CN101340357B - Debugging simulation system and method for remote monitoring terminal of subway safe door system - Google Patents
Debugging simulation system and method for remote monitoring terminal of subway safe door system Download PDFInfo
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- CN101340357B CN101340357B CN2007100758508A CN200710075850A CN101340357B CN 101340357 B CN101340357 B CN 101340357B CN 2007100758508 A CN2007100758508 A CN 2007100758508A CN 200710075850 A CN200710075850 A CN 200710075850A CN 101340357 B CN101340357 B CN 101340357B
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Abstract
The invention relates to a debugging-simulation system of long-distance monitoring terminal which is used in an underground safety door system and a method thereof. The system comprises a signal simulator which is used for simulating and generating safety door system signal of a underground safety door, and a signal converter which is used for converting the safety door system signal generated by the signal simulator into signal message and transmitting the signal message to the long-distance monitoring terminal. In the method, the safety door system signal is generated by the signal simulator; according to inquire signal, the safety door system signal is encapsulated to correct signal message, or forms wrong signal message; by using a communication port, the signal message is sent to the long-distance monitoring terminal of the safety door for carrying out simulation monitoring and debugging. The system of the invention avoids the shortcoming that a real object debugging environment needs to be constructed in the prior art, which has the advantages of less investment in equipment, short development period, convenient debugging and arbitrary debugging of the safety door system signal.
Description
Technical field
The present invention relates to subway safe door system, relate in particular debugging simulation system and method for the remote monitoring terminal of subway safe door system.
Background technology
In the debug process of the remote monitoring terminal of the subway safe door of routine, usually some emergency exits 1, monitoring and controlling system 2, remote monitoring terminal 3, material object need to be set up debugging enironment, as shown in Figure 1.Then the data of each emergency exit 1 and the data of unit (PEDC) controller below emergency exit monitoring and controlling system 2 will gather by bus are processed and state information are sent to remote monitoring terminal 3, show at the screen of remote monitoring terminal 3.So way has caused a lot of inconveniences, for example:
1, the investment of equipment
At least needing cover door control devices and one is that core " monitoring and controlling system " that form is as data source by the technical grade computer.
2, affect the construction cycle
Debugging needs to wait for that the material object assembling of " monitoring and controlling system " is complete when " terminal monitors terminal ", and with the technical grade computer networking of " terminal monitor " after can carry out, and can not be with the exploitation of " monitoring and controlling system " parallel or in advance.
3, debugging inconvenience
Because " monitoring and controlling system " is the one group of electric material object that comprises operating software that is positioned at industry spot, contain: technical grade computer and control cubicle, several door machine controllers, networking component etc., during debugging " remote monitoring terminal ", must dock just and can finish with " monitoring and controlling system ", cause programmer's work under bad environment, development efficiency is low.
4, arbitrarily create signal
Because the signal of " monitoring and controlling system " is to be produced by hardware, the generation of signal produces according to the rule of the normal operation of screen door, be not easy to imitate fault or produce fast signal, be difficult to like this do the data processing test of mass data input, can't know the load-bearing capacity of system.And utilize analogue system that logic OR generation signal at random can be arranged, and the speed length that can control signal produces, so just effectively coupled system is tested.
Summary of the invention
The technical problem to be solved in the present invention is, need the defective of debugging enironment in kind for the debugging of the remote monitoring terminal of existing subway safe door, a kind of analogue system that need not the remote monitoring terminal debugging of building debugging enironment in kind, being used for subway safe door system is provided.
Another technical problem to be solved by this invention is, need the defective of debugging enironment in kind for the adjustment method of the remote monitoring terminal of existing subway safe door, a kind of emulation mode that need not the remote monitoring terminal debugging of building debugging enironment in kind, being used for subway safe door system is provided.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of debugging simulation system of the remote monitoring terminal for subway safe door system, comprising:
Signal simulator is used for the safety door system signal that simulation produces described subway safe door; And
Signal converter is used for converting the safety door system signal that described signal simulator produces to signal message and imports described remote monitoring terminal into.
In debugging simulation system of the present invention, described signal converter is serial ports/Ethernet transducer; Described serial ports/Ethernet transducer is by serial ports and described signal simulator connecting communication, and by Ethernet interface and described remote monitoring terminal connecting communication.
In debugging simulation system of the present invention, described signal simulator comprises:
Manually input module is used for the manually described safety door system signal of input;
The logic generation module is used for generating described safety door system signal by setting logic; And
Generation module is used for generating at random described safety door system signal at random.
The present invention solves the technical scheme that its another technical problem adopts: construct a kind of debugging emulation method of the remote monitoring terminal for subway safe door system, may further comprise the steps:
S1: generate the safety door system signal by signal simulator;
S2: according to request signal described safety door system signal assemble is become correct signal message, perhaps form the signal message that reports an error;
S3: utilize PORT COM to be sent to the remote monitoring terminal of emergency exit described signal message, simulate supervision and debugging.
In debugging emulation method of the present invention, in described step S1, by manual input signal, generate described safety door system signal; Perhaps, generate described safety door system signal by the logic of setting; Perhaps, by generating at random described safety door system signal.
In debugging emulation method of the present invention, in described step S2, the network communication protocol according to selecting becomes signal message with described safety door system signal assemble; In described step S3, the PORT COM by corresponding with described network communication protocol is sent to described remote monitoring terminal with described signal message.
In debugging emulation method of the present invention, in described step S2, described safety door system signal sends to serial ports/Ethernet transducer by serial ports, and converts described safety door system signal assemble to the ethernet signal message by described serial ports/Ethernet transducer;
In described step S3, by ethernet port described ethernet signal message is sent to described remote monitoring terminal.
In debugging emulation method of the present invention, described emulation mode also comprises step S4: described remote monitoring terminal regularly sends request signal to described signal simulator;
S5: described signal simulator compares request signal and the described safety door system signal that receives, when described request signal and described safety door system aligned phase signal, carry out described step S2, described safety door system signal assemble is become correct signal message; When described request signal and described safety door system signal are inconsistent, carry out described step S2, described signal simulator forms the signal message that reports an error.
In debugging emulation method of the present invention, comprise emergency exit function code sign in the described safety door system signal; Described request signal comprises the interrogation function marking code; In described step S5, by contrasting described emergency exit function code sign and interrogation function marking code, judge whether described request signal is consistent with described safety door system signal.
Adopt analogue system and method for debugging for the remote monitoring terminal of subway safe door system of the present invention to have following beneficial effect: to produce the safety door system signal by the signal simulator simulation, and by signal converter signal conversion is passed to remote monitoring terminal, remote monitoring terminal is debugged, the defective of having avoided prior art need to build debugging enironment in kind has that equipment investment is few, the construction cycle is short, debugging is convenient and can arbitrarily produce the advantage that the safety door system signal is debugged.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is the upper location supervisory schematic network structure;
Fig. 2 is signal formation logic internal structure schematic diagram;
Fig. 3 is monitoring terminal debugging simulation system schematic flow sheet.
Embodiment
As shown in Figure 2, be first embodiment of analogue system of the present invention, be used for the debugging of the remote monitoring terminal 30 of subway safe door system.This analogue system comprises signal simulator 10 and signal converter 20.Signal simulator 10 is used for the safety door system signal that simulation produces subway safe door, by signal converter 20 conversions, then is passed to remote monitoring terminal 30, carries out the debugging to remote monitoring terminal 30.
In the present embodiment, this signal simulator 10 comprises manual input module 11, logic generation module 12 and generation module 13 at random.Wherein, manually input module 11 is by manual operation input safety door system signal, and the user can select to generate specific signal as required; Logic generation module 12, generate the safety door system signal by setting logic, for example according to real system operation conditions braiding logic voluntarily, for example train arrival interval, emergency exit fault produce interval, train arrival time departure etc., produce periodic signal, the normal operation of emulation subway is used for emulation and normally moves debugging; And generation module 13 at random, periodic automated randomized generation safety door system signal is used for power system capacity and load debugging.
The safety door system signal that generates has replaced the existing debugging enironment of setting up in kind, thereby has reduced investment that input in kind brings, has shortened the construction cycle, made things convenient for debugging, and can generate as required signal, carries out the debugging of different conditions.Wherein the safety door system signal can be the issuable signal of various existing safety door systems, and table 1 has been listed the data of Partial security door system signal, generates by signal simulator 10.
The tabulation of table 1 safety door system signal
Understandable, because subway safe door system may be used variety of protocol, such as Profibus, Modbus, ArcNet ... these different agreements have different packaged types, and according to the signal communication interface standard certain packing rule is arranged also, thereby safety door system signal demand process encapsulation process, namely the safety door system signal forms the signal message of a string length by protocol format.In addition, the signal message of formation can select port to send according to different connecting mode, Ethernet interface for example, com port, parallel port, special Communication Card etc.
In one embodiment, signal simulator 10, signal converter 20 and remote monitoring terminal 30 are arranged in same the computer, by general serial communication cable signal simulator 10 is connected connection with signal converter, utilizes the certainly receipts of serial ports spontaneous, realize the transmission of signal message.Understandable, signal simulator 10 also can be arranged in the different computers with signal converter 20, carries out connecting communication by the PORT COM of correspondence, can realize the present invention equally.
As shown in Figure 3, be an idiographic flow of debugging emulation method of the present invention.
At first, generate safety door system signal (step S3-1) by signal simulator.The safety door system signal can be debugged to get demand according to reality, generates or generate at random corresponding safety door system signal by manual input or by the logic of setting.
Then, according to request signal the safety door system signal assemble is become correct signal message, perhaps form the signal message that reports an error.At last signal message is utilized PORT COM to be sent to the remote monitoring terminal of emergency exit, simulate supervision and debugging.In the present embodiment, signal converter adopts serial ports/Ethernet transducer, and adopt the Modsbus communications protocol to carry out communication, thereby, the safety door system signal that signal simulator generates sends by serial ports, serial ports/Ethernet transducer converts the safety door system signal that serial ports sends over to the ethernet signal message according to the Modsbus communications protocol, via ethernet port the ethernet signal message is sent to remote monitoring terminal.
Understandable, communications protocol can be selected Profibus, Modbus, any among the ArcNet etc.; And PORT COM can be selected Ethernet interface, com port, parallel port, any in the special Communication Card etc.; Signal simulator can be sent to signal converter with the safety door system signal by in serial ports, bus, the parallel port etc. any.Communications protocol, PORT COM, connectivity port etc. can be selected according to the actual needs.
In the present embodiment, because remote monitoring terminal is main website, and signal simulator is as slave station.Therefore, remote monitoring terminal with the time (for example 500 milliseconds) of setting regular send request signal (step S3-2) to signal simulator; Signal simulator is when receiving request signal, the safety door system signal of request signal and generation is compared, for example, the interrogation function marking code is set in request signal, emergency exit function code sign is set in the safety door system signal, by contrast interrogation function marking code and emergency exit function code sign, judge request signal and safety door system signal whether consistent (step S3-3).When request signal and safety door system aligned phase signal, signal converter becomes correct signal message (step S3-4) with the safety door system signal assemble, sends to remote monitoring terminal (step S3-6); When request signal and safety door system signal were inconsistent, signal simulator formed the signal message (step S3-5) that reports an error, and was sent to remote monitoring terminal (step S3-6) by the signal converter conversion.
Understandable, remote monitoring terminal can be made as slave station, and signal simulator is made as main website, signal simulator generation safety door system signal that will continue so, and convert sending to remote monitoring terminal that signal message continues to by signal converter, monitor and debug by remote monitoring terminal.
Claims (5)
1. a debugging simulation system that is used for the remote monitoring terminal of subway safe door system is characterized in that, comprising:
Remote monitoring terminal, be used for the time of setting regular send request signal to signal simulator;
Signal simulator, be used for the safety door system signal that simulation produces described subway safe door, and the request signal of receiving remote monitoring terminal transmission, the safety door system signal of request signal and generation is compared, judge whether request signal is consistent with the safety door system signal, if consistent, then the safety door system signal is passed to signal converter, if inconsistent, then generate the signal message that reports an error and pass to signal converter; And
Signal converter is used for converting the safety door system signal that described signal simulator produces to signal message and imports described remote monitoring terminal into; Also be used for importing the signal message that reports an error into described remote monitoring terminal;
Described signal simulator further comprises:
Manually input module is used for the manually described safety door system signal of input;
The logic generation module is used for generating described safety door system signal by setting logic; And
Generation module is used for generating at random described safety door system signal at random;
Further, comprise emergency exit function code sign in the described safety door system signal, described request signal comprises the interrogation function marking code, described signal simulator judges by the described emergency exit function code sign of contrast and interrogation function marking code whether described request signal is consistent with described safety door system signal.
2. debugging simulation system according to claim 1 is characterized in that, described signal converter is serial ports/Ethernet transducer; Described serial ports/Ethernet transducer is by serial ports and described signal simulator connecting communication, and by Ethernet interface and described remote monitoring terminal connecting communication.
3. a debugging emulation method that is used for the remote monitoring terminal of subway safe door system is characterized in that, may further comprise the steps:
S1: generate the safety door system signal by signal simulator;
S2: remote monitoring terminal with the time of setting regular send request signal to signal simulator;
S3: the request signal that signal simulator receiving remote monitoring terminal sends, the safety door system signal of request signal and generation is compared, judge whether request signal is consistent with the safety door system signal, if consistent, execution in step S4 then, otherwise, execution in step S5;
S4: signal converter becomes correct signal message with described safety door system signal assemble, then execution in step S6;
S5: signal simulator generates the signal message that reports an error and passes to signal converter;
S6: utilize PORT COM to be sent to the remote monitoring terminal of emergency exit described correct signal message and the signal message that reports an error, simulate supervision and debugging;
In described step S1, by manual input signal, generate described safety door system signal; Perhaps, generate described safety door system signal by the logic of setting; Perhaps, by generating at random described safety door system signal;
Further, comprise emergency exit function code sign in the described safety door system signal; Described request signal comprises the interrogation function marking code; In described step S3, by contrasting described emergency exit function code sign and interrogation function marking code, judge whether described request signal is consistent with described safety door system signal.
4. debugging emulation method according to claim 3 is characterized in that, in described step S4, the network communication protocol according to selecting becomes signal message with described safety door system signal assemble; In described step S6, by the PORT COM corresponding with described network communication protocol, described correct signal message and the signal message that reports an error are sent to described remote monitoring terminal.
5. debugging emulation method according to claim 4, it is characterized in that, in described step S4, described safety door system signal sends to serial ports/Ethernet transducer by serial ports, and converts described safety door system signal assemble to the ethernet signal message by described serial ports/Ethernet transducer;
In described step S6, by ethernet port described ethernet signal message is sent to described remote monitoring terminal.
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| CN101782746B (en) * | 2009-01-21 | 2013-08-21 | 方大集团股份有限公司 | Monitoring device and monitoring method |
| CN102221822B (en) * | 2011-05-04 | 2013-08-14 | 南车株洲电力机车有限公司 | Urban rail transit vehicle failure door rapid identification method based on hardwire control |
| CN106483938A (en) * | 2015-08-31 | 2017-03-08 | 中车大连电力牵引研发中心有限公司 | Train communication equipment |
| CN106740879B (en) * | 2016-12-29 | 2019-02-22 | 北京建筑大学 | A kind of system-level Control experiment method based on subway shield door analog platform |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2824146Y (en) * | 2005-09-12 | 2006-10-04 | 深圳市西格玛信息技术有限公司 | Automatic integrated power testing system |
| CN1851582A (en) * | 2006-05-26 | 2006-10-25 | 深圳市华威世纪科技发展有限公司 | Embedded serious danger source automatic control system master control machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2824146Y (en) * | 2005-09-12 | 2006-10-04 | 深圳市西格玛信息技术有限公司 | Automatic integrated power testing system |
| CN1851582A (en) * | 2006-05-26 | 2006-10-25 | 深圳市华威世纪科技发展有限公司 | Embedded serious danger source automatic control system master control machine |
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Address after: 518000 Guangdong 5 high tech Industrial Park, Shenzhen, Nanshan District, South China Science and technology building, twelve South Road. Patentee after: Fangda Zhiyuan Technology Co.,Ltd. Address before: 518000 Guangdong 5 high tech Industrial Park, Shenzhen, Nanshan District, South China Science and technology building, twelve South Road. Patentee before: FANGDA ZHICHUANG TECHNOLOGY Co.,Ltd. |