CN104217620B - Nuclear power plant full-scope simulator auxiliary operation panel lamp test system and method - Google Patents
Nuclear power plant full-scope simulator auxiliary operation panel lamp test system and method Download PDFInfo
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- CN104217620B CN104217620B CN201310206779.8A CN201310206779A CN104217620B CN 104217620 B CN104217620 B CN 104217620B CN 201310206779 A CN201310206779 A CN 201310206779A CN 104217620 B CN104217620 B CN 104217620B
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Abstract
The invention relates to a nuclear power plant full-scope simulator auxiliary operation panel lamp test system and method. The system comprises a distributed control system, a simulator platform and an auxiliary operation panel with a plurality of indicating lamps; the auxiliary operation panel is used for receiving lamp test signals input by a user and sending to the simulator platform; the distributed control system is used for sending lamp control logic commands to the simulator platform; the simulator platform is used for receiving the lamp test signals and the lamp control logic commands, performing or calculation to generate lamp control commands and driving the indicating lamps corresponded to the auxiliary operation panel to power on or off according to the lamp control commands. The or calculation of the lamp control logic commands and lamp test signals is performed through the simulator platform; the lamp control logic design of the distributed control system is simplified, and the logic development and test workload of the distributed control system is reduced effectively.
Description
Technical field
A kind of the present invention relates to technical field of nuclear power, more particularly, it relates to full scope simulator of nuclear power station auxiliary operation
Disk lamp test system and method.
Background technology
As shown in figure 1, nuclear power Full scope simulator is generally made up of three parts：Scattered control system 100, simulation machine platform
200 and auxiliary operation disk 300.Four, 5,000 various indicator lamps 301 are wherein had on auxiliary operation disk 300, these indicator lamps by point
Scattered control system 100 controls；The lighting that scattered control system 100 produces or the lamp control logical order turned off the light are passed through control system and are led to
News module 110 passes to simulation machine platform 200, and simulation machine platform is communicated with scattered control system 100 by platform communication module 210
After obtaining lamp control logical order, lighted by the driver of drive control module 220 or close corresponding on the auxiliary operation disk 300 that goes out
Indicator lamp 301.
Whole nuclear power Full scope simulator has lamp examination function, constitutes an auxiliary operation disk lamp test system, that is, works as operation
When member presses lamp examination button 302 on auxiliary operation disk 300, corresponding one group of indicator lamp is lit, and operator judges to refer to accordingly
Show whether lamp is good for use.In prior art, the general principle of lamp examination is that the signal trying button 302 from lamp is modeled machine platform
200 receptions, simulation this lamp trial signal of machine platform 200 passes to scattered control system 100, and the lamp control of scattered control system 100 is patrolled
In volume module 120, the logic of the indicator lamp of corresponding lamp trial signal sends and lights signal, and simulation machine platform 200 receives this signal
Pass through the corresponding indicator lamp of routine lights of drive control module 220 afterwards.
As described above, the part that in prior art, it is as lamp control logic module 120 that lamp tries logic is present in dispersion control
System 100 processed.Each indicator lamp 301 on the auxiliary operation disk 300 of analog machine has difference in functionality, thus in decentralised control
Need in system 100 to design respective lamp control logic, the part trying logic in conjunction with lamp will lead to lamp control logic development and test
Workload is big, required long in time limit, affects analog machine whole development progress.
Content of the invention
The technical problem to be solved in the present invention is, for the auxiliary operation disk lamp examination of existing full scope simulator of nuclear power station
Logic is present in scattered control system and then leads to the big defect of development difficulty as a part for lamp control logic, provides seed nucleus
Power station Full scope simulator auxiliary operation disk lamp test system and method, the part that lamp is tried logic is realized in simulation machine platform.
The technical solution adopted for the present invention to solve the technical problems is：Construct a kind of full scope simulator of nuclear power station auxiliary
Operation dish lamp test system, including scattered control system, simulates machine platform and the auxiliary operation disk being provided with multiple indicator lamps；
Described auxiliary operation disk is used for the lamp trial signal of receiving user's input, and is sent to described simulation machine platform；
Described scattered control system is used for sending lamp control logical order to described simulation machine platform；
Described simulation machine platform is used for receiving described lamp trial signal and lamp control logical order, carries out or computing generates indicator lamp
Control instruction, and lighted according to the corresponding indicator lamp that described indicator lamp control instruction drives described auxiliary operation disk or close.
According in full scope simulator of nuclear power station auxiliary operation disk lamp test system of the present invention, described auxiliary operation
Disk includes the lamp examination button of the lamp trial signal for receiving user's input.
According in full scope simulator of nuclear power station auxiliary operation disk lamp test system of the present invention, described auxiliary operation
In disk, each lamp examination button corresponds to one group of indicator lamp, and described simulation machine platform is by corresponding for each indicator lamp lamp trial signal and lamp control
Logical order is carried out or computing.
According in full scope simulator of nuclear power station auxiliary operation disk lamp test system of the present invention, described analog machine is put down
Platform specifically includes：
Platform communication module, receives lamp control logical order for communicating with described scattered control system；
Lamp tries logic module, for according to the lamp trial signal receiving, lamp control logical order and the data transfer prestoring
Indicator lamp control instruction is generated to an allocation list, described data transfer includes the finger according to described auxiliary operation disk to an allocation list
Show that lamp configuration figure is that each indicator lamp generates or the lamp of computing tries logical code；
Drive control module, for communicating with described auxiliary operation disk, obtains lamp trial signal and according to described indicator lamp control
System instruction generates drive signal and controls corresponding indicator lamp to light or close to described auxiliary operation disk.
Present invention also offers a kind of full scope simulator of nuclear power station auxiliary operation disk lamp method for testing, comprise the following steps：
S1, the lamp trial signal of auxiliary operation disk receiving user's input, and it is sent to analog machine platform；
S2, simulation machine platform receive described lamp trial signal, and by described lamp trial signal and from scattered control system reception
Lamp control logical order is carried out or computing, generates indicator lamp control instruction；
S3, described simulation machine platform drive described auxiliary operation disk to correspond to indicator lamp point according to described indicator lamp control instruction
Bright or close.
According in full scope simulator of nuclear power station auxiliary operation disk lamp method for testing of the present invention, in described step S1
Described auxiliary operation disk tries the lamp trial signal of button receiving user's input by lamp.
According in full scope simulator of nuclear power station auxiliary operation disk lamp method for testing of the present invention, each lamp trial signal
Described lamp trial signal is entered in described step S2 by corresponding one group of indicator lamp with the lamp control logical order receiving from scattered control system
The step of row or computing is specially：Corresponding for each indicator lamp lamp trial signal and lamp control logical order are carried out or computing.
According in full scope simulator of nuclear power station auxiliary operation disk lamp method for testing of the present invention, described step S2 has
Body is：An indicator lamp is generated to an allocation list according to the lamp trial signal receiving, lamp control logical order and the data transfer that prestores
Control instruction, it is each instruction that described data transfer is included to an allocation list according to the indicator lamp configuration figure of described auxiliary operation disk
Lamp generates or the lamp of computing tries logical code.
Implement full scope simulator of nuclear power station auxiliary operation disk lamp test system and the method for the present invention, there is following beneficial effect
Really：The present invention is by enter portable lighter control logical order and lamp trial signal by simulation machine platform or computing so that decentralised control system
Lamp control logical design in system is simplified, and effectively reduces the lamp control logic being directed to each indicator lamp in scattered control system
Exploitation and the workload of test.
Brief description
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing：
Fig. 1 is the module frame chart of full scope simulator of nuclear power station auxiliary operation disk lamp test system in prior art；
Fig. 2 is the module according to full scope simulator of nuclear power station auxiliary operation disk lamp test system in the preferred embodiment of the present invention
Block diagram；
Fig. 3 is according to indicator lamp lamp examination logical schematic in the preferred embodiment of the present invention；
Fig. 4 is the flow process of the full scope simulator of nuclear power station auxiliary operation disk lamp method for testing according to the preferred embodiment of the present invention
Figure.
Specific embodiment
In order that the objects, technical solutions and advantages of the present invention become more apparent, below in conjunction with drawings and Examples, right
The present invention is further elaborated.
Refer to Fig. 2, be according to full scope simulator of nuclear power station auxiliary operation disk lamp examination system in the preferred embodiment of the present invention
The module frame chart of system.As shown in Fig. 2 the full scope simulator of nuclear power station auxiliary operation disk lamp test system that this embodiment provides includes
Scattered control system 100, simulation machine platform 200 and auxiliary operation disk 300.Wherein auxiliary operation disk 300 is provided with multiple instructions
Lamp 301.
In this lamp test system, auxiliary operation disk 300 is used for the lamp trial signal of receiving user's input, and is sent to analog machine
Platform 200.Scattered control system 100 is used for sending lamp control logical order to simulation machine platform 200.
Simulation machine platform 200 is used for receiving that lamp trial signal is carried out with lamp control logical order or computing generates indicator lamp control and refers to
Order.This simulation machine platform 200 is based primarily upon 3KeyMaster and realizes.Refer to Fig. 3, be according to preferred embodiment of the present invention middle finger
Show lamp lamp examination logical schematic.Corresponding for each indicator lamp lamp trial signal and lamp control logical order are carried out by simulation machine platform 200
As shown in Figure 3 or computing, generates this indicator lamp corresponding indicator lamp control instruction.Simulation machine platform 200 is always according to this instruction
Lamp control instruction drives the corresponding indicator lamp 301 of auxiliary operation disk 300 to light or close.
Specifically, scattered control system 100 may further include control system communication module 110 and lamp control logic module
120, wherein lamp control logic module 120 is used for producing lamp control logical order.Different from prior art, this lamp control logic module
120 are no longer necessary to lamp trial signal is processed, and only retain original lamp control logical gate, and patrol without consideration lamp examination
Volume part, effectively reduce this partly in for the lamp control logic development of each indicator lamp and the workload of test.Control system
System communication module 110 is used for being communicated with the platform communication module 210 of simulation machine platform 200, and then by lamp control logic module
The lamp control logical order of 120 generations is sent to simulation machine platform 200.
Simulation machine platform 200 specifically includes：Platform communication module 210, drive control module 220 and lamp examination logic module
230.Wherein, platform communication module 210 is used for communicating reception lamp control logical order with scattered control system 100.
Lamp examination logic module 230 is used for receiving lamp control logical order according to from scattered control system 100, from auxiliary operation disk
The lamp trial signal of 300 receptions, and the data transfer prestoring is to an allocation list generation indicator lamp control instruction.This data passes
Defeated an allocation list is included previously according to the indicator lamp configuration figure of auxiliary operation disk 300 be each indicator lamp 301 generate be used for
Carry out or the lamp of computing tries logical code.The present invention further correspondingly provides a kind of lamp examination logic Core Generator, and it can be according to simulation
In machine, the indicator lamp configuration figure of auxiliary operation disk is that each indicator lamp automatically generates and as shown in Figure 3 runs on 3KeyMaster
The lamp examination logical code of simulation machine platform, generates data transfer to an allocation list simultaneously.Indicator lamp configuration figure is to be developed with EXCEL
Electronic document, wherein contain the unique code of each indicator lamp (ID) and their physical location；
Data transfer is to the text document that an allocation list is that drive control module 220 must read, drive control module 220
Indicator lamp code and the corresponding logical place of each of which is obtained from data transfer is to an allocation list；A kind of described lamp tries logic
Core Generator extracts the information such as indicator lamp code, physical location from indicator lamp configuration in figure, and calculates each indicator lamp accordingly
Logical place, then generates data transfer to an allocation list.
Drive control module 220 is used for communicating with auxiliary operation disk 300, obtains lamp trial signal and tries logic module according to lamp
The indicator lamp control instructions of 230 generations produce drive signal to auxiliary operation disk 300 control corresponding indicator lamp 301 light or
Close.
Auxiliary operation disk 300 can also include the lamp examination button 302 of the lamp trial signal for receiving user's input.Generally,
In auxiliary operation disk 300, each lamp examination button 302 is corresponding controls one group of indicator lamp 301, and simulates in machine platform 200 and refer to each
Show that lamp corresponding lamp trial signal and lamp control logical order are carried out or computing.Lamp as being in same a line in Fig. 2 tries button and will control
The all of indicator lamp of this row, checks the whether normal of indicator lamp in order to operator.
Refer to Fig. 4, be the full scope simulator of nuclear power station auxiliary operation disk lamp examination side according to the preferred embodiment of the present invention
The flow chart of method.The method can be realized using aforementioned full scope simulator of nuclear power station auxiliary operation disk lamp test system.As Fig. 4 institute
Show, the method comprises the following steps：
First, in step sl, the lamp trial signal of auxiliary operation disk 300 receiving user's input, and it is flat to be sent to analog machine
Platform 200.In this step, auxiliary operation disk 300 can try the lamp trial signal of button 302 receiving user's input by lamp.
Subsequently, in step s 2, simulation machine platform 200 receives this lamp trial signal, and this lamp trial signal is controlled with from dispersion
The lamp control logical order that system 100 processed receives is carried out or computing, generates indicator lamp control instruction.In the preferred embodiments of the present invention
In, each lamp trial signal can correspond to one group of indicator lamp 301, then by lamp trial signal and from scattered control system in this step S2
The lamp control logical order of 100 receptions carries out or the step of computing is specially：By each corresponding lamp trial signal of indicator lamp 301 and lamp
Control logical order is carried out or computing.Preferably, in this step, simulation machine platform 200 can connect according to from scattered control system 100
Receive lamp control logical order, the lamp trial signal receiving from auxiliary operation disk 300, and the data transfer prestoring is to an allocation list
Generate indicator lamp control instruction.This data transfer includes the indicator lamp configuration previously according to auxiliary operation disk 300 to an allocation list
Figure be each indicator lamp 301 generate for carry out or computing lamp examination logical code.The present invention can also try logic by lamp
Core Generator, is that each indicator lamp automatically generates as shown in Figure 3 running on according to auxiliary operation disk configuration figure in analog machine
3KeyMaster simulates the lamp examination logical code of machine platform, generates data transfer to an allocation list simultaneously.
Finally, in step s3, simulation machine platform 200 drives the right of auxiliary operation disk 300 according to indicator lamp control instruction
Indicator lamp 301 is answered to light or close.
It should be appreciated that, full scope simulator of nuclear power station auxiliary operation disk lamp method for testing and system that the present invention provides
Principle with realize that process is consistent, therefore equally suitable to the specific descriptions of full scope simulator of nuclear power station auxiliary operation disk lamp test system
For realizing full scope simulator of nuclear power station auxiliary operation disk lamp method for testing.
The present invention is described according to specific embodiment, but it will be understood by those skilled in the art that without departing from this
During bright scope, various change and equivalent can be carried out.Additionally, the specific occasion for adaptation the technology of the present invention or material, can be right
The present invention carries out many modifications without deviating from its protection domain.Therefore, the present invention is not limited to specific embodiment disclosed herein,
And include all embodiments dropping into claims.
Claims (6)
1. a kind of full scope simulator of nuclear power station auxiliary operation disk lamp test system is it is characterised in that include scattered control system, mould
Intend machine platform and the auxiliary operation disk being provided with multiple indicator lamps；
Described auxiliary operation disk is used for the lamp trial signal of receiving user's input, and is sent to described simulation machine platform；
Described scattered control system is used for sending lamp control logical order to described simulation machine platform；
Described simulation machine platform is used for receiving described lamp trial signal and lamp control logical order, carries out or computing generates indicator lamp and controls
Instruction, and lighted according to the corresponding indicator lamp that described indicator lamp control instruction drives described auxiliary operation disk or close；
Described simulation machine platform specifically includes：
Platform communication module, receives lamp control logical order for communicating with described scattered control system；
Lamp tries logic module, for according to the lamp trial signal receiving, lamp control logical order and the data transfer that prestores to point
Allocation list generates indicator lamp control instruction, and described data transfer includes the indicator lamp according to described auxiliary operation disk to an allocation list
Configuration figure is that each indicator lamp generates or the lamp of computing tries logical code；
Drive control module, for being communicated with described auxiliary operation disk, is obtained lamp trial signal and is simultaneously referred to according to the control of described indicator lamp
Order generates drive signal and controls corresponding indicator lamp to light or close to described auxiliary operation disk.
2. full scope simulator of nuclear power station auxiliary operation disk lamp test system according to claim 1 is it is characterised in that described
Auxiliary operation disk includes the lamp examination button of the lamp trial signal for receiving user's input.
3. full scope simulator of nuclear power station auxiliary operation disk lamp test system according to claim 2 is it is characterised in that described
In auxiliary operation disk, each lamp examination button corresponds to one group of indicator lamp, and corresponding for each indicator lamp lamp is tried letter by described simulation machine platform
Number carry out or computing with lamp control logical order.
4. a kind of full scope simulator of nuclear power station auxiliary operation disk lamp method for testing is it is characterised in that comprise the following steps：
S1, the lamp trial signal of auxiliary operation disk receiving user's input, and it is sent to analog machine platform；
S2, simulation machine platform receive described lamp trial signal, and the lamp control by described lamp trial signal and from scattered control system reception
Logical order is carried out or computing, generates indicator lamp control instruction；
S3, described simulation machine platform drive the corresponding indicator lamp of described auxiliary operation disk to light according to described indicator lamp control instruction or
Person closes；
Described step S2 is specially：
An indicator lamp control is generated to an allocation list according to the lamp trial signal receiving, lamp control logical order and the data transfer that prestores
System instruction, the indicator lamp configuration figure that described data transfer includes according to described auxiliary operation disk to an allocation list is each indicator lamp
Generate or the lamp of computing tries logical code.
5. full scope simulator of nuclear power station auxiliary operation disk lamp method for testing according to claim 4 is it is characterised in that described
Auxiliary operation disk described in step S1 tries the lamp trial signal of button receiving user's input by lamp.
6. full scope simulator of nuclear power station auxiliary operation disk lamp method for testing according to claim 5 it is characterised in that each
Lamp trial signal corresponds to one group of indicator lamp, in described step S2 patrols described lamp trial signal with the lamp control receiving from scattered control system
Volume instruction is carried out or the step of computing is specially：Corresponding for each indicator lamp lamp trial signal and lamp control logical order are carried out or transports
Calculate.
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| CN105353730B (en) * | 2014-08-22 | 2018-04-06 | 中广核（北京）仿真技术有限公司 | A kind of virtual dish platform and the state synchronization method and system of hard disk platform |
| CN106251729B (en) * | 2016-08-23 | 2022-10-25 | 山东交通学院 | Train arrival semaphore circuit analog system that lights a lamp |
| CN114615356B (en) * | 2022-03-07 | 2023-08-04 | 中国科学院紫金山天文台 | Device and method for debugging telescope imaging system by adopting simulator |
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| CN102157212B (en) * | 2010-11-25 | 2012-11-14 | 中广核工程有限公司 | Indicating method and system for nuclear power plant back-up control panel |
| JP5647562B2 (en) * | 2011-04-28 | 2014-12-24 | 日立Ｇｅニュークリア・エナジー株式会社 | External power supply and freshwater receiving facility, power supply and freshwater supply ship, and power supply and freshwater supply system comprising them |
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