Power transmission and transformation project quality field management system

Abstract

The invention relates to the technical field of power transmission and transformation project quality management, and discloses a power transmission and transformation project quality field management system, which comprises a basic information management module, a quality plan management module, a quality detection management module, a defect management module, a file management module, a progress management module, a data analysis and report module and a mobile terminal support module. The system can integrate various management functions, simplify the process of data collection, recording and analysis, improve the working efficiency of managers, reduce the use of tedious manual operation and paper files, improve the accuracy and reliability of data and improve the management efficiency through automatic and digital modes.

Description

Technical Field

[0001] The present invention relates to the technical field of power transmission and transformation project quality management, and in particular to a power transmission and transformation project quality on-site management system. Background Art

[0002] Power transmission and transformation projects are a general term for transmission line construction and transformer installation. The higher the voltage level of a power transmission and transformation project, the greater the power it can transmit and the longer the transmission distance. Power transmission and transformation projects with voltages exceeding 330,000 volts are called "ultra-high voltage transmission and transformation." Currently, the highest voltage levels of ultra-high voltage transmission and transformation lines in operation in my country are ±1100 kV DC transmission lines and 1000 kV AC transmission lines.

[0003] After searching, the publication number is (CN114399176A) a power transmission and transformation project construction site intelligent management system, including a BIM data storage module, a personnel information entry module, a data processing module, a QR code generation module, a central processing unit, a QR code scanning device and a display mobile terminal. The BIM data storage module uploads the BIM model and automatically extracts the component attribute data in the IFC format file, and automatically extracts the yard information data, including the pre-set yard bearing capacity data. The power transmission and transformation project construction site intelligent management system can record the entry and exit time of the entrants, thereby facilitating the management personnel to evaluate and record the employee performance. It can also prevent non-staff from entering the construction site, so that the construction site is not affected by outsiders. The level of construction site management is improved by means of the informationization of the system. However, the system is relatively complex and inconvenient to use, so a new system is now proposed to solve this technical problem. Summary of the Invention

[0004] (1) Technical problems solved

[0005] In view of the shortcomings of the existing technology, the present invention provides a power transmission and transformation project quality on-site management system, which has the advantages of improving management efficiency and solves the problem of low management efficiency of traditional systems mentioned in the above background technology.

[0006] (2) Technical solution

[0007] To achieve the purpose of improving management efficiency mentioned in the above background technology, the present invention provides the following technical solution: a power transmission and transformation project quality on-site management system, including a basic information management module, a quality plan management module, a quality inspection management module, a defect management module, a file management module, a progress management module, a data analysis and reporting module, and a mobile terminal support module;

[0008] Basic information management module: The system can store and manage basic information of power transmission and transformation projects, including project name, construction unit, and construction period;

[0009] Quality plan management module: The system can generate quality plans and review and adjust the plans;

[0010] Quality inspection management module: The system can record and manage the process and results of quality inspection;

[0011] Defect management module: The system can record and manage quality defects;

[0012] Document management module: The system can store and manage quality-related documents, including design documents, construction drawings, and technical specifications;

[0013] Progress management module: The system can monitor the project progress in real time and issue early warnings and reminders for timeouts and delays;

[0014] Data analysis and reporting module: The system can analyze and compile statistics on the collected quality data and generate corresponding reports and charts;

[0015] Mobile terminal support module: The system can provide support for mobile terminals, making it convenient for quality inspectors to enter and query data on site.

[0016] Preferably, the basic information management module includes project information, construction unit information, construction period management, contract management, project type, supervision unit information, and design unit information.

[0017] Project information: The system can record and manage the basic information of each power transmission and transformation project, including project name, project number, project leader, and project address;

[0018] Construction unit information: The system can maintain relevant information of the construction unit, including company name, contact person, and contact information;

[0019] Construction period management: The system can record and manage the start and end time of the project, including the expected construction period and the actual construction period. At the same time, the system can adjust and update the construction period;

[0020] Contract management: The system can manage contract information related to the project, including contract number, contract amount, and contract signing date;

[0021] Project type: The system can record the type of project, such as transmission line, substation;

[0022] Supervision unit information: The system can record and manage relevant information of the supervision unit, including company name, contact person, and contact information;

[0023] Design unit information: The system can record and manage relevant information of the design unit, including company name, contact person, and contact information.

[0024] Preferably, the quality plan management module includes plan formulation, acceptance standard setting, testing method regulations, quality inspection node management, review process, monitoring and adjustment.

[0025] Plan formulation: The system allows users to create a quality plan and fill in relevant information about the plan, including the start and end time of the plan, the scope of the plan, and the key nodes in the plan;

[0026] Acceptance standard setting: The system allows users to set the standards and requirements for quality acceptance, including the conformity of design documents, the compliance of the construction process, and the pass rate of quality inspections;

[0027] Testing method specification: The system allows users to specify the quality testing methods and processes, which can include the selection of instruments and equipment, sampling regulations, and testing steps;

[0028] Quality inspection node management: The system provides quality inspection node management functions. Users can define key quality inspection nodes, inspection contents, acceptance criteria, etc. The system can also generate corresponding quality inspection schedules;

[0029] Audit process: The system supports the audit process of quality plans. Relevant personnel can review, approve or reject quality plans. The system can also record the reviewers, review time and review results.

[0030] Monitoring and adjustment: The system can monitor the implementation of the quality plan in real time and provide early warning and reminder functions. If it is found that the plan needs to be adjusted, the system allows users to make corresponding modifications and updates.

[0031] Preferably, the quality inspection management module: effectively manages and controls the quality inspection process, promptly discovers and resolves quality problems, and ensures that the quality of the project meets the specified requirements, including inspection task allocation, inspection schedule generation, inspection data entry, quality inspection result recording, defect management, inspection report generation, data analysis and statistics.

[0032] Inspection task allocation: The system can assign quality inspection tasks to specific quality inspectors or inspection teams. Task allocation can include task description, inspection requirements, deadlines, and other information;

[0033] Generation of test plan: The system can generate a corresponding test plan based on the quality inspection nodes in the quality plan. The plan includes test content, acceptance criteria, and test methods.

[0034] Test data entry: Quality inspectors can enter and upload test data through the system. These data may include actual measurement data, test reports, photos, and videos;

[0035] Quality inspection result records: The system can record and manage the results of various tests, including qualified, unqualified, pending rectification and other statuses, as well as corresponding test data and remarks;

[0036] Defect management: The system can record non-conforming items or quality defects as defects and provide information such as defect description, defect type, responsible person, and corrective measures. The system can also generate defect correction notices and correction plans;

[0037] Test report generation: The system can automatically generate a test report, which includes the test content, result summary, and defect rectification status;

[0038] Data analysis and statistics: The system can analyze and compile statistics on quality inspection data. Users can view information such as pass rate, statistics of unqualified items, and distribution of defect types to facilitate quality management and decision-making.

[0039] Preferably, the defect management module can timely discover, record and handle quality defects, and realize effective management and tracking of defect rectification, including defect recording, defect classification, defect rectification notification, rectification plan generation, rectification process tracking, rectification feedback and acceptance, and rectification notification reminder.

[0040] Defect record: The system allows users to enter and record detailed information about quality defects, including defect description, discovery time, discovery location, and responsible person;

[0041] Defect classification: The system can classify and categorize quality defects for subsequent analysis and statistics. Common defect categories include design problems, unqualified construction, and material quality problems.

[0042] Defect rectification notice: The system automatically generates a defect rectification notice and sends it to the relevant responsible persons. The notice includes information such as defect description, rectification requirements, and rectification deadline;

[0043] Correction plan generation: The system supports the generation of defect correction plans, which include correction measures, responsible persons, and correction time.

[0044] Correction process tracking: The system can record and track the defect correction process, and users can view correction status, progress, results and other information;

[0045] Correction feedback and acceptance: Relevant responsible persons can submit correction feedback in the system and conduct acceptance of correction results. The system records relevant information on correction feedback and acceptance;

[0046] Rectification notification reminder: The system provides reminder and early warning functions for rectification notifications to ensure that rectification work is carried out and completed on time.

[0047] Preferably, the file management module: through the file management module, users can conveniently manage, share and access various types of files and documents, improve work efficiency and the convenience of information sharing, and ensure the timeliness and accuracy of information, including file uploading and downloading, file classification and archiving, file version management, collaboration and sharing, file search and retrieval, file preview and online editing, file review and approval.

[0048] File upload and download: The system allows users to upload various files, including design documents, construction drawings, contract documents, technical specifications, acceptance reports, etc. At the same time, users can download and view these files as needed;

[0049] File classification and archiving: The system supports classification and archiving of uploaded files, allowing users to quickly retrieve and access required files. Common categories include project files, contract documents, technical documents, and quality inspection reports.

[0050] File version management: The system can manage file version information, including new versions, updated versions, historical versions, etc. Users can easily view and compare the differences between different versions;

[0051] Collaboration and sharing: The system supports collaboration and file sharing among users. Users can set permissions to control file access and editing permissions, enabling secure file sharing.

[0052] File search and retrieval: The system provides powerful file search and retrieval functions, allowing users to quickly locate and find required files based on file names, tags, keywords, etc.

[0053] File preview and online editing: The system supports online preview of files. Users can directly view the file content in the system. For files that support online editing, users can also edit and modify them in the system.

[0054] Document review and approval: The system provides process management functions for document review and approval. Relevant personnel can review and approve uploaded documents and record the review results and approval opinions.

[0055] Preferably, the progress management module: Through the progress management module, users can fully understand the progress of the engineering project, adjust and optimize the plan in a timely manner, ensure the project is delivered on time, and effectively deal with risks and problems that may affect the progress, including schedule planning, progress tracking, progress analysis, milestone management, progress report generation, resource allocation and scheduling, schedule risk management, and schedule change management.

[0056] Schedule creation: The system allows users to create a schedule for a project. Users can determine the start and end time, key nodes, and other information for each stage of the project and create a corresponding work plan.

[0057] Progress tracking: The system can track the progress of engineering projects in real time. By comparing with actual work, the system can display the difference between actual progress and planned progress, and timely identify deviations and conduct analysis;

[0058] Progress analysis: The system can analyze the progress data of engineering projects and generate key indicators and charts, such as progress completion rate, remaining construction period, critical path, etc., to facilitate project management and decision-making;

[0059] Milestone management: The system supports the definition and management of project milestones. Users can set key milestone nodes and automatically generate corresponding reminders and alerts.

[0060] Progress report generation: The system can generate various forms of progress reports, including Gantt charts, schedules, progress reports, etc. These reports can intuitively display the progress status and change trends of the project;

[0061] Resource allocation and scheduling: The system supports the allocation and scheduling of project resources to meet the requirements of the schedule. Users can view resource usage and load conditions and make reasonable resource allocation;

[0062] Schedule risk management: The system can identify and manage schedule-related risks and obstacles. Users can record and track schedule risks, develop corresponding risk response strategies, and take timely measures to avoid delays.

[0063] Schedule change management: The system supports change management of the schedule plan. Users can submit change requests and update the schedule plan and corresponding progress reports after the approval process.

[0064] Preferably, the data analysis and reporting module: users can deeply analyze data such as quality and progress, promptly identify problems and trends, provide support for decision-making and improvement, and provide clear reports and statistical information to relevant personnel to promote the smooth progress of the project and continuous improvement of quality, which includes data collection and integration, data analysis and statistics and report generation.

[0065] Data collection and integration: The system can collect and integrate data from quality inspection, progress management, and other related modules. This data may include quality inspection data, progress data, defect data, and resource usage data.

[0066] Data analysis and statistics: The system provides a wealth of data analysis and statistics functions, allowing users to conduct multi-dimensional analysis and statistics on the collected data. Common analysis methods include trend analysis, anomaly analysis, correlation analysis, and task completion rate analysis.

[0067] Report generation: The system can generate various reports and statistical information according to user needs. Common reports include quality reports, progress reports, defect reports, resource usage reports, etc. These reports can be presented in the form of tables, charts, graphs, etc.

[0068] Preferably, the mobile terminal support module allows users to use mobile devices to work anytime and anywhere, improving work flexibility and convenience, including mobile applications, real-time data synchronization, mobile device notifications and reminders.

[0069] Mobile applications: The system provides applications suitable for mobile terminals. Users can install and use these applications through mobile devices. Mobile applications usually have intuitive interfaces and optimized operation logic to facilitate user operations in a mobile environment.

[0070] Real-time data synchronization: The system supports real-time synchronization of data collected on mobile devices with the backend server. In this way, the user's operations and data entry on the mobile device can be reflected in the system's backend database in a timely manner, ensuring data consistency and accuracy.

[0071] Mobile device notifications and reminders: The system can send notifications and reminders to mobile devices, including task reminders, report submission reminders, emergency event notifications, etc., so as to notify users in time and ensure immediate processing of work.

[0072] Compared with the existing technology, the present invention provides a power transmission and transformation project quality on-site management system with the following beneficial effects:

[0073] 1. The present invention, the system can integrate various management functions, simplify the process of data collection, recording and analysis, improve the work efficiency of managers, reduce tedious manual operations and the use of paper documents through automation and digitization, improve the accuracy and reliability of data, and improve management efficiency.

[0074] 2. The system of the present invention can monitor and record the quality indicators and parameters of the engineering site in real time, detect abnormal situations in time and issue early warnings. Management personnel can understand the engineering quality status at any time through the system, take timely measures to reduce potential quality risks, and improve the safety and reliability of the project.

[0075] 3. The system of the present invention can convert large amounts of data into intuitive visual charts and reports to help managers conduct data analysis and trend assessment. Through in-depth mining and analysis of data, the root causes of quality problems can be discovered, targeted improvement measures can be taken, and the level of quality management can be improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0076] Figure 1 It is a schematic diagram of the process of the present invention. DETAILED DESCRIPTION

[0077] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0078] See also Figure 1 , a power transmission and transformation project quality on-site management system, including basic information management module, quality plan management module, quality inspection management module, defect management module, file management module, progress management module, data analysis and reporting module, and mobile terminal support module;

[0079] Basic information management module: The system can store and manage basic information of power transmission and transformation projects, including project name, construction unit, and construction period;

[0080] Quality plan management module: The system can generate quality plans and review and adjust the plans;

[0081] Quality inspection management module: The system can record and manage the process and results of quality inspection;

[0082] Defect management module: The system can record and manage quality defects;

[0083] Document management module: The system can store and manage quality-related documents, including design documents, construction drawings, and technical specifications;

[0084] Progress management module: The system can monitor the project progress in real time and issue early warnings and reminders for timeouts and delays;

[0085] Data analysis and reporting module: The system can analyze and compile statistics on the collected quality data and generate corresponding reports and charts;

[0086] Mobile terminal support module: The system can provide support for mobile terminals, making it convenient for quality inspectors to enter and query data on site.

[0087] Specifically, such as Figure 1 As shown, the basic information management module includes project information, construction unit information, construction period management, contract management, project type, supervision unit information, and design unit information.

[0088] Specifically, such as Figure 1 As shown, the quality plan management module includes plan formulation, acceptance standard setting, test method regulations, quality inspection node management, review process, monitoring and adjustment.

[0089] Specifically, such as Figure 1 As shown, the quality inspection management module: effectively manages and controls the quality inspection process, promptly discovers and resolves quality problems, and ensures that the quality of the project meets the specified requirements, including inspection task allocation, inspection plan generation, inspection data entry, quality inspection result recording, defect management, inspection report generation, data analysis and statistics.

[0090] Specifically, such as Figure 1 As shown, the defect management module can timely discover, record and handle quality defects, and realize effective management and tracking of defect rectification, including defect recording, defect classification, defect rectification notification, rectification plan generation, rectification process tracking, rectification feedback and acceptance, and rectification notification reminder.

[0091] Specifically, such as Figure 1 As shown, the file management module: Through the file management module, users can easily manage, share and view various files and documents, improve work efficiency and the convenience of information sharing, and ensure the timeliness and accuracy of information, including file uploading and downloading, file classification and archiving, file version management, collaboration and sharing, file search and retrieval, file preview and online editing, file review and approval.

[0092] Specifically, such as Figure 1 As shown, the progress management module: Through the progress management module, users can fully understand the progress of engineering projects, adjust and optimize plans in a timely manner, ensure that projects are delivered on time, and effectively deal with risks and problems that may affect the progress. It includes schedule planning, progress tracking, progress analysis, milestone management, progress report generation, resource allocation and scheduling, schedule risk management, and schedule change management.

[0093] Specifically, such as Figure 1 As shown, data analysis and reporting module: users can deeply analyze data such as quality and progress, identify problems and trends in a timely manner, provide support for decision-making and improvement, and provide clear reports and statistical information to relevant personnel to promote the smooth progress of projects and continuous improvement of quality, which includes data collection and integration, data analysis and statistics, and report generation.

[0094] Specifically, such as Figure 1As shown, the mobile terminal support module: users can use mobile devices to work anytime and anywhere, improving work flexibility and convenience, including mobile applications, real-time data synchronization, mobile device notifications and reminders.

[0095] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A power transmission and transformation project quality on-site management system, characterized by: It includes basic information management module, quality plan management module, quality inspection management module, defect management module, document management module, progress management module, data analysis and reporting module, and mobile terminal support module; Basic information management module: The system can store and manage the basic information of power transmission and transformation projects, including project name, construction unit, and construction period; Quality plan management module: The system can generate quality plans and review and adjust the plans; Quality inspection management module: The system can record and manage the process and results of quality inspection; Defect management module: The system can record and manage quality defects; Document management module: The system can store and manage quality-related documents, including design documents, construction drawings, and technical specifications; Progress management module: The system can monitor the progress of the project in real time and issue early warnings and reminders for timeouts and delays; Data analysis and reporting module: The system can analyze and compile statistics on the collected quality data and generate corresponding reports and charts; Mobile terminal support module: The system can provide support for mobile terminals, making it convenient for quality inspectors to enter and query data on site.

2. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The basic information management module includes project information, construction unit information, construction period management, contract management, project type, supervision unit information, and design unit information.

3. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The quality plan management module includes plan formulation, acceptance standard setting, testing method regulations, quality inspection node management, review process, monitoring and adjustment.

4. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The quality inspection management module is used to effectively manage and control the quality inspection process, promptly discover and resolve quality problems, and ensure that the quality of the project meets the specified requirements, including inspection task allocation, inspection plan generation, inspection data entry, quality inspection result recording, defect management, inspection report generation, data analysis and statistics.

5. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The defect management module can timely discover, record and handle quality defects, and realize effective management and tracking of defect rectification, including defect recording, defect classification, defect rectification notification, rectification plan generation, rectification process tracking, rectification feedback and acceptance, and rectification notification reminder.

6. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The file management module: Through the file management module, users can easily manage, share and view various files and documents, improve work efficiency and the convenience of information sharing, and ensure the timeliness and accuracy of information, including file uploading and downloading, file classification and archiving, file version management, collaboration and sharing, file search and retrieval, file preview and online editing, file review and approval.

7. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The progress management module: Through the progress management module, users can fully understand the progress of the project, adjust and optimize the plan in time, ensure the project is delivered on time, and effectively deal with risks and problems that may affect the progress, including progress plan formulation, progress tracking, progress analysis, milestone management, progress report generation, resource allocation and scheduling, progress risk management, and progress change management.

8. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The data analysis and reporting module: users can deeply analyze data such as quality and progress, identify problems and trends in a timely manner, provide support for decision-making and improvement, and provide clear reports and statistical information to relevant personnel to promote the smooth progress of the project and continuous improvement of quality, which includes data collection and integration, data analysis and statistics, and report generation.

9. The on-site management system for power transmission and transformation project quality according to claim 1 is characterized by: The mobile terminal support module: users can use mobile devices to work anytime and anywhere, improving the flexibility and convenience of work, including mobile applications, real-time data synchronization, mobile device notifications and reminders.

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