CN108365978A - A kind of preprocessor, system and method for underground pipe gallery monitoring - Google Patents

A kind of preprocessor, system and method for underground pipe gallery monitoring Download PDF

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Publication number
CN108365978A
CN108365978A CN201810102482.XA CN201810102482A CN108365978A CN 108365978 A CN108365978 A CN 108365978A CN 201810102482 A CN201810102482 A CN 201810102482A CN 108365978 A CN108365978 A CN 108365978A
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China
Prior art keywords
data
equipment
linkage
alarm
offline
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CN201810102482.XA
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Chinese (zh)
Inventor
谷永辉
孙玉佩
刘光银
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Shandong Jiexun Communication Technology Co Ltd
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Shandong Jiexun Communication Technology Co Ltd
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Priority to CN201810102482.XA priority Critical patent/CN108365978A/en
Publication of CN108365978A publication Critical patent/CN108365978A/en
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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00Arrangements for maintenance or administration or management of packet switching networks
    • H04L41/06Arrangements for maintenance or administration or management of packet switching networks involving management of faults or events or alarms
    • H04L41/0681Arrangements for maintenance or administration or management of packet switching networks involving management of faults or events or alarms involving configuration of triggering conditions
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L1/00Arrangements for detecting or preventing errors in the information received
    • H04L1/004Arrangements for detecting or preventing errors in the information received by using forward error control
    • H04L1/0056Systems characterized by the type of code used
    • H04L1/0061Error detection codes
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00Arrangements for maintenance or administration or management of packet switching networks
    • H04L41/06Arrangements for maintenance or administration or management of packet switching networks involving management of faults or events or alarms
    • H04L41/069Arrangements for maintenance or administration or management of packet switching networks involving management of faults or events or alarms involving storage or log of alarms or notifications or post-processing thereof
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network-specific arrangements or communication protocols supporting networked applications
    • H04L67/02Network-specific arrangements or communication protocols supporting networked applications involving the use of web-based technology, e.g. hyper text transfer protocol [HTTP]
    • H04L67/025Network-specific arrangements or communication protocols supporting networked applications involving the use of web-based technology, e.g. hyper text transfer protocol [HTTP] for remote control or remote monitoring of the application
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network-specific arrangements or communication protocols supporting networked applications
    • H04L67/12Network-specific arrangements or communication protocols supporting networked applications adapted for proprietary or special purpose networking environments, e.g. medical networks, sensor networks, networks in a car or remote metering networks
    • H04L67/54
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L63/00Network architectures or network communication protocols for network security
    • H04L63/08Network architectures or network communication protocols for network security for supporting authentication of entities communicating through a packet data network
    • H04L63/0876Network architectures or network communication protocols for network security for supporting authentication of entities communicating through a packet data network based on the identity of the terminal or configuration, e.g. MAC address, hardware or software configuration or device fingerprint

Abstract

Preprocessor, the system and method that the invention discloses a kind of for underground pipe gallery monitoring, the monitoring system, including:Preprocessor, the preprocessor obtains device data from several zone controllers, after dissection process, device data alarming processing and equipment linkage calculation processing being carried out to device data, final handling result is uploaded to monitor supervision platform, monitor supervision platform directly shows handling result, can solve the problems, such as that underground pipe gallery monitoring system data throughout is limited, data-handling capacity is insufficient and propagation energy force difference.

Description

A kind of preprocessor, system and method for underground pipe gallery monitoring
Technical field
The present invention relates to underground pipe gallery monitoring fields, before a kind of monitoring for underground pipe gallery Set processor, system and method.
Background technology
Underground pipe gallery monitoring system is mainly directly communicated using monitor supervision platform with zone controller at present Pattern.The data that monitor supervision platform is actively or passively receiving area controller uploads, then upload number according to zone controller According to agreement carry out data parsings, processing, the operations such as alarm calculates, linkage calculates.This monitors system for small-sized pipe gallery System is feasible, but with the development of underground pipe gallery, piping lane scale is increasing, single underground pipe gallery monitoring system Zone controller number included in system is more and more, and this pattern has seriously affected the number of underground pipe gallery monitoring system According to the extended capability of handling capacity, data-handling capacity and whole system.
Invention content
In order to solve the deficiencies in the prior art, the present invention provides a kind of preposition processing for underground pipe gallery monitoring Machine, system and method, can solve that underground pipe gallery monitoring system data throughout is limited, data-handling capacity is insufficient and The problem of propagation energy force difference;
The present invention provides the first technical solution:
A kind of preprocessor for underground pipe gallery monitoring, including:
Downlink communication module receives the equipment initial data of one or more zone controller upload;
Data resolution module, the data uploaded to zone controller parse, and the data of parsing are uploaded to alarm meter Calculate module and linkage computing module;
Computing module is alerted, according to the data of parsing, generates alarm data;
Link computing module, according to the data of parsing, the mode of operation of corresponding interlocking equipment is arranged, generates equipment linkage control System instruction and equipment linkage daily record;
Equipment initial data, alarm data or linkage daily record are uploaded to monitor supervision platform by uplink communication module, and from monitoring Equipment Foundations information is downloaded on platform and is transferred to data resolution module, is downloaded alarm threshold and is transferred to alarm computing module, downloads Linkage regular transmission is transferred to downlink communication module to linkage computing module and download equipment remote control commands.
Further, data information classify and deposit by the downlink communication module according to the IP address of zone controller Storage uploads data to the zone controller received and carries out CRC check, equipment linkage control instruction is issued to zone controller.
Further, it before the equipment initial data step for receiving the upload of one or more zone controller, needs Establish with the connection of one or more zone controller, in particular to:Downlink communication module builds TCP server-sides, per taiwan area domain Controller pre-sets preprocessor address, and zone controller is connected automatically to by preconfigured preprocessor address Downlink communication module.
Further, the data resolution module, the equipment for being uploaded zone controller according to the instruction set of equipment are original Data conversion forming apparatus real physical data.
Further, the alarm data, which refers to equipment numerical value, transfinites alarm, and device data alarm of transfiniting is basis The alarm status of the alarm threshold computing device that transfinites of all types of equipment;The offline alarm is divided into equipment off-line alarm and region Controller alerts offline;
Equipment off-line decision condition is:The offline period that equipment continues to exceed setting does not upload valid data or equipment institute It is offline in zone controller, then judge that equipment state is offline;
The offline decision condition of zone controller is:The offline period for continuing to exceed setting does not upload data, then judges area Domain controller state is offline.
Further, the mode of operation of the interlocking equipment, including:Automatic linkage, self-test linkage and remote control;
Automatic linkage is calculated according to device data and linkage rule, if device data is more than or equal to the linkage upper limit, Then start the associated control device of current device, if device data is less than linkage lower limit, resets the associated control of current device Equipment;
Self-test linkage is to lead to equipment fault to prevent piping lane internal control equipment from not running for a long time, to wind turbine or Pump equipment starts it once every fixed duration, after the startup time reaches preset starting duration, is resetted automatically to it Operation;
Remote control is the equipment to needing remote opening or closing, remote control notification instruction is generated, by remote control Request instruction is sent to monitor supervision platform, after the remote control commands for receiving monitor supervision platform, according to remote control commands to corresponding Equipment carries out remote control.
Further, the equipment essential information, including:Zone controller information, sensing equipment information, control device letter Breath;The sensing equipment, including:Temperature sensor, humidity sensor, gas detection sensor, liquid level sensor;The control Equipment, including:Wind turbine, water pump, intelligent well cover, fire resistant doorsets, gate inhibition, lighting apparatus;The alarm threshold data, including:Temperature Threshold value, humidity threshold, oxygen concentration threshold value, methane concentration threshold value, liquid level threshold value;The linkage rule, including:Linkage source Equipment, linkage target device, linkage start threshold value, linkage reset threshold.
The zone controller, including:Central processor CPU, the central processor CPU respectively with numeral input mould Block, digital output module, memory module, RS485 buses, network communication module are connected with Web server.
Further, the Web server, for providing web administration service function, provide a user administration interface and Various configuration interfaces receive remote configuration information.
Further, the memory module, for store web administration application program, central processor CPU configuration information, The intermediate data of central processor CPU operational process.
Further, the network communication module, including:RJ45 communication modules, 4G wireless communication modules and/or RS458 Communication module.
Further, the RJ45 communication modules run ICP/IP protocol, and the RJ45 communication modules pass through cable network It is communicated with preprocessor.
Further, the 4G wireless communication modules are communicated with preprocessor using wireless network.
Further, the RS485 communication modules realize underground pipe gallery zone controller and other underground integrated pipes It is connected between corridor zone controller.The RS485 buses use MODBUS communication protocols.
Further, the RS485 buses are connect with sensor, and the sensor includes:Temperature sensor, humidity sensor Device, CH4 sensors, O2 sensors or H2S sensors.
Further, the underground pipe gallery zone controller, is laid in underground pipe gallery region.
The present invention provides second of technical solution:
A kind of underground pipe gallery monitoring system, including:
An at least preprocessor, the preprocessor obtain device data from several zone controllers, pair set After standby data carry out dissection process, device data alarming processing and equipment linkage calculation processing, final handling result is uploaded To monitor supervision platform, monitor supervision platform directly shows handling result.
The present invention provides the third technical solution:
A kind of underground pipe gallery monitoring method, including:
Preprocessor obtains device data from several zone controllers,
The preprocessor carries out at dissection process, device data alarming processing and equipment linkage calculating device data Reason;
Final handling result is uploaded to monitor supervision platform by the preprocessor.
Further, the preprocessor also wraps before obtaining device data step in several zone controllers It includes:Preprocessor establishes communication connection with several zone controllers.
Further, the preprocessor establishes communication connection with several zone controllers, and steps are as follows:
Preprocessor establishes TCP Server;
The access of preprocessor waiting area controller carries out authentication, only area to the zone controller of access Pre-stored IP address successful match just allows the access of zone controller in the IP address and preprocessor of domain controller.
Further, the preprocessor obtains device data from several zone controllers, and steps are as follows:
Preprocessor obtains equipment initial data from several zone controllers, and CRC is carried out to equipment initial data Verification, verifies the equipment initial data passed through and enters dissection process step.
Further, the preprocessor is to the step of device data progress dissection process:
Receiving device initial data;
The armamentarium information under each zone controller is traversed, it is original from what is received according to the address code of each equipment The initial data that corresponding equipment is taken out in data, according to the data conversion rule of equipment to the initial data of current device into line number According to conversion, the actual physical amount data of forming apparatus are converted;
Further, the device data alarming processing, including:It transfinites and alerts or alert offline;
It is described transfinite alarm the step of be:
S301:The alarm threshold of current device is searched in equipment alarm threshold value caching, and if it exists, enter S302;Otherwise Into S304;
S302:Judge whether device data exceeds alarm threshold, if beyond S303 is entered, otherwise enters S304;
S303:The state of equipment is set to alarm, generates the warning information of equipment, by the device data and announcement of alarm status Alert information output;
S304:The state of equipment is set to normally, the device data of normal condition is exported.
The step of offline alarm is:
S311:The acquisition time of computing device latest data and present system time are poor, if more than the offline period of setting, Then judge that equipment state is offline, the state of equipment is set to offline warning information that is offline and generating equipment, by off-line state Device data and warning information output;
S312:The newest upload data time of zoning controller and present system time are poor, if offline more than setting Period, then determinating area controller state is offline, and the state of armamentarium under zone controller, which is set to offline and generation, to be set Standby offline warning information exports the device data of off-line state and warning information.
Further, the equipment linkage calculation processing, including:Automatic linkage, self-test linkage and remote control;
The step of automatic linkage is:
S401:Receive the equipment initial data that data parse;
S402:In equipment linkage rule cache search current device linkage rule, and if it exists, while enter S403 and Otherwise S405 returns to S401;
S403:Judge whether equipment initial data meets the linkage entry condition of linkage rule, if satisfied, into S404, Otherwise S401 is returned;
S404:The state for judging linkage target device, if starting state, into S401;If reset state, then it is arranged The enabled instruction of linkage target device, enabled instruction is exported to zone controller;Combined operation daily record is generated simultaneously, will be linked Operation log is exported to monitor supervision platform;
S405:Judge whether device data meets the linkage reset condition of linkage rule, if satisfied, into S406, otherwise Return to S401;
S406:The state for judging linkage target device, if reset state, into S401;If starting state, then it is arranged The reset instruction of linkage target device, reset instruction is exported to zone controller;Tissue generates combined operation daily record, will link Operation log is exported to monitor supervision platform.
The step of self-test linkage is:
S411:Control device information is traversed, is judged whether to automatic according to self-test linkage period and last linkage time It links the time, equipment enabled instruction is generated if meeting and is exported to zone controller, generate linkage daily record and export to monitor supervision platform;
S412:The facility information for traversing the linkage of self-test judges whether to meet linkage duration, it is multiple that equipment is generated if meeting Bit instruction is exported to zone controller, is generated linkage daily record and is exported to monitor supervision platform;
The step of remote control is:
S421:Remote control information is traversed, control instruction and linkage daily record are generated to control device;
S422:Control instruction is issued to equipment region controller, linkage daily record is exported to monitor supervision platform;
Further, the step of final handling result is uploaded to monitor supervision platform by the preprocessor be:
S501:The HTTP connections for establishing preprocessor and monitor supervision platform, from monitor supervision platform download zone controller information, Equipment Foundations information, equipment alarm threshold value, equipment linkage rule, equipment far control information, and data are cached;
S502:Foundation is connect with the message queue MQ of monitor supervision platform;
S503:Receive the device data, warning information and linkage daily record of input;
S504:It is connected by message queue MQ, the data of S503 is uploaded to message queue MQ connections.
Compared with prior art, the beneficial effects of the invention are as follows:
Preprocessor in underground pipe gallery monitoring system be communicated between zone controller and monitor supervision platform, The intermediate equipment or system of data processing, it can improve the data throughout of underground pipe gallery monitoring system, data processing Ability and extended capability.
Preprocessor, as the intermediate equipment or system of zone controller and monitor supervision platform, realization and zone controller It is flat to be uploaded to monitoring by communication, device data parsing, equipment alarm calculating, equipment linkage computing function for final handling result Platform, what monitor supervision platform received is equipment final data, can be used to directly show, significantly reduces the data processing of monitor supervision platform Pressure;Preprocessor support is extending transversely, in extensive piping lane monitoring system, can laterally dispose more preposition processing Machine, every preprocessor are responsible for the zone controller of certain amount, and which greatly enhances the extended capabilities of entire monitoring system. Therefore limited underground pipe gallery monitoring system data throughout, data-handling capacity deficiency and propagation energy force difference can be solved Present situation.
Description of the drawings
The accompanying drawings which form a part of this application are used for providing further understanding of the present application, and the application's shows Meaning property embodiment and its explanation do not constitute the improper restriction to the application for explaining the application.
Fig. 1 is a kind of underground pipe gallery monitoring system provided by the invention;
Fig. 2 is the functional block diagram of the preprocessor in a kind of underground pipe gallery monitoring system provided by the invention;
Fig. 3 is the downlink communication module of the preprocessor in a kind of underground pipe gallery monitoring system provided by the invention Flow chart;
Fig. 4 is the data resolution module of the preprocessor in a kind of underground pipe gallery monitoring system provided by the invention Flow chart;
Fig. 5 is the alarm computing module of the preprocessor in a kind of underground pipe gallery monitoring system provided by the invention Flow chart;
Fig. 6 is the linkage computing module of the preprocessor in a kind of underground pipe gallery monitoring system provided by the invention (automatic linkage) flow chart;
Fig. 7 (a) and Fig. 7 (b) is the preprocessor in a kind of underground pipe gallery monitoring system provided by the invention Link computing module (self-test linkage, remote control) flow chart;
Fig. 8 is the uplink communication module of the preprocessor in a kind of underground pipe gallery monitoring system provided by the invention Flow chart.
Specific implementation mode
It is noted that following detailed description is all illustrative, it is intended to provide further instruction to the application.Unless another It indicates, all technical and scientific terms used herein has usual with the application person of an ordinary skill in the technical field The identical meanings of understanding.
It should be noted that term used herein above is merely to describe specific implementation mode, and be not intended to restricted root According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singulative It is also intended to include plural form, additionally, it should be understood that, when in the present specification using term "comprising" and/or " packet Include " when, indicate existing characteristics, step, operation, device, component and/or combination thereof.
The first embodiment provided by the invention, as shown in Figure 1, a kind of underground pipe gallery monitoring system, including:
Preprocessor, the preprocessor from several zone controllers obtain device data, to device data into After row dissection process, device data alarming processing and equipment linkage calculation processing, it is flat that final handling result is uploaded to monitoring Platform, monitor supervision platform directly show handling result.
The preprocessor, including one or more;The preprocessor is supported extending transversely.
As shown in Fig. 2, the preprocessor, including:
Downlink communication module, establish and keep with the connection of one or more zone controller, on the controller of receiving area The equipment initial data of biography;
Data resolution module, according to configuration information, the data uploaded to zone controller parse, by the data of parsing It is assigned to the sensor and controller equiment of zone controller mounting, and is uploaded to alarm computing module and linkage computing module;
Computing module is alerted, for calculating alarm status, generates warning information, alarm status, which is divided into equipment numerical value, to transfinite announcement Alert and offline alarm;
Link computing module, corresponds to the mode of operation of interlocking equipment for calculating it according to the linkage rule of equipment, generates Equipment linkage control instruction and equipment linkage daily record;
Uplink communication module, for according to preconfigured monitor supervision platform address, establishing and communicating with corresponding monitor supervision platform Device data, alarm data or linkage daily record are uploaded to monitor supervision platform, and download Equipment Foundations letter from monitor supervision platform by connection Breath, alarm threshold, linkage rule and equipment remote control commands.
Second of embodiment provided by the invention, a kind of underground pipe gallery monitoring method, including:
S10:Preprocessor establishes communication connection with several zone controllers;The preposition processing is from several areas Device data is obtained in domain controller;
S20:The preposition processing carries out dissection process to device data;
S30:The preposition processing carries out device data alarming processing to parsing data;
S40:The preposition processing carries out equipment linkage calculation processing to parsing data;
S50:Final handling result is uploaded to monitor supervision platform by the preposition processing.
As shown in figure 3, S10:Preprocessor establishes the implementation steps of communication connection with several zone controllers:
S101:Establish TCP Server;
S102:The access of waiting area controller, when zone controller accesses validation region controller IP address whether In system zone controller set, the zone controller only in system zone controller set just allows to access;
S103:The initial data that receiving area controller uploads carries out CRC check, verifies the data passed through and export to number According to parsing module, initial data must be the data based on standard MODBUS agreements, contain and connected under the zone controller The data of armamentarium;
S104:The equipment control instruction of input is received, the zone controller where interlocking equipment is inquired, to zone controller Issue control instruction;
As shown in figure 4, S20:The preposition processing carries out device data the implementation steps of dissection process:
S201:Receive the equipment initial data of downlink communication module input;
S202:The armamentarium letter under this group of initial data corresponding region controller is searched in Equipment Foundations information cache Breath;
S203:Facility information is traversed, which is taken out from initial data corresponding position according to the address code of each equipment No-load voltage ratio, according to the change of equipment compare the equipment initial data carry out data conversion, convert the actual physical amount data of forming apparatus;
S204:The device data that parsing obtains is exported to alarm computing module, linkage computing module.
As shown in figure 5, S30:The preposition processing carries out device data alarming processing to parsing data:
It transfinites alarm
S301:Receive the device data of data resolution module input;
S302:The alarm threshold of the equipment is searched in equipment alarm threshold value caching, and if it exists, enter S303;Otherwise into Enter S305;
S303:Judge whether device data meets alarm threshold, enters S304 if meeting, otherwise enter S305;
S304:The state of equipment is set to alarm and organizes the warning information of generation equipment, by the device data of carrier state And warning information is exported to uplink communication module;
S305:The state of equipment is set to normally, the device data of carrier state is exported to uplink communication module;
Offline alarm
S311:The acquisition time of computing device latest data and present system time are poor, if more than the offline period of setting, Then judge that equipment state is offline, the state of equipment is set to offline warning information that is offline and organizing generation equipment, it will be band-like The device data and warning information of state are exported to uplink communication module;
S312:The newest upload data time of zoning controller and present system time are poor, if offline more than setting Period, then determinating area controller state is offline, is set to offline by the state of armamentarium under the zone controller and organizes The offline warning information for generating equipment, the device data of carrier state and warning information are exported to uplink communication module;
As shown in fig. 6, S40:The preposition processing carries out parsing data the implementation steps of equipment linkage calculation processing:
Automatic linkage
S401:Receive the device data of data resolution module input;
S402:The linkage rule of the equipment is searched in equipment linkage rule cache, and if it exists, enter S403, S405, it is no Then enter S401;
S403:Judge whether device data meets the linkage entry condition of linkage rule, if satisfied, into S404, otherwise Into S401;
S404:The state for judging linkage target device, if starting state, into S401;If reset state, tissue connection The enabled instruction of moving-target equipment exports enabled instruction to downlink communication module;Tissue generates combined operation daily record, will link Operation log is exported to uplink communication module;
S405:Judge whether device data meets the linkage reset condition of linkage rule, if satisfied, into S406, otherwise Into S401;
S406:The state for judging linkage target device, if reset state, into S401;If starting state, tissue connection The reset instruction of moving-target equipment exports reset instruction to downlink communication module;Tissue generates combined operation daily record, will link Operation log is exported to uplink communication module;
As shown in Fig. 7 (a) and Fig. 7 (b), self-test linkage
S411:Control device information is traversed, is judged whether to automatic according to self-test linkage period and last linkage time It links the time, equipment enabled instruction is generated if meeting and is exported to downlink communication module, generate linkage daily record and export to uplink and lead to Believe module;
S412:The facility information for traversing the linkage of self-test judges whether to meet linkage duration, it is multiple that equipment is generated if meeting Bit instruction is exported to downlink communication module, is generated linkage daily record and is exported to uplink communication module;
Remote control
S421:Remote control information is traversed, control instruction and linkage daily record are generated to control device;
S422:Control instruction is issued to equipment region controller, linkage daily record is exported to uplink communication module;
As shown in figure 8, S50:Final handling result is uploaded to the implementation steps of monitor supervision platform by the preposition processing:
S501:The connection with monitor supervision platform HTTP is established, zone controller information, Equipment Foundations letter are downloaded from monitor supervision platform Breath, equipment alarm threshold value, equipment linkage rule, equipment far control the basic datas such as information, and these data are cached, under Row communication module, data resolution module, alarm computing module, linkage computing module use;
S502:Establish the connection with monitor supervision platform MQ (message queue);
S503:Receive device data, the warning information of alarm computing module input, the linkage day of linkage computing module input Will;
S504:It is connected by MQ, the data of S503 is uploaded to MQ;
The foregoing is merely the preferred embodiments of the application, are not intended to limit this application, for the skill of this field For art personnel, the application can have various modifications and variations.Within the spirit and principles of this application, any made by repair Change, equivalent replacement, improvement etc., should be included within the protection domain of the application.

Claims (10)

1. a kind of preprocessor for underground pipe gallery monitoring, characterized in that including:
Downlink communication module receives the equipment initial data of one or more zone controller upload;
Data resolution module, the data uploaded to zone controller parse, and the data of parsing, which are uploaded to alarm, calculates mould Block and linkage computing module;
Computing module is alerted, according to the data of parsing, generates alarm data;
Link computing module, and according to the data of parsing, the mode of operation of corresponding interlocking equipment is arranged, and generates equipment linkage control and refers to Order and equipment linkage daily record;
Equipment initial data, alarm data or linkage daily record are uploaded to monitor supervision platform by uplink communication module, and from monitor supervision platform Upper download Equipment Foundations information is transferred to data resolution module, downloads alarm threshold and is transferred to alarm computing module, downloads linkage Regular transmission is transferred to downlink communication module to linkage computing module and download equipment remote control commands.
2. a kind of preprocessor for underground pipe gallery monitoring as described in claim 1, characterized in that
The alarm data, which refers to equipment numerical value, to transfinite alarm, and device data alarm of transfiniting is according to the super of all types of equipment Limit the alarm status of alarm threshold computing device;The offline alarm is divided into equipment off-line alarm and zone controller is accused offline It is alert;
Equipment off-line decision condition is:The offline period that equipment continues to exceed setting does not upload valid data or equipment location Domain controller is offline, then judges that equipment state is offline;
The offline decision condition of zone controller is:The offline period for continuing to exceed setting does not upload data, then determinating area control Device state processed is offline.
3. a kind of preprocessor for underground pipe gallery monitoring as described in claim 1, characterized in that
The mode of operation of the interlocking equipment, including:Automatic linkage, self-test linkage and remote control;
Automatic linkage is calculated according to device data and linkage rule, if device data is more than or equal to the linkage upper limit, is opened The associated control device of dynamic current device resets the associated control device of current device if device data is less than linkage lower limit;
Self-test linkage is to lead to equipment fault to prevent piping lane internal control equipment from not running for a long time, to wind turbine or water pump Equipment starts it once every fixed duration, after the startup time reaches preset starting duration, carries out reset behaviour to it automatically Make;
Remote control is the equipment to needing remote opening or closing, remote control notification instruction is generated, by remote control notification Instruction is sent to monitor supervision platform, after the remote control commands for receiving monitor supervision platform, according to remote control commands to relevant device Carry out remote control.
4. a kind of underground pipe gallery monitoring system, characterized in that including:
An at least preprocessor, the preprocessor obtains device data from several zone controllers, to number of devices After carrying out dissection process, device data alarming processing and equipment linkage calculation processing, final handling result is uploaded to prison Platform is controlled, monitor supervision platform directly shows handling result.
5. a kind of underground pipe gallery monitoring method, characterized in that including:
Preprocessor obtains device data from several zone controllers,
The preprocessor carries out dissection process, device data alarming processing and equipment linkage calculation processing to device data;
Final handling result is uploaded to monitor supervision platform by the preprocessor.
6. a kind of underground pipe gallery monitoring method as claimed in claim 5, characterized in that at the device data alarm Reason, including:It transfinites and alerts or alert offline;
It is described transfinite alarm the step of be:
S301:The alarm threshold of current device is searched in equipment alarm threshold value caching, and if it exists, enter S302;Otherwise enter S304;
S302:Judge whether device data exceeds alarm threshold, if beyond S303 is entered, otherwise enters S304;
S303:The state of equipment is set to alarm, generates the warning information of equipment, the device data of alarm status and alarm are believed Breath output;
S304:The state of equipment is set to normally, the device data of normal condition is exported.
7. a kind of underground pipe gallery monitoring method as claimed in claim 6, characterized in that the step of the offline alarm For:
S311:The acquisition time of computing device latest data and present system time are poor, if more than the offline period of setting, sentence Locking equipment state is offline, the state of equipment is set to offline warning information that is offline and generating equipment, by setting for off-line state Standby data and warning information export;
S312:The newest upload data time of zoning controller and present system time are poor, if more than the offline period of setting, Then determinating area controller state is offline, by the state of armamentarium under zone controller be set to it is offline and generate equipment from Line warning information exports the device data of off-line state and warning information.
8. a kind of underground pipe gallery monitoring method as claimed in claim 5, characterized in that at the equipment linkage calculating Reason, including:Automatic linkage, self-test linkage and remote control;
The step of automatic linkage is:
S401:Receive the equipment initial data that data parse;
S402:In equipment linkage rule cache search current device linkage rule, and if it exists, while enter S403 and Otherwise S405 returns to S401;
S403:Judge whether equipment initial data meets the linkage entry condition of linkage rule, if satisfied, into S404, otherwise Return to S401;
S404:The state for judging linkage target device, if starting state, into S401;If reset state, then linkage is set The enabled instruction of target device exports enabled instruction to zone controller;Combined operation daily record is generated simultaneously, by combined operation Daily record is exported to monitor supervision platform;
S405:Judge whether device data meets the regular linkage reset condition of linkage and otherwise returned if satisfied, into S406 S401;
S406:The state for judging linkage target device, if reset state, into S401;If starting state, then linkage is set The reset instruction of target device exports reset instruction to zone controller;Tissue generates combined operation daily record, by combined operation Daily record is exported to monitor supervision platform.
9. a kind of underground pipe gallery monitoring method as claimed in claim 8, characterized in that the step of self-test links For:
S411:Control device information is traversed, is judged whether to automatic linkage according to self-test linkage period and last linkage time Time generates equipment enabled instruction if meeting and exports to zone controller, generates linkage daily record and exports to monitor supervision platform;
S412:The facility information for traversing the linkage of self-test judges whether to meet the duration that links, generating device reset if meeting refers to It enables output to zone controller, generates linkage daily record and export to monitor supervision platform;
The step of remote control is:
S421:Remote control information is traversed, control instruction and linkage daily record are generated to control device;
S422:Control instruction is issued to equipment region controller, linkage daily record is exported to monitor supervision platform.
10. a kind of underground pipe gallery monitoring method as claimed in claim 5, characterized in that the preprocessor will most The step of whole handling result is uploaded to monitor supervision platform be:
S501:The HTTP connections for establishing preprocessor and monitor supervision platform download zone controller information, equipment from monitor supervision platform Basic information, equipment alarm threshold value, equipment linkage rule, equipment far control information, and data are cached;
S502:Foundation is connect with the message queue MQ of monitor supervision platform;
S503:Receive the device data, warning information and linkage daily record of input;
S504:It is connected by message queue MQ, the data of S503 is uploaded to message queue MQ connections.
CN201810102482.XA 2018-02-01 2018-02-01 A kind of preprocessor, system and method for underground pipe gallery monitoring Pending CN108365978A (en)

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