Nuclear power overhaul radiation protection management and control method and device

Abstract

The invention particularly relates to a nuclear power overhaul radiation protection management and control method. The method comprises the following steps: step 101, a nuclear power overhaul radiation dose management and control method; and step 102, a nuclear power overhaul radiation risk grading management and control method. The invention further relates to a nuclear power overhaul radiation protection management and control device. The nuclear power overhaul radiation protection management and control data is automatically generated and visually and comprehensively displayed, the salary efficiency of nuclear power overhaul radiation protection management and control is improved, the human resource cost of nuclear power overhaul radiation protection management and control is reduced, and the nuclear power overhaul radiation protection management and control capacity is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of nuclear power overhaul radiation protection control and management, and in particular to a nuclear power overhaul radiation protection control and management method and device. Background Art

[0002] Ensuring the safety of on-site operations during the overhaul of nuclear power units is the most fundamental requirement, among which radiation protection safety is an important control requirement to protect workers and the environment. For this purpose, nuclear power plants have set up corresponding departments and management systems, and set up radiation protection managers during overhaul to promote radiation protection supervision and management. The distribution, circulation, risk analysis and formulation of protection measures for radiation protection work during overhaul, as well as the circulation and control of the work process of workers, are realized through the nuclear power plant production management information system and the IRP radiation protection management system.

[0003] In order to ensure the safety control and evaluation of radiation protection during overhaul, multiple radiation risk performance assessment indicators have been set. Currently, radiation risk performance assessment indicators are stored in the management procedures and overhaul manuals, and relevant documents need to be consulted each time they are queried. The radiation protection personnel are responsible for querying, counting, and reporting the current actual values ​​of each indicator in the IRP radiation protection management system. Managers cannot understand the current status of the assessment indicators at any time, which is not conducive to management and decision-making.

[0004] Nuclear power plants classify radiation risks for work order tasks in radiation control areas according to the radiation sources that may be involved, adopt different radiation protection management for work order tasks with different radiation risks, and reflect the radiation risk levels and control plans in the work order management system and radiation work permit management system.

[0005] When it is necessary to understand the current approval status of the radiation work license and the status of the work order task with radiation risks, it is necessary to manually enter the corresponding system for manual query, which is not conducive to dynamic grasp of this information, nor is it conducive to centralized and unified management, and it is not possible to deploy personnel management and predict radiation risks in advance.

[0006] In the existing work order management system, there is a corresponding relationship between the maintenance equipment and the system to which it belongs, the site area, the elevation, etc. However, in order to understand the current working status, it is necessary to manually classify and query in the work order management system, which is very time-consuming and wastes human resources. At the same time, it is impossible to grasp the overall situation of radiation risk work in the radiation control area in the first time, which is not conducive to risk management, especially when the radiation level in a certain area changes, the radiation risk of personnel cannot be effectively controlled.

[0007] The information of staff entering and leaving the radiation control area can be reflected in the original software system. Through manual query, the current personnel information and elevation location of the radiation control area can be understood, but this important information cannot be displayed in real time and many staff cannot access it.

[0008] The original management and control method for important radiation protection information notifications was for the radiation protection manager to convey them through meetings or emails. This resulted in problems such as untimely information delivery and failure to cover all overhaul personnel.

[0009] The original radiation protection control methods have many unfavorable factors as mentioned above. The power plant management is unable to promptly identify important radiation control area work and existing important radiation work. Some personnel in the hierarchical control of radiation risk work are unable to pay attention to it, which may lead to ineffective radiation protection supervision and control, and even affect the economic benefits of the nuclear power plant. Summary of the invention

[0010] The purpose of the present invention is to provide a method and device for nuclear power overhaul radiation protection control, so as to realize automatic generation of nuclear power overhaul radiation protection control data and perform intuitive and comprehensive display, improve the wage efficiency of nuclear power overhaul radiation protection control, reduce the human resource cost of nuclear power overhaul radiation protection control, and enhance the nuclear power overhaul radiation protection control capability.

[0011] In order to solve the above problems, the present invention provides a nuclear power overhaul radiation protection control method, comprising the following steps:

[0012] Step 101, nuclear power overhaul radiation dose control method;

[0013] Step 102: Nuclear power overhaul radiation risk classification control method.

[0014] As one of the achievable methods, step 101, a method for controlling radiation dose of a nuclear power overhaul, includes the following steps:

[0015] Step 1011, the acquisition module acquires all work order task information and all worker radiation dose information in the radiation control area of ​​this overhaul;

[0016] Step 1012: Generate radiation dose control information for workers in the radiation control area of ​​this overhaul based on all work order task information and radiation dose information for all workers in the radiation control area of ​​this overhaul;

[0017] Step 1013, displaying the radiation dose control information of the radiation control area staff of this overhaul;

[0018] Step 1014: Identify the radiation risks of the workers in this overhaul and strengthen management and control.

[0019] As one of the feasible ways, in step 1011, the work order task information of the radiation control area of ​​this overhaul includes the following field information of the work order tasks of the radiation control area of ​​this overhaul: system, staff and work area; the radiation dose information of the staff in the radiation control area of ​​this overhaul includes the following field information of the staff in the radiation control area of ​​this overhaul: staff ID, radiation dose, radiation dose on the current date and department.

[0020] As one of the feasible ways, the radiation dose control information of the staff in the radiation control area of ​​this overhaul includes the radiation dose of all the staff in the radiation control area of ​​this overhaul, the radiation dose of the staff in each department, the radiation dose of each staff, the radiation dose of all the staff on the current date and the number of staff.

[0021] As one of the feasible ways, the radiation dose information of all the staff in the radiation control area of ​​this overhaul is obtained by inputting; when the staff in the radiation control area of ​​this overhaul suffers from surface radiation contamination or internal radiation contamination, the radiation protection management personnel inputs the radiation dose information of the staff in the radiation control area of ​​this overhaul.

[0022] As one of the feasible ways, step 1014, identifying the radiation risk of the workers in this overhaul and strengthening the management and control, includes the following steps:

[0023] When the radiation dose control information of the staff in the radiation control area of ​​this overhaul deviates from the set target control value, the radiation dose control information of the staff in the radiation control area of ​​this overhaul that deviates from the target control value is highlighted;

[0024] When the radiation dose control information of the staff in the radiation control area of ​​this overhaul deviates from the target control value, the radiation protection management personnel will intervene and arrange on-site inspection and processing at the first time, and enhance the radiation protection means and measures for work order tasks with high radiation risks and major radiation risks; when the radiation dose of the staff is close to the target control value, the scope and content of the staff's work will be restricted; when the radiation dose of the staff reaches the target control value, the staff will be prohibited from entering the radiation control area.

[0025] As one of the achievable methods, step 102, a method for grading and controlling radiation risks of nuclear power overhaul, includes the following steps:

[0026] Step 1021, obtaining all radiation work permit information and all work order task information of this overhaul;

[0027] Step 1022: Generate radiation risk classification control information for this overhaul based on all radiation work permit information and all work order task information for this overhaul;

[0028] Step 1023, display the radiation risk classification control information of this overhaul;

[0029] Step 1024: Identify the radiation risks of this overhaul and strengthen management and control.

[0030] As one of the achievable ways, in step 1021, the overhaul work order task information includes the following field information of the overhaul work order task: system, work area, work order task number, work order task title, worker name, worker number, elevation, work order task status and planned start time;

[0031] The radiation work permit information for this overhaul includes the following fields of the radiation work permit for this overhaul: project, time, time of workers entering and leaving the radiation control area, RWP status, RWP level, work order task number, worker number and worker name;

[0032] The "RWP Level" field information of this overhaul radiation work permit includes "RWP Level 1", "RWP Level 2", "RWP Level 3" and "No Radiation Risk";

[0033] The "RWP Status" field information of this overhaul radiation work permit includes "to be assigned", "allocated", "to be started" and "to be submitted";

[0034] The "Project" field information of this overhaul radiation work permit includes "reactor body", "valve special", "in-service inspection", "pump special", "container special", "RIC special" and "on-site service";

[0035] The "Work Order Task Status" field information of this overhaul work order task includes "Completed" and "In Progress".

[0036] As one of the feasible ways, the radiation risk classification management and control information of this overhaul includes the number of work order tasks with general radiation risk in progress during this overhaul, the list of work order tasks with general radiation risk in progress during this overhaul, the number of work order tasks with general radiation risk that have been completed in this overhaul, the list of work order tasks with general radiation risk that have been completed in this overhaul, the number of work order tasks with high radiation risk in progress during this overhaul, the list of work order tasks with high radiation risk in progress during this overhaul, the number of work order tasks with high radiation risk that have been completed in this overhaul, the list of work order tasks with high radiation risk that have been completed in this overhaul, the number of work order tasks with major radiation risk in progress during this overhaul, the list of work order tasks with major radiation risk in progress during this overhaul, the number of work order tasks with major radiation risk that have been completed in this overhaul, the list of work order tasks with major radiation risk that have been completed in this overhaul, and the number of work order tasks with major radiation risk in progress during this overhaul. The number of work order tasks with high radiation risk that will be started on the 2nd day of this overhaul, the list of work order tasks with high radiation risk that will be started on the 2nd day of this overhaul, the number of work order tasks with major radiation risk that will be started on the 2nd day of this overhaul, the list of work order tasks with major radiation risk that will be started on the 2nd day of this overhaul, the number of radiation work permits to be allocated for this overhaul, the list of radiation work permits to be allocated for this overhaul, the number of radiation work permits allocated for this overhaul, the list of radiation work permits allocated for this overhaul, the number of radiation work permits to be started for this overhaul, the list of radiation work permits to be started for this overhaul, the number of radiation work permits to be submitted for this overhaul, the list of radiation work permits to be submitted for this overhaul, the RWP level and number of work order tasks in each area of ​​the radiation control area of ​​this overhaul, the RWP level and number of work order tasks carried out on important process systems of this overhaul, the number of staff members in the current radiation control area of ​​this overhaul and their elevation positions.

[0037] As one of the possible ways, the work order task information of this overhaul is associated with the radiation work permit information through the "work order task number" field information;

[0038] According to the "Project" field information of this overhaul work order task, query the category to which this overhaul work order task belongs;

[0039] According to the "RWP level" of the overhaul radiation work permit, query the radiation risk level of the overhaul work order task;

[0040] According to the "RWP Level" of the radiation work permit for this overhaul and the "Planned Start Time" field information of the work order task for this overhaul, query the work order tasks with radiation risks that will be started on the second day of this overhaul;

[0041] According to the "RWP Level" field information of the radiation work permit for this overhaul and the "Working Area" field information of the work order task for this overhaul, query the area where the work order task with radiation risk is located for this overhaul;

[0042] According to the "System" field information of this overhaul work order task and the "RWP Level" field information of this overhaul radiation work permit, query the power plant process system to which the radiation risk work order task of this overhaul belongs;

[0043] According to the "Worker entry and exit radiation control area time" field information of this overhaul radiation work permit and the "elevation" field information of this overhaul work order task, query the staff currently in the radiation control area of ​​this overhaul;

[0044] According to the "RWP Status" field information and "Time" field information of this overhaul radiation work permit, query the status of the radiation work permit for a certain day or a certain time period.

[0045] As one possible way, step 1024, identifying the radiation risk of this overhaul and strengthening management and control, includes the following steps:

[0046] According to the work order task list with high radiation risk in this overhaul, the radiation protection risk points are identified for all work order tasks with high radiation risk in this overhaul;

[0047] According to the work order task list with significant radiation risk in this overhaul, perform the following steps for each work order task with significant radiation risk in this overhaul:

[0048] Identify radiation protection risk points and organize risk challenge meetings to challenge the identified radiation protection risk points.

[0049] In order to solve the above problems, the present invention also provides a nuclear power overhaul radiation protection control device, comprising:

[0050] The data acquisition module is used to obtain all work order task information, all staff radiation dose information and all radiation work permit information of this overhaul;

[0051] The calculation module is used to generate the radiation dose control information of the workers in the radiation control area of ​​this overhaul based on all the work order task information and the radiation dose information of all the workers in the radiation control area of ​​this overhaul; and to generate the radiation risk classification control information of this overhaul based on all the radiation work permit information and all the work order task information of this overhaul;

[0052] The display module is used to display the radiation dose control information of the radiation control area staff of this overhaul; display the radiation risk classification control information of this overhaul; and highlight the radiation dose control information of the radiation control area staff of this overhaul when it deviates from the set target control value.

[0053] Beneficial technical effects of the present invention:

[0054] The nuclear power overhaul radiation protection control method and device of the present invention realizes automatic generation of nuclear power overhaul radiation protection control data and intuitive and comprehensive display, so that all personnel can intuitively grasp the current radiation protection control situation of the overhaul and understand the overhaul radiation protection control data at any time. The information transmission is convenient and efficient, which is conducive to timely intervention of the management, greatly improving the transparency and work efficiency of nuclear power overhaul radiation protection control, reducing human resource costs, and improving the overhaul radiation protection control capability. BRIEF DESCRIPTION OF THE DRAWINGS

[0055] Figure 1 A flowchart of an embodiment of the nuclear power overhaul radiation protection control method of the present invention;

[0056] Figure 2 It is a schematic structural view of an embodiment of a nuclear power overhaul radiation protection control device of the present invention. DETAILED DESCRIPTION

[0057] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by technicians in the technical field to which this application belongs; the terms used in the specification of the application are only for the purpose of describing specific embodiments and are not intended to limit this application; the terms "including" and "having" and any variations thereof in the specification and claims of this application and the above-mentioned figure descriptions are intended to cover non-exclusive inclusions.

[0058] Reference to "embodiments" herein means that a particular feature, structure, or characteristic described in conjunction with the embodiments may be included in at least one embodiment of the present application. The appearance of the phrase in various locations in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described herein may be combined with other embodiments.

[0059] The technical solution of the present invention is clearly and completely described below in conjunction with the accompanying drawings and specific embodiments.

[0060] refer to Figure 1 , showing a flow chart of an embodiment of a method for controlling radiation protection during nuclear power overhaul, the method for controlling radiation protection during nuclear power overhaul comprising the following steps:

[0061] Step 101, nuclear power overhaul radiation dose control method;

[0062] Step 102: Nuclear power overhaul radiation risk classification control method.

[0063] In this embodiment, as one of the achievable methods, step 101, a method for controlling radiation dose during nuclear power overhaul, includes the following steps:

[0064] Step 1011, the acquisition module acquires all work order task information and all worker radiation dose information in the radiation control area of ​​this overhaul;

[0065] Step 1012: Generate radiation dose control information for workers in the radiation control area of ​​this overhaul based on all work order task information and radiation dose information for all workers in the radiation control area of ​​this overhaul;

[0066] Step 1013, displaying the radiation dose control information of the radiation control area staff of this overhaul;

[0067] Step 1014: Identify the radiation risks of the workers in this overhaul and strengthen management and control.

[0068] In this embodiment, as one of the achievable methods, in step 1011, obtaining all work order task information and all worker radiation dose information in the radiation control area of ​​this overhaul includes the following steps:

[0069] The work order task information of this overhaul includes the following field information of this overhaul work order task: system, staff and work area; obtain all the work order task information of this overhaul whose "work area" field information is the radiation control area as all the work order task information of this overhaul radiation control area;

[0070] The radiation dose information of the staff in this overhaul includes the following field information of the staff in this overhaul: staff ID, radiation dose, radiation dose on the current date and department; obtain the "staff ID" field information in all work order task information of the radiation control area of ​​this overhaul as the information of all staff in the radiation control area of ​​this overhaul; obtain the radiation dose information of all staff in this overhaul whose "staff ID" field information is the staff information of the radiation control area of ​​this overhaul as the radiation dose information of all staff in the radiation control area of ​​this overhaul.

[0071] In this embodiment, as one of the achievable methods, the radiation dose control information of the radiation control area staff of this overhaul includes the radiation dose of all staff in the radiation control area of ​​this overhaul, the radiation dose of staff in each department, the radiation dose of each staff, the radiation dose of all staff on the current date, and the number of staff;

[0072] Step 1012, generating radiation dose control information for workers in the radiation control area of ​​this overhaul according to all work order task information and radiation dose information for all workers in the radiation control area of ​​this overhaul, including the following steps:

[0073] The radiation dose of all the staff in the radiation control area of ​​this overhaul is accumulated by adding up the radiation dose information of all the staff in the radiation control area of ​​this overhaul to obtain the radiation dose of all the staff in the radiation control area of ​​this overhaul;

[0074] The radiation dose of all staff members in the radiation control area of ​​this overhaul in each "room" field information is accumulated to obtain the radiation dose of staff members in each room of the radiation control area of ​​this overhaul;

[0075] The "Radiation Dose" field in the radiation dose information of each worker in the radiation control area of ​​this overhaul is the radiation dose of each worker in the radiation control area of ​​this overhaul;

[0076] The radiation dose of all staff members in the radiation control area of ​​this overhaul on the current date is accumulated by adding up the radiation dose information of all staff members in the radiation control area of ​​this overhaul on the current date.

[0077] The different “Staff ID” field information in the radiation dose information of all staff in the radiation control area of ​​this overhaul is counted to obtain the number of staff in the radiation control area of ​​this overhaul.

[0078] In this embodiment, as one of the feasible ways, the radiation dose information of all the staff in the radiation control area of ​​this overhaul is obtained by inputting; the radiation protection management personnel track the work order tasks of the radiation control area of ​​this overhaul in real time to protect the radiation safety of the staff on site of this overhaul; when the staff of the radiation control area of ​​this overhaul suffers from surface radiation contamination or internal radiation contamination, the radiation dose information of the staff in the radiation control area of ​​this overhaul is organized and reported in accordance with the established procedures of the nuclear power plant at the first time.

[0079] In this embodiment, as one of the achievable methods, step 1014, identifying the radiation risk of the overhaul workers and strengthening management and control, includes the following steps:

[0080] When the radiation dose control information of the staff in the radiation control area of ​​this overhaul deviates from the set target control value, the radiation dose control information of the staff in the radiation control area of ​​this overhaul that deviates from the target control value is highlighted;

[0081] When the radiation dose control information of the staff in the radiation control area of ​​this overhaul deviates from the target control value, the radiation protection management personnel will intervene and arrange on-site inspection and processing at the first time, and strengthen the radiation protection means and measures for work order tasks with high radiation risks and major radiation risks to ensure that the radiation risks of the staff are controllable; when the radiation dose of the staff is close to the target control value, the staff’s work scope and content will be restricted to reduce the radiation risk of the staff; when the radiation dose of the staff reaches the target control value, the staff is prohibited from entering the radiation control area.

[0082] In this embodiment, as one of the achievable methods, step 102, a method for hierarchical management and control of radiation risks in nuclear power overhaul, includes the following steps:

[0083] Step 1021, obtaining all radiation work permit information and all work order task information of this overhaul;

[0084] Step 1022: Generate radiation risk classification control information for this overhaul based on all radiation work permit information and all work order task information for this overhaul;

[0085] Step 1023, displaying the radiation risk classification control information of this overhaul;

[0086] Step 1024: Identify the radiation risks of this overhaul and strengthen management and control.

[0087] In addition to a work permit, all work that needs to be carried out in a radiation controlled area requires a radiation work permit. The levels of radiation work permits are divided into RWP1, RWP2, RWP3 and no radiation risk according to the radiation risk from high to low. Among them, RWP1 is defined as a major radiation risk, RWP2 is defined as high radiation risk work, and RWP3 is defined as a general radiation risk.

[0088] In this embodiment, as one of the achievable methods, in step 1021, the overhaul work order task information includes the following field information of the overhaul work order task: system, work area, work order task number, work order task title, worker name, worker number, elevation, work order task status and planned start time;

[0089] The radiation work permit information for this overhaul includes the following fields of the radiation work permit for this overhaul: project, time, time of workers entering and leaving the radiation control area, RWP status, RWP level, work order task number, worker number and worker name;

[0090] The "RWP Level" field information of this overhaul radiation work permit includes "RWP Level 1", "RWP Level 2", "RWP Level 3" and "No Radiation Risk";

[0091] The "RWP Status" field information of this overhaul radiation work permit includes "to be assigned", "allocated", "to be started" and "to be submitted";

[0092] The "Project" field information of this overhaul radiation work permit includes "reactor body", "valve special", "in-service inspection", "pump special", "container special", "RIC special" and "on-site service";

[0093] The "Work Order Task Status" field information of this overhaul work order task includes "Completed" and "In Progress".

[0094] In the present embodiment, as one of the feasible ways, the radiation risk classification management and control information of this overhaul includes the number of work order tasks with general radiation risks in progress during this overhaul, the list of work order tasks with general radiation risks in progress during this overhaul, the number of work order tasks with general radiation risks that have been completed in this overhaul, the list of work order tasks with general radiation risks that have been completed in this overhaul, the number of work order tasks with high radiation risks in progress during this overhaul, the list of work order tasks with high radiation risks in progress during this overhaul, the number of work order tasks with high radiation risks that have been completed in this overhaul, the list of work order tasks with high radiation risks that have been completed in this overhaul, the number of work order tasks with major radiation risks in progress during this overhaul, the list of work order tasks with major radiation risks in progress during this overhaul, the number of work order tasks with major radiation risks that have been completed in this overhaul, the list of work order tasks with major radiation risks that have been completed in this overhaul, and the number of work order tasks with major radiation risks that have been completed in this overhaul. The number of work order tasks with high radiation risk started on the second day of this overhaul, the list of work order tasks with high radiation risk started on the second day of this overhaul, the number of work order tasks with major radiation risk started on the second day of this overhaul, the list of work order tasks with major radiation risk started on the second day of this overhaul, the number of radiation work permits to be allocated for this overhaul, the list of radiation work permits to be allocated for this overhaul, the number of radiation work permits allocated for this overhaul, the list of radiation work permits allocated for this overhaul, the number of radiation work permits to be started for this overhaul, the list of radiation work permits to be started for this overhaul, the number of radiation work permits to be submitted for this overhaul, the list of radiation work permits to be submitted for this overhaul, the RWP level and number of work order tasks in each area of ​​the radiation control area of ​​this overhaul, the RWP level and number of work order tasks performed on important process systems of this overhaul, the number of staff members in the current radiation control area of ​​this overhaul and their elevation positions.

[0095] In this embodiment, as one of the achievable methods, the work order task information of this overhaul is associated with the radiation work permit information through the "work order task number" field information;

[0096] According to the "Project" field information of this overhaul work order task, query the category of this overhaul work order task and classify and manage this overhaul work order task;

[0097] According to the "RWP level" of the radiation work permit for this overhaul, query the radiation risk level of the overhaul work order tasks, distinguish between the work order tasks with high radiation risk and those with general radiation risk, and manage them through managers of different levels;

[0098] According to the "RWP level" of the radiation work permit for this overhaul and the "planned start time" field information of the work order task of this overhaul, query the work order tasks with radiation risks that will be started on the second day of this overhaul, understand the work order tasks with radiation risks that will be started on the second day of this overhaul in advance, and verify again in advance whether the risk management measures have been implemented and whether the personnel arrangements are in place, so as to ensure that the entire process of each work order task with radiation risks is controllable;

[0099] According to the "RWP Level" field information of the radiation work permit for this overhaul and the "Working Area" field information of the work order task for this overhaul, query the area where the work order task with radiation risk is located for this overhaul, so as to grasp the radiation risk status of the radiation control area in real time, and adjust the working time period of a work order task if necessary to reduce the overall radiation safety risk;

[0100] According to the "System" field information of this overhaul work order task and the "RWP Level" field information of this overhaul radiation work permit, query the power plant process system to which the work order task with radiation risk belongs, grasp the work order tasks and radiation risks of the power plant process system in real time, and adjust the work arrangement of a certain work order task appropriately when necessary to reduce the safety risk of the power plant process system;

[0101] According to the "Time of staff entering and leaving the radiation control area" field information of the radiation work permit for this overhaul and the "Elevation" field information of the overhaul work order task, query the staff currently in the radiation control area for this overhaul, and grasp the number of staff in the radiation control area and the elevation position of the radiation control area in real time, which is convenient for personnel management;

[0102] Based on the "RWP Status" field information and "Time" field information of the radiation work permit for this overhaul, query the status of the radiation work permit for a certain day or time period so that radiation protection personnel can be arranged in time for review and other management.

[0103] In this embodiment, as one of the shell implementation methods, step 1024, identifying the radiation risk of this overhaul and strengthening management and control, includes the following steps:

[0104] According to the work order task list with high radiation risk in this overhaul, the radiation protection risk points are identified for all work order tasks with high radiation risk in this overhaul;

[0105] According to the work order task list with significant radiation risk in this overhaul, perform the following steps for each work order task with significant radiation risk in this overhaul:

[0106] Identify radiation protection risk points and organize risk challenge meetings to challenge the identified radiation protection risk points to ensure that radiation protection risk points are identified and targeted preventive measures are taken.

[0107] Identify the radiation risks of this overhaul and strengthen management and control to ensure that each work order task with significant radiation risks in this overhaul is safe and controllable.

[0108] refer to Figure 2 As an implementation of the above method, the present invention provides an embodiment of a nuclear power overhaul radiation protection control device. The device embodiment corresponds to the embodiment of the above nuclear power overhaul radiation protection control method. The device can be specifically applied to various electronic devices.

[0109] The nuclear power overhaul radiation protection control device described in this embodiment includes:

[0110] The data acquisition module 201 is respectively connected to the work order task management system and the radiation work permit management system of the nuclear power plant to obtain all work order task information, all staff radiation dose information and all radiation work permit information of the radiation control area of ​​this overhaul;

[0111] The calculation module 202 is used to generate radiation dose control information of the workers in the radiation control area of ​​this overhaul according to all work order task information and radiation dose information of all workers in the radiation control area of ​​this overhaul; and to generate radiation risk classification control information of this overhaul according to all radiation work permit information and all work order task information of this overhaul;

[0112] Display module 203 is used to display the radiation dose control information of the radiation control area staff of this overhaul; display the radiation risk classification control information of this overhaul; and highlight the radiation dose control information of the radiation control area staff of this overhaul when it deviates from the set target control value.

[0113] The above-mentioned embodiments only express several implementation methods of the present invention, and the description thereof is relatively specific and detailed, but it cannot be understood as limiting the scope of the patent of the present invention. It should be pointed out that, for ordinary technicians in this field, several variations and improvements can be made without departing from the concept of the present invention, which all belong to the protection scope of the present invention. Therefore, the protection scope of the patent of the present invention shall be subject to the attached claims.

Claims

1. A method for controlling radiation protection during nuclear power overhaul, characterized in that: The steps include: Step 101, nuclear power overhaul radiation dose control method; Step 102: Nuclear power overhaul radiation risk classification control method.

2. The method for nuclear power overhaul radiation protection control according to claim 1, characterized in that: Step 101, a method for controlling radiation dose during nuclear power overhaul, includes the following steps: Step 1011, the acquisition module acquires all work order task information and all worker radiation dose information of the radiation control area of ​​this overhaul; Step 1012: Generate radiation dose control information for workers in the radiation control area of ​​this overhaul based on all work order task information and radiation dose information for all workers in the radiation control area of ​​this overhaul; Step 1013, displaying the radiation dose control information of the radiation control area staff of this overhaul; Step 1014: Identify the radiation risks of the workers in this overhaul and strengthen management and control.

3. The method for nuclear power overhaul radiation protection control according to claim 2, characterized in that: In step 1011, the work order task information of the radiation control area of ​​this overhaul includes the following field information of the work order tasks of the radiation control area of ​​this overhaul: system, staff and work area; the radiation dose information of the staff in the radiation control area of ​​this overhaul includes the following field information of the staff in the radiation control area of ​​this overhaul: staff ID, radiation dose, current date radiation dose and department.

4. The method for nuclear power overhaul radiation protection control according to claim 3, characterized in that: The radiation dose control information of the staff in the radiation control area of ​​this overhaul includes the radiation dose of all staff in the radiation control area of ​​this overhaul, the radiation dose of staff in each department, the radiation dose of each staff member, the radiation dose of all staff members on the current date and the number of staff members.

5. The method for nuclear power overhaul radiation protection control according to claim 2, characterized in that: The radiation dose information of all staff members in the radiation control area of ​​this overhaul is obtained through input; when the staff members in the radiation control area of ​​this overhaul have surface radiation contamination or internal radiation contamination, the radiation protection management personnel shall input the radiation dose information of the staff members in the radiation control area of ​​this overhaul.

6. The method for nuclear power overhaul radiation protection control according to claim 2, characterized in that: Step 1014, identifying the radiation risk of the workers in this overhaul and strengthening management and control, includes the following steps: When the radiation dose control information of the staff in the radiation control area of ​​this overhaul deviates from the set target control value, the radiation dose control information of the staff in the radiation control area of ​​this overhaul that deviates from the target control value is highlighted; When the radiation dose control information of the workers in the radiation control area of ​​this overhaul deviates from the target control value, the radiation protection management personnel will intervene and arrange on-site inspection and processing as soon as possible, and strengthen the radiation protection means and measures for work orders with high radiation risks and major radiation risks; When the radiation dose of a worker is close to the target control value, the scope and content of the worker's work will be restricted; When a worker's radiation dose reaches the target control value, the worker is prohibited from entering the radiation control area.

7. The method for nuclear power overhaul radiation protection control according to claim 1, characterized in that: Step 102, a method for grading and controlling radiation risks of nuclear power overhaul, includes the following steps: Step 1021, obtaining all radiation work permit information and all work order task information of this overhaul; Step 1022: Generate radiation risk classification control information for this overhaul based on all radiation work permit information and all work order task information for this overhaul; Step 1023, display the radiation risk classification control information of this overhaul; Step 1024: Identify the radiation risks of this overhaul and strengthen management and control.

8. The method for nuclear power overhaul radiation protection control according to claim 7, characterized in that: In step 1021, the overhaul work order task information includes the following field information of the overhaul work order task: system, work area, work order task number, work order task title, worker name, worker number, elevation, work order task status and planned start time; The radiation work permit information for this overhaul includes the following fields of the radiation work permit for this overhaul: project, time, time of workers entering and leaving the radiation control area, RWP status, RWP level, work order task number, worker number and worker name; The "RWP Level" field information of this overhaul radiation work permit includes "RWP Level 1", "RWP Level 2", "RWP Level 3" and "No Radiation Risk"; The "RWP Status" field information of this overhaul radiation work permit includes "to be assigned", "allocated", "to be started" and "to be submitted"; The "Project" field information of this overhaul radiation work permit includes "reactor body", "valve special", "in-service inspection", "pump special", "container special", "RIC special" and "on-site service"; The Work Order Task Status field of this overhaul work order task includes Completed and In Progress.

9. The method for nuclear power overhaul radiation protection control according to claim 8, characterized in that: The radiation risk classification and control information of this overhaul includes the number of work order tasks with general radiation risks in progress during this overhaul, the list of work order tasks with general radiation risks in progress during this overhaul, the number of work order tasks with general radiation risks that have been completed in this overhaul, the list of work order tasks with general radiation risks that have been completed in this overhaul, the number of work order tasks with high radiation risks in progress during this overhaul, the list of work order tasks with high radiation risks in progress during this overhaul, the number of work order tasks with high radiation risks that have been completed in this overhaul, the list of work order tasks with high radiation risks that have been completed in this overhaul, the number of work order tasks with major radiation risks in progress during this overhaul, the list of work order tasks with major radiation risks in progress during this overhaul, the number of work order tasks with major radiation risks that have been completed in this overhaul, the list of work order tasks with major radiation risks that have been completed in this overhaul, and the number of work order tasks with major radiation risks that started on the second day of this overhaul. The number of work order tasks with high radiation risk, the list of work order tasks with high radiation risk that started on the second day of this overhaul, the number of work order tasks with major radiation risk that started on the second day of this overhaul, the list of work order tasks with major radiation risk that started on the second day of this overhaul, the number of radiation work permits to be allocated for this overhaul, the list of radiation work permits to be allocated for this overhaul, the number of radiation work permits allocated for this overhaul, the list of radiation work permits allocated for this overhaul, the number of radiation work permits to start for this overhaul, the list of radiation work permits to start for this overhaul, the number of radiation work permits to be submitted for this overhaul, the list of radiation work permits to be submitted for this overhaul, the RWP level and number of work order tasks in each area of ​​the radiation control area of ​​this overhaul, the RWP level and number of work order tasks performed on important process systems of this overhaul, the number of staff members in the current radiation control area of ​​this overhaul and their elevation positions.

10. The method for nuclear power overhaul radiation protection control according to claim 9, characterized in that: The work order task information of this overhaul is associated with the radiation work permit information through the "Work Order Task Number" field information; Query the category of this overhaul work order task based on the "Project" field information of this overhaul work order task; According to the "RWP Level" of the overhaul radiation work permit, query the radiation risk level of the overhaul work order task; Based on the "RWP Level" of the radiation work permit for this overhaul and the "Planned Start Time" field information of the work order task for this overhaul, query the work order tasks with radiation risks that will be started on the second day of this overhaul; Based on the "RWP Level" field information of the radiation work permit for this overhaul and the "Working Area" field information of the work order task for this overhaul, query the area where the work order tasks with radiation risks for this overhaul are located; Based on the "System" field information of this overhaul work order task and the "RWP Level" field information of this overhaul radiation work permit, query the power plant process system to which the work order task with radiation risk belongs in this overhaul; According to the "Worker entry and exit radiation control area" field information of the radiation work permit for this overhaul and the "Elevation" field information of the overhaul work order task, query the staff currently in the radiation control area for this overhaul; Based on the "RWP Status" field information and "Time" field information of the overhaul radiation work permit, query the status of the radiation work permit for a certain day or a certain time period.

11. The method for controlling and managing radiation protection during nuclear power overhaul according to claim 9, characterized in that: Step 1024, identifying the radiation risk of this overhaul and strengthening management and control, includes the following steps: According to the work order task list with high radiation risk in this overhaul, the radiation protection risk points are identified for all work order tasks with high radiation risk in this overhaul; According to the work order task list with significant radiation risk in this overhaul, perform the following steps for each work order task with significant radiation risk in this overhaul: Identify radiation protection risk points and organize risk challenge meetings to challenge the identified radiation protection risk points.

12. A nuclear power overhaul radiation protection control device, characterized in that: include: The data acquisition module is used to obtain all work order task information, all staff radiation dose information and all radiation work permit information of this overhaul; The calculation module is used to generate the radiation dose control information of the workers in the radiation control area of ​​this overhaul according to all the work order task information and the radiation dose information of all the workers in the radiation control area of ​​this overhaul; Generate radiation risk classification control information for this overhaul based on all radiation work permit information and all work order task information for this overhaul; Display module, used to display the radiation dose control information of the radiation control area workers in this overhaul; Display the radiation risk classification and control information of this overhaul; During this overhaul, the radiation dose control information of the staff in the radiation control area will be highlighted when it deviates from the set target control value.

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