CN107506881A - A kind of transformer movement method for inspecting and system - Google Patents
A kind of transformer movement method for inspecting and system Download PDFInfo
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Abstract
The invention discloses a kind of transformer movement method for inspecting and system, wherein, this method includes：The transformer patrol plan that comprehensive application system inputs according to staff, generate patrol task information；Comprehensive application system assigns patrol task information, and patrol task information is sent into corresponding transformer inspection terminal；Transformer inspection terminal receives the patrol task information, and is shown to operating personnel；Transformer inspection terminal is according to patrol task information, and the inspection data of Collecting operation personnel, after the completion of patrol task, packing generates inspection result data bag；Comprehensive application system is monitored in real time to patrol task, receives inspection result data bag；After the completion of patrol task, comprehensive application system closes patrol task；Comprehensive application system parses inspection result data bag, shows staff, and writing task personnel are to the evaluation of inspection operation, management, correction and prevention information.
Description
Technical Field
The invention relates to the field of comprehensive application of professional routing inspection of transformers, and also relates to the field of standardized operation management of professional routing inspection of transformers, in particular to a mobile routing inspection method and a mobile routing inspection system of transformers, which are used for meeting the requirement of informatization management of routing inspection operation.
Background
The professional routing inspection of the transformer has strict specification requirements and a large amount of inspection contents, the conventional method is to record inspection results by using a paper form on site and then carry out data arrangement and report compiling, and the current situations of nonstandard data, high error probability, low efficiency and the like exist. In addition, the condition of inspection operation not according to standard requirements exists during field operation, the accuracy of inspection results is affected, and a set of complete solution for acquisition, transmission, processing, storage, organization, display and analysis application of transformer inspection data is urgently needed to be provided, so that structured storage and inspection standardized management of transformer inspection data are realized, the data acquisition efficiency, the data accuracy and the qualification rate are improved, and a data basis is laid for professional inspection operation management and advanced application of transformers.
At present, no comprehensive data application platform for transformer professional routing inspection exists in the national power industry, and users are assisted to design transformer routing inspection standardized operation flows and management specifications through scientific and technological means, so that integration, sharing and analysis of transformer detection data are realized, and the fine management level of transformer professional routing inspection services is improved.
Disclosure of Invention
In order to achieve the purpose, the invention provides a transformer mobile inspection method and a transformer mobile inspection system, which are used for meeting the foundation of informatization management requirements of transformer inspection operation and providing scientific and technological support for field operation of operators. The invention comprises two parts: the transformer professional routing inspection integrated data application subsystem (i.e., the integrated application system) and the transformer professional routing inspection standardized transformer routing inspection terminal (i.e., the transformer routing inspection terminal).
The invention provides a transformer mobile inspection method, which comprises the following steps: step S1, the comprehensive application system generates inspection task information according to the transformer inspection plan input by the staff; step S2, the comprehensive application system assigns inspection task information and sends the inspection task information to the corresponding transformer inspection terminal; step S3, the transformer inspection terminal receives the inspection task information and displays the inspection task information to an operator; step S4, the transformer inspection terminal collects inspection data of the operating personnel according to the inspection task information, and packages the inspection data to generate an inspection result data packet after the inspection task is completed; step S5, the comprehensive application system monitors the polling task in real time and receives the polling result data packet; step S6, after the inspection task is completed, the comprehensive application system closes the inspection task; and step S7, the comprehensive application system analyzes the inspection result data packet, displays the inspection result data packet to the staff, and records the evaluation, management, correction and prevention information of the staff on the inspection operation.
The invention provides a transformer mobile inspection system, which comprises: a comprehensive application system and a transformer inspection terminal; the integrated application system comprises: the system comprises an inspection task generating module, a task assigning module, an inspection monitoring module, a task closing module and an inspection summarizing module; the transformer inspection terminal comprises: the system comprises a task receiving module and a patrol data acquisition module; the inspection task generating module is used for generating inspection task information according to a transformer inspection plan input by a worker; the task assignment module is used for assigning routing inspection task information and sending the routing inspection task information to the corresponding transformer routing inspection terminal; the task receiving module is used for receiving the inspection task information and displaying the inspection task information to an operator; the inspection data acquisition module is used for acquiring inspection data of the operating personnel according to the inspection task information and packaging the inspection data to generate an inspection result data packet after the inspection task is completed; the inspection monitoring module is used for monitoring the inspection task in real time and receiving an inspection result data packet; the task closing module is used for closing the inspection task after the inspection task is finished; and the summary recording module is used for analyzing the inspection result data packet, displaying the inspection result data packet to the staff, and recording evaluation, management, correction and prevention information of the staff on inspection operation.
According to the transformer mobile inspection method and the transformer mobile inspection system, a design concept that a transformer is taken as a core object is adopted, data organization and information display are carried out, and interactive experience with inspection service as a center is realized; the transformer inspection process management is realized, and the standardization and refinement degree of service management is improved.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:
fig. 1 is a schematic diagram of a transformer inspection operation flow according to an embodiment of the present invention.
Fig. 2 is a flowchart of a transformer mobile inspection method according to an embodiment of the present invention.
Fig. 3 is a schematic diagram of a transformer mobile inspection system according to an embodiment of the invention.
Fig. 4 is a schematic diagram of a transformer professional patrol inspection integrated data application platform framework according to an embodiment of the present invention.
Fig. 5 is a schematic diagram of a professional routing inspection operation flow of a transformer at a WEB end according to an embodiment of the present invention.
Fig. 6 is a schematic diagram of a professional routing inspection operation of a transformer under a mobile terminal according to an embodiment of the present invention.
Fig. 7 is an exploded view of an inspection operation according to an embodiment of the present invention.
FIG. 8 is a diagram illustrating a workitem structure according to an embodiment of the present invention.
Detailed Description
The technical means adopted by the invention to achieve the preset object are further described below by combining the drawings and the preferred embodiments of the invention.
As shown in fig. 1, the professional transformer inspection work flow includes eight main links, wherein six links, namely an inspection task S11 formulation, an inspection task assignment S12, an inspection task supervision S15 closing, an inspection task closing S16, an inspection work summary S17 and an inspection work audit S18, are realized through a comprehensive application system, and two links, namely an inspection task receiving S13 and an inspection work receiving S14, are realized through a transformer inspection terminal.
Specifically, fig. 2 is a flowchart of a transformer movement inspection method according to an embodiment of the present invention. As shown in fig. 2, the method includes:
step S1, the comprehensive application system generates inspection task information according to the transformer inspection plan input by the staff;
specifically, the polling task information includes: the polling task comprises the following steps: task name, job content (default transformer patrol), job location, start time, end time, job team, job leader, job personnel, weather, temperature, humidity, current patrol status (not started, closed, summarized, reviewed).
Step S2, the comprehensive application system assigns inspection task information and sends the inspection task information to the corresponding transformer inspection terminal;
specifically, when the inspection project is created, an operation team is designated, the operation team of the inspection task is defaulted to the operation team of the project, and the team leader of the operation team is the operation responsible person of the task. When the operation team goes to the site to perform inspection operation, the operation task is assigned to a specific operator, and the operator logs in the transformer inspection terminal to perform corresponding operation.
Step S3, the transformer inspection terminal receives the inspection task information and displays the inspection task information to an operator;
specifically, the operating personnel arrive at the transformer substation and look over the inspection project that this group is responsible for, the task of patrolling and examining of transformer on the transformer terminal, and the task of receiving patrolling and examining.
Step S4, the transformer inspection terminal collects inspection data of the operating personnel according to the inspection task information, and packages the inspection data to generate an inspection result data packet after the inspection task is completed;
specifically, after the polling task is received, the operator carries out operation according to the transformer polling operation specification and records the checking result. And designing an operation data acquisition card according to the operation flow, the operation items and the inspection content, and realizing field inspection data acquisition at the transformer inspection terminal.
Step S5, the comprehensive application system monitors the polling task in real time and receives the polling result data packet;
specifically, the staff can check the basic information, the current state and the collected inspection data of the inspection items and tasks in the comprehensive application system, and the comprehensive application system needs to provide a multi-dimensional information retrieval means.
Step S6, after the inspection task is completed, the comprehensive application system closes the inspection task;
specifically, the task can be closed by the task responsible person after the operation group finishes the field operation of the transformer and inputs the test data (oil chromatography analysis result and the like).
And step S7, the comprehensive application system analyzes the inspection result data packet, displays the inspection result data packet to the staff, and records the evaluation, management, correction and prevention information of the staff on the inspection operation.
Further, the method further comprises:
and step S8, the comprehensive application system displays the inspection result data to a center leader or technical support personnel, records inspection and verification information input by the center leader or the technical support personnel, and completes inspection and verification of inspection operation.
Based on the same inventive concept, the embodiment of the invention provides a transformer mobile inspection system, which is described in the following embodiments. Because the principle of solving the problems by the method is similar to that of the system, the implementation of the method can be referred to that of the system, and repeated details are not repeated. As used hereinafter, the term "unit" or "module" may be a combination of software and/or hardware that implements a predetermined function. Although the means described in the embodiments below are preferably implemented in software, an implementation in hardware, or a combination of software and hardware is also possible and contemplated.
Fig. 3 is a schematic diagram of a transformer mobile inspection system according to an embodiment of the invention. As shown in fig. 3, the system includes: the comprehensive application system 100 and the transformer inspection terminal 200;
the integrated application system 100 includes: the system comprises an inspection task generating module 101, a task assigning module 102, an inspection monitoring module 103, a task closing module 104 and an inspection summarizing module 105;
the transformer inspection terminal 200 includes: a task receiving module 201 and a patrol data acquisition module 202;
wherein,
the inspection task generating module 101 is used for generating inspection task information according to a transformer inspection plan input by a worker; the inspection task information comprises: the polling task comprises the following steps: task name, job content (default transformer patrol), job location, start time, end time, job team, job leader, job personnel, weather, temperature, humidity, current patrol status (not started, closed, summarized, reviewed).
And the task assigning module 102 is configured to assign the inspection task information, and send the inspection task information to the corresponding transformer inspection terminal 200.
And the task receiving module 201 is used for receiving the inspection task information and displaying the inspection task information to an operator.
And the inspection data acquisition module 202 is used for acquiring inspection data of the operating personnel according to the inspection task information, and packaging the inspection data to generate an inspection result data packet after the inspection task is completed.
And the inspection monitoring module 103 is used for monitoring the inspection task in real time and receiving an inspection result data packet.
And the task closing module 104 is used for closing the inspection task after the inspection task is completed.
And the summary recording module 105 is used for analyzing the inspection result data packet, displaying the inspection result data packet to the staff, and recording evaluation, management, correction and prevention information of the staff on inspection operation.
In this embodiment, the integrated application system 100 further includes:
and the auditing recording module 106 is used for displaying the data of the polling result to a center leader or technical support personnel, recording polling auditing information input by the center leader or the technical support personnel, and finishing the auditing of the polling operation.
For a clearer explanation of the transformer mobile inspection system, a specific embodiment is described below, however, it should be noted that the embodiment is only for better explaining the present invention and is not to be construed as an undue limitation to the present invention.
The invention provides a transformer mobile inspection method and a system, which can be applied to a transformer professional inspection comprehensive data application platform scheme, and the adopted platform construction mode can be expanded to be shown in figure 4 according to a platform construction thought and business design requirements, and specifically comprises the following steps: the transformer professional inspection comprehensive data application system (namely, the comprehensive application system) and the transformer professional inspection standardized transformer inspection terminal (namely, the transformer inspection terminal). Wherein,
the comprehensive application system is a core subsystem of the platform, provides informatization support for transformer inspection service management, and assists in improving the fine management level of transformer professional inspection service. The comprehensive application system comprises nine main functional modules, namely metadata management, annotated operation management, inspection task full-life cycle management, transformer comprehensive inspection data display, inspection report management, statistical analysis, performance assessment, communication and communication, and support management. The specific description is as follows:
1. metadata management: according to the transformer professional routing inspection operation record list, the transformer professional routing inspection report, the management requirements of the transformer routing inspection service and the related technical specifications, a standard transformer professional routing inspection data model is established, and the related data required by the transformer routing inspection operation and the generated routing inspection data are effectively managed. The metadata management comprises management of related data such as routing inspection tasks, routing inspection objects, inspection contents, detection types, inspection standards, inspection results and the like. The professional inspection of the transformer comprises six contents of appearance inspection, iron core and clamp grounding current testing, infrared temperature measurement, ultrasonic wave, high-frequency positioning, transformer oil chromatographic analysis and eighteen reverse executions of the national grid.
2. Standardized management: the professional routing inspection of the transformer has strict specification requirements and a large amount of inspection contents, the conventional method is to record inspection results by using a paper form on site and then carry out data arrangement and report compiling, and the current situations of nonstandard data, high error probability, low efficiency and the like exist. In addition, the inspection operation is not performed according to the standard requirement during the field operation, and the accuracy of the inspection result is affected. Therefore, the terminal needs to realize a standardized data acquisition function and can perform data verification and history comparison. The terminal adopts a guiding type operation mode to guide an operator to carry out standard operation according to standard inspection steps.
3. Managing the whole life cycle of the inspection task: according to the operation requirement of transformer professional inspection, the system needs to provide a transformer inspection task full life cycle management function, and a standardized transformer inspection operation flow is realized. The method comprises the five steps of routing inspection task establishment, task assignment, task supervision, task termination and task auditing.
4. The transformer comprehensive inspection data display: the system needs to provide a comprehensive display function of the professional routing inspection data of the transformer, and provides two visual angle data display modes. 1) Data display with a transformer inspection task as a center mainly comprises information such as execution condition, working progress, inspection operation record and the like of the real transformer inspection task; 2) the transformer is taken as a core business object, and information such as transformer ledgers, routing inspection records, advanced application results, operation and maintenance records, defects and the like is comprehensively displayed according to a full-life-line mode of the transformer, so that the health condition of the transformer is comprehensively displayed.
5. And (3) managing a polling report: the inspection report is an important result of transformer professional inspection operation and is an important basis for analyzing and judging the state of the transformer and making a transformer maintenance plan. The system automatically generates standard reports meeting the standard requirements according to data acquired by the substation inspection operation and inspection report templates, and can manage the standard reports, and the system supports the inspection report template management, so that the content and the style of the inspection reports can be conveniently adjusted.
6. Statistical analysis: the transformer professional routing inspection data are subjected to multi-angle and multi-dimensional statistical analysis according to different service requirements, the operation condition of transformer professional routing inspection is macroscopically reflected, and data support is provided for problem discovery, service optimization and fine management. Such as routing inspection task timeliness statistics, routing inspection data integrity statistics, routing inspection data normative statistics, routing inspection abnormal defect trend statistics, routing inspection abnormal defect distribution statistics, monthly routing inspection work summary statistics and monthly routing inspection work performance summary statistics.
7. Performance assessment: the performance assessment is an important link of the transformer professional routing inspection management, and the routing inspection operation performance of each team is mastered through quantizing the performance, so that the problems existing in the work can be found and the work method can be improved.
8. Communication: various problems can be faced in the professional inspection process of the transformer, and other teams or experts are sometimes needed for assistance. The system needs to provide a real-time communication channel among the teams, can discuss and solve specific problems or topics in the inspection operation, and realizes a new business mode of real-time interaction between the cooperation team and the transformer inspection site.
9. Supporting and managing: the system provides the management function for supporting information such as staff, operators, authorities, databases, logs and the like.
A transformer inspection terminal is a transformer professional inspection standardized transformer inspection terminal based on a mobile communication technology, is an important tool for field operation of operators, is used for assisting in standardizing the working process and working products of transformer professional inspection, improves the field working efficiency, promotes the standardized acquisition of inspection data, and improves the data accuracy. The management terminal mainly has the functions of data communication, inspection task management, standardized operation management, inspection database and communication exchange.
1. Data communication management: the data communication is a basic function required by the professional transformer inspection standard transformer inspection terminal, and is a data support for field operation, data acquisition and information query. Two aspects of data communication function need to be realized: firstly, realizing automatic data access of transformer detection equipment, wherein the transformer detection equipment comprises infrared detection equipment, high-frequency partial discharge detection equipment and a digital camera; and secondly, realizing data synchronization of the field inspection data and the transformer professional inspection comprehensive data application system, wherein the data synchronization comprises real-time inspection data, historical inspection reports, databases, communication and communication data and the like.
2. And (3) routing inspection task management: in the complete transformer inspection operation flow, part of links are completed on site by operators, so that the transformer professional inspection standardized transformer inspection terminal needs to have the inspection function of the site operation part, thereby completing the full life cycle management of the transformer inspection task and improving the refinement degree of the inspection operation management.
3. And (3) standardized operation guidance: the professional routing inspection of the transformer has strict specification requirements and a large amount of inspection contents, the conventional method is to record inspection results by using a paper form on site and then carry out data arrangement and report compiling, and the current situations of nonstandard data, high error probability, low efficiency and the like exist. In addition, the inspection operation is not performed according to the standard requirement during the field operation, and the accuracy of the inspection result is affected. Therefore, the terminal needs to realize a standardized data acquisition function and can perform data verification and history comparison. The terminal adopts a guiding type operation mode to guide an operator to carry out standard operation according to standard inspection steps.
4. And a routing inspection database: the transformer professional inspection standardized transformer inspection terminal can periodically and synchronously inspect a database, and related technical data of transformer professional inspection can be checked on the terminal to assist field operation. The technical data comprises management specifications, technical guide rules, operation guide books, a transformer substation primary wiring diagram, a transformer equipment structure diagram and the like. And data lookup of file formats such as WORD, PDF, IMAGE and the like is supported.
5. Communication: the transformer professional routing inspection standardized transformer routing inspection terminal needs to have a function of communicating with and exchanging in real time, and operators working on site can discuss and exchange specific problems or subjects through the terminal and a cooperation team or an expert to work in cooperation.
For a clearer explanation of the transformer moving inspection method, the following description is made with reference to a plurality of specific embodiments, however, it should be noted that the embodiments are only for better explaining the present invention and should not be construed as an undue limitation to the present invention.
The transformer inspection operation flow scheme provided by the invention can be divided into a transformer professional inspection operation flow (figure 5) at a WEB end and a transformer professional inspection operation flow (figure 6) at a mobile end.
Referring to fig. 5, the professional routing inspection operation flow of the transformer at the WEB end is as follows:
the transformer professional inspection operation firstly creates an inspection project aiming at a certain transformer substation, and assigns the inspection project to a specific inspection responsibility group. And then, establishing an inspection task for a certain transformer of the power station, and defaulting that all transformer inspection tasks of the transformer station are inspected by a project responsibility group, wherein the group leader is the responsible person of the task. When the field starts the inspection operation, the operation content is assigned to a specific member to perform the operation. And after an inspection task (inspection of a transformer) is completed, the inspection task is closed, a task person in charge can summarize the inspection operation according to the inspection operation record, and finally, the inspection operation is audited by a central leader or technical support personnel. After the whole inspection project (inspection operation of a transformer substation) is finished, the test center can issue a complete inspection report of the transformer substation. The polling project information comprises: project name, unit to which the substation belongs, planned start time, planned end time, actual start time, actual end time, job team, current status (planned, executed, finished).
Referring to fig. 6, the professional routing inspection operation flow of the transformer under the mobile terminal is as follows:
and the operating personnel arrive at the transformer substation to check the inspection items and inspection tasks of the transformer, which are responsible by the group, on the transformer inspection terminal and receive the inspection tasks. The operation personnel firstly need to carry out inspection operation safety awareness confirmation, and the method comprises the following steps: checking risk assessment and pre-control measures, checking safety conflict, and performing safety confirmation, wherein the task cannot be started if the task is not confirmed, and the following information needs to be recorded for safety confirmation: confirmation time, confirmation staff (all people participating in the work), and inspection staff (people who operate the login terminal). The safety must be informed that the task is not started, after the safety must be acknowledged, the operator can acknowledge the tools and materials used in the operation, and the information of the tools and materials is maintained in the comprehensive application system and selected on site. After the operation tool is confirmed, the conditions of field operation including operation starting time, weather conditions, temperature, transformer information and the like are recorded, most data items are maintained before operation, and terminal input items are reduced as much as possible. And the operator restores and confirms the site until the site operation is finished.
The exploded structure of the inspection operation proposed by the present invention is shown in fig. 7. The transformer professional inspection is to create a corresponding inspection project for a certain transformer substation, the inspection project comprises inspection tasks of a plurality of transformers, each inspection task comprises six items of operation content, each item of operation content comprises a plurality of operation items, each operation item comprises a plurality of operation items, each item at least comprises one inspection content and an inspection standard, and an operator performs field inspection according to the inspection content and records an inspection result.
The concrete operation items are shown in fig. 8, and comprise six contents of appearance inspection, iron core and clamp grounding current testing, infrared temperature measurement, ultrasonic wave, high-frequency positioning, transformer oil chromatographic analysis and eighteen reverse executions of the national grid.
The contents of the six major jobs specifically include the following job items and job sub-items, as shown in table 1:
TABLE 1 list of contents of six major operations
According to the transformer mobile inspection method and the transformer mobile inspection system, a design concept that a transformer is taken as a core object is adopted, data organization and information display are carried out, and interactive experience with inspection service as a center is realized; the transformer inspection process management is realized, and the standardization and refinement degree of service management is improved.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (10)
1. A transformer mobile inspection method is characterized by comprising the following steps:
step S1, the comprehensive application system generates inspection task information according to the transformer inspection plan input by the staff;
step S2, the comprehensive application system assigns inspection task information and sends the inspection task information to the corresponding transformer inspection terminal;
step S3, the transformer inspection terminal receives the inspection task information and displays the inspection task information to an operator;
step S4, the transformer inspection terminal collects inspection data of the operating personnel according to the inspection task information, and packages the inspection data to generate an inspection result data packet after the inspection task is completed;
step S5, the comprehensive application system monitors the polling task in real time and receives the polling result data packet;
step S6, after the inspection task is completed, the comprehensive application system closes the inspection task;
and step S7, the comprehensive application system analyzes the inspection result data packet, displays the inspection result data packet to the staff, and records the evaluation, management, correction and prevention information of the staff on the inspection operation.
2. The transformer mobile inspection method according to claim 1, wherein the method includes:
and step S8, the comprehensive application system displays the inspection result data to a center leader or technical support personnel, records inspection and verification information input by the center leader or the technical support personnel, and completes inspection and verification of inspection operation.
3. The transformer mobile inspection method according to claim 1, wherein the inspection task information comprises: the polling task comprises the following steps: task name, operation content, operation place, start time, end time, operation team, operation responsible person, operation personnel, weather, temperature, humidity and current inspection state.
4. The transformer mobile inspection method according to claim 3, wherein the operation content defaults to transformer inspection.
5. The transformer mobile inspection method according to claim 3, wherein the current inspection comprises: not started, closed, summarized, audited.
6. The utility model provides a transformer removes system of patrolling and examining which characterized in that, this system includes: a comprehensive application system and a transformer inspection terminal;
the integrated application system comprises: the system comprises an inspection task generating module, a task assigning module, an inspection monitoring module, a task closing module and an inspection summarizing module;
the transformer inspection terminal comprises: the system comprises a task receiving module and a patrol data acquisition module;
wherein,
the inspection task generating module is used for generating inspection task information according to a transformer inspection plan input by a worker;
the task assignment module is used for assigning routing inspection task information and sending the routing inspection task information to the corresponding transformer routing inspection terminal;
the task receiving module is used for receiving the inspection task information and displaying the inspection task information to an operator;
the inspection data acquisition module is used for acquiring inspection data of the operating personnel according to the inspection task information and packaging the inspection data to generate an inspection result data packet after the inspection task is completed;
the inspection monitoring module is used for monitoring the inspection task in real time and receiving an inspection result data packet;
the task closing module is used for closing the inspection task after the inspection task is finished;
and the summary recording module is used for analyzing the inspection result data packet, displaying the inspection result data packet to the staff, and recording evaluation, management, correction and prevention information of the staff on inspection operation.
7. The transformer mobile inspection system according to claim 6, wherein the comprehensive application system further comprises:
and the audit recording module is used for displaying the data of the inspection result to a center leader or technical support personnel, recording inspection audit information input by the center leader or the technical support personnel, and finishing the audit of the inspection operation.
8. The transformer mobile inspection system according to claim 6, wherein the inspection task information includes: the polling task comprises the following steps: task name, operation content, operation place, start time, end time, operation team, operation responsible person, operation personnel, weather, temperature, humidity and current inspection state.
9. The transformer mobile inspection system according to claim 8, wherein the content of the work defaults to transformer inspection.
10. The transformer mobile inspection system according to claim 8, wherein the current inspection includes: not started, closed, summarized, audited.
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