CN108182855A - A kind of acclerating road switch control circuit and its manipulation and control method - Google Patents
A kind of acclerating road switch control circuit and its manipulation and control method Download PDFInfo
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- CN108182855A CN108182855A CN201810112364.7A CN201810112364A CN108182855A CN 108182855 A CN108182855 A CN 108182855A CN 201810112364 A CN201810112364 A CN 201810112364A CN 108182855 A CN108182855 A CN 108182855A
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B23/00—Models for scientific, medical, or mathematical purposes, e.g. full-sized devices for demonstration purposes
- G09B23/06—Models for scientific, medical, or mathematical purposes, e.g. full-sized devices for demonstration purposes for physics
- G09B23/18—Models for scientific, medical, or mathematical purposes, e.g. full-sized devices for demonstration purposes for physics for electricity or magnetism
- G09B23/183—Models for scientific, medical, or mathematical purposes, e.g. full-sized devices for demonstration purposes for physics for electricity or magnetism for circuits
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61L—GUIDING RAILWAY TRAFFIC; ENSURING THE SAFETY OF RAILWAY TRAFFIC
- B61L5/00—Local operating mechanisms for points or track-mounted scotch-blocks; Visible or audible signals; Local operating mechanisms for visible or audible signals
- B61L5/06—Electric devices for operating points or scotch-blocks, e.g. using electromotive driving means
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Abstract
A kind of acclerating road switch control circuit, including microcomputer interlocking equipment, TDZ combinational circuits, TDF moves combinational circuit, local control device and Partial controll JK combinational circuits, microcomputer interlocking equipment is used to move combinational circuit input operation signal to TDZ combinational circuits and TDF, so as to manipulate the conversion that track switch is realized in electric point machine action, local control device is used for the switching in outdoor realization indoor and outdoor control and the conversion of manipulation track switch, Partial controll JK combinational circuits are used in track switch Partial controll, the first starting relay field circuit for TDZ combinational circuits provides power supply KF power supplys KZ, combinational circuit is moved so as to start TDZ combinational circuits and TDF.It is the control circuit design science, simple, it is at low cost, it is easy to operate, by to indoor Partial controll button and the outdoor operation for receiving Partial controll button, switching of the indoor and outdoor personnel to track switch control can be realized, be conducive to the development of practical teaching, improve the quality of teaching.
Description
Technical field
The present invention relates to a kind of railway teaching and training system and its manipulation and control methods, more particularly to a kind of suitable for high
Professional colleges, rail traffic enterprise carry out a kind of acclerating road switch control circuit of technical training and its manipulation and control method.
Background technology
Railway switch is a kind of line connection equipment that rolling stock is made to be transferred to another station track from a station track, usually AT STATION
It is a large amount of to be laid with.Acclerating road switch control circuit can realize the control of acclerating road switch, in a manner that route is manipulated and is individually manipulated,
Turnout start circuit is connected, conversion track switch provides corresponding expression to specified position.
The training base that railway class universities and colleges build up at present can only realize the control or only of track switch by indoor interlock device
Vertical acclerating road switch local control device realizes the control of track switch, although the mode of indoor interlock device control track switch and scene one
It causes, but the indoor external equipment of often switch control circuit is distant, is unfavorable for the development of practical teaching；Independent acclerating road switch
Although local control device is easy to the development of the practical teaching of switch control circuit failure, but can not achieve route and manipulate to track switch
Control conversion, be unfavorable for the concept that student establishes interlock device control track switch, two kinds of control modes are all unfavorable for practical teaching
Development, influence quality of instruction, and two kinds of control modes are unable to any switching laws, it is impossible to preferably meet the reality of railway class universities and colleges
Trample teaching demand.
Invention content
The purpose of the present invention is to provide a kind of acclerating road switch control circuit and its manipulation and control method, to overcome existing skill
Above-mentioned deficiency present in art.
The technical solution adopted by the present invention is that：
A kind of acclerating road switch control circuit, including microcomputer interlocking equipment, electric point machine and the TDZ groups for controlling electric point machine
It closes circuit and TDF moves combinational circuit；
The microcomputer interlocking equipment is used to move combinational circuit input operation signal to TDZ combinational circuits and TDF, so as to by electronic
The conversion of track switch is realized in the action of railway switch control circuit steering electric point machine；
The TDZ combinational circuits and TDF move combinational circuit and manipulate electric point machine for starting the control circuit of electric point machine
The conversion of track switch is realized in action；
The TDZ combinational circuits include the first starting relay, the second starting relay, ixed control relay, antiposition and manipulate
Relay, turnout rail relay and permission operational relay, 2 feet of the second starting relay coil pass through first and start relay
The 2nd group of contact switch connection power supply KZ of device, 3 feet of the second starting relay coil are touched by the 1st group of the first starting relay
Point switch connection power supply KZ,
4 feet of the second starting relay coil connect the contact 143 of the second starting relay contact switch, the second starting relay line
1 foot of circle connects the contact 142 of the contact switch of the second starting relay, the movable contact of the contact switch of the second starting relay
141 connect 4 feet of the first starting relay coil, and the contact 143 of the second starting relay contact switch connects ixed control relay
2nd group of contact switch movable contact is followed by power supply KF, and the 142 reversed position of contact of the second starting relay contact switch manipulates relay
2nd group of contact switch movable contact is followed by power supply KF,
The 3 feet concatenation turnout rail relay of first starting relay coil and the 2nd group of switch contact for allowing operational relay
Switch 22 is followed by power supply KZ；
The TDF moves combinational circuit and shows relay again including the first dynamic banked relay, the second dynamic banked relay, the first dynamic combination
Device and protective relay, 2 feet of the second dynamic banked relay coil pass through first dynamic combination the 3rd group of contact switch of repeater relay
Power supply KZ is connected, 3 feet of the second dynamic banked relay coil are connected by the 4th group of contact switch of the first dynamic combination repeater relay
Meet power supply KZ；
4 feet of the second dynamic banked relay coil connect the contact 143 of the second dynamic banked relay contact switch, the second dynamic combination after
1 foot of electric apparatus coil connects the contact 142 of the second dynamic banked relay contact switch, and the second dynamic banked relay contact switch moves
Contact 141 connects 4 feet of the first dynamic banked relay coil, and 1 foot of the first dynamic banked relay coil meets power supply KZ, first dynamic group
2 feet for closing relay coil connect 4 feet of the first dynamic combination repeater relay coil by the 3rd group of contact switch of protective relay,
4 feet of the first dynamic combination repeater relay coil connect power supply KF by the 3rd group of contact switch of the first dynamic banked relay, the
1 foot of one dynamic combination repeater relay coil meets power supply KZ；
It opens the second starting relay contact that the contact 143 of second dynamic banked relay contact switch connects TDZ combinational circuits simultaneously
The contact 143 of pass；
It opens the second starting relay contact that the contact 142 of second dynamic banked relay contact switch connects TDZ combinational circuits simultaneously
The contact 142 of pass；
3 feet of the first dynamic banked relay coil connect 3 feet of the first starting relay coil of TDZ combinational circuits simultaneously；
The power supply KZ controls positive supply for direct current 24V, and power supply KF controls negative supply for direct current 24V；
When first starting relay and the first dynamic banked relay pick up, start electric point machine control circuit, electric point machine
Track switch conversion is realized in action, when the first starting relay and the first dynamic banked relay are fallen, represents track switch conversion in place；
The acclerating road switch control circuit further includes：Local control device and Partial controll JK combinational circuits, the local controlled are set up
Standby to be located at outdoor, Partial controll JK combinational circuits are located at interior；
The local control device includes receiving Partial controll button, track switch location control button and track switch antiposition control button；
Local control device is used for：In the switching of outdoor realization indoor and outdoor control and the conversion of manipulation track switch, receive Partial controll
Button is used to send out receiving to interior or terminates the signal of Partial controll, and track switch location control button is for track switch from antiposition to calmly
The operation of position conversion, the operation that track switch antiposition control button is converted for track switch from positioning to antiposition；
The Partial controll JK combinational circuits include driving Acquisition Circuit, JK combinational circuits I, JK combinational circuits II and JK combination electricity
Road III；
The Partial controll JK combinational circuits are mainly by Partial controll button relay, Partial controll locking relay, local controlled
Relay processed, the first button relay, the second button relay, track switch location control button relay and the control of track switch antiposition are pressed
Button relay is formed；
Partial controll button relay, Partial controll relay and Partial controll locking relay by microcomputer interlocking device drives,
And with microcomputer interlocking equipment interface so as to form driving Acquisition Circuit；
Driving Acquisition Circuit is used for：
First, acquisition Partial controll button relay, Partial controll locking relay, Partial controll relay, the first button relay
The working condition of device and the second button relay；
Second is that driving Partial controll button relay, Partial controll locking relay and Partial controll relay energized, realize road
It is controlled in trouble Partial controll or track switch room；
The JK combinational circuits III include the first button relay, the second button relay, track switch location control button relay
With track switch antiposition control button relay, JK combinational circuits III are used to switch on or off the first button relay excitation and self-closing electricity
Road, the self stick circuit of the second button relay and track switch location control button relay and track switch antiposition control button relay
Field circuit；
The JK combinational circuits I include the 4th group of electric shock switch of Partial controll locking relay, the 3rd group of Partial controll relay touches
Electric switch, the 5th group of electric shock of Partial controll button relay switch, the 2nd group of electric shock switch of track switch location control button relay and
The 2nd group of electric shock switch of track switch antiposition control button relay, JK combinational circuits I are used in the case of track switch Partial controll, are
First starting relay field circuit of TDZ combinational circuits provides power supply KF；
The JK combinational circuits II include the 5th group of electric shock switch of Partial controll locking relay, the 2nd group of Partial controll relay touches
The 6th group of electric shock switch of electric switch and local control button relay, JK combinational circuits II are used for the situation in track switch Partial controll
Under, the first starting relay field circuit for TDZ combinational circuits provides power supply KZ；
The above connection relation for driving Acquisition Circuit, JK combinational circuits I, JK combinational circuits II and JK combinational circuits III is as follows：
Drive Acquisition Circuit：
4 feet of Partial controll button relay coil meet power supply KF, and 1 foot of Partial controll button relay coil passes through local controlled
Button processed meets power supply KZ, and Partial controll button relay contact switch one terminates 1 foot of Partial controll button relay coil, separately
One end concatenation antiposition the second button relay contact switch is followed by power supply KZ；
The contact switch that 4 feet of Partial controll relay coil and 2 foot parallel connections are followed by the first button relay meets power supply KF, office again
3 feet of portion's control relay coil meet power supply KZ by Partial controll relay contact switch, and the 1 of Partial controll relay coil
The contact switch that foot concatenates normal indication relay in the second button relay and TDZ combinational circuits is followed by power supply KZ；
After 1 foot of Partial controll locking relay coil concatenates the contact switch of the first button relay and Partial controll relay
Power supply KZ is met, 3 feet of Partial controll locking relay coil connect Partial controll relay contact switch and the first button relay
The common contact of contact switch, the contact switch that 2 feet of Partial controll locking relay coil connect turnout rail relay are followed by electricity
Source KF, the contact switch that 4 feet of Partial controll locking relay coil connect Partial controll locking relay are followed by power supply KF；
JK combinational circuits I：
Power supply KF connects the movable contact of the 3rd group of electric shock switch of Partial controll relay, the 3rd group of electric shock switch of Partial controll relay
Normally closed point connects the movable contact of the 4th group of electric shock switch of Partial controll locking relay, and the 4th group of electric shock of Partial controll locking relay is opened
The normally closed point closed connects the movable contact of the 5th group of electric shock switch of Partial controll button relay, and the 5th group of Partial controll button relay touches
The opened point of electric switch connects the normally closed point of the 2nd group of electric shock switch of ixed control relay of TDZ combinational circuits, the control of track switch antiposition
The opened point of the 2nd group of electric shock switch of button relay connects the opened point of the 3rd group of electric shock switch of Partial controll relay, track switch antiposition
The antiposition that the movable contact of the 2nd group of electric shock switch of control button relay connects combinational circuit manipulates the 2nd group of electric shock switch of relay
Normally closed point；
JK combinational circuits II：
Power supply KZ connects the movable contact of the 5th group of electric shock switch of Partial controll locking relay, and the 5th group of Partial controll locking relay touches
The opened point of electric switch connects the movable contact of the 2nd group of electric shock switch of Partial controll relay, and the 2nd group of electric shock of Partial controll relay is opened
The opened point of pass connects the movable contact of the 2nd group of electric shock switch of TDZ combinational circuit turnout rails relay,
The normally closed point of the 5th group of electric shock switch of Partial controll locking relay connects the 6th group of electric shock switch of Partial controll button relay
Movable contact, the opened point of the 6th group of electric shock of Partial controll button relay switch connects the turnout rail relay of TDZ combinational circuits
The movable contact of 2nd group of electric shock switch；
JK combinational circuits III：
1 foot of the first button relay coil connects the 3rd group of contact switch of Partial controll button relay and is followed by power supply KZ, and first presses
2 feet of button relay coil connect the 2nd group of contact switch of the first button relay and are followed by power supply KF；First button relay coil
3 feet receive Partial controll button, the first button relay coil after connecing the 2nd group of contact switch of Partial controll button relay
4 feet concatenation TDZ combinational circuits in the 5th group of contact switch of normal indication relay be followed by power supply KF；
1 foot of the second button relay coil meets power supply KZ, and 4 feet of the second button relay coil connect Partial controll button relay
The opened point of the 2nd group of contact switch of device；
4 feet of track switch location control button relay coil concatenate the 2nd group of contact switch and local controlled of the second button relay
The 2nd group of contact switch that relay is closed in lockmaking is followed by power supply KF, and 1 foot of track switch location control button relay coil meets track switch office
Control the track switch location control button of equipment；
4 feet of track switch antiposition control button relay coil connect 4 feet of track switch location control button relay coil, track switch antiposition
1 foot of control button relay coil connects the track switch antiposition control button of track switch office control equipment.
Its another technical solution is：A kind of manipulation and control method of acclerating road switch control circuit, includes the following steps：
S1：Outdoor personnel propose Partial controll request by intercom to indoor person on duty, and indoor person on duty sets in microcomputer interlocking
Standby console presses Partial controll button：By driving Acquisition Circuit that Partial controll button relay excitation is driven to pick up, and adopt
Collect the contact state of Partial controll locking relay and local control button relay, local controlled on microcomputer interlocking facilities control console
Indication lamp processed flashes white light；
S2：After Partial controll button relay energized, the self stick circuit for leading to the first button relay disconnects, the first button relay
Device is fallen, and track switch is still in indoor state of a control at this time；
S3：Indoor person on duty notifies outdoor work personnel that can carry out Partial controll by intercom, and outdoor work personnel press
Receive Partial controll button the second button relay excitation to pick up；
S4：After second button relay energized, driving Acquisition Circuit acquire the first button relay, the second button relay and
Normal indication relay state in TDZ combinational circuits, and Partial controll relay energized is driven, continue to acquire Partial controll relay
Device state drives its holding to pick up self-closing；
S5：After Partial controll relay energized, driving Acquisition Circuit acquisition Partial controll relay status, and disconnect Partial controll
The self stick circuit of locking relay, Partial controll locking relay are fallen, and cut off the first starting relay of TDZ combinational circuits
Field circuit, the bright stable white light of Partial controll indication lamp on microcomputer interlocking facilities control console, represents that the track switch is changed to part at this time
Control；Indoor person on duty is lost to the track switch control；
S6：During Partial controll, outdoor personnel are anti-by operating track switch location control button DSD or track switch according to job requirements
Position control button DSF realizes the conversion of track switch：
S61：Track switch positions the operation converted to antiposition：Press track switch antiposition control button DSF, track switch antiposition control button relay
Device picks up, and connects the field circuit of the first starting relay of TDZ combinational circuits, electric point machine control circuit is connected, electronic
Track switch conversion is realized in goat action；
S62：Track switch positions the operation converted to antiposition：Press track switch location control button DSD, track switch location control button relay
Device picks up, and connects the field circuit of the first starting relay of TDZ combinational circuits, electric point machine control circuit is connected, electronic
Track switch conversion is realized in goat action；
S7：Terminate track switch Partial controll：
S71：Track switch first is restored to position by outdoor work personnel, then will be received the pull-out of Partial controll button, and be disconnected the second button
The field circuit of relay, driving Acquisition Circuit acquisition relay the second button relay and Partial controll locking relay and
The state of local button relay, Partial controll indication lamp flashes white light on microcomputer interlocking facilities control console；Represent outdoor track switch office
Portion's control terminates；
S72：Indoor person on duty pulls out Partial controll button, disconnects the field circuit of local button relay, connects the later
One button relay excitation circuit；After first button relay excitation picks up, driving Acquisition Circuit acquires the first button relay
State, Partial controll relay are fallen, and driving Acquisition Circuit acquires the first button relay, Partial controll relay and turnout rail
After road relay status, driving Partial controll locking relay recovery picks up state, and reclose TDZ combinational circuits first is opened
The field circuit of motor type relay, driving Acquisition Circuit acquire the second button relay and Partial controll locking relay and part
The state of button relay, the Partial controll indication lamp on microcomputer interlocking facilities control console extinguish, and represent indoor withdrawal track switch control
System power, after indoor person on duty pulls out Partial controll button, the operation program of relay is：
。
Due to taking above-mentioned technical proposal, a kind of acclerating road switch control circuit and its manipulation and control method of the present invention have
Following advantageous effect：
1. the present invention includes setting track switch local control device, Partial controll JK combinational circuits and driving Acquisition Circuit, by right
Indoor Partial controll button JA and the outdoor operation for receiving Partial controll button JSA, you can realize indoor and outdoor personnel to track switch
The switching of control is conducive to the development of practical teaching, improves the quality of teaching, and can preferably meet the practice religion of railway class universities and colleges
Demand；
2. Partial controll JK combinational circuits and driving Acquisition Circuit design science, simple, outdoor track switch office control equipment operation is convenient,
It is easily achieved, it is at low cost.
Description of the drawings
Fig. 1 is a kind of acclerating road switch controling circuit structure block diagram of the present invention；
Fig. 2 is TDZ combinational circuits, TDF moves combinational circuit and JK combinational circuits I and II circuit connection diagram of JK combinational circuits；
Fig. 3 is JK combinational circuits III and local control device circuit connection diagram；
Fig. 4 is driving Acquisition Circuit connection figure；
Fig. 5 is the driving of driving Acquisition Circuit and acquisition schematic diagram；
Fig. 6 is electric point machine electric operation control circuit figure；
In figure：
000-microcomputer interlocking equipment, 100-TDZ combinational circuits, 101-Partial controll JK combinational circuits, 101A-JK combination electricity
Road I, 101B-JK combinational circuits II, 101C-JK combinational circuits III, 101D-driving Acquisition Circuit, 102-TDF move combination electricity
Road, 104-local control device, 105-electric point machine；
JA-Partial controll button, JSA-receive Partial controll button, DSD-track switch location control button, DSF-track switch are anti-
Position control button；
JAJ-Partial controll button relay, JKJ-Partial controll relay, JKSJ-Partial controll locking relay,
The button relays of JQJ-first, the button relays of FQJ-second, DSDJ-track switch location control button relay, DSFJ-road
Branch off antiposition control button relay, DCJ-ixed control relay, FCJ-antiposition manipulate relay, DGJ-turnout rail after
Electric appliance, YCJ-permission operational relay, BHJ-protective relay, DBJ-normal indication relay, FBJ-antiposition represent after
Electric appliance；
1DQJ-the first starting relays, 2DQJ-the second starting relays, the dynamic banked relays of 11DQJ-the first, 12DQJ-
Second dynamic banked relay, the dynamic combination repeater relays of 11DQJF first；
JKD-Partial controll indication lamp, DB-normal indication lamp, FB-reverse indication lamp.
Specific embodiment
Embodiment one
A kind of acclerating road switch control circuit, including microcomputer interlocking equipment 000, electric point machine 105 and control electric point machine
TDZ combinational circuits 100 and TDF move combinational circuit 102；
The microcomputer interlocking equipment is used to move combinational circuit input operation signal to TDZ combinational circuits and TDF, so as to by electronic
The conversion of track switch is realized in the action of railway switch control circuit steering electric point machine；
The TDZ combinational circuits and TDF move combinational circuit and manipulate electric point machine for starting the control circuit of electric point machine
The conversion of track switch is realized in action；
The TDZ combinational circuits include the first starting relay 1DQJ, the second starting relay 2DQJ, ixed control relay
DCJ, antiposition manipulate relay FCJ, turnout rail relay DGJ and allow operational relay YCJ, the second starting relay 2DQJ
2 feet of coil connect power supply KZ, the second starting relay 2DQJ coils by the 2nd group of contact switch of the first starting relay 1DQJ
3 feet power supply KZ is connected by the 1st group of contact switch of the first starting relay 1DQJ,
4 feet of the second starting relay 2DQJ coils connect the contact 143 of the contact switch of the second starting relay 2DQJ, and second opens
1 foot of motor type relay 2DQJ coils meets the contact 142 of the second starting relay 2DQJ contact switch, the second starting relay 2DQJ
The movable contact 141 of contact switch connect 4 feet of the first starting relay 1DQJ coils, the second starting relay 2DQJ contact switch
Contact 143 connect the 2nd group of contact switch movable contact of ixed control relay DCJ and be followed by power supply KF, the second starting relay 2DQJ
The 142 reversed position of contact of contact switch manipulates relay the 2nd group of contact switch movable contact of FCJ and is followed by power supply KF,
The 2nd of the 3 feet concatenation turnout rail relay DGJ and permission operational relay YCJ of first starting relay 1DQJ coils
Group switch contact switch 22 is followed by power supply KZ；
The TDF moves combinational circuit and includes the first dynamic combination relay 11DQJ, the second dynamic banked relay 12DQJ, the first dynamic combination
Repeater relay 11DQJF and protective relay BHJ, 2 feet of the second dynamic banked relay 12DQJ coils pass through the first dynamic combination
The 3rd group of contact switch of repeater relay 11DQJF connection power supply KZ, 3 feet of the second dynamic banked relay 12DQJ coils pass through the
The 4th group of contact switch connection power supply KZ of one dynamic combination repeater relay 11DQJF,
4 feet of the second dynamic banked relay coil connect the contact 143 of the second dynamic banked relay contact switch, the second dynamic combination after
1 foot of electric apparatus coil connects the contact 142 of the second dynamic banked relay contact switch, and the second dynamic banked relay contact switch moves
Contact 141 connects 4 feet of the first dynamic banked relay coil, and 1 foot of the first dynamic banked relay coil meets power supply KZ, first dynamic group
2 feet for closing relay coil connect the first dynamic combination repeater relay 11DQJF lines by the 3rd group of contact switch of protective relay BHJ
4 feet of circle, 4 feet of the first dynamic combination repeater relay 11DQJF coils are opened by the 3rd group of contact of the first dynamic banked relay
Connection meets power supply KF, and 1 foot of the first dynamic combination repeater relay 11DQJF coils meets power supply KZ,
The contact 143 of second dynamic banked relay 12DQJ contact switch connects the second starting relay of TDZ combinational circuits simultaneously
The contact 143 of 2DQJ contact switch；
The contact 142 of second dynamic banked relay 12DQJ contact switch connects the second starting relay of TDZ combinational circuits simultaneously
The contact 142 of 2DQJ contact switch；
3 feet of the first dynamic banked relay 11DQJ coils connect the first starting relay 1DQJ coils of TDZ combinational circuits simultaneously
3 feet；
The power supply KZ controls positive supply for direct current 24V, and power supply KF controls negative supply for direct current 24V；
When the dynamic banked relay 11DQJ of first starting relay 1DQJ and first are picked up, start electric point machine control circuit, electricity
The motor-driven work of turn rut realizes track switch conversion, when the dynamic banked relay 11DQJ of the first starting relay 1DQJ and first are fallen, represents
Track switch is converted in place；
The acclerating road switch control circuit further includes：Local control device 104 and Partial controll JK combinational circuits 101,
The local control device is located at outdoor, and Partial controll JK combinational circuits are located at interior；
The local control device 104 includes receiving Partial controll button JSA, track switch location control button DSD and track switch antiposition
Control button DSF；Local control device is used for：Outdoor realization indoor and outdoor control switching and manipulate track switch conversion,
Receive Partial controll button JSA for sending out receiving to interior or terminating the signal of Partial controll, track switch navigation button DSD is used for
The operation that track switch is converted for track switch to the operation of positioning conversion, track switch antiposition control button DSF from antiposition from positioning to antiposition；
The Partial controll JK combinational circuits 101 include driving Acquisition Circuit, JK combinational circuits I, JK combinational circuits II and JK groups
Close circuit III；
The Partial controll JK combinational circuits 101 are mainly by Partial controll button relay JAJ, Partial controll locking relay
JKSJ, Partial controll relay JKJ, the first button relay JQJ, the second button relay FQJ, track switch location control button after
Electric appliance DSDJ and track switch antiposition control button relay DSFJ is formed；
Partial controll button relay JAJ, Partial controll relay JKJ and Partial controll locking relay JKSJ are by microcomputer interlocking
Device drives, and with microcomputer interlocking equipment interface so as to form driving Acquisition Circuit；
Driving Acquisition Circuit is used for：
First, acquisition Partial controll button relay JAJ, Partial controll locking relay JKSJ, Partial controll relay JKJ, the
The working condition of one button relay JQJ and the second button relay FQJ；
Second is that driving Partial controll button relay JAJ, Partial controll locking relay JKSJ and Partial controll relay JKJ inhale
It rises, realizes in track switch Partial controll or track switch room and control；
The JK combinational circuits III include the first button relay JQJ, the second button relay FQJ, track switch navigation button relay
Device DSDJ and track switch antiposition control button relay DSFJ, JK combinational circuit III are used to switch on or off the first button relay
JQJ excitations and self stick circuit, the self stick circuit of the second button relay FQJ and track switch navigation button relay DSDJ and track switch
The field circuit of antiposition control button relay DSFJ；
The JK combinational circuits I include the 4th group of electric shock switch of Partial controll locking relay JKSJ, Partial controll relay JKJ
3rd group of electric shock switch, Partial controll button relay JAJ the 5th group of electric shock switch, the 2nd group of track switch navigation button relay DSDJ
Get an electric shock the 2nd group of electric shock switch of switch and track switch antiposition control button relay DSFJ, and JK combinational circuits I are used in track switch local controlled
In the case of system, the first starting relay 1DQJ field circuits for TDZ combinational circuits provide power supply KF；
The JK combinational circuits II include the 5th group of electric shock switch of Partial controll locking relay JKSJ, Partial controll relay JKJ
The 6th group of electric shock switch of 2nd group of electric shock switch and local control button relay JAJ,
JK combinational circuits II are used in the case of track switch Partial controll, are the first starting relay 1DQJ of TDZ combinational circuits
Field circuit provides power supply KZ；
The above connection relation for driving Acquisition Circuit, JK combinational circuits I, JK combinational circuits II and JK combinational circuits III is as follows：
Drive Acquisition Circuit：
4 feet of Partial controll button relay JAJ coils meet power supply KF, and 1 foot of Partial controll button relay JAJ coils passes through
Partial controll button JA meets power supply KZ, and Partial controll button relay JAJ contact switch one terminates Partial controll button relay
1 foot of JAJ coils, other end concatenation antiposition the second button relay FQJ contact switch are followed by power supply KZ；
The contact switch that 4 feet of Partial controll relay JKJ coils and 2 foot parallel connections are followed by the first button relay JQJ connects electricity again
Source KF, 3 feet of Partial controll relay JKJ coils connect power supply KZ, Partial controll by Partial controll relay JKJ contact switch
1 foot of relay JKJ coils concatenates the contact of normal indication relay DBJ in the second button relay FQJ and TDZ combinational circuit
Switch is followed by power supply KZ；
1 foot concatenation the first button relay JQJ's and Partial controll relay JKJ of Partial controll locking relay JKSJ coils
Contact switch is followed by power supply KZ, and 3 feet of Partial controll locking relay JKSJ coils connect Partial controll relay JKJ contact switch
With the common contact of the first button relay JQJ contact switch, 2 feet of Partial controll locking relay JKSJ coils connect turnout rail
The contact switch of relay DGJ is followed by power supply KF, 4 feet of Partial controll locking relay JKSJ coils connect Partial controll locking after
The contact switch of electric appliance JKSJ is followed by power supply KF；（Referring to attached drawing 4）
JK combinational circuits I：
Power supply KF connects the movable contact of the 3rd group of electric shock switch of Partial controll relay JKJ, the 3rd group of electric shock of Partial controll relay JKJ
The normally closed point of switch connects the movable contact of the 4th group of electric shock switch of Partial controll locking relay JKSJ, Partial controll locking relay
The normally closed point of the 4th group of electric shock switch of JKSJ connects the movable contact of the 5th group of electric shock switch of Partial controll button relay JAJ, local controlled
The opened point of the 5th group of electric shock switch of button relay JAJ processed connects the 2nd group of electric shock of ixed control relay DCJ of TDZ combinational circuits
The normally closed point of switch, the opened point of the 2nd group of electric shock switch of track switch antiposition control button relay DSFJ connect Partial controll relay
The opened point of the 3rd group of electric shock switch of JKJ, the movable contact of the 2nd group of electric shock switch of track switch antiposition control button relay DSFJ connect group
The antiposition for closing circuit manipulates the normally closed point of the 2nd group of electric shock switch of relay FCJ；（Referring to attached drawing 2）
JK combinational circuits II：
Power supply KZ connects the movable contact of the 5th group of electric shock switch of Partial controll locking relay JKSJ, Partial controll locking relay
The opened point of the 5th group of electric shock of JKSJ switch connects the movable contact of the 2nd group of electric shock switch of Partial controll relay JKJ, Partial controll after
The opened point of the 2nd group of electric shock switch of electric appliance JKJ connects the 2nd group of the dynamic of electric shock switch of TDZ combinational circuit turnout rail relays DGJ and touches
Point,
The normally closed point of the 5th group of electric shock switch of Partial controll locking relay JKSJ meets the 6th group of Partial controll button relay JAJ and touches
The movable contact of electric switch, the opened point of the 6th group of electric shock switch of Partial controll button relay JAJ connect the track switch of TDZ combinational circuits
The movable contact of the 2nd group of electric shock switch of track relay DGJ（Referring to attached drawing 2）；
JK combinational circuits III：
1 foot of the first button relay JQJ coils connects the 3rd group of contact switch of Partial controll button relay JAJ and is followed by power supply KZ,
2 feet of the first button relay JQJ coils connect the 2nd group of contact switch of the first button relay JQJ and are followed by power supply KF；First button
3 feet of relay JQJ coils receive Partial controll button after connecing the 2nd group of contact switch of Partial controll button relay JAJ
JSA, 4 feet of the first button relay JQJ coils concatenate the 5th group of contact switch of normal indication relay DBJ in TDZ combinational circuits
It is followed by power supply KF；
1 foot of the second button relay FQJ coils meets power supply KZ, and 4 feet of the second button relay FQJ coils connect Partial controll and press
The opened point of the 2nd group of contact switch of button relay JAJ；
4 feet of track switch navigation button relay DSDJ coils concatenate the 2nd group of contact switch and the part of the second button relay FQJ
The 2nd group of contact switch of control locking relay JKSJ is followed by power supply KF, and 1 foot of track switch navigation button relay DSDJ coils connects
The track switch navigation button DSD of track switch office control equipment；
4 feet of track switch antiposition control button relay DSFJ coils connect 4 feet of track switch navigation button relay DSDJ coils, track switch
1 foot of antiposition control button relay DSFJ coils meets the track switch antiposition button DSF of track switch office control equipment；（Referring to attached drawing 3）
Embodiment two
A kind of method of controlling operation thereof of acclerating road switch control circuit, includes the following steps：
S1：Outdoor personnel propose Partial controll request by intercom to indoor person on duty, and indoor person on duty sets in microcomputer interlocking
Standby console presses Partial controll button JA：Driving Acquisition Circuit driving Partial controll button relay excitation picks up at this time, and
Acquire the contact state of Partial controll locking relay JKSJ and local control button relay JAJ, the control of microcomputer interlocking equipment
Partial controll indication lamp JKD flashes white light on platform（Referring to attached drawing 4）；
S2：Partial controll button relay（JAJ）After picking up, the self stick circuit for leading to the first button relay JQJ disconnects, and first
Button relay JQJ is fallen, and track switch is still in indoor state of a control at this time；Circuit operation program is：
；
S3：Indoor person on duty notifies outdoor work personnel that can carry out Partial controll by intercom, and outdoor work personnel press
Receive Partial controll button JSA, the second button relay FQJ excitations pick up（Referring to attached drawing 3）, field circuit KZ-
FQJ1-4-JAJ22-21-JSA-RD-（JAJ）42-41-RD12-1-KF；
S4：After second button relay FQJ is picked up, driving Acquisition Circuit acquires the first button relay JQJ, the second button relay
Normal indication relay DBJ states in device FQJ and TDZ combinational circuit, and Partial controll relay JKJ is driven to pick up, continue to adopt
Collect Partial controll relay JKJ states, its holding is driven to pick up self-closing（Schematic diagram is as shown in Figure 4）；
S5：After Partial controll relay JKJ is picked up, driving Acquisition Circuit acquisition Partial controll relay JKJ states, and disconnection office
The self stick circuit of portion control locking relay JKSJ, Partial controll locking relay are fallen, and the first of cut-out TDZ combinational circuits opens
The field circuit of motor type relay 1DQJ, the bright stable white lights of Partial controll indication lamp JKD on microcomputer interlocking facilities control console, at this time table
Show that the track switch is changed to Partial controll；Indoor person on duty is lost to the track switch control；（Schematic diagram is as shown in Figure 4）,
The circuit operation program that outdoor work personnel press after receiving Partial controll button JSA is：
。
S6：During Partial controll, outdoor personnel are according to job requirements, by operating track switch location control button DSD or road
Antiposition control button DSF branch off to realize the conversion of track switch：
S61：Track switch positions the operation converted to antiposition：Press track switch antiposition control button DSF, track switch antiposition control button relay
Device DSFJ is picked up, and connects the field circuit of the first starting relay 1DQJ of TDZ combinational circuits, and electric point machine control circuit connects
Logical, track switch conversion is realized in electric point machine action；
Field circuit is：
KF-JKJ31-32-DSDJ22-21-DCJ23-21-2DQJ143-141-1DQJ4-3-DGJ22-21-JKJ22-21-JKSJ53-51-KZ（Such as figure
Shown in 1）；After relay 1DQJ excitations, turnout start circuit is connected, and track switch conversion is realized in electric point machine action；
S62：The operation that track switch antiposition is converted to positioning：Press track switch location control button DSD, track switch location control button relay
Device DSDJ is picked up, and connects the field circuit of the first starting relay 1DQJ of TDZ combinational circuits, and electric point machine control circuit connects
Logical, track switch conversion is realized in electric point machine action；
Field circuit is：
KF-JKJ31-32-DSFJ22-21-FCJ23-21-2DQJ142-141-1DQJ4-3-DGJ22-21-JKJ22-21-JKSJ53-51-KZ（Such as figure
Shown in 2）；After relay 1DQJ excitations,
S7：Terminate track switch Partial controll：
S71：Track switch first is restored to position by outdoor work personnel, then will receive Partial controll button JSA pull-outs, is disconnected second and is pressed
The field circuit of button relay FQJ, driving Acquisition Circuit acquisition relay the second button relay FQJ and Partial controll locking after
The state of electric appliance JKSJ and local button relay JAJ, Partial controll indication lamp JKD flashes white on microcomputer interlocking facilities control console
Light（Referring to Fig. 4）, represent that outdoor track switch Partial controll terminates；
The operation program of relay is after outdoor personnel JSA is pulled out：；
S72：Indoor person on duty pulls out Partial controll button JA, disconnects the field circuit of local button relay JAJ, such as Fig. 4
It is shown；The first button relay JQJ field circuits are connected later, as shown in Fig. 2,
Its field circuit is：KZ-RD21-2-RD41-2-JSA-JAJ21-23-JQJ3-4-DBJ52-51-KF；
After first button relay JQJ excitations pick up, driving Acquisition Circuit acquires the first button relay JQJ states, local controlled
Relay JKJ processed is fallen, as shown in Fig. 4 figures；Acquisition Circuit is driven to acquire the first button relay JQJ, Partial controll relay
After JKJ and turnout rail relay DGJ states, the JKSJ recoveries of driving Partial controll locking relay pick up state, reclose
The field circuit of first starting relay 1DQJ of TDZ combinational circuits, driving Acquisition Circuit acquire the second button relay FQJ and
The state of Partial controll locking relay JKSJ and local button relay JAJ, the part on microcomputer interlocking facilities control console
Control representation lamp JKD extinguishes, and represents indoor withdrawal track switch control；After indoor person on duty pulls out Partial controll button JA, relay
The operation program of device is： \* MERGEFORMAT 。
Note：
（One）The original state of each relay is as follows in Partial controll combination JK in text：
Partial controll button relay JAJ normalities are in full state, and Partial controll relay JKJ normalities are in full state,
Partial controll locking relay JKSJ normalities are in the state that picks up, driving Acquisition Circuit driving Partial controll locking relay JKSJ
Holding picks up, and the second button relay FQJ normalities are in full state, and the first button relay JQJ normalities are in and pick up state,
The first button relay JQJ self stick circuits are connected by relay circuit to keep picking up, track switch location control button relay DSDJ
Normality is in full state, and track switch antiposition control button relay DSFJ normalities are in full state；
Partial controll locking relay JKSJ normalities is pick up state, driving Acquisition Circuit acquisition turnout rail relay DGJ, the
One button relay JQJ, Partial controll relay JKJ and Partial controll locking relay JKSJ states drive local controlled lockmaking
It closes relay JKSJ to pick up, and keeps picking up self-closing；
Field circuit is：KZ-RD21-2-RD41-2-JSA-JAJ21-23-JQJ3-4-DBJ52-51- KF, picking up self stick circuit is：KZ-
JAJ31-33-JQJ1-2-JQJ22-21- KF, as shown in Figure 101 C.
（Two）Wen Zhong：
Shown in field circuit "" represent relay energized, "" represent that relay is fallen, "" represent that relay is promoted to inhale
It rises, fall,* MERGEFORMAT represent logical "and".
（Three）The attached drawing repeat circuit contact pattern symbol technique of paintingWithEquivalent, "" represent relay
Device positioning states are full state.WithBe it is equivalent, "" represent relay positioning states be inhale
The state of rising.
Number 1 in relay contact switch graphical symbol represents the 1st group of contact, this group of contact can be described as movable contact respectively
11, fixed contact is 12 and 13, and number 2 represents the 2nd group of contact, this group of contact can be described as movable contact 21, fixed contact 22 respectively
With 23； “JAJ31-33--JQJ22-21" field circuit is represented from the contact 31 to 33 of the 3rd group of electric shock of relay JAJ switch, then
To the contact 22 to 21 of the 2nd group of electric shock switch of relay JQJ；The rest may be inferred by analogy for it.
（Four）" track switch Partial controll " described in text refers to control track switch in outdoor.
In above-described embodiment, in order to simplify the example only enumerated one group of TDF and move combinational circuit（Control one group of track switch）；In reality
Need to can control the group number of track switch in the application of border as needed increases the group number that TDF moves combinational circuit.
Claims (2)
1. a kind of acclerating road switch control circuit, including microcomputer interlocking equipment（000）, electric point machine（105）And control is electronic
The TDZ combinational circuits of goat（100）Combinational circuit is moved with TDF（102）；
The microcomputer interlocking equipment is used to move combinational circuit input operation signal to TDZ combinational circuits and TDF, so as to by electronic
The conversion of track switch is realized in the action of railway switch control circuit steering electric point machine；
The TDZ combinational circuits and TDF move combinational circuit and manipulate electric point machine for starting the control circuit of electric point machine
The conversion of track switch is realized in action；
The TDZ combinational circuits include the first starting relay（1DQJ）, the second starting relay（2DQJ）, ixed control relay
Device（DCJ）, antiposition manipulate relay（FCJ）, turnout rail relay（DGJ）With permission operational relay（YCJ）, second starts
Relay（2DQJ）2 feet of coil pass through the first starting relay（1DQJ）2nd group of contact switch connection power supply KZ, second starts
Relay（2DQJ）3 feet of coil pass through the first starting relay（1DQJ）The 1st group of contact switch connection power supply KZ,
Second starting relay（2DQJ）4 feet of coil connect the second starting relay（2DQJ）The contact 143 of contact switch, second
Starting relay（2DQJ）1 foot of coil connects the second starting relay（2DQJ）The contact 142 of contact switch, second starts relay
Device（2DQJ）The movable contact 141 of contact switch connects the first starting relay（1DQJ）4 feet of coil, the second starting relay
（2DQJ）The contact 143 of contact switch connects ixed control relay（DCJ）2nd group of contact switch movable contact is followed by power supply KF, the
Two starting relays（2DQJ）The 142 reversed position of contact of contact switch manipulates relay（FCJ）After 2nd group of contact switch movable contact
Power supply KF is met,
First starting relay（1DQJ）The 3 feet concatenation turnout rail relay of coil（DGJ）With permission operational relay（YCJ）
The 2nd group of switch contact switch 22 be followed by power supply KZ；
The TDF moves combinational circuit and includes the first dynamic banked relay（11DQJ）, the second dynamic banked relay（12DQJ）, first
Dynamic combination repeater relay（11DQJF）And protective relay（BHJ）, the second dynamic banked relay（12DQJ）2 feet of coil lead to
Cross the first dynamic combination repeater relay（11DQJF）3rd group of contact switch connects power supply KZ, the second dynamic banked relay（12DQJ）
3 feet of coil pass through the first dynamic combination repeater relay（11DQJF）The 4th group of contact switch connection power supply KZ,
4 feet of the second dynamic banked relay coil connect the contact 143 of the second dynamic banked relay contact switch, the second dynamic combination after
1 foot of electric apparatus coil connects the contact 142 of the second dynamic banked relay contact switch, and the second dynamic banked relay contact switch moves
Contact 141 connects 4 feet of the first dynamic banked relay coil, and 1 foot of the first dynamic banked relay coil meets power supply KZ, first dynamic group
2 feet for closing relay coil pass through protective relay（BHJ）3rd group of contact switch connects the first dynamic combination repeater relay
（11DQJF）4 feet of coil, the first dynamic combination repeater relay（11DQJF）4 feet of coil pass through the first dynamic banked relay
3rd group of contact switch connection power supply KF, the first dynamic combination repeater relay（11DQJF）1 foot of coil meets power supply KZ,
Second dynamic banked relay（12DQJ）The contact 143 of contact switch connects the second starting relay of TDZ combinational circuits simultaneously
（2DQJ）The contact 143 of contact switch；
Second dynamic banked relay（12DQJ）The contact 142 of contact switch connects the second starting relay of TDZ combinational circuits simultaneously
（2DQJ）The contact 142 of contact switch；
First dynamic banked relay（11DQJ）3 feet of coil connect the first starting relay of TDZ combinational circuits simultaneously（1DQJ）Line
3 feet of circle；
The power supply KZ controls positive supply for direct current 24V, and power supply KF controls negative supply for direct current 24V；
First starting relay（1DQJ）With the first dynamic banked relay（11DQJ）When picking up, start electric point machine control electricity
Track switch conversion, the first starting relay are realized in road, electric point machine action（1DQJ）With the first dynamic banked relay（11DQJ）It falls
When lower, track switch conversion is represented in place；
It is characterized in that：
The acclerating road switch control circuit further includes：Local control device（104）With Partial controll JK combinational circuits（101）, it is described
Local control device is located at outdoor, and Partial controll JK combinational circuits are located at interior；
The local control device（104）Including receiving Partial controll button（JSA）, track switch location control button（DSD）And road
Trouble antiposition control button（DSF）；Local control device is used for：In the switching of outdoor realization indoor and outdoor control and manipulation track switch
Conversion, receive Partial controll button（JSA）For sending out receiving to interior or terminating the signal of Partial controll, track switch positioning control
Button processed（DSD）For track switch from antiposition to the operation of positioning conversion, track switch antiposition control button（DSF）For track switch from positioning
The operation converted to antiposition；
The Partial controll JK combinational circuits（101）Including driving Acquisition Circuit（101D）, JK combinational circuits I（101A）, JK groups
Close circuit II（101B）With JK combinational circuits III（101C）；
The Partial controll JK combinational circuits（101）Mainly by Partial controll button relay（JAJ）, Partial controll locking relay
Device（JKSJ）, Partial controll relay（JKJ）, the first button relay（JQJ）, the second button relay（FQJ）, track switch positioning
Control button relay（DSDJ）With track switch antiposition control button relay（DSFJ）It forms；
Partial controll button relay（JAJ）, Partial controll relay（JKJ）With Partial controll locking relay（JKSJ）By micro-
Machine interlock device drives, and with microcomputer interlocking equipment interface so as to form driving Acquisition Circuit；
Driving Acquisition Circuit is used for：
First, acquisition Partial controll button relay（JAJ）, Partial controll locking relay（JKSJ）, Partial controll relay
（JKJ）, the first button relay（JQJ）With the second button relay（FQJ）Working condition；
Second is that driving Partial controll button relay（JAJ）, Partial controll locking relay（JKSJ）With Partial controll relay
（JKJ）It picks up, realizes in track switch Partial controll or track switch room and control；
The JK combinational circuits III（101C）Including the first button relay（JQJ）, the second button relay（FQJ）, track switch it is fixed
Position control button relay（DSDJ）With track switch antiposition control button relay（DSFJ）, JK combinational circuits III are for connecting or cut
Disconnected first button relay（JQJ）Excitation and self stick circuit, the second button relay（FQJ）Self stick circuit and track switch positioning
Control button relay（DSDJ）With track switch antiposition control button relay（DSFJ）Field circuit；
The JK combinational circuits I（101A）Including Partial controll locking relay（JKSJ）4th group of electric shock switch, Partial controll after
Electric appliance（JKJ）3rd group of electric shock switch, Partial controll button relay（JAJ）5th group of electric shock switch, track switch location control button
Relay（DSDJ）2nd group of electric shock switch and track switch antiposition control button relay（DSFJ）2nd group of electric shock switch, JK combination electricity
Road I is used in the case of track switch Partial controll, is the first starting relay of TDZ combinational circuits（1DQJ）Field circuit provides
Power supply KF；
The JK combinational circuits II（101B）Including Partial controll locking relay（JKSJ）5th group of electric shock switch, Partial controll
Relay（JKJ）2nd group of electric shock switch and local control button relay（JAJ）6th group of electric shock switch,
JK combinational circuits II are used in the case of track switch Partial controll, are the first starting relay of TDZ combinational circuits
（1DQJ）Field circuit provides power supply KZ；
The driving Acquisition Circuit（101D）, JK combinational circuits I（101A）, JK combinational circuits II（101B）With JK combinational circuits III
（101C）Connection relation it is as follows：
Drive Acquisition Circuit：
Partial controll button relay（JAJ）4 feet of coil connect power supply KF, Partial controll button relay（JAJ）1 foot of coil
Pass through Partial controll button（JA）Connect power supply KZ, Partial controll button relay（JAJ）Contact switch one terminates Partial controll and presses
Button relay（JAJ）1 foot of coil, other end concatenation antiposition the second button relay（FQJ）Contact switch is followed by power supply KZ；
Partial controll relay（JKJ）4 feet of coil and 2 foot parallel connections are followed by the first button relay（JQJ）Contact switch again
Connect power supply KF, Partial controll relay（JKJ）3 feet of coil pass through Partial controll relay（JKJ）Contact switch meets power supply KZ,
Partial controll relay（JKJ）1 foot of coil concatenates the second button relay（FQJ）With normal indication in TDZ combinational circuits after
Electric appliance（DBJ）Contact switch be followed by power supply KZ；
Partial controll locking relay（JKSJ）1 foot of coil concatenates the first button relay（JQJ）With Partial controll relay
（JKJ）Contact switch be followed by power supply KZ, Partial controll locking relay（JKSJ）3 feet of coil connect Partial controll relay
（JKJ）Contact switch and the first button relay（JQJ）The common contact of contact switch, Partial controll locking relay（JKSJ）Line
2 feet of circle connect turnout rail relay（DGJ）Contact switch be followed by power supply KF, Partial controll locking relay（JKSJ）Coil
4 feet connect Partial controll locking relay（JKSJ）Contact switch be followed by power supply KF；
JK combinational circuits I：
Power supply KF connects Partial controll relay（JKJ）The movable contact of 3rd group of electric shock switch, Partial controll relay（JKJ）3rd group
The normally closed point switched that gets an electric shock connects Partial controll locking relay（JKSJ）The movable contact of 4th group of electric shock switch, Partial controll locking
Relay（JKSJ）The normally closed point of 4th group of electric shock switch connects Partial controll button relay（JAJ）5th group of the dynamic of electric shock switch touches
Point, Partial controll button relay（JAJ）The opened point of 5th group of electric shock switch connects the ixed control relay of TDZ combinational circuits
（DCJ）The normally closed point of 2nd group of electric shock switch, track switch antiposition control button relay（DSFJ）The opened point of 2nd group of electric shock switch
Connect Partial controll relay（JKJ）The opened point of 3rd group of electric shock switch, track switch antiposition control button relay（DSFJ）2nd group
The antiposition that the movable contact switched that gets an electric shock connects combinational circuit manipulates relay（FCJ）The normally closed point of 2nd group of electric shock switch；
JK combinational circuits II：
Power supply KZ connects Partial controll locking relay（JKSJ）The movable contact of 5th group of electric shock switch, Partial controll locking relay
（JKSJ）The opened point of 5th group of electric shock switch connects Partial controll relay（JKJ）The movable contact of 2nd group of electric shock switch, local controlled
Relay processed（JKJ）The opened point of 2nd group of electric shock switch connects TDZ combinational circuit turnout rail relays（DGJ）2nd group of electric shock is opened
The movable contact of pass,
Partial controll locking relay（JKSJ）The normally closed point of 5th group of electric shock switch connects Partial controll button relay（JAJ）6th
The movable contact of group electric shock switch, Partial controll button relay（JAJ）The opened point of 6th group of electric shock switch connects TDZ combinational circuits
Turnout rail relay（DGJ）The movable contact of 2nd group of electric shock switch；
JK combinational circuits III：
First button relay（JQJ）1 foot of coil connects Partial controll button relay（JAJ）3rd group of contact switch is followed by electricity
Source KZ, the first button relay（JQJ）2 feet of coil connect the first button relay（JQJ）2nd group of contact switch is followed by power supply
KF；First button relay（JQJ）3 feet of coil connect Partial controll button relay（JAJ）It is connect after 2nd group of contact switch
Button controlled locally（JSA）, the first button relay（JQJ）Normal indication relay in the 4 feet concatenation TDZ combinational circuits of coil
Device（DBJ）5th group of contact switch is followed by power supply KF；
Second button relay（FQJ）1 foot of coil connects power supply KZ, the second button relay（FQJ）4 feet of coil connect local controlled
Button relay processed（JAJ）The opened point of 2nd group of contact switch；
Track switch location control button relay（DSDJ）4 feet of coil concatenate the second button relay（FQJ）The 2nd group of contact open
It closes and Partial controll locking relay（JKSJ）The 2nd group of contact switch be followed by power supply KF, track switch location control button relay
（DSDJ）1 foot of coil connects the track switch location control button of track switch office control equipment（DSD）；
Track switch antiposition control button relay（DSFJ）4 feet of coil connect track switch location control button relay（DSDJ）Coil
4 feet, track switch antiposition control button relay（DSFJ）1 foot of coil connects the track switch antiposition control button of track switch office control equipment
（DSF）.
2. a kind of method of controlling operation thereof of acclerating road switch control circuit as described in claim 1, it is characterised in that：Including following steps
Suddenly：
S1：Outdoor personnel propose Partial controll request by intercom to indoor person on duty, and indoor person on duty sets in microcomputer interlocking
Standby console presses Partial controll button（JA）, by driving Acquisition Circuit that Partial controll button relay excitation is driven to pick up,
And acquire Partial controll locking relay（JKSJ）With local control button relay（JAJ）Contact state, microcomputer interlocking sets
Partial controll indication lamp on standby console（JKD）Flash white light；
S2：Partial controll button relay（JAJ）After picking up, lead to the first button relay（JQJ）Self stick circuit disconnect, the
One button relay（JQJ）It falls, track switch is still in indoor state of a control at this time；
S3：Indoor person on duty notifies outdoor work personnel that can carry out Partial controll by intercom, and outdoor work personnel press
Receive Partial controll button（JSA）Second button relay（FQJ）Excitation picks up；
S4：Second button relay（FQJ）After picking up, driving Acquisition Circuit acquires the first button relay（JQJ）, the second button
Relay（FQJ）With normal indication relay in TDZ combinational circuits（DBJ）State, and drive Partial controll relay（JKJ）It inhales
It rises, continues to acquire Partial controll relay（JKJ）State drives its holding to pick up self-closing；
S5：Partial controll relay（JKJ）After picking up, driving Acquisition Circuit acquisition Partial controll relay（JKJ）State, and break
Open Partial controll locking relay（JKSJ）Self stick circuit, Partial controll locking relay falls, cut-out TDZ combinational circuits it
First starting relay（1DQJ）Field circuit, Partial controll indication lamp on microcomputer interlocking facilities control console（JKD）Bright stabilization
White light represents that the track switch is changed to Partial controll at this time；Indoor person on duty is lost to the track switch control；
S6：During Partial controll, outdoor personnel are according to job requirements, by operating track switch location control button（DSD）Or track switch
Antiposition control button（DSF）To realize the conversion of track switch：
S61：Track switch positions the operation converted to antiposition：Press track switch antiposition control button（DSF）, track switch antiposition control button after
Electric appliance（DSFJ）It picks up, connects the first starting relay of TDZ combinational circuits（1DQJ）Field circuit, electric point machine control
Circuit is connected, and track switch conversion is realized in electric point machine action；
S62：The operation that track switch antiposition is converted to positioning：Press track switch location control button（DSD）, track switch location control button after
Electric appliance（DSDJ）It picks up, connects the first starting relay of TDZ combinational circuits（1DQJ）Field circuit, electric point machine control
Circuit is connected, and track switch conversion is realized in electric point machine action；
S7：Terminate track switch Partial controll：
S71：Track switch first is restored to position by outdoor work personnel, then will receive Partial controll button（JSA）It pulls out, disconnects second
Button relay（FQJ）Field circuit, driving Acquisition Circuit acquisition relay the second button relay（FQJ）And Partial controll
Locking relay（JKSJ）And local button relay（JAJ）State, local controlled tabulation on microcomputer interlocking facilities control console
Show lamp（JKD）Flash white light；Represent that outdoor track switch Partial controll terminates；
S72：Indoor person on duty is by Partial controll button（JA）It pulls out, disconnects local button relay（JAJ）Field circuit, it
After connect the first button relay（JQJ）Field circuit；First button relay（JQJ）After excitation picks up, Acquisition Circuit is driven
Acquire the first button relay（JQJ）State, Partial controll relay（JKJ）It falls, driving Acquisition Circuit acquires the first button
Relay（JQJ）, Partial controll relay（JKJ）With turnout rail relay（DGJ）After state, driving Partial controll locking after
Electric appliance（JKSJ）Recovery picks up state, recloses the first starting relay of TDZ combinational circuits（1DQJ）Field circuit, drive
Dynamic Acquisition Circuit acquires the second button relay（FQJ）With Partial controll locking relay（JKSJ）And local button relay
（JAJ）State, the Partial controll indication lamp on microcomputer interlocking facilities control console（JKD）Extinguish, represent indoor withdrawal track switch control
System power.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810112364.7A CN108182855B (en) | 2018-02-05 | 2018-02-05 | Speed-up turnout control circuit and control method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810112364.7A CN108182855B (en) | 2018-02-05 | 2018-02-05 | Speed-up turnout control circuit and control method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108182855A true CN108182855A (en) | 2018-06-19 |
| CN108182855B CN108182855B (en) | 2023-08-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201810112364.7A Active CN108182855B (en) | 2018-02-05 | 2018-02-05 | Speed-up turnout control circuit and control method thereof |
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| CN110435716A (en) * | 2019-08-20 | 2019-11-12 | 湖南磁浮交通发展股份有限公司 | A kind of changing points control circuit |
| CN112606869A (en) * | 2020-12-28 | 2021-04-06 | 北京和利时系统工程有限公司 | Point switch control device |
| CN113147829A (en) * | 2021-05-11 | 2021-07-23 | 钟志旺 | Multi-interlock shared turnout control device |
| CN114399942A (en) * | 2022-02-18 | 2022-04-26 | 浙江众合科技股份有限公司 | Three-phase five-wire system turnout board card simulation circuit capable of automatically switching and displaying |
| CN115257859A (en) * | 2022-08-24 | 2022-11-01 | 中铁第四勘察设计院集团有限公司 | Switch control circuit and device for remote control |
| WO2023272966A1 (en) * | 2021-06-28 | 2023-01-05 | 卡斯柯信号有限公司 | Turnout control method and apparatus for rail transit signal system |
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| CN110435716A (en) * | 2019-08-20 | 2019-11-12 | 湖南磁浮交通发展股份有限公司 | A kind of changing points control circuit |
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| CN113147829A (en) * | 2021-05-11 | 2021-07-23 | 钟志旺 | Multi-interlock shared turnout control device |
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