In-situ leaching uranium mine measurement management system and method thereof

Abstract

The invention is mainly applied to the field of in-situ leaching uranium mine production and application, and particularly relates to an in-situ leaching uranium mine measurement management system and method. At present, in in-situ leaching uranium mine production, implementation of metering management system elements such as metering equipment, metering technology, metering regulations and metering management tracing programs still has certain deviation, and problems existing in metering management restrict energy conservation, consumption reduction and quality benefit improvement of enterprises. The invention discloses an in-situ leaching uranium mine measurement management system and method. The system mainly comprises a system overview module, a data integration and interface module, a report and analysis module and a system maintenance and upgrade module. The method mainly comprises the seven steps of demand analysis, system design, functional module development, test system integration, implementation system deployment, user training and system maintenance and upgrade. By establishing the in-situ leaching uranium mine measurement management system, the technical support capability of the full life of the measurement equipment is enhanced, the measurement informatization level is improved, and the management efficiency of the measurement equipment is improved.

Description

Technical Field

[0001] The present invention is mainly applied to the production application field of in-situ uranium leaching mines, and specifically relates to a metering management system and a method thereof for in-situ uranium leaching mines. Background Art

[0002] With the continuous improvement of automation and management refinement of in-situ uranium mine production processes, more advanced metrology and monitoring equipment have been invested in the industrial production of in-situ uranium mines. According to the requirements of product technical indicators and process specifications, they are basically equipped with metrology instruments and detection methods that meet the needs of scientific research, production, and environmental protection. However, the degree of attention and awareness of metrology management in the field of in-situ uranium mine production is still insufficient. There are still certain deviations in the implementation of metrology management system elements such as metrology equipment, metrology technology, metrology regulations, and metrology management traceability procedures. However, in the actual industrial production process of uranium mines, all links from uranium product production process control to product quality inspection require measurement. Material loss, energy consumption, environmental pollution and governance, cost accounting, and even the acquisition and analysis of all quantitative data in production are inseparable from measurement. The above problems in metrology management restrict the company's energy conservation and consumption reduction and quality and efficiency improvement, and also have an adverse impact on the production and scientific research capabilities.

[0003] As an important platform support for metrology management, the metrology management information system can design and develop corresponding functions according to the needs of the construction of the uranium mine metrology management system. In the process of metrology management, it can quickly and accurately find the required metrology regulations information, metrology equipment information, and metrology calibration traceability information, and remind the user to conduct calibration on time according to the validity period of the calibration to prevent the calibration from failing. Compared with the traditional metrology management method, the metrology management information system has three outstanding advantages: (1) The information display of the metrology management information system can be integrated, so that the information content is easier for users to understand and master; (2) The metrology management information system has good human-computer interaction and can gradually guide users to complete metrology management work; (3) The metrology management information system has a strong correlation, and users can obtain all relevant information through the metrology equipment code system. In view of the above characteristics, the metrology management system is very suitable for on-site metrology management and has important application value in quality and efficiency improvement and metrology management.

[0004] The present invention is supported by information technology, studies the measurement management system of uranium mines and constructs a measurement management system. Summary of the invention

[0005] 1. Purpose

[0006] By establishing a supporting in-situ leaching uranium mine metrology management system, the technical support capabilities of the metering equipment throughout its life cycle can be enhanced, the level of metering informationization can be improved, and it can also assist in the management of metering equipment and improve the management efficiency of metering equipment.

[0007] 2. Technical solution

[0008] A metering management system for an in-situ leaching uranium mine comprises a system overview, data integration and interface, report and analysis, and system maintenance and upgrade; the system overview module comprises a function module, and an authority and role management module; the data integration and interface module comprises a data source access and a data exchange protocol module; the report and analysis module comprises a statistical report and a data analysis tool module; and the system maintenance and upgrade module comprises a system backup and recovery, and a version management and update module.

[0009] The functional modules include basic data management and business process management. The basic data management module includes unit information management, equipment information management, and measurement standard management; the business process management module includes measurement plan formulation, task allocation and execution, and result review and feedback.

[0010] The authority and role management module includes user account management, role authority allocation and operation log recording modules.

[0011] The data source access module and data exchange protocol module; the data source access module includes database connection configuration and file import and export; the data exchange collaborative protocol module includes API interface design and message queue integration module.

[0012] The statistical report module mainly includes daily report generation, monthly report summary and annual report analysis modules; the data analysis tool includes trend analysis, anomaly detection and data visualization modules.

[0013] The system backup and recovery module mainly includes a regular backup module and an emergency recovery module; the version management and update module mainly includes a version control process module.

[0014] A metrology management method for in-situ leaching uranium mines includes seven steps: demand analysis, system design, functional module development, integrated test system, deployment and implementation system, user training and system maintenance and upgrade.

[0015] The demand analysis includes: physical properties of the equipment, including the name of the measuring equipment, measured quantity, specification model, accuracy, and geometric dimension information; equipment usage attributes, including the operating guide of the measuring equipment, self-calibration guide, equipment use for process operation and maintenance guide; equipment calibration information, including calibration date, validity date, calibration agency, calibration results, and calibration certificate; equipment calibration plan, including identification reminders for the effective calibration time of the measuring equipment.

[0016] The system design includes designing the overall system architecture and determining the subsystem division; developing functional modules, including data storage, processing and maintenance; system integration and testing, integrating each module into the system and performing unit testing, integration testing and system testing; deploying and implementing the system, deploying the system into a production environment, and configuring hardware and network facilities; user training, including training users on system usage; and system maintenance and upgrades, including system maintenance and functional upgrades based on user feedback.

[0017] 3. Effect

[0018] The present invention constructs a metering management system and method for an in-situ leaching uranium mine, which can enhance the technical support capability of metering equipment throughout its life cycle, improve management efficiency, save costs and query time, reduce errors, and can serve as a collaboration tool for metering equipment users and managers. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 Metering management system module diagram DETAILED DESCRIPTION

[0020] This set of metering management system is divided into 4 modules. The first is the overview of the metering business system, where users can establish basic data and business processes according to their needs. Basic information includes user unit information, equipment information and measurement standards, and this part of the data is generated by external input. Business processes include metering plan formulation, plan initiation review and execution result feedback. This part of the process is flexibly adjusted by the user unit according to the corresponding management requirements. The second is the data integration part. Because the data flow includes tables, pictures, and other format files, data operation and storage functions are required. The third is the data report part, which processes and displays the generated data. On the one hand, it uses statistical methods to summarize daily, monthly, and annual data, and on the other hand, it sets data thresholds. When the data in a certain field exceeds the threshold, it will be prompted in the system. The fourth is the system maintenance part. In order to prevent system errors, it supports rapid backup and recovery of the system. The update version control of the system is carried out according to the iterative process to ensure the normal function of the running version.

[0021] The organization and functional submodules of the measurement management information system are implemented strictly in accordance with the general development process of software engineering. The specific process is as follows:

[0022] 1. Demand Analysis

[0023] Collect and analyze the specific needs of mine metrology management, including: (1) Physical properties of metrology equipment. Including the name of the metrology equipment, measured quantity, specifications, accuracy, geometric dimensions, etc. (2) Usage properties of metrology equipment. Including the operating instructions of the metrology equipment, self-calibration instructions, equipment for process operation and maintenance instructions, etc. (3) Verification information of metrology equipment. Including the verification date, validity date, verification agency, verification and calibration results, verification certificate, etc. of the metrology equipment. (4) Verification plan of metrology equipment. Including identification and reminder of the effective time of verification of metrology equipment. Determine the functional modules that the system needs to implement, such as data acquisition, storage, analysis, report generation, etc.

[0024] The above information covers all the basic information, management information, verification information and verification plan of the measuring equipment. Other functional support also includes the following:

[0025] (1) Business process function: Transmit information and review processes according to the set process within the system environment.

[0026] (2) Permission management. Different permissions can be assigned according to the user account type. Generally, the permission to view information for account management is lower than that for management accounts.

[0027] (3) Data import and export. It can realize the import and export of data tables in the system.

[0028] (4) Report analysis: Reports, trend charts, and data dashboards can be automatically generated based on the data in the system and sorted by time.

[0029] (5) System maintenance. The system version update can be controlled to prevent data loss or confusion caused by the upgrade. The original system can be backed up.

[0030] 2. System Design

[0031] Design the overall system architecture, including software and hardware configuration. Determine the division of subsystems, such as device management, data analysis, etc.

[0032] 3. Functional module development

[0033] Data management module: includes data storage, processing and maintenance.

[0034] Analysis and reporting module: provides data analysis and report generation functions.

[0035] 4. System integration and testing

[0036] Integrate each module into a complete system, perform unit testing, integration testing and system testing to ensure the stability and reliability of the system.

[0037] 5. Deployment and Implementation

[0038] Deploy the system to the production environment and configure the necessary hardware equipment and network facilities.

[0039] 6. User training and launch

[0040] Provide users with training on system usage.

[0041] 7. Maintenance and Upgrade

[0042] Carry out system maintenance and function upgrades based on user feedback. Continuously optimize system performance and user experience.

Claims

1. A metering management system for an in-situ leaching uranium mine, characterized by: It includes system overview, data integration and interface, reporting and analysis, and system maintenance and upgrade; the system overview module includes functional module, permission and role management module; the data integration and interface module includes data source access and data exchange protocol module; the reporting and analysis module includes statistical reports and data analysis tool module; the system maintenance and upgrade module includes system backup and recovery, version management and update module.

2. The in-situ uranium mine metering management system according to claim 1, characterized in that: The functional modules include basic data management and business process management. The basic data management module includes unit information management, equipment information management, and measurement standard management; the business process management module includes measurement plan formulation, task allocation and execution, and result review and feedback.

3. The in-situ uranium mine metering management system according to claim 1, characterized in that: The authority and role management module includes user account management, role authority allocation and operation log recording modules.

4. The in-situ uranium mine metering management system according to claim 1, characterized in that: The data source access module and data exchange protocol module; the data source access module includes database connection configuration and file import and export; the data exchange collaborative protocol module includes API interface design and message queue integration module.

5. The in-situ uranium mine metering management system according to claim 1, characterized in that: The statistical report module mainly includes daily report generation, monthly report summary and annual report analysis modules; the data analysis tool includes trend analysis, anomaly detection and data visualization modules.

6. The in-situ leaching uranium mine metering management system according to claim 1, characterized in that: The system backup and recovery module mainly includes a regular backup module and an emergency recovery module; the version management and update module mainly includes a version control process module.

7. A method for metering and management of in-situ leaching uranium mines, characterized by: It includes seven steps: demand analysis, system design, functional module development, integrated testing system, deployment and implementation system, user training and system maintenance and upgrade.

8. A method for metering and managing an in-situ leaching uranium mine according to claim 7, characterized in that: The demand analysis includes: physical properties of the equipment, including the name of the measuring equipment, measured quantity, specification model, accuracy, and geometric dimension information; equipment usage attributes, including the operating guide of the measuring equipment, self-calibration guide, equipment use for process operation and maintenance guide; equipment calibration information, including calibration date, validity date, calibration agency, calibration results, and calibration certificate; equipment calibration plan, including identification reminders for the effective calibration time of the measuring equipment.

9. A method for metering and managing an in-situ leaching uranium mine according to claim 7, characterized in that: The system design includes designing the overall system architecture and determining the subsystem division; developing functional modules, including data storage, processing and maintenance; system integration and testing, integrating each module into the system and performing unit testing, integration testing and system testing; Deploy and implement the system, deploy the system into the production environment, and configure hardware and network facilities; user training includes training users on system usage; system maintenance and upgrades include system maintenance and function upgrades based on user feedback.

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