CN103368757B - Railway signal comprehensive monitoring system - Google Patents
Railway signal comprehensive monitoring system Download PDFInfo
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- CN103368757B CN103368757B CN201210091139.2A CN201210091139A CN103368757B CN 103368757 B CN103368757 B CN 103368757B CN 201210091139 A CN201210091139 A CN 201210091139A CN 103368757 B CN103368757 B CN 103368757B
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Abstract
The invention provides a kind of railway signal comprehensive monitoring system, relate to technical field of railway signal information, solving in prior art cannot the technical problem of operation conditions of overall monitor railway equipment.Does native system comprise: front table apparatus, data store DB device, railway signal application service OMCP? server device, Railway Signal Acquisition service DCP? server device and railway signal communication service commserver device; Wherein, commserver device comprises: resource service end module, capabilities service end module, event client module; DCP? server device comprises: resource client end module, performance client module, Event Service end module.The embodiment of the present invention is mainly used in the operation conditions monitoring railway equipment, and finding early may produced problem in running.
Description
Technical field
The present invention relates to technical field of railway signal information, particularly relate to a kind of railway signal comprehensive monitoring system.
Background technology
As shown in Figure 1, the railway equipment that the existing monitoring system of current railway is mainly monitored has ATP (AutomaticTrainProtectionSystem, automatic train protection system), GSM-R (GSMforRailways, railway mobile communcations system), RBC (radio block center), TSRS (temporary speed limitation server), CBI (computer interlock), CTC (Decentralized Autonomous CTC), TCC (station train control center).Wherein, ATP, GSM-R, RBC, TSRS belong to the administration of high ferro supervisory control system; CBI, CTC, TCC belong to the administration of railway signal supervisory control system.These are for monitoring the system independent operating separately of railway equipment.
Existing above-mentioned railway monitoring system is all spread out to monitor the operation conditions of respective monitored railway equipment, therefore the monitor message of each monitored railway equipment/system is disperseed, cannot be found Problems existing in current railway transportation on the whole, can only adopt go wrong or fault time go out solve scheme again, or the settling mode of fault is avoided in periodic maintenance.But above-mentioned go wrong or fault time go out solve scheme again mode owing to not as good as finding failure problems, so easily cause railway transportation to suspend, even can not paralyse, and the mode of periodic maintenance also specific aim is poor, and human resources are also one is wasted.
Summary of the invention
Embodiments of the invention provide a kind of railway signal comprehensive monitoring system, can the operation conditions of the monitored railway equipment/system of effective monitoring comprehensively, realize overall application dispersion and independently monitor data, issuable security hidden trouble when being convenient to analyze train operation.
For achieving the above object, embodiments of the invention adopt following technical scheme:
A kind of railway signal comprehensive monitoring system, comprise: front table apparatus, data store DB device, railway signal application service (OMCPserver) device, Railway Signal Acquisition service (DCPserver) device and railway signal communication service (commserver) device;
OMCPserver device, for receiving the message of the request resource configuration information that front table apparatus sends and asking the message of performance information, and is forwarded to DCPserver device; And for receiving from the resource allocation information of DCPserver device, performance information or event information, and resource allocation information and event information are stored into DB device, performance information is sent on front table apparatus and shows;
DCPserver device, for after the message receiving request resource configuration information, calls resource client end module; After the message receiving request performance information, invocation performance client modules;
Wherein, DCPserver device comprises: resource client end module, performance client module and Event Service end module;
Resource client end module, for after the message receiving request resource configuration information, sends a message to commserver device by socket interface;
Performance client module, for after the message receiving request performance information, sends a message to commserver device by socket interface;
Commserver device, for receiving the request that DCPserver device sends, and resource allocation information, performance information or the event information that reports that high ferro supervisory control system and/or railway signal supervisory control system send, and call corresponding resume module;
Wherein, commserver device comprises: resource service end module, capabilities service end module and event client module;
Resource service end module, for after the message receiving the request resource configuration information that resource client end module sends, according to the access information of the monitored railway equipment of the appointment of carrying in message, corresponding resource allocation information is collected from high ferro supervisory control system and/or railway signal supervisory control system, and after the form according to the unified described resource allocation information of predetermined resource message format, turn back to DCPserver device;
Capabilities service end module, for after the message receiving the request performance information that performance client module sends, according to the access information of the monitored railway equipment of the appointment of carrying in message, corresponding performance information is collected from high ferro supervisory control system and/or railway signal supervisory control system, and after the form according to the unified described performance information of pre-determined characteristics message format, turn back to DCPserver device;
Event client module, for the event information that real-time reception high ferro supervisory control system and/or railway signal supervisory control system report, and after the form according to event information described in scheduled event uniform format, by socket interface, event information is sent to DCPserver device.
DCPserver device, the resource allocation information of commserver device transmission is also received for calling resource client end module, invocation performance client modules receives the performance information that commserver device sends, and calls Event Service termination and receive the event information that commserver device reports;
Resource client end module, also for receiving the resource allocation information that commserver device sends, parsing source configuration data according to predetermined resource message format, and being sent to OMCPserver device;
Performance client module, also for receiving the performance information that commserver device sends, parsing performance data according to pre-determined characteristics message format, and being sent to OMCPserver device;
Event Service end module, also for intercepting the event information that in commserver device, event client module reports, parses alarm data according to scheduled event message format, and is sent to OMCPserver device;
Front table apparatus, also for after receiving the instruction from the query resource configuration information of user, inquires about corresponding resource allocation information, and shows to institute user from DB device; After receiving the instruction from least one KPI index performance information of inquiry of user, send request the message of performance information to OMCPserver device, and the performance information that OMCPserver device returns is shown to user.
Preferably, OMCPserver device comprises:
Application service module, for receiving after from the resource allocation information of DCPserver device, performance information or event information, does persistence process by resource allocation information and event information.
Wherein, the access information of the monitored railway equipment of appointment carried in the message of request resource configuration information specifically comprises: the mark of the monitored railway signals equipment of specifying or give tacit consent to whole monitored railway signals equipment;
Resource allocation information comprises following one or more: signal system title, equipment id, IP address, device type, equipment state and equipment attaching relation;
The access information of the monitored railway equipment of appointment carried in the message of request performance information specifically comprises following one or more: the signal system title of specifying, signaling subsystem title, switching value/quantity of state title;
Performance information specifically comprises following one or more: query time, signal system title, signaling subsystem title, switching value/quantity of state numerical value and record number numerical value;
The event information reported specifically comprises following one or more: signal system IP address, signaling subsystem title, alarm level, alarm time of origin, warning content, alarm status amount or switching value title, alarm status amount or switching value numerical value.
In order to dock with existing railway signal supervisory control system and high ferro supervisory control system maintenance machine, system of the present invention designs separately and provides resource, performance and the event client module in commserver communicator and dcpserver device, and resource, performance and Event Service end module, wherein, commserver communicator is in order to complete the interface task docked with existing railway signal supervisory control system and high ferro supervisory control system maintenance machine, dcpserver device can be disposed on the application server, also can dispose as acquisition server separately, such network only needs when getting through fire compartment wall the client modules/server module in the port of other system and this device is opened, be convenient to unified monitoring, and then solve in prior art, the monitor message dispersion of each system, independent, cannot gather comprehensively the technical problem for monitoring and analyzing, achieve the operation conditions of the monitored railway equipment/system of comprehensive effective monitoring, realize overall application dispersion and independently monitor data, the technique effect of issuable security hidden trouble when being convenient to analyze train operation.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of high ferro supervisory control system in background technology and railway signal supervisory control system;
Fig. 2 is the system apparatus arrangements schematic diagram in the embodiment of the present invention 1 and 3;
Fig. 3 is the structural representation of commserver device in the embodiment of the present invention 1,2 and 3 and DCPserver device;
Fig. 4 is the system apparatus arrangements schematic diagram in the embodiment of the present invention 2.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.Further, following embodiment is possibility of the present invention, embodiment put in order and embodiment numbering execution sequence preferred with it have nothing to do.
The monitor message of the railway equipment of existing railway signal supervisory control system and the various monitoring of high ferro supervisory control system can comprehensively be aggregated in face of user by the railway signal comprehensive monitoring system that the present embodiment provides, in the present embodiment, performance information, resource allocation information and event information (also claiming warning information) is divided into according to the type of monitor message.In order to clearly describe the railway signal comprehensive monitoring system that this present embodiment provides, be described with the monitor procedure of three embodiments to performance information, resource allocation information and event information respectively below.
Embodiment 1
The present embodiment provides a kind of railway signal comprehensive monitoring system, as shown in Figure 2, is mainly used in the present embodiment the monitor procedure to performance information is described.Comprise: front table apparatus, data store DB device, railway signal application service OMCPserver device, Railway Signal Acquisition service DCPserver device and railway signal communication service commserver device;
Wherein, by socket interactive interfacing between DCPserver device and commserver device, exchanged by rmi interface between DCPserver device and OMCPserver device.Java DataBase combining is belonged between OMCPserver device and DB device.
As shown in Figure 3, wherein, DCPserver device comprises: resource client end module, performance client module, Event Service end module; Wherein, commserver device comprises: resource service end module, capabilities service end module, event client module; In the present embodiment due to the process of monitoring performance information being mainly described, so relate generally to performance client module and capabilities service end module.Performance client module is configured for the performance interface module called from existing railway signal supervisory control system and high ferro supervisory control system by performance information the present embodiment system together with capabilities service end module.
User forward table apparatus instruction checks the performance information of one or more KPI index, and front table apparatus is used for after receiving the instruction from least one KPI index performance information of inquiry of user, sends request the message of performance information to OMCPserver device;
OMCPserver device for receiving the message of the request performance information of front table apparatus transmission, and is forwarded to DCPserver device;
DCPserver device is used for after the message receiving above-mentioned request performance information, calls the performance client module in it;
The performance client module of DCPserver device is used for, after the message receiving request performance configuration information, sending a message to commserver device by socket interface;
The capabilities service end module of commserver device, for after the message receiving the request performance information that this performance client module sends, access information according to the monitored railway equipment/system of the appointment of carrying in message (specifically comprises: the signal system title of specifying, as ATP, signaling subsystem title, switching value/quantity of state title) collect corresponding performance information (performance information collected is all the occurrences of the performance information of specifying request message) from high ferro supervisory control system and/or railway signal supervisory control system, such as query time and signal system title, signaling subsystem title, switching value/quantity of state numerical value, record number numerical value, the performance information this collected again is unified according to pre-determined characteristics message format, and the performance information after consolidation form is turned back to DCPserver device,
DCPserver device, also receives the performance information of commserver device transmission for invocation performance client modules; Correspondingly, performance client module, also for receiving the performance information that commserver device sends, and parses performance data according to pre-determined characteristics message format, and is sent to OMCPserver device;
Performance information have employed predetermined performance message format (following event information and resource allocation information also have corresponding predetermined message format) when transmitting in the present embodiment, the capabilities service end module of commserver device is sent to performance client by gathering the performance information come up according to the packing of predetermined message format, performance client is sent to OMCPserver device after performance data being parsed from the performance information of band message format.
OMCPserver device, also for receiving above-mentioned performance information (specifically performance data because key message content is constant, is only stylistic change, so be still called performance information below) and being sent to by performance information on front table apparatus;
Front table apparatus, the performance information also for being returned by OMCPserver device is shown to user.For can by the display module monitoring performance information of front table apparatus, the performance information of this monitoring can be the lower any railway equipment of existing railway signal supervisory control system or the monitoring of high ferro supervisory control system or whole railway equipment.
In order to dock with existing railway signal supervisory control system and high ferro supervisory control system maintenance machine, capabilities service end module in the commserver communicator provided in the present embodiment system, the interface task docked with existing railway signal supervisory control system and high ferro supervisory control system maintenance machine can be completed, the performance information that the transmission of capabilities service end module can come by the performance client module of dcpserver device is sent to OMCPserver device, and finally show user, be convenient to unified monitoring dispersion and the performance information of independently existing railway signal supervisory control system and the monitoring of high ferro supervisory control system, and then solve in prior art, cannot gather comprehensively the technical problem for monitoring and analyzing, achieve the operation conditions of the monitored railway equipment/system of comprehensive effective monitoring, realize overall application dispersion and independently performance, the technique effect of issuable security hidden trouble when being convenient to analyze train operation.
Embodiment 2
The present embodiment provides a kind of railway signal comprehensive monitoring system, as shown in Figure 4, is mainly used in the present embodiment the monitor procedure to event information is described.Comprise: front table apparatus, data store DB device, railway signal application service OMCPserver device, Railway Signal Acquisition service DCPserver device and railway signal communication service commserver device;
As shown in Figure 3, wherein, DCPserver device comprises: resource client end module, performance client module, Event Service end module; Wherein, commserver device comprises: resource service end module, capabilities service end module, event client module; In the present embodiment due to the process of monitor event information being mainly described, so relate generally to event client module and Event Service end module.Event client module is configured for the event interface module called from existing railway signal supervisory control system and high ferro supervisory control system by event information the present embodiment system together with Event Service end module.
Event information also claims warning information, due to be break down or problem time play the effect of warning client, therefore in order to obtain the effect notifying user in time, in the present embodiment, the event information for each dispersion adopts the mode of active reporting.
Existing railway signal supervisory control system and high ferro monitoring owner move the commserver device of railway signal comprehensive monitoring system in the present embodiment of the event information active reporting of generation.Wherein, the event information reported specifically includes but not limited to: signal system IP address, signaling subsystem title, alarm level, alarm time of origin, warning content, alarm status amount or switching value title, alarm status amount or switching value numerical value.
The event client module of commserver device, for the event information that real-time reception high ferro supervisory control system and/or railway signal supervisory control system report, and unify the form of event information according to scheduled event message format after, by socket interface, the event information after consolidation form is sent to DCPserver device.
The Event Service end module of DCPserver device, also for intercepting the event information that in commserver device, event client module reports, parses alarm data according to scheduled event message format, and is sent to OMCPserver device;
OMCPserver device, for receiving event information from DCPserver device (because event information is identical with the warning content of alarm data key, it is only stylistic difference, so at this and hereinafter do not do special differentiation, all become event information), and these reporting events information are stored into DB device.
Preferably, in the present embodiment, OMCPserver device also comprises application service module.
This application service module, for after receiving the event information from DCPserver device, does persistence process by event information.Namely event information is stored in DB device after being through lasting reprocessing again.
Persistence process is responsible for Java object to be mapped to relation data, is the bridge between OMCPserver device and relational database, and existing persistence process can be adopted in the present embodiment to complete.
OMCPserver device, also for obtaining event information from being stored in DB device, and is shown to user by front table apparatus, so that user can monitor the alarm data of each railway monitoring system dispersion timely, understands the situation of current rail operation or equipment.
The railway signal comprehensive monitoring system that the present embodiment provides provides event client module and Event Service end module, and gather the event information of intercepting railway signal supervisory control system and high ferro supervisory control system, and active reporting be aggregated into can with the technical scheme at table apparatus place before the monitoring of user side, and then the operation conditions obtained for the monitored railway equipment/system of the comprehensive effective monitoring of user, Timeliness coverage warning information, understand produced problem when railway equipment runs, realize overall application dispersion and independently alarm data, the technique effect of issuable security hidden trouble when being convenient to analyze train operation.
Embodiment 3
The present embodiment provides a kind of railway signal comprehensive monitoring system, as shown in Figure 2, is mainly used in the present embodiment the monitor procedure to resource allocation information is described.Comprise: front table apparatus, data store DB device, railway signal application service OMCPserver device, Railway Signal Acquisition service DCPserver device and railway signal communication service commserver device;
As shown in Figure 3, wherein, DCPserver device comprises: resource client end module, performance client module, Event Service end module; Wherein, commserver device comprises: resource service end module, capabilities service end module, event client module; In the present embodiment due to the process of monitoring resource allocation information being mainly described, so relate generally to resource client end module and resource service end module.Resource client end module is configured for the resource interface module called from existing railway signal supervisory control system and high ferro supervisory control system by resource allocation information the present embodiment system together with resource service end module.
User can arrange by front table apparatus the strategy gathering resource allocation information, when OMCPserver device gathers resource allocation information according to this strategy, is equivalent to the message receiving the request resource configuration information that front table apparatus sends; Or also can not in accordance with acquisition strategies, user also can send request directly to OMCPserver device the instruction checking resource allocation information, and now OMCPserver device receives the message of the request resource configuration information that front table apparatus sends.The message of request resource configuration information comprises access information, and this access information can specify the resource allocation information of certain railway equipment of collection, also can be defaulted as the resource allocation information gathering whole railway equipment.
OMCPserver device, for receiving the message of the request resource configuration information that front table apparatus sends, and is forwarded to DCPserver device;
DCPserver device, for after the message receiving request resource configuration information, calls resource client end module;
Resource client end module, for after the message receiving request resource configuration information, sends a message to commserver device by socket interface;
The resource service end module of commserver device, for after the message receiving the request resource configuration information that resource client end module sends, according to the access information of the monitored railway equipment of the appointment of carrying in message (specifically comprise: the mark of the monitored railway signals equipment of specifying or give tacit consent to whole monitored railway signals equipment), corresponding resource allocation information is collected from high ferro supervisory control system and/or railway signal supervisory control system, and according to the form of predetermined resource message format unified resource configuration information, again the resource allocation information after consolidation form is turned back to DCPserver device,
DCPserver device, also receives the resource allocation information of commserver device transmission for calling resource client end module;
Resource client end module, also for receiving the resource allocation information that commserver device sends, parsing source configuration data according to predetermined resource message format, and being sent to OMCPserver device;
These resource allocation informations also for receiving the resource allocation information from DCPserver device, and are stored into DB device by OMCPserver device,
Preferably, in the present embodiment, OMCPserver device also comprises application service module.
This application service module, for after receiving the resource allocation information from DCPserver device, does persistence process by resource allocation information.Namely resource allocation information is stored in DB device after being through lasting reprocessing again.
OMCPserver device, also for from being stored in the resource allocation information obtained in DB device, and be shown to user by front table apparatus, so that user can monitor the source configuration data of railway signal supervisory control system and high ferro supervisory control system all sidedly, understand the situation of current rail operation or equipment.
The railway signal comprehensive monitoring system that the present embodiment provides provides resource client end module and resource service end module, can jointly realize by existing railway signal supervisory control system and high ferro supervisory control system dispersion and independently resource allocation information call can for user side monitoring before table apparatus, and then the operation conditions obtained for the monitored railway equipment/system of the comprehensive effective monitoring of user, realize overall application dispersion and independently resource allocation information, the technique effect of issuable security hidden trouble when being convenient to analyze train operation.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should described be as the criterion with the protection range of claim.
Claims (3)
1. a railway signal comprehensive monitoring system, it is characterized in that, comprising: front table apparatus, data store DB device, railway signal application service OMCPserver device, Railway Signal Acquisition service DCPserver device and railway signal communication service commserver device;
Described OMCPserver device, for receiving the message of the request resource configuration information that described front table apparatus sends and asking the message of performance information, and is forwarded to described DCPserver device; And for receiving from the resource allocation information of described DCPserver device, performance information or event information, and resource allocation information and event information are stored into DB device, performance information is sent on described front table apparatus and shows;
Described DCPserver device, for after the message receiving request resource configuration information, calls resource client end module; After the message receiving request performance information, invocation performance client modules;
Wherein, described DCPserver device comprises: resource client end module, performance client module and Event Service end module;
Resource client end module, for after the message receiving request resource configuration information, is sent to commserver device by socket interface by described message;
Performance client module, for after the message receiving request performance configuration information, is sent to commserver device by socket interface by described message;
Described commserver device, for receiving the request that DCPserver device sends, and resource allocation information, performance information or the event information that reports that high ferro supervisory control system and/or railway signal supervisory control system send, and call corresponding resume module;
Wherein, described commserver device comprises: resource service end module, capabilities service end module and event client module;
Resource service end module, for after the message receiving the request resource configuration information that resource client end module sends, according to the access information of the monitored railway equipment of the appointment of carrying in described message, corresponding resource allocation information is collected from high ferro supervisory control system and/or railway signal supervisory control system, and after the form according to the unified described resource allocation information of predetermined resource message format, turn back to described DCPserver device;
Capabilities service end module, for after the message receiving the request performance information that performance client module sends, according to the access information of the monitored railway equipment of the appointment of carrying in described message, corresponding performance information is collected from high ferro supervisory control system and/or railway signal supervisory control system, and after the form according to the unified described performance information of pre-determined characteristics message format, turn back to described DCPserver device;
Event client module, for the event information that real-time reception high ferro supervisory control system and/or railway signal supervisory control system report, and after the form according to the unified described event information of scheduled event message format, by socket interface, described event information is sent to described DCPserver device;
Described DCPserver device, the resource allocation information of commserver device transmission is also received for calling resource client end module, invocation performance client modules receives the performance information that commserver device sends, and calls Event Service termination and receive the event information that commserver device reports;
Described resource client end module, also for receiving the resource allocation information that commserver device sends, parsing source configuration data according to predetermined resource message format, and being sent to described OMCPserver device;
Described performance client module, also for receiving the performance information that commserver device sends, parsing performance data according to pre-determined characteristics message format, and being sent to described OMCPserver device;
Described Event Service end module, also for intercepting the event information that in described commserver device, event client module reports, parses alarm data according to scheduled event message format, and is sent to described OMCPserver device;
Described front table apparatus, for after receiving the instruction from the query resource configuration information of user, inquires about corresponding resource allocation information, and shows to institute user from described DB device; After receiving the instruction from least one KPI index performance information of inquiry of user, send request the message of performance information to described OMCPserver device, and the performance information that described OMCPserver device returns is shown to described user.
2. system according to claim 1, is characterized in that, described OMCPserver device comprises:
Application service module, for receiving after from the resource allocation information of described DCPserver device, performance information or event information, does persistence process by described resource allocation information and event information.
3. according to the system in claim 1 or 2 described in any one, it is characterized in that, the access information of the monitored railway equipment of the appointment of carrying in the message of request resource configuration information specifically comprises: the mark of the monitored railway signals equipment of specifying or give tacit consent to whole monitored railway signals equipment;
Described resource allocation information comprises: signal system title, equipment id, IP address, device type, equipment state and equipment attaching relation;
The access information of the monitored railway equipment of appointment carried in the message of request performance information specifically comprises: the signal system title of specifying, signaling subsystem title, switching value/quantity of state title;
Described performance information specifically comprises: query time, signal system title, signaling subsystem title, switching value/quantity of state numerical value and record number numerical value;
The described event information reported specifically comprises: signal system IP address, signaling subsystem title, alarm level, alarm time of origin, warning content, alarm status amount or switching value title, alarm status amount or switching value numerical value.
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| JP6096874B1 (en) * | 2015-12-21 | 2017-03-15 | ファナック株式会社 | State change management system for manufacturing cell in cell control system |
| CN107749842B (en) * | 2017-09-26 | 2019-06-07 | 北京北交信控科技有限公司 | A kind of train radio running number checks information data analysis system and method |
| CN107945307B (en) * | 2017-11-20 | 2020-07-31 | 北京交大思诺科技股份有限公司 | Railway equipment tracking management system |
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| CN101274636A (en) * | 2007-03-26 | 2008-10-01 | 林贵生 | Vehicle-mounted intelligent supervising and early warning device for running status of track traffic vehicle |
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