CN116049465A - Defect picture data management method for power grid inspection operation based on tool set - Google Patents

Abstract

The invention belongs to the technical field of defect picture data management methods of power grid inspection operation based on a tool set, and discloses a defect picture data management method of power grid inspection operation based on the tool set. The defect picture data management method for the power grid inspection operation based on the tool set comprises the following steps: a) The method comprises the following steps The original photos are arranged and uploaded; b) The method comprises the following steps Task checking and marking; c) The method comprises the following steps Inputting defect data; d) Statistical analysis function; step a) comprises the steps of; a1 A) of: and archiving the original pictures according to rules, storing the original pictures in an original picture library, synchronizing the pictures to a local offline defect searching client, and developing offline defect searching. According to the defect picture data management method for the power grid inspection operation based on the tool set, defect marking and comparison are carried out on the visible light picture and the infrared picture based on the tool set service, and the method flow of defect entry, marking, auditing and statistical analysis is provided, so that the management efficiency is improved, and efficient use of space data resources is promoted.

Description

Defect picture data management method for power grid inspection operation based on tool set

Technical Field

The invention relates to the technical field of a defect picture data management method of power grid inspection operation based on a tool set, in particular to a defect picture data management method of power grid inspection operation based on a tool set.

Background

The existing engineering data management platform for power grid inspection operation has the conditions of multi-place deployment and isolated data management, the data processing depends on off-line tools, and the working efficiency is low, so that in order to meet the requirements of business and technical development, the system is required to be subjected to cloud-up transformation, and a set of integrated data processing platform for one-stop transmission management is created.

At present, defect picture data of on-site power grid inspection operation is basically transferred by adopting modes such as hard disk mailing, network disk and the like after the data is uploaded by operators, and then summarized on a platform, so that the processing flow of the platform is not clear enough, the efficiency is low, the degree of automation is to be improved, a set of more mature tool set and an operation flow are lacked, and a power grid inspection operation defect picture data management method based on the tool set is urgently needed to solve the problems.

Disclosure of Invention

The invention aims to provide a defect picture data management method for power grid inspection operation based on a tool set, which improves the management efficiency of defect picture data in the power grid inspection operation flow.

In order to achieve the above purpose, the invention is realized by the following technical scheme: a defect picture data management method for power grid inspection operation based on a tool set comprises the following steps:

a) The method comprises the following steps The original photos are arranged and uploaded;

b) The method comprises the following steps Task checking and marking;

c) The method comprises the following steps Inputting defect data;

d) Statistical analysis function;

step a) comprises the steps of;

a1 A) of: archiving the original pictures according to rules (case number + patrol date/income/operation and maintenance unit/line name + patrol position + section information/tower name/photo), storing the original pictures into an original picture library, synchronizing the pictures to a local offline defect searching client, and developing offline defect searching;

a2 A) of: in order to meet the requirement of simultaneously archiving and storing pictures with the temperature of more than 10T, an original data uploading interface is designed, and a large amount of data is archived and stored by matching the daily report information of the power grid inspection operation with a picture catalog;

a3 A) of: the system acquires task key information based on the agreed file directory naming standards, and generates a power grid inspection operation task record according to different inspection sections. The inspection tasks waiting for distribution are selected, the tasks are decomposed, the defect inspection tasks needing to be distributed after decomposition are selected, and the selected tasks can be automatically distributed or distributed in batches.

Step b), after the corresponding allocation task is obtained in the step a), the following steps are carried out; and checking and collecting the allocation task by a quality inspection team member, marking the visible light picture and the infrared picture by a defect circling, adjusting brightness, contrast and saturation of the picture, and configuring information of the defect.

Preferably, configuring information on the defect includes the following steps;

b1 A) of: the system uses the unique line identifier to associate the infrared defect picture with the contrast picture so as to screen defect data of special tasks such as three spans;

b2 A) of: maintaining a defect dictionary, and establishing a parent-child node relation according to a standard defect dictionary to realize linkage;

b3 A) of: according to a standard defect dictionary, pulling down the defect description displayed by selection; inputting defect details, and providing management of a plurality of defect marking frames corresponding to the same defect;

b4 A) of: providing historical defect information comparison for the same tower line and generating a comparison result;

b5 A) of: storing defect information and defect pictures, generating defect records (namely defect list), generating defect picture descriptions according to rules, and editing and deleting the defect list again;

b6 A) of: after the defect checking is completed, the platform stores a visible light contrast photo with infrared defects, designates a local storage catalog and guides the contrast photo from the server to the application system.

Through above-mentioned technical scheme, the shaft tower: a support in the overhead transmission line for supporting the transmission line;

three spans: refers to an overhead transmission line section that spans a highway, and an important transmission channel.

Preferably, c) comprises the steps of:

c1 A) of: performing batch management on defective pictures after the original pictures are subjected to offline defect searching, conducting the defective pictures into a defect library in batches based on a file management tool, a catalog management tool and a file importing tool, automatically matching photo folders in the uploading process, automatically uploading corresponding photos to the designated tower catalog, and automatically creating a file catalog if the matched folders or catalogues do not exist;

c2 A) of: storing in a defect library according to rules (year/unit/inspection date/frame time position/line name/picture), establishing line information of a defect photo, and supporting quick file searching and browsing in a folder according to keywords; and (3) associating with the background data, storing unstructured data as structured data, and checking whether a tower with a missing photo exists after the photo is uploaded. Aiming at a historical defect picture library, supporting the tracing and displaying of specified tower defects and the pushing of historical defect data;

c3 A) of: the uploading process depends on a breakpoint continuous transmission function, the picture uploading progress is displayed, and when the situation of data transmission interruption occurs under the conditions of manual pause, system downtime and service error, the next starting automatically continues to transmit from the interrupted position, so that the data integrity is ensured, and the repetition and loss of the data are avoided;

c4 A) of: the inspection personnel can use a quick search tool to quickly search the defect picture according to keyword fuzzy inquiry, conditions and contents, files do not need to be downloaded, the contents of the cloud large files can be loaded in a page-turning mode, and the picture can be previewed on line. And (5) carrying out customized selection and derivation of the original picture and the thumbnail of the defect. In addition, before downloading large quantities of data, statistical analysis is performed on the data capacity to be downloaded.

Through the technical scheme, the defect library comprises the following steps: the method is used for warehousing, storing, managing, retrieving, displaying and analyzing the defect data of the power grid inspection operation data, and can be used for associating the defect photos.

Preferably, d) comprises the steps of:

d1 Daily report: according to different inspection tasks and defect inspection tasks, distribution personnel and defect inspection personnel can use a file export tool to select conditions such as time sections, operation and maintenance units and the like, and then export corresponding defect inspection daily reports and data flow daily reports according to daily report templates for statistical analysis to generate an accessory defect summary table and a defect detail list;

d2 Week report: automatically generating and counting corresponding data according to the week report template, and generating an accessory defect summary list and a defect detail list;

d3 Month report: and automatically generating and counting corresponding data according to the month report template, and generating an accessory defect summary table and a defect detail list.

Through the technical scheme, the tool set service: in the method, cloud host management, storage management and API services are provided. The present disclosure generally includes: file management, catalog management, power-off continuous transmission, online preview, quick search, file import, file export, dynamic preview, online editing, quick search, and editing lock tools.

By adopting the technical scheme, the invention has the beneficial effects that:

1. the defect picture data management method for the power grid inspection operation based on the tool set integrates the defect data management module based on the tool set on the basis of cloud modification of the power grid inspection operation defect data, starts from the original data arrangement, performs defect marking and comparison on visible light pictures and infrared pictures based on the tool set service, and provides the method flow of defect entry, marking, auditing and statistical analysis, so that the management efficiency is improved, and the efficient use of space data resources is promoted.

2. The defect picture data management method for the power grid inspection operation based on the tool set can promote defect picture data flow management of the power grid inspection operation, improve management efficiency and promote efficient use of space data resources.

3. The defect picture data management method for the power grid inspection operation based on the tool set integrates a defect data management module based on the tool set on the basis of cloud modification of the power grid inspection operation defect data, starts from the original data arrangement, performs defect marking and comparison on visible light pictures and infrared pictures based on the tool set service, and provides the method flow of defect entry, marking, auditing and statistical analysis, so that the management efficiency is improved, and the efficient use of space data resources is promoted.

Drawings

FIG. 1 is a schematic illustration of a business process activity inventory process according to the present invention;

FIG. 2 is a schematic diagram of a defect table according to the present invention.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

Referring to fig. 1-2, the present invention provides a technical solution: a defect picture data management method for power grid inspection operation based on a tool set comprises the following steps:

a) The method comprises the following steps The original photos are arranged and uploaded;

b) The method comprises the following steps Task checking and marking;

c) The method comprises the following steps Inputting defect data;

d) Statistical analysis function;

step a) comprises the steps of;

a1 A) of: archiving the original pictures according to rules (case number + patrol date/income/operation and maintenance unit/line name + patrol position + section information/tower name/photo), storing the original pictures into an original picture library, synchronizing the pictures to a local offline defect searching client, and developing offline defect searching;

a2 A) of: in order to meet the requirement of simultaneously archiving and storing pictures with the temperature of more than 10T, an original data uploading interface is designed, and a large amount of data is archived and stored by matching the daily report information of the power grid inspection operation with a picture catalog;

a3 A) of: the system acquires task key information based on the agreed file directory naming standards, and generates a power grid inspection operation task record according to different inspection sections. The inspection tasks waiting for distribution are selected, the tasks are decomposed, the defect inspection tasks needing to be distributed after decomposition are selected, and the selected tasks can be automatically distributed or distributed in batches.

Step b), after the corresponding allocation task is obtained in the step a), the following steps are carried out; the quality inspection group staff collects the allocation task, performs defect circling marking on the visible light picture and the infrared picture, adjusts brightness, contrast and saturation of the images, and configures information on the defects;

configuring information of the defect comprises the following steps;

b1 A) of: the system uses the unique line identifier to associate the infrared defect picture with the contrast picture so as to screen defect data of special tasks such as three spans;

b2 A) of: maintaining a defect dictionary, and establishing a parent-child node relation according to a standard defect dictionary to realize linkage;

b3 A) of: according to a standard defect dictionary, pulling down the defect description displayed by selection; inputting defect details, and providing management of a plurality of defect marking frames corresponding to the same defect;

b4 A) of: providing historical defect information comparison for the same tower line and generating a comparison result;

b5 A) of: storing defect information and defect pictures, generating defect records (namely defect list), generating defect picture descriptions according to rules, and editing and deleting the defect list again;

b6 A) of: after the defect checking is finished, the platform stores a visible light contrast photo with infrared defects, a local storage catalog is designated, and the contrast photo is imported into an application system from a server;

and (3) a pole tower: a support in the overhead transmission line for supporting the transmission line;

three spans: refers to an overhead transmission line section spanning a highway, a highway and an important transmission channel;

c) The method comprises the following steps:

c1 A) of: performing batch management on defective pictures after the original pictures are subjected to offline defect searching, conducting the defective pictures into a defect library in batches based on a file management tool, a catalog management tool and a file importing tool, automatically matching photo folders in the uploading process, automatically uploading corresponding photos to the designated tower catalog, and automatically creating a file catalog if the matched folders or catalogues do not exist;

c2 A) of: storing in a defect library according to rules (year/unit/inspection date/frame time position/line name/picture), establishing line information of a defect photo, and supporting quick file searching and browsing in a folder according to keywords; and (3) associating with the background data, storing unstructured data as structured data, and checking whether a tower with a missing photo exists after the photo is uploaded. Aiming at a historical defect picture library, supporting the tracing and displaying of specified tower defects and the pushing of historical defect data;

c3 A) of: the uploading process depends on a breakpoint continuous transmission function, the picture uploading progress is displayed, and when the situation of data transmission interruption occurs under the conditions of manual pause, system downtime and service error, the next starting automatically continues to transmit from the interrupted position, so that the data integrity is ensured, and the repetition and loss of the data are avoided;

c4 A) of: the inspection personnel can use a quick search tool to quickly search the defect picture according to keyword fuzzy inquiry, conditions and contents, files do not need to be downloaded, the contents of the cloud large files can be loaded in a page-turning mode, and the picture can be previewed on line. And (5) carrying out customized selection and derivation of the original picture and the thumbnail of the defect. In addition, before downloading large quantities of data, statistical analysis is performed on the data capacity to be downloaded.

Through the technical scheme, the defect library comprises the following steps: the method is used for warehousing, storing, managing, retrieving, displaying and analyzing the defect data of the power grid inspection operation data, and can be used for associating the defect photos;

d) The method comprises the following steps:

d1 Daily report: according to different inspection tasks and defect inspection tasks, distribution personnel and defect inspection personnel can use a file export tool to select conditions such as time sections, operation and maintenance units and the like, and then export corresponding defect inspection daily reports and data flow daily reports according to daily report templates for statistical analysis to generate an accessory defect summary table and a defect detail list;

d2 Week report: automatically generating and counting corresponding data according to the week report template, and generating an accessory defect summary list and a defect detail list;

d3 Month report: automatically generating and counting corresponding data according to the month report template, and generating an accessory defect summary list and a defect detail list;

tool set service: in the method, cloud host management, storage management and API services are provided. The present disclosure generally includes: file management, catalog management, power-off continuous transmission, online preview, quick search, file import, file export, dynamic preview, online editing, quick search, and editing lock tools.

When the defect picture data management method for the power grid inspection operation based on the tool set works, the defect picture data management method for the power grid inspection operation is reformed and implemented based on the processes a) -d), so that the tool set integrated defect data management module is realized, the defect marking and comparison are carried out on the visible light picture and the infrared picture based on the tool set service, and the method processes of defect entry, marking, auditing and statistical analysis are provided, so that the management efficiency is improved, and the efficient use of space data resources is promoted.

It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (1)

1. A defect picture data management method for power grid inspection operation based on a tool set comprises the following steps:

a) The method comprises the following steps The original photos are arranged and uploaded;

b) The method comprises the following steps Task checking and marking;

c) The method comprises the following steps Inputting defect data;

d) Statistical analysis function;

step a) comprises the steps of;

a1 A) of: archiving the original pictures according to rules (case number + patrol date/income/operation and maintenance unit/line name + patrol position + section information/tower name/photo), storing the original pictures into an original picture library, synchronizing the pictures to a local offline defect searching client, and developing offline defect searching;

a2 A) of: in order to meet the requirement of simultaneously archiving and storing pictures with the temperature of more than 10T, an original data uploading interface is designed, and a large amount of data is archived and stored by matching the daily report information of the power grid inspection operation with a picture catalog;

a3 A) of: the system acquires task key information based on the agreed file directory naming standards, and generates a power grid inspection operation task record according to different inspection sections. The inspection tasks waiting for distribution are selected, the tasks are decomposed, the defect inspection tasks needing to be distributed after decomposition are selected, and the selected tasks can be automatically distributed or distributed in batches.

Step b), after the corresponding allocation task is obtained in the step a), the following steps are carried out; the quality inspection group staff collects the allocation task, performs defect circling marking on the visible light picture and the infrared picture, adjusts brightness, contrast and saturation of the images, and configures information on the defects;

configuring information of the defect comprises the following steps;

b1 A) of: the system uses the unique line identifier to associate the infrared defect picture with the contrast picture so as to screen defect data of special tasks such as three spans;

b2 A) of: maintaining a defect dictionary, and establishing a parent-child node relation according to a standard defect dictionary to realize linkage;

b3 A) of: according to a standard defect dictionary, pulling down the defect description displayed by selection; inputting defect details, and providing management of a plurality of defect marking frames corresponding to the same defect;

b4 A) of: providing historical defect information comparison for the same tower line and generating a comparison result;

b5 A) of: storing defect information and defect pictures, generating defect records (namely defect list), generating defect picture descriptions according to rules, and editing and deleting the defect list again;

b6 A) of: after the defect checking is completed, the platform stores a visible light contrast photo with infrared defects, designates a local storage catalog and guides the contrast photo from the server to the application system.

c) The method comprises the following steps:

c1 A) of: performing batch management on defective pictures after the original pictures are subjected to offline defect searching, conducting the defective pictures into a defect library in batches based on a file management tool, a catalog management tool and a file importing tool, automatically matching photo folders in the uploading process, automatically uploading corresponding photos to the designated tower catalog, and automatically creating a file catalog if the matched folders or catalogues do not exist;

c2 A) of: storing in a defect library according to rules (year/unit/inspection date/frame time position/line name/picture), establishing line information of a defect photo, and supporting quick file searching and browsing in a folder according to keywords; and (3) associating with the background data, storing unstructured data as structured data, and checking whether a tower with a missing photo exists after the photo is uploaded. Aiming at a historical defect picture library, supporting the tracing and displaying of specified tower defects and the pushing of historical defect data;

c3 A) of: the uploading process depends on a breakpoint continuous transmission function, the picture uploading progress is displayed, and when the situation of data transmission interruption occurs under the conditions of manual pause, system downtime and service error, the next starting automatically continues to transmit from the interrupted position, so that the data integrity is ensured, and the repetition and loss of the data are avoided;

c4 A) of: the inspection personnel can use a quick search tool to quickly search the defect picture according to keyword fuzzy inquiry, conditions and contents, files do not need to be downloaded, the contents of the cloud large files can be loaded in a page-turning mode, and the picture can be previewed on line. And (5) carrying out customized selection and derivation of the original picture and the thumbnail of the defect. In addition, before downloading large quantities of data, statistical analysis is performed on the data capacity to be downloaded.

d) The method comprises the following steps:

d1 Daily report: according to different inspection tasks and defect inspection tasks, distribution personnel and defect inspection personnel can use a file export tool to select conditions such as time sections, operation and maintenance units and the like, and then export corresponding defect inspection daily reports and data flow daily reports according to daily report templates for statistical analysis to generate an accessory defect summary table and a defect detail list;

d2 Week report: automatically generating and counting corresponding data according to the week report template, and generating an accessory defect summary list and a defect detail list;

d3 Month report: and automatically generating and counting corresponding data according to the month report template, and generating an accessory defect summary table and a defect detail list.

Images