A field operation control system and method based on real-time data synchronization

Abstract

The present invention discloses a field operation control system and method based on real-time data synchronization, which belongs to the field of safety control technology. The system includes a data acquisition module, a database, an operation area management module, a real-time data synchronization module, an intelligent path planning module and an interactive display module; the data acquisition module is used to collect motion data in the operation area of ​​the operation and maintenance personnel and operation data in the detection operation process; the database is used to store the collected motion data and operation data as historical data; the operation area management module is used to establish a directed weighted graph about the operation area; the real-time data synchronization module is used to monitor the operation progress of the operation and maintenance personnel in real time, and record the completion of the detection operation of each detection equipment; the intelligent path planning module is used to dynamically plan the moving path of the operation and maintenance personnel's detection operation; the interactive display module is used to display the dynamic planning results of the moving path.

Description

Technical Field

[0001] The present invention relates to the field of safety management and control technology, and in particular to a field operation management and control system and method based on real-time data synchronization. Background Art

[0002] On-site operation control technology based on real-time data synchronization is a key technology in the modern industrial field, especially in power system management. With the continuous advancement of industrial automation and intelligence, traditional operation control methods can no longer meet the growing needs of efficient, safe and precise management. Real-time data synchronization technology provides strong data support and decision-making basis for on-site operations through efficient data collection, transmission and processing.

[0003] To ensure equipment performance and prevent equipment failure, operation and maintenance personnel need to regularly inspect and accept on-site operating equipment; however, some operation and maintenance personnel are not proficient in operation, which makes it impossible to fully utilize existing technical means to conduct effective operation inspection and control; in the process of regular equipment inspection, operation and maintenance personnel are required to check the inspection equipment one by one. At this time, it is difficult for operation and maintenance personnel to intuitively feel the current equipment inspection progress, especially when multiple operation and maintenance personnel are performing inspection operations at the same time, it is difficult for each operation and maintenance personnel to effectively cooperate and communicate, resulting in low operation and maintenance efficiency and increased labor and time costs. Summary of the invention

[0004] The object of the present invention is to provide a field operation control system and method based on real-time data synchronization to solve the problems raised in the above background technology.

[0005] In order to solve the above technical problems, the present invention provides the following technical solutions: a field operation control method based on real-time data synchronization, the method comprising the following steps:

[0006] S10, collecting motion data of the operation and maintenance personnel in the operation area and the operation data during the detection operation; storing the collected motion data and operation data as historical data in a database;

[0007] S20, determine the number of detection devices in the operation area, and respectively determine the operation area location information and required detection operation duration corresponding to each detection device; establish a directed weighted graph about the operation area, determine the plane nodes of the directed weighted graph according to the operation area location information corresponding to each detection device, and determine the weights of each plane node and the edge path connecting each plane node according to the required detection operation duration and historical motion data of each detection device;

[0008] S30, when the operation and maintenance personnel are performing inspection work in the operation area, the operation progress of the operation and maintenance personnel is monitored in real time according to the collected operation data and motion data, and the completion status of the inspection work of each inspection equipment is recorded;

[0009] S40, according to the current operation progress of the operation and maintenance personnel, the completion status of the detection operation of each detection equipment and the established directed weighted graph, when there is an operation and maintenance personnel who has completed the detection operation of the current detection equipment, dynamically plan the moving path of the operation and maintenance personnel's detection operation;

[0010] S50, displaying the dynamic planning result of the moving path of the operation and maintenance personnel's inspection work through the mobile terminal device, and the operation and maintenance personnel proceed to the operation area corresponding to the next inspection equipment to perform the inspection work according to the displayed result.

[0011] A field operation control system based on real-time data synchronization, the system includes a data acquisition module, a database, an operation area management module, a real-time data synchronization module, an intelligent path planning module and an interactive display module;

[0012] The data acquisition module is used to collect the motion data of the operation and maintenance personnel in the operation area and the operation data during the detection operation, and send the collected data to the database and the real-time data synchronization module;

[0013] The database is used to store the collected motion data and operation data as historical data;

[0014] The operation area management module is used to determine the number of detection devices in the operation area, and respectively determine the operation area location information and required detection operation duration corresponding to each detection device; establish a directed weighted graph about the operation area, and determine the plane nodes of the directed weighted graph according to the operation area location information corresponding to each detection device, and determine the weights of each plane node and the edge path connecting each plane node according to the required detection operation duration and historical motion data of each detection device;

[0015] The real-time data synchronization module is used to monitor the operation progress of the operation personnel in real time according to the collected operation data and motion data when the operation personnel are performing the inspection work in the operation area, and record the completion status of the inspection work of each inspection equipment, and send the current operation progress of the operation personnel and the completion status of the inspection work of each inspection equipment to the intelligent path planning module;

[0016] The intelligent path planning module is used to dynamically plan the moving path of the operation and maintenance personnel's detection work according to the current operation and maintenance personnel's work progress, the completion status of the detection work of each detection equipment and the established directed weighted graph, when there is an operation and maintenance personnel who completes the current detection equipment detection work, and send the dynamic planning result of the moving path to the interactive display module;

[0017] The interactive display module is used to display the dynamic planning results of the mobile path of the operation and maintenance personnel's inspection work through the mobile terminal device.

[0018] Compared with the prior art, the beneficial effects achieved by the present invention are as follows: by establishing a directed weighted graph about the operation area, the path movement duration of the operation and maintenance personnel and the equipment inspection duration are unified, the moving path of the operation and maintenance personnel's inspection operation is dynamically planned, and the next inspection location of the operation and maintenance personnel is determined, thereby facilitating the operation and maintenance personnel to carry out the inspection operation and improving the overall operation and maintenance efficiency; the inspection operation operation content is displayed through the operation instruction, and the completion status of the inspection operation of each inspection equipment is updated in real time and synchronously, which reduces the difficulty of the inspection operation of the operation and maintenance personnel and improves the communication and management efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a schematic diagram of the steps of a field operation control method based on real-time data synchronization of the present invention;

[0020] Figure 2 It is a structural schematic diagram of a field operation control system based on real-time data synchronization of the present invention. DETAILED DESCRIPTION

[0021] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0022] See also Figure 1-2 , the present invention provides a technical solution:

[0023] See also Figure 1 In the first embodiment, a field operation control method based on real-time data synchronization is provided, and the method includes the following steps:

[0024] S10, collecting motion data of the operation and maintenance personnel in the working area and the operation data during the detection operation; storing the collected motion data and operation data as historical data in a database.

[0025] Furthermore, the detection equipment includes a corresponding electronic tag; when the operation and maintenance personnel perform on-site operations, the current location information and detection equipment information are determined by scanning the electronic tag on the detection equipment through the mobile terminal device; when the operation and maintenance personnel scan the electronic tag on the detection equipment through the mobile terminal device, the operation instruction is displayed on the mobile terminal device, and the detection operation is performed according to the content of the operation instruction; wherein the content of the operation instruction includes the operation process of the corresponding detection equipment, and when the operation and maintenance personnel complete the corresponding operation process, the record is uploaded and the timestamp of completing the corresponding operation process is determined; the operation data indicates the timestamp of the operation and maintenance personnel completing the corresponding operation process;

[0026] The movement data represents the change of the location information of the operation and maintenance personnel; the change of the location information of the operation and maintenance personnel is determined by the positioning system in the mobile terminal device.

[0027] It should be noted that, in this embodiment, the operating area is a substation; the detection equipment includes working equipment such as high-voltage incoming line cabinets, transformers, low-voltage outgoing line cabinets, generator sets, etc. in the substation; the mobile terminal device is a mobile phone or a mobile tablet; the detection equipment information includes equipment name, equipment model, factory number, equipment status, equipment history, etc.; the content of the operating instructions includes operating processes such as equipment operation, equipment inspection, and equipment maintenance.

[0028] S20. Determine the number of detection equipment existing in the operation area, and respectively determine the operation area location information and the required detection operation duration corresponding to each detection equipment; establish a directed weighted graph about the operation area, and determine the plane nodes of the directed weighted graph according to the operation area location information corresponding to each detection equipment, and determine the weights of each plane node and the edge paths connecting each plane node according to the required detection operation duration and historical motion data of each detection equipment.

[0029] Specifically, the method steps are:

[0030] According to the location information of the operation area corresponding to each detection device, the location point of each detection device is determined respectively; the determined location point of each detection device is used as the plane node of the directed weighted graph, and a directed weighted graph G about the operation area is established: G = (P, L); wherein P represents the set of plane nodes; L represents the set of connecting edges between each plane node;

[0031] Based on the historical movement data, the changes in the location information of the operation and maintenance personnel between the plane nodes are analyzed. The Dijkstra algorithm is used to take the movement time of the operation and maintenance personnel between the plane nodes as the weight of the connecting edge path. in, represents the weight of the connecting edge path from plane node i to j;

[0032] Based on historical operation data, the time required for operation and maintenance personnel to complete the inspection of each inspection equipment is analyzed, and the time required for the inspection of each inspection equipment is used as the weight of each plane node to obtain in, represents the weight of the sth plane node;

[0033] Among them, i, j and s all represent the values ​​of the corresponding plane nodes.

[0034] It should be noted that in the directed weighted graph, the number of plane nodes is the same as the number of detection equipment existing in the operating area; the weight of the connecting edge path represents the movement time required for the operation and maintenance personnel to move between different plane nodes, and the plane node weight represents the time required for the operation and maintenance personnel to complete the detection work of the corresponding detection equipment; by establishing a directed weighted graph, the weights of each plane node and the connecting edge paths of each plane node are determined, thereby unifying the equipment detection tasks of the entire operating area, thereby facilitating the planning of the detection work of the operation and maintenance personnel and improving the efficiency of equipment detection.

[0035] S30. When the operation and maintenance personnel are performing inspection work in the operation area, the operation progress of the operation and maintenance personnel is monitored in real time based on the collected operation data and motion data, and the completion status of the inspection work of each inspection equipment is recorded.

[0036] Specifically, the method steps are:

[0037] The completion status of the detection operation of each detection equipment is updated synchronously in real time, and the detection equipment status is divided into detected, undetected and in-progress detection; when the operation and maintenance personnel scan the electronic tag on the detection equipment through the mobile terminal device, the corresponding detection equipment status is changed from undetected to in-progress detection; when the operation and maintenance personnel complete the detection operation of the detection equipment, the corresponding detection equipment status is changed from in-progress detection to detected; the detected indicates that the detection operation of the current detection equipment has been completed; the undetected indicates that the detection operation of the current detection equipment has not been completed; the in-progress detection indicates that the current operation and maintenance personnel are performing the detection operation of the detection equipment;

[0038] Determine the number of detection equipment n in the operation area, determine the number of operation and maintenance personnel m currently performing detection operations in the operation area, and monitor the operation progress of the operation and maintenance personnel; based on the historical operation data and the content of the operation instructions corresponding to the detection equipment, determine the time set B required for the detection operation of each detection equipment under the corresponding operation process 1 , B 2 , ..., B n ; Real-time synchronization update of the timestamp of the operation and maintenance personnel completing the corresponding operation process, according to set B 1 , B 2 , ..., B n , respectively predict the time required for different operation and maintenance personnel to complete the inspection of the ongoing inspection equipment

[0039] in, B s It represents the time required for the s-th detection equipment detection operation under the corresponding operation process; They represent the time required for the sth detection equipment detection operation under different operation processes; r sRepresents the number of operation procedures in the work instruction of the sth testing equipment.

[0040] It should be noted that the time required for the above-mentioned inspection operations of each inspection equipment and the time required for the inspection operations of each inspection equipment under the corresponding operation process are determined by the timestamp displayed in the operation instructions recorded in the historical operation data and the timestamp when the operation and maintenance personnel determine that the corresponding operation process is completed. The historical operation data is analyzed and the required time is determined by prediction methods including but not limited to the mean method, median method, and machine learning; the time required for the inspection operation of the inspection equipment in progress is obtained by accumulating the time required for the unfinished operation process.

[0041] It is understandable that by determining the state of the detection equipment and the detection time required for the equipment being detected, a basis is provided for mobile path planning, so that the time required for detection operations in the detection area is minimized.

[0042] S40, according to the current operation progress of the operation and maintenance personnel, the completion status of the detection operations of each detection equipment and the established directed weighted graph, when there is an operation and maintenance personnel who has completed the detection operation of the current detection equipment, the moving path of the operation and maintenance personnel's detection operation is dynamically planned.

[0043] Specifically, the method steps are:

[0044] Determine the number of detection devices n that have been detected, not detected, and are currently being detected 1 、n 2 and n 3 , and determine the directed weighted graph plane node sets P corresponding to the three state detection devices respectively 1 , P 2 and P 3 ; where n 1 +n 2 +n 3 =n;P 1 ∪P 2 ∪P 3 =P, and represents the empty set;

[0045] When the operation and maintenance personnel complete the current inspection work of the inspection equipment, Dynamically plan the movement path of the operation and maintenance personnel's inspection work to meet the conditional formula:

[0046]

[0047] Among them, determine D 1 , D 2 ,...,D mThe set of nodes on the directed weighted graph plane corresponding to the detection equipment whose status is undetected and The mobile path planning of the operation and maintenance personnel's inspection work meets the following conditions: and

[0048] Wherein, k = 1, 2, ..., m; D 1 , D 2 ,...,D m They represent the detection operation moving paths of different operation and maintenance personnel; W(D 1 )、W(D 2 )、...、W(D m ) represent the time required for different operation and maintenance personnel to complete the inspection of uninspected and in-progress inspection equipment under the corresponding moving paths; D k represents the detection operation moving path of the kth operation and maintenance personnel; W(D k ) represents the time required for the kth operation and maintenance personnel to complete the inspection of the uninspected and in-progress inspection equipment under the corresponding moving path; Indicates D k A set of directed weighted graph plane nodes corresponding to the detection equipment whose status is undetected; It indicates the time required for the kth operation and maintenance personnel to complete the inspection work of the ongoing inspection equipment.

[0049] It should be noted that by determining the set of plane nodes of the directed weighted graph corresponding to the three states of detection equipment, the plane nodes corresponding to the detection equipment in progress are used as the initial motion nodes, and the plane nodes corresponding to the detection equipment that has not been detected are used as the nodes in the path planning process. The movement paths of different operation and maintenance personnel are dynamically planned, so that the total time to complete the detection work in the operation area is shortened, safety hazards are discovered and eliminated in time, the risk of safety accidents is reduced, and the overall operation and maintenance efficiency is improved.

[0050] Understandably, max{W(D 1 )、W(D 2 )、...、W(D m )} represents the maximum value of the detection time required in the planned operation and maintenance personnel detection operation moving path. By calculating this maximum value, the total time to complete the operation area detection operation is determined, and then The specific total duration is calculated, and the maximum value is limited by min, so that the total duration for completing the work area inspection work is the shortest.

[0051] It is understandable that the mobile path planning of the operation and maintenance personnel's detection operation meets the following conditions: and The operation and maintenance personnel are required to conduct a comprehensive inspection of the undetected detection equipment, so as to change the status of all undetected detection equipment to detected.

[0052] S50, displaying the dynamic planning result of the moving path of the operation and maintenance personnel's inspection work through the mobile terminal device, and the operation and maintenance personnel proceed to the operation area corresponding to the next inspection equipment to perform the inspection work according to the displayed result.

[0053] Further, determine the operation and maintenance personnel who have completed the current testing equipment testing work, according to D 1 , D 2 ,

[0054] ...、D m The dynamic planning result of the mobile path corresponding to the inspection operation of the operation and maintenance personnel is displayed through the mobile terminal device, and the operation and maintenance personnel go to the operating area corresponding to the next inspection equipment to perform the inspection operation according to the displayed result.

[0055] In this embodiment:

[0056] The operation and maintenance personnel inspect the detection equipment in the substation; the number of detection equipment in the substation is n = 35; the number of operation and maintenance personnel is m = 5; the mobile terminal device is a mobile phone;

[0057] Collect the motion data of the operation and maintenance personnel in the operation area and the operation data during the inspection operation; store the collected motion data and operation data as historical data in the database;

[0058] Establish a directed weighted graph about the operation area; Based on the historical movement data, use the Dijkstra algorithm to take the movement time of the operation and maintenance personnel between the plane nodes as the weight of the connecting edge path, and obtain By using the average value method, the time required for each detection device to perform the detection operation is used as the weight of each plane node to obtain

[0059] The completion status of each testing equipment's testing operations is updated in real time and the operation progress of the operation and maintenance personnel is monitored. Based on the historical operation data and the content of the operation instructions corresponding to the testing equipment, the time set B required for each testing equipment's testing operations under the corresponding operation process is determined. 1 , B 2 , ..., B n ; Real-time synchronization update of the timestamp of the operation and maintenance personnel completing the corresponding operation process, according to set B 1 , B 2 , ..., B n , respectively predict the time required for different operation and maintenance personnel to complete the inspection of the ongoing inspection equipment In this embodiment, at time t, the operation and maintenance personnel 2 performs the inspection operation on the 10th inspection equipment. The inspection equipment includes three operation processes: equipment operation, equipment inspection, and equipment maintenance. At this time, the maintenance personnel completes the equipment operation process. Therefore, the time required for the inspection operation of the 10th inspection equipment is

[0060] Determine the number of detection devices n that have been detected, not detected, and are currently being detected 1 、n 2 and n 3 , and determine the directed weighted graph plane node sets P corresponding to the three state detection devices respectively 1 , P 2 and P 3 ;

[0061] When the operation and maintenance personnel complete the current inspection work of the inspection equipment, Dynamically plan the movement path of the operation and maintenance personnel's inspection work to meet the conditional formula:

[0062]

[0063] In this embodiment, at another time t 0 , there is an operation and maintenance personnel 1 who completes the current detection equipment detection operation, and the directed weighted graph plane node set P corresponding to the detection equipment in progress 3 = {2, 5, 8, 12, 20}; the directed weighted graph plane node set P corresponding to the undetected detection equipment 2 ={1, 4, 6, 14, 16, 17, 18, 21, 22, 25, 30, 31, 32}; the path that satisfies the conditional formula is the detection operation moving path D of the fifth operation and maintenance personnel 5 ={20→6→22}; at this time According to the satisfied condition formula, the detection operation moving path D of the first operation and maintenance personnel is determined at this time. 1 ={2→30→32}; Use the mobile phone to transfer the moving path D 1 The display is displayed, and the operation and maintenance personnel go to the operating area corresponding to the 30th detection equipment to carry out detection work according to the displayed results.

[0064] See also Figure 2 , in this implementation 2: a field operation control system based on real-time data synchronization is provided, the system comprising a data acquisition module, a database, an operation area management module, a real-time data synchronization module, an intelligent path planning module and an interactive display module;

[0065] The data acquisition module is used to collect the motion data of the operation and maintenance personnel in the operation area and the operation data during the detection operation, and send the collected data to the database and the real-time data synchronization module;

[0066] The database is used to store the collected motion data and operation data as historical data;

[0067] The operation area management module is used to determine the number of detection devices in the operation area, and respectively determine the operation area location information and required detection operation duration corresponding to each detection device; establish a directed weighted graph about the operation area, and determine the plane nodes of the directed weighted graph according to the operation area location information corresponding to each detection device, and determine the weights of each plane node and the edge path connecting each plane node according to the required detection operation duration and historical motion data of each detection device;

[0068] The real-time data synchronization module is used to monitor the operation progress of the operation personnel in real time according to the collected operation data and motion data when the operation personnel are performing the inspection work in the operation area, and record the completion status of the inspection work of each inspection equipment, and send the current operation progress of the operation personnel and the completion status of the inspection work of each inspection equipment to the intelligent path planning module;

[0069] The intelligent path planning module is used to dynamically plan the moving path of the operation and maintenance personnel's detection work according to the current operation and maintenance personnel's work progress, the completion status of the detection work of each detection equipment and the established directed weighted graph, when there is an operation and maintenance personnel who completes the current detection equipment detection work, and send the dynamic planning result of the moving path to the interactive display module;

[0070] The interactive display module is used to display the dynamic planning results of the mobile path of the operation and maintenance personnel's inspection work through the mobile terminal device.

[0071] In this embodiment:

[0072] The data acquisition module is interconnected with the database; the data acquisition module is interconnected with the real-time data synchronization module; the database is interconnected with the work area management module; the database is interconnected with the real-time data synchronization module; the real-time data synchronization module is interconnected with the intelligent path planning module; the work area management module is interconnected with the intelligent path planning module; the intelligent path planning module is interconnected with the interactive display module.

[0073] Finally, it should be noted that the above is only a preferred embodiment of the present invention and is not intended to limit the present invention. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art can still modify the technical solutions described in the aforementioned embodiments or replace some of the technical features therein by equivalents. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. A field operation control method based on real-time data synchronization, characterized in that: The method comprises the following steps: S10, collecting motion data of the operation and maintenance personnel in the operation area and the operation data during the detection operation; storing the collected motion data and operation data as historical data in a database; S20, determine the number of detection devices in the operation area, and respectively determine the operation area location information and required detection operation duration corresponding to each detection device; establish a directed weighted graph about the operation area, determine the plane nodes of the directed weighted graph according to the operation area location information corresponding to each detection device, and determine the weights of each plane node and the edge path connecting each plane node according to the required detection operation duration and historical motion data of each detection device; Specifically, the method steps of step S20 are: S201, according to the location information of the operation area corresponding to each detection device, determine the location point of each detection device respectively; use the determined location point of each detection device as the plane node of the directed weighted graph, and establish a directed weighted graph G about the operation area: G = (P, L); wherein P represents a set of plane nodes; L represents a set of connecting edges between each plane node; S202: Based on the historical movement data, the changes in the location information of the operation and maintenance personnel between the plane nodes are analyzed, and the Dijkstra algorithm is used to take the movement time of the operation and maintenance personnel between the plane nodes as the weight of the connecting edge path to obtain in, represents the weight of the connecting edge path from plane node i to j; S203, based on historical operation data, analyze the time required for the operation and maintenance personnel to complete the inspection of each inspection equipment, and use the time required for the inspection of each inspection equipment as the weight of each plane node to obtain in, represents the weight of the sth plane node; Among them, i, j and s all represent the values ​​of the corresponding plane nodes; S30, when the operation and maintenance personnel are performing inspection work in the operation area, the operation progress of the operation and maintenance personnel is monitored in real time according to the collected operation data and motion data, and the completion status of the inspection work of each inspection equipment is recorded; Specifically, the method steps of step S30 are: S301, real-time synchronous update of the completion status of the detection operation of each detection equipment, and divide the detection equipment status into detected, undetected and detection in progress; when the operation and maintenance personnel scan the electronic tag on the detection equipment through the mobile terminal device, the corresponding detection equipment status is changed from undetected to detection in progress; when the operation and maintenance personnel complete the detection operation of the detection equipment, the corresponding detection equipment status is changed from detection in progress to detected; the detected indicates that the detection operation of the current detection equipment has been completed; the undetected indicates that the detection operation of the current detection equipment has not been completed; the detection in progress indicates that the current operation and maintenance personnel are performing the detection operation of the detection equipment; S302, determine the number of detection equipment n in the operation area, determine the number of operation and maintenance personnel m currently performing detection operations in the operation area, and monitor the operation progress of the operation and maintenance personnel; based on the historical operation data and the contents of the operation instructions corresponding to the detection equipment, respectively determine the time sets B1, B2, ..., B1 required for the detection operation of each detection equipment under the corresponding operation process n ; Real-time synchronization update of the timestamp of the operation and maintenance personnel completing the corresponding operation process, according to the set B1, B2, ..., B n , respectively predict the time required for different operation and maintenance personnel to complete the inspection of the ongoing inspection equipment in, B s It represents the time required for the s-th detection equipment detection operation under the corresponding operation process; They represent the time required for the sth detection equipment detection operation under different operation processes; r s Indicates the number of operation procedures in the work instructions of the sth testing equipment; S40, according to the current operation progress of the operation and maintenance personnel, the completion status of the detection operation of each detection equipment and the established directed weighted graph, when there is an operation and maintenance personnel who has completed the detection operation of the current detection equipment, dynamically plan the moving path of the operation and maintenance personnel's detection operation; S50, displaying the dynamic planning result of the moving path of the operation and maintenance personnel's inspection operation through the mobile terminal device, and the operation and maintenance personnel proceed to the operation area corresponding to the next inspection equipment to perform the inspection operation according to the displayed result; Wherein, the detection equipment includes a corresponding electronic tag; when the operation and maintenance personnel perform on-site operations, the current location information and detection equipment information are determined by scanning the electronic tag on the detection equipment through the mobile terminal device; when the operation and maintenance personnel scan the electronic tag on the detection equipment through the mobile terminal device, the operation instruction is displayed on the mobile terminal device, and the detection operation is performed according to the content of the operation instruction; wherein, the content of the operation instruction includes the operation process of the corresponding detection equipment, and when the operation and maintenance personnel complete the corresponding operation process, the record is uploaded and the timestamp of completing the corresponding operation process is determined; the operation data represents the timestamp of the operation and maintenance personnel completing the corresponding operation process; The movement data represents the change of the location information of the operation and maintenance personnel; the change of the location information of the operation and maintenance personnel is determined by the positioning system in the mobile terminal device.

2. A method for on-site operation control based on real-time data synchronization according to claim 1, characterized in that: The method steps of step S40 are: S401, respectively determine the number of detection devices currently detected, undetected, and in-progress, n1, n2, and n3, and respectively determine the directed weighted graph plane node sets P1, P2, and P3 corresponding to the detection devices in the three states; wherein n1+n2+n3=n; P1∪P2∪P3=P, and represents the empty set; S402, when there is an operation and maintenance personnel to complete the current detection equipment detection operation, according to Dynamically plan the movement path of the operation and maintenance personnel's inspection work to meet the conditional formula: Among them, determine D1, D2, ..., D m The set of nodes on the directed weighted graph plane corresponding to the detection equipment whose status is undetected and The mobile path planning of the operation and maintenance personnel's inspection work meets the following conditions: and Where k = 1, 2, ..., m; D1, D2, ..., D m They represent the detection operation moving paths of different operation and maintenance personnel; W(D1), W(D2), ..., W(D m ) represent the time required for different operation and maintenance personnel to complete the inspection of uninspected and in-progress inspection equipment under the corresponding moving paths; D k represents the detection operation moving path of the kth operation and maintenance personnel; W(D k ) represents the time required for the kth operation and maintenance personnel to complete the inspection of the uninspected and in-progress inspection equipment under the corresponding moving path; Indicates D k A set of directed weighted graph plane nodes corresponding to the detection equipment whose status is undetected; It indicates the time required for the kth operation and maintenance personnel to complete the inspection work of the ongoing inspection equipment.

3. A field operation control system based on real-time data synchronization, applying a field operation control method based on real-time data synchronization as described in any one of claims 1-2, characterized in that: The system includes a data acquisition module, a database, an operation area management module, a real-time data synchronization module, an intelligent path planning module and an interactive display module; The data acquisition module is used to collect the motion data of the operation and maintenance personnel in the operation area and the operation data during the detection operation, and send the collected data to the database and the real-time data synchronization module; The database is used to store the collected motion data and operation data as historical data; The operation area management module is used to determine the number of detection devices in the operation area, and respectively determine the operation area location information and the required detection operation duration corresponding to each detection device; Establish a directed weighted graph about the operation area, determine the plane nodes of the directed weighted graph according to the operation area location information corresponding to each detection device, and determine the weights of each plane node and the edge path connecting each plane node according to the detection operation time and historical motion data required by each detection device; The real-time data synchronization module is used to monitor the operation progress of the operation personnel in real time according to the collected operation data and motion data when the operation personnel are performing the inspection work in the operation area, and record the completion status of the inspection work of each inspection equipment, and send the current operation progress of the operation personnel and the completion status of the inspection work of each inspection equipment to the intelligent path planning module; The intelligent path planning module is used to dynamically plan the moving path of the operation and maintenance personnel's detection work according to the current operation and maintenance personnel's work progress, the completion status of the detection work of each detection equipment and the established directed weighted graph, when there is an operation and maintenance personnel who completes the current detection equipment detection work, and send the dynamic planning result of the moving path to the interactive display module; The interactive display module is used to display the dynamic planning results of the mobile path of the operation and maintenance personnel's inspection work through the mobile terminal device.

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