Informatization management system for thermoluminescence personal dose monitoring laboratory

Abstract

The invention relates to a thermoluminescence personal dose monitoring laboratory informatization management system which comprises a code scanning registration system, a dose information management system and a workflow management system. The code scanning registration system is used for performing information registration and management on the elements and the dosimeters; the dose information management system is used for measuring, calculating and processing personal dose data and issuing a detection report; and the workflow management system carries out informatization registration and management on task allocation and quality control of laboratory personnel involved in the code scanning registration system and the dose information management system. By adopting the system disclosed by the invention, the integration of informatization management is realized by relying on computer software and quality control supporting hardware, the comprehensive dynamic state of the laboratory can be mastered by using one set of informatization management system, the informatization and automation construction and upgrading of the laboratory can be completed, and the whole-process and whole-node refined overall management of the laboratory can also be realized.

Description

Technical Field

[0001] The invention belongs to the field of thermoluminescence personal dose monitoring, and in particular relates to an information management system for a thermoluminescence personal dose monitoring laboratory. Background Art

[0002] With the gradual popularization and application of nuclear and radiation technology in industry and medicine, the importance of conducting personal dose monitoring for radiation workers has become increasingly prominent.

[0003] The entire process of thermoluminescence personal dose monitoring involves complex technical processes and many management nodes. Traditional personal dose monitoring and laboratory quality control activities based on "staff + management rules and regulations" are prone to work errors, which in turn affect the monitoring quality.

[0004] Entering the 21st century, information technology has developed rapidly. Computers, with their powerful storage and computing capabilities, have significant advantages in information management. There is an urgent need to manage the dose monitoring process through an information management system. Summary of the invention

[0005] In view of the defects existing in the prior art, the purpose of the present invention is to provide a thermoluminescence personal dose monitoring laboratory information management system, which can reduce the errors in manual personal dose monitoring work, improve the quality of personal dose monitoring and improve the efficiency of personal dose monitoring, and use "computer software + quality control supporting hardware" to achieve "integrated" management upgrade of dose monitoring laboratories, and build a comprehensive, accurate and efficient thermoluminescence personal dose monitoring laboratory information management system.

[0006] To achieve the above objectives, the technical solution adopted by the present invention is: a thermoluminescence personal dose monitoring laboratory information management system, the system includes a code scanning registration system, a dose information management system and a workflow management system; the code scanning registration system is used to register and manage information on components and dosimeters; the dose information management system is used to measure, calculate and process personal dose data and issue test reports; the workflow management system performs information registration and management on the task allocation and quality control of laboratory personnel involved in the code scanning registration system and the dose information management system.

[0007] Furthermore, the code scanning registration system includes a component code scanning registration system and a dosimeter code scanning registration system; the component code scanning registration system is used for real-time information management of components, and the dosimeter code scanning registration system is used for real-time information management of dosimeters.

[0008] Furthermore, the component scanning and registration system is specifically used to assign information barcodes to the screened and classified components according to their gear positions, and the processes of component retrieval, annealing, measurement, and recycling storage are all registered by scanning codes to achieve dynamic management of component inventory quantity and real-time update of component status.

[0009] Furthermore, the dosimeter scanning and registration system is specifically used to assign information barcodes to the issued dosimeters, enter personnel information into the barcodes, scan and register the issuance, recovery and measurement of the dosimeters, so as to monitor the issuance, recovery and measurement of the dosimeters in real time.

[0010] Furthermore, the dose information management system includes a personal dose data measurement system, a data calculation and statistics system, and a test report issuance system; the personal dose data measurement system is used to measure personal dose raw data; the data calculation and statistics system is used to perform information calculation and storage on the measured personal dose raw data; the test report issuance system is used to automatically issue personal dose test reports.

[0011] Furthermore, the personal dose data measurement system is specifically used to use a dosimeter to measure the personal dose raw data collected by the dosimeter, and to import the measured data into a data calculation and statistics system in real time.

[0012] Furthermore, the data calculation and statistical system is specifically used to convert the original personal dose data into personal dose values ​​through the calculation module, and to make a one-to-one correspondence between the personal dose information and the personnel information registered in the dosimeter, and to import the corresponding results into the test report issuance system in real time.

[0013] Furthermore, the test report issuing system is specifically used to automatically classify and archive personnel information according to units and monitoring periods, and automatically issue corresponding personal dose test reports through the report issuing module based on the classification and archiving results.

[0014] Furthermore, the workflow management system is specifically used to register and manage the task allocation and quality control of laboratory personnel in an informationized manner according to the processes of component screening and classification, dosimeter issuance, dosimeter recovery, dosimeter measurement, archiving of measured components, dose data processing, issuance of test reports, file archiving, and dose information reporting.

[0015] The beneficial technical effect of the present invention is that it can be applied to thermoluminescence personal dose monitoring laboratories to provide an information management system for the laboratories. It can improve the efficiency and quality of personal dose monitoring on the basis of mastering the overall dynamics of the laboratories, which meets the needs of industry development. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1This is a schematic diagram of the structure of a thermoluminescence personal dose monitoring laboratory information management system shown in the first embodiment of the present invention;

[0017] Among them: 1-code scanning registration system, 2-dose information management system, 3-workflow management system, 101-component code scanning registration system, 102-dosemeter code scanning registration system, 201-personal dose data measurement system, 202-data calculation and statistics system, 203-test report issuance system. DETAILED DESCRIPTION

[0018] The present invention is further described below in conjunction with the accompanying drawings and specific embodiments.

[0019] like Figure 1 As shown, an embodiment of the present invention provides an information management system for a thermoluminescence personal dose monitoring laboratory, including: a code scanning registration system 1, a dose information management system 2, and a workflow management system 3. The code scanning registration system 1 is used to register and manage the information of components and dosimeters; the dose information management system 2 is used to measure, calculate and count personal dose data and issue test reports. The workflow management system 3 is used to perform information management on laboratory personnel, that is, to perform information registration and management on the task allocation and quality control of laboratory personnel involved in the code scanning registration system 1 and the dose information management system 2.

[0020] The code scanning registration system 1 includes a component code scanning registration system 101 and a dosimeter code scanning registration system 102; wherein the component code scanning registration system 101 is used for real-time information management of components, and the dosimeter code scanning registration system 102 is used for real-time information management of dosimeters.

[0021] Specifically, the component barcode scanning registration system 101 is used to assign information barcodes according to the gears after the components are screened and classified, and use a barcode scanning gun to scan and register the entire process of component retrieval, annealing, measurement, and recycling storage, and fully register the purpose of the relevant operations, the number of components involved, the operation time, the operator and other information, and transmit the data to the component barcode scanning registration system in real time to realize dynamic management of component inventory quantity and real-time update of component status.

[0022] Specifically, the dosimeter scanning registration system 102 is used to assign information barcodes to the issued dosimeters for management, enter personnel information (unit, name, job type, monitoring period) into the barcode, use a barcode scanner to scan and register the issuance, recovery, and measurement of the dosimeters, and transmit the data to the dosimeter scanning registration system in real time, thereby fully monitoring the real-time status of the dosimeter (for example: to be issued, to be recovered, to be measured).

[0023] The dose information management system 2 includes a personal dose data measurement system 201 , a data calculation and statistics system 202 , and a test report issuing system 203 .

[0024] The personal dose data measurement system 201 is used to measure the original personal dose data; the data calculation and statistics system 202 is used to perform information calculation and storage on the measured original personal dose data; the test report issuance system 203 is used to automatically issue a personal dose test report.

[0025] Specifically, the personal dose data measurement system 201 is used to measure the personal dose raw data of the dosimeter using a dosimeter, and import the measured data into the data calculation and statistics system in real time.

[0026] Specifically, the data calculation and statistics system 202 is used to use the calculation module to convert the original personal dose data imported into the data calculation and statistics system into personal dose values, and to make a one-to-one correspondence between the personal dose information and the personnel information registered in the dosimeter, and to import the corresponding results into the test report issuance system in real time.

[0027] Specifically, the test report issuing system 203 is used to automatically classify and archive personnel information according to units and monitoring periods, and automatically issue corresponding test reports based on the classification and archiving results.

[0028] The workflow management system 3 is used to publish work orders for each operation node of the code scanning registration system 1 and the dosage information management system 2 to realize task allocation for laboratory personnel; it is used to perform information registration of personnel operations at each operation node of the code scanning registration system 1 and the dosage information management system 2 to form a quality control record of the work of laboratory personnel.

[0029] Specifically, the workflow management system 3 is used to register and manage the task allocation and quality control of laboratory personnel in an informationized manner according to the processes of component screening and classification, dosimeter issuance, dosimeter recovery, dosimeter measurement, archiving of measured components, dose data processing, issuance of test reports, document archiving, and dose information reporting.

[0030] It can be seen from the above embodiments that the information management system for thermoluminescence personal dose monitoring laboratory disclosed by the present invention can be applied to thermoluminescence personal dose monitoring laboratories to replace the traditional manual operation management system, thereby reducing laboratory personnel costs, improving the efficiency of thermoluminescence personal dose monitoring, and improving the quality of thermoluminescence personal dose monitoring. As an information system that can realize laboratory informatization and automation construction and upgrading, and refined overall management of the entire laboratory process, it has great application value and considerable application prospects.

[0031] The system described in the present invention is not limited to the embodiments described in the specific implementation manner. Those skilled in the art may derive other implementation manners based on the technical solution of the present invention, which also fall within the technical innovation scope of the present invention.

Claims

1. A thermoluminescence personal dose monitoring laboratory information management system, characterized by: The system includes a code scanning registration system, a dose information management system and a workflow management system; the code scanning registration system is used to register and manage information of components and dosimeters; the dose information management system is used to measure, calculate and process personal dose data and issue a test report; The workflow management system performs information-based registration and management of the task allocation and quality control of laboratory personnel involved in the code scanning registration system and the dosage information management system.

2. The thermoluminescence personal dose monitoring laboratory information management system according to claim 1, characterized in that: The code scanning registration system includes a component code scanning registration system and a dosimeter code scanning registration system; the component code scanning registration system is used for real-time information management of components, and the dosimeter code scanning registration system is used for real-time information management of dosimeters.

3. A thermoluminescence personal dose monitoring laboratory information management system as claimed in claim 2, characterized in that: The component scanning and registration system is specifically used to assign information barcodes to the screened and classified components according to their gear positions, and to scan and register the processes of component retrieval, annealing, measurement, and recycling storage to achieve dynamic management of component inventory quantity and real-time update of component status.

4. The thermoluminescence personal dose monitoring laboratory information management system according to claim 2, characterized in that: The dosimeter scanning and registration system is specifically used to assign information barcodes to the issued dosimeters, enter personnel information into the barcodes, scan and register the issuance, recovery and measurement of dosimeters, and monitor the issuance, recovery and measurement of dosimeters in real time.

5. The thermoluminescence personal dose monitoring laboratory information management system according to claim 1, characterized in that: The dose information management system includes a personal dose data measurement system, a data calculation and statistics system, and a test report issuance system; the personal dose data measurement system is used to measure personal dose raw data; the data calculation and statistics system is used to perform information calculation and storage on the measured personal dose raw data; the test report issuance system is used to automatically issue personal dose test reports.

6. A thermoluminescence personal dose monitoring laboratory information management system as claimed in claim 5, characterized in that: The personal dose data measurement system is specifically used to use a dosimeter to measure the personal dose raw data collected by a dosimeter, and to import the measured data into a data calculation and statistics system in real time.

7. The thermoluminescence personal dose monitoring laboratory information management system according to claim 5, characterized in that: The data calculation and statistics system is specifically used to convert the original personal dose data into personal dose values ​​through the calculation module, and to make a one-to-one correspondence between the personal dose information and the personnel information registered in the dosimeter, and to import the corresponding results into the test report issuance system in real time.

8. The thermoluminescence personal dose monitoring laboratory information management system according to claim 5, characterized in that: The test report issuance system is specifically used to automatically classify and archive personnel information according to units and monitoring periods, and automatically issue corresponding personal dose test reports through the report issuance module based on the classification and filing results.

9. The thermoluminescence personal dose monitoring laboratory information management system according to claim 1, characterized in that: The workflow management system is specifically used to register and manage the task allocation and quality control of laboratory personnel in an informationized manner according to the processes of component screening and classification, dosimeter issuance, dosimeter recovery, dosimeter measurement, archiving of measured components, dose data processing, issuance of test reports, file archiving, and dose information reporting.

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