CN116681263B - Electric power data management method and system based on internal model market - Google Patents
Electric power data management method and system based on internal model market Download PDFInfo
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Abstract
The application relates to a power data management method and a system based on an internal model market, comprising the steps of obtaining internal model market login data of a current internal model market demand group, generating power maintenance demand data of the current internal model market demand group, and generating a current internal model market supply group; generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site, acquiring maintenance site safety guide, and generating travel consumption data by the guide; generating team maintenance guide data, responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data, generating internal model business performance data, and transmitting the internal model business performance data to an internal model market management team. The application realizes the conversion of production data into service performance measurement, meets the requirements of the internal model market, improves the efficiency of power data management, and improves the reliability and safety of power data management.
Description
Technical Field
The application relates to the technical field of power management, in particular to a power data management method and system based on an internal model market.
Background
In the internal model market, for an electric power company, each unit in the electric power enterprise is managed according to an independent market main body, a market transaction mechanism is introduced, supporting services provided by the prior internal units in a gratuitous manner are simulated and settled according to marketization, and complete income and expenditure circulation is formed among the internal units, so that simulation income and simulation cost of each unit are calculated. The internal model market takes the 'simulated profit' as the core, and completely and quantitatively reflects the real operation achievement and value contribution of each unit, so that a power enterprise manager can know the real operation level and profitability of each unit, and simultaneously activate the power of each staff of each department in the power enterprise for improving quality and enhancing efficiency, thereby conducting the external market pressure layer by layer in the power enterprise, creating an innovation management mechanism and promoting the development activity of the power enterprise.
Currently, with smart grids and informatization construction, power companies accumulate massive amounts of data with large amounts of features in terms of data volume, diversity, speed and value, especially grid operation, equipment detection or monitoring data. More management methods for power data are disclosed in the invention patent with publication number CN116151649A, wherein the invention discloses a system and a method for managing power engineering supervision data based on blockchain, and the system comprises an acquisition unit and a data management center; the acquisition unit is used for automatically acquiring the running state data of the electric power engineering project according to the instruction sent by the data management center or periodically and automatically and sending the running state data to the data management center. The data management center sends out an instruction to start or periodically and automatically collect the running state data of the power engineering project, and the collection mode is flexible; the corresponding health evaluation model is selected according to the types of the power engineering projects, and different power engineering project types correspond to different training sample data, so that the pertinence of model training and the accuracy and reliability of evaluation are ensured.
Although the technical solution in the above patent document can realize different buffer spaces for the abnormal operation state data and the non-abnormal operation state data, so as to realize isolation of the abnormal operation state data, the problem that the power data management efficiency is low and the data management of the internal model market is not matched still exists.
Disclosure of Invention
Accordingly, it is necessary to provide an in-mold market-based power data management method and system that can meet the needs of in-mold market, improve the efficiency of power data management, and improve the reliability and safety of power data management.
The technical scheme of the invention is as follows:
a method of power data management based on an in-mould market, the method comprising:
acquiring internal model market login data of a current internal model market demand group, generating power maintenance demand data of the current internal model market demand group according to the internal model market login data, and generating a current internal model market supply group according to the power maintenance demand data; generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide; generating team maintenance guide data when the current internal model market supply team arrives at the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply team to perform power maintenance according to the team maintenance guide data; and responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team.
Specifically, obtaining internal model market login data of a current internal model market demand group, generating power maintenance demand data of the current internal model market demand group according to the internal model market login data, and generating a current internal model market supply group according to the power maintenance demand data; the method specifically comprises the following steps:
acquiring internal model market login data of a current internal model market demand group, and extracting an actual login terminal of the current internal model market demand group and an actual login network of the actual login terminal according to the internal model market login data; acquiring a current day planning journey of the current internal model market demand team, and generating a theoretical journey position of the current internal model market demand team according to the current day planning journey; acquiring a theoretical travel network of the theoretical travel position according to the theoretical travel position; judging whether the theoretical journey network is matched with the actual login network, if not, generating a network risk indication, and sending the network risk indication to an internal model market management team; if yes, generating maintenance requirement guiding data, and acquiring real-time data of the power equipment, which are acquired by the current internal model market requirement team based on the maintenance requirement guiding data; generating basic power problem data according to pre-stored standard power equipment data and the power equipment real-time data, and sending the basic power problem data to the current internal model market demand team; acquiring actual correction data of the current internal model market demand team on the basic power problem data, and generating power maintenance demand data according to the actual correction data; extracting the power maintenance requirement data, generating current maintenance characteristics, and acquiring maintenance characteristic experience data of each stored power maintenance team, wherein the maintenance characteristic experience data comprises a plurality of stored maintenance characteristics; and acquiring the stored maintenance quantity of the stored maintenance features matched with the current maintenance features in the maintenance feature experience data, and setting the stored power maintenance team corresponding to the stored maintenance quantity with the largest screened quantity as the current internal model market supply team.
Specifically, generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide; the method specifically comprises the following steps:
extracting current destination position and target position reference data of the current internal model market demand team according to the power maintenance demand data; acquiring current maintenance task data of a maintenance task being executed by the current internal model market supply team, comparing the current maintenance task data with standard maintenance flow data, and generating an estimated maintenance completion position of the current internal model market supply team; acquiring a historical completion position according to the estimated maintenance completion position, generating an estimated completion starting point range according to the historical completion position and the estimated maintenance completion position, and acquiring a central starting point position of the estimated starting point completion range; generating a power maintenance route guide according to the current destination position, the target position reference data and the central starting point position; responding to the generation of the power maintenance travel guide, and acquiring site data to be maintained of an actual power maintenance site uploaded by the current internal model market demand team; analyzing according to the field data to be maintained, generating a maintenance field safety guide, and acquiring actual portable communication equipment of the current internal model market supply team; generating an actual supporting communication mode according to the actual carrying communication equipment; and transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team based on the actual support communication mode, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide.
Specifically, when the current internal model market supply team arrives at the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, generating team maintenance guide data, and guiding the current internal model market supply team to perform power maintenance according to the team maintenance guide data; the method specifically comprises the following steps:
generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to reach a maintenance starting point position corresponding to the target position reference data according to the group maintenance guide data; acquiring an image acquisition guiding direction according to the maintenance starting point position, guiding each supply group maintenance individual in the current internal model market supply group to take a picture according to the image acquisition guiding direction to acquire an actual acquisition image, wherein one supply group maintenance individual corresponds to one group of the actual acquisition images, and each group of the actual acquisition images is marked with individual maintenance authorities matched with the corresponding supply group maintenance individual; acquiring individual maintenance authorities of maintenance individuals of corresponding supply groups according to the actual acquired images, identifying maintenance equipment on the actual acquired images according to the individual maintenance authorities, and acquiring maintenance equipment display data after identification; binding the maintenance equipment display data with the corresponding actual acquired images, generating maintenance indication images, and sending the maintenance indication images to each supply team maintenance individual; and guiding each supply team maintenance individual to carry out power maintenance according to each maintenance indication image.
Specifically, an in-model market based power data management system, the system comprising:
the internal model market team recommending module is used for acquiring internal model market login data of a current internal model market demand team, generating power maintenance demand data of the current internal model market demand team according to the internal model market login data, and generating a current internal model market supply team according to the power maintenance demand data;
the internal model market travel guide module is used for generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide;
the internal model market maintenance guide module is used for generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to carry out power maintenance according to the group maintenance guide data;
And the internal model market performance generation module is used for responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team.
Specifically, the in-model market team recommendation module is further configured to:
acquiring internal model market login data of a current internal model market demand group, and extracting an actual login terminal of the current internal model market demand group and an actual login network of the actual login terminal according to the internal model market login data; acquiring a current day planning journey of the current internal model market demand team, and generating a theoretical journey position of the current internal model market demand team according to the current day planning journey; acquiring a theoretical travel network of the theoretical travel position according to the theoretical travel position; judging whether the theoretical journey network is matched with the actual login network, if not, generating a network risk indication, and sending the network risk indication to an internal model market management team; if yes, generating maintenance requirement guiding data, and acquiring real-time data of the power equipment, which are acquired by the current internal model market requirement team based on the maintenance requirement guiding data; generating basic power problem data according to pre-stored standard power equipment data and the power equipment real-time data, and sending the basic power problem data to the current internal model market demand team; acquiring actual correction data of the current internal model market demand team on the basic power problem data, and generating power maintenance demand data according to the actual correction data; extracting the power maintenance requirement data, generating current maintenance characteristics, and acquiring maintenance characteristic experience data of each stored power maintenance team, wherein the maintenance characteristic experience data comprises a plurality of stored maintenance characteristics; and acquiring the stored maintenance quantity of the stored maintenance features matched with the current maintenance features in the maintenance feature experience data, and setting the stored power maintenance team corresponding to the stored maintenance quantity with the largest screened quantity as the current internal model market supply team.
Specifically, the internal model market travel direction module is further configured to:
extracting current destination position and target position reference data of the current internal model market demand team according to the power maintenance demand data; acquiring current maintenance task data of a maintenance task being executed by the current internal model market supply team, comparing the current maintenance task data with standard maintenance flow data, and generating an estimated maintenance completion position of the current internal model market supply team; acquiring a historical completion position according to the estimated maintenance completion position, generating an estimated completion starting point range according to the historical completion position and the estimated maintenance completion position, and acquiring a central starting point position of the estimated starting point completion range; generating a power maintenance route guide according to the current destination position, the target position reference data and the central starting point position; responding to the generation of the power maintenance travel guide, and acquiring site data to be maintained of an actual power maintenance site uploaded by the current internal model market demand team; analyzing according to the field data to be maintained, generating a maintenance field safety guide, and acquiring actual portable communication equipment of the current internal model market supply team; generating an actual supporting communication mode according to the actual carrying communication equipment; and transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team based on the actual support communication mode, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide.
Specifically, the in-mould market maintenance guide module is further configured to:
generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to reach a maintenance starting point position corresponding to the target position reference data according to the group maintenance guide data; acquiring an image acquisition guiding direction according to the maintenance starting point position, guiding each supply group maintenance individual in the current internal model market supply group to take a picture according to the image acquisition guiding direction to acquire an actual acquisition image, wherein one supply group maintenance individual corresponds to one group of the actual acquisition images, and each group of the actual acquisition images is marked with individual maintenance authorities matched with the corresponding supply group maintenance individual; acquiring individual maintenance authorities of maintenance individuals of corresponding supply groups according to the actual acquired images, identifying maintenance equipment on the actual acquired images according to the individual maintenance authorities, and acquiring maintenance equipment display data after identification; binding the maintenance equipment display data with the corresponding actual acquired images, generating maintenance indication images, and sending the maintenance indication images to each supply team maintenance individual; and guiding each supply team maintenance individual to carry out power maintenance according to each maintenance indication image.
A computer device comprising a memory storing a computer program and a processor implementing the steps of the in-model market based power data management method described above when the computer program is executed.
A computer readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of the method for in-model market based power data management described above.
The invention has the following technical effects:
according to the power data management method and system based on the internal model market, the internal model market login data of the current internal model market demand group are sequentially acquired, the power maintenance demand data of the current internal model market demand group is generated according to the internal model market login data, and the current internal model market supply group is generated according to the power maintenance demand data; generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide; generating team maintenance guide data when the current internal model market supply team arrives at the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply team to perform power maintenance according to the team maintenance guide data; responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team; in order to realize efficient management and utilization of power data and to conduct accurate team recommendation when maintenance is needed, further to generate power maintenance demand data of a current internal model market demand team according to the internal model market login data by obtaining the internal model market login data of the current internal model market demand team, then to generate a current internal model market supply team according to the power maintenance demand data, then to realize cost saving of the internal model market by generating maintenance guide data including power maintenance travel guide and maintenance site safety guide, to realize cost saving by efficient planning of a path, and to realize improvement of safety, in particular to generate power maintenance travel guide for guiding the current internal model market supply team to an actual power maintenance site according to the power maintenance demand data, and acquiring maintenance site safety guidance of the actual power maintenance site, transmitting the power maintenance travel guidance and the maintenance site safety guidance to the current internal model market supply team, generating travel consumption data according to the power maintenance travel guidance and the maintenance site safety guidance in order to meet the requirement of performance statistics, generating field guidance in order to prevent repeated work, guiding corresponding maintenance operation according to corresponding different team rights, specifically generating team maintenance guidance data when the current internal model market supply team reaches the actual power maintenance site according to the power maintenance travel guidance and the maintenance site safety guidance, guiding the current internal model market supply team according to the team maintenance guidance data to perform power maintenance, and finally calculating the actual consumption requirement of the internal model market, and then, the power maintenance is completed by responding to the current internal model market supply team, the maintenance cost consumption data of the current internal model market supply team is obtained, internal model business performance data is generated according to the maintenance cost consumption data and the journey consumption data, and the internal model business performance data is sent to an internal model market management team, so that the production data is converted into business performance measurement, the requirements of an internal model market are met, the efficiency of power data management is improved, and the reliability and the safety of power data management are also improved.
Drawings
FIG. 1 is a flow diagram of a method of power data management based on an in-model market in one embodiment;
FIG. 2 is a block diagram of an in-model market based power data management system in one embodiment;
FIG. 3 is an internal block diagram of a computer device in one embodiment.
Detailed Description
The present application will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present application more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the application.
In one embodiment, a terminal is provided for: acquiring internal model market login data of a current internal model market demand group, generating power maintenance demand data of the current internal model market demand group according to the internal model market login data, and generating a current internal model market supply group according to the power maintenance demand data; generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide; generating team maintenance guide data when the current internal model market supply team arrives at the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply team to perform power maintenance according to the team maintenance guide data; and responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team.
The terminal may be, but is not limited to, various personal computers, notebook computers, smart phones, tablet computers, and portable wearable devices.
In one embodiment, as shown in fig. 1, there is provided an in-model market-based power data management method, the method comprising:
step S100: acquiring internal model market login data of a current internal model market demand group, generating power maintenance demand data of the current internal model market demand group according to the internal model market login data, and generating a current internal model market supply group according to the power maintenance demand data;
step S200: generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide;
step S300: generating team maintenance guide data when the current internal model market supply team arrives at the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply team to perform power maintenance according to the team maintenance guide data;
Step S400: and responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team.
In this embodiment, the maintenance cost consumption data is set by the current internal model market supply team, including maintenance time, maintenance consumption power equipment, and other data, then, when internal model business performance data is generated according to the maintenance cost consumption data and the travel consumption data, the maintenance time and the maintenance consumption power equipment are multiplied by corresponding economic gain weights respectively through preset calculation formulas, such as the maintenance time and the maintenance consumption power equipment respectively corresponding to different economic gain weights, then, the cost is deducted, and finally, the internal model business performance data can be quickly generated, and the internal model business performance data is sent to the internal model market management team.
In this embodiment, in order to achieve efficient management and utilization of power data and to make accurate team recommendation when maintenance is required, further, power maintenance demand data of a current internal model market demand team is generated according to the internal model market demand team by acquiring internal model market landing data of the current internal model market demand team, then the current internal model market demand team is generated according to the power maintenance demand data, and then in order to achieve cost saving requirements of an internal model market, cost saving is achieved by generating maintenance guide data including power maintenance travel direction and maintenance site safety guide, and improvement of safety is achieved, specifically, power maintenance travel direction for guiding the current internal model market demand team to go to an actual power maintenance site is generated according to the power maintenance demand data, and maintenance site safety guide of the actual power maintenance site is acquired, the power maintenance travel direction and the maintenance site safety guide are transmitted to the current internal model market demand team, and in order to meet the demand of the performance statistics, further, by generating power travel direction and the current power maintenance guide data according to the current power maintenance travel direction and the maintenance site safety guide, and then in order to prevent the current power maintenance data from reaching the performance of the corresponding team, and in order to prevent the current power maintenance guide data from reaching the performance of the current power maintenance guide team, finally, in order to calculate the actual consumption demand of the internal model market, the power maintenance is completed by responding to the current internal model market supply group, the maintenance cost consumption data of the current internal model market supply group is obtained, internal model business performance data are generated according to the maintenance cost consumption data and the travel consumption data, and the internal model business performance data are sent to the internal model market management group, so that the production data are converted into business performance measurement, the demand of the internal model market is met, the efficiency of power data management is improved, and the reliability and the safety of power data management are also improved.
In one embodiment, step S100: acquiring internal model market login data of a current internal model market demand group, generating power maintenance demand data of the current internal model market demand group according to the internal model market login data, and generating a current internal model market supply group according to the power maintenance demand data; the method specifically comprises the following steps:
step S110: acquiring internal model market login data of a current internal model market demand group, and extracting an actual login terminal of the current internal model market demand group and an actual login network of the actual login terminal according to the internal model market login data;
step S120: acquiring a current day planning journey of the current internal model market demand team, and generating a theoretical journey position of the current internal model market demand team according to the current day planning journey;
step S130: acquiring a theoretical travel network of the theoretical travel position according to the theoretical travel position;
step S140: judging whether the theoretical journey network is matched with the actual login network, if not, generating a network risk indication, and sending the network risk indication to an internal model market management team;
step S150: if yes, generating maintenance requirement guiding data, and acquiring real-time data of the power equipment, which are acquired by the current internal model market requirement team based on the maintenance requirement guiding data;
Step S160: generating basic power problem data according to pre-stored standard power equipment data and the power equipment real-time data, and sending the basic power problem data to the current internal model market demand team;
step S170: acquiring actual correction data of the current internal model market demand team on the basic power problem data, and generating power maintenance demand data according to the actual correction data;
step S180: extracting the power maintenance requirement data, generating current maintenance characteristics, and acquiring maintenance characteristic experience data of each stored power maintenance team, wherein the maintenance characteristic experience data comprises a plurality of stored maintenance characteristics;
step S190: and acquiring the stored maintenance quantity of the stored maintenance features matched with the current maintenance features in the maintenance feature experience data, and setting the stored power maintenance team corresponding to the stored maintenance quantity with the largest screened quantity as the current internal model market supply team.
In this embodiment, in order to prevent the situation that the landing area is inconsistent with the theoretical landing area due to the security problem of the current internal mold market demand group, further, it is required to obtain a theoretical trip position of the current internal mold market demand group, and obtain a theoretical trip network corresponding to the theoretical trip position, so that after the actual landing network is obtained, the actual landing network is compared with the theoretical trip network, and if the actual landing network is not matched with the theoretical trip network, it is indicated that the current internal mold market demand group may have a position deviation, and if there is a trip deviation, there may also be a position deviation due to a risk accident, so as to ensure the security of the current internal mold market demand group, and further, by obtaining internal mold market landing data of the current internal mold market demand group, an actual landing terminal of the current internal mold market demand group and an actual landing network of the actual landing terminal are extracted according to the internal mold market landing data; acquiring a current day planning journey of the current internal model market demand team, and generating a theoretical journey position of the current internal model market demand team according to the current day planning journey; acquiring a theoretical travel network of the theoretical travel position according to the theoretical travel position; and judging whether the theoretical journey network is matched with the actual login network, if not, generating a network risk indication, and sending the network risk indication to an internal model market management team to realize the judgment of the safety journey through the network. In addition, in order to ensure the data acquisition and management of the problem to be maintained and to perform efficient matching according to the problem, the basic data acquired by the current internal model market supply team, namely the real-time data of the power equipment are acquired first, the real-time data of the power equipment comprise the image data of the power equipment, the problem data generated during real-time operation and the like, then the basic power problem data are acquired through intelligent comparison by comparison with the data normally performed by the power equipment, the data to be maintained are acquired more accurately, the power maintenance requirement data are generated finally through the correction of the current internal model market demand team, namely the real-time data of the power equipment acquired by the current internal model market demand team based on the maintenance requirement guiding data are acquired in response to the judgment of yes; generating basic power problem data according to pre-stored standard power equipment data and the power equipment real-time data, and sending the basic power problem data to the current internal model market demand team; acquiring actual correction data of the basic power problem data by the current internal model market demand team, generating a power maintenance demand number according to the actual correction data, extracting data of the power maintenance demand data for performing accurate matching and further performing feature comparison, and generating current maintenance features, wherein the current maintenance features are features of the power problem to be maintained currently, such as a temperature sensor and an infrared temperature sensor, the corresponding current maintenance features are sensor maintenance features, such as abnormal transceiver test records, abnormal optical fiber communication and the like, are communication abnormal features, further the problem features are reflected by the features, and then maintenance feature experience data of each stored power maintenance team are acquired, and the maintenance feature experience data comprises a plurality of stored maintenance features; and acquiring the stored maintenance quantity of the stored maintenance features matched with the current maintenance features in the maintenance feature experience data, screening out the stored power maintenance teams corresponding to the stored maintenance quantity with the largest quantity, setting the stored power maintenance teams as current internal model market supply teams, and correspondingly processing teams with the largest corresponding problems if the screened out stored maintenance quantity is the teams with the largest corresponding problems, so as to realize accurate teams matching and realize high-accuracy recommendation of the supply teams on the basis of high-efficiency utilization of the current actual data and the historical power maintenance data of the power maintenance.
In one embodiment, step S200: generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide; the method specifically comprises the following steps:
step S210: extracting current destination position and target position reference data of the current internal model market demand team according to the power maintenance demand data;
step S220: acquiring current maintenance task data of a maintenance task being executed by the current internal model market supply team, comparing the current maintenance task data with standard maintenance flow data, and generating an estimated maintenance completion position of the current internal model market supply team;
step S230: acquiring a historical completion position according to the estimated maintenance completion position, generating an estimated completion starting point range according to the historical completion position and the estimated maintenance completion position, and acquiring a central starting point position of the estimated starting point completion range;
Step S240: generating a power maintenance route guide according to the current destination position, the target position reference data and the central starting point position;
step S250: responding to the generation of the power maintenance travel guide, and acquiring site data to be maintained of an actual power maintenance site uploaded by the current internal model market demand team;
step S260: analyzing according to the field data to be maintained, generating a maintenance field safety guide, and acquiring actual portable communication equipment of the current internal model market supply team;
step S270: generating an actual supporting communication mode according to the actual carrying communication equipment;
step S280: and transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team based on the actual support communication mode, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide.
In this embodiment, in order to guide the current internal model market supply team to smoothly arrive at the unit to be maintained for maintenance, in the prior art, direct positioning is generally adopted to perform navigation, then cost calculation is performed, and general navigation is extremely difficult to perform accurate positioning, so that the problem that a destination is difficult to reach due to deviation of a destination position of a user, particularly when power equipment to be maintained is in a remote zone, cost is increased and cost consumption is difficult to calculate is easily generated. The method specifically comprises the steps of firstly extracting current destination position and target position reference data of the current internal model market demand team according to the power maintenance demand data. Then, calculating the accurate position and the starting point position which possibly appears after the current internal model market supply group finishes the task which is carried out, specifically, acquiring the current maintenance task data of the maintenance task which is carried out by the current internal model market supply group, comparing the current maintenance task data with standard maintenance flow data, and generating the estimated maintenance completion position of the current internal model market supply group; acquiring a historical completion position according to the estimated maintenance completion position, generating an estimated completion starting point range according to the historical completion position and the estimated maintenance completion position, and acquiring a central starting point position of the estimated starting point completion range; generating a power maintenance route guide according to the current destination position, the target position reference data and the central starting point position; responding to the generation of the power maintenance travel guide, and acquiring site data to be maintained of an actual power maintenance site uploaded by the current internal model market demand team; the site data to be maintained comprises data such as pictures, audio, video and the like of the site being maintained. Then, analyzing according to the field data to be maintained, generating a maintenance field safety guide, and acquiring actual portable communication equipment of the current internal model market supply team; during analysis, comparing the site data to be maintained with pre-stored existing history steps of completed maintenance tasks to generate an actual estimated process, and then generating an actual support communication mode according to the actual portable communication equipment in order to ensure that the current internal model market supply team can effectively communicate; and transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team based on the actual support communication mode, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide, so that the accurate setting of the final position is realized, the navigation accuracy is improved, the accurate calculation of the cost is also realized, and the generation of the internal model market business performance measurement data is realized.
In one embodiment, step S300: generating team maintenance guide data when the current internal model market supply team arrives at the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply team to perform power maintenance according to the team maintenance guide data; the method specifically comprises the following steps:
step S310: generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to reach a maintenance starting point position corresponding to the target position reference data according to the group maintenance guide data;
step S320: acquiring an image acquisition guiding direction according to the maintenance starting point position, guiding each supply group maintenance individual in the current internal model market supply group to take a picture according to the image acquisition guiding direction to acquire an actual acquisition image, wherein one supply group maintenance individual corresponds to one group of the actual acquisition images, and each group of the actual acquisition images is marked with individual maintenance authorities matched with the corresponding supply group maintenance individual;
Step S330: acquiring individual maintenance authorities of maintenance individuals of corresponding supply groups according to the actual acquired images, identifying maintenance equipment on the actual acquired images according to the individual maintenance authorities, and acquiring maintenance equipment display data after identification;
step S340: binding the maintenance equipment display data with the corresponding actual acquired images, generating maintenance indication images, and sending the maintenance indication images to each supply team maintenance individual;
step S350: and guiding each supply team maintenance individual to carry out power maintenance according to each maintenance indication image.
In this embodiment, in order to prevent repeated maintenance work of different teams in the same industry, and further, to need to perform maintenance guidance after the current inner die market supply team arrives at a position, team maintenance guidance data is generated by when the current inner die market supply team arrives at the actual power maintenance site according to the power maintenance travel guidance and the maintenance site safety guidance, and a team maintenance guidance data is used to guide the current inner die market supply team to arrive at a maintenance start position corresponding to the target position reference data, and the maintenance start position is an origin, or a reference point, by taking the maintenance start position as the origin, a plurality of reference positions are set, so that a user can conveniently perform reference, specifically, by setting an image acquisition guidance direction according to the maintenance start position, and directing each supply team maintenance individual in the current inner die market supply team to take a photograph according to the image acquisition guidance direction, one supply team maintenance individual corresponds to one set of the actual acquisition image, and each group of the actual image is marked with a corresponding image, and the corresponding individual maintenance individual is required to acquire the power maintenance authorization data by the individual in order to identify that the individual maintenance equipment is required to be maintained by the power maintenance individual, and the individual is required to acquire the power equipment by matching with the image acquisition authorization information of the individual maintenance equipment in order to obtain the corresponding to the power acquisition individual repair equipment, when the supply group maintenance individuals with different authorities collect the data, respectively acquiring different maintenance equipment display data, namely carrying out maintenance equipment identification on the actual acquired images according to the individual maintenance authorities, and acquiring the maintenance equipment display data after the identification, so that the supply group maintenance individuals with different individual maintenance authorities can be ensured to maintain matched equipment and cannot exceed the capacity range of the equipment when maintaining, the safety is improved, the maintenance equipment display data is bound with the corresponding actual acquired images to generate maintenance indication images, and the maintenance indication images are sent to each supply group maintenance individual; according to the maintenance indication images, the maintenance individuals of the supply groups are guided to carry out power maintenance, so that the defect problem caused by the fact that paper files are arranged for each maintenance in the prior art is avoided through the guiding mode of the images and the authorities, and efficient and reliable maintenance setting is achieved through the mode.
In one embodiment, as shown in FIG. 2, there is provided an in-model market based power data management system, the system comprising:
the internal model market team recommending module is used for acquiring internal model market login data of a current internal model market demand team, generating power maintenance demand data of the current internal model market demand team according to the internal model market login data, and generating a current internal model market supply team according to the power maintenance demand data;
the internal model market travel guide module is used for generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide;
the internal model market maintenance guide module is used for generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to carry out power maintenance according to the group maintenance guide data;
And the internal model market performance generation module is used for responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team.
In one embodiment, the in-model market team recommendation module is further to:
acquiring internal model market login data of a current internal model market demand group, and extracting an actual login terminal of the current internal model market demand group and an actual login network of the actual login terminal according to the internal model market login data; acquiring a current day planning journey of the current internal model market demand team, and generating a theoretical journey position of the current internal model market demand team according to the current day planning journey; acquiring a theoretical travel network of the theoretical travel position according to the theoretical travel position; judging whether the theoretical journey network is matched with the actual login network, if not, generating a network risk indication, and sending the network risk indication to an internal model market management team; if yes, generating maintenance requirement guiding data, and acquiring real-time data of the power equipment, which are acquired by the current internal model market requirement team based on the maintenance requirement guiding data; generating basic power problem data according to pre-stored standard power equipment data and the power equipment real-time data, and sending the basic power problem data to the current internal model market demand team; acquiring actual correction data of the current internal model market demand team on the basic power problem data, and generating power maintenance demand data according to the actual correction data; extracting the power maintenance requirement data, generating current maintenance characteristics, and acquiring maintenance characteristic experience data of each stored power maintenance team, wherein the maintenance characteristic experience data comprises a plurality of stored maintenance characteristics; and acquiring the stored maintenance quantity of the stored maintenance features matched with the current maintenance features in the maintenance feature experience data, and setting the stored power maintenance team corresponding to the stored maintenance quantity with the largest screened quantity as the current internal model market supply team.
In one embodiment, the in-mould market direction module is further configured to:
extracting current destination position and target position reference data of the current internal model market demand team according to the power maintenance demand data; acquiring current maintenance task data of a maintenance task being executed by the current internal model market supply team, comparing the current maintenance task data with standard maintenance flow data, and generating an estimated maintenance completion position of the current internal model market supply team; acquiring a historical completion position according to the estimated maintenance completion position, generating an estimated completion starting point range according to the historical completion position and the estimated maintenance completion position, and acquiring a central starting point position of the estimated starting point completion range; generating a power maintenance route guide according to the current destination position, the target position reference data and the central starting point position; responding to the generation of the power maintenance travel guide, and acquiring site data to be maintained of an actual power maintenance site uploaded by the current internal model market demand team; analyzing according to the field data to be maintained, generating a maintenance field safety guide, and acquiring actual portable communication equipment of the current internal model market supply team; generating an actual supporting communication mode according to the actual carrying communication equipment; and transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team based on the actual support communication mode, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide.
In one embodiment, the in-mould market repair guideline module is further to:
generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to reach a maintenance starting point position corresponding to the target position reference data according to the group maintenance guide data; acquiring an image acquisition guiding direction according to the maintenance starting point position, guiding each supply group maintenance individual in the current internal model market supply group to take a picture according to the image acquisition guiding direction to acquire an actual acquisition image, wherein one supply group maintenance individual corresponds to one group of the actual acquisition images, and each group of the actual acquisition images is marked with individual maintenance authorities matched with the corresponding supply group maintenance individual; acquiring individual maintenance authorities of maintenance individuals of corresponding supply groups according to the actual acquired images, identifying maintenance equipment on the actual acquired images according to the individual maintenance authorities, and acquiring maintenance equipment display data after identification; binding the maintenance equipment display data with the corresponding actual acquired images, generating maintenance indication images, and sending the maintenance indication images to each supply team maintenance individual; and guiding each supply team maintenance individual to carry out power maintenance according to each maintenance indication image.
In one embodiment, as shown in fig. 3, a computer device includes a memory storing a computer program and a processor implementing the steps of the in-model market-based power data management method described above when the processor executes the computer program.
A computer readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of the method for in-model market based power data management described above.
Those skilled in the art will appreciate that implementing all or part of the above described methods may be accomplished by way of a computer program stored on a non-transitory computer readable storage medium, which when executed, may comprise the steps of the embodiments of the methods described above. Any reference to memory, storage, database, or other medium used in embodiments provided herein may include non-volatile and/or volatile memory. The nonvolatile memory can include Read Only Memory (ROM), programmable ROM (PROM), electrically Programmable ROM (EPROM), electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), dynamic RAM (DRAM), synchronous DRAM (SDRAM), double Data Rate SDRAM (DDRSDRAM), enhanced SDRAM (ESDRAM), synchronous Link DRAM (SLDRAM), memory bus direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM), among others.
The technical features of the above embodiments may be arbitrarily combined, and all possible combinations of the technical features in the above embodiments are not described for brevity of description, however, as long as there is no contradiction between the combinations of the technical features, they should be considered as the scope of the description.
The above examples illustrate only a few embodiments of the application, which are described in detail and are not to be construed as limiting the scope of the application. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the application, which are all within the scope of the application. Accordingly, the scope of protection of the present application is to be determined by the appended claims.
Claims (10)
1. An in-mould market based power data management method, the method comprising:
acquiring internal model market login data of a current internal model market demand group, generating power maintenance demand data of the current internal model market demand group according to the internal model market login data, and generating a current internal model market supply group according to the power maintenance demand data; generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide; generating team maintenance guide data when the current internal model market supply team arrives at the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply team to perform power maintenance according to the team maintenance guide data; and responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team.
2. The internal model market-based power data management method according to claim 1, wherein internal model market login data of a current internal model market demand team is obtained, power maintenance demand data of the current internal model market demand team is generated according to the internal model market login data, and a current internal model market supply team is generated according to the power maintenance demand data; the method specifically comprises the following steps:
acquiring internal model market login data of a current internal model market demand group, and extracting an actual login terminal of the current internal model market demand group and an actual login network of the actual login terminal according to the internal model market login data; acquiring a current day planning journey of the current internal model market demand team, and generating a theoretical journey position of the current internal model market demand team according to the current day planning journey; acquiring a theoretical travel network of the theoretical travel position according to the theoretical travel position; judging whether the theoretical journey network is matched with the actual login network, if not, generating a network risk indication, and sending the network risk indication to an internal model market management team; if yes, generating maintenance requirement guiding data, and acquiring real-time data of the power equipment, which are acquired by the current internal model market requirement team based on the maintenance requirement guiding data; generating basic power problem data according to pre-stored standard power equipment data and the power equipment real-time data, and sending the basic power problem data to the current internal model market demand team; acquiring actual correction data of the current internal model market demand team on the basic power problem data, and generating power maintenance demand data according to the actual correction data; extracting the power maintenance requirement data, generating current maintenance characteristics, and acquiring maintenance characteristic experience data of each stored power maintenance team, wherein the maintenance characteristic experience data comprises a plurality of stored maintenance characteristics; and acquiring the stored maintenance quantity of the stored maintenance features matched with the current maintenance features in the maintenance feature experience data, and setting the stored power maintenance team corresponding to the stored maintenance quantity with the largest screened quantity as the current internal model market supply team.
3. The in-mold market-based power data management method according to claim 1, wherein a power maintenance trip guide directing the current in-mold market supply team to an actual power maintenance site is generated according to the power maintenance demand data, and a maintenance site safety guide of the actual power maintenance site is acquired, the power maintenance trip guide and the maintenance site safety guide are transmitted to the current in-mold market supply team, and trip consumption data is generated according to the power maintenance trip guide and the maintenance site safety guide; the method specifically comprises the following steps:
extracting current destination position and target position reference data of the current internal model market demand team according to the power maintenance demand data; acquiring current maintenance task data of a maintenance task being executed by the current internal model market supply team, comparing the current maintenance task data with standard maintenance flow data, and generating an estimated maintenance completion position of the current internal model market supply team; acquiring a historical completion position according to the estimated maintenance completion position, generating an estimated completion starting point range according to the historical completion position and the estimated maintenance completion position, and acquiring a central starting point position of the estimated completion starting point range; generating a power maintenance route guide according to the current destination position, the target position reference data and the central starting point position; responding to the generation of the power maintenance travel guide, and acquiring site data to be maintained of an actual power maintenance site uploaded by the current internal model market demand team; analyzing according to the field data to be maintained, generating a maintenance field safety guide, and acquiring actual portable communication equipment of the current internal model market supply team; generating an actual supporting communication mode according to the actual carrying communication equipment; and transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team based on the actual support communication mode, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide.
4. The in-house market-based power data management method according to claim 3, wherein when the current in-house market supply team arrives at the actual power maintenance site according to the power maintenance route guidance and the maintenance site safety guidance, team maintenance guidance data is generated, and the current in-house market supply team is guided to perform power maintenance according to the team maintenance guidance data; the method specifically comprises the following steps:
generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to reach a maintenance starting point position corresponding to the target position reference data according to the group maintenance guide data; acquiring an image acquisition guiding direction according to the maintenance starting point position, guiding each supply group maintenance individual in the current internal model market supply group to take a picture according to the image acquisition guiding direction to acquire an actual acquisition image, wherein one supply group maintenance individual corresponds to one group of the actual acquisition images, and each group of the actual acquisition images is marked with individual maintenance authorities matched with the corresponding supply group maintenance individual; acquiring individual maintenance authorities of maintenance individuals of corresponding supply groups according to the actual acquired images, identifying maintenance equipment on the actual acquired images according to the individual maintenance authorities, and acquiring maintenance equipment display data after identification; binding the maintenance equipment display data with the corresponding actual acquired images, generating maintenance indication images, and sending the maintenance indication images to each supply team maintenance individual; and guiding each supply team maintenance individual to carry out power maintenance according to each maintenance indication image.
5. An in-model market-based power data management system, the system comprising:
the internal model market team recommending module is used for acquiring internal model market login data of a current internal model market demand team, generating power maintenance demand data of the current internal model market demand team according to the internal model market login data, and generating a current internal model market supply team according to the power maintenance demand data;
the internal model market travel guide module is used for generating a power maintenance travel guide for guiding the current internal model market supply team to go to an actual power maintenance site according to the power maintenance demand data, acquiring a maintenance site safety guide of the actual power maintenance site, transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide;
the internal model market maintenance guide module is used for generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to carry out power maintenance according to the group maintenance guide data;
And the internal model market performance generation module is used for responding to the current internal model market supply team to complete power maintenance, acquiring maintenance cost consumption data of the current internal model market supply team, generating internal model business performance data according to the maintenance cost consumption data and the journey consumption data, and transmitting the internal model business performance data to an internal model market management team.
6. The in-model market-based power data management system of claim 5, wherein the in-model market team recommendation module is further configured to:
acquiring internal model market login data of a current internal model market demand group, and extracting an actual login terminal of the current internal model market demand group and an actual login network of the actual login terminal according to the internal model market login data; acquiring a current day planning journey of the current internal model market demand team, and generating a theoretical journey position of the current internal model market demand team according to the current day planning journey; acquiring a theoretical travel network of the theoretical travel position according to the theoretical travel position; judging whether the theoretical journey network is matched with the actual login network, if not, generating a network risk indication, and sending the network risk indication to an internal model market management team; if yes, generating maintenance requirement guiding data, and acquiring real-time data of the power equipment, which are acquired by the current internal model market requirement team based on the maintenance requirement guiding data; generating basic power problem data according to pre-stored standard power equipment data and the power equipment real-time data, and sending the basic power problem data to the current internal model market demand team; acquiring actual correction data of the current internal model market demand team on the basic power problem data, and generating power maintenance demand data according to the actual correction data; extracting the power maintenance requirement data, generating current maintenance characteristics, and acquiring maintenance characteristic experience data of each stored power maintenance team, wherein the maintenance characteristic experience data comprises a plurality of stored maintenance characteristics; and acquiring the stored maintenance quantity of the stored maintenance features matched with the current maintenance features in the maintenance feature experience data, and setting the stored power maintenance team corresponding to the stored maintenance quantity with the largest screened quantity as the current internal model market supply team.
7. The in-model market-based power data management system of claim 6, wherein the in-model market-travel-direction module is further configured to:
extracting current destination position and target position reference data of the current internal model market demand team according to the power maintenance demand data; acquiring current maintenance task data of a maintenance task being executed by the current internal model market supply team, comparing the current maintenance task data with standard maintenance flow data, and generating an estimated maintenance completion position of the current internal model market supply team; acquiring a historical completion position according to the estimated maintenance completion position, generating an estimated completion starting point range according to the historical completion position and the estimated maintenance completion position, and acquiring a central starting point position of the estimated completion starting point range; generating a power maintenance route guide according to the current destination position, the target position reference data and the central starting point position; responding to the generation of the power maintenance travel guide, and acquiring site data to be maintained of an actual power maintenance site uploaded by the current internal model market demand team; analyzing according to the field data to be maintained, generating a maintenance field safety guide, and acquiring actual portable communication equipment of the current internal model market supply team; generating an actual supporting communication mode according to the actual carrying communication equipment; and transmitting the power maintenance travel guide and the maintenance site safety guide to the current internal model market supply team based on the actual support communication mode, and generating travel consumption data according to the power maintenance travel guide and the maintenance site safety guide.
8. The in-house market based power data management system of claim 7, wherein the in-house market maintenance guidance module is further configured to:
generating group maintenance guide data when the current internal model market supply group reaches the actual power maintenance site according to the power maintenance travel guide and the maintenance site safety guide, and guiding the current internal model market supply group to reach a maintenance starting point position corresponding to the target position reference data according to the group maintenance guide data; acquiring an image acquisition guiding direction according to the maintenance starting point position, guiding each supply group maintenance individual in the current internal model market supply group to take a picture according to the image acquisition guiding direction to acquire an actual acquisition image, wherein one supply group maintenance individual corresponds to one group of the actual acquisition images, and each group of the actual acquisition images is marked with individual maintenance authorities matched with the corresponding supply group maintenance individual; acquiring individual maintenance authorities of maintenance individuals of corresponding supply groups according to the actual acquired images, identifying maintenance equipment on the actual acquired images according to the individual maintenance authorities, and acquiring maintenance equipment display data after identification; binding the maintenance equipment display data with the corresponding actual acquired images, generating maintenance indication images, and sending the maintenance indication images to each supply team maintenance individual; and guiding each supply team maintenance individual to carry out power maintenance according to each maintenance indication image.
9. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor implements the steps of the method of any of claims 1 to 4 when the computer program is executed.
10. A computer readable storage medium, on which a computer program is stored, characterized in that the computer program, when being executed by a processor, implements the steps of the method of any of claims 1 to 4.
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