CN106184289B - A kind of train MA hand-over methods and device realized based on multiple RBC - Google Patents
A kind of train MA hand-over methods and device realized based on multiple RBC Download PDFInfo
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- CN106184289B CN106184289B CN201610515982.7A CN201610515982A CN106184289B CN 106184289 B CN106184289 B CN 106184289B CN 201610515982 A CN201610515982 A CN 201610515982A CN 106184289 B CN106184289 B CN 106184289B
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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
- B61L15/00—Indicators provided on the vehicle or train for signalling purposes
-
- 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 train, e.g. braking curve calculation
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- Engineering & Computer Science (AREA)
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- Train Traffic Observation, Control, And Security (AREA)
Abstract
The present invention provides a kind of train MA hand-over methods and device realized based on multiple RBC.RBC(n)Be provided with RBC in advance and transfer relation information and RBC boundary informations.Method includes：Work as RBC(n)The final position that authorizes in the MA sent to train is RBC when transferring the position for performing transponder(n)Determine RBC(n+1)；RBC(n)To RBC(n+1)Send and transfer schedule information；RBC(n)Receive RBC(n+1)After the confirmation of transmission starts handover information, to RBC(n+1)Send the n-th route solicited message；RBC(n)Receive RBC(n+1)(n+1)th sent authorizes relevant information；RBC(n)By the MA length and RBC in its compass of competency(n+1)The MA length of transmission is spliced, and spliced MA length is sent into train.This invention ensures that train during RBC borders by not slowing down.
Description
Technical field
The present invention relates to Train Control Technology field, and multiple RBC (Radio Block are based on more specifically to one kind
Center, radio block center) train MA (Movement Authority, the driving license) hand-over method and device realized.
Background technology
RBC be 3 grades of Train operation control system (Chinese Train Control System Level 3,
CTCS-3 ground nucleus equipment), it sends control car to train in real time and referred to according to the positional information and state of ground information of train
Order, run with ensureing that train is safe efficient in RBC compasss of competency.Wherein, RBC compasss of competency refer to that RBC controls train
The region of operation.
RBC is transferred and referred in different RBC boundaries, realizes the safety shifting that train MA between two adjacent R BC is controlled
Friendship process.
Under normal circumstances, MA transfer can realize that train does not slow down by RBC borders between two adjacent R BC.But with
The insertion successively of Chinese high ferro " four vertical four is horizontal ", the domain of high-speed railway is arranged with CTCS-3 levels and controlled there occurs great variety
The high-speed railway of system has gradually extended to hinge, and hinge station yard is complicated, MA simply only between two adjacent R BC
Transfer can not meet Operational requirements.
Assuming that the MA length of train is 20km, with reference to shown in Fig. 1, when train closes on RBC1 and RBC2 RBC borders, and
The MA length (such as remaining 5km) of train can be supplied to be not enough to provide the MA length needed for train in RBC1 compass of competency
During 20km, now need to start RBC1 and RBC2 transfer, to allow RBC2 to be sent to the remaining 15kmMA needed for RBC1 trains,
So that RBC1 is spliced the MA length that remaining MA length is given with RBC2 in its compass of competency, to ensure to be supplied to
The MA length of train is 20km always.
But in actual application, RBC2 compass of competency length is likely less than the MA that RBC2 needs to send to RBC1
Length.Still illustrated with foregoing case, RBC2 compass of competency length may only have 10km, then RBC2 compass of competency length
Degree 10km is less than the MA length 15km that RBC2 needs to send to RBC1, and the maximum MA length that now RBC2 is sent to RBC1 only has
10km.For such case, because RBC1 is spelled the MA length that remaining MA length is sent with RBC2 in its compass of competency
MA length 20km needed for train can not also be met by connecing, and now the MA length of train is less than 20km, and train crosses RBC1 and RBC2
RBC borders when speed reduce.
Therefore, for the compass of competency curtailment of next RBC in two adjacent R BC to provide needed for a upper RBC
MA, which is transferred, during MA length, between two adjacent R BC can not meet the Operational requirements that train does not slow down by RBC borders.
The content of the invention
In view of this, a kind of train MA hand-over methods and device realized based on multiple RBC provided by the invention, to solve
MA transfers can not meet the Operational requirements that train does not slow down by RBC borders between two adjacent R BC in the prior art.Technical side
Case is as follows：
Based on an aspect of of the present present invention, the present invention provides a kind of train MA hand-over methods realized based on multiple RBC, application
In radio block center RBC(n)In, n is positive integer, the RBC(n)Be provided with RBC in advance and transfer relation information and RBC borders letter
Breath；Methods described includes：
As the RBC(n)The final position that authorizes in the driving license MA sent to train is to transfer the position for performing transponder
When putting, the RBC(n)Transponder and the RBC boundary informations are performed according to described transfer, determines RBC(n+1)；
The RBC(n)To the RBC(n+1)Send and transfer schedule information, the transfer schedule information is transferred including the RBC
Relation information, to cause the RBC(n+1)Receive after the RBC transfers relation information, by the RBC transfer relation information with
The RBC(n+1)Verification is compared in the configuration data of itself, when Inspection by after, to the RBC(n)Send and confirm to start
Handover information；
The RBC(n)Receive the RBC(n+1)After the confirmation of transmission starts handover information, to the RBC(n+1)Send the
N route solicited messages, the n-th route solicited message include the RBC(n+1)Need to the RBC(n)The MA length of transmission；
The RBC(n)Receive the RBC(n+1)(n+1)th sent authorizes relevant information, and described (n+1)th authorizes relevant information
Including the RBC(n+1)Need to the RBC(n)The MA length of transmission；
The RBC(n)By the RBC(n)Compass of competency in MA length and the RBC(n+1)The MA length of transmission is carried out
Splicing, and spliced MA length is sent to the train.
Preferably, the RBC, which transfers relation information, includes at least one set of RBC transfer set of relationship, and the RBC transfers relation
Set includes the national values of adjacent R BC, adjacent R BC numberings and adjacent R BC telephone numbers；The RBC boundary informations include at least one
The set of group RBC borders, the RBC borders set include adjacent R BC indexes and transferred to perform transponder index.
Based on another aspect of the present invention, the present invention also provides a kind of train MA hand-over methods realized based on multiple RBC,
Applied to radio block center RBC(n+1)In, n is positive integer, and methods described includes：
The RBC(n+1)Receive RBC(n)The transfer schedule information of transmission, the transfer schedule information include the RBC(n)In advance
The RBC first configured transfers relation information；
The RBC(n+1)Relation information and the RBC are transferred according to the RBC(n+1)The configuration data of itself is compared
Verification；
As the RBC(n+1)Inspection is by rear, the RBC(n+1)To the RBC(n)Send to confirm to start and transfer letter
Breath；
The RBC(n+1)Receive the RBC(n)The the n-th route solicited message sent, the n-th route solicited message include
The RBC(n+1)Need to the RBC(n)The MA length of transmission；
The RBC(n+1)According to the n-th route solicited message, and with reference to the RBC(n+1)Compass of competency length, meter
Calculation obtains the MA length；
The RBC(n+1)To the RBC(n)Send (n+1)th and authorize relevant information, the (n+1)th mandate relevant information includes
The MA length.
Preferably, the RBC(n+1)According to route solicited message, and with reference to the RBC(n+1)Compass of competency length, meter
Calculation, which obtains the MA length, to be included：
When the MA length is less than or equal to the RBC(n+1)Compass of competency length when, the RBC(n+1)Directly from described
RBC(n+1)Compass of competency length in calculate the MA length；
When the MA length is more than the RBC(n+1)Compass of competency length when, the RBC(n+1)To RBC(n+2)Send n-th
+ 1 route solicited message, the (n+1)th route solicited message include the RBC(n+2)Need to the RBC(n+1)The residue of transmission
MA length；
The RBC(n+1)Receive the RBC(n+2)N-th+2 sent authorizes relevant information, and described n-th+2 authorizes related letter
Breath includes the RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission；
The RBC(n+1)By the RBC(n+1)Compass of competency length and the remaining MA length merging treatment, calculate
To the MA length.
Based on another aspect of the invention, the present invention also provides a kind of train MA handover apparatus realized based on multiple RBC,
Applied to radio block center RBC(n)In, n is positive integer, the RBC(n)Be provided with RBC in advance and transfer relation information and RBC sides
Boundary's information；Described device includes：
First determining module, for as the RBC(n)Mandate final position in the driving license MA sent to train is
When transferring the position for performing transponder, transponder and the RBC boundary informations are performed according to described transfer, determines RBC(n+1)；
First sending module, for the RBC(n+1)Send and transfer schedule information, the transfer schedule information includes institute
State RBC and transfer relation information, to cause the RBC(n+1)After receiving the RBC transfers relation information, the RBC is transferred and closed
It is information and the RBC(n+1)Verification is compared in the configuration data of itself, when Inspection by after, to the RBC(n)Send
Confirm to start handover information；
First receiving module, for receiving the RBC(n)The confirmation of transmission starts handover information；
Second sending module, for receiving the RBC in first receiving module(n+1)The confirmation of transmission, which starts, to be transferred
After information, to the RBC(n+1)The n-th route solicited message is sent, the n-th route solicited message includes the RBC(n+1)Need
To the RBC(n)The MA length of transmission；
Second receiving module, for receiving the RBC(n+1)(n+1)th sent authorizes relevant information, and described (n+1)th authorizes
Relevant information includes the RBC(n+1)Need to the RBC(n)The MA length of transmission；
Concatenation module, for by the RBC(n)Compass of competency in MA length and the RBC(n+1)The MA length of transmission
Spliced；
3rd sending module, for spliced MA length to be sent into the train.
Preferably, the RBC, which transfers relation information, includes at least one set of RBC transfer set of relationship, and the RBC transfers relation
Set includes the national values of adjacent R BC, adjacent R BC numberings and adjacent R BC telephone numbers；The RBC boundary informations include at least one
The set of group RBC borders, the RBC borders set include adjacent R BC indexes and transferred to perform transponder index.
Based on another aspect of the invention, the present invention also provides a kind of train MA handover apparatus realized based on multiple RBC,
Applied to radio block center RBC(n+1)In, n is positive integer, and described device includes：
3rd receiving module, for receiving RBC(n)The transfer schedule information of transmission, the transfer schedule information include described
RBC(n)The RBC being pre-configured with transfers relation information；
Inspection module, for transferring relation information and the RBC according to the RBC(n+1)The configuration data of itself is entered
Row Inspection；
4th sending module, for when the Inspection module Inspection by after, to the RBC(n)Send and confirm
Start handover information；
4th receiving module, for receiving the RBC(n)The the n-th route solicited message sent, the n-th route request letter
Breath includes the RBC(n+1)Need to the RBC(n)The MA length of transmission；
Computing module, for according to the n-th route solicited message, and with reference to the RBC(n+1)Compass of competency length,
The MA length is calculated；
5th sending module, for the RBC(n)Send (n+1)th and authorize relevant information, described (n+1)th authorizes related letter
Breath includes the MA length.
Preferably, the computing module includes：
First calculating sub module, for being less than or equal to the RBC when the MA length(n+1)Compass of competency length when, directly
Connect from the RBC(n+1)Compass of competency length in calculate the MA length；
Sending submodule, for being more than the RBC when the MA length(n+1)Compass of competency length when, to RBC(n+2)Hair
The (n+1)th route solicited message is sent, the (n+1)th route solicited message includes the RBC(n+2)Need to the RBC(n+1)Send
Remaining MA length；
Receiving submodule, for receiving the RBC(n+2)N-th+2 sent authorizes relevant information, and described n-th+2 authorizes phase
Closing information includes the RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission；
Second calculating sub module, for by the RBC(n+1)Compass of competency length and the remaining MA length merging at
Reason, is calculated the MA length.
Using above-mentioned technical proposal of the present invention, in the train MA hand-over methods provided by the invention realized based on multiple RBC,
RBC(n)Be provided with RBC transfer relation informations in advance and RBC boundary informations, method specifically include：Work as RBC(n)Sent to train
The final position that authorizes in MA is RBC when transferring the position for performing transponder(n)Transponder and described is performed according to described transfer
RBC boundary informations, determine RBC(n+1)；RBC(n)To RBC(n+1)Send and transfer schedule information；RBC(n)Receive RBC(n+1)Send
Confirmation start handover information after, to RBC(n+1)The n-th route solicited message is sent, the n-th route solicited message includes
RBC(n+1)Need to RBC(n)The MA length of transmission；RBC(n)Receive RBC(n+1)The the (n+1)th mandate relevant information sent, described n-th
+ 1 mandate relevant information includes RBC(n+1)Need to RBC(n)The MA length of transmission；RBC(n)By RBC(n)Compass of competency in MA
Length and RBC(n+1)The MA length of transmission is spliced, and spliced MA length is sent into train.Therefore, when in the present invention
RBC(n)Compass of competency in MA curtailments to provide the MA length of train when, RBC(n)Can be to RBC(n+1)Ask the MA of deficiency
Length, so as to ensure RBC(n)Finally by RBC(n)Compass of competency in MA length and RBC(n+1)The MA length of transmission is spliced
The MA length obtained afterwards is the MA length of train, ensures that the MA length of train is constant all the time, so as to ensure train by RBC sides
Do not slow down during boundary.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
The embodiment of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can also basis
The accompanying drawing of offer obtains other accompanying drawings.
Fig. 1 is multiple adjacent R BC schematic diagram of a scenario；
Fig. 2 is a kind of flow chart of train MA hand-over methods realized based on multiple RBC provided by the invention；
Fig. 3 is the flow chart of another train MA hand-over methods realized based on multiple RBC provided by the invention；
Fig. 4 is the schematic diagram of a scenario of multiple adjacent R BC in the present invention；
Fig. 5 is a kind of structural representation of train MA handover apparatus realized based on multiple RBC provided by the invention；
Fig. 6 is a kind of another structural representation of train MA handover apparatus realized based on multiple RBC provided by the invention
Figure.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made
Embodiment, belong to the scope of protection of the invention.
It is as shown in Figure 1 in the prior art, it is assumed that the MA length of train is 20km, and RBC2 compass of competency length is 10km.
When train closes on RBC1 and RBC2 RBC borders, and the MA length of train can be supplied to (such as surplus in RBC1 compass of competency
Remaining 5km) be not enough to provide train needed for MA length 20km when, now start RBC1 and RBC2 MA transfer, to allow RBC2 to send out
Give the remaining 15kmMA needed for RBC1 trains.But the maximum MA length that now RBC2 can be sent to RBC1 only has
10km, then when train is closer to RBC1 and RBC2 RBC borders, the MA length of train is shorter, and train crosses RBC1 and RBC2
RBC borders speed it is lower.Therefore prior art is limited to RBC compass of competency length, in two adjacent R BC
When next RBC compass of competency curtailment is to provide the MA length needed for a upper RBC, MA is transferred between two adjacent R BC
The Operational requirements that train does not slow down by RBC borders can not be met.
Based on this, the present invention provide it is a kind of based on multiple RBC realize train MA hand-over methods, it is contemplated that break away from by
It is limited to the limitation of RBC compass of competency length, realizes across multiple RBC to ensure that the MA length of train is constant, so as to ensure train
By not slowing down during RBC borders.
The executive agent of the following embodiments of the present invention is RBC(n), n is positive integer.RBC(n)Represent in train travelling process
N-th of RBC.
In actual application of the present invention, each RBC is provided with RBC in advance and transfers relation information and RBC borders letter
Breath.Wherein, RBC transfer relation information represent be other RBCs adjacent with RBC relevant parameter information, RBC boundary information tables
The relevant parameter information of the RBC shown boundary.Specifically：
For RBC in the present invention(n)RBC transfer relation information, including at least one set of RBC transfer set of relationship, it is described
RBC, which transfers set of relationship, includes adjacent R BC countries value, adjacent R BC numberings and adjacent R BC telephone numbers.
In the present invention, four RBC can be at most connected according to RBC performance requirement, a RBC, each RBC passes through state
Family's value and numbering unique identification, and each RBC needs to configure adjacent R BC telephone number, to pass through in hand-over
RBC(n)Train is sent to, train calls RBC in advance(n)Adjacent RBC(n+1)。
RBC of the present invention(n)In one group of RBC transfer set of relationship can use following form represent：{ adjacent R BC countries
Value, adjacent R BC numberings, adjacent R BC telephone numbers }.
Specifically, by taking Beijing-to-Shijiazhuang force RBC7 as an example, because Beijing-to-Shijiazhuang force RBC7 administers Zhengzhou east hinge, Zhengzhou east hinge is that Beijing-to-Shijiazhuang is military
The intersection of high ferro and Zheng Xi high ferros, therefore Beijing-to-Shijiazhuang force RBC7 adjacent R BC includes three, respectively Beijing-to-Shijiazhuang force RBC6, Beijing-to-Shijiazhuang
Military RBC8, Zheng Xi RBC1.Therefore Beijing-to-Shijiazhuang force RBC7 RBC transfers set of relationship and represents as follows：
For RBC in the present invention(n)RBC boundary informations, including at least one set of RBC borders set, the RBC boundary sets
Conjunction includes adjacent R BC indexes and transferred to perform transponder index.
In the present invention, it is both provided with transferring execution transponder in each two adjacent R BC RBC boundaries, it is, moving
Hand over the position for performing transponder to illustrate two adjacent R BC RBC boundary positions, transfer the both sides of execution transponder, point
Not Wei two adjacent R BC compass of competency.
In the present invention, according to RBC performance requirement, the MA that a RBC can at most handle 8 trains simultaneously is transferred,
I.e. a RBC can have up to 8 RBC borders.It is of the invention by each RBC borders RBC adjacent thereto, the RBC sides based on this
Transfer at boundary performs transponder and establishes incidence relation.Secondly conduct is currently preferred, in train actual moving process, this
Each RBC borders in invention play different role (transfer or receive), each RBC borders in train MA hand-overs
There can only be binding relationship with a train.RBC borders role and RBC borders in train MA hand-overs are bound
Train belongs to dynamic data, real-time change.
Based on this, RBC of the present invention(n)In one group of RBC border set can use following form represent：{ adjacent R BC ropes
Draw, transfer and perform transponder index, RBC borders figure (dynamic data), train number (dynamic data) }.
Specifically, still by taking Beijing-to-Shijiazhuang force RBC7 as an example, because Beijing-to-Shijiazhuang force RBC7 and three RBC (are respectively Beijing-to-Shijiazhuang force RBC6, Beijing-to-Shijiazhuang
Military RBC8, Zheng Xi RBC1) it is adjacent, its up-downgoing respectively includes a RBC border, therefore one shares 6 RBC borders, then this hair
Bright middle Beijing-to-Shijiazhuang force RBC7 RBC borders set expression is as follows：
{
1 ,/* adjacent R BC indexes */
70 ,/* transfer execution transponder index */
BORDER_INACTIVE_A ,/* border figure, dynamic data, be initialized as BORDER_INACTIVE_A*/
- 1 ,/* train number, dynamic data, be initialized as -1*/
}
{
0 ,/* adjacent R BC indexes */
140 ,/* transfer execution transponder index */
BORDER_INACTIVE_A ,/* border figure, dynamic data, be initialized as BORDER_INACTIVE_A*/
- 1 ,/* train number, dynamic data, be initialized as -1*/
}
{
0 ,/* adjacent R BC indexes */
177 ,/* transfer execution transponder index */
BORDER_INACTIVE_A ,/* border figure, dynamic data, be initialized as BORDER_INACTIVE_A*/
- 1 ,/* train number, dynamic data, be initialized as -1*/
}
{
1 ,/* adjacent R BC indexes */
178 ,/* transfer execution transponder index */
BORDER_INACTIVE_A ,/* border figure, dynamic data, be initialized as BORDER_INACTIVE_A*/
- 1 ,/* train number, dynamic data, be initialized as -1*/
}
{
2 ,/* adjacent R BC indexes */
303 ,/* transfer execution transponder index */
BORDER_INACTIVE_A ,/* border figure, dynamic data, be initialized as BORDER_INACTIVE_A*/
- 1 ,/* train number, dynamic data, be initialized as -1*/
}
{
2 ,/* adjacent R BC indexes */
304 ,/* transfer execution transponder index */
BORDER_INACTIVE_A ,/* border figure, dynamic data, be initialized as BORDER_INACTIVE_A*/
- 1 ,/* train number, dynamic data, be initialized as -1*/
}
The present invention completes to postpone for each RBC RBC transfer relation informations and matching somebody with somebody for RBC boundary informations, then performs
The train MA hand-over methods provided by the invention realized based on multiple RBC.The train provided by the invention realized based on multiple RBC
MA hand-over methods are particularly suitable for use in CTCS-3 level train control systems.Specific method is as shown in fig.2, this method is based on RBC(n)Side, bag
Include：
Step 101, RBC is worked as(n)Final position is authorized to transfer the position of execution transponder in the MA sent to train
When, RBC(n)Transponder and the RBC boundary informations are performed according to described transfer, determines RBC(n+1)。
Wherein, RBC(n+1)With RBC(n)It is adjacent, RBC(n+1)The next RBC that will enter for train.
As it was noted above, the transfer in the present invention performs transponder positioned at two adjacent R BC RBC borders.Specifically at this
In embodiment, transfer execution transponder and be located at the RBC(n)With the RBC(n+1)RBC boundary positions at.
In the present invention, RBC is worked as(n)Final position is authorized to transfer the position of execution transponder in the MA sent to train
When putting, show subsequent time RBC(n)The MA length that can be provided in compass of competency for train will be insufficient for train institute in itself
The MA length needed, i.e. RBC(n)It is determined that need to start RBC(n)With RBC(n+1)Between train MA transfer.
Wherein, the RBC(n)Perform transponder and the RBC boundary informations according to described transfer, determine with it is described
RBC(n)Adjacent RBC(n+1)Specifically include：
From above, the present invention is configured with RBC boundary informations on each RBC borders in advance, RBC boundary informations are included extremely
Few one group of RBC border set, therefore in the present embodiment, RBC(n)RBC can be determined according to execution transponder is transferred(n)'s
One group of RBC border set in RBC boundary informations, and then the adjacent R BC indexes in one group of RBC borders set, it is determined that
Go out RBC(n+1)。
Step 102, RBC(n)To RBC(n+1)Send and transfer schedule information.
Wherein described transfer schedule information includes the RBC(n)RBC transfer relation information.
In the present invention, RBC is worked as(n+1)Receive RBC(n)The RBC sent(n)RBC transfer relation information after, by institute
State RBC and transfer relation information and RBC(n+1)Verification is compared in the configuration data of itself, when Inspection by after, RBC(n+1)
To RBC(n)Send and confirm to start handover information.
Step 103, RBC(n)Receive RBC(n+1)After the confirmation of transmission starts handover information, to RBC(n+1)N-th is sent to enter
Road solicited message, the n-th route solicited message include the RBC(n+1)Need to the RBC(n)The MA length of transmission.
Generally, it is assumed that current RBC(n)Can be that the MA length that train provides is 5km in compass of competency, and train sheet
MA length needed for body is 20km, then in the present embodiment, works as RBC(n)Receive RBC(n+1)The confirmation of transmission, which starts, transfers letter
After breath, to RBC(n+1)The n-th route solicited message is sent, the n-th route solicited message is specifically used for request RBC(n+1)To
RBC(n)Send 15km MA length.
Step 104, RBC(n)Receive RBC(n+1)(n+1)th sent authorizes relevant information, and described (n+1)th authorizes relevant information
Including the RBC(n+1)Need to the RBC(n)The MA length of transmission.
In the present invention, RBC is worked as(n+1)Get RBC(n)After required 15km MA length, by the MA length bags of the 15km
It is contained in the (n+1)th mandate relevant information, and then the (n+1)th mandate relevant information is sent to RBC(n)。
Step 105, RBC(n)By RBC(n)Compass of competency in MA length and RBC(n+1)The MA length of transmission is spliced,
And spliced MA length is sent to the train.
Wherein, the RBC(n)Compass of competency in MA length refer to RBC(n)Compass of competency in can also be supplied to
The MA length of train.In the present embodiment, RBC(n)Receive RBC(n+1)After the 15km of transmission MA length, by RBC(n)Compass of competency
The interior 5km that can also be supplied to train MA length and RBC(n+1)The 15km of transmission MA length is spliced, and obtains 20km's
MA length, and then the 20km obtained after splicing MA length is sent to train, to ensure the MA length of train as 20km, so as to
Ensure that train crosses RBC(n)With RBC(n+1)RBC borders when speed it is constant.
It should be noted that the description of the n-th route solicited message being related in the present invention, the (n+1)th mandate relevant information is only
It is only used for realizing the route solicited message for sending different RBC, different RBC(n+1)The mandate relevant information of transmission makes a distinction.
Simultaneously, the present invention also provides a kind of train MA hand-over methods realized based on multiple RBC, as shown in figure 3, should
Method is based on RBC(n+1)Side, with RBC(n)The method of side is corresponding.Wherein, RBC(n+1)Represent (n+1)th in train travelling process
Individual RBC.The RBC(n+1)It is and RBC(n)Adjacent RBC.RBC in the present embodiment(n+1)In be also pre-configured with RBC(n+1)Transfer and close
It is information and RBC(n+1)Boundary information.Method specifically includes：
Step 201, RBC(n+1)Receive RBC(n)The transfer schedule information of transmission.
The transfer schedule information includes RBC(n)The RBC being pre-configured with transfers relation information.The RBC(n)It is pre-configured with
RBC transfer relation information and include at least one set of RBC and transfer set of relationship, the RBC, which transfers set of relationship, includes adjacent R BC states
Family's value, adjacent R BC numberings and adjacent R BC telephone numbers.
Step 202, RBC(n+1)Relation information and the RBC are transferred according to the RBC(n+1)The configuration data of itself is carried out
Inspection.If Inspection is by performing step 203, if Inspection is not by performing step 207.
In the present invention, RBC(n+1)According to RBC(n)The RBC of transmission transfers relation information, judges that the RBC transfers relation letter
The national values of adjacent R BC, adjacent R BC numberings and adjacent R BC telephone numbers and the configuration data of itself that breath includes, including
RBC(n+1)Verification is compared in the national value of itself, numbering, telephone number.As the adjacent R BC that RBC transfer relation informations include
Country's value, adjacent R BC numberings and adjacent R BC telephone numbers and RBC(n+1)The country's value of itself, numbering, telephone number compare consistent
When, then it represents that Inspection is by now showing RBC(n+1)For with RBC(n)The target RBC adjacent, train will enter.
Step 203, RBC(n+1)To RBC(n)Send and confirm to start handover information.
Work as RBC(n+1)Inspection is by rear, RBC(n+1)To RBC(n)Send and confirm to start handover information.
Step 204, RBC(n+1)Receive RBC(n)The the n-th route solicited message sent, the n-th route solicited message include
The RBC(n+1)Need to the RBC(n)The MA length of transmission.
Work as RBC(n)Receive RBC(n+1)After the confirmation of transmission starts handover information, RBC(n)To RBC(n+1)Send the n-th route
Solicited message, then corresponding, RBC(n+1)Receive RBC(n)The the n-th route solicited message sent.The n-th route solicited message
Including RBC(n+1)Need to RBC(n)The MA length of transmission.
Step 205, RBC(n+1)According to the n-th route solicited message, and with reference to the RBC(n+1)Compass of competency length
Degree, is calculated the MA length.
In the present invention, RBC(n+1)Compass of competency length be likely larger than equal to RBC(n+1)Need to RBC(n)The MA of transmission
Length, RBC(n+1)Compass of competency length may also be less than RBC(n+1)Need to RBC(n)The MA length of transmission.For both
Situation, step 205 specifically include two kinds of implementations.Specifically：
(1) RBC is worked as(n+1)Need to RBC(n)The MA length of transmission is less than or equal to RBC(n+1)Compass of competency length when,
RBC(n+1)Directly from the RBC(n+1)Compass of competency length in calculate the MA length.
(2) RBC is worked as(n+1)Need to RBC(n)The MA length of transmission is more than RBC(n+1)Compass of competency length when, RBC(n+1)
Can not be RBC(n)Enough MA length is provided, now RBC(n+1)Need the RBC that can pass through to adjacent thereto, train(n+2)Please
Seek remaining MA length.Specifically for example, RBC(n+1)Need to RBC(n)The MA length of transmission is 15km, but RBC(n+1)Compass of competency
Length is only 10km, namely RBC(n+1)It is only RBC(n)Send 10km MA length, also poor 5km MA length.In order to ensure
20kmMA length needed for train, RBC(n+1)It may proceed to RBC(n+2)Send the (n+1)th route solicited message, (n+1)th route
Solicited message includes the RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission, the remaining MA length are that is gone back
The 5km of difference MA length.
RBC(n+2)Receive RBC(n+1)After the (n+1)th route solicited message sent, 5km is marked off out of its compass of competency
MA length, be contained in n-th+2 mandate relevant information in, send back RBC(n+1)。
RBC(n+1)Receive RBC(n+2)N-th+2 sent authorizes relevant information, and the n-th+2 mandate relevant information includes
RBC(n+2)Need to the RBC(n+1)The remaining MA length 5km of transmission.
Now, RBC(n+1)By RBC(n+1)Compass of competency length and RBC(n+2)The remaining MA length of transmission merges place
Reason, is calculated RBC(n+1)Need to RBC(n)The MA length of transmission.
Step 206, RBC(n+1)To the RBC(n)Send (n+1)th and authorize relevant information, described (n+1)th authorizes relevant information
Including the MA length.
In RBC(n+1)RBC is calculated(n+1)Need to RBC(n)After the MA length of transmission, the (n+1)th mandate is contained in
In relevant information, and the described (n+1)th mandate relevant information is sent to RBC(n), so that RBC(n)Awarded receiving (n+1)th
After weighing relevant information, by RBC(n)Compass of competency in MA length and RBC(n+1)The MA length of transmission is spliced, and will splicing
MA length afterwards is sent to train.
Step 207, flow terminates.
Therefore the above-mentioned technical proposal of the application present invention, as RBC in the present invention(n)Compass of competency in MA curtailments
During providing the MA length needed for train, RBC(n)Can be to RBC(n+1)The MA length of deficiency is asked, so as to ensure RBC(n)Finally will
RBC(n)Compass of competency in MA length and RBC(n+1)The MA length of transmission carries out spliced MA length and grown for the MA of train
Degree, ensures that the MA length of train is constant all the time, so as to ensure train by not slowing down during RBC borders.
In the present invention, as shown in figure 4, the present invention relates to MA hand-overs between multiple RBC.For the ease of clearly saying
Bright, the present invention defines the transfer RBC and reception RBC that RBCHov1 and RBCAcc1 transfers respectively as first MA, and for the
Two MA are transferred, and the transfer RBC (RBCHov2) that RBCAcc1 transfers as second MA again, RBCAcc2 move as second MA
The reception RBC of friendship, RBCAcc1 and RBCHov2 is same RBC here, and by that analogy, RBCAcc (n) moves as (n+1)th MA
Transfer RBC (RBCHov (n+1)), the reception RBC that RBCAcc (n+1) transfers as (n+1)th MA of friendship, here RBCAcc (n)
It is same RBC with RBCHov (n+1).
In the present invention, should be by RBCAcc after RBCHov (n+1) receives the mandate relevant information of RBCAcc (n+1) transmissions
(n) RBCHov (n) is sent to after merging with the mandate relevant information in its compass of competency.By that analogy, finally by RBCHov1
The mandate relevant information received from RBCAcc1 is merged into the MA sent to train.
Therefore, train MA calculation formula is as follows in the present invention：
L_RBCAcc1=L1+L_RBCAcc2
L_RBCAcc2=L2+L_RBCAcc3
…
L_RBCAcc (n)=L (n)+L_RBCAcc (n+1)
In above-mentioned formula,
L0 represents that transferring RBC for the 1st starts when transferring from train reference transponder to the MA length for transferring RBC borders；
L (n) represents the 1st reception RBC compass of competency length；
L (m) represents to receive the length being related in the mandate relevant information calculated in RBC m-th.
The present invention the connection status that ensures each RBC it is normal, enter in the case of line state is normal, train status is normal, with 3
The train MA realized between individual RBC is illustrated exemplified by transferring.
Wherein, 3 RBC are respectively RBC1, RBC2 and RBC3, and RBC2 compass of competency length is 10km, needed for train
MA length is 20km.From the point of view of Fig. 1, current train is located in RBC1 compass of competency.Method specifically includes：
Step 301, when the position for performing transponder is is transferred in the mandate final position in the MA that RBC1 is sent to train,
RBC1 performs transponder and the RBC boundary informations according to described transfer, and determines RBC2.
Step 302, RBC1 sends to RBC2 and transfers schedule information.
The schedule information of transferring includes RBC1 RBC transfer relation informations.
Step 303, RBC2 receives the transfer schedule information that RBC1 is sent, and transfers relation information and RBC2 certainly according to RBC
Verification is compared in the configuration data of body.If Inspection is by performing step 304, if Inspection is not by holding
Row step 312.
Step 304, RBC2 is sent to RBC1 confirms to start handover information.
Step 305, after RBC1 receives the confirmation startup handover information of RBC2 transmissions, the request of the first route is sent to RBC2
Information, the first route solicited message include the MA length that the RBC2 needs to send to RBC1.
Assuming that it is 5km that current RBC1, which can be the MA length that train provides, then RBC1 sends the first route to RBC2 please
Asking information to be specifically used for request RBC2 needs to the MA length that RBC1 is sent to be 15km.
Step 306, RBC2 receives the first route solicited message that RBC1 is sent, and asks to believe according to first route
Breath, with reference to RBC2 compass of competency length, calculate the MA length for learning that RBC2 is merely capable of sending 10km for RBC1, Wu Fawei
RBC1 provides enough 15km MA length, and now RBC2 continues to send the second route solicited message to RBC3, and described second enters
Road solicited message includes the remaining MA length 5km that the RBC3 needs to send to RBC2.
Step 307, RBC3 receives the second route solicited message that RBC2 is sent, and is marked off out of RBC3 compass of competency
5km MA length, it is contained in the 3rd mandate relevant information, sends back RBC2.
Step 308, RBC2 receives the 3rd mandate relevant information that RBC3 is sent, by RBC2 compass of competency length and RBC3
The remaining MA length 5km sent to RBC2 merges processing, and the MA length 15km that RBC2 needs to send to RBC1 is calculated.
Step 309, the MA length 15km being calculated is included in second and authorized in relevant information by RBC2, and second is authorized
Relevant information is sent to RBC1.
Step 310, RBC1 receives the second mandate relevant information that RBC2 is sent, and the MA in RBC1 compass of competency is grown
The MA length 15km that degree 5km and RBC2 is sent is spliced, and obtains MA length 20km.
Step 311, the MA length 20km being calculated is sent to train by RBC1.
Step 312, flow terminates.
In the above embodiment of the present invention, after RBC2, which receives train, crosses RBC1 and RBC2 RBC borders, sent out to RBC1
Send and transfer adapter message, the hand-over between RBC1 and RBC2 terminates, and now other handoff procedures continue to, not to it
He has an impact flow.
If it should also be noted that, in the present embodiment train status in RBC1 compass of competency occur it is abnormal, or
Person's route abnormal state, or communication abnormality between RBC1 and RBC2, all the transfer between three RBC will be caused to cancel.And such as
Route abnormal state of the fruit in RBC2 compass of competency, or communication abnormality between RBC2 and RBC3, can cause RBC2 and
Transfer between RBC3 is cancelled, but the transfer between RBC1 and RBC2 is normally carried out.
Based on a kind of previously described train MA hand-over methods realized based on multiple RBC of the present invention, the present invention also provides
A kind of train MA handover apparatus realized based on multiple RBC, as shown in figure 5, the device is applied to RBC(n)In, n is positive integer,
The RBC(n)Be provided with RBC in advance and transfer relation information and RBC boundary informations.
Wherein, the RBC, which transfers relation information, includes at least one set of RBC transfer set of relationship, and the RBC transfers set of relations
Conjunction includes the national values of adjacent R BC, adjacent R BC numberings and adjacent R BC telephone numbers；The RBC boundary informations include at least one set
RBC borders are gathered, and the RBC borders set includes adjacent R BC indexes and transferred to perform transponder index.
Described device specifically includes：
First determining module 10, for as the RBC(n)Mandate final position in the driving license MA sent to train
During to transfer the position for performing transponder, transponder and the RBC boundary informations are performed according to described transfer, is determined
RBC(n+1)；
First sending module 20, for the RBC(n+1)Send and transfer schedule information, the transfer schedule information includes
The RBC transfers relation information, to cause the RBC(n+1)After receiving the RBC transfers relation information, the RBC is transferred
Relation information and the RBC(n+1)Verification is compared in the configuration data of itself, when Inspection by after, to the RBC(n)Hair
Confirmation is sent to start handover information；
First receiving module 30, for receiving the RBC(n)The confirmation of transmission starts handover information；
Second sending module 40, for receiving the RBC in first receiving module 30(n+1)The confirmation of transmission starts
After handover information, to the RBC(n+1)The n-th route solicited message is sent, the n-th route solicited message includes the RBC(n+1)
Need to the RBC(n)The MA length of transmission；
Second receiving module 50, for receiving the RBC(n+1)(n+1)th sent authorizes relevant information, and described (n+1)th awards
Power relevant information includes the RBC(n+1)Need to the RBC(n)The MA length of transmission；
Concatenation module 60, for by the RBC(n)Compass of competency in MA length and the RBC(n+1)The MA length of transmission
Degree is spliced；
3rd sending module 70, for spliced MA length to be sent into the train.
Also provided based on a kind of train MA hand-over methods realized based on multiple RBC provided by the invention, the present invention above
A kind of train MA handover apparatus realized based on multiple RBC, as shown in fig. 6, the device is applied to RBC(n+1)In, n is positive integer,
Described device specifically includes：
3rd receiving module 100, for receiving RBC(n)The transfer schedule information of transmission, the transfer schedule information include
The RBC(n)The RBC being pre-configured with transfers relation information；
Inspection module 200, for transferring relation information and the RBC according to the RBC(n+1)The configuration data of itself
Verification is compared；
4th sending module 300, for when the Inspection of Inspection module 200 by after, to the RBC(n)Hair
Confirmation is sent to start handover information；
4th receiving module 400, for receiving the RBC(n)The the n-th route solicited message sent, n-th route please
Information is asked to include the RBC(n+1)Need to the RBC(n)The MA length of transmission；
Computing module 500, for according to the n-th route solicited message, and with reference to the RBC(n+1)Compass of competency length
Degree, is calculated the MA length；
5th sending module 600, for the RBC(n)Send (n+1)th and authorize relevant information, described (n+1)th authorizes phase
Closing information includes the MA length.
Wherein, the computing module 500 includes：
First calculating sub module 501, for being less than or equal to the RBC when the MA length(n+1)Compass of competency length when,
Directly from the RBC(n+1)Compass of competency length in calculate the MA length；
Sending submodule 502, for being more than the RBC when the MA length(n+1)Compass of competency length when, to
RBC(n+2)The (n+1)th route solicited message is sent, the (n+1)th route solicited message includes the RBC(n+2)Need to described
RBC(n+1)The remaining MA length of transmission；
Receiving submodule 503, for receiving the RBC(n+2)N-th+2 sent authorizes relevant information, and described n-th+2 authorizes
Relevant information includes the RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission；
Second calculating sub module 504, for by the RBC(n+1)Compass of competency length and the remaining MA length merge
Processing, is calculated the MA length.
It should be noted that each embodiment in this specification is described by the way of progressive, each embodiment weight
Point explanation is all difference with other embodiment, between each embodiment identical similar part mutually referring to.
For device class embodiment, because it is substantially similar to embodiment of the method, so description is fairly simple, related part is joined
See the part explanation of embodiment of the method.
Finally, it is to be noted that, herein, such as first and second or the like relational terms be used merely to by
One entity or operation make a distinction with another entity or operation, and not necessarily require or imply these entities or operation
Between any this actual relation or order be present.Moreover, term " comprising ", "comprising" or its any other variant meaning
Covering including for nonexcludability, so that process, method, article or equipment including a series of elements not only include that
A little key elements, but also the other element including being not expressly set out, or also include for this process, method, article or
The intrinsic key element of equipment.In the absence of more restrictions, the key element limited by sentence "including a ...", is not arranged
Except other identical element in the process including the key element, method, article or equipment being also present.
A kind of train MA hand-over methods and device realized based on multiple RBC provided by the present invention has been carried out in detail above
Thin to introduce, specific case used herein is set forth to the principle and embodiment of the present invention, and above example is said
It is bright to be only intended to help the method and its core concept for understanding the present invention；Meanwhile for those of ordinary skill in the art, foundation
The thought of the present invention, there will be changes in specific embodiments and applications, in summary, this specification content is not
It is interpreted as limitation of the present invention.
Claims (5)
- A kind of 1. train MA hand-over methods realized based on multiple RBC, applied to radio block center RBC(n)In, n is just whole Number, it is characterised in that the RBC(n)Be provided with RBC in advance and transfer relation information and RBC boundary informations；Methods described includes：As the RBC(n)The final position that authorizes in the driving license MA sent to train is to transfer the position for performing transponder When, the RBC(n)Transponder and the RBC boundary informations are performed according to described transfer, determines RBC(n+1)；The RBC(n)To the RBC(n+1)Send and transfer schedule information, the transfer schedule information includes the RBC and transfers relation Information, to cause the RBC(n+1)Receive after the RBC transfers relation information, by the RBC transfer relation information with it is described RBC(n+1)Verification is compared in the configuration data of itself, when Inspection by after, to the RBC(n)Send to confirm to start and transfer Information；The RBC(n)Receive the RBC(n+1)After the confirmation of transmission starts handover information, to the RBC(n+1)Send the n-th route Solicited message, the n-th route solicited message include the RBC(n+1)Need to the RBC(n)The MA length of transmission, to cause The RBC(n+1)According to the n-th route solicited message, and with reference to the RBC(n+1)Compass of competency length, institute is calculated State MA length；The RBC(n)Receive the RBC(n+1)(n+1)th sent authorizes relevant information, and the (n+1)th mandate relevant information includes The RBC(n+1)Need to the RBC(n)The MA length of transmission；The RBC(n)By the RBC(n)Compass of competency in MA length and the RBC(n+1)The MA length of transmission is spliced, And spliced MA length is sent to the train；Wherein, the RBC(n+1)According to route solicited message, and with reference to the RBC(n+1)Compass of competency length, institute is calculated Stating MA length includes：When the MA length is less than or equal to the RBC(n+1)Compass of competency length when, the RBC(n+1)Directly from described RBC(n+1)Compass of competency length in calculate the MA length；When the MA length is more than the RBC(n+1)Compass of competency length when, the RBC(n+1)To RBC(n+2)Send and transfer in advance Information is accused, the transfer schedule information includes the RBC and transfers relation information, to cause the RBC(n+2)Receive the RBC After transferring relation information, the RBC is transferred into relation information and the RBC(n+2)Verification is compared in the configuration data of itself, when Inspection is by rear, to the RBC(n+1)Send and confirm to start handover information；In the RBC(n+1)Receive the RBC(n+2) After the confirmation of transmission starts handover information, the RBC(n+1)To the RBC(n+2)Send the (n+1)th route solicited message, described n-th + 1 route solicited message includes the RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission；The RBC(n+1)Receive the RBC(n+2)N-th+2 sent authorizes relevant information, and the n-th+2 mandate relevant information includes The RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission；The RBC(n+1)By the RBC(n+1)Compass of competency length and the remaining MA length merging treatment, be calculated described MA length.
- 2. according to the method for claim 1, it is characterised in that the RBC transfers relation information and moved including at least one set of RBC Set of relationship is handed over, the RBC, which transfers set of relationship, includes adjacent R BC countries value, adjacent R BC numberings and adjacent R BC telephone numbers； The RBC boundary informations are gathered including at least one set of RBC borders, and the RBC borders set includes adjacent R BC indexes and transfer is held Row transponder indexes.
- A kind of 3. train MA hand-over methods realized based on multiple RBC, applied to radio block center RBC(n+1)In, n is just whole Number, it is characterised in that methods described includes：The RBC(n+1)Receive RBC(n)The transfer schedule information of transmission, the transfer schedule information include the RBC(n)Match somebody with somebody in advance The RBC put transfers relation information；The RBC(n+1)Relation information and the RBC are transferred according to the RBC(n+1)Verification is compared in the configuration data of itself；As the RBC(n+1)Inspection is by rear, the RBC(n+1)To the RBC(n)Send and confirm to start handover information；The RBC(n+1)Receive the RBC(n)The the n-th route solicited message sent, the n-th route solicited message include described RBC(n+1)Need to the RBC(n)The MA length of transmission；The RBC(n+1)According to the n-th route solicited message, and with reference to the RBC(n+1)Compass of competency length, be calculated The MA length；The RBC(n+1)To the RBC(n)Send (n+1)th and authorize relevant information, described (n+1)th authorizes relevant information including described MA length；Wherein, the RBC(n+1)According to route solicited message, and with reference to the RBC(n+1)Compass of competency length, institute is calculated Stating MA length includes：When the MA length is less than or equal to the RBC(n+1)Compass of competency length when, the RBC(n+1)Directly from described RBC(n+1)Compass of competency length in calculate the MA length；When the MA length is more than the RBC(n+1)Compass of competency length when, the RBC(n+1)To RBC(n+2)Send and transfer in advance Information is accused, the transfer schedule information includes the RBC and transfers relation information, to cause the RBC(n+2)Receive the RBC After transferring relation information, the RBC is transferred into relation information and the RBC(n+2)Verification is compared in the configuration data of itself, when Inspection is by rear, to the RBC(n+1)Send and confirm to start handover information；In the RBC(n+1)Receive the RBC(n+2) After the confirmation of transmission starts handover information, the RBC(n+1)To the RBC(n+2)Send the (n+1)th route solicited message, described n-th + 1 route solicited message includes the RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission；The RBC(n+1)Receive the RBC(n+2)N-th+2 sent authorizes relevant information, and the n-th+2 mandate relevant information includes The RBC(n+2)Need to the RBC(n+1)The remaining MA length of transmission；The RBC(n+1)By the RBC(n+1)Compass of competency length and the remaining MA length merging treatment, be calculated described MA length.
- A kind of 4. train MA handover apparatus realized based on multiple RBC, applied to radio block center RBC(n)In, n is just whole Number, it is characterised in that the RBC(n)Be provided with RBC in advance and transfer relation information and RBC boundary informations；As the RBC(n)During as transferring RBC, described device includes：First determining module, for as the RBC(n)Mandate final position in the driving license MA sent to train is transfer When performing the position of transponder, transponder and the RBC boundary informations are performed according to described transfer, determines RBC(n+1)；First sending module, for the RBC(n+1)Send and transfer schedule information, the transfer schedule information includes the RBC Relation information is transferred, to cause the RBC(n+1)After receiving the RBC transfers relation information, the RBC is transferred into relation letter Breath and the RBC(n+1)Verification is compared in the configuration data of itself, when Inspection by after, to the RBC(n)Send and confirm Start handover information；First receiving module, for receiving the RBC(n+1)The confirmation of transmission starts handover information；Second sending module, for receiving the RBC in first receiving module(n+1)The confirmation of transmission starts handover information Afterwards, to the RBC(n+1)The n-th route solicited message is sent, the n-th route solicited message includes the RBC(n+1)Need to institute State RBC(n)The MA length of transmission；Second receiving module, for receiving the RBC(n+1)(n+1)th sent authorizes relevant information, and described (n+1)th authorizes correlation Information includes the RBC(n+1)Need to the RBC(n)The MA length of transmission；Concatenation module, for by the RBC(n)Compass of competency in MA length and the RBC(n+1)The MA length of transmission is carried out Splicing；3rd sending module, for spliced MA length to be sent into the train；As the RBC(n)During as receiving RBC, described device includes：3rd receiving module, for receiving RBC(n-1)The transfer schedule information of transmission, the transfer schedule information include described RBC(n-1)The RBC being pre-configured with transfers relation information；Inspection module, for transferring relation information and the RBC according to the RBC(n)The configuration data of itself is compared Verification；4th sending module, for when the Inspection module Inspection by after, to the RBC(n-1)Confirmation is sent to open Dynamic handover information；4th receiving module, for receiving the RBC(n-1)The the (n-1)th route solicited message sent, the (n-1)th route request Information includes the RBC(n)Need to the RBC(n-1)The MA length of transmission；Computing module, for according to the (n-1)th route solicited message, and with reference to the RBC(n)Compass of competency length, calculate Obtain the MA length；5th sending module, for the RBC(n-1)Send n-th and authorize relevant information, the n-th mandate relevant information includes The MA length；Wherein, the computing module includes：First calculating sub module, for being less than or equal to the RBC when the MA length(n)Compass of competency length when, directly from institute State RBC(n)Compass of competency length in calculate the MA length；Sending submodule, for being more than the RBC when the MA length(n)Compass of competency length when, the RBC(n)To RBC(n+1)Send and transfer schedule information, the transfer schedule information includes the RBC and transfers relation information, described to cause RBC(n+1)After receiving the RBC transfers relation information, the RBC is transferred into relation information and the RBC(n+1)Itself matches somebody with somebody Put data and verification be compared, when Inspection by after, to the RBC(n)Send and confirm to start handover information；Described RBC(n)Receive the RBC(n+1)After the confirmation of transmission starts handover information, to the RBC(n+1)Send the n-th route request letter Breath, the n-th route solicited message include the RBC(n+1)Need to the RBC(n)The remaining MA length of transmission；Receiving submodule, for receiving the RBC(n+1)(n+1)th sent authorizes relevant information, and described (n+1)th authorizes related letter Breath includes the RBC(n+1)Need to the RBC(n)The remaining MA length of transmission；Second calculating sub module, for by the RBC(n)Compass of competency length and the remaining MA length merging treatment, calculate Obtain the MA length.
- 5. device according to claim 4, it is characterised in that the RBC transfers relation information and moved including at least one set of RBC Set of relationship is handed over, the RBC, which transfers set of relationship, includes adjacent R BC countries value, adjacent R BC numberings and adjacent R BC telephone numbers； The RBC boundary informations are gathered including at least one set of RBC borders, and the RBC borders set includes adjacent R BC indexes and transfer is held Row transponder indexes.
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|---|---|---|---|---|
| CN107972701B (en) * | 2017-10-24 | 2020-11-13 | 北京全路通信信号研究设计院集团有限公司 | Information processing method, system and computer readable storage medium |
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