CN206431879U - State's net real training Special intelligent power control system - Google Patents
State's net real training Special intelligent power control system Download PDFInfo
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- CN206431879U CN206431879U CN201621158875.5U CN201621158875U CN206431879U CN 206431879 U CN206431879 U CN 206431879U CN 201621158875 U CN201621158875 U CN 201621158875U CN 206431879 U CN206431879 U CN 206431879U
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Abstract
State's net real training Special intelligent power control system, including master control device, primary power source control system, secondary power supply control system, three stage power source control system, motor power control system, infrared electro forward-backward counter and operator control panel；Infrared electro forward-backward counter is arranged at the doorway of Training Room；Operator control panel and infrared electro forward-backward counter are connected with the input of master control device respectively, the output end of master control device is connected with the total lock of power supply, and the total lock of power supply is connected with primary power source control system, secondary power supply control system, three stage power source control system and motor power control system respectively.The utility model not only can operate grade according to the concrete condition automatic decision of operating personnel, the practical safety for having ensured operating personnel and the safety of electrical equipment, can also Training Room nobody when automatically cut off general supply, ensured Electrical Safety, saved the energy.
Description
Technical field
The utility model is related to state's net real training power supply technical field, specifically a kind of state's net real training special intelligent
Change power control system.
Background technology
It is the basis of armamentarium operation that power supply, which is powered, in view of conventional Training Room power switch is only by a breaker control
How system, operator's skilful service degree can all be powered for all Practical training equipments, and such situation is unfavorable for operation
The normal operation of person's safety and equipment is ensured.
Utility model content
The purpose of this utility model is to provide a kind of state's net real training Special intelligent power control system, existing for solving
Some state's net Training Room power supplys only have one-level switch, and the normal operation of safety and equipment to operator does not all have guaranteeing role
The problem of.
The technical scheme in the invention for solving the technical problem is：State's net real training Special intelligent power supply
System, it is characterized in that, including master control device, primary power source control system, secondary power supply control system, three stage power source control system
System, motor power control system, infrared electro forward-backward counter and operator control panel；Described infrared electro forward-backward counter is arranged on
At the doorway of Training Room；Described operator control panel and infrared electro forward-backward counter are connected with the input of master control device respectively, always
Control device output end be connected with the total lock of power supply, the total lock of power supply respectively with primary power source control system, secondary power supply control system,
Three stage power source control system is connected with motor power control system.
Further, described master control device includes top control module, the first relay KM1, main control loop and control loop；
The output end of the top control module is connected with the first relay KM1 coil, and the first relay KM1 is connected with main control loop, main
Control loop is connected with control loop；
Described main control loop includes circuit breaker Q F, the first relay KM1 normally opened contact and system operation indicator lamp；Institute
The the first relay KM1 stated normally opened contact includes k1-1, k1-2, k1-3, k1-4, k1-5 and k1-6, described system operation
Indicator lamp includes U2, V2 and W2；One end of described breaker is connected with triple line, the other end of breaker respectively with first after
Electrical equipment KM1 normally opened contact k1-1 one end, k1-2 one end, k1-3 one end, k1-4 one end, k1-5 one end and k1-6
One end be connected, the other end of the k1-1 other end, the k1-2 other end and k1-3 is connected with electrical equipment, the k1-4 other end
It is connected with system operation indicator lamp U2 one end, the k1-5 other end is connected with system operation indicator lamp V2 one end, k1-6's
The other end is connected with system operation indicator lamp W2 one end, system operation indicator lamp the U2 other end, system operation indicator lamp V2
The other end and system operation indicator lamp W2 the other end be connected with each other；
Described control loop includes fuse FU1, fuse FU2, normally closed button 1SB, normally closed button 2SB, normally opened pressed
Button 1SBS, normally opened button 2SBS, contactor C1, contactor C2, motor operation indicator lamp 1HR, motor stop indicator lamp 1HG, shone
Bright run indicator 2HR and illumination stop indicator lamp 2HG；One end of the fuse FU1 and a fuse FU2 termination three-phase
Any two-phase of line, fuse FU1 other end one end respectively with normally closed button 1SB, normally closed button 2SB one end, is contacted
Device C1 normally opened contacts C1-1 one end, contactor C1 normally-closed contacts C1-2 one end, contactor C2 normally opened contacts C2-1 one end,
Contactor C2 normally-closed contacts C2-2 one end is connected；The normally closed button 1SB other end respectively with normally opened button 1SBS one end and
Contactor C1 normally opened contacts C1-3 one end is connected, and the normally opened button 1SBS other end and contactor C1 normally opened contacts C1-3's is another
The one end of one end respectively with contactor C1 coils is connected, the one end of the normally closed button 2SB other end respectively with normally opened button 2SBS
It is connected with contactor C2 normally opened contacts C2-3 one end, the normally opened button 2SBS other end and contactor C2 normally opened contacts C2-3's
The one end of the other end respectively with contactor C2 coils is connected, and contactor C1 normally opened contacts the C1-1 other end and motor operation are indicated
Lamp 1HR one end is connected, and the contactor C1 normally-closed contacts C1-2 other end is connected with one end that motor stops indicator lamp 1HG, connects
The tentaculum C2 normally opened contacts C2-1 other end is connected with illuminating run indicator 2HR one end, contactor C2 normally-closed contacts C2-2
The other end be connected with one end that illumination stops indicator lamp 2HG, the other ends of contactor C1 coils, contactor C2 coils it is another
End, the motor operation indicator lamp 1HR other end, motor stop the indicator lamp 1HG other end, illuminate the another of run indicator 2HR
One end and illumination stop the other end of the indicator lamp 2HG other end respectively with fuse FU2 and are connected.
Further, described primary power source control system includes primary power source control loop, primary power source control loop
Including breaker 1ZK, fuse 1FU, fuse 2FU, normally closed button 1-1EDA, normally opened button 1-2EDA and contactor 1C；Institute
The breaker 1ZK stated one end is connected with any two-phase of three phase network, the breaker 1ZK other end and the one of fuse 1FU
End is connected with fuse 2FU one end, and the fuse 1FU other end is connected with normally closed button 1-1EDA one end, normally closed button
The one end of the 1-1EDA other end respectively with normally opened button 1-2EDA one end and contactor 1C normally opened contact 1c is connected, normally opened
The button 1-2EDA other end and contactor 1C normally opened contact the 1c other end are connected with one end of contactor 1C coils, contact
The other end of device 1C coils is connected with the fuse 2FU other end；
Described secondary power supply control system includes secondary power supply control loop, and secondary power supply control loop includes breaker
2ZK, fuse 3FU, fuse 4FU, normally closed button 2-1EDA, normally opened button 2-2EDA and contactor 2C；Described breaker
2ZK one end is connected with any two-phase of three phase network, the breaker 2ZK other end and fuse 3FU one end and fuse
4FU one end is connected, and the fuse 3FU other end is connected with normally closed button 2-1EDA one end, and normally closed button 2-1EDA's is another
The one end of one end respectively with normally opened button 2-2EDA one end and contactor 2C normally opened contact 2c is connected, normally opened button 2-2EDA
The other end and the contactor 2C normally opened contact 2c other end be connected with one end of contactor 2C coils, contactor 2C coils
The other end is connected with the fuse 4FU other end；
Described three stage power source control system includes three stage power source control loop, and three stage power source control loop includes breaker
3ZK, fuse 5FU, fuse 6FU, normally closed button 3-1EDA, normally opened button 3-2EDA and contactor 3C；Described breaker
3ZK one end is connected with any two-phase of three phase network, the breaker 3ZK other end and fuse 5FU one end and fuse
6FU one end is connected, and the fuse 5FU other end is connected with normally closed button 3-1EDA one end, and normally closed button 3-1EDA's is another
The one end of one end respectively with normally opened button 3-2EDA one end and contactor 3C normally opened contact 3c is connected, normally opened button 3-2EDA
The other end and the contactor 3C normally opened contact 3c other end be connected with one end of contactor 3C coils, contactor 3C coils
The other end is connected with the fuse 6FU other end；
Described motor power control system includes motor power control loop, and motor power control loop includes breaker
4ZK, fuse 7FU and contactor 4C；Described breaker 4ZK one end is connected with any one phase of three phase network, breaker
The 4ZK other end is connected with fuse 7FU one end, the fuse 7FU other end and the one of contactor 1C normally opened contact 1c
End be connected, the contactor 1C normally opened contact 1c other end is connected with one end of contactor 4C coils, contactor 4C coils it is another
One end is connected with breaker 4ZK.
Further, described top control module includes STM8L15XRX singlechip chips.
The beneficial effects of the utility model are：
State's net real training Special intelligent power control system and its control process that the utility model is provided, are filled by master control
Put, primary power source control system, secondary power supply control system, three stage power source control system, motor power control system be by power supply
Carry out grade classification, the authority that different grade can be operated to electrical equipment is different, it is to avoid the operating personnel of lack of experience due to
Use to electrical equipment is unfamiliar with and causes personal security problem or electrical equipment safety problem.
The utility model is counted by infrared electro forward-backward counter to the operating personnel of Training Room, when Training Room without
During people, general supply is cut off by master control device, has prevented waste of energy.
The utility model not only can operate grade, practical guarantee according to the concrete condition automatic decision of operating personnel
The safety of operating personnel and the safety of electrical equipment, can also Training Room nobody when automatically cut off general supply, ensure
Electrical Safety, saves the energy.
Brief description of the drawings
Fig. 1 is modular structure connection figure of the present utility model；
Fig. 2 is the circuit diagram of the utility model main control loop；
Fig. 3 is the circuit diagram of the utility model control loop；
Fig. 4 is the circuit diagram of the utility model primary power source control loop；
Fig. 5 is the circuit diagram of the utility model secondary power supply control loop；
Fig. 6 is the circuit diagram of the utility model three stage power source control loop；
Fig. 7 is the circuit diagram of the utility model motor power control loop；
Fig. 8 is the utility model single chip circuit figure.
Embodiment
State's net real training Special intelligent power control system, including master control device, primary power source control system, secondary power supply
Control system, three stage power source control system, motor power control system, infrared electro forward-backward counter and operator control panel.
As shown in figure 1, infrared electro forward-backward counter is arranged at the doorway of Training Room；Operator control panel and infrared electro are reversible
Counter is connected with the input of master control device respectively, and the output end of master control device is connected with the total lock of power supply, the total lock difference of power supply
It is connected with primary power source control system, secondary power supply control system, three stage power source control system and motor power control system.
Master control device includes top control module, the first relay KM1, main control loop and control loop；The output of top control module
End is connected with the first relay KM1 coil, and the first relay KM1 is connected with main control loop, main control loop and control loop phase
Even；
Indicated as shown in Fig. 2 main control loop includes circuit breaker Q F, the first relay KM1 normally opened contact and system operation
Lamp；First relay KM1 normally opened contact includes k1-1, k1-2, k1-3, k1-4, k1-5 and k1-6, and described system operation refers to
Show that lamp includes U2, V2 and W2；One end of breaker is connected with triple line, the other end of breaker respectively with the first relay KM1
Normally opened contact k1-1 one end, k1-2 one end, k1-3 one end, k1-4 one end, k1-5 one end and k1-6 one end
It is connected, the other end of the k1-1 other end, the k1-2 other end and k1-3 is connected with electrical equipment, the k1-4 other end and system
Run indicator U2 one end is connected, and the k1-5 other end is connected with system operation indicator lamp V2 one end, the k1-6 other end
Be connected with system operation indicator lamp W2 one end, the system operation indicator lamp U2 other end, system operation indicator lamp V2 it is another
End and system operation indicator lamp the W2 other end are connected with each other.
System operation indicator lamp represents whether three-phase electricity is normally run, if mutually improper, a then corresponding operation
Indicator lamp extinguishes.
As shown in figure 3, control loop include fuse FU1, fuse FU2, normally closed button 1SB, normally closed button 2SB, often
Drive button 1SBS, normally opened button 2SBS, contactor C1, contactor C2, motor operation indicator lamp 1HR, motor and stop indicator lamp
1HG, illumination run indicator 2HR and illumination stop indicator lamp 2HG；One end of the fuse FU1 and fuse FU2 one end
Connect any two-phase of triple line, fuse FU1 other end one end respectively with normally closed button 1SB, the one of normally closed button 2SB
End, contactor C1 normally opened contacts C1-1 one end, contactor C1 normally-closed contacts C1-2 one end, contactor C2 normally opened contacts C2-1
One end, contactor C2 normally-closed contacts C2-2 one end be connected；The normally closed button 1SB other end is respectively with normally opened button 1SBS's
One end is connected with contactor C1 normally opened contacts C1-3 one end, normally opened button the 1SBS other end and contactor C1 normally opened contacts
The one end of the C1-3 other end respectively with contactor C1 coils is connected, the normally closed button 2SB other end respectively with normally opened button
2SBS one end is connected with contactor C2 normally opened contacts C2-3 one end, and the normally opened button 2SBS other end and contactor C2 is normally opened
The one end of the contact C2-3 other end respectively with contactor C2 coils is connected, contactor C1 normally opened contacts the C1-1 other end and electricity
Machine run indicator 1HR one end is connected, and contactor C1 normally-closed contacts the C1-2 other end and motor stop the one of indicator lamp 1HG
End is connected, and the contactor C2 normally opened contacts C2-1 other end is connected with illuminating run indicator 2HR one end, and contactor C2 is normally closed
One end that the contact C2-2 other end stops indicator lamp 2HG with illumination is connected, the other end, the contactor C2 lines of contactor C1 coils
The other end, the motor operation indicator lamp 1HR other end, the motor of circle stop the indicator lamp 1HG other end, illumination run indicator
The 2HR other end and illumination stop the other end of the indicator lamp 2HG other end respectively with fuse FU2 and are connected.
Primary power source control system is used to control compensation device, load simulation device, electricity distributing and metering remote control security expense
Control the power switch of cabinet, load control unit, metering cabinet, loading switch cabinet and kilowatt-hour meter screen, including primary power source control loop.
As shown in figure 4, primary power source control loop includes breaker 1ZK, fuse 1FU, fuse 2FU, normally closed button
1-1EDA, normally opened button 1-2EDA and contactor 1C；Breaker 1ZK one end is connected with any two-phase of three phase network, open circuit
The device 1ZK other end is connected with fuse 1FU one end and fuse 2FU one end, and the fuse 1FU other end is pressed with normally closed
Button 1-1EDA one end is connected, normally closed button 1-1EDA other end one end respectively with normally opened button 1-2EDA and contactor 1C
Normally opened contact 1c one end be connected, the normally opened button 1-2EDA other end and contactor 1C normally opened contact the 1c other end with
One end of contactor 1C coils is connected, and the other end of contactor 1C coils is connected with the fuse 2FU other end.
Secondary power supply control system is used to control low pressure to take analogue means, remote collection fault diagnosis platform, electric energy meter
Wiring Intelligent Simulation System and visit one house after another investigation analogue means, including secondary power supply control loop.
As shown in figure 5, secondary power supply control loop includes breaker 2ZK, fuse 3FU, fuse 4FU, normally closed button
2-1EDA, normally opened button 2-2EDA and contactor 2C；Breaker 2ZK one end is connected with any two-phase of three phase network, open circuit
The device 2ZK other end is connected with fuse 3FU one end and fuse 4FU one end, and the fuse 3FU other end is pressed with normally closed
Button 2-1EDA one end is connected, normally closed button 2-1EDA other end one end respectively with normally opened button 2-2EDA and contactor 2C
Normally opened contact 2c one end be connected, the normally opened button 2-2EDA other end and contactor 2C normally opened contact the 2c other end with
One end of contactor 2C coils is connected, and the other end of contactor 2C coils is connected with the fuse 4FU other end.
Three stage power source control system is used to control illuminator, including three stage power source control loop.
As shown in fig. 6, three stage power source control loop includes breaker 3ZK, fuse 5FU, fuse 6FU, normally closed button
3-1EDA, normally opened button 3-2EDA and contactor 3C；Breaker 3ZK one end is connected with any two-phase of three phase network, open circuit
The device 3ZK other end is connected with fuse 5FU one end and fuse 6FU one end, and the fuse 5FU other end is pressed with normally closed
Button 3-1EDA one end is connected, normally closed button 3-1EDA other end one end respectively with normally opened button 3-2EDA and contactor 3C
Normally opened contact 3c one end be connected, the normally opened button 3-2EDA other end and contactor 3C normally opened contact the 3c other end with
One end of contactor 3C coils is connected, and the other end of contactor 3C coils is connected with the fuse 6FU other end.
Because load device has big motor, therefore individually use motor power control system, motor power control system
For controlled motor, including motor power control loop.
As shown in fig. 7, motor power control loop includes breaker ZK, fuse 7FU and contactor 3C；Breaker 3ZK
One end be connected with any one phase of three phase network, the breaker ZK other end is connected with fuse 7FU one end, fuse
The 7FU other end is connected with contactor 1C normally opened contact 1c one end, and the contactor 1C normally opened contact 1c other end is with connecing
One end of tentaculum 3C coils is connected, and the other end of contactor 3C coils is connected with breaker ZK.
As shown in figure 8, top control module includes STM8L15XRX singlechip chips.
Infrared electro forward-backward counter at Training Room doorway is counted to the personnel for passing in and out Training Room, when Training Room without
During people, infrared electro forward-backward counter sends a signal to the system management module of master control device, and system management module control is real
Instruct the power-off of room general supply.
It is not new to this practicality although above-mentioned embodiment of the present utility model is described with reference to accompanying drawing
The limitation of type protection domain, on the basis of the technical solution of the utility model, those skilled in the art need not pay creation
Property the various modifications that can make of work or deform still within protection domain of the present utility model.
Claims (4)
1. state's net real training Special intelligent power control system, it is characterized in that, including master control device, primary power source control system,
Secondary power supply control system, three stage power source control system, motor power control system, infrared electro forward-backward counter and operation
Screen；Described infrared electro forward-backward counter is arranged at the doorway of Training Room；Described operator control panel and the reversible meter of infrared electro
Number devices be connected respectively with the input of master control device, the output end of master control device is connected with the total lock of power supply, the total lock of power supply respectively with
Primary power source control system, secondary power supply control system, three stage power source control system are connected with motor power control system.
2. state's net real training Special intelligent power control system according to claim 1, it is characterized in that, described master control dress
Put including top control module, the first relay KM1, main control loop and control loop；The output end of the top control module with first after
Electrical equipment KM1 coil is connected, and the first relay KM1 is connected with main control loop, and main control loop is connected with control loop；
Described main control loop includes circuit breaker Q F, the first relay KM1 normally opened contact and system operation indicator lamp；Described
First relay KM1 normally opened contact includes k1-1, k1-2, k1-3, k1-4, k1-5 and k1-6, and described system operation is indicated
Lamp includes U2, V2 and W2；One end of described breaker is connected with triple line, the other end of breaker respectively with the first relay
KM1 normally opened contact k1-1 one end, k1-2 one end, k1-3 one end, k1-4 one end, the one of k1-5 one end and k1-6
End is connected, and the other end of the k1-1 other end, the k1-2 other end and k1-3 is connected with electrical equipment, and the k1-4 other end is with being
Run indicator of uniting U2 one end is connected, and the k1-5 other end is connected with system operation indicator lamp V2 one end, and k1-6's is another
End is connected with system operation indicator lamp W2 one end, the system operation indicator lamp U2 other end, system operation indicator lamp V2 it is another
One end and system operation indicator lamp the W2 other end are connected with each other；
Described control loop includes fuse FU1, fuse FU2, normally closed button 1SB, normally closed button 2SB, normally opened button
1SBS, normally opened button 2SBS, contactor C1, contactor C2, motor operation indicator lamp 1HR, motor stop indicator lamp 1HG, illumination
Run indicator 2HR and illumination stop indicator lamp 2HG；One end of the fuse FU1 and a fuse FU2 termination triple line
Any two-phase, fuse FU1 other end one end respectively with normally closed button 1SB, normally closed button 2SB one end, contactor
C1 normally opened contacts C1-1 one end, contactor C1 normally-closed contacts C1-2 one end, contactor C2 normally opened contacts C2-1 one end, connect
Tentaculum C2 normally-closed contacts C2-2 one end is connected；The normally closed button 1SB other end is respectively with normally opened button 1SBS one end and connecing
Tentaculum C1 normally opened contacts C1-3 one end is connected, and the normally opened button 1SBS other end and contactor C1 normally opened contacts C1-3's is another
Hold one end respectively with contactor C1 coils to be connected, the normally closed button 2SB other end respectively with normally opened button 2SBS one end and
Contactor C2 normally opened contacts C2-3 one end is connected, and the normally opened button 2SBS other end and contactor C2 normally opened contacts C2-3's is another
The one end of one end respectively with contactor C2 coils is connected, contactor C1 normally opened contacts the C1-1 other end and motor operation indicator lamp
1HR one end is connected, and the contactor C1 normally-closed contacts C1-2 other end is connected with one end that motor stops indicator lamp 1HG, contacts
The device C2 normally opened contacts C2-1 other end is connected with illuminating run indicator 2HR one end, contactor C2 normally-closed contacts C2-2's
One end that the other end stops indicator lamp 2HG with illumination is connected, the other ends of contactor C1 coils, contactor C2 coils it is another
End, the motor operation indicator lamp 1HR other end, motor stop the indicator lamp 1HG other end, illuminate the another of run indicator 2HR
One end and illumination stop the other end of the indicator lamp 2HG other end respectively with fuse FU2 and are connected.
3. state's net real training Special intelligent power control system according to claim 1, it is characterized in that, described one-level electricity
Source control system includes primary power source control loop, and primary power source control loop includes breaker 1ZK, fuse 1FU, fuse
2FU, normally closed button 1-1EDA, normally opened button 1-2EDA and contactor 1C；Described breaker 1ZK one end and three phase network
Any two-phase is connected, and the breaker 1ZK other end is connected with one end of fuse 1FU one end and fuse 2FU, fuse
The 1FU other end is connected with normally closed button 1-1EDA one end, the normally closed button 1-1EDA other end respectively with normally opened button 1-
2EDA one end is connected with contactor 1C normally opened contact 1c one end, the normally opened button 1-2EDA other end and contactor 1C's
The normally opened contact 1c other end is connected with one end of contactor 1C coils, and the other end of contactor 1C coils is with fuse 2FU's
The other end is connected；
Described secondary power supply control system include secondary power supply control loop, secondary power supply control loop include breaker 2ZK,
Fuse 3FU, fuse 4FU, normally closed button 2-1EDA, normally opened button 2-2EDA and contactor 2C；Described breaker 2ZK's
One end is connected with any two-phase of three phase network, the breaker 2ZK other end and fuse 3FU one end and fuse 4FU's
One end is connected, and the fuse 3FU other end is connected with normally closed button 2-1EDA one end, the normally closed button 2-1EDA other end point
One end not with normally opened button 2-2EDA one end and contactor 2C normally opened contact 2c is connected, and normally opened button 2-2EDA's is another
End and contactor 2C normally opened contact the 2c other end are connected with one end of contactor 2C coils, the other end of contactor 2C coils
It is connected with the fuse 4FU other end；
Described three stage power source control system include three stage power source control loop, three stage power source control loop include breaker 3ZK,
Fuse 5FU, fuse 6FU, normally closed button 3-1EDA, normally opened button 3-2EDA and contactor 3C；Described breaker 3ZK's
One end is connected with any two-phase of three phase network, the breaker 3ZK other end and fuse 5FU one end and fuse 6FU's
One end is connected, and the fuse 5FU other end is connected with normally closed button 3-1EDA one end, the normally closed button 3-1EDA other end point
One end not with normally opened button 3-2EDA one end and contactor 3C normally opened contact 3c is connected, and normally opened button 3-2EDA's is another
End and contactor 3C normally opened contact the 3c other end are connected with one end of contactor 3C coils, the other end of contactor 3C coils
It is connected with the fuse 6FU other end；
Described motor power control system include motor power control loop, motor power control loop include breaker 4ZK,
Fuse 7FU and contactor 4C；Described breaker 4ZK one end is connected with any one phase of three phase network, breaker 4ZK's
The other end is connected with fuse 7FU one end, one end phase of the fuse 7FU other end and contactor 1C normally opened contact 1c
Even, the contactor 1C normally opened contact 1c other end is connected with one end of contactor 4C coils, the other end of contactor 4C coils
It is connected with breaker 4ZK.
4. state's net real training Special intelligent power control system according to claim 3, it is characterized in that, described master control mould
Block includes STM8L15XRX singlechip chips.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621158875.5U CN206431879U (en) | 2016-10-31 | 2016-10-31 | State's net real training Special intelligent power control system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621158875.5U CN206431879U (en) | 2016-10-31 | 2016-10-31 | State's net real training Special intelligent power control system |
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| CN206431879U true CN206431879U (en) | 2017-08-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106652626A (en) * | 2016-10-31 | 2017-05-10 | 国网山东省电力公司莱芜供电公司 | Special-purposed intelligent power control system of practical training and control process thereof |
-
2016
- 2016-10-31 CN CN201621158875.5U patent/CN206431879U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106652626A (en) * | 2016-10-31 | 2017-05-10 | 国网山东省电力公司莱芜供电公司 | Special-purposed intelligent power control system of practical training and control process thereof |
| CN106652626B (en) * | 2016-10-31 | 2023-02-24 | 国网山东省电力公司莱芜供电公司 | Intelligent power supply control system special for practical training and control process thereof |
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