CN116090809B - Line grounding wire management and control system and method - Google Patents
Line grounding wire management and control system and method Download PDFInfo
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Abstract
The utility model discloses a circuit ground connection management and control system and method, circuit ground connection management and control system through this application has utilized thing networking wisdom earth connection and relevant information platform data, regard ground connection management and control platform in the system as the center, constitute the safe management and control flow of wisdom earth connection, by the system according to current task stage, accomplish the data of wisdom earth connection and dispatch automation system, work ticket etc. related data two-way seal automatically, realize that circuit ground connection hangs the safe management and control of demolishing the process and dispatch operation automatic check locking, the technical problem that current circuit ground connection operation safety management and control is because of adopting "people' means to lead to the reliability low has been solved.
Description
Technical Field
The application relates to the technical field of big data, in particular to a line grounding wire management and control system and a line grounding wire management and control method.
Background
In the production work process of the power enterprise, the grounding wire is the most direct protection measure for protecting workers from electric shock injury, and the operation safety control work of the line grounding wire is well done, so that the method has important significance for guaranteeing the safety of the power production work.
Regarding the operation safety control of the line grounding wire, the industry is still mainly "civil air defense". Because the earth wire belongs to traditional tools and instruments, the data interconnection can not be realized by automatic five-prevention and dispatching automation systems of a transformer substation, information such as hanging, dismantling and the like is completely recorded and reported by on-site personnel manually, once the situation of missing and reporting the earth wire is caused by artificial negligence, the system can not sense locking in time during operation, and the malignant misoperation of closing a switch with the earth wire is most likely caused, so that the technical problem of low reliability of the existing line earth wire safety management and control technology is solved.
Disclosure of Invention
The application provides a line grounding wire management and control system and a line grounding wire management and control method, which are used for solving the technical problem of low reliability of the existing line grounding wire safety management and control technology.
To solve the above technical problem, a first aspect of the present application provides a line-to-ground line management and control system, including: the intelligent ground wire, the ground wire management and control platform and the dispatching automation platform are arranged on the mobile terminal;
the ground wire management and control platform includes: the intelligent ground wire management and control system comprises a ground wire data receiving module, a work ticket management and control module and a communication module, wherein the ground wire data receiving module is used for receiving real-time data uploaded by the intelligent ground wire, the work ticket management and control module is used for storing the work ticket data and processing a permission instruction of the ground wire management and control platform, and the communication module is used for realizing communication connection between the ground wire management and control platform and other external equipment;
the ground line management platform is configured to:
synchronizing the work ticket data in the work ticket management and control module, and determining a target work ticket to be executed according to the synchronized work ticket data;
establishing grounding wire binding information corresponding to the target working ticket according to the information contained in the target working ticket, wherein the grounding wire binding information comprises the association relation of the working ticket number, the intelligent grounding wire number and the grounding wire installation position;
when a ground wire hooking request is received, determining a first target line to be hooked according to a work ticket number contained in the ground wire hooking request and combining the ground wire binding information, and sending a hooking linkage instruction to the dispatching automation platform, so that the dispatching automation platform executes a line power failure action on the first target line according to the hooking linkage instruction, and after the line power failure action is executed, issuing a ground wire hooking permission prompt to the mobile terminal;
receiving the ground wire operation data uploaded by the intelligent ground wire, and monitoring the operation state of the intelligent ground wire according to the ground wire operation data;
when a ground wire dismantling message is received, according to the ground wire dismantling request and the ground wire binding information, determining an intelligent ground wire to be dismantled and a second target circuit to which the intelligent ground wire to be dismantled is connected, generating a dismantling linkage instruction according to the number of the intelligent ground wires in the second target circuit, and sending the dismantling linkage instruction to the dispatching automation platform, so that the dispatching automation platform locks or opens the circuit power transmission action of the second target circuit according to the dismantling linkage instruction.
Preferably, the ground wire operation data includes: ground wire number, position coordinates, ground wire electric quantity, ground wire real-time state and data uploading time.
Preferably, the job ticket data includes information as follows: the number of working tickets, the information of maintenance lines, the installation positions of the grounding wires, the number of the grounding wires and the information of responsible persons.
Preferably, the establishing the grounding wire binding information corresponding to the target working ticket according to the information contained in the target working ticket specifically includes:
screening a plurality of target intelligent grounding wires from a grounding wire library according to the number of the working tickets and the number of the grounding wires contained in the target working tickets, and establishing an association relation between the number of the grounding wires of the target intelligent grounding wires and the number of the working tickets of the target working tickets;
and establishing a one-to-one association relation between the grounding wire serial numbers of all the target intelligent grounding wires and all the grounding wire installation positions according to the grounding wire installation positions contained in the target working ticket.
Preferably, the ground line management platform is further configured to:
when receiving a ground wire ex-warehouse request, checking the ground wire ex-warehouse request by combining the ground wire binding information, if the check is passed, issuing a ground wire ex-warehouse permission to the mobile terminal, and if the check is not passed, returning the ground wire ex-warehouse request.
Preferably, the ground line management platform is further configured to:
and when a ground wire warehousing request is received, reading the ground wire number of the intelligent ground wire to be warehoused, combining the ground wire binding information, matching a target work ticket corresponding to the intelligent ground wire to be warehoused, and if all the intelligent ground wires bound by the target work ticket are warehoused, sending a work ticket termination permission to the work ticket management and control module.
Preferably, the ground line management platform is further configured to:
and verifying the hooking position of the intelligent grounding wire according to the position coordinates in the grounding wire operation data and combining the grounding wire binding information, and if the verification is not passed, sending out a circuit hooking error alarm message.
Preferably, verifying the hooking position of the smart ground wire according to the ground wire number and the position coordinate in the ground wire operation data in combination with the ground wire binding information specifically includes:
and according to the grounding wire number and the position coordinates in the grounding wire operation data, combining the association relation between the grounding wire number and the grounding wire installation position in the grounding wire binding information, if the position coordinates are matched with the coordinates of the grounding wire installation position, judging that the hanging position of the intelligent grounding wire passes the verification, and if the position coordinates are not matched with the coordinates of the grounding wire installation position, judging that the hanging position of the intelligent grounding wire does not pass the verification.
Preferably, the method further comprises: the management platform of the internet of things,
the Internet of things management platform is arranged between the ground wire data receiving module and each communication link of the intelligent ground wire and is used for receiving and summarizing the ground wire operation data uploaded by each intelligent ground wire and uploading the ground wire operation data to the ground wire data receiving module.
Meanwhile, the second aspect of the present application further provides a line grounding wire management and control method, which is applied to the grounding wire management and control platform in the line grounding wire management and control system according to the first aspect of the present application, and includes:
synchronizing the work ticket data in the work ticket management and control module, and determining a target work ticket to be executed according to the synchronized work ticket data;
establishing grounding wire binding information corresponding to the target working ticket according to the information contained in the target working ticket, wherein the grounding wire binding information comprises the association relation of the working ticket number, the intelligent grounding wire number and the grounding wire installation position;
when a ground wire hooking request is received, determining a first target line to be hooked according to a work ticket number contained in the ground wire hooking request and combining the ground wire binding information, and sending a hooking linkage instruction to the dispatching automation platform, so that the dispatching automation platform executes a line power failure action on the first target line according to the hooking linkage instruction, and after the line power failure action is executed, issuing a ground wire hooking permission prompt to the mobile terminal;
receiving the ground wire operation data uploaded by the intelligent ground wire, and monitoring the operation state of the intelligent ground wire according to the ground wire operation data;
when a ground wire dismantling message is received, according to the ground wire dismantling request and the ground wire binding information, determining an intelligent ground wire to be dismantled and a second target circuit to which the intelligent ground wire to be dismantled is connected, generating a dismantling linkage instruction according to the number of the intelligent ground wires in the second target circuit, and sending the dismantling linkage instruction to the dispatching automation platform, so that the dispatching automation platform locks or opens the circuit power transmission action of the second target circuit according to the dismantling linkage instruction.
From the above technical scheme, the application has the following advantages:
through the circuit ground wire management and control system that this application provided, utilized thing networking wisdom earth connection and relevant information platform data, regard ground wire management and control platform in the system as the center, constitute the safe management and control flow of wisdom earth connection, by the system according to current task stage, accomplish the data of wisdom earth connection and dispatch automation system, work ticket etc. related system data two-way seal automatically, realize that the circuit earth connection is hung to the safe management and control of demolishing the process and dispatch operation automatic check and lock, solved current circuit earth connection operation safety management and control because of adopting "people' means the technical problem that the reliability that leads to is low.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described below, it being obvious that the drawings in the following description are only some embodiments of the present application, and that other drawings may be obtained according to these drawings without inventive faculty for a person skilled in the art.
Fig. 1 is a schematic diagram of a circuit ground line management system according to the present application.
Fig. 2 is a flow chart of a circuit ground wire management and control method provided in the present application.
Detailed Description
The embodiment of the application provides a line grounding wire management and control system and a line grounding wire management and control method, which are used for solving the technical problem of low reliability of the existing line grounding wire safety management and control technology.
In order to make the objects, features and advantages of the present invention more obvious and understandable, the technical solutions of the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is apparent that the embodiments described below are only some embodiments of the present application, but not all embodiments. All other embodiments, which can be made by one of ordinary skill in the art without undue burden from the present disclosure, are within the scope of the present disclosure.
Referring to fig. 1, a first aspect of the present application provides a line-to-ground line management and control system, including: the intelligent grounding wire comprises a mobile terminal A, an intelligent grounding wire B, a grounding wire management and control platform C and a dispatching automation platform D;
the ground line management platform C includes: the system comprises a ground wire data receiving module C2, a work ticket management and control module C1 and a communication module C3, wherein the ground wire data receiving module is used for receiving real-time data uploaded by an intelligent ground wire B, the work ticket management and control module C1 is used for storing the work ticket data and processing a permission instruction of the ground wire management and control platform C, and the communication module C3 is used for realizing communication connection between the ground wire management and control platform C and other external equipment.
It should be noted that, the main components of the line-to-ground line management and control system provided in this embodiment include: the intelligent ground wire management and control platform comprises a mobile terminal A, an intelligent ground wire B, a ground wire management and control platform C and a dispatching automation platform D, wherein the dispatching automation platform D is also called a dispatching automation OCS and comprises an OCS five-prevention module, the module can lock line power transmission operation on one hand and can transmit the name of an OCS power failure line to the ground wire management and control platform C through forward and reverse isolation in the form of an E file on the other hand.
The grounding wire management and control platform C comprises: the work ticket management and control module C1, the communication module C3 and the ground wire data receiving module C2 can synchronize the work ticket data of the work ticket management and control platform and send work ticket permission instructions to the work ticket management and control platform, can receive the ground wire data pushed by the ground wire data receiving module C2, can send notification instructions or voice telephone message prompts to the mobile terminal A of related staff through an internal and external network connecting channel, the mobile terminal A in the embodiment can be a mobile phone of the staff, can be a special terminal used in electric power engineering, and is provided with a ground wire management and control APP related to the scheme of the application by default.
Regarding the function of the ground wire management platform C in this scheme, reference may be made to the following description of the specific function of the ground wire management platform C.
The ground line control platform C is configured to:
and synchronizing the work ticket data in the work ticket management and control module C1, and determining a target work ticket to be executed according to the synchronized work ticket data.
It should be noted that, first, the ground wire management and control platform C and the work ticket data stored in the work ticket management and control module C1 are synchronized, after the synchronization is completed, a worker may interact with the ground wire management and control platform C through the mobile terminal a or other communication devices, and determine the work ticket to be executed from the synchronized work ticket, that is, the target work ticket.
And establishing grounding wire binding information corresponding to the target working ticket according to the information contained in the target working ticket, wherein the grounding wire binding information comprises the association relation among the working ticket number, the intelligent grounding wire B number and the grounding wire installation position.
It should be noted that, the information included in the work ticket data in this embodiment includes, but is not limited to: the number of working tickets, the information of maintenance lines, the installation position (tower position) of the grounding wires, the number of the grounding wires, the information of responsible persons and the like. After the target working ticket A to be executed is determined, according to the information of the installation position information of the grounding wires, the number of the grounding wires and the like contained in the target working ticket, the number of the grounding wires which is equivalent to the number of the grounding wires is obtained, and each grounding wire number is bound with the working ticket number and the identification of the installation position of the grounding wire such as a pole tower number. The tower information may be obtained from an intelligent overhead platform of the south network or other external tower databases, which will not be described herein. After the intelligent grounding wire B numbers are bound to the grounding wire installation positions, grounding wire binding information containing the binding relation between the work ticket numbers and the intelligent grounding wire B numbers and the grounding wire installation positions can be obtained, and then the intelligent grounding wire B can be taken out of the warehouse for use.
When an earth wire hooking request is received, a first target line to be hooked is determined according to a work ticket number contained in the earth wire hooking request and the earth wire binding information, a hooking linkage instruction is sent to a dispatching automation platform D, so that the dispatching automation platform D executes a line power failure action on the first target line according to the hooking linkage instruction, and after the execution of the line power failure action is completed, an earth wire hooking permission prompt is issued to a mobile terminal A.
When the ground wire management platform C receives the ground wire hooking request, the ground wire management platform C can determine a first target line to be hooked according to the work ticket number contained in the ground wire hooking request, and send a hooking linkage instruction to the dispatching automation platform D, so that the dispatching automation platform D performs a line outage action on the first target line according to the hooking linkage instruction, after the dispatching automation system OCS performs a power outage operation on the line, the dispatching automation system OCS writes the power outage line name into a text file in an E format, and after the ground wire management platform C receives the E format file, analyzes the file, so as to obtain line information of the power outage line N. Then, the ground wire management platform C generates a text message of a voice notification (the content is that the dispatching automation system OCS has performed a power failure operation on the line N, and can now perform ground wire connection), and sends the text message and a contact phone of a work responsible person of the work ticket a to the voice platform, and after receiving the text message and the phone number, the voice platform converts the text message into voice and performs voice notification on the phone. After receiving the permission prompt, the work responsible person hangs the ground wire at the corresponding position.
And receiving the operation data of the grounding wire uploaded by the intelligent grounding wire, and monitoring the operation state of the intelligent grounding wire B according to the operation data of the grounding wire.
Note that, the ground line operation data mentioned in this embodiment includes, but is not limited to: ground wire number, position coordinates, ground wire electric quantity, ground wire real-time state and data uploading time. After the grounding wire is hung, a power switch of the intelligent grounding wire B is turned on, the intelligent grounding wire B can upload the position coordinates of the grounding wire, the number of the grounding wire, the electric quantity and the state information at regular time, in a field work task, the intelligent grounding wire B can continuously transmit the longitude and latitude of the grounding wire to the grounding wire management and control platform C, the grounding wire management and control platform C continuously receives information transmitted by the intelligent grounding wire B, and if deviation exists between the longitude and latitude of the grounding wire and the longitude and latitude information transmitted last time, the grounding wire management and control platform C can generate a piece of text information: the system detects a change in the position of the ground line, numbered XXX, please check. If the electric quantity of the grounding wire is found to be insufficient, the grounding wire management and control platform C generates a piece of text information: the system detects a shortage of power under XXX, please check. If the information sent on the ground wire disappears and the ground wire state in the last sent information of the ground wire is not stopped, the system generates a piece of text information: the system detects an operational anomaly numbered XXX, please check. The grounding wire management and control platform C can bind the generated text information with the work ticket, convert the text information into voice, dial the telephone number of the responsible person to play the voice, and also can directly send text message notification.
When a ground wire dismantling message is received, according to a ground wire dismantling request and combining ground wire binding information, determining an intelligent ground wire B to be dismantled and a second target circuit hung by the intelligent ground wire B to be dismantled, generating dismantling linkage instructions according to the number of the intelligent ground wires B in the second target circuit, and sending the dismantling linkage instructions to a dispatching automation platform D, so that the dispatching automation platform D locks or opens circuit power transmission actions of the second target circuit according to the dismantling linkage instructions.
After the field work is completed, the field staff removes the intelligent grounding wire B, when the grounding wire is removed, the field staff closes the power supply of the grounding wire, at this time, the grounding wire sends a piece of grounding wire data in a stop state to the grounding wire data receiving module C2, when the grounding wire data receiving module C2 receives the data sent by the grounding wire, the data is pushed to the grounding wire control platform C, then the grounding wire control platform C determines a line hung by the grounding wire according to the received message, and then writes the line name and the number of the grounding wires in an operation state into an E format file, and transmits the line name and the number of the grounding wires in an operation state to the dispatching automation system OCS. After receiving the file in the E format, the OCS analyzes the name of the line and the number of the grounding wires, if the number of the grounding wires indicates that the intelligent grounding wires B in the line are not completely removed, the power transmission operation of the line is blocked, and if the number of the grounding wires indicates that the intelligent grounding wires B in the line are completely removed, the power transmission operation of the line can be opened.
The above is a detailed description of a basic embodiment of a line-to-ground wire management system provided in the present application, and the following is a detailed description of a specific embodiment of a line-to-ground wire management system provided in the present application based on the above embodiment.
Further, the method further comprises the following steps: the management platform E of the Internet of things,
the internet of things management platform E is arranged between the ground wire data receiving module C2 and the communication links of the intelligent ground wires B, and is used for receiving and summarizing the ground wire operation data uploaded by the intelligent ground wires B, and uploading the ground wire operation data to the ground wire data receiving module C2.
It should be noted that, considering that in the practical application process, the management and control number of the intelligent grounding wires B is larger, the embodiment can also set up the internet of things management platform E, and the data uploaded by each intelligent grounding wire B is unified and summarized by the internet of things management platform E and then transmitted to the grounding wire data receiving module C2, which is favorable for reducing the overall data processing efficiency of the system.
Further, establishing the grounding wire binding information corresponding to the target work ticket according to the information contained in the target work ticket specifically comprises:
according to the number of the work tickets and the number of the grounding wires contained in the target work tickets, screening a plurality of target intelligent grounding wires B from a grounding wire library, and establishing an association relation between the grounding wire number of the target intelligent grounding wires B and the number of the work tickets of the target work tickets;
and establishing a one-to-one association relation between the grounding wire number of each target intelligent grounding wire B and each grounding wire installation position according to the grounding wire installation positions contained in the target working ticket.
After determining the target working ticket to be executed, sequentially selecting the installation positions corresponding to the grounding wires according to the information such as the installation position information of the grounding wires, the number of the grounding wires and the like contained in the target working ticket, acquiring the number of the grounding wires corresponding to the number of the grounding wires, binding the number of the grounding wires with the number of the working ticket, and binding the number of the installation positions corresponding to the grounding wires, such as the number of a pole tower. The tower information may be obtained from an intelligent overhead platform of the south network or other external tower databases, which will not be described herein. And after the intelligent grounding wire B numbers are bound to the grounding wire installation positions, grounding wire binding information containing the binding relation between the work ticket numbers and the intelligent grounding wire B numbers and the grounding wire installation positions can be obtained.
Wherein, as the work ticket A, the following installation position description exists:
further, the ground line management platform C is further configured to:
when receiving the ground wire ex-warehouse request, checking the ground wire ex-warehouse request by combining the ground wire binding information, if the check is passed, issuing a ground wire ex-warehouse permission to the mobile terminal A, and if the check is not passed, returning the ground wire ex-warehouse request.
It should be noted that, in order to further optimize the effect of ground wire management and control, in this embodiment, the process of checking the ground wire to be checked out of the warehouse may be added in the stage of leaving the warehouse of the ground wire, and the following examples may be referred to for specific processes: after a work responsible person initiates a warehouse-out application of the grounding wire through the mobile terminal A, the grounding wire management and control APP can send the work order number selected by the work responsible person, the scanned intelligent grounding wire B number and the installation position to the grounding wire management and control platform through the internal and external network connecting channel. After the ground wire management and control platform receives data sent by the ground wire management and control APP, the number of the scanned ground wires is compared with the number of the ground wires required by the work ticket A, if the number is consistent with the number, the intelligent ground wires B can be delivered by the ground wire management and control platform, otherwise, the delivery application of the ground wires can be refused by the ground wire management and control platform.
Further, the ground line management platform C is further configured to:
and verifying the hooking position of the intelligent grounding wire B according to the position coordinates in the grounding wire operation data and combining the grounding wire binding information, and if the verification is not passed, sending out a line hooking error alarm message.
Further, according to the grounding wire number and the position coordinate in the grounding wire operation data, verifying the hooking position of the intelligent grounding wire B by combining the grounding wire binding information specifically comprises:
and according to the grounding wire number and the position coordinates in the grounding wire operation data, combining the association relation between the grounding wire number and the grounding wire installation position in the grounding wire binding information, if the position coordinates are matched with the coordinates of the grounding wire installation position, judging that the hooking position verification of the intelligent grounding wire B passes, and if the position coordinates are not matched with the coordinates of the grounding wire installation position, judging that the hooking position verification of the intelligent grounding wire B does not pass.
It should be noted that, after the internet of things platform receives the data uploaded by the intelligent ground wire B, the internet of things platform will immediately push the data to the ground wire data receiving module C2, and after receiving the data, the ground wire data receiving module C2 will push the data to the ground wire management and control platform for processing. After the ground wire management and control platform receives the position coordinates, the ground wire number, the electric quantity and the state information data of the ground wire sent by the intelligent ground wire B, the longitude and latitude information of the position of the ground wire is analyzed, and the ground wire management and control platform is assumed to analyze the position data of the ground wire as follows:
the intelligent ground wire B1 is located: longitude and latitude coordinates (x 1, y 1);
the intelligent grounding wire B2 is positioned: longitude and latitude coordinates (x 2, y 2);
the tower coordinate data list K of the lines in the line tower coordinate set KL is overhauled on the same day as follows:
line 1 tower 1: longitude and latitude coordinates (W1, V1);
line 1 tower 2: longitude and latitude coordinates (W2, V2);
......
line 2 tower 3: longitude and latitude coordinates (W3, V3);
......
line n tower n: longitude and latitude coordinates (Wn, vn);
then, the grounding wire management and control platform calculates the tower where the grounding wire 1 is located closest to the line, and the calculation mode is as follows:
1) The intelligent grounding wire B1 is located at a position which alternately compares the tower coordinates of the lines, and the intelligent grounding wire B1 is provided with
S1 2 =（x1-W1） 2 +（y1-V1） 2 ;
S2 2 =（x1-W2） 2 +（y1-V2） 2 ;
S3 2 =（x1-W3） 2 +（y1-V3） 2 ;
......
Sn 2 =（x1-Wn） 2 +（y1-Vn） 2 ;
Then from S1 2 ，S2 2 ，S3 2 ，...，Sn 2 Taking out the one with the smallest value, if Sn 2 If the value is the minimum value, the position of the intelligent grounding wire B1 is represented as a tower n of a line n;
2) Similarly, a tower m with a line n at the position of the intelligent grounding wire B2 can be calculated;
the grounding wire management and control platform compares the name of a line n hung by the intelligent grounding wire B with the name of an overhaul line in the working ticket A, compares the calculated tower hung by the intelligent grounding wire B with the tower number of the installation position of the grounding wire in the working ticket A scanned when the grounding wire is out of the warehouse, if the names of the overhaul lines and the installation positions of the grounding wire are all correct, the grounding wire management and control platform sends an instruction of 'work ticket permission' to the working ticket management and control platform, writes the names of the overhaul lines in the working ticket A and the number of the grounding wires in the current state of 'operation' into an E format file, and sends the E file to the dispatching automation system OCS through reverse isolation; otherwise, the ground wire tube leveling generates error information after comparison, and if the line is connected with the error, the error information is generated: "ground line fault with XXX, please verify";
if the ground wire hanging position is wrong, generating: "the ground wire with the serial number XXX is wrong in the hanging position, and the position of XXX should be hung again";
and then, the grounding wire management and control platform sends the text information and the telephone number of the work responsible person to the voice platform, and the voice platform converts the text information into voice after receiving the text information and dials a designated telephone number to play the voice. After receiving the voice call, the work responsible person adjusts the grounding wire, and after confirming that the ground wire is correct, the work responsible person clicks on the grounding wire control APP to re-detect, and waits for the re-verification of the system; if the ground wire management and control platform does not receive the data sent by the ground wire for a long time, the ground wire management and control platform can generate a piece of text information: "the system does not detect the ground line position information with the number XXX, please check whether the ground line power switch is on";
then, the grounding wire management and control platform transmits the text information and the contact phone of the work responsible person to the voice platform, and the voice platform converts the text information into voice after receiving the text information and dials a designated phone number to play the voice.
Further, the ground line management platform C is further configured to:
when a ground wire warehousing request is received, the ground wire number of the intelligent ground wire B is read, the ground wire binding information is combined, a target work ticket corresponding to the intelligent ground wire B is matched, and if all the intelligent ground wires B bound by the target work ticket are in warehouse, a work ticket termination permission is sent to the work ticket management and control module C1.
After the ground wire is dismantled, the ground wire management and control APP is used for scanning codes of the ground wire, the ground wire management and control APP is used for carrying out warehousing operation, during warehousing, the ground wire management and control APP can send the serial number of the warehousing ground wire to the ground wire management and control platform, the ground wire management and control platform can calibrate the serial number of the ground wire, when the ground wire bound with the work ticket is dismantled, the ground wire management and control platform can send an instruction of 'work ticket can be ended' to the work ticket management and control platform, and the work ticket management and control platform can open the work ticket ending operation after receiving the instruction.
The foregoing is a detailed description of a specific embodiment of a line-to-ground wire management and control system provided herein, and the following is a detailed description of an embodiment of a line-to-ground wire management and control method provided herein.
Referring to fig. 2, a method for managing and controlling a line ground wire according to the present embodiment is applied to a ground wire management and control platform in a line ground wire management and control system according to the foregoing embodiment, and includes:
step S1, synchronizing the work ticket data in the work ticket management and control module, and determining a target work ticket to be executed according to the synchronized work ticket data;
and S2, establishing grounding wire binding information corresponding to the target working ticket according to the information contained in the target working ticket.
The grounding wire binding information comprises a work ticket number, an intelligent grounding wire number and an association relation of the grounding wire installation position;
step S3, when a ground wire hooking request is received, determining a first target line to be hooked according to a work ticket number contained in the ground wire hooking request and combining ground wire binding information, sending a hooking linkage instruction to a dispatching automation platform, enabling the dispatching automation platform to execute a line power failure action on the first target line according to the hooking linkage instruction, and issuing a ground wire hooking permission prompt to the mobile terminal after the line power failure action is executed;
s4, receiving the operation data of the grounding wire uploaded by the intelligent grounding wire, and monitoring the operation state of the intelligent grounding wire according to the operation data of the grounding wire;
and S5, when a ground wire dismantling message is received, determining an intelligent ground wire to be dismantled and a second target line hung by the intelligent ground wire to be dismantled according to a ground wire dismantling request and combining ground wire binding information, generating dismantling linkage instructions according to the number of the intelligent ground wires in the second target line, and sending the dismantling linkage instructions to the dispatching automation platform, so that the dispatching automation platform locks or opens the line power transmission action of the second target line according to the dismantling linkage instructions.
Further, the present embodiment provides a line-to-ground wire management and control method, which may further include, after step S2:
and S21, when the ground wire ex-warehouse request is received, checking the ground wire ex-warehouse request by combining the ground wire binding information, if the check is passed, issuing a ground wire ex-warehouse permission to the mobile terminal, and if the check is not passed, returning the ground wire ex-warehouse request.
Further, the present embodiment provides a line-to-ground wire management and control method, which may further include, after step S3:
and S31, checking the hooking position of the intelligent ground wire according to the position coordinates in the ground wire operation data and combining the ground wire binding information, and if the checking is not passed, sending out a circuit hooking error alarm message.
Wherein, the step S31 is to verify the hooking position of the intelligent ground wire according to the number and position coordinates of the ground wire in the ground wire operation data and the binding information of the ground wire, and the process specifically includes:
according to the ground wire number and the position coordinates in the ground wire operation data, combining the association relation between the ground wire number and the ground wire installation position in the ground wire binding information, if the position coordinates are matched with the coordinates of the ground wire installation position, judging that the intelligent ground wire hanging position passes the verification, and if the intelligent ground wire hanging position does not pass the verification, judging that the intelligent ground wire hanging position does not pass the verification.
Further, the present embodiment provides a line-to-ground wire management and control method, which may further include, after step S5:
and S51, when a ground wire warehousing request is received, reading the ground wire number of the intelligent ground wire to be warehoused, combining the ground wire binding information, matching a target work ticket corresponding to the intelligent ground wire to be warehoused, and if all the intelligent ground wires bound by the target work ticket are warehoused, transmitting a work ticket termination permission to the work ticket management and control module.
In the description of the present application, it should be noted that the directions or positional relationships indicated by the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. are based on the directions or positional relationships shown in the drawings, are merely for convenience of description of the present application and to simplify the description, and do not indicate or imply that the devices or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and thus should not be construed as limiting the present application. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
Unless specifically stated or limited otherwise, the terms "mounted," "connected," and "coupled" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the terms in this application will be understood by those of ordinary skill in the art in a specific context.
The above embodiments are merely for illustrating the technical solution of the present application, and not for limiting the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the corresponding technical solutions.
Claims (7)
1. A line-to-ground line management system, comprising: the intelligent ground wire, the ground wire management and control platform and the dispatching automation platform are arranged on the mobile terminal;
the ground wire management and control platform includes: the intelligent ground wire management and control system comprises a ground wire data receiving module, a work ticket management and control module and a communication module, wherein the ground wire data receiving module is used for receiving real-time data uploaded by the intelligent ground wire, the work ticket management and control module is used for storing the work ticket data and processing a permission instruction of the ground wire management and control platform, and the communication module is used for realizing communication connection between the ground wire management and control platform and other external equipment;
the ground line management platform is configured to:
synchronizing the work ticket data in the work ticket management and control module, and determining a target work ticket to be executed according to the synchronized work ticket data, wherein the work ticket data comprises the following information: the number of working tickets, the information of maintenance lines, the installation positions of the grounding wires, the number of the grounding wires and the information of responsible persons;
screening a plurality of target intelligent grounding wires from a grounding wire library according to the number of the working tickets and the number of the grounding wires contained in the target working tickets, and establishing an association relation between the number of the grounding wires of the target intelligent grounding wires and the number of the working tickets of the target working tickets;
establishing a one-to-one association relation between the grounding wire serial numbers of all the target intelligent grounding wires and all the grounding wire installation positions according to the grounding wire installation positions contained in the target working ticket so as to obtain grounding wire binding information corresponding to the target working ticket;
when a ground wire hooking request is received, determining a first target line to be hooked according to a work ticket number contained in the ground wire hooking request and combining the ground wire binding information, and sending a hooking linkage instruction to the dispatching automation platform, so that the dispatching automation platform executes a line power failure action on the first target line according to the hooking linkage instruction, and after the line power failure action is executed, issuing a ground wire hooking permission prompt to the mobile terminal;
receiving the ground wire operation data uploaded by the intelligent ground wire, and monitoring the operation state of the intelligent ground wire according to the ground wire operation data, wherein the ground wire operation data comprises the following components: the number of the grounding wire, the position coordinates, the electric quantity of the grounding wire, the real-time state of the grounding wire and the data uploading time;
when a ground wire dismantling message is received, according to the ground wire dismantling request and the ground wire binding information, determining an intelligent ground wire to be dismantled and a second target circuit to which the intelligent ground wire to be dismantled is connected, generating a dismantling linkage instruction according to the number of the intelligent ground wires in the second target circuit, and sending the dismantling linkage instruction to the dispatching automation platform, so that the dispatching automation platform locks or opens the circuit power transmission action of the second target circuit according to the dismantling linkage instruction.
2. The line-to-ground line management system of claim 1, wherein the ground line management platform is further configured to:
when receiving a ground wire ex-warehouse request, checking the ground wire ex-warehouse request by combining the ground wire binding information, if the check is passed, issuing a ground wire ex-warehouse permission to the mobile terminal, and if the check is not passed, returning the ground wire ex-warehouse request.
3. The line-to-ground line management system of claim 2, wherein the ground line management platform is further configured to:
and when a ground wire warehousing request is received, reading the ground wire number of the intelligent ground wire to be warehoused, combining the ground wire binding information, matching a target work ticket corresponding to the intelligent ground wire to be warehoused, and if all the intelligent ground wires bound by the target work ticket are warehoused, sending a work ticket termination permission to the work ticket management and control module.
4. The line-to-ground line management system of claim 1, wherein the ground line management platform is further configured to:
and verifying the hooking position of the intelligent grounding wire according to the position coordinates in the grounding wire operation data and combining the grounding wire binding information, and if the verification is not passed, sending out a circuit hooking error alarm message.
5. The line-to-ground line management and control system according to claim 4, wherein verifying the hooking position of the smart ground line in combination with the ground line binding information according to the ground line number and the position coordinates in the ground line operation data specifically comprises:
and according to the grounding wire number and the position coordinates in the grounding wire operation data, combining the association relation between the grounding wire number and the grounding wire installation position in the grounding wire binding information, if the position coordinates are matched with the coordinates of the grounding wire installation position, judging that the hanging position of the intelligent grounding wire passes the verification, and if the position coordinates are not matched with the coordinates of the grounding wire installation position, judging that the hanging position of the intelligent grounding wire does not pass the verification.
6. The line-to-ground conduit control system of claim 1, further comprising: the management platform of the internet of things,
the Internet of things management platform is arranged between the ground wire data receiving module and each communication link of the intelligent ground wire and is used for receiving and summarizing the ground wire operation data uploaded by each intelligent ground wire and uploading the ground wire operation data to the ground wire data receiving module.
7. A line ground wire management and control method applied to the ground wire management and control platform in the line ground wire management and control system according to any one of claims 1 to 6, comprising:
synchronizing the work ticket data in the work ticket management and control module, and determining a target work ticket to be executed according to the synchronized work ticket data, wherein the work ticket data comprises the following information: the number of working tickets, the information of maintenance lines, the installation positions of the grounding wires, the number of the grounding wires and the information of responsible persons;
screening a plurality of target intelligent grounding wires from a grounding wire library according to the number of the working tickets and the number of the grounding wires contained in the target working tickets, and establishing an association relation between the number of the grounding wires of the target intelligent grounding wires and the number of the working tickets of the target working tickets;
establishing a one-to-one association relation between the grounding wire serial numbers of all the target intelligent grounding wires and all the grounding wire installation positions according to the grounding wire installation positions contained in the target working ticket so as to obtain grounding wire binding information corresponding to the target working ticket;
when an earth wire hooking request is received, determining a first target line to be hooked according to a work ticket number contained in the earth wire hooking request and combining with the earth wire binding information, and sending a hooking linkage instruction to a dispatching automation platform, so that the dispatching automation platform executes a line power failure action on the first target line according to the hooking linkage instruction, and after the line power failure action is executed, issuing an earth wire hooking permission prompt to a mobile terminal;
receiving the ground wire operation data uploaded by the intelligent ground wire, and monitoring the operation state of the intelligent ground wire according to the ground wire operation data, wherein the ground wire operation data comprises the following components: the number of the grounding wire, the position coordinates, the electric quantity of the grounding wire, the real-time state of the grounding wire and the data uploading time;
when a ground wire dismantling message is received, according to the ground wire dismantling request and the ground wire binding information, determining an intelligent ground wire to be dismantled and a second target circuit to which the intelligent ground wire to be dismantled is connected, generating a dismantling linkage instruction according to the number of the intelligent ground wires in the second target circuit, and sending the dismantling linkage instruction to the dispatching automation platform, so that the dispatching automation platform locks or opens the circuit power transmission action of the second target circuit according to the dismantling linkage instruction.
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| CN110957811B (en) * | 2019-12-03 | 2023-05-12 | 深圳市航天新源科技有限公司 | Full-flow intelligent monitoring method and system for temporary grounding wire |
| CN111091304A (en) * | 2019-12-24 | 2020-05-01 | 金现代信息产业股份有限公司 | Digital work ticket management and control system and method for power industry |
| CN114301183A (en) * | 2022-03-03 | 2022-04-08 | 广东电网有限责任公司佛山供电局 | Method and system for preventing scheduling misoperation |
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| CN102801001A (en) * | 2011-05-27 | 2012-11-28 | 广西鑫百纳电气有限公司 | Management system for temporary grounding wire |
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