Verification method of remote signaling information, debugging and verification host, monitoring host and system

Abstract

The present invention relates to a verification method for telesignaling information, a debugging verification host, a monitoring host and a system, the method comprising: sending a telesignaling transmission instruction for each telesignaling point in an interval layer protection measurement and control device to the monitoring host; after receiving a telesignaling transmission completion signal corresponding to the telesignaling transmission instruction, waiting to receive telesignaling displacement information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway; based on the preset telesignaling displacement information corresponding to the telesignaling transmission instruction, verifying the telesignaling displacement information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway. The technical solution provided by the present invention completes the closed-loop automatic verification of all telesignaling signals in the monitoring background of the local substation by means of communication triggering, solves the problem that the amount of data is large and it is difficult to align all the points during the telesignaling alignment process, and ensures the consistency and accuracy of the telesignaling information verification.

Description

Technical Field

[0001] The invention relates to the technical field of transformer substation automation systems, and in particular to a remote signaling information verification method, a debugging verification host, a monitoring host and a system. Background Art

[0002] With the development of intelligent technology of primary and secondary equipment in substations and IT technology, the number of signals in substation monitoring systems has increased dramatically. According to statistics, a 500kV substation has tens of thousands of signals. The signals are more detailed and comprehensive, which not only facilitates the analysis and diagnosis of power grid and equipment failures, but also brings about an exponential increase in the workload of signal maintenance. At present, the on-site debugging methods of substations are still difficult to adapt to this change. They still rely on a large amount of manpower and man-hours in the on-site debugging link for on-site point-to-point debugging, and the debugging efficiency is low.

[0003] There is currently a lack of efficient solutions for substation monitoring systems. Currently, there are two types of solutions. The first type is to arrange two debugging personnel, one of whom manually operates on the operating interface of the primary equipment or the secondary device of the signal to be verified to trigger the on-site signal change, and the other observes the change signal pushed by the monitoring background in front of the substation monitoring background. The two communicate with each other using walkie-talkies to verify whether the triggered signal is consistent with the signal name and change information displayed on the monitoring background.

[0004] However, since the number of telesignaling messages of a substation may exceed tens of thousands or even hundreds of thousands, this work is usually completed by multiple people over multiple working days, which results in low work efficiency, high resource consumption and prone to errors.

[0005] The second category is a new method for information quality analysis of power grid dispatching automation system and its application proposed by Peng Zhiqiang, Zhang Qibing and others. This method requires the operator to manually set the replacement service to the interval layer device in the monitoring background. The interval layer device responds to the replacement service of the monitoring background to change the current value and quality bit, and transmits the data changes and quality changes to the data communication gateway. The data communication gateway transmits the data to the control master station front-end machine; the control master station front-end machine synchronously updates the received data to the control master station data acquisition and monitoring control system through the message bus; the operators of the master station and the substation check the value of the screen of the control master station data acquisition and monitoring control system with the value of the substation monitoring background screen through communication. If the two are consistent, the control information acceptance is passed; if they are inconsistent, the acceptance fails.

[0006] However, this method is a manual operation scheme focusing on the information acceptance of the control master station. The information point table of the control master station is only a small part of the substation monitoring background point table, which is difficult to represent the point-to-point work of the substation monitoring system.

[0007] At present, there is still a lack of a complete and efficient method for point-to-point verification of remote signaling information in substation monitoring systems. Summary of the invention

[0008] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a remote signaling information verification method, a debugging and verification host, a monitoring host and a system. The method completes the closed-loop automatic verification of all remote signaling signals in the local substation monitoring background by means of communication triggering, thereby solving the problem that the large amount of data in the remote signaling point-to-point process is difficult to align all points, and ensuring the consistency and accuracy of the remote signaling information verification.

[0009] The purpose of the present invention is achieved by adopting the following technical solutions:

[0010] The present invention provides a remote signaling information verification method, which is applied to a debugging and verification host, and the improvement thereof is that the method comprises:

[0011] Send remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host;

[0012] After receiving the telesignal transmission completion signal corresponding to the telesignal transmission instruction, waiting to receive the telesignal position change information of each telesignal point fed back by the monitoring host and / or the telecontrol gateway;

[0013] Based on the preset telesignaling displacement information corresponding to the telesignaling transmission instruction, the telesignaling displacement information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway is verified.

[0014] The present invention provides a debugging and verification host for remote signaling information verification, wherein the debugging and verification host comprises:

[0015] A control module, used for sending remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host;

[0016] A receiving module, for waiting to receive the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway after receiving the telesignaling transmission completion signal corresponding to the telesignaling transmission instruction;

[0017] The verification module is used to verify the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction.

[0018] The present invention provides a remote signaling information verification method, which is applied to a monitoring host, and the improvement thereof lies in that the method comprises:

[0019] After receiving the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device, sending a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device;

[0020] Receive the replacement response information returned by the bay layer protection measurement and control device, return the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and wait for the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device to be received according to the replacement response;

[0021] After receiving the remote signal change information of each remote signal point, the remote signal change information of each remote signal point is fed back to the debugging and verification host.

[0022] Preferably, returning the remote signal transmission completion / termination signal to the monitoring host according to the replacement response information includes:

[0023] The present invention provides a monitoring host applied to remote signaling information verification, wherein the improvement lies in that the monitoring host comprises:

[0024] A replacement module is used for sending a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device after receiving the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device;

[0025] A communication module, used for receiving the replacement response information returned by the bay layer protection measurement and control device, returning the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and waiting to receive the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device according to the replacement response;

[0026] The feedback module is used to feed back the remote signal change information of each remote signal point to the debugging and verification host after receiving the remote signal change information of each remote signal point.

[0027] The present invention provides a verification method for remote signaling information verification, the improvement of which lies in that the method comprises:

[0028] Debugging and verification sends telesignal transmission instructions of each telesignal point in the bay layer protection measurement and control device to the monitoring host;

[0029] After receiving the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device, the monitoring host sends a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device;

[0030] The monitoring host receives the replacement response information returned by the bay layer protection measurement and control device, returns the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and waits to receive the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device according to the replacement response;

[0031] After receiving the telesignal transmission completion signal corresponding to the telesignal transmission instruction, the debugging verification host waits to receive the telesignal position change information of each telesignal point fed back by the monitoring host and / or the telecontrol gateway host;

[0032] After receiving the remote signal change information of each remote signal point, the monitoring host feeds back the remote signal change information of each remote signal point to the debugging and verification host.

[0033] The debugging and verification host verifies the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction.

[0034] The present invention provides a remote signaling information verification system, wherein the system comprises a debugging verification host as claimed in any one of claims 4 to 6, a monitoring host as claimed in any one of claims 10 to 12, an interval layer protection measurement and control device communicating with the monitoring host, and a telecontrol gateway communicating with the debugging verification host and the interval layer protection measurement and control device respectively, wherein the interval layer protection measurement and control device comprises:

[0035] A response module, used for responding to the replacement instruction of the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device sent by the monitoring host;

[0036] The communication module is used to receive the replacement instruction of the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device sent by the monitoring host, and return the replacement response result of the replacement instruction and the remote signal displacement information of each remote signal point after the replacement is successful to the monitoring host;

[0037] The telecontrol gateway is used to collect the telesignaling position change information of each telesignaling point returned by the bay layer protection measurement and control device, and feed back the telesignaling position change information to the debugging and verification host.

[0038] Compared with the closest prior art, the present invention has the following beneficial effects:

[0039] The technical solution provided by the present invention sends a telesignaling transmission instruction for each telesignaling point in an interval layer protection measurement and control device to a monitoring host; after receiving a telesignaling transmission completion signal corresponding to the telesignaling transmission instruction, waits to receive telesignaling displacement information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway; based on preset telesignaling displacement information corresponding to the telesignaling transmission instruction, verifies the telesignaling displacement information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway; completes closed-loop automatic verification of all telesignaling signals in the monitoring background of the local substation by means of communication triggering, solves the problem that the amount of data is large and it is difficult to align all the points during the telesignaling point-to-point process, and ensures the consistency and accuracy of the telesignaling information verification. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 It is a communication connection diagram of an application scenario in a verification method of remote signaling information;

[0041] Figure 2It is a flow chart of debugging and verifying the host end in a remote signaling information verification method;

[0042] Figure 3 It is a structural diagram of a debugging and verification host used for remote signaling information verification;

[0043] Figure 4 It is a flow chart of monitoring host end in a verification method of remote signaling information;

[0044] Figure 5 It is a structural diagram of the monitoring host side used for remote signaling information verification. DETAILED DESCRIPTION

[0045] The specific implementation modes of the present invention will be further described in detail below in conjunction with the accompanying drawings.

[0046] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are 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.

[0047] In order to complete the automatic verification of the remote signaling information in the background of the substation monitoring, a remote signaling information verification method proposed in the present invention can be applied to the following examples: Figure 1 In the application scenario shown, Figure 1 It includes: telecontrol gateway, monitoring host, debugging and verification host and interval layer protection measurement and control device. The telecontrol gateway and monitoring host are respectively connected to the debugging and verification host, and the telecontrol gateway and monitoring host are respectively connected to the interval layer protection measurement and control device.

[0048] Among them, this application scenario is built on the basis of the existing substation monitoring system architecture. In the application scenario of the present invention, the monitoring host in the station control layer equipment still adopts the IEC61850 standard protocol to issue replacement instructions to the interval layer equipment. In addition, a debugging and verification host is added to the application scenario of the present invention, and a software communication module is set inside the monitoring host. The debugging and verification host sends remote signal transmission instructions to the remote signal point of the monitoring host through the Ethernet interface or receives the remote signal displacement information uploaded by the monitoring host. In actual operation, after the operator selects the point range, the debugging and verification host will automatically send the remote signal transmission instructions of the point range to the monitoring host, and automatically trigger the automatic verification of the remote signal information within the selected point range. Specific embodiment 1:

[0050] The present invention provides a remote signaling information verification method, which is applied to the debugging and verification host, such as Figure 2 As shown, the method includes:

[0051] Send remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host;

[0052] After receiving the telesignal transmission completion signal corresponding to the telesignal transmission instruction, waiting to receive the telesignal position change information of each telesignal point fed back by the monitoring host and / or the telecontrol gateway;

[0053] Based on the preset telesignaling displacement information corresponding to the telesignaling transmission instruction, the telesignaling displacement information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway is verified.

[0054] In the best embodiment of the present invention, after receiving the telesignaling displacement information returned by the monitoring host, a recovery instruction of the above-mentioned telesignaling transmission instruction is sent to the monitoring host (the instruction is used to restore the telesignaling information of each telesignaling point in the interval layer protection measurement and control device to before the telesignaling transmission instruction of each telesignaling point in the interval layer protection measurement and control device is sent to the monitoring host), and wait for receiving the telesignaling transmission completion signal corresponding to the recovery instruction of the telesignaling transmission instruction.

[0055] Specifically, the verification of the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction includes:

[0056] If the preset telesignaling position change information corresponding to the telesignaling transmission instruction is consistent with the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway, the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway is successfully verified;

[0057] Otherwise, the verification of the telesignal change information of each telesignal point fed back by the monitoring host and / or telecontrol gateway fails.

[0058] Specifically, after sending the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device to the monitoring host, it also includes:

[0059] If the remote signal transmission command of each remote signal point in the bay layer protection measurement and control device is sent to the monitoring host, the confirmation response information of the remote signal transmission command returned by the monitoring host is not received within the first preset time, then it is displayed that the monitoring host has no response and the operation is terminated;

[0060] If the remote signal transmission completion / termination signal corresponding to the remote signal transmission instruction returned by the monitoring host is not received within the second preset time after receiving the confirmation response information of the remote signal transmission instruction returned by the monitoring host, the transmission abnormality is displayed and the operation is terminated;

[0061] If a remote signaling transmission termination signal corresponding to the remote signaling transmission instruction returned by the monitoring host is received within the second preset time after receiving the confirmation response information of the remote signaling transmission instruction returned by the monitoring host, it will be displayed that the interval layer protection measurement and control device responds abnormally and the operation is terminated.

[0062] In the best embodiment of the present invention, the operator only needs to manually select the telesignal point or the range of telesignal points to be verified in the background of the debugging and verification host, and execute the startup operation. The debugging and verification host will automatically issue the telesignal transmission instructions of the telesignal points in the selected range, triggering the automatic verification of the telesignal displacement information of the telesignal points in the selected point range. Different from the traditional verification scheme in which the operator manually sets the replacement service to the interval layer equipment in the monitoring background (only the telesignal points to be matched can be manually selected in the telesignal point library, and the replacement values ​​can be manually filled in, and the replacement service cannot be set to the interval layer equipment in batches), the present invention is simpler and has higher work efficiency. The telesignal information includes: current value information and quality position information.

[0063] The present invention provides a debugging verification host for remote signaling information verification, such as Figure 3 As shown, the debugging verification host includes:

[0064] A control module, used for sending remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host;

[0065] A receiving module, for waiting to receive the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway after receiving the telesignaling transmission completion signal corresponding to the telesignaling transmission instruction;

[0066] The verification module is used to verify the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction.

[0067] Specifically, the verification module is used to:

[0068] If the preset telesignaling position information corresponding to the telesignaling transmission instruction is consistent with the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway, the verification of the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway is successful; otherwise, the verification of the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway fails.

[0069] Specifically, the debugging and verification host further includes an abnormality display module, which is used to:

[0070] If the remote signal transmission command of each remote signal point in the bay layer protection measurement and control device is sent to the monitoring host, the confirmation response information of the remote signal transmission command returned by the monitoring host is not received within the first preset time, then it is displayed that the monitoring host has no response and the operation is terminated;

[0071] If the remote signal transmission completion / termination signal corresponding to the remote signal transmission instruction returned by the monitoring host is not received within the second preset time after receiving the confirmation response information of the remote signal transmission instruction returned by the monitoring host, the transmission abnormality is displayed and the operation is terminated;

[0072] If a remote signaling transmission termination signal corresponding to the remote signaling transmission instruction returned by the monitoring host is received within the second preset time after receiving the confirmation response information of the remote signaling transmission instruction returned by the monitoring host, it will be displayed that the interval layer protection measurement and control device responds abnormally and the operation is terminated. Specific embodiment 2:

[0074] The present invention provides a remote signaling information verification method, which is applied to a monitoring host, such as Figure 4 As shown, the method includes:

[0075] After receiving the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device, sending a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device;

[0076] Receive the replacement response information returned by the bay layer protection measurement and control device, return the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and wait for the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device to be received according to the replacement response;

[0077] After receiving the remote signal change information of each remote signal point, the remote signal change information of each remote signal point is fed back to the debugging and verification host.

[0078] In the best embodiment of the present invention, after receiving the recovery instruction of the telesignaling transmission instruction of each telesignaling point in the interval layer protection and measurement and control device, a replacement instruction of the recovery instruction of the telesignaling transmission instruction is sent to the interval layer protection and measurement and control device; the replacement response information returned by the interval layer protection and measurement and control device (the replacement response information corresponding to the replacement instruction of the recovery instruction of the telesignaling transmission instruction) is received, and the telesignaling transmission completion / termination signal (the telesignaling transmission completion / termination signal corresponding to the recovery instruction of the telesignaling transmission instruction) is returned to the monitoring host according to the replacement response information.

[0079] Specifically, returning the remote signal transmission completion / termination signal to the monitoring host according to the replacement response information includes:

[0080] If the replacement response information indicates that the replacement is successful, a remote signal transmission completion signal corresponding to the remote signal transmission instruction is returned to the monitoring host;

[0081] If the replacement response information indicates that the replacement has failed, a remote signal transmission termination signal corresponding to the remote signal transmission instruction is returned to the monitoring host.

[0082] Specifically, the waiting for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device according to the replacement response includes:

[0083] If the replacement response information indicates that the replacement is successful, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is received; otherwise, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is not received.

[0084] In the best embodiment of the present invention, if after receiving the remote signal transmission instructions of each remote signal point in the interval layer protection and measurement and control device, no recovery instruction of the signal transmission instructions of each remote signal point in the interval layer protection and measurement and control device is received within the third preset time, the replacement instruction corresponding to the remote signal transmission instruction of each remote signal point in the interval layer protection and measurement and control device is automatically revoked, and a transmission termination message is sent.

[0085] In the best embodiment of the present invention, if the monitoring host automatically quits working during the transmission process, the operator needs to manually restart the interval layer protection measurement and control device corresponding to the remote signal transmission instruction.

[0086] The present invention provides a monitoring host for remote signaling information verification, such as Figure 5 As shown, the monitoring host includes:

[0087] A replacement module is used for sending a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device after receiving the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device;

[0088] A communication module, used for receiving the replacement response information returned by the bay layer protection measurement and control device, returning the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and waiting to receive the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device according to the replacement response;

[0089] The feedback module is used to feed back the remote signal change information of each remote signal point to the debugging and verification host after receiving the remote signal change information of each remote signal point.

[0090] Specifically, returning the remote signal transmission completion / termination signal corresponding to the on / off control instruction to the monitoring host according to the response result information includes:

[0091] If the replacement response information indicates that the replacement is successful, a remote signal transmission completion signal corresponding to the remote signal transmission instruction is returned to the monitoring host;

[0092] If the replacement response information indicates that the replacement has failed, a remote signal transmission termination signal corresponding to the remote signal transmission instruction is returned to the monitoring host.

[0093] Specifically, the waiting for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device according to the replacement response includes:

[0094] If the replacement response information indicates that the replacement is successful, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is received; otherwise, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is not received. Specific embodiment 3:

[0096] The present invention provides a verification method for remote signaling information verification, the method comprising:

[0097] The debugging and verification host sends the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host;

[0098] After receiving the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device, the monitoring host sends a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device;

[0099] The monitoring host receives the replacement response information returned by the bay layer protection measurement and control device, returns the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and waits to receive the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device according to the replacement response;

[0100] After receiving the telesignal transmission completion signal corresponding to the telesignal transmission instruction, the debugging verification host waits to receive the telesignal position change information of each telesignal point fed back by the monitoring host and / or the telecontrol gateway host;

[0101] After receiving the remote signal change information of each remote signal point, the monitoring host feeds back the remote signal change information of each remote signal point to the debugging and verification host.

[0102] The debugging and verification host verifies the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction.

[0103] Specifically, returning the remote signal transmission completion / termination signal to the monitoring host according to the replacement response information includes:

[0104] If the replacement response information indicates that the replacement is successful, a remote signal transmission completion signal corresponding to the remote signal transmission instruction is returned to the monitoring host;

[0105] If the replacement response information indicates that the replacement has failed, a remote signal transmission termination signal corresponding to the remote signal transmission instruction is returned to the monitoring host.

[0106] Specifically, the waiting for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device according to the replacement response includes:

[0107] If the replacement response information indicates that the replacement is successful, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is received; otherwise, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is not received.

[0108] Specifically, the verification of the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction includes:

[0109] If the preset telesignaling position change information corresponding to the telesignaling transmission instruction is consistent with the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway, the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway is successfully verified;

[0110] Otherwise, the verification of the telesignal change information of each telesignal point fed back by the monitoring host and / or telecontrol gateway fails.

[0111] Specifically, after sending the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device to the monitoring host, it also includes:

[0112] If the remote signal transmission command of each remote signal point in the bay layer protection measurement and control device is sent to the monitoring host, the confirmation response information of the remote signal transmission command returned by the monitoring host is not received within the first preset time, then it is displayed that the monitoring host has no response and the operation is terminated;

[0113] If the remote signal transmission completion / termination signal corresponding to the remote signal transmission instruction returned by the monitoring host is not received within the second preset time after receiving the confirmation response information of the remote signal transmission instruction returned by the monitoring host, the transmission abnormality is displayed and the operation is terminated;

[0114] If a remote signaling transmission termination signal corresponding to the remote signaling transmission instruction returned by the monitoring host is received within the second preset time after receiving the confirmation response information of the remote signaling transmission instruction returned by the monitoring host, it will be displayed that the interval layer protection measurement and control device responds abnormally and the operation is terminated.

[0115] The present invention provides a remote signaling information verification system, the system comprising a debugging verification host, a monitoring host, an interval layer protection measurement and control device communicating with the monitoring host, and a telecontrol gateway machine communicating with the debugging verification host and the interval layer protection measurement and control device respectively.

[0116] The debugging and verification host comprises:

[0117] A control module, used for sending remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host;

[0118] A receiving module, for waiting to receive the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway after receiving the telesignaling transmission completion signal corresponding to the telesignaling transmission instruction;

[0119] The verification module is used to verify the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction.

[0120] Wherein, the verification module is used to:

[0121] If the preset telesignaling position information corresponding to the telesignaling transmission instruction is consistent with the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway, the verification of the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway is successful; otherwise, the verification of the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway fails.

[0122] The debugging and verification host further includes an abnormality display module, which is used for:

[0123] If the remote signal transmission command of each remote signal point in the bay layer protection measurement and control device is sent to the monitoring host, the confirmation response information of the remote signal transmission command returned by the monitoring host is not received within the first preset time, then it is displayed that the monitoring host has no response and the operation is terminated;

[0124] If the remote signal transmission completion / termination signal corresponding to the remote signal transmission instruction returned by the monitoring host is not received within the second preset time after receiving the confirmation response information of the remote signal transmission instruction returned by the monitoring host, the transmission abnormality is displayed and the operation is terminated;

[0125] If a remote signaling transmission termination signal corresponding to the remote signaling transmission instruction returned by the monitoring host is received within the second preset time after receiving the confirmation response information of the remote signaling transmission instruction returned by the monitoring host, it will be displayed that the interval layer protection measurement and control device responds abnormally and the operation is terminated.

[0126] The monitoring host comprises:

[0127] A replacement module is used for sending a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device after receiving the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device;

[0128] A communication module, used for receiving the replacement response information returned by the bay layer protection measurement and control device, returning the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and waiting to receive the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device according to the replacement response;

[0129] A feedback module is used to feed back the remote signal change information of each remote signal point to the debugging and verification host after receiving the remote signal change information of each remote signal point;

[0130] Wherein, returning the remote signal transmission completion / termination signal corresponding to the on / off control instruction to the monitoring host according to the response result information includes:

[0131] If the replacement response information indicates that the replacement is successful, a remote signal transmission completion signal corresponding to the remote signal transmission instruction is returned to the monitoring host;

[0132] If the replacement response information indicates that the replacement has failed, a remote signal transmission termination signal corresponding to the remote signal transmission instruction is returned to the monitoring host.

[0133] The method of waiting for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device according to the replacement response includes:

[0134] If the replacement response information indicates that the replacement is successful, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is received; otherwise, the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device is not received.

[0135] The spacer layer protection measurement and control device comprises:

[0136] A response module, used for responding to the replacement instruction of the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device sent by the monitoring host;

[0137] The communication module is used to receive the replacement instruction of the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device sent by the monitoring host, and return the replacement response result of the replacement instruction and the remote signal displacement information of each remote signal point after the replacement is successful to the monitoring host;

[0138] The telecontrol gateway is used to collect the telesignaling position change information of each telesignaling point returned by the bay layer protection measurement and control device, and feed back the telesignaling position change information to the debugging and verification host.

[0139] The remote signaling information verification method provided by the present invention has a high degree of automation, a large point coverage range, and less legacy work, which can greatly save the debugging workload of personnel, improve the efficiency of remote signaling information verification, and avoid the problems of high labor intensity of operators, low debugging efficiency, and information omissions and information errors caused by manual acceptance in traditional manual point verification.

[0140] Those skilled in the art will appreciate that the embodiments of the present application may be provided as methods, systems, or computer program products. Therefore, the present application may adopt the form of a complete hardware embodiment, a complete software embodiment, or an embodiment in combination with software and hardware. Moreover, the present application may adopt the form of a computer program product implemented in one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) that include computer-usable program code.

[0141] The present application is described with reference to the flowcharts and / or block diagrams of the methods, devices (systems), and computer program products according to the embodiments of the present application. It should be understood that each process and / or box in the flowchart and / or block diagram, as well as the combination of the processes and / or boxes in the flowchart and / or block diagram, can be implemented by computer program instructions. These computer program instructions can be provided to a processor of a general-purpose computer, a special-purpose computer, an embedded processor, or other programmable data processing device to generate a machine, so that the instructions executed by the processor of the computer or other programmable data processing device generate instructions for implementing the processes in the flowchart and / or block diagram. Figure 1 A process or multiple processes and / or boxes Figure 1 A device that provides the functions specified in a block or multiple blocks.

[0142] These computer program instructions may also be stored in a computer-readable memory capable of directing a computer or other programmable data processing device to operate in a specific manner, so that the instructions stored in the computer-readable memory produce an article of manufacture comprising an instruction device, which implements the process Figure 1 A process or multiple processes and / or boxes Figure 1 A function specified in one or more boxes.

[0143] These computer program instructions can also be loaded onto a computer or other programmable data processing device so that a series of operating steps are executed on the computer or other programmable device to produce a computer-implemented process, thereby providing instructions for implementing the process. Figure 1 A process or multiple processes and / or boxes Figure 1 The steps for the functions specified in one or more boxes.

[0144] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the above embodiments, ordinary technicians in the relevant field should understand that the specific implementation methods of the present invention can still be modified or replaced by equivalents. Any modification or equivalent replacement that does not depart from the spirit and scope of the present invention should be covered within the scope of protection of the claims of the present invention.

Claims

1. A remote signaling information verification method, the method is applied to the debugging and verification host, characterized in that: The method comprises: Send remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host; After receiving the telesignal transmission completion signal corresponding to the telesignal transmission instruction, waiting to receive the telesignal position change information of each telesignal point fed back by the monitoring host and / or the telecontrol gateway; Based on the preset telesignaling displacement information corresponding to the telesignaling transmission instruction, verify the telesignaling displacement information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway; The verification of the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction includes: If the preset telesignaling position change information corresponding to the telesignaling transmission instruction is consistent with the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway, the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway is successfully verified; Otherwise, the verification of the telesignal change information of each telesignal point fed back by the monitoring host and / or telecontrol gateway fails.

2. The method according to claim 1, characterized in that After the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device are sent to the monitoring host, the method further includes: If the remote signal transmission command of each remote signal point in the bay layer protection measurement and control device is sent to the monitoring host, the confirmation response information of the remote signal transmission command returned by the monitoring host is not received within the first preset time, then it is displayed that the monitoring host has no response and the operation is terminated; If the remote signal transmission completion / termination signal corresponding to the remote signal transmission instruction returned by the monitoring host is not received within the second preset time after receiving the confirmation response information of the remote signal transmission instruction returned by the monitoring host, the transmission abnormality is displayed and the operation is terminated; If a remote signaling transmission termination signal corresponding to the remote signaling transmission instruction returned by the monitoring host is received within the second preset time after receiving the confirmation response information of the remote signaling transmission instruction returned by the monitoring host, it will be displayed that the interval layer protection measurement and control device responds abnormally and the operation is terminated.

3. A debugging and verification host applied to remote signaling information verification, characterized in that: The debugging verification host comprises: A control module, used for sending remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host; A receiving module, for waiting to receive the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway after receiving the telesignaling transmission completion signal corresponding to the telesignaling transmission instruction; A verification module, used to verify the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction; The verification module is used to: If the preset telesignaling position information corresponding to the telesignaling transmission instruction is consistent with the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway, the verification of the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway is successful; otherwise, the verification of the telesignaling position information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway fails.

4. The debugging verification host according to claim 3, characterized in that: The debugging and verification host further includes an abnormality display module, which is used for: If the remote signal transmission command of each remote signal point in the bay layer protection measurement and control device is sent to the monitoring host, the confirmation response information of the remote signal transmission command returned by the monitoring host is not received within the first preset time, then it is displayed that the monitoring host has no response and the operation is terminated; If the remote signal transmission completion / termination signal corresponding to the remote signal transmission instruction returned by the monitoring host is not received within the second preset time after receiving the confirmation response information of the remote signal transmission instruction returned by the monitoring host, the transmission abnormality is displayed and the operation is terminated; If a remote signaling transmission termination signal corresponding to the remote signaling transmission instruction returned by the monitoring host is received within the second preset time after receiving the confirmation response information of the remote signaling transmission instruction returned by the monitoring host, it will be displayed that the interval layer protection measurement and control device responds abnormally and the operation is terminated.

5. A remote signaling information verification method, the method is applied to a monitoring host, characterized in that: The method comprises: After receiving the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device, sending a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device; Receive the replacement response information returned by the bay layer protection measurement and control device, return the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and wait for the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device to be received according to the replacement response; After receiving the remote signal change information of each remote signal point, the remote signal change information of each remote signal point is fed back to the debugging verification host; The method of waiting for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device according to the replacement response includes: If the replacement response information indicates that the replacement is successful, then wait for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device; otherwise, do not receive the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device; The step of returning the remote signal transmission completion / termination signal to the monitoring host according to the replacement response information comprises: If the replacement response information indicates that the replacement is successful, a remote signal transmission completion signal corresponding to the remote signal transmission instruction is returned to the monitoring host; If the replacement response information indicates that the replacement has failed, a remote signal transmission termination signal corresponding to the remote signal transmission instruction is returned to the monitoring host.

6. A monitoring host used for remote signaling information verification, characterized in that: The monitoring host comprises: A replacement module is used for sending a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device after receiving the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device; A communication module, used for receiving the replacement response information returned by the bay layer protection measurement and control device, returning the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and waiting to receive the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device according to the replacement response; A feedback module is used to feed back the remote signal change information of each remote signal point to the debugging and verification host after receiving the remote signal change information of each remote signal point; The method of waiting for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device according to the replacement response includes: If the replacement response information indicates that the replacement is successful, then wait for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device; otherwise, do not receive the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device; The step of returning the remote signal transmission completion / termination signal to the monitoring host according to the replacement response information comprises: If the replacement response information indicates that the replacement is successful, a remote signal transmission completion signal corresponding to the remote signal transmission instruction is returned to the monitoring host; If the replacement response information indicates that the replacement has failed, a remote signal transmission termination signal corresponding to the remote signal transmission instruction is returned to the monitoring host.

7. A verification method for remote signaling information verification, characterized in that: The method comprises: The debugging and verification host sends the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device to the monitoring host; After receiving the remote signal transmission instructions of each remote signal point in the bay layer protection measurement and control device, the monitoring host sends a replacement instruction of the remote signal transmission instruction to the bay layer protection measurement and control device; The monitoring host receives the replacement response information returned by the bay layer protection measurement and control device, returns the telesignal transmission completion / termination signal to the monitoring host according to the replacement response information, and waits to receive the telesignal displacement information of each telesignal point in the bay layer protection measurement and control device according to the replacement response; After receiving the telesignal transmission completion signal corresponding to the telesignal transmission instruction, the debugging verification host waits to receive the telesignal position change information of each telesignal point fed back by the monitoring host and / or the telecontrol gateway host; After receiving the remote signal change information of each remote signal point, the monitoring host feeds back the remote signal change information of each remote signal point to the debugging verification host; The debugging and verification host verifies the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway host based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction; The step of returning the remote signal transmission completion / termination signal to the monitoring host according to the replacement response information comprises: If the replacement response information indicates that the replacement is successful, a remote signal transmission completion signal corresponding to the remote signal transmission instruction is returned to the monitoring host; If the replacement response information indicates that the replacement fails, a remote signal transmission termination signal corresponding to the remote signal transmission instruction is returned to the monitoring host; The method of waiting for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device according to the replacement response includes: If the replacement response information indicates that the replacement is successful, then wait for receiving the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device; otherwise, do not receive the remote signaling position change information of each remote signaling point in the bay layer protection measurement and control device; The debugging verification host verifies the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or the telecontrol gateway based on the preset telesignaling position change information corresponding to the telesignaling transmission instruction, including: If the preset telesignaling position change information corresponding to the telesignaling transmission instruction is consistent with the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway, the telesignaling position change information of each telesignaling point fed back by the monitoring host and / or telecontrol gateway is successfully verified; Otherwise, the verification of the telesignal change information of each telesignal point fed back by the monitoring host and / or telecontrol gateway fails.

8. A remote signaling information verification system, characterized in that: The system comprises a debugging and verification host according to any one of claims 3 to 4, a monitoring host according to claim 6, an interval layer protection measurement and control device communicating with the monitoring host, and a telecontrol gateway communicating with the debugging and verification host and the interval layer protection measurement and control device respectively, wherein the interval layer protection measurement and control device comprises: A response module, used for responding to the replacement instruction of the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device sent by the monitoring host; The communication module is used to receive the replacement instruction of the remote signal transmission instruction of each remote signal point in the bay layer protection measurement and control device sent by the monitoring host, and return the replacement response result of the replacement instruction and the remote signal displacement information of each remote signal point after the replacement is successful to the monitoring host; The telecontrol gateway is used to collect the telesignaling position change information of each telesignaling point returned by the bay layer protection measurement and control device, and feed back the telesignaling position change information to the debugging and verification host.

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