number, identity card, RP card number, conventional gamma TLD authority, other TLD authority and dosimeter state;
the predicted returning time is automatically calculated, and the returning time is the monitoring ending period in the conventional gamma TLD mode; the neutron TLD, the returning time is borrowing time plus 12 hours, which is not later than the monitoring ending period; weak penetration/acro TLD, return time is borrowing time plus 14 days, no later than the end period of the monitoring;
if the information of the dosimeter personnel meets the TLD authority, the dosimeter of the corresponding type is allowed to be distributed;
after the dosimeter personnel have the TLD authority, the shop window must also have been assigned, otherwise the personnel information is not displayed in the option at the time of distribution.
5. A radioprotection based personal dosimeter window dynamic configuration method as claimed in claim 1, wherein: said step 8
The shop window information includes: show window identification, power station area, show window state, distribution personnel, personnel information, distribution time, administrator, and emptying distribution personnel, personnel information, distribution time, administrator.
6. The dynamic radiation protection-based personal dosimeter display window configuration method of claim 1, wherein: said step 8
After the dosimeter returns the dosimeter, the relationship between the staff magnetic card and the show window can be released if the dosimeter confirms that the dosimeter is correct, the show window number is obtained according to the staff information, and the return record of the show window is written into the show window distribution history.
7. The dynamic radiation protection-based personal dosimeter display window configuration method of claim 1, wherein: said step 8
Returning dosimeter information includes: document number, document date, dosimeter type, return warehouse, monitoring period code, distributor, affiliated department, return time, document state, dosimeter code, name, gender, unit, department, magnetic card number, identity card, RP card number, conventional gamma TLD authority, other TLD authorities, dosimeter state.
8. A radioprotection based personal dosimeter window dynamic configuration method as claimed in claim 1, wherein: said step 8
The monitoring period code option is queried from the monitoring period module according to the selected dosimeter type and must satisfy the condition: the current date is within the monitoring period start date and end date range.
9. The dynamic radiation protection-based personal dosimeter display window configuration method of claim 1, wherein: said step 8
After the dosimeter administrator selects the return warehouse, the system automatically inquires the dosimeter information to be returned meeting the conditions from the distribution information table, and batch selection and return operation can be performed.
10. The dynamic radiation protection-based personal dosimeter display window configuration method of claim 1, wherein: said step 8
After the return list is confirmed, the system generates a return record and automatically updates the standing book information of the dosimeter.
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