A method, device, platform and equipment for processing inspection services for distribution network wiring

Abstract

The present application provides a method, device, platform and equipment for processing inspection services for distribution network cables, which belongs to the technical field of distribution network line inspection services. The business processing method no longer relies entirely on manual processing, but combines offline operations with online operations. When performing business processing on collected data with strong confidentiality, the collected data is processed offline, and when performing process processing on the collected data, the collected data is processed online. The task allocation end on the task issuing side, the business scheduling end on the process scheduling allocation side, the collection service execution end on the data recording side and the analysis service execution end on the data analysis side can all grasp the current progress of the inspection task in real time, so as to protect data security while improving the work efficiency of the overall business process, making the management process more traceable and transparent.

Description

Technical Field

[0001] The present application relates to a distribution network line inspection service technology, and in particular to a distribution network line inspection service processing method, device, platform and equipment. Background Art

[0002] Since the distribution network involves the privacy of line component data, in order to ensure the security of data, after the drone inspection is completed, the collected data is generally carried out offline through traditional physical media, and the collected data is transferred, quality inspected and accepted. However, in the execution of the business process, it is found that plan review, logistics progress follow-up, report generation, operation progress and process monitoring, and operation statistics are completely dependent on manual processing, which makes information transmission and management efficiency low, prone to omissions and errors, and the traceability and transparency of the management process are poor. Summary of the invention

[0003] The present application provides a method, device, platform and equipment for processing inspection business for distribution network cables, so as to improve the work efficiency of the overall business process while protecting data security, making the management process more traceable and transparent.

[0004] The technical solutions provided in this application include:

[0005] In a first aspect, an embodiment of the present application provides a method for processing inspection services for distribution network cables, the method being applied to a service dispatching end of a one-stop inspection service platform, the service processing platform further comprising a task allocation end, a collection service execution end, and an analysis service execution end, the task allocation end, the collection service execution end, and the analysis service execution end are all electrically connected to the service dispatching end, the method comprising:

[0006] According to the inspection task determined by the task allocation end, the inspection area, inspection drone information and inspection tasks to be performed required for performing this inspection task are determined, and the inspection node progress of the inspection drone formation to be performed for this inspection task is displayed as current status information in the task allocation end and the business scheduling end;

[0007] After determining the collection service provider that can perform this inspection task according to the inspection drone information and the inspection area, send the inspection drone information, inspection area and inspection task to be inspected to the collection service execution end set on the collection service provider side, determine in real time the status information of each node progress of the inspection drone formation determined by the collection service provider in executing the inspection task, and synchronously display the status information in the task allocation end and the business scheduling end in sequence according to the progress of each node;

[0008] After receiving the collected data transferred offline by the collection service provider and performing quality inspection on the collected data, for the collection quality inspection results that are qualified, the qualified confirmation information indicating that the collection quality inspection is qualified is sent to the collection service execution end, and the node progress indicating the assignment of the analysis service provider to be analyzed to the collected data is synchronously displayed in the task allocation end and the business scheduling end as the current status information;

[0009] After the analysis service provider is determined and the analysis service provider has received the collected data offline, the status information indicating the status of each progress node of the analysis of the collected data sent by the analysis service execution terminal set at the analysis service provider side is received, and the status information is synchronously displayed in the business status window of the task allocation terminal and the business scheduling terminal;

[0010] When the data analysis result sent by the analysis service execution end is received, the data analysis result is sent to the task allocation end for acceptance. If the task allocation end receives acceptance information indicating that the data analysis result has been accepted, the acceptance information is synchronized with the task allocation end, the business scheduling end and the analysis service execution end as the current status information; if the task allocation end receives acceptance failure information indicating that the data analysis result has been accepted, the node progress indicating the acceptance failure information is synchronized with the task allocation end, the business scheduling end and the analysis service execution end as the current status information, so that the analysis executor can further analyze the collected data.

[0011] In the second aspect, the present application further provides an inspection service processing device for distribution network wiring, the service processing device is applied to the service dispatching end of the one-stop inspection service platform, the service processing platform also includes a task allocation end, a collection service execution end and an analysis service execution end, the task allocation end, the collection service execution end and the analysis service execution end are all electrically connected to the service dispatching end, and the service processing device includes:

[0012] The inspection task issuing unit is used to determine the inspection area, inspection drone information and inspection tasks to be performed required for performing this inspection task according to the inspection tasks determined by the task allocation end, and to display the inspection node progress of the inspection drone formation to be performed for this inspection task as the current status information in the task allocation end and the business scheduling end;

[0013] The collection service provider determination unit is used to send the inspection drone information, inspection area and pending inspection task to the collection service execution terminal set on the collection service provider side after determining the collection service provider that can perform the inspection task according to the inspection drone information and the inspection area, and to determine the status information of each node progress of the inspection drone formation determined by the collection service provider in the execution of the inspection task in real time, and synchronously display the status information in the task allocation terminal and the business scheduling terminal in sequence according to the progress of each node;

[0014] The collection quality inspection unit is used to, after receiving the collection data transferred offline by the collection service provider and performing quality inspection on the collection data, send qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end for the collection quality inspection result, and synchronously display the node progress indicating the assignment of the analysis service provider to be analyzed to the collection data as the current status information in the task allocation end and the business scheduling end;

[0015] The analysis service provider determination unit is used to receive the status information of each progress node of the analysis of the collected data sent by the analysis service execution terminal set on the analysis service provider side after the analysis service provider is determined and the analysis service provider has received the collected data offline, and synchronously display it in the business status window of the task allocation terminal and the business scheduling terminal; when the data analysis result sent by the analysis service execution terminal is received, the analysis result acceptance unit is triggered;

[0016] The analysis result acceptance unit is used to send the data analysis result to the task allocation end for acceptance, and if the acceptance information sent by the task allocation end indicating that the data analysis result has been accepted is received, the acceptance announcement unit is triggered; if the acceptance information sent by the task allocation end indicating that the data analysis result has been accepted is received, the acceptance failure determination unit is triggered;

[0017] The verified publicizing unit is used to synchronize the information indicating the acceptance as the current status information to the task allocating end, the business scheduling end and the analysis service executing end;

[0018] The acceptance failure determination unit is used to synchronize the node progress indicating that the data analysis result has failed acceptance as current status information to the task allocation end, the business scheduling end and the analysis service execution end, so that the analysis executor can further analyze the collected data.

[0019] In a third aspect, the present application further provides a one-stop inspection service platform, the one-stop inspection service platform comprising a business dispatching end, a task allocation end, a collection service execution end arranged on the collection service provider side, and an analysis service execution end arranged on the analysis service provider side, the task allocation end, the collection service execution end, and the analysis service execution end are all electrically connected to the business dispatching end;

[0020] The service scheduling end is used to execute the steps of the inspection service processing method described in any embodiment of the first aspect;

[0021] The task allocation end is used to send inspection tasks to the business scheduling end, and receive the current status information corresponding to the progress of each node sent by the business scheduling end, and synchronously display it in the business status window of this task allocation end, and receive the data analysis results sent by the business scheduling end, and send the acceptance node progress indicating that the data analysis results are being accepted to the business scheduling end, so that the business scheduling end will synchronously display the acceptance node progress as the current progress in the business progress windows of the task allocation end, the business scheduling end and the analysis service execution end; receive the input acceptance acceptance for the data analysis results, if it is determined that the data analysis results are accepted, send the acceptance information to the business scheduling end; if it is determined that the data analysis results are unacceptable, send the acceptance failure information indicating that the data analysis results are unacceptable to the business scheduling end;

[0022] The collection service execution end is used to receive the inspection drone information and the tasks to be inspected sent by the business scheduling end, and send the status information of each node progress of the determined inspection drone formation in the execution of the inspection task to the business scheduling end in real time. When receiving the display information sent by the business scheduling end indicating the display status information, the received status information is displayed in the business status window; when receiving the unqualified confirmation information sent by the business scheduling end, it is determined to re-execute the inspection task, and returns to execute the step of sending the status information of each node progress of the determined inspection drone formation in the execution of the inspection task to the business scheduling end in real time, receiving the node progress indicating that the collection quality inspection is unqualified sent by the business scheduling end as the current status information and displaying it in the business status window; when receiving the qualified confirmation information sent by the business scheduling end, the node progress indicating that the collection quality inspection is qualified sent by the business scheduling end is received as the current status information and displayed in the business status window;

[0023] The analysis service execution end is used to send the status information of each progress node of the analysis of the collected data sent by the analysis service execution end on the analysis service provider side to the business scheduling end, and after completing the analysis of the collected data, send the data analysis results to the business scheduling end, and when receiving the display information indicating the display status information sent by the business scheduling end, display the received status information in the business status window.

[0024] It can be seen from the above technical solutions that the technical solution provided by the present application is no longer completely dependent on manual processing like the prior art, but a combination of offline and online operations. When performing business processing on collected data with strong confidentiality, the collected data is processed offline, and when performing process processing on the collected data, the collected data is processed online. The current progress of the inspection task can be grasped in real time at the task allocation end on the task issuing side, the business scheduling end on the process scheduling allocation side, the collection service execution end on the data recording side, and the analysis service execution end on the data analysis side. While protecting data security, it can also improve the work efficiency of the overall business process, making the management process more traceable and transparent. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the present disclosure and, together with the description, serve to explain the principles of the present disclosure.

[0026] Figure 1 A flowchart of a business processing method provided for this application;

[0027] Figure 2 A schematic diagram of the structure of a one-stop inspection service platform provided for this application;

[0028] Figure 3 A schematic diagram of the structure of a business processing device provided by this application;

[0029] Figure 4 A state diagram of the process interaction of a one-stop inspection service platform provided for this application;

[0030] Figure 5 A schematic diagram of the structure of an electronic device provided in this application. DETAILED DESCRIPTION

[0031] Exemplary embodiments will be described in detail herein, examples of which are shown in the accompanying drawings. When the following description refers to the drawings, the same numbers in different drawings represent the same or similar elements unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present invention. Instead, they are merely examples of devices and methods consistent with some aspects of the present invention as detailed in the appended claims.

[0032] See also Figure 1 , Figure 1 A flow chart of a method for processing a distribution network line inspection service is provided. The method is applied to a service dispatching terminal 201 of a one-stop inspection service platform. Figure 2 As shown, the business processing platform 200 further includes a task allocation terminal 202, a collection service execution terminal 203 and an analysis service execution terminal 204, and the task allocation terminal 202, the collection service execution terminal 203 and the analysis service execution terminal 204 are all electrically connected to the business scheduling terminal 201. In this embodiment, in actual application, the collection service execution terminal is set on the collection service provider side to interact with the collection service provider, and the analysis service execution terminal is set on the analysis service provider side to interact with the analysis service provider.

[0033] Based on the business dispatching end of the above-mentioned one-stop inspection service platform, the implementation method of the business processing method includes the following steps:

[0034] Step 101, based on the inspection tasks determined by the task allocation end, determine the inspection area, inspection drone information and tasks to be inspected required to execute this inspection task, and display the inspection node progress of the inspection drone formation determined to execute this inspection task as current status information in the task allocation end and the business scheduling end.

[0035] In this embodiment, the inspection task determined by the task allocation end can be an inspection task pre-planned by the business scheduling end and sent to the task allocation end, and the confirmation information indicating that it is waiting for the owner's confirmation is displayed on the task allocation end and the business scheduling end, so as to be determined by the owner of the task allocation end. If the owner's review is unqualified, a rejection information indicating unqualified is sent to the business scheduling end and displayed. It can also be created by the task allocation end by a small program or generated by a computer, and the inspection task is sent to the business scheduling end.

[0036] The task allocation end sends the inspection task to the business scheduling end. The inspection task includes at least the inspection area and the tasks to be inspected. According to the inspection task, the inspection area, inspection drone information and the tasks to be inspected required for executing this inspection task are determined. The inspection drone information can include the inspection drone model and the number of inspection drones. For the task allocation end and the business scheduling end, the status information indicating that the inspection drone formation is waiting for team formation will be displayed, so as to clearly know which node progress the execution of this inspection task is at according to the current status information displayed by the task allocation end and the business scheduling end. After determining the inspection drone information and the tasks to be inspected, the next step is to determine the inspection drone formation. Based on this, the status information indicating the waiting inspection drone formation will be displayed in the task allocation end and the business scheduling end.

[0037] In this embodiment, the current status information can be displayed in a business progress window specifically used to display business status information in the task allocation end and the business scheduling end. As an embodiment, the inspection node progress of the inspection drone formation determined to perform the inspection task will be displayed as the current status information in the business progress window of the task allocation end and the business scheduling end.

[0038] As an embodiment, the local storage of the service scheduling end stores in advance the progress of each node used to execute the inspection task. When the target node progress is executed according to the order of the node progress, the target progress node is directly obtained from the local storage, and the target progress node is used as the current state information. As another embodiment, the local storage of the service scheduling end stores in advance the progress of each node used to execute the inspection task. When the target node progress determined by the user is received, the target progress node is directly obtained from the local storage, and the target progress node is used as the current state information.

[0039] Step 102, after determining the collection service provider that can perform the inspection task based on the inspection drone information and the inspection area, send the inspection drone information, inspection area and tasks to be inspected to the collection service execution end set on the collection service provider side, and determine in real time the status information of each node progress of the inspection drone formation determined by the collection service provider in executing the inspection task, and synchronously display the status information in the task allocation end and the business scheduling end according to the progress of each node.

[0040] In this embodiment, the staff can determine the collection execution service provider suitable for this inspection task according to the inspection drone information and the inspection area, so as to set up the collection execution service end on the collection execution service provider side. For example, the collection execution service provider that is closest to the inspection area and can provide an inspection drone that matches the inspection drone information is selected.

[0041] After seeing the inspection drone information, inspection area and inspection tasks sent by the collection service execution end, the collection service provider will equip the inspection drone formation. The business dispatch end will receive the current node progress of the inspection drone formation sent by the collection service execution end in real time, and send the current node progress as the current status information to the business progress window of the business dispatch end for display. In this way, the task allocation end and the business dispatch end can understand the node progress of the execution of this inspection task in real time even if they are remote.

[0042] The progress of each of the above nodes at least includes collecting and collected. The status information of the node progress is indicated as collected, which means that the inspection task has been completed, that is, the data collection is completed. Due to the confidentiality of the data itself, it is necessary to remove the storage card storing the collected data from each drone. The service executor can send designated personnel to escort the storage card storing the collected data offline to the staff on the business scheduling side.

[0043] Step 103, after receiving the collection data transferred offline by the collection service provider and performing quality inspection on the collection data, for the collection quality inspection results that pass the quality inspection, a qualified confirmation information indicating that the collection quality inspection is qualified is sent to the collection service execution end, and the node progress indicating the assignment of the analysis service provider to be analyzed to the collection data is synchronously displayed as the current status information in the task allocation end and the business scheduling end.

[0044] After the staff at the business dispatch end receives these memory cards, they need to find a special electronic device for processing confidential data to read the memory cards and perform further quality inspection on the collected data to determine whether the collected data is qualified. If the quality inspection is qualified, a qualified confirmation message indicating that the collection quality inspection is qualified is sent to the collection service execution end. After receiving the qualified confirmation message, the collection service execution end displays the node progress indicating the qualified confirmation message as the current status information. If it is unqualified, an unqualified confirmation message indicating that the collection quality inspection is unqualified is sent to the collection service execution end for display in the collection service execution end, or if it is unqualified, return to execute step 103, or if it is unqualified, an unqualified confirmation message indicating that the collection quality inspection is unqualified is sent to the collection service execution end for display in the collection service execution end, and the collection service provider re-inspects the inspection area after knowing the unqualified quality inspection information to obtain new collected data.

[0045] In this embodiment, the quality inspection of the collected data is performed by the staff in a confidentiality scenario. It can be checked whether there are preliminary designated problems with the data. If so, it is determined that the quality inspection is unqualified. If not, the data integrity of the collected data is tested, and the data needs to be handed over for further review of the data integrity. If the data integrity is found to be unqualified after review, it is determined that the collection quality inspection is unqualified. If the data integrity is qualified, it is confirmed that the collection quality inspection is qualified. After determining that the quality inspection is qualified, it is necessary to determine the analysis service provider, and display the node progress of the analysis service provider to be assigned as the current status information in the business progress window of the task allocation end and the business scheduling end, so that the staff on the task allocation end side and the business scheduling end side can understand the current progress in a timely manner.

[0046] Step 104, after the analysis service provider is determined and the analysis service provider has received the collected data offline, status information indicating the progress nodes of the analysis of the collected data sent by the analysis service execution end set on the analysis service provider side is received, and the status information is synchronously displayed in the business status window of the task allocation end and the business scheduling end; when the data analysis results sent by the analysis service execution end are received, step 105 is executed.

[0047] In this embodiment, after determining that the collected data has passed the quality inspection, the staff on the business scheduling side determines the analysis service provider. After determining the analysis service provider, the analysis service provider can assign staff to collect data in the field of this business scheduling side. Due to the confidentiality of the collected data, designated staff in the data collection area physically collect the collected data in a confidential form. The confidentiality of the collected data transmitted in this manual physical manner is higher. Of course, a dedicated transmission network for confidential data transmission channels can also be used to transmit the collected data, and this embodiment does not limit this.

[0048] As an embodiment, the data analysis result may be sent to the service scheduling end in an encrypted form with a set password, and the service scheduling end forwards the data analysis result to the task allocation end in an encrypted form.

[0049] Step 105, sending the data analysis result to the task allocation end for acceptance. If acceptance information indicating that the data analysis result is accepted is received from the task allocation end, step 106 is executed. If acceptance failure information indicating that the data analysis result is unacceptable is received from the task allocation end, step 107 is executed.

[0050] After receiving the data analysis results, the task allocation end will check and accept the data analysis results. If the results are accepted, the task allocation end will receive the acceptance information sent by the task allocation end and execute step 106. If the results are not accepted, the task allocation end will receive the acceptance information and execute step 107.

[0051] Step 106: Synchronize the information indicating that the task has been accepted as current status information to the task allocation end, the business scheduling end, and the analysis service execution end.

[0052] In this step, the staff at the remote task allocation side, the business scheduling side, and the analysis service execution side can know in real time that the data analysis results are qualified and the acceptance is completed, which means that the inspection task is completed.

[0053] Step 107, synchronizing the node progress indicating the acceptance failure information as current status information to the task allocation end, the business scheduling end and the analysis service execution end, so that the analysis executor can further analyze the collected data.

[0054] In this step, the staff at the remote task allocation side, the business scheduling side and the analysis service execution side can know in real time that the data analysis result is unqualified. After the analysis executor sees the acceptance failure information, it will further analyze the collected data again and return to execution. When the data analysis result sent by the analysis service execution end is received, step 105 is executed until the acceptance qualified information is received.

[0055] It can be seen that in the technical solution provided by the embodiment of the present application, the inspection business processing method provided by the present application is no longer completely dependent on manual processing like the prior art, but a combination of offline and online operations. When performing business processing on the collected data with strong confidentiality, the collected data is processed offline, and when performing process processing on the collected data, the process processing is performed online, and the current progress of the inspection task can be grasped in real time at the task allocation end of the task issuing side, the business scheduling end of the process scheduling allocation side, the collection service execution end of the data recording side, and the analysis service execution end of the data analysis side. It can be seen that online operations have greatly improved work efficiency through systematic tools and automated processes, information transmission is more timely and accurate, and the management process is more traceable and transparent. This combination of online and offline operations not only optimizes the business process, but also improves the overall work efficiency and data accuracy, so that while protecting data security, it can also improve the work efficiency of the overall business process, making the management process more traceable and transparent.

[0056] In some embodiments, before step 101, the following steps are also included:

[0057] Step A1, receiving the distribution side access request sent by the task distribution end, and verifying the distribution side access request according to the entered user registration information. If the verification passes, execute step A2; if the verification fails, execute step A3.

[0058] In this embodiment, the user who logs in to the task allocation end has registered, and the business scheduling end stores the identity authentication information of the registered user.

[0059] Step A2, sending verification pass information indicating that access is successful to the task allocation end.

[0060] Step A3, sending verification failure information indicating access failure to the task allocation end.

[0061] It can be seen that the technical solution provided by this embodiment can improve the security of users on the task allocation side.

[0062] In some other embodiments, before sending the inspection drone information, inspection area and inspection tasks to be inspected to the collection service execution terminal disposed on the collection service provider side in step 102, the following steps are also included:

[0063] Step B1, receiving a registration access request sent by a collection service execution terminal arranged at the collection service provider side, and saving the registration information entered in the registration access request.

[0064] It is necessary to register the collection service executor that has just been set up and save the registration information of the registered user.

[0065] Step B2, after completing user registration, receive the collection side access request sent by the collection service execution end, and verify the distribution side access request according to the entered user registration information. If the verification passes, execute step B3; if the verification fails, execute step B4.

[0066] In this embodiment, the user of the collection service execution end has been registered, and the identity authentication information of the registered user is stored in the service scheduling end.

[0067] Step B3, sending verification pass information indicating that the access is successful to the collection service execution end.

[0068] Step B4, sending verification failure information indicating that access is failed to the collection service execution end.

[0069] It can be seen that the technical solution provided by this embodiment can improve the security of the collection service provider.

[0070] In some other embodiments, before receiving the status information indicating the status of each progress node of analyzing the collected data sent by the analysis service execution terminal disposed on the analysis service provider side in step 104, the following steps are also included:

[0071] Step C1, receiving a registration access request sent by an analysis service execution terminal located at the analysis service provider side, and saving the registration information entered in the registration access request.

[0072] You need to register the analysis service executor you just set up and save the registration information of the registered user.

[0073] Step C2, after completing user registration, receives the analysis side access request sent by the analysis service execution end, and verifies the analysis side access request according to the entered user registration information. If the verification passes, execute step C3; if the verification fails, execute step C4.

[0074] In this implementation, the user of the analysis service execution end has been registered, and the business scheduling end stores the identity authentication information of the registered user.

[0075] Step C3, sending verification pass information indicating that the access is successful to the analysis service execution end.

[0076] Step C4, sending verification failure information indicating that access is failed to the analysis service execution end.

[0077] It can be seen that the technical solution provided in this embodiment can improve the security of the analysis service provider.

[0078] In some embodiments, the implementation method of determining in real time in step 102 the status information of each node progress of the inspection drone formation determined by the collection service provider in performing the inspection task, and synchronously displaying the status information in the task allocation end and the service scheduling end in sequence according to the progress of each node may include the following steps:

[0079] Step D1, after receiving the inspection drone formation determined by the collection service execution end for executing this inspection task, send a collection instruction indicating the start of collection to the collection service execution end, and use the waiting node progress indicating the inspection drone formation is waiting to execute the inspection task as the current status information, and display it synchronously in the business progress window of the task allocation end, the business scheduling end and the collection service execution end. When the collection node progress indicating that the inspection drone formation is in the process of executing the inspection task is received from the collection service execution end, step D2 is executed, and when the collection completion node progress indicating that the inspection drone formation has completed the inspection task is received from the collection service execution end, step D3 is executed.

[0080] In this step, when the business dispatching end sends a collection instruction to the collection service execution end, it means that the waiting node progress of this inspection task corresponds to the current state information of waiting for collection.

[0081] For the collection service execution end, for each collection node progress of this inspection task, when entering the execution of the collection node progress, the collection node progress is sent to the business scheduling end as the current status information, so as to be synchronously displayed in the task allocation end, the business scheduling end and the business progress window of the collection service execution end. In this way, the inspection progress of the inspection task can be grasped in real time. The collection node progress includes data collection and data collection. When the collection node progress is data collection, step D2 is executed, and when the collection node progress is data collection, step D3 is executed.

[0082] Step D2: synchronously display the acquisition node progress as current status information in the business progress windows of the task allocation end, the business scheduling end, and the acquisition service execution end.

[0083] Step D3, the acquisition completion node progress is synchronously displayed as current status information in the business progress windows of the task allocation end, the business scheduling end and the acquisition service execution end.

[0084] It can be seen that the technical solution provided by this embodiment allows even remote task allocation terminals and service scheduling terminals to control the node progress of inspection tasks in real time.

[0085] In some embodiments, after determining in step 103 that the collected data transferred offline by the collection service provider is received, the following steps are also included:

[0086] Step E1, input and save the identity authentication information of the person who transfers the collected data.

[0087] In this embodiment, the collected data is physically handed over offline and the process is managed online.

[0088] This step enters the identity authentication information of the person who transfers the collected data, which can track the management process and hold people accountable in case of data leakage to avoid omissions and errors, making the management process more traceable and transparent.

[0089] Step E2, when quality inspection is performed on the transferred data, if it is determined through quality inspection that the collected data has specified problems, then receiving the input collection quality inspection result indicating that the collected data fails the quality inspection, and executing the step of sending qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end; if it is determined through quality inspection that the collected data has specified problems, then executing step E3; if it is determined through quality inspection that the collected data does not have the specified problems, then executing step E4.

[0090] The specified question may be whether the transferred collected data can be read or not damaged, etc., which is not limited in this embodiment.

[0091] Step E3, receiving the input collection quality inspection result indicating that the collection data is unqualified, and sending the unqualified confirmation information indicating that the collection quality inspection is unqualified to the collection service executor, so that the collection service provider re-executes the inspection task, and at the same time, synchronously displays the node progress indicating that the collection quality inspection is unqualified as the current status information in the business status window of the task allocation end and the business scheduling end.

[0092] In this step, in view of the confidentiality of the privacy of the collected data, the offline staff will conduct quality inspection on the collected data. After the quality inspection, if the collection quality inspection fails, the collection quality inspection results of the failed quality inspection will be entered and sent to the collection service execution end, so that the collection service provider can re-execute the inspection task and simultaneously display it on the task allocation end, the business scheduling end and the collection service execution end, so as to grasp the current node progress of the inspection task in real time.

[0093] As long as the collection service executor receives the unqualified confirmation information sent by the business scheduling end indicating that the collection quality inspection is unqualified, the collection service provider will re-execute the inspection task; until the collection service executor receives the collection quality inspection result sent by the business scheduling end indicating that the collection data is qualified, otherwise, the collection service provider will re-execute the inspection task.

[0094] Step E4, receiving the input collection quality inspection result indicating that the collection data is qualified in quality inspection, and executing the step of sending qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end.

[0095] If the collection quality inspection is qualified, the collection quality inspection results entered by the receiving staff will be sent to the collection service execution end, and will be displayed simultaneously on the task allocation end, the business scheduling end and the collection service execution end, so as to grasp the current node progress of the inspection task in real time.

[0096] It can be seen that the technical solution provided in this embodiment can grasp the node progress of the inspection task in real time through online operation, greatly improve work efficiency, make information transmission more timely and accurate, and make the management process more traceable and transparent. It not only optimizes business processes, but also improves overall work efficiency and data accuracy.

[0097] In some embodiments, before sending the qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end in step 103, the following steps are also included:

[0098] Step F1, when receiving the progress of the node to be reviewed for the integrity of the collected data to be reviewed, execute step F2; when it is determined that the integrity of the collected data belongs to the collection quality inspection result of unqualified data integrity, execute step F3; when it is determined that the integrity of the collected data belongs to the collection quality inspection result of qualified data integrity, execute step F4.

[0099] When receiving the progress of the node to be reviewed confirmed by the user, it indicates that the staff on the business scheduling side is currently preparing offline to further review the integrity of the collected data.

[0100] Step F2: synchronously display the progress of the node to be reviewed as current status information in the business status window of the task allocation end and the business scheduling end.

[0101] The task allocation end and the business scheduling end can grasp the node progress of the inspection task in real time to check the status of data integrity to be reviewed.

[0102] Step F3, sending unqualified confirmation information indicating that the collection quality inspection failed to be qualified to the collection service executor, so that the collection service provider re-executes the inspection task, and at the same time, the node progress indicating that the collection quality inspection failed to be qualified is synchronously displayed as the current status information in the business status window of the task allocation end and the business scheduling end.

[0103] In the case of incomplete data, the collection quality inspection results that fail the quality inspection are entered and sent to the collection service execution end, so that the collection service provider can re-execute the inspection task and display it simultaneously on the task allocation end, the business scheduling end and the collection service execution end, so as to grasp the current node progress of the inspection task in real time.

[0104] Step F4, executing the step of sending qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end.

[0105] Only when the collection quality inspection result that the integrity of the collected data is qualified as determined by the user is received, the step 103 is executed to send the qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end.

[0106] It can be seen that the application of the technical solution provided in this embodiment can further improve the automated process through online operation, make information transmission more timely and accurate, and make the management process more transparent, thereby further optimizing the business process and improving overall work efficiency and data accuracy.

[0107] In some embodiments, after determining the analysis service provider, it also includes: taking the progress of the node to be collected indicating that the collected data is to be collected as the current status information, and synchronously displaying it in the business status window of the task allocation end, the business scheduling end and the analysis service execution end on the analysis service provider side. In other embodiments, after the analysis service provider has collected the collected data, it also includes: entering and saving the identity authentication information of the person who collected the collected data. In order to further make the management process more transparent, the task allocation end, the business scheduling end and the analysis service execution end can all grasp the current node progress in real time.

[0108] In another embodiment, the receiving of status information indicating the status of each progress node of the analysis of the collected data sent by the analysis service execution terminal arranged at the analysis service provider side, and synchronously displaying the status information in the business status window of the task allocation terminal and the business scheduling terminal, comprises the following steps:

[0109] Step G1, when receiving the node progress to be analyzed sent by the analysis service execution end indicating that the inspection drone formation is in the process of executing the inspection task, execute step G2; when receiving the analysis node progress sent by the analysis service execution end indicating that the analysis node progress is in the process of analyzing the collected data, execute step G3; when receiving the analysis completion node progress sent by the analysis service execution end indicating that the analysis of the collected data has been completed, execute step G4.

[0110] Step G2: synchronously display the progress of the node to be analyzed as current status information in the business progress window of the task allocation end and the business scheduling end.

[0111] The task allocation end and the business schedule end display the node progress of the inspection task as being in a state to be analyzed in the business progress window.

[0112] Step G3: synchronously display the analysis node progress as current status information in the task allocation terminal and the business progress window of the business scheduling.

[0113] The task allocation end and the business schedule end show that the node progress of the inspection task is in the state of being analyzed in the business progress window. At this time, the analysis service execution end sends the analysis node progress to the task of the business schedule end, and displays the analysis node progress in the business progress window of the analysis service execution end, and at the same time, it will also be displayed in the business progress window of the allocation end and the business schedule.

[0114] Step G4, synchronously displaying the progress of the acceptance node to be accepted as the current status information in the business progress windows of the task allocation end, the business scheduling end and the analysis service execution end.

[0115] After the analysis service execution end sends the analysis completion node progress indicating that the analysis has been completed to the business execution end, the analysis completion node progress is displayed as the current status information in the business progress window of the analysis service execution end. The node progress of the inspection task is displayed as the acceptance node status in the business progress window of the task allocation end and the business scheduling end.

[0116] It can be seen that the application of the technical solution provided by this embodiment can grasp the progress of analyzing and collecting data in real time, so that the business scheduling end and the task allocation end can grasp the process according to the current node progress.

[0117] Second, see Figure 3 , Figure 3 The present application also provides a structural schematic diagram of a patrol service processing device 300 for distribution network wiring, the service processing device is applied to the service dispatching end of the one-stop patrol service platform, the service processing platform also includes a task allocation end, a collection service execution end and an analysis service execution end, the task allocation end, the collection service execution end and the analysis service execution end are all electrically connected to the service dispatching end, and the service processing device includes:

[0118] The inspection task issuing unit 301 is used to determine the inspection area, inspection drone information and inspection tasks to be performed required for performing this inspection task according to the inspection task determined by the task allocation end, and display the inspection node progress of the inspection drone formation to be performed for this inspection task as the current status information in the task allocation end and the business scheduling end;

[0119] The collection service provider determination unit 302 is used to send the inspection drone information, inspection area and pending inspection task to the collection service execution terminal set on the collection service provider side after determining the collection service provider that can perform the inspection task according to the inspection drone information and the inspection area, and to determine the status information of each node progress of the inspection drone formation determined by the collection service provider in the execution of the inspection task in real time, and synchronously display the status information in the task allocation terminal and the business scheduling terminal in sequence according to the progress of each node;

[0120] The collection quality inspection unit 303 is used for receiving the collection data transferred offline by the collection service provider and performing quality inspection on the collection data. For the collection quality inspection result that passes the collection quality inspection, it sends the qualified confirmation information indicating that the collection quality inspection passes to the collection service execution end, and synchronously displays the node progress indicating the assignment of the analysis service provider to be analyzed to the collection data as the current status information in the task allocation end and the business scheduling end;

[0121] The analysis service provider determination unit 304 is used to receive the status information of each progress node of the analysis of the collected data sent by the analysis service execution terminal set on the analysis service provider side after the analysis service provider is determined and the analysis service provider has received the collected data offline, and synchronously display it in the business status window of the task allocation terminal and the business scheduling terminal; when receiving the data analysis result sent by the analysis service execution terminal, the analysis result acceptance unit 305 is triggered;

[0122] The analysis result acceptance unit 305 is used to send the data analysis result to the task allocation end for acceptance. If the acceptance information sent by the task allocation end indicating that the data analysis result is accepted is received, the acceptance announcement unit 306 is triggered. If the acceptance information sent by the task allocation end indicating that the data analysis result is not accepted is received, the acceptance failure determination unit 307 is triggered.

[0123] The verified publicizing unit 306 is used to synchronize the information indicating the verification as the current status information to the task allocating end, the business scheduling end and the analysis service executing end;

[0124] The acceptance failure determination unit 307 is used to synchronize the node progress indicating that the data analysis result is unqualified as the current status information to the task allocation end, the business scheduling end and the analysis service execution end, so that the analysis executor can further analyze the collected data.

[0125] As an embodiment, the service processing device further includes: an analysis user registration unit, configured to receive a registration access request sent by an analysis service execution terminal arranged at the analysis service provider side, and save registration information entered into the registration access request;

[0126] The analysis side access request unit is used to receive the analysis side access request sent by the analysis service execution end after completing the user registration, and verify the analysis side access request according to the entered user registration information. If the verification is successful, a verification pass message indicating that the access is successful is sent to the analysis service execution end; if the verification is unsuccessful, a verification failure message indicating that the access is unsuccessful is sent to the analysis service execution end.

[0127] As an embodiment, the collection service provider determination unit 302 includes a unit for determining in real time the status information of each node progress of the inspection task performed by the inspection drone formation determined by the collection service provider, and synchronously displays the status information in the task allocation end and the status real-time display unit in the business scheduling end according to the progress of each node. The real-time status display unit is specifically used for: after receiving the inspection drone formation determined by the collection service execution end for performing the current inspection task, sending a collection instruction indicating the start of collection to the collection service execution end, and using the waiting node progress indicating the inspection drone formation to perform the inspection task as the current status information, synchronously displaying it in the task allocation end and the status real-time display unit in the business scheduling end. In the business progress windows of the task allocation end, the business scheduling end and the collection service execution end; when the collection node progress sent by the collection service execution end indicates that the inspection drone formation is in the process of executing the inspection task, the collection node progress is synchronously displayed as the current status information in the business progress windows of the task allocation end, the business scheduling end and the collection service execution end; when the collection completion node progress sent by the collection service execution end indicates that the inspection drone formation is in the process of completing the inspection task, the collection completion node progress is synchronously displayed as the current status information in the business progress windows of the task allocation end, the business scheduling end and the collection service execution end.

[0128] As an embodiment, the business processing device further includes: a first identity authentication input unit, used to input and save the identity authentication information of the person who transfers the collected data;

[0129] A collection quality inspection unit, configured to, when quality inspection is performed on the transferred data, if it is determined through the quality inspection that the collected data has a specified problem, receive an input collection quality inspection result indicating that the collected data is unqualified in the quality inspection, and execute the step of sending a qualified confirmation message indicating that the collection quality inspection is qualified to the collection service execution end;

[0130] The re-collection unit is used to receive the input collection quality inspection result indicating that the collected data fails the quality inspection if it is determined through quality inspection that the collected data has a specified problem, and send unqualified confirmation information indicating that the collection quality inspection fails to be qualified to the collection service executor, so that the collection service provider re-executes the inspection task, and at the same time, synchronously displays the node progress indicating that the collection quality inspection fails as the current status information in the business status window of the task allocation end and the business scheduling end; if it is determined through quality inspection that the collected data does not have the specified problem, the input collection quality inspection result indicating that the collected data passes the quality inspection is received, and the step of sending qualified confirmation information indicating that the collection quality inspection passes to the collection service executor is executed.

[0131] As an embodiment, the business processing device also includes a node progress display unit, which is specifically used to: when receiving the node progress to be reviewed for the integrity of the collected data to be reviewed, the node progress to be reviewed is synchronously displayed as the current status information in the business status window of the task allocation end and the business scheduling end; when it is determined that the integrity of the collected data belongs to the collection quality inspection result of unqualified data integrity, unqualified confirmation information indicating that the collection quality inspection is unqualified is sent to the collection service executor, so that the collection service provider re-executes the inspection task, and at the same time, the node progress indicating that the collection quality inspection is unqualified is synchronously displayed as the current status information in the business status window of the task allocation end and the business scheduling end; when it is determined that the integrity of the collected data belongs to the collection quality inspection result of qualified data integrity, the step of sending qualified confirmation information indicating that the collection quality inspection is qualified is executed to the collection service executor.

[0132] As an embodiment, the business processing device also includes: a to-be-collected node progress display unit, which is used to use the to-be-collected node progress indicating that the collected data is to be collected as the current status information, and synchronously display it in the business status window of the task allocation end, the business scheduling end and the analysis service execution end on the analysis service provider side.

[0133] As an embodiment, the business processing device further includes: a second identity authentication entry unit: used to enter and save the identity authentication information of the person who receives the collected data.

[0134] As an embodiment, the analysis service provider determination unit 304 includes an analysis node progress display subunit for receiving status information of each progress node of the analysis of the collected data sent by the analysis service execution end set at the analysis service provider side, and synchronously displaying the status information in the task allocation end and the business status window of the business scheduling end. The analysis node progress display subunit is specifically used for:

[0135] When receiving the progress of the node to be analyzed sent by the analysis service execution end indicating that the inspection drone formation is in the process of executing the inspection task, the progress of the node to be analyzed is synchronously displayed as the current status information in the business progress window of the task allocation end and the business scheduling end;

[0136] When receiving the analysis node progress sent by the analysis service execution end indicating that the collected data is being analyzed, the analysis node progress is synchronously displayed as current status information in the task allocation end and the business progress window of the business scheduling;

[0137] When the analysis completion node progress indicating that the analysis of the collected data has been completed is received from the analysis service execution end, the acceptance node progress indicating the acceptance to be accepted will be synchronously displayed as current status information in the business progress window of the task allocation end, the business scheduling end and the analysis service execution end.

[0138] The implementation process of the functions and effects of each unit in the above-mentioned device is specifically described in the implementation process of the corresponding steps in the above-mentioned method, and will not be repeated here.

[0139] Thirdly, see Figure 2 The embodiment of the present application also provides a one-stop inspection service platform, which includes a business scheduling end, a task allocation end, a collection service execution end arranged on the collection service provider side, and an analysis service execution end arranged on the analysis service provider side. The task allocation end, the collection service execution end, and the analysis service execution end are all electrically connected to the business scheduling end.

[0140] The service scheduling end is used to execute the steps of the inspection service processing method described in any embodiment of the first aspect above.

[0141] The task allocation end is used to send inspection tasks to the business scheduling end, receive current status information corresponding to the progress of each node sent by the business scheduling end, and synchronously display it in the business status window of this task allocation end, and receive the data analysis results sent by the business scheduling end, and send the acceptance node progress indicating that the data analysis results are being accepted to the business scheduling end, so that the business scheduling end will synchronously display the acceptance node progress as the current progress in the business progress windows of the task allocation end, the business scheduling end and the analysis service execution end; receive the input acceptance acceptance for the data analysis results, and if it is determined that the data analysis results are accepted, send the acceptance information to the business scheduling end; if it is determined that the data analysis results are unacceptable, send the acceptance failure information indicating that the data analysis results are unacceptable to the business scheduling end.

[0142] The collection service execution end is used to receive the inspection drone information and the tasks to be inspected sent by the business scheduling end, and send the status information of each node progress of the determined inspection drone formation in the execution of the inspection task to the business scheduling end in real time. When the display information sent by the business scheduling end indicating the display status information is received, the received status information is displayed in the business status window; when the unqualified confirmation information sent by the business scheduling end is received, it is determined to re-execute the inspection task, and the step of returning to execute the status information of each node progress of the determined inspection drone formation in the execution of the inspection task is sent to the business scheduling end in real time, and the node progress indicating that the collection quality inspection is unqualified sent by the business scheduling end is received as the current status information and displayed in the business status window; when the qualified confirmation information sent by the business scheduling end is received, the node progress indicating that the collection quality inspection is qualified sent by the business scheduling end is received as the current status information and displayed in the business status window.

[0143] The analysis service execution end is used to send the status information of each progress node of the analysis of the collected data sent by the analysis service execution end on the analysis service provider side to the business scheduling end, and after completing the analysis of the collected data, send the data analysis results to the business scheduling end, and when receiving the display information indicating the display status information sent by the business scheduling end, display the received status information in the business status window.

[0144] The implementation process of the functions and effects of each unit in the above system is specifically described in the implementation process of the corresponding steps in the above method, which will not be repeated here.

[0145] For ease of understanding, the following example describes this one-stop inspection service platform in detail. Figure 4 The one-stop inspection service platform includes a business scheduling end, a task allocation end, a collection service execution end arranged on the collection service provider side, and an analysis service execution end arranged on the analysis service provider side. The task allocation end, the collection service execution end, and the analysis service execution end are all electrically connected to the business scheduling end.

[0146] The inspection task pre-planned by the business dispatch end is sent to the task allocation end, and the confirmation information indicating that the owner is waiting for confirmation is displayed on the task allocation end and the business dispatch end, such as Figure 4 The "pending owner confirmation" displayed in the task allocation end is determined by the owner of the task allocation end. If the owner fails to pass the review, a rejection message indicating failure is sent to the business scheduling end and displayed as follows: Figure 4 The "rejection" in the task assignment can also be created by a small program or a computer, and displayed as follows Figure 4The creation process in the process and send the inspection task to the business dispatch end; according to the inspection task sent by the task allocation end, the inspection area, inspection drone information and inspection tasks required to execute this inspection task are determined; offline, the collection service provider that can execute this inspection task can be determined based on the inspection drone information and the inspection area, such as Figure 4 The described to-be-assigned patrol captain, after the to-be-assigned patrol captain is determined, displays the progress of the node to be collected as the current progress node in the business progress window of the task allocation end, the collection service execution end, and the analysis service execution end, such as Figure 4 The collection described in the UAV inspection formation inspection process, for the collection service execution end, in turn sends the collection node progress indicating that the inspection task is being collected to the business scheduling end as the current progress information and displays it, so that the business scheduling end will Figure 4 The "collection in progress" described above is displayed synchronously in the business windows of the task allocation end and the business scheduling end. After the data collection is completed, the collection service execution end sends the node progress indicating that the data collection has been completed to the business scheduling end as the current progress information and displays it in the business progress window. Figure 4 The "collected" described above, at this time, the business dispatch end will Figure 4 The described "collection completed" is synchronously displayed in the business windows of the task allocation end and the business scheduling end.

[0147] The staff of the offline collection service provider physically delivers the storage card containing the collected data to the staff of the business dispatch end to complete the connection, and authenticates the staff of the collection service provider and enters it into the business dispatch end. At the same time, it is displayed in the business window and task allocation end of the business dispatch end. Figure 4 After the collected data is successfully transferred, the collected data will be quality checked offline. If the quality check is qualified, it will be displayed in the business window and task allocation end of the business scheduling end. Figure 4 The integrity of the collected data is further reviewed offline. If the review is qualified, the qualified confirmation information indicating that the quality inspection is qualified will be sent to the collection service execution end and displayed in the business window. Figure 4 The description of "qualified" is displayed on the business scheduling end and task allocation end as follows Figure 4 If the audit fails, the quality inspection is considered to be unqualified, and the following information will be displayed in the business scheduling terminal and task allocation terminal: Figure 4 The data integrity is not qualified as described, and the quality inspection is determined to be unqualified. For the unqualified quality inspection, the following is displayed on the business scheduling end and the task allocation end: Figure 4 The "Collection Quality Inspection Failure" described in the analysis service execution end is displayed as follows Figure 4The described "unqualified" and re-execute the inspection task until the quality inspection confirmation information is obtained.

[0148] After determining the analysis service provider, the following information is displayed on the business scheduling end, analysis service execution end, and task allocation end: Figure 4 The "data to be collected" described above means that after the staff assigned by the analysis service provider collects the collected data, they will conduct offline analysis on the collected data and send the analysis node progress to the business scheduling end, so that the business scheduling end, the analysis service execution end and the task allocation end can display the following information: Figure 4 The “under analysis” described above is displayed after the data analysis is completed. Figure 4 The "analysis is completed" described above, and the analysis completion information and analysis data results indicating the completion of the analysis are sent to the business scheduling end, and displayed on the business scheduling end and the task allocation end as shown in the figure. Figure 4 The business dispatch end sends the analysis data results to the task allocation end for quality inspection. If the quality inspection is qualified, the business dispatch end sends the qualified confirmation information of the quality inspection to the business dispatch end, which is displayed on the business dispatch end, the analysis service execution end and the task allocation end as shown below. Figure 4 If the quality inspection fails, the unqualified confirmation information of the unqualified quality inspection is sent to the business scheduling end, and displayed on the business scheduling end, analysis service execution end and task allocation end as follows: Figure 4 As described in the above, "If the quality inspection is qualified, the qualified confirmation information of the quality inspection is sent to the business scheduling end, and the business scheduling end, the analysis service execution end and the task allocation end are displayed as follows: Figure 4 As for the “analysis quality inspection failure” described, the analysis service provider will analyze the collected data again until the analysis quality inspection passes.

[0149] In a fourth aspect, the present application embodiment also provides an electronic device. From a hardware perspective, the hardware architecture diagram can be found in Figure 5 As shown. It includes: a machine-readable storage medium and a processor, wherein: the machine-readable storage medium stores machine-executable instructions that can be executed by the processor; the processor is used to execute the machine-executable instructions to implement the inspection service processing operation disclosed in the above example.

[0150] The machine-readable storage medium provided in an embodiment of the present application stores machine-executable instructions. When the machine-executable instructions are called and executed by a processor, the machine-executable instructions prompt the processor to implement the inspection business processing operations disclosed in the above example.

[0151] Here, the machine-readable storage medium may be any electronic, magnetic, optical or other physical storage device that may contain or store information, such as executable instructions, data, etc. For example, the machine-readable storage medium may be: RAM (RadomAccess Memory), volatile memory, non-volatile memory, flash memory, storage drive (such as hard disk drive), solid state drive, any type of storage disk (such as CD, DVD, etc.), or similar storage medium, or a combination thereof.

[0152] The systems, devices, modules or units described in the above embodiments may be implemented by computer chips or entities, or by products with certain functions. A typical implementation device is a computer, which may be in the form of a personal computer, a laptop computer, a cellular phone, a camera phone, a smart phone, a personal digital assistant, a media player, a navigation device, an email transceiver, a game console, a tablet computer, a wearable device or a combination of any of these devices.

[0153] For the convenience of description, the above device is described in various units according to their functions. Of course, when implementing the present application, the functions of each unit can be implemented in the same or multiple software and / or hardware.

[0154] The above description is only a preferred embodiment of the present application and is not intended to limit the present application. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present application shall be included in the scope of protection of the present application.

Claims

1. A method for processing inspection services for distribution network cables, characterized in that: The business processing method is applied to the business dispatching end of the one-stop inspection service platform, and the business processing platform also includes a task allocation end, a collection service execution end, and an analysis service execution end. The task allocation end, the collection service execution end, and the analysis service execution end are all electrically connected to the business dispatching end. The business processing method includes: According to the inspection task determined by the task allocation end, the inspection area, inspection drone information and inspection tasks to be performed required for performing this inspection task are determined, and the inspection node progress of the inspection drone formation to be performed for this inspection task is displayed as current status information in the task allocation end and the business scheduling end; After determining the collection service provider that can perform this inspection task according to the inspection drone information and the inspection area, send the inspection drone information, inspection area and inspection task to be inspected to the collection service execution end set on the collection service provider side, determine in real time the status information of each node progress of the inspection drone formation determined by the collection service provider in executing the inspection task, and synchronously display the status information in the task allocation end and the business scheduling end in sequence according to the progress of each node; After receiving the collected data transferred offline by the collection service provider and performing quality inspection on the collected data, for the collection quality inspection results that are qualified, the qualified confirmation information indicating that the collection quality inspection is qualified is sent to the collection service execution end, and the node progress indicating the assignment of the analysis service provider to be analyzed to the collected data is synchronously displayed in the task allocation end and the business scheduling end as the current status information; After the analysis service provider is determined and the analysis service provider has received the collected data offline, the status information indicating the status of each progress node of the analysis of the collected data sent by the analysis service execution terminal set at the analysis service provider side is received, and the status information is synchronously displayed in the business status window of the task allocation terminal and the business scheduling terminal; When the data analysis result sent by the analysis service execution end is received, the data analysis result is sent to the task allocation end for acceptance. If the task allocation end receives acceptance information indicating that the data analysis result has been accepted, the acceptance information is synchronized with the task allocation end, the business scheduling end and the analysis service execution end as the current status information; if the task allocation end receives acceptance failure information indicating that the data analysis result has been accepted, the node progress indicating the acceptance failure information is synchronized with the task allocation end, the business scheduling end and the analysis service execution end as the current status information, so that the analysis executor can further analyze the collected data.

2. The inspection service processing method according to claim 1, characterized in that: Before the inspection task determined by the task allocation terminal, the method further includes: receiving a distribution side access request sent by the task distribution end, and verifying the distribution side access request according to the entered user registration information, and if the verification is successful, sending verification pass information indicating that the access is successful to the task distribution end, and if the verification is unsuccessful, sending verification failure information indicating that the access is unsuccessful to the task distribution end; or / and Before sending the inspection drone information, inspection area and inspection tasks to be inspected to the collection service execution terminal disposed on the collection service provider side, the method further includes: Receiving a registration access request sent by a collection service execution terminal provided at the collection service provider side, and saving the registration information entered in the registration access request; After completing user registration, receiving the collection side access request sent by the collection service execution end, and verifying the distribution side access request according to the entered user registration information, if the verification is successful, sending verification pass information indicating that the access is successful to the collection service execution end, if the verification is unsuccessful, sending verification failure information indicating that the access is unsuccessful to the collection service execution end; or / and Before receiving the status information indicating the status of each progress node of analyzing the collected data sent by the analysis service execution terminal arranged at the analysis service provider side, the method further includes: Receiving a registration access request sent by an analysis service execution terminal arranged at the analysis service provider side, and saving registration information entered in the registration access request; After completing user registration, the analysis side access request sent by the analysis service execution end is received, and the analysis side access request is verified according to the entered user registration information. If the verification passes, verification pass information indicating that the access is passed is sent to the analysis service execution end. If the verification fails, verification failure information indicating that the access is failed is sent to the analysis service execution end.

3. The inspection service processing method according to claim 1, characterized in that: The real-time determination of the status information of each node progress of the inspection drone formation determined by the collection service provider in executing the inspection task, and synchronously displaying the status information in the task allocation end and the business scheduling end in sequence according to the progress of each node, includes: After receiving the inspection drone formation determined by the collection service execution end for executing this inspection task, a collection instruction indicating the start of collection is sent to the collection service execution end, and the waiting node progress indicating the inspection task to be executed by the inspection drone formation is used as the current status information, and is synchronously displayed in the business progress window of the task allocation end, the business scheduling end and the collection service execution end; When receiving the collection node progress sent by the collection service execution end indicating that the inspection drone formation is in the process of executing the inspection task, the collection node progress is synchronously displayed as the current status information in the business progress window of the task allocation end, the business scheduling end and the collection service execution end; When the collection service execution end receives the collection completion node progress indicating that the inspection drone formation is at the completed inspection task, the collection completion node progress is synchronously displayed as the current status information in the business progress window of the task allocation end, the business scheduling end and the collection service execution end.

4. The inspection service processing method according to claim 2, characterized in that: After confirming that the collected data transferred offline by the collection service provider is received, the method further includes: Enter and save the identity authentication information of the person handing over the collected data; When quality inspection is performed on the transferred data, if it is determined through the quality inspection that the collected data has a specified problem, receiving an input collection quality inspection result indicating that the collected data fails the quality inspection, and executing the step of sending a qualified confirmation message indicating that the collection quality inspection is qualified to the collection service execution end; If the quality inspection determines that the collected data has a specified problem, then the input collection quality inspection result indicating that the collected data is unqualified in the quality inspection is received, and unqualified confirmation information indicating that the collection quality inspection is unqualified is sent to the collection service executor, so that the collection service provider re-executes the inspection task, and at the same time, the node progress indicating that the collection quality inspection is unqualified is synchronously displayed as the current status information in the business status window of the task allocation end and the business scheduling end; If the quality inspection determines that there is no specified problem with the collected data, then the input collection quality inspection result indicating that the collected data is qualified in the quality inspection is received, and the step of sending qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end is executed.

5. The inspection service processing method according to claim 4, characterized in that: Before sending the qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end, the method further includes: When receiving the progress of the node to be reviewed for the integrity of the collected data to be reviewed, the progress of the node to be reviewed is synchronously displayed as the current status information in the business status window of the task allocation end and the business scheduling end; When it is determined that the integrity of the collected data is a collection quality inspection result of data integrity failure, a failure confirmation message indicating that the collection quality inspection is unqualified is sent to the collection service executor, so that the collection service provider re-executes the inspection task, and at the same time, the node progress indicating that the collection quality inspection is unqualified is synchronously displayed as the current status information in the business status window of the task allocation end and the business scheduling end; When it is determined that the integrity of the collected data belongs to the collection quality inspection result that the data integrity is qualified, the step of sending qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end is executed.

6. The inspection service processing method according to claim 1, characterized in that: After determining the analysis service provider, it also includes: The progress of the node to be collected indicating that the collected data is to be collected is used as the current status information, and is synchronously displayed in the business status window of the task allocation end, the business scheduling end and the analysis service execution end at the analysis service provider side; or / and After the analysis service provider has received the collected data, the method further includes: Enter the identity authentication information of the person who receives the collected data and save it.

7. The inspection service processing method according to claim 6, characterized in that: The receiving of status information indicating the status of each progress node of the analysis of the collected data sent by the analysis service execution terminal arranged at the analysis service provider side, and synchronously displaying the status information in the business status window of the task allocation terminal and the business scheduling terminal, includes: When receiving the progress of the node to be analyzed sent by the analysis service execution end indicating that the inspection drone formation is in the process of executing the inspection task, the progress of the node to be analyzed is synchronously displayed as the current status information in the business progress window of the task allocation end and the business scheduling end; When receiving the analysis node progress sent by the analysis service execution end indicating that the collected data is being analyzed, the analysis node progress is synchronously displayed as current status information in the task allocation end and the business progress window of the business scheduling; When the analysis completion node progress indicating that the analysis of the collected data has been completed is received from the analysis service execution end, the acceptance node progress indicating the acceptance to be accepted will be synchronously displayed as current status information in the business progress window of the task allocation end, the business scheduling end and the analysis service execution end.

8. A device for processing inspection services for distribution network cables, characterized in that: The business processing device is applied to the business dispatching end of the one-stop inspection service platform, and the business processing platform also includes a task allocation end, a collection service execution end, and an analysis service execution end. The task allocation end, the collection service execution end, and the analysis service execution end are all electrically connected to the business dispatching end. The business processing device includes: The inspection task issuing unit is used to determine the inspection area, inspection drone information and inspection tasks to be performed required for performing this inspection task according to the inspection tasks determined by the task allocation end, and to display the inspection node progress of the inspection drone formation to be performed for this inspection task as the current status information in the task allocation end and the business scheduling end; The collection service provider determination unit is used to send the inspection drone information, inspection area and pending inspection task to the collection service execution terminal set on the collection service provider side after determining the collection service provider that can perform the inspection task according to the inspection drone information and the inspection area, and to determine the status information of each node progress of the inspection drone formation determined by the collection service provider in the execution of the inspection task in real time, and synchronously display the status information in the task allocation terminal and the business scheduling terminal in sequence according to the progress of each node; The collection quality inspection unit is used to, after receiving the collection data transferred offline by the collection service provider and performing quality inspection on the collection data, send qualified confirmation information indicating that the collection quality inspection is qualified to the collection service execution end for the collection quality inspection result, and synchronously display the node progress indicating the assignment of the analysis service provider to be analyzed to the collection data as the current status information in the task allocation end and the business scheduling end; The analysis service provider determination unit is used to receive the status information of each progress node of the analysis of the collected data sent by the analysis service execution terminal set on the analysis service provider side after the analysis service provider is determined and the analysis service provider has received the collected data offline, and synchronously display it in the business status window of the task allocation terminal and the business scheduling terminal; when the data analysis result sent by the analysis service execution terminal is received, the analysis result acceptance unit is triggered; The analysis result acceptance unit is used to send the data analysis result to the task allocation end for acceptance, and if the acceptance information sent by the task allocation end indicating that the data analysis result has been accepted is received, the acceptance announcement unit is triggered; if the acceptance information sent by the task allocation end indicating that the data analysis result has been accepted is received, the acceptance failure determination unit is triggered; The verified publicizing unit is used to synchronize the information indicating the acceptance as the current status information to the task allocating end, the business scheduling end and the analysis service executing end; The acceptance failure determination unit is used to synchronize the node progress indicating that the data analysis result has failed acceptance as current status information to the task allocation end, the business scheduling end and the analysis service execution end, so that the analysis executor can further analyze the collected data.

9. A one-stop inspection service platform, characterized in that: The one-stop inspection service platform includes a business dispatching terminal, a task allocation terminal, a collection service execution terminal arranged on the collection service provider side, and an analysis service execution terminal arranged on the analysis service provider side, and the task allocation terminal, the collection service execution terminal, and the analysis service execution terminal are all electrically connected to the business dispatching terminal; The service scheduling end is used to execute the steps of the inspection service processing method described in any one of claims 1 to 7; The task allocation end is used to send inspection tasks to the business scheduling end, and receive the current status information corresponding to the progress of each node sent by the business scheduling end, and synchronously display it in the business status window of this task allocation end, and receive the data analysis results sent by the business scheduling end, and send the acceptance node progress indicating that the data analysis results are being accepted to the business scheduling end, so that the business scheduling end will synchronously display the acceptance node progress as the current progress in the business progress windows of the task allocation end, the business scheduling end and the analysis service execution end; receive the input acceptance acceptance for the data analysis results, and if it is determined that the data analysis results are accepted, send the acceptance information to the business scheduling end; If it is determined that the data analysis result fails the acceptance, sending acceptance failure information indicating that the data analysis result fails the acceptance to the service scheduling end; The collection service execution end is used to receive the inspection drone information and pending inspection tasks sent by the business scheduling end, and send the state information of each node progress of the determined inspection drone formation in executing the inspection task to the business scheduling end in real time, and when receiving the display information sent by the business scheduling end indicating the display state information, the received state information is displayed in the business status window; When receiving the unqualified confirmation information sent by the business scheduling end, it is determined to re-execute the inspection task, and the step of sending the status information of each node progress of the determined inspection drone formation in the execution of the inspection task to the business scheduling end in real time is returned to execute, and the node progress indicating that the collection quality inspection is unqualified sent by the business scheduling end is received as the current status information and displayed in the business status window; when receiving the qualified confirmation information sent by the business scheduling end, the node progress indicating that the collection quality inspection is qualified sent by the business scheduling end is received as the current status information and displayed in the business status window; The analysis service execution end is used to send the status information of each progress node of the analysis of the collected data sent by the analysis service execution end on the analysis service provider side to the business scheduling end, and after completing the analysis of the collected data, send the data analysis results to the business scheduling end, and when receiving the display information indicating the display status information sent by the business scheduling end, display the received status information in the business status window.

10. An electronic device, characterized in that: It includes a processor and a machine-readable storage medium, wherein the machine-readable storage medium stores machine-executable instructions that can be executed by the processor; the processor is used to execute the machine-executable instructions to implement the execution steps of the inspection business processing method described in any one of claims 1 to 7 above.

Images