CN107472301B - A kind of the MA method of adjustment and device of the SPKS based on fully automatic operation system - Google Patents
A kind of the MA method of adjustment and device of the SPKS based on fully automatic operation system Download PDFInfo
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- CN107472301B CN107472301B CN201710618081.5A CN201710618081A CN107472301B CN 107472301 B CN107472301 B CN 107472301B CN 201710618081 A CN201710618081 A CN 201710618081A CN 107472301 B CN107472301 B CN 107472301B
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61L—GUIDING RAILWAY TRAFFIC; ENSURING THE SAFETY OF RAILWAY TRAFFIC
- B61L27/00—Central railway traffic control systems; Trackside control; Communication systems specially adapted therefor
- B61L27/20—Trackside control of safe travel of vehicle or vehicle train, e.g. braking curve calculation
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61L—GUIDING RAILWAY TRAFFIC; ENSURING THE SAFETY OF RAILWAY TRAFFIC
- B61L15/00—Indicators provided on the vehicle or vehicle train for signalling purposes ; On-board control or communication systems
- B61L15/0018—Communication with or on the vehicle or vehicle train
- B61L15/0036—Conductor-based, e.g. using CAN-Bus, train-line or optical fibres
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61L—GUIDING RAILWAY TRAFFIC; ENSURING THE SAFETY OF RAILWAY TRAFFIC
- B61L27/00—Central railway traffic control systems; Trackside control; Communication systems specially adapted therefor
- B61L27/20—Trackside control of safe travel of vehicle or vehicle train, e.g. braking curve calculation
- B61L2027/204—Trackside control of safe travel of vehicle or vehicle train, e.g. braking curve calculation using Communication-based Train Control [CBTC]
Abstract
Embodiment of the invention discloses the MA method of adjustment of SPKS based on fully automatic operation system a kind of and devices, in this method, zone controller receives SPKS after the first state information of protection position, determine the first physical zone of SPKS protection, and second physical zone adjacent with the first physical zone, and according to the positional relationship between target zone and the first physical zone where train and the arbitrary decision of the second physics, judge whether to need to adjust MA, and carries out the adjustment of MA to the train for needing to adjust MA.Pass through this method, when train breaks down, or when needing to repair route, only need to control the state of SPKS switch, the MA of corresponding train can be adjusted in time, so that full-automatic driving train under the manipulation for not needing staff, can also adjust MA in time, it eliminates since train can not change the state of operation, to front truck and the personnel's bring security risk repaired into section.
Description
Technical field
The present invention relates to driverless trains to run control technology field, more particularly, to a kind of based on fully automatic operation system
The MA method of adjustment and device of SPKS.
Background technique
In traditional CBTC system (train automatic controlling system based on communication) railroad section, rear car can be with to front truck
It is tracked, rear car and front truck can be run in same section.When front truck is when catastrophe failure occurs for section, by driver and Che
The dispatcher that stands cooperation, makes train in a manner of temporary speed limitation or minimum speed etc., runs to next station, to carry out proteges of the powerful who stay with their benefactions like parasites's maintenance
Deng operation.Although rear car can track front truck, the MA (mobile authorization) of rear car is placed on always at the front truck tailstock, due to tradition
CBTC in there are artificial operation and confirmations, therefore traditional CBTC system can guarantee the safety of train operation.
However, due to not having driver on train, making station control personnel can also subtract under the CBTC system of full-automatic driving
Few, when in section catastrophe failure occurs for front truck, train only understands emergency braking, and can not alleviate braking, can not be from fault section
It sails out of, at this moment needs to get on the bus to section the inside under driver and carry out manual control train.If rear car still shines CBTC system at this time
Operation rule front truck is tracked, it is possible to danger is caused to the driver of intervention, is also unfavorable for driver for failure train
Previous station is opened go back to, the passenger with season rear car waits the too long time in dark section, causes the fear of more passengers.
Certainly, if the information for the front truck failure that the interlock system that rear car has received ground AT STATION is sent, station can also be to rear cars
Detaining car is carried out, so that rear car can not drive into the section to failure train.But if rear car has sailed out of station, station pair
The rear car just loses control, and rear car enters section or maintenance personal and emergency driver is caused to cannot be introduced into section or make
The security risk of pairs of maintenance personal and emergency driver.
During realizing the embodiment of the present invention, inventor is had found in the CBTC system of existing full-automatic driving, after
The MA of vehicle is placed on always in the tailstock of front truck.When front truck failure, rear car can not change the state of operation, and rear car continues to move ahead
Security risk is brought for front truck and the personnel repaired into section.
Summary of the invention
The technical problem to be solved by the present invention is to how solve in the CBTC system of full-automatic driving, when front truck failure
When, rear car can not change the state of operation, and the continuing to move ahead of rear car brings peace for front truck and the personnel repaired into section
The problem of full hidden danger.
Against the above technical problems, the embodiment provides the MA of SPKS based on fully automatic operation system a kind of
Method of adjustment, comprising:
Zone controller receives the first state information that SPKS is located at protection position, obtains the score where the SPKS
Road is corresponding, and This train is bound for XXX, on the corresponding circuit types of route and the target line of zone controller control
Target zone where train;
This train is bound for XXX and the circuit types determines the first physical zone of SPKS protection according to described, and
Second physical zone adjacent with first physical zone, and according to the target zone relative to first physical zone
Judge whether to adjust the MA of the train with the positional relationship of second physical zone.
It is optionally, described that This train is bound for XXX according to and the circuit types determines the first object that the SPKS is protected
Section, and second physical zone adjacent with first physical zone are managed, and according to the target zone relative to described
The positional relationship of first physical zone and second physical zone judges whether to adjust the MA of the train, comprising:
If the circuit types is main track, and This train is bound for XXX judges that the SPKS for outbound SPKS, is obtained according to described
Take the first platform belonging to the SPKS, and in This train is bound for XXX second platform adjacent with first platform;
Determine first interval main track of first physical zone between first platform and second platform, institute
Stating the second physical zone is first platform;
If the target zone is fully located at the first area before the platform starting point of first platform, by the MA
Terminal be adjusted to the platform starting point of first platform, and send MA adjusted to the train;
If the target zone part is located at first platform and part is located at the first area, or is fully located at
Within first platform, the terminal of the MA is adjusted to the platform terminal of first platform, Xiang Suoshu train, which is sent, to be adjusted
MA after whole;
If the target zone is fully located at or part is located at the secondth area after the platform terminal of first platform
Domain does not adjust the MA of the train then;
Wherein, train is along This train is bound for XXX the traveling, successively by the first area, first platform
Platform starting point, first platform, first platform platform terminal, second area;The second area includes described
One section main track and second platform.
It is optionally, described that This train is bound for XXX according to and the circuit types determines the first object that the SPKS is protected
Section, and second physical zone adjacent with first physical zone are managed, and according to the target zone relative to described
The positional relationship of first physical zone and second physical zone judges whether to adjust the MA of the train, comprising:
If the circuit types is main track, and This train is bound for XXX judges that the SPKS for the SPKS that enters the station, is obtained according to described
Take third platform belonging to the SPKS, and on This train is bound for XXX the opposite direction, with the third platform
The 4th adjacent platform;
Determine first physical zone between the third platform and the third platform and the 4th platform
Second interval main track, second physical zone be the 4th platform;
If the target zone is fully located at or part is located at first physical zone, sent to the train tight
The first information suddenly braked;
If the target zone is fully located at the third region before the platform starting point of the 4th platform, by the MA
Terminal be adjusted to the platform starting point of the 4th platform, Xiang Suoshu train sends MA adjusted;
If the target zone part is located at the 4th platform and part is located at the third region, or is fully located at
Within 4th platform, then the terminal of the MA is adjusted to the platform terminal of the 4th platform, Xiang Suoshu train is sent
MA adjusted;
If the target zone is fully located at the fourth region after the platform terminal of the third platform, institute is not adjusted
State the MA of train;
Wherein, train is along This train is bound for XXX the traveling, successively by the third region, the 4th platform
Platform starting point, the 4th platform, the platform terminal of the 4th platform, the second interval main track, the third platform, institute
State the platform terminal of third platform;The fourth region.
It is optionally, described that This train is bound for XXX according to and the circuit types determines the first object that the SPKS is protected
Section, and second physical zone adjacent with first physical zone are managed, and according to the target zone relative to described
The positional relationship of first physical zone and second physical zone judges whether to adjust the MA of the train, comprising:
If the circuit types is parking lot route, This train is bound for XXX obtains the first of SPKS protection according to described
The beginning position of physical zone;Second physical zone be the beginning position before the 5th region and first physics
The 6th region after section;
If the target zone is fully located at the 5th region, the terminal of the MA is adjusted to the beginning position
It sets, and sends MA adjusted to the train;
If the target zone is fully located at or part is located at first physical zone, sent to the train tight
The second information suddenly braked;
If the target zone is fully located at the 6th region, the MA of the train is not adjusted;
Wherein, train along it is described This train is bound for XXX traveling, successively by the 5th region, the beginning position,
First physical zone, the 6th region.
It is optionally, described that This train is bound for XXX according to and the circuit types determines the first object that the SPKS is protected
Section, and second physical zone adjacent with first physical zone are managed, and according to the target zone relative to described
The positional relationship of first physical zone and second physical zone judges whether to adjust after the MA of the train, further includes:
The zone controller receives the second status information that SPKS is located at non-protective position, sends out to the train for having adjusted MA
The third message for sending the MA before restoring to adjust sends the 4th of revocation emergency braking the to the train for the information for having sent emergency braking
Message.
Optionally, the zone controller receives SPKS and is located at before the first state information of protection position, further includes: connection
Lock system detects that the SPKS is located at protection position, and Xiang Suoshu zone controller sends the first state information, and controls institute
Stating the corresponding indicator light of SPKS is the first indication signal for being located at protection position corresponding to the SPKS;
With,
The zone controller receives SPKS and is located at before the second status information of non-protective position, further includes: described
Lock system detects that the SPKS is located at non-protective position, and Xiang Suoshu zone controller sends second status information, and controls
The corresponding indicator light of the SPKS is the second indication signal for being located at non-protective position corresponding to the SPKS.
Optionally, further includes: the interlock system sends the first state information or second status information
To ATS, the ATS marks the SPKS according to the first state information or second status information on the electronic map
The state of first physical zone of protection.
Second aspect, the embodiments of the present invention also provide a kind of MA of SPKS based on fully automatic operation system adjustment to fill
It sets, comprising:
Module is obtained, the first state information for being located at protection position for receiving SPKS obtains the mesh where the SPKS
The corresponding corresponding circuit types of route that This train is bound for XXX, the zone controller controls in graticule road and the target line
On train where target zone;
Judgment module, for This train is bound for XXX according to and the circuit types determines the first of the SPKS protection
Physical zone, and second physical zone adjacent with first physical zone, and according to the target zone relative to institute
The positional relationship for stating the first physical zone and second physical zone judges whether to adjust the MA of the train.
Optionally, the judgment module is also used to:
If the circuit types is main track, and This train is bound for XXX judges that the SPKS for outbound SPKS, is obtained according to described
Take the first platform belonging to the SPKS, and in This train is bound for XXX second platform adjacent with first platform;
Determine first interval main track of first physical zone between first platform and second platform, institute
Stating the second physical zone is first platform;
If the target zone is fully located at the first area before the platform starting point of first platform, by the MA
Terminal be adjusted to the platform starting point of first platform, and send MA adjusted to the train;
If the target zone part is located at first platform and part is located at the first area, or is fully located at
Within first platform, the terminal of the MA is adjusted to the platform terminal of first platform, Xiang Suoshu train, which is sent, to be adjusted
MA after whole;
If the target zone is fully located at or part is located at the secondth area after the platform terminal of first platform
Domain does not adjust the MA of the train then;
Wherein, train is along This train is bound for XXX the traveling, successively by the first area, first platform
Platform starting point, first platform, first platform platform terminal, second area;The second area includes described
One section main track and second platform.
Optionally, the judgment module is also used to: if the circuit types is main track, and This train is bound for XXX according to described
Judge the SPKS for the SPKS that enters the station, obtain third platform belonging to the SPKS, and with This train is bound for XXX the phase
On anti-direction, fourth platform adjacent with the third platform;
Determine first physical zone between the third platform and the third platform and the 4th platform
Second interval main track, second physical zone be the 4th platform;
If the target zone is fully located at or part is located at first physical zone, sent to the train tight
The first information suddenly braked;
If the target zone is fully located at the third region before the platform starting point of the 4th platform, by the MA
Terminal be adjusted to the platform starting point of the 4th platform, Xiang Suoshu train sends MA adjusted;
If the target zone part is located at the 4th platform and part is located at the third region, or is fully located at
Within 4th platform, then the terminal of the MA is adjusted to the platform terminal of the 4th platform, Xiang Suoshu train is sent
MA adjusted;
If the target zone is fully located at the fourth region after the platform terminal of the third platform, institute is not adjusted
State the MA of train;
Wherein, train is along This train is bound for XXX the traveling, successively by the third region, the 4th platform
Platform starting point, the 4th platform, the platform terminal of the 4th platform, the second interval main track, the third platform, institute
State the platform terminal of third platform;The fourth region.
Optionally, the judgment module is also used to:
If the circuit types is parking lot route, This train is bound for XXX obtains the first of SPKS protection according to described
The beginning position of physical zone;Second physical zone be the beginning position before the 5th region and first physics
The 6th region after section;
If the target zone is fully located at the 5th region, the terminal of the MA is adjusted to the beginning position
It sets, and sends MA adjusted to the train;
If the target zone is fully located at or part is located at first physical zone, sent to the train tight
The second information suddenly braked;
If the target zone is fully located at the 6th region, the MA of the train is not adjusted;
Wherein, train along it is described This train is bound for XXX traveling, successively by the 5th region, the beginning position,
First physical zone, the 6th region.
It optionally, further include sending module;
The zone controller receives the second status information that SPKS is located at non-protective position, sends out to the train for having adjusted MA
The third message for sending the MA before restoring to adjust sends the 4th of revocation emergency braking the to the train for the information for having sent emergency braking
Message
It optionally, further include control module, the control module detects that the SPKS is located at protection for interlock system
Position, Xiang Suoshu zone controller sends the first state information, and controls the corresponding indicator light of the SPKS as corresponding to institute
State the first indication signal that SPKS is located at protection position;
With,
The interlock system detects that the SPKS is located at non-protective position, and Xiang Suoshu zone controller sends second shape
State information, and controlling the corresponding indicator light of the SPKS is the second indication signal for being located at non-protective position corresponding to the SPKS.
Optionally, the control module is also used to the interlock system for the first state information or second shape
State information is sent to ATS, and the ATS is marked on the electronic map according to the first state information or second status information
Infuse the state of first physical zone of the SPKS protection.
The third aspect, the embodiments of the present invention also provide a kind of electronic equipment, comprising:
At least one processor, at least one processor, communication interface and bus;Wherein,
The processor, memory, communication interface complete mutual communication by the bus;
The communication interface is for the letter between the communication equipment of the VOBC and interlock system of the electronic equipment and train
Breath transmission;
The memory is stored with the program instruction that can be executed by the processor, and the processor calls described program to refer to
Order is able to carry out the process described above.
Fourth aspect, it is described non-temporary the embodiments of the present invention also provide a kind of non-transient computer readable storage medium
State computer-readable recording medium storage computer instruction, the computer instruction make the computer execute above-described side
Method.
The embodiment provides the MA method of adjustment of SPKS based on fully automatic operation system a kind of and devices, should
In method, zone controller receives SPKS after the first state information of protection position, determines the first physics of SPKS protection
Section, and second physical zone adjacent with the first physical zone, and according to the target zone and the first physics where train
Positional relationship between section and the arbitrary decision of the second physics judges whether to need to adjust MA, and carries out to the train for needing to adjust MA
The adjustment of MA.When breaking down in this way, working as train, or needing to repair route, it is only necessary to control SPKS and open
The state of pass can adjust the MA of corresponding train in time, so that full-automatic driving train is in the manipulation for not needing staff
Under, MA can be also adjusted in time, eliminated since train can not change the state of operation, repaired to front truck and into section
Personnel's bring security risk.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is this hair
Bright some embodiments for those of ordinary skill in the art without creative efforts, can be with root
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is the process of the MA method of adjustment of the SPKS provided by one embodiment of the present invention based on fully automatic operation system
Schematic diagram;
Fig. 2 is the signal of the first physical zone of outbound SPKS protection in the main track of another embodiment of the present invention offer
Figure;
Fig. 3 is whether to adjust train when outbound SPKS is in protection position in the main track of another embodiment of the present invention offer
The flow diagram of MA;
Fig. 4 is that the outbound SPKS that another embodiment of the present invention provides is protected in the case of position, and train is fully located at first stop
To the schematic diagram of MA adjustment when before the platform starting point of platform;
In the case of Fig. 5 is the outbound SPKS protection position that another embodiment of the present invention provides, train is located at part and is located at the
One platform and part are located at the schematic diagram adjusted when first area to MA;
Fig. 6 be another embodiment of the present invention provide main track in enter the station SPKS be in protection position when whether adjust train
The flow diagram of MA;
Fig. 7 be another embodiment of the present invention provide main track in enter the station SPKS protection the first physical zone signal
Figure;
Fig. 8 is that the SPKS that enters the station that another embodiment of the present invention provides is protected in the case of position, and train is fully located at or portion
Quartile sends the schematic diagram of the message of emergency braking to train when the first physical zone;
Fig. 9 is that the SPKS that enters the station that another embodiment of the present invention provides is protected in the case of position, and train is located at complete 4th station
To the schematic diagram of MA adjustment when before the platform starting point of platform;
Figure 10 is that the SPKS that enters the station that another embodiment of the present invention provides is protected in the case of position, and train part is located at the 4th station
Platform and part are located at the schematic diagram adjusted when third region to MA;
Figure 11 is that the SPKS that enters the station that another embodiment of the present invention provides is protected in the case of position, and train is fully located at third station
To the schematic diagram of MA adjustment when after the platform terminal of platform;
Figure 12 is whether to adjust column when SPKS is in protection position in the parking lot route of another embodiment of the present invention offer
The flow diagram of the MA of vehicle;
Figure 13 is the complete position of train in the case of the SPKS protection position for the parking lot route that another embodiment of the present invention provides
To the schematic diagram of MA adjustment when before the first physical zone beginning;
Figure 14 is the complete position of train in the case of the SPKS protection position for the parking lot route that another embodiment of the present invention provides
In or part be located at the first physical zone when to MA adjustment schematic diagram;
Figure 15 is the complete position of train in the case of the SPKS protection position for the parking lot route that another embodiment of the present invention provides
To the schematic diagram of MA adjustment when after the first physical zone;
Figure 16 is the MA adjustment device for the SPKS based on fully automatic operation system that another embodiment of the present invention provides
Structural block diagram;
Figure 17 is the structural schematic diagram for the electronic equipment that another embodiment of the present invention provides.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is
A part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art
Every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.
Fig. 1 is the flow diagram of the MA method of adjustment of the SPKS provided in this embodiment based on fully automatic operation system.
Referring to Fig. 1, this method comprises:
101: zone controller receives the first state information that SPKS is located at protection position, obtains the mesh where the SPKS
The corresponding corresponding circuit types of route that This train is bound for XXX, the zone controller controls in graticule road and the target line
On train where target zone;
102: This train is bound for XXX and the circuit types determines the first physical zone of SPKS protection according to described,
And second physical zone adjacent with first physical zone, and according to the target zone relative to first physics
The positional relationship of section and second physical zone judges whether to adjust the MA of the train.
It should be noted that this method is suitable for the control to the MA of full-automatic train, usually by zone controller (ZC)
It executes.After zone controller determines the MA of train according to method provided in this embodiment, by the MA or control train after change
The message of emergency braking is sent to the VOBC (Vehicle Controller) of the train, after VOBC receives the change of zone controller transmission
MA or control the message of train emergency braking, adjust the operation of train in time according to the MA after change, or control in time
Train carries out emergency braking.
SPKS (personnel protection switch) is generally arranged at the two sides (SPKS that enters the station switch and outbound SPKS switch) of platform, or
On the other routes of person (for example, on the corresponding route in parking lot).For example, on the main track of full-automatic train operation, AT STATION comprehensive
It controls and is provided with SPKS switch on the IBP disk of room, each platform is respectively set two, an outbound SPKS, the SPKS that enters the station.When
When staff needs to repair work into certain section of track, staff is to the corresponding SPKS switch insertion key of this section of track
Spoon simultaneously rotates a certain angle after (even if the SPKS be in protection position), can block the respective rail region of SPKS protection.When
After staff fulfils assignment, key should be resetted and be taken out (even if the SPKS is in non-protective position), to release section block.
It will be appreciated that interlock system (CI) detect SPKS switch after as protection position, generated the SPKS be located at it is anti-
It protects the corresponding code bit information in position and (for example, it is " 1 " that SPKS switch, which is located at the corresponding code bit information in protection position, it is right to be located at non-protective position
The code bit information answered is " 0 ").It will be appreciated that first state information includes the mark of the code bit information and SPKS switch
Information.After zone controller receives first state information, according to the identification information that the SPKS is switched, pass through electronic map query
Target line where the SPKS, obtain in the target line that This train is bound for XXX and the target line on each train
The target zone at place.Wherein, the corresponding circuit types of route of zone controller control is the attribute information of zone controller,
For example, zone controller is used to control the train on main track route, then the corresponding route class of route that the zone controller controls
Type is main track.
In different circuit types, the division methods for the first physical zone that SPKS is protected are different.For example, on main track
SPKS switch protection the first physical zone division as shown in Fig. 2, This train is bound for XXX on the route from left to right, then
201 on first platform be outbound SPKS, and 202 for the SPKS that enters the station, (SPKS switch be that outbound SPKS still enters the station SPKS and the line
It is related that This train is bound for XXX for road).It (is filled out with black as shown in Fig. 2, the outbound SPKS201 on the first platform is in protection position
The point filled indicates protection position), then the first physical zone of outbound SPKS201 protection is section shown in 203 in Fig. 2 (in Fig. 2
Section shown in group black line).Second physical zone is the physical zone adjacent with the first physical zone, for example, second in Fig. 2
Physical zone is the section where the first platform or the second platform.It will be appreciated that the first physical zone, the second physical zone
Division methods can according to the actual situation depending on, as long as can be by the division of the first physical zone, the second physical zone to place
It is reasonably adjusted in the MA of the train in the target line, can guarantee to realize by the way that SPKS switch is placed in protection position
Block to the first physical zone, the present embodiment to this with no restriction.
Target zone refers to route shared by the tailstock of the headstock of train to train.In the present embodiment, for the SPKS
The target line at place (may be in practice, to the column being on the part of path of zone controller control in target line
Vehicle is made whether the judgement of adjustment MA) on the corresponding target zone of each train and the first physical zone, the second physical zone
Relative position judges whether to be adjusted the MA of train.
The embodiment provides the MA method of adjustment of SPKS based on fully automatic operation system a kind of, this method
In, zone controller receives SPKS after the first state information of protection position, determine the first physical zone of SPKS protection,
And second physical zone adjacent with the first physical zone, and according to where train target zone and the first physical zone and
Positional relationship between the arbitrary decision of second physics judges whether to need to adjust MA, and carries out the tune of MA to the train for needing to adjust MA
It is whole.When breaking down in this way, working as train, or needing to repair route, it is only necessary to control the shape of SPKS switch
State can adjust the MA of corresponding train in time, so that full-automatic driving train also can under the manipulation for not needing staff
Adjustment MA in time, eliminates since train can not change the state of operation, the personnel repaired to front truck and into section with
The security risk come.
Further, on the basis of the above embodiments, as shown in figure 3, it is described This train is bound for XXX according to and
The circuit types determines the first physical zone of the SPKS protection, and second object adjacent with first physical zone
Section is managed, and the positional relationship according to the target zone relative to first physical zone and second physical zone is sentenced
The disconnected MA for whether adjusting the train, comprising:
301: if the circuit types is main track, and This train is bound for XXX judges the SPKS to be outbound according to described
SPKS, obtains the first platform belonging to the SPKS, and This train is bound for XXX adjacent with first platform described
Two platforms;
302: determining first interval of first physical zone between first platform and second platform just
Line, second physical zone are first platform;
303: if the target zone is fully located at the first area before the platform starting point of first platform, executing
304;304: the terminal of the MA being adjusted to the platform starting point of first platform, and adjusted to train transmission
MA;
305: if the target zone part is located at first platform and part is located at the first area, or completely
Within first platform, then 306 are executed;306: the platform that the terminal of the MA is adjusted to first platform is whole
Point, Xiang Suoshu train send MA adjusted;
307: if the target zone be fully located at or part be located at after the platform terminal of first platform the
Two regions, then execute 308;308: not adjusting the MA of the train;
Wherein, train is along This train is bound for XXX the traveling, successively by the first area, first platform
Platform starting point, first platform, first platform platform terminal, second area;The second area includes described
One section main track and second platform.
For example, as shown in Fig. 2, the first physical zone is then determined as shown in 203 by outbound SPKS201 in protection position
Section (first interval main track), the second physical zone are the first platform, i.e. A point (the platform starting point of the first platform) and B point in Fig. 2
Section between (the platform terminal of the first platform).
First area before target zone is fully located at A point (is in the camber line in Fig. 2 where A point i.e. in target line
Including region in route), then the emphasis of MA is adjusted to A point.Fig. 4 shows target zone and is fully located at first area
When, the range of MA adjusted, as shown in figure 4, the outbound SPKS201 of the first platform 401 is in protection position, the protected
One physical zone is route shown in 203 in Fig. 4, when the target zone where train is fully located at the platform of the first platform 401
Before starting point A, then the terminal of its MA adjusted is A point.
Fig. 5 show target zone part be located at first platform and part be located at the first area when, after adjustment
MA range, as shown in figure 5, the outbound SPKS201 of the first platform 401 be in protection position, the first physical areas protected
Section is route shown in 203 in Fig. 4, when the target zone part where train is located at the first platform 401 and part positioned at first
Region (first area) before the platform starting point A of platform 401, then the terminal of its MA adjusted is B point.It will be appreciated that
Train can not stop to mark after entering the first platform at this time, then corresponding platform operation personnel is needed to handle boarding operation.
As shown in Fig. 2, section after target zone is fully located at or part is located at B point, then not to the MA of train
It adjusts.
The MA method of adjustment of SPKS provided in this embodiment based on fully automatic operation system, on the platform of main track
The adjustment of MA when outbound SPKS is in protection position is limited, and can guarantee the platform where outbound SPKS by this method
It no longer dispatches a car to the first physical zone that outbound SPKS is protected, ensure that the safety of the first physical zone.
Further, on the basis of the above embodiments, as shown in fig. 6, it is described This train is bound for XXX according to and
The circuit types determines the first physical zone of the SPKS protection, and second object adjacent with first physical zone
Section is managed, and the positional relationship according to the target zone relative to first physical zone and second physical zone is sentenced
The disconnected MA for whether adjusting the train, comprising:
601: if the circuit types is main track, and This train is bound for XXX judges the SPKS to enter the station according to described
SPKS, obtains third platform belonging to the SPKS, and on This train is bound for XXX the opposite direction, with described
The 4th adjacent platform of three platforms;
602: determining that first physical zone is the third platform and the third platform and the 4th platform
Between second interval main track, second physical zone be the 4th platform;
603: if the target zone is fully located at or part is located at first physical zone, executing 604;604:
The first information of emergency braking is sent to the train;It will be appreciated that the reason of including emergency braking in the first message.
605: if the target zone is fully located at the third region before the platform starting point of the 4th platform, executing
606;606: the terminal of the MA being adjusted to the platform starting point of the 4th platform, Xiang Suoshu train sends MA adjusted;
607: if the target zone part is located at the 4th platform and part is located at the third region, or completely
Within the 4th platform, then 608 are executed;608: the platform that the terminal of the MA is adjusted to the 4th platform is whole
Point, Xiang Suoshu train send MA adjusted;
609: if the target zone is fully located at the fourth region after the platform terminal of the third platform, executing
610;610: not adjusting the MA of the train;
Wherein, train is along This train is bound for XXX the traveling, successively by the third region, the 4th platform
Platform starting point, the 4th platform, the platform terminal of the 4th platform, the second interval main track, the third platform, institute
State the platform terminal of third platform;The fourth region.
For example, as shown in fig. 7, the SPKS701 that enters the station on third platform then determines the first physical zone in protection position
For section shown in 702 (second interval main track and third platform, section shown in black thick line in Fig. 7), the second physical zone is
4th platform.
If target zone is fully located at or part is located at section (the first physical areas between the D point and E point in Fig. 7
Section), then the first message of emergency braking is sent to the VOBC of train, wherein first message includes the instruction of emergency braking and tight
The reason of anxious braking.As shown in figure 8, third platform 801 enter the station SPKS be in protection position, to be fully located at or part be located at
Train sends the first message of emergency braking in first physical zone 702.
If target zone is fully located at the region (third region) in Fig. 7 before C point, the terminal of MA is adjusted to C point
(the platform starting point of the 4th platform).As shown in figure 9, the SPKS that enters the station of third platform 801 is in protection position, to being fully located at the 4th
Train before the platform starting point C of platform 901.The terminal of MA is adjusted to C point.
If target zone part is located at the 4th platform and part is located at the third region, or is fully located at described
4th platform (section in Fig. 7 between C point and D point), then be adjusted to D point for the terminal of MA.As shown in Figure 10, third platform
801 SPKS that enters the station is in protection position, is located at the 4th platform 901 to part and part is located at the train in third region.By MA's
Terminal is adjusted to D point.
If target zone is fully located at the fourth region after E point (the platform terminal of third platform), do not adjust described
The MA of train.As shown in figure 11, the SPKS that enters the station of third platform 801 is in protection position, to the region being fully located at after E point
Adjustment of the train without MA, for example, the original MA of the train be along This train is bound for XXX on, next platform of third platform
Platform starting point, then the MA is not modified.
The MA method of adjustment of SPKS provided in this embodiment based on fully automatic operation system, on the platform of main track
The adjustment of MA when the SPKS that enters the station is in protection position is limited, and can be guaranteed by this method anti-along This train is bound for XXX
Direction, the platform adjacent with the platform where the SPKS that enters the station no longer are dispatched a car to the first physical zone that SPKS is protected that enters the station, are guaranteed
The safety of first physical zone.
Further, as shown in figure 12, described according to the train driving side on the basis of above-mentioned each embodiment
The first physical zone that the SPKS is protected is determined to the circuit types, and adjacent with first physical zone the
Two physical zones, and closed according to the target zone relative to the position of first physical zone and second physical zone
System judges whether to adjust the MA of the train, comprising:
1201: if the circuit types is parking lot route, This train is bound for XXX obtains the SPKS and protect according to described
The first physical zone beginning position;Second physical zone be the beginning position before the 5th region and described the
The 6th region after one physical zone;
1202: if the target zone is fully located at the 5th region, thening follow the steps 1203,1203: by the MA
Terminal be adjusted to the beginning position, and send MA adjusted to the train;
1204: if the target zone is fully located at or part is located at first physical zone, thening follow the steps
Second information of 1205,1205: Xiang Suoshu train transmission emergency braking;It will be appreciated that including urgent in the second message
The reason of braking.
1206: if the target zone is fully located at the 6th region, thening follow the steps 1207,1207: not adjusting institute
State the MA of train;
Wherein, train along it is described This train is bound for XXX traveling, successively by the 5th region, the beginning position,
First physical zone, the 6th region.
Figure 13, Figure 14 and Figure 15 respectively illustrate three kinds of situations on the route of parking lot, wherein SPKS1301 is in protection
Position, the first physical zone of SPKS1301 protection are section shown in 1302.According to This train is bound for XXX, the first of SPKS1301
The beginning position of physical zone 1302 is F point, and the region before F point is the 5th region, the end G point of the first physical zone 1302
Region later is the 6th region.As shown in figure 13, train is fully located at the region (the 5th region) before F, then by the train
The terminal of MA be adjusted to F point.As shown in figure 14, train is fully located at or section (the of the part between F point and G point
One physical zone), then the second message of emergency braking is sent to the train.As shown in figure 15, if train is fully located at after G point
Section (the 6th region), then do not adjust the MA of the train.
The MA method of adjustment of SPKS provided in this embodiment based on fully automatic operation system, on the route of parking lot
The adjustment of MA when SPKS is in protection position is limited, and the first object of SPKS protection can be guaranteed at by this method
The train emergency braking in region is managed, and there is no trains to drive into first physical areas from the beginning position of the first physical region
Domain, to ensure that the safety of the first physical zone.
Further, on the basis of above-mentioned each embodiment, described This train is bound for XXX according to and the line
Road type determines the first physical zone of the SPKS protection, and second physical areas adjacent with first physical zone
Section, and be relative to the judgement of the positional relationship of first physical zone and second physical zone according to the target zone
After the MA of the no adjustment train, further includes:
The zone controller receives the second status information that SPKS is located at non-protective position, sends out to the train for having adjusted MA
The third message for sending the MA before restoring to adjust sends the 4th of revocation emergency braking the to the train for the information for having sent emergency braking
Message.
It will be appreciated that after SPKS switch is pressed, it is all comprising blocking track or track will be blocked as protection section
Route initial endpoint signal is closed immediately.If there is vehicle has been operated in comprising block section or will block track as protection section
In route, then emergency braking immediately.After SPKS restores, the train of fully automatic operation mode can resume operation automatically.
After zone controller receives the instruction for the SPKS button deblocking that CI is sent, zone controller is sent according to train
MA record or according to the current state of train and position judgement carried out MA adjustment train, withdraw the MA of adjustment.Tool
Body, extend MA to withdraw the train of MA, train is allowed to continue to run.Emergency braking is released simultaneously for the train of emergency braking
Order.
In the MA method of adjustment of SPKS provided in this embodiment based on fully automatic operation system, SPKS is reverted to non-anti-
When protecting position, the movement of zone controller is limited, after ensure that SPKS lifts a blockade, the normal fortune of full-automatic driving train
Row.
Further, on the basis of above-mentioned each embodiment, the zone controller receives SPKS and is located at protection
Before the first state information of position, further includes: interlock system detects that the SPKS is located at protection position, Xiang Suoshu zone controller
The first state information is sent, and controlling the corresponding indicator light of the SPKS is be located at protection position corresponding to the SPKS the
One indication signal;
With,
The zone controller receives SPKS and is located at before the second status information of non-protective position, further includes: described
Lock system detects that the SPKS is located at non-protective position, and Xiang Suoshu zone controller sends second status information, and controls
The corresponding indicator light of the SPKS is the second indication signal for being located at non-protective position corresponding to the SPKS.
It should be noted that CI can be monitored the state of SPKS, and after monitoring SPKS in protection position, Xiang Xiangying
Zone controller send SPKS be in protection position code bit information and the SPKS identification information so that zone controller
The first physical region of SPKS protection is blocked rapidly according to the identification information of SPKS.
First indication signal and the second indication signal are artificially defined state, as long as can pass through the two state areas
It separates SPKS and is in protection position or non-protective position, the present embodiment comparison is not specifically limited.For example, the first indication signal
It is shown for the corresponding indicator light red light of SPKS, the second indication signal is that the corresponding indicator light street lamp of SPKS is shown.Alternatively, first refers to
Show that signal is the corresponding indicator light flashing of SPKS, the second indication signal is that the corresponding indicator light of SPKS extinguishes.
In the MA method of adjustment of SPKS provided in this embodiment based on fully automatic operation system, CI is monitored at SPKS
Movement in protection position or non-protective position is limited, and ensure that CI by sky to first state information and the second status information
It is sent to zone controller in time afterwards.On the other hand, CI monitors SPKS behind protection position or non-protective position, and control is corresponding
Indicator light issue corresponding indication signal.
Further, on the basis of above-mentioned each embodiment, further includes: the interlock system is by the first state
Perhaps second status information is sent to the ATS ATS according to the first state information or second state to information
Information marks the state of first physical zone of the SPKS protection on the electronic map.
It should be noted that ATS is automatic train monitor, may be implemented by ATS staff to train operation
The monitoring of process.
In the MA method of adjustment of SPKS provided in this embodiment based on fully automatic operation system, CI is reported to ATS in real time
State on the route of full-automatic train and full-automatic train, realizes timely updating for ATS information, ensure that work people
The accuracy of information on the route of full-automatic train and full-automatic train that member gets.
Specifically, method provided in this embodiment includes:
S0-1, all SPKS switches in electronic map definition wires road, each SPKS switch of all fronts are provided with unique number,
And the quantity of each SPKS administration physical zone and the ID of physical zone are described;
(it is non-that code bit information 0 indicates that SPKS switch is located to the state of communication interface transmitting SPKS switch between S0-2, ZC and CI
Position is protected, code bit information 1 indicates that SPKS switch is located at protection position);
S0-3, when SPKS switch is located at protection position, the concentration zones CI locating for the SPKS are sent to the corresponding concentration zones ZC
The code bit information;
S1, when ZC subsystem, which receives some SPKS button that corresponding concentration zones CI is sent, to be pressed, ZC subsystem is logical
Cross physical zone (the first physical zone) range that electronic map data checks SPKS switch protection;
S2, after determining the physical zone range that SPKS switch protects, ZC checks the CBTC rank train in its control range,
Judge whether to need the adjustment that MA is carried out to the train being currently running according to train position.Include: whether that train is currently running
Within the scope of the physical zone of SPKS switch protection;The protective range for whether thering is train just switching close to the SPKS.
For the ZC of parking lot route, train is controlled by step S3.
S3, when the SPKS switch within the scope of parking lot is arranged on protection position, there are following several scenes:
S3-1, when there is the train for the physical region for having been approached SPKS switch protection, ZC is searched according to current of traffic
Electronic map obtains SPKS and protects physical zone beginning position, and the MA of the train is withdrawn to the beginning position (F point);VOBC is received
When to the MA withdrawn, overspeed protection curve controlled train operation is recalculated according to the MA of update.
S3-2, when there is the train just run within the scope of the physical region of SPKS switch protection, ZC is directly sent out to VOBC
The reason of sending emergency brake command and emergency braking is that SPKS switch is pressed, and does not allow train to continue to run.VOBC is received promptly
After brake command and emergency braking reason, implement emergency braking at once, and uploads the center TIAS emergency braking reason.
S3-3, when there is the train for going out clear SPKS switch protective range completely, ZC not to the MA of the train at
Reason, train can continue to run.
The case where outbound SPKS that the first platform is shown in Fig. 2 is pressed.At this point, between the first platform and the second platform
Section blocked by the outbound SPKS of the first platform, and the second platform is unaffected.In Fig. 2, in section and the second platform
Train is not pressed by the SPKS switch that enters the station of the first platform to be influenced, and the subsequent train on the left of the first platform can only be by its MA end
Point extends to the terminal (B point) of the first platform, but the stop of subsequent train requires to be spaced a physics between MA terminal
Section (platform is usually only divided into a physical zone), therefore, the stop of subsequent train can only be in the first platform
Beginning (A point).
The case where SPKS that enters the station that third platform is shown in Fig. 7 is pressed.At this point, between third platform and the 4th platform
Section and third platform itself platform by third platform enter the station SPKS switch block.In Fig. 7, the 4th platform can not
It dispatches a car to third platform, the train in the 4th platform outbound can not also be run, but can from the train that the 4th platform leaves
To continue to travel.
For main track ZC, the control to train is realized by step S4 and S5.
S4, when the outbound SPKS switch of main track platform is arranged on protection position, the zone of protection of outbound SPKS switch is not wrapped
Containing platform, but since outer protection section of standing is blocked, train cannot enter the station completely stops to mark, therefore ZC does not allow the column that do not enter the station
It pulls in.
When S4-1, ZC check the train for existing and not entering the station, MA is recalculated for the train, MA terminal, which is withdrawn to platform, to be begun
End, does not allow train to enter the station;
S4-2, ZC check that ZC is that the train to have entered the station calculates MA terminal there are when the train that headstock has been pressed into platform rail
It withdraws to platform terminal, train can not stop to mark at this time, and platform operation personnel is needed to handle boarding operation;
S5, when main track platform enter the station direction SPKS switch be arranged on protection position when, direction of entering the station SPKS switch includes
Platform, ZC check whether there is the train in the protection physical region of the SPKS comprising platform, and ZC should be all into the region immediately
CBTC train sends emergency brake command and emergency braking reason.
S5-1;When the SPKS to enter the station is pressed, ZC is also simultaneously the train output for normal boarding operation of coming to a complete stop in station
Emergency brake command and emergency braking reason.
S5-2, train departure normally calculates MA, and train is allowed to continue to run.
Wherein, by manually guaranteeing that blockade zone does not have vehicle operation before regional blockade.It is all to include after SPKS switch is pressed
Block track closes block track as the route initial endpoint signal of protection section immediately.Include if there is vehicle has operated in
Block section or will block track as protect section route in, then emergency braking immediately.After SPKS restores, fully automatic operation
The train of mode can resume operation automatically.
S6, after ZC subsystem receives the instruction for the SPKS button deblocking that CI sends, ZC subsystem according to S1, S2, S3,
S4, S5 judge affected train, and release emergency brake command for urgent train, extend MA to withdraw the train of MA, permit
Perhaps train continues to run.
It is switched it should be noted that being provided with SPKS on the IBP disk of comprehensive control room AT STATION, for the two sides platform at station
For, each platform is respectively set two, an outbound SPKS, the SPKS that enters the station.When SPKS switchs insertion key and rotates
After certain angle, respective rail region can be blocked, system is made to withdraw or forbid issuing the mobile authorization for entering the region, interlocking
Subsystem should show the region of block in ATS after determining orbital region block, and provide output interface and be used to light on SPKS
Red light is shown, shows that the region of SPKS protection is successfully blocked.After fulfiling assignment, key should be resetted and be taken by staff
Out, to release section block.The message for releasing section block can also be sent to ATS, can also cancel to envelope on the display interface of ATS
Lock the display in region.
Method provided in this embodiment, occur the failure that can not restore when the train of full-automatic driving is in section travel and
When stopping or needing to be manually entered the section, when protecting the SPKS switch in section to press, ZC subsystem will be according to train position
It is set to train and carries out calculating MA, can be switched by SPKS and forbid train driving, increase CBTC system from the angle of ground installation
The safety of system.
Figure 16 shows the structural frames of the MA adjustment device of the SPKS provided in this embodiment based on fully automatic operation system
Figure, referring to Figure 16, the MA adjustment device 1600 for being somebody's turn to do the SPKS based on fully automatic operation system includes obtaining module 1601 and judgement
Module 1602, wherein
Module 1601 is obtained, the first state information for being located at protection position for receiving SPKS obtains the place SPKS
Target line it is corresponding This train is bound for XXX, the zone controller control the corresponding circuit types of route and the target
The target zone where train on route;
Judgment module 1602, for This train is bound for XXX according to and the circuit types determines the SPKS protection
First physical zone, and second physical zone adjacent with first physical zone, and it is opposite according to the target zone
Judge whether to adjust the MA of the train in the positional relationship of first physical zone and second physical zone.
The MA adjustment device 1600 of SPKS provided in this embodiment based on fully automatic operation system is suitable for above-mentioned implementation
The MA method of adjustment of the SPKS based on fully automatic operation system provided in example, details are not described herein.
The embodiment provides the MA of SPKS based on fully automatic operation system a kind of to adjust device, the device
In, zone controller receives SPKS after the first state information of protection position, determine the first physical zone of SPKS protection,
And second physical zone adjacent with the first physical zone, and according to where train target zone and the first physical zone and
Positional relationship between the arbitrary decision of second physics judges whether to need to adjust MA, and carries out the tune of MA to the train for needing to adjust MA
It is whole.Through the device, when train breaks down, or needs to repair route, it is only necessary to control the shape of SPKS switch
State can adjust the MA of corresponding train in time, so that full-automatic driving train also can under the manipulation for not needing staff
Adjustment MA in time, eliminates since train can not change the state of operation, the personnel repaired to front truck and into section with
The security risk come.
Figure 17 is the structural block diagram for showing electronic equipment provided in this embodiment.
Referring to Fig.1 7, the electronic equipment includes: processor (processor) 1701, memory (memory) 1702, logical
Believe interface (Communications Interface) 1703 and bus 1704;
Wherein,
The processor 1701, memory 1702, communication interface 1703 complete mutual lead to by the bus 1704
Letter;
Between communication equipment of the communication interface 1703 for the VOBC and interlock system of the electronic equipment and train
Information transmission;
The processor 1701 is used to call the program instruction in the memory 1702, is implemented with executing above-mentioned each method
Method provided by example, for example, zone controller receives the first state information that SPKS is located at protection position, described in acquisition
Target line where SPKS is corresponding, and This train is bound for XXX, the corresponding circuit types of route of zone controller control and
The target zone where train in the target line;According to it is described This train is bound for XXX and the circuit types determine described in
First physical zone of SPKS protection, and second physical zone adjacent with first physical zone, and according to the mesh
Mark section judges whether to adjust the train relative to the positional relationship of first physical zone and second physical zone
MA.
Filed in applicant's on December 19th, 2016, a kind of entitled " lock file based on electronic map
Table generating method and system " describes SPKS switch application No. is 201611179961.9 Chinese patent application, it is contemplated that will
SPKS switch is included in the control of interlocking CI system, it is also considered that the information of the ground installations such as interlock system CI and zone controller ZC
Interactive and zone controller ZC sends instruction of stopping in emergency to mobile unit VOBC.However, this application file emphasis describes
The movement of interlock system CI system, does not account for how zone controller ZC adjusts MA.
Therefore, the purpose of the application be on the basis of above chapter patent application, to the technical solution of above chapter patent into
Row optimization.In this application, it provides after people's air defense switch SPKS is included in signal control, the adjustment side MA of zone controller ZC
Method, for carrying out security protection in fully automatic operation system, in order to avoid the occurrence injury in personnel's operation.
In this application, the transmitting of physical zone between ZC and CI two systems to suppress information refinement more is described,
Also it more describes how to judge the location of train to refinement, and how to make train emergency braking;What this patent more refined
How describing Z C issues the MA information for being prohibited from entering the physical zone;Also, this patent has more refined physical zone solution and has been honored as a queen ZC
How to lift a blockade status command to VOBC transmission.
The present embodiment provides a kind of non-transient computer readable storage medium, the non-transient computer readable storage medium
Computer instruction is stored, the computer instruction makes the computer execute method provided by above-mentioned each method embodiment, example
Such as include: that zone controller receives the first state information that SPKS is located at protection position, obtains the score where the SPKS
Road is corresponding, and This train is bound for XXX, on the corresponding circuit types of route and the target line of zone controller control
Target zone where train;This train is bound for XXX and the circuit types determines the first object of SPKS protection according to described
Section, and second physical zone adjacent with first physical zone are managed, and according to the target zone relative to described
The positional relationship of first physical zone and second physical zone judges whether to adjust the MA of the train.
Those of ordinary skill in the art will appreciate that: realize that all or part of the steps of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer readable storage medium, the program
When being executed, step including the steps of the foregoing method embodiments is executed;And storage medium above-mentioned includes: ROM, RAM, magnetic disk or light
The various media that can store program code such as disk.
The embodiments such as electronic equipment described above are only schematical, wherein it is described as illustrated by the separation member
Unit may or may not be physically separated, and component shown as a unit may or may not be object
Manage unit, it can it is in one place, or may be distributed over multiple network units.It can select according to the actual needs
Some or all of the modules therein is selected to achieve the purpose of the solution of this embodiment.Those of ordinary skill in the art are not paying wound
In the case where the labour for the property made, it can understand and implement.
Through the above description of the embodiments, those skilled in the art can be understood that each embodiment can
It realizes by means of software and necessary general hardware platform, naturally it is also possible to pass through hardware.Based on this understanding, on
Stating technical solution, substantially the part that contributes to existing technology can be embodied in the form of software products in other words, should
Computer software product may be stored in a computer readable storage medium, such as ROM/RAM, magnetic disk, CD, including several fingers
It enables and using so that a computer equipment (can be personal computer, server or the network equipment etc.) executes each implementation
Method described in certain parts of example or embodiment.
Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations;Although
Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: it still may be used
To modify the technical solutions described in the foregoing embodiments or equivalent replacement of some of the technical features;
And these are modified or replaceed, technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution spirit and
Range.
Claims (9)
1. a kind of MA method of adjustment of the SPKS based on fully automatic operation system characterized by comprising
Zone controller receives the first state information that SPKS is located at protection position, obtains the target line pair where the SPKS
Answer the train on the corresponding circuit types of route and the target line that This train is bound for XXX, the zone controller controls
The target zone at place;
This train is bound for XXX and the circuit types determines the first physical zone of SPKS protection according to described, and with institute
The second adjacent physical zone of the first physical zone is stated, and according to the target zone relative to first physical zone and institute
The positional relationship for stating the second physical zone judges whether to adjust the MA of the train;
It is wherein, described that This train is bound for XXX according to and the circuit types determines the first physical areas that the SPKS is protected
Section, and second physical zone adjacent with first physical zone, and according to the target zone relative to described first
The positional relationship of physical zone and second physical zone judges whether to adjust the MA of the train, comprising:
If the circuit types be main track, and according to it is described This train is bound for XXX judge the SPKS for outbound SPKS, acquisition institute
State the first platform belonging to SPKS, and in This train is bound for XXX second platform adjacent with first platform;
Determine first interval main track of first physical zone between first platform and second platform, described
Two physical zones are first platform;
If the target zone is fully located at the first area before the platform starting point of first platform, by the end of the MA
Point is adjusted to the platform starting point of first platform, and sends MA adjusted to the train;
If the target zone part is located at first platform and part is located at the first area, or is fully located at described
Within first platform, the terminal of the MA is adjusted to the platform terminal of first platform, after Xiang Suoshu train sends adjustment
MA;
If the target zone is fully located at or part is located at the second area after the platform terminal of first platform,
The MA of the train is not adjusted;
Wherein, train along it is described This train is bound for XXX traveling, successively by the first area, first platform platform
Starting point, first platform, first platform platform terminal, second area;The second area includes firstth area
Between main track and second platform.
2. method according to claim 1, which is characterized in that described This train is bound for XXX according to and the route
Type determines the first physical zone of the SPKS protection, and second physical zone adjacent with first physical zone,
And the positional relationship according to the target zone relative to first physical zone and second physical zone judges whether
Adjust the MA of the train, comprising:
If the circuit types be main track, and according to it is described This train is bound for XXX judge the SPKS for the SPKS that enters the station, acquisition institute
State third platform belonging to SPKS, and on This train is bound for XXX the opposite direction, it is adjacent with the third platform
The 4th platform;
Determine of first physical zone between the third platform and the third platform and the 4th platform
Two section main tracks, second physical zone are the 4th platform;
If the target zone is fully located at or part is located at first physical zone, urgent system is sent to the train
The dynamic first information;
If the target zone is fully located at the third region before the platform starting point of the 4th platform, by the end of the MA
Point is adjusted to the platform starting point of the 4th platform, and Xiang Suoshu train sends MA adjusted;
If the target zone part is located at the 4th platform and part is located at the third region, or is fully located at described
Within 4th platform, then the terminal of the MA is adjusted to the platform terminal of the 4th platform, Xiang Suoshu train sends adjustment
MA afterwards;
If the target zone is fully located at the fourth region after the platform terminal of the third platform, the column are not adjusted
The MA of vehicle;
Wherein, train along it is described This train is bound for XXX traveling, successively by the third region, the 4th platform platform
Starting point, the 4th platform, the platform terminal of the 4th platform, the second interval main track, the third platform, described
The platform terminal of three platforms;The fourth region.
3. method according to claim 1, which is characterized in that described This train is bound for XXX according to and the route
Type determines the first physical zone of the SPKS protection, and second physical zone adjacent with first physical zone,
And the positional relationship according to the target zone relative to first physical zone and second physical zone judges whether
Adjust the MA of the train, comprising:
If the circuit types is parking lot route, This train is bound for XXX obtains the first physics of SPKS protection according to described
The beginning position of section;Second physical zone be the beginning position before the 5th region and first physical zone
The 6th region later;
If the target zone is fully located at the 5th region, the terminal of the MA is adjusted to the beginning position, and
MA adjusted is sent to the train;
If the target zone is fully located at or part is located at first physical zone, urgent system is sent to the train
The second dynamic information;
If the target zone is fully located at the 6th region, the MA of the train is not adjusted;
Wherein, train is along This train is bound for XXX the traveling, successively by the 5th region, the beginning position, described
First physical zone, the 6th region.
4. the method according to any one of claim 2-3, which is characterized in that it is described This train is bound for XXX according to and
The circuit types determines the first physical zone of the SPKS protection, and second object adjacent with first physical zone
Section is managed, and the positional relationship according to the target zone relative to first physical zone and second physical zone is sentenced
After the disconnected MA for whether adjusting the train, further includes:
The zone controller receives the second status information that SPKS is located at non-protective position, sends to the train for having adjusted MA extensive
The third message of MA before polyphony is whole, send revocation emergency braking to the train for the information for having sent emergency braking the 4th disappear
Breath.
5. method according to claim 4, which is characterized in that the zone controller receives SPKS and is located at protection position
First state information before, further includes: interlock system detect the SPKS be located at protection position, Xiang Suoshu zone controller hair
The first state information is sent, and controls the corresponding indicator light of the SPKS and issues and correspond to the SPKS is located at protection position the
One indication signal;
With,
The zone controller receives SPKS and is located at before the second status information of non-protective position, further includes: the interlocking system
System detects that the SPKS is located at non-protective position, and Xiang Suoshu zone controller sends second status information, and described in control
The corresponding indicator light of SPKS, which issues, corresponds to the second indication signal that the SPKS is located at non-protective position.
6. method according to claim 5, which is characterized in that further include: the interlock system is by the first state
Perhaps second status information is sent to the ATS ATS according to the first state information or second state to information
Information marks the state of first physical zone of the SPKS protection on the electronic map.
7. the MA of SPKS based on fully automatic operation system a kind of adjusts device characterized by comprising
Module is obtained, the first state information for being located at protection position for receiving SPKS obtains the score where the SPKS
Road is corresponding, and This train is bound for XXX, the train on the corresponding circuit types of route and the target line of zone controller control
The target zone at place;
Judgment module, for This train is bound for XXX and the circuit types determines the first physics of the SPKS protection according to described
Section, and second physical zone adjacent with first physical zone, and according to the target zone relative to described
The positional relationship of one physical zone and second physical zone judges whether to adjust the MA of the train;
Wherein, the judgment module is also used to:
If the circuit types be main track, and according to it is described This train is bound for XXX judge the SPKS for outbound SPKS, acquisition institute
State the first platform belonging to SPKS, and in This train is bound for XXX second platform adjacent with first platform;
Determine first interval main track of first physical zone between first platform and second platform, described
Two physical zones are first platform;
If the target zone is fully located at the first area before the platform starting point of first platform, by the end of the MA
Point is adjusted to the platform starting point of first platform, and sends MA adjusted to the train;
If the target zone part is located at first platform and part is located at the first area, or is fully located at described
Within first platform, the terminal of the MA is adjusted to the platform terminal of first platform, after Xiang Suoshu train sends adjustment
MA;
If the target zone is fully located at or part is located at the second area after the platform terminal of first platform,
The MA of the train is not adjusted;
Wherein, train along it is described This train is bound for XXX traveling, successively by the first area, first platform platform
Starting point, first platform, first platform platform terminal, second area;The second area includes firstth area
Between main track and second platform.
8. a kind of electronic equipment characterized by comprising
At least one processor, at least one processor, communication interface and bus;Wherein,
The processor, memory, communication interface complete mutual communication by the bus;
Information of the communication interface between the communication equipment of the VOBC and interlock system of the electronic equipment and train passes
It is defeated;
The memory is stored with the program instruction that can be executed by the processor, and the processor calls described program to instruct energy
It is enough to execute such as method described in any one of claims 1 to 6.
9. a kind of non-transient computer readable storage medium, which is characterized in that the non-transient computer readable storage medium is deposited
Computer instruction is stored up, the computer instruction makes the computer execute such as method described in any one of claims 1 to 6.
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CN109159801B (en) * | 2018-09-18 | 2020-11-10 | 交控科技股份有限公司 | Method for forward line arrival, passing through standard and backward jumping locking of full-automatic train |
CN110789582B (en) * | 2019-01-28 | 2021-01-05 | 通号城市轨道交通技术有限公司 | Train operation control method and device |
CN110901698B (en) * | 2019-11-13 | 2020-12-01 | 通号城市轨道交通技术有限公司 | SPKS cross-interlocking area protection method and device, electronic equipment and storage medium |
CN111874043B (en) * | 2020-06-28 | 2022-04-19 | 通号城市轨道交通技术有限公司 | Train collision-capable mobile authorization calculation method |
CN112590887B (en) * | 2020-12-30 | 2022-08-26 | 卡斯柯信号有限公司 | Automatic generation implementation method for rail transit SPKS (shortest Path linking setup) activated emergency parking area |
CN113554279A (en) * | 2021-06-30 | 2021-10-26 | 通号城市轨道交通技术有限公司 | Platform multi-accident handling method and device, electronic equipment and storage medium |
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CN106697004B (en) * | 2016-12-19 | 2019-06-11 | 交控科技股份有限公司 | SPKS switch and interlock system, the application method of interlock system |
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