CN105373680B - The design method and device of bullet train high-pressure system - Google Patents
The design method and device of bullet train high-pressure system Download PDFInfo
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- CN105373680B CN105373680B CN201510919865.2A CN201510919865A CN105373680B CN 105373680 B CN105373680 B CN 105373680B CN 201510919865 A CN201510919865 A CN 201510919865A CN 105373680 B CN105373680 B CN 105373680B
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Abstract
The invention discloses the design methods and device of a kind of bullet train high-pressure system, which comprises obtains the design objective issued, includes the technical indicator and related technical data of known bullet train product in design objective；According to the technical indicator and related technical data of known bullet train product, the current-carrying capacity parameter of high-pressure system is calculated；According to current-carrying capacity parameter, pantograph, vacuum circuit breaker and high voltage isolator are configured, obtains pantograph, the configuration parameter of vacuum circuit breaker and high voltage isolator respectively；Earthing switch, arrester are configured, obtains the configuration parameter of earthing switch, arrester respectively；Configuration parameter based on pantograph, vacuum circuit breaker, high voltage isolator, earthing switch and arrester generates high-pressure system design scheme.Therefore, the design method and device of bullet train high-pressure system of the present invention, can be avoided repetition R&D work, and design efficiency can be improved, and reduces error probability, can satisfy the demand quickly designed bullet train.
Description
Technical field
The present invention relates to public transport fields, more particularly to the design method and dress of a kind of bullet train high-pressure system
It sets.
Background technique
In the exploitation of existing bullet train, after Vehicle manufacturers are connected to order, the skill artificially to order is needed
Art index is decomposed, and each component module is decomposed, and such as dynamic population, traveling component or car body component, each group sub-module is again
Each subsystem module is decomposed, such as dynamic population module decomposes traction subsystem module, high pressure subsystem according to technical indicator
Module of uniting and brake subsystem module, the corresponding research and development department of each module is according to corresponding technical indicator, designer's knot later
The design experiences for closing itself develop the vehicle met the requirements.
However, the design method of existing high speed train motive component high-pressure system is there are following defect, high-pressure system is ground
After hair department is connected to development task every time, it can all restart system research and development, wherein need to repeat to research and develop some in grinding before
The R&D work that hair process has been completed, causes repeated work, can waste a large amount of manpower, time and fund cost, also,
Error probability is larger, can stop over research and development progress.Therefore, the design efficiency of research and development of existing bullet train high-pressure system is low, and
And error probability is larger, is unable to satisfy the demand quickly designed bullet train.
Summary of the invention
The object of the present invention is to provide the design methods and device of a kind of bullet train high-pressure system, can be avoided repetition and grind
Work is sent out, be can be improved to bullet train high-pressure system design efficiency, reduced error probability, can satisfy and bullet train is quickly set
The demand of meter.
To achieve the above object, the invention provides the following technical scheme:
A kind of design method of bullet train high-pressure system, comprising:
The design objective issued is obtained, includes the technical indicator and correlation of known bullet train product in the design objective
Technical data；
According to the technical indicator and related technical data of the known bullet train product, the current-carrying capacity of high-pressure system is calculated
Parameter, the current-carrying capacity parameter include pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high voltage isolator current-carrying capacity；
According to the current-carrying capacity parameter, configure pantograph, vacuum circuit breaker and high voltage isolator, obtain respectively it is described by
The configuration parameter of pantograph, the vacuum circuit breaker and the high voltage isolator；
Earthing switch, arrester are configured, obtains the configuration parameter of the earthing switch, the arrester respectively；
Based on the pantograph, the vacuum circuit breaker, the high voltage isolator, the earthing switch and described lightning-arrest
The configuration parameter of device generates high-pressure system design scheme.
Optionally, described that pantograph, vacuum circuit breaker and high voltage isolator are configured according to the current-carrying capacity parameter, point
The configuration parameter of the pantograph, the vacuum circuit breaker and the high voltage isolator is not obtained, comprising:
According to the pantograph current-carrying capacity, the pantograph example to match is obtained from product example library, with described by electricity
Bend configuration parameter of the performance parameter of example as the pantograph；
According to the vacuum circuit breaker current-carrying capacity, the vacuum circuit breaker example to match is obtained from product example library, with
Configuration parameter of the performance parameter of the vacuum circuit breaker example as the vacuum circuit breaker；
According to the high voltage isolator current-carrying capacity, it is real that the high voltage isolator to match is obtained from product example library
Example, using the performance parameter of the high voltage isolator example as the configuration parameter of the high voltage isolator.
Optionally, described that pantograph, vacuum circuit breaker and high voltage isolator are configured according to the current-carrying capacity parameter, point
The configuration parameter of the pantograph, the vacuum circuit breaker and the high voltage isolator is not obtained, further includes:
It is stencil design by electricity using the pantograph example to match in product example library according to the pantograph current-carrying capacity
Bow, to obtain the configuration parameter of the pantograph；
According to the vacuum circuit breaker current-carrying capacity, set using the vacuum circuit breaker example to match in product example library as template
Vacuum circuit breaker is counted, to obtain the configuration parameter of the vacuum circuit breaker；
According to the high voltage isolator current-carrying capacity, using the high voltage isolator example to match in product example library as mould
Plate designs high voltage isolator, to obtain the configuration parameter of the high voltage isolator.
Optionally, the configuration earthing switch, arrester, obtain the configuration of the earthing switch, the arrester respectively
Parameter, comprising:
According to network pressure parameter, environment temperature parameter, the earthing switch example to match is obtained, from product example library with institute
State configuration parameter of the performance parameter of earthing switch example as the earthing switch；
According to network pressure parameter, environment temperature parameter, the arrester example to match is obtained, from product example library with described
Configuration parameter of the performance parameter of arrester example as the arrester.
Optionally, the configuration earthing switch, arrester, obtain the configuration of the earthing switch, the arrester respectively
Parameter, further includes:
According to network pressure parameter, environment temperature parameter, set using the earthing switch example to match in product example library as template
Earthing switch is counted, to obtain the configuration parameter of the earthing switch；
According to network pressure parameter, environment temperature parameter, using the arrester example to match in product example library as stencil design
Arrester, to obtain the configuration parameter of the arrester.
A kind of design device of bullet train high-pressure system, comprising:
Task acquiring unit includes that known bullet train produces for obtaining the design objective issued, in the design objective
The technical indicator and related technical data of product；
Computing unit calculates high for the technical indicator and related technical data according to the known bullet train product
The current-carrying capacity parameter of pressure system, the current-carrying capacity parameter include pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high_voltage isolation
Switch current-carrying capacity；
First configuration unit, for configuring pantograph, vacuum circuit breaker and high_voltage isolation and opening according to the current-carrying capacity parameter
It closes, obtains the configuration parameter of the pantograph, the vacuum circuit breaker and the high voltage isolator respectively；
Second configuration unit obtains the earthing switch, the arrester for configuring earthing switch, arrester respectively
Configuration parameter；
Generation unit, for being based on the pantograph, the vacuum circuit breaker, the high voltage isolator, the ground connection
The configuration parameter of switch and the arrester generates high-pressure system design scheme.
Optionally, first configuration unit includes:
Pantograph configures subelement, for according to the pantograph current-carrying capacity, acquisition to match from product example library
Pantograph example, using the performance parameter of the pantograph example as the configuration parameter of the pantograph；
Vacuum circuit breaker configures subelement, for being obtained from product example library according to the vacuum circuit breaker current-carrying capacity
The vacuum circuit breaker example to match, using the performance parameter of the vacuum circuit breaker example as the configuration of the vacuum circuit breaker
Parameter；
High voltage isolator configures subelement, is used for according to the high voltage isolator current-carrying capacity, from product example library
The high voltage isolator example to match is obtained, using the performance parameter of the high voltage isolator example as the high_voltage isolation
The configuration parameter of switch.
Optionally, first configuration unit further include:
Pantograph designs subelement, is used for according to the pantograph current-carrying capacity, matched in product example library by electricity
Bow example is stencil design pantograph, to obtain the configuration parameter of the pantograph；
Vacuum circuit breaker designs subelement, is used for according to the vacuum circuit breaker current-carrying capacity, with phase in product example library
The vacuum circuit breaker example matched is stencil design vacuum circuit breaker, to obtain the configuration parameter of the vacuum circuit breaker；
High voltage isolator designs subelement, is used for according to the high voltage isolator current-carrying capacity, in product example library
The high voltage isolator example to match is stencil design high voltage isolator, to obtain the configuration ginseng of the high voltage isolator
Number.
Optionally, second configuration unit includes:
Earthing switch configures subelement, for obtaining phase from product example library according to network pressure parameter, environment temperature parameter
Matched earthing switch example, using the performance parameter of the earthing switch example as the configuration parameter of the earthing switch；
Allocation of Lightning Arrester subelement, for obtaining phase from product example library according to network pressure parameter, environment temperature parameter
The arrester example matched, using the performance parameter of the arrester example as the configuration parameter of the arrester.
Optionally, second configuration unit further include:
Earthing switch designs subelement, is used for according to network pressure parameter, environment temperature parameter, to match in product example library
Earthing switch example be stencil design earthing switch, to obtain the configuration parameter of the earthing switch；
Arrester designs subelement, is used for according to network pressure parameter, environment temperature parameter, with what is matched in product example library
Arrester example is stencil design arrester, to obtain the configuration parameter of the arrester.
As shown from the above technical solution, the design method and device of bullet train high-pressure system provided by the present invention, institute
Stating design method includes: the design objective for obtaining and issuing, and the technology including known bullet train product refers in the design objective
Mark and related technical data；According to the technical indicator and related technical data of the known bullet train product, high pressure system is calculated
The current-carrying capacity parameter of system, the current-carrying capacity parameter include pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high voltage isolator
Current-carrying capacity；According to the current-carrying capacity parameter, configure pantograph, vacuum circuit breaker and high voltage isolator, obtain respectively it is described by
The configuration parameter of pantograph, the vacuum circuit breaker and the high voltage isolator；Earthing switch, arrester are configured, is obtained respectively
The configuration parameter of the earthing switch, the arrester；Based on the pantograph, the vacuum circuit breaker, the high_voltage isolation
The configuration parameter of switch, the earthing switch and the arrester generates high-pressure system design scheme.Therefore, height of the present invention
The design method and device of fast train high-pressure system, can be avoided repetition R&D work, can be improved to bullet train high-pressure system
Design efficiency reduces error probability, can satisfy the demand quickly designed bullet train.
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 only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is a kind of flow chart of the design method of bullet train high-pressure system provided in an embodiment of the present invention；
Fig. 2 is a kind of structural schematic diagram of the design device of bullet train high-pressure system provided in an embodiment of the present invention.
Specific embodiment
Technical solution in order to enable those skilled in the art to better understand the present invention, below in conjunction with of the invention real
The attached drawing in example is applied, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described implementation
Example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is common
Technical staff's every other embodiment obtained without making creative work, all should belong to protection of the present invention
Range.
Referring to FIG. 1, Fig. 1 is a kind of process of the design method of bullet train high-pressure system provided in an embodiment of the present invention
Figure, the design method include:
S100: obtaining the design objective issued, includes the technical indicator of known bullet train product in the design objective
And related technical data.
Wherein, technical indicator refers to the elementary object, including function, performance, structure, behavior etc. that the design of product should reach
Target.
Related technical data refers to technical data relevant to the design of train high-pressure system, and the present embodiment middle finger has designed completion
Train traction system design scheme in, it has been determined that train traction system configurations and tractive transformer quantity, capacity etc.
Parameter.
S101: according to the technical indicator and related technical data of the known bullet train product, high-pressure system is calculated
Current-carrying capacity parameter, the current-carrying capacity parameter include pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high voltage isolator current-carrying
Amount.
The current-carrying capacity parameter for calculating high-pressure system is the starting point of high-pressure system conceptual design, according to the skill of bullet train product
The trailer system structure type and tractive transformer quantity, capacity determined in art index and train traction system design scheme
Etc. parameters, be calculated the current-carrying capacity parameter of high-pressure system, including pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high pressure every
Leave pass current-carrying capacity.
Therefore design method described in the present embodiment is the traction to have designed completion when carrying out high-pressure system conceptual design
System design scheme is reference, to realize that the design of each subsystem module in high speed train motive component mutually refers to, can be mentioned
High design efficiency reduces error probability.
S102: according to the current-carrying capacity parameter, pantograph, vacuum circuit breaker and high voltage isolator is configured, is obtained respectively
The configuration parameter of the pantograph, the vacuum circuit breaker and the high voltage isolator.
Specifically, it specifically includes in this step:
S200: according to pantograph current-carrying capacity, pantograph is configured, the configuration parameter of pantograph is obtained.Wherein, specifically include with
Lower two kinds of situations:
The first situation: according to the pantograph current-carrying capacity, obtaining the pantograph example to match from product example library,
Using the performance parameter of the pantograph example as the configuration parameter of the pantograph.
According to pantograph current-carrying capacity and network pressure parameter, environment temperature parameter etc. are referred to, is selected from pantograph case library
Pantograph example consistent or immediate with the pantograph current-carrying capacity, using the performance parameter of the pantograph example as pantograph
Configuration parameter.
Second situation: according to the pantograph current-carrying capacity, using the pantograph example to match in product example library as mould
Plate designs pantograph, to obtain the configuration parameter of the pantograph.
According to pantograph current-carrying capacity and network pressure parameter, environment temperature parameter etc. are referred to, is selected from pantograph case library
The pantograph example being closer to the pantograph current-carrying capacity is designed using the pantograph example as template, modification attribute ginseng
Number, to obtain the configuration parameter of pantograph.
S201: according to vacuum circuit breaker current-carrying capacity, vacuum circuit breaker is configured, the configuration parameter of vacuum circuit breaker is obtained.Its
In, specifically include following two situation:
The first situation: according to the vacuum circuit breaker current-carrying capacity, it is disconnected that the vacuum to match is obtained from product example library
Road device example, using the performance parameter of the vacuum circuit breaker example as the configuration parameter of the vacuum circuit breaker.
According to vacuum circuit breaker current-carrying capacity and network pressure parameter, environment temperature parameter etc. are referred to, from vacuum circuit breaker example
Vacuum circuit breaker example consistent or immediate with the vacuum circuit breaker current-carrying capacity is selected in library, by the vacuum circuit breaker example
Configuration parameter of the performance parameter as vacuum circuit breaker.
Second situation: according to the vacuum circuit breaker current-carrying capacity, with the vacuum circuit breaker to match in product example library
Example is stencil design vacuum circuit breaker, to obtain the configuration parameter of the vacuum circuit breaker.
According to vacuum circuit breaker current-carrying capacity and network pressure parameter, environment temperature parameter etc. are referred to, from vacuum circuit breaker example
The vacuum circuit breaker example being closer to the vacuum circuit breaker current-carrying capacity is selected in library, using the vacuum circuit breaker example as template
It is designed, property parameters is modified, to obtain the configuration parameter of vacuum circuit breaker.
S203: according to high voltage isolator current-carrying capacity, configuring high voltage isolator, obtains the configuration ginseng of high voltage isolator
Number.Wherein, following two situation is specifically included:
The first situation: according to the high voltage isolator current-carrying capacity, the high pressure to match is obtained from product example library
Disconnecting switch example, using the performance parameter of the high voltage isolator example as the configuration parameter of the high voltage isolator.
According to high voltage isolator current-carrying capacity and network pressure parameter, environment temperature parameter etc. are referred to, from high voltage isolator
High voltage isolator example consistent or immediate with the high voltage isolator current-carrying capacity is selected in case library, by the high_voltage isolation
Switch configuration parameter of the performance parameter of example as high voltage isolator.
Second situation: according to the high voltage isolator current-carrying capacity, with the high_voltage isolation to match in product example library
Switch example is stencil design high voltage isolator, to obtain the configuration parameter of the high voltage isolator.
According to high voltage isolator current-carrying capacity and network pressure parameter, environment temperature parameter etc. are referred to, from high voltage isolator
The high voltage isolator example being closer to the high voltage isolator current-carrying capacity is selected in case library, with the high voltage isolator
Example is designed for template, property parameters is modified, to obtain the configuration parameter of high voltage isolator.
S103: configuration earthing switch, arrester obtain the configuration parameter of the earthing switch, the arrester respectively.
Specifically, it specifically includes in this step:
S300: configuration earthing switch obtains the configuration parameter of the earthing switch.Specifically include following two situation:
The first situation: according to network pressure parameter, environment temperature parameter, the ground connection to match is obtained from product example library and is opened
Example is closed, using the performance parameter of the earthing switch example as the configuration parameter of the earthing switch.
Second situation: real with the earthing switch to match in product example library according to network pressure parameter, environment temperature parameter
Example is stencil design earthing switch, to obtain the configuration parameter of the earthing switch.According to network pressure parameter, environment temperature parameter
Deng selecting the earthing switch example being closer to from earthing switch case library, set using the earthing switch example as template
Meter modifies property parameters, to obtain the configuration parameter of earthing switch.
S301: configuration arrester obtains the configuration parameter of the arrester.Specifically include following two situation:
The first situation: according to network pressure parameter, environment temperature parameter, the arrester to match is obtained from product example library
Example, using the performance parameter of the arrester example as the configuration parameter of the arrester.
Second situation: according to network pressure parameter, environment temperature parameter, with the arrester example to match in product example library
For stencil design arrester, to obtain the configuration parameter of the arrester.According to network pressure parameter, environment temperature parameter etc., from keeping away
The arrester example being closer to is selected in thunder device case library, is designed using the arrester example as template, modification attribute ginseng
Number, to obtain the configuration parameter of arrester.
S104: the pantograph, the vacuum circuit breaker, the high voltage isolator, the earthing switch and institute are based on
The configuration parameter for stating arrester generates high-pressure system design scheme.
It specifically includes and generates layout and design planning book.Simulation arranges that pulling equipment and high pressure are set on each vehicle
It is standby, to determine the pulling equipment of each car and the quantity of high-tension apparatus, generate layout.By it is above-mentioned activity generate pantograph,
The configuration parameter of vacuum circuit breaker, high voltage isolator, earthing switch and arrester, and generate technical indicator be associated with it is dynamic
Power component structure tree is simultaneously stored in technical indicator library, generates high-pressure system design planning book.
The design method of bullet train high-pressure system described in the present embodiment it can be seen from above content can be avoided weight
Multiple R&D work can be improved to bullet train high-pressure system design efficiency, reduce error probability, can satisfy fast to bullet train
The demand of speed design.
Correspondingly, referring to FIG. 2, Fig. 2 is a kind of design dress of bullet train high-pressure system provided in an embodiment of the present invention
The structural schematic diagram set, the design device include:
Task acquiring unit 400 includes known bullet train in the design objective for obtaining the design objective issued
The technical indicator and related technical data of product；
Computing unit 401 is calculated for the technical indicator and related technical data according to the known bullet train product
The current-carrying capacity parameter of high-pressure system, the current-carrying capacity parameter include pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high pressure every
Leave pass current-carrying capacity；
First configuration unit 402, for according to the current-carrying capacity parameter, configure pantograph, vacuum circuit breaker and high pressure every
Pass is left, obtains the configuration parameter of the pantograph, the vacuum circuit breaker and the high voltage isolator respectively；
Second configuration unit 403 obtains the earthing switch, described lightning-arrest for configuring earthing switch, arrester respectively
The configuration parameter of device；
Generation unit 404, for based on the pantograph, the vacuum circuit breaker, the high voltage isolator, described connect
The configuration parameter of ground switch and the arrester generates high-pressure system design scheme.
Wherein, specifically first configuration unit 402 includes:
Pantograph configures subelement, for according to the pantograph current-carrying capacity, acquisition to match from product example library
Pantograph example, using the performance parameter of the pantograph example as the configuration parameter of the pantograph；
Vacuum circuit breaker configures subelement, for being obtained from product example library according to the vacuum circuit breaker current-carrying capacity
The vacuum circuit breaker example to match, using the performance parameter of the vacuum circuit breaker example as the configuration of the vacuum circuit breaker
Parameter；
High voltage isolator configures subelement, is used for according to the high voltage isolator current-carrying capacity, from product example library
The high voltage isolator example to match is obtained, using the performance parameter of the high voltage isolator example as the high_voltage isolation
The configuration parameter of switch.
Further, first configuration unit 402 further include:
Pantograph designs subelement, is used for according to the pantograph current-carrying capacity, matched in product example library by electricity
Bow example is stencil design pantograph, to obtain the configuration parameter of the pantograph；
Vacuum circuit breaker designs subelement, is used for according to the vacuum circuit breaker current-carrying capacity, with phase in product example library
The vacuum circuit breaker example matched is stencil design vacuum circuit breaker, to obtain the configuration parameter of the vacuum circuit breaker；
High voltage isolator designs subelement, is used for according to the high voltage isolator current-carrying capacity, in product example library
The high voltage isolator example to match is stencil design high voltage isolator, to obtain the configuration ginseng of the high voltage isolator
Number.
Second configuration unit 403 includes:
Earthing switch configures subelement, for obtaining phase from product example library according to network pressure parameter, environment temperature parameter
Matched earthing switch example, using the performance parameter of the earthing switch example as the configuration parameter of the earthing switch；
Allocation of Lightning Arrester subelement, for obtaining phase from product example library according to network pressure parameter, environment temperature parameter
The arrester example matched, using the performance parameter of the arrester example as the configuration parameter of the arrester.
Second configuration unit 403 further include:
Earthing switch designs subelement, is used for according to network pressure parameter, environment temperature parameter, to match in product example library
Earthing switch example be stencil design earthing switch, to obtain the configuration parameter of the earthing switch；
Arrester designs subelement, is used for according to network pressure parameter, environment temperature parameter, with what is matched in product example library
Arrester example is stencil design arrester, to obtain the configuration parameter of the arrester.
The design device of bullet train high-pressure system provided in this embodiment it can be seen from above content, including task
Acquiring unit, computing unit, the first configuration unit, the second configuration unit and generation unit can be kept away using the design device
Exempt to repeat R&D work, can be improved to bullet train high-pressure system design efficiency, reduce error probability, can satisfy and high speed is arranged
The demand that vehicle quickly designs.
Detailed Jie has been carried out to the design method and device of a kind of bullet train high-pressure system provided by the present invention above
It continues.Used herein a specific example illustrates the principle and implementation of the invention, and the explanation of above embodiments is only
It is to be used to help understand method and its core concept of the invention.It should be pointed out that for those skilled in the art
For, it without departing from the principle of the present invention, can be with several improvements and modifications are made to the present invention, these improve and repair
Decorations are also fallen within the protection scope of the claims of the present invention.
Claims (8)
1. a kind of design method of bullet train high-pressure system characterized by comprising
The design objective issued is obtained, includes the technical indicator and the relevant technologies of known bullet train product in the design objective
Data；The technical indicator refers to the elementary object that the design of product should reach, including functional objective, performance objective, structure mesh
Mark, performance-based objective；The related technical data refers to technical data relevant to the design of train high-pressure system, including fixed column
Vehicle trailer system structure type parameter and tractive transformer number parameter, capacity parameter；
According to the technical indicator and related technical data of the known bullet train product, the current-carrying capacity ginseng of high-pressure system is calculated
Number, the current-carrying capacity parameter includes pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high voltage isolator current-carrying capacity；
According to the current-carrying capacity parameter, pantograph, vacuum circuit breaker and high voltage isolator are configured, is obtained respectively described by electricity
The configuration parameter of bow, the vacuum circuit breaker and the high voltage isolator；
Earthing switch, arrester are configured, obtains the configuration parameter of the earthing switch, the arrester respectively；
Based on the pantograph, the vacuum circuit breaker, the high voltage isolator, the earthing switch and the arrester
Configuration parameter generates high-pressure system design scheme；
It is described that pantograph, vacuum circuit breaker and high voltage isolator are configured according to the current-carrying capacity parameter, obtain respectively it is described by
The configuration parameter of pantograph, the vacuum circuit breaker and the high voltage isolator, comprising:
According to the pantograph current-carrying capacity, the pantograph example to match is obtained from product example library, it is real with the pantograph
Configuration parameter of the performance parameter of example as the pantograph；
According to the vacuum circuit breaker current-carrying capacity, the vacuum circuit breaker example to match is obtained, from product example library with described
Configuration parameter of the performance parameter of vacuum circuit breaker example as the vacuum circuit breaker；
According to the high voltage isolator current-carrying capacity, the high voltage isolator example to match is obtained from product example library, with
Configuration parameter of the performance parameter of the high voltage isolator example as the high voltage isolator.
2. design method as described in claim 1, which is characterized in that it is described according to the current-carrying capacity parameter, configure pantograph,
Vacuum circuit breaker and high voltage isolator obtain the pantograph, the vacuum circuit breaker and the high voltage isolator respectively
Configuration parameter, further includes:
According to the pantograph current-carrying capacity, using the pantograph example to match in product example library as stencil design pantograph, with
Obtain the configuration parameter of the pantograph；
It is true as stencil design using the vacuum circuit breaker example to match in product example library according to the vacuum circuit breaker current-carrying capacity
Empty breaker, to obtain the configuration parameter of the vacuum circuit breaker；
According to the high voltage isolator current-carrying capacity, set using the high voltage isolator example to match in product example library as template
High voltage isolator is counted, to obtain the configuration parameter of the high voltage isolator.
3. design method as described in claim 1, which is characterized in that the configuration earthing switch, arrester obtain institute respectively
State the configuration parameter of earthing switch, the arrester, comprising:
According to network pressure parameter, environment temperature parameter, the earthing switch example to match is obtained from product example library, is connect with described
Ground switchs configuration parameter of the performance parameter of example as the earthing switch；
According to network pressure parameter, environment temperature parameter, the arrester example to match is obtained from product example library, with described lightning-arrest
Configuration parameter of the performance parameter of device example as the arrester.
4. design method as claimed in claim 3, which is characterized in that the configuration earthing switch, arrester obtain institute respectively
State the configuration parameter of earthing switch, the arrester, further includes:
According to network pressure parameter, environment temperature parameter, connect using the earthing switch example to match in product example library as stencil design
Ground switch, to obtain the configuration parameter of the earthing switch；
It is lightning-arrest as stencil design using the arrester example to match in product example library according to network pressure parameter, environment temperature parameter
Device, to obtain the configuration parameter of the arrester.
5. a kind of design device of bullet train high-pressure system characterized by comprising
Task acquiring unit includes known bullet train product in the design objective for obtaining the design objective issued
Technical indicator and related technical data；The technical indicator refers to the elementary object that the design of product should reach, including function mesh
Mark, performance objective, structural object, performance-based objective；The related technical data refers to technology relevant to the design of train high-pressure system
Data, including fixed train traction system configurations parameter and tractive transformer number parameter, capacity parameter；
Computing unit calculates high pressure system for the technical indicator and related technical data according to the known bullet train product
The current-carrying capacity parameter of system, the current-carrying capacity parameter include pantograph current-carrying capacity, vacuum circuit breaker current-carrying capacity and high voltage isolator
Current-carrying capacity；
First configuration unit, for configuring pantograph, vacuum circuit breaker and high voltage isolator according to the current-carrying capacity parameter,
The configuration parameter of the pantograph, the vacuum circuit breaker and the high voltage isolator is obtained respectively；
Second configuration unit obtains the earthing switch, the arrester is matched for configuring earthing switch, arrester respectively
Set parameter；
Generation unit, for being based on the pantograph, the vacuum circuit breaker, the high voltage isolator, the earthing switch
High-pressure system design scheme is generated with the configuration parameter of the arrester；
First configuration unit includes:
Pantograph configures subelement, for according to the pantograph current-carrying capacity, obtained from product example library match by electricity
Bend example, using the performance parameter of the pantograph example as the configuration parameter of the pantograph；
Vacuum circuit breaker configures subelement, for obtaining phase from product example library according to the vacuum circuit breaker current-carrying capacity
The vacuum circuit breaker example matched is joined using the performance parameter of the vacuum circuit breaker example as the configuration of the vacuum circuit breaker
Number；
High voltage isolator configures subelement, for being obtained from product example library according to the high voltage isolator current-carrying capacity
The high voltage isolator example to match, using the performance parameter of the high voltage isolator example as the high voltage isolator
Configuration parameter.
6. design device as claimed in claim 5, which is characterized in that first configuration unit further include:
Pantograph designs subelement, is used for according to the pantograph current-carrying capacity, real with the pantograph to match in product example library
Example is stencil design pantograph, to obtain the configuration parameter of the pantograph；
Vacuum circuit breaker designs subelement, is used for according to the vacuum circuit breaker current-carrying capacity, with what is matched in product example library
Vacuum circuit breaker example is stencil design vacuum circuit breaker, to obtain the configuration parameter of the vacuum circuit breaker；
High voltage isolator designs subelement, is used for according to the high voltage isolator current-carrying capacity, with phase in product example library
The high voltage isolator example matched is stencil design high voltage isolator, to obtain the configuration parameter of the high voltage isolator.
7. design device as claimed in claim 5, which is characterized in that second configuration unit includes:
Earthing switch configures subelement, for obtaining and matching from product example library according to network pressure parameter, environment temperature parameter
Earthing switch example, using the performance parameter of the earthing switch example as the configuration parameter of the earthing switch；
Allocation of Lightning Arrester subelement, for according to network pressure parameter, environment temperature parameter, acquisition to match from product example library
Arrester example, using the performance parameter of the arrester example as the configuration parameter of the arrester.
8. design device as claimed in claim 7, which is characterized in that second configuration unit further include:
Earthing switch designs subelement, for being connect with what is matched in product example library according to network pressure parameter, environment temperature parameter
It is stencil design earthing switch that ground, which switchs example, to obtain the configuration parameter of the earthing switch；
Arrester designs subelement, for being taken shelter from the thunder with what is matched in product example library according to network pressure parameter, environment temperature parameter
Device example is stencil design arrester, to obtain the configuration parameter of the arrester.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102299558A (en) * | 2010-06-23 | 2011-12-28 | 北京市电力公司 | Method and device for providing electric power system information |
| CN102424004A (en) * | 2011-10-24 | 2012-04-25 | 南车株洲电力机车有限公司 | Motor train unit network side circuit and control method thereof |
| CN202512200U (en) * | 2012-03-06 | 2012-10-31 | 南车株洲电力机车有限公司 | Electric locomotive network side high voltage circuit insulation detection system |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102299558A (en) * | 2010-06-23 | 2011-12-28 | 北京市电力公司 | Method and device for providing electric power system information |
| CN102424004A (en) * | 2011-10-24 | 2012-04-25 | 南车株洲电力机车有限公司 | Motor train unit network side circuit and control method thereof |
| CN202512200U (en) * | 2012-03-06 | 2012-10-31 | 南车株洲电力机车有限公司 | Electric locomotive network side high voltage circuit insulation detection system |
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