CN108170876A - The design method and system of railway container vehicle - Google Patents
The design method and system of railway container vehicle Download PDFInfo
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- CN108170876A CN108170876A CN201611118094.8A CN201611118094A CN108170876A CN 108170876 A CN108170876 A CN 108170876A CN 201611118094 A CN201611118094 A CN 201611118094A CN 108170876 A CN108170876 A CN 108170876A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/10—Geometric CAD
- G06F30/15—Vehicle, aircraft or watercraft design
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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Abstract
The design method of railway container vehicle includes：The configuration module of product is obtained from the first module library；Configuration module includes：Bogie, brake apparatus, coupler and draft gear and container locking device；The construction module of product is obtained from the second module library；Construction module includes：Central sill, sleeper beam, end carriage, curb girder and crossbeam etc.；The configuration module of acquisition and construction module are assembled into the first product model.By the configuration module that product is obtained from the first module library, the construction module of product is obtained from the second module library, the configuration module of acquisition and construction module are assembled into the first product model, in order to subsequently drive the change in size of the first product model according to particular product performance parameters, configuration module and construction module is made to be adapted with particular product performance parameters, and form the second product model, so as to fulfill products configuration module, the modularized design of construction module, design efficiency can be effectively improved, shorten the design cycle, design cost is reduced, ensures the designing quality of product.
Description
Technical field
The present invention relates to the designing technique of rolling stock more particularly to a kind of design method of railway container vehicle and it is
System.
Background technology
Railway container vehicle is that most of the rolling stock of transport container, current railway container vehicle is using face
To the mode of production of order development, i.e., the specific requirements in customer order carry out the research and development and production of product, and product is determined
Inhibition and generation degree is higher.At present, the design of iron container car be mostly the experience based on product designer, i.e. product designer first
Vehicle functions and performance parameter are determined according to the demand of user, and the structure ruler of vehicle is then determined according to the performance parameter of vehicle
It is very little, detailed parts design is finally carried out, the design cycle for leading to the i.e. railway container vehicle of product is longer.
Invention content
For drawbacks described above of the prior art, the present invention provides a kind of design method for railway container vehicle and is
System can effectively shorten the design cycle of railway container vehicle, improve the design efficiency of railway container vehicle.
The first aspect of the invention is to provide a kind of design method of railway container vehicle, including：
The configuration module of product is obtained from the first module library；The configuration module includes：Bogie, brake apparatus, vehicle
Hook buffer unit and container locking device；
The construction module of product is obtained from the second module library；The construction module includes：Central sill, sleeper beam, end carriage, curb girder
And crossbeam；
The configuration module and construction module of acquisition are assembled into the first product model.
Further, the configuration module that product is obtained from the first module library, including：
Products configuration inventory is determined according to user demand；
The configuration module of product is obtained from the first module library according to the products configuration inventory.
Further, the construction module that product is obtained from the second module library, including：
Product structure parameter is determined according to user demand；
The construction module of product is obtained from the second module library according to the product structure parameter.
Further, the design method of the railway container vehicle further includes：
Particular product performance parameters are determined according to user demand；The particular product performance parameters include：Vehicle length, length between truck centers,
Vehicle width and container loading end height；
After the configuration module and construction module are assembled into the first product model, according to the particular product performance parameters
The change in size of the configuration module and construction module in first product model is driven, so that the configuration module and knot
Structure module is adapted with the particular product performance parameters, and forms the second product model.
Further, the design method of the railway container vehicle further includes：Judge whether second product model closes
Lattice；If second product model is unqualified, underproof configuration module or structure in second product model are replaced
Module.
Another aspect of the present invention is to provide a kind of design system of railway container vehicle, including：
First module library, for storing the configuration module of product；The configuration module includes：Bogie, brake apparatus and
Coupler and draft gear；
Second module library, for storing the construction module of product；The construction module includes：Central sill, sleeper beam, end carriage, side
Beam and crossbeam；
First acquisition unit, for obtaining the configuration module of product from first module library；
Second acquisition unit, for obtaining the construction module of product from second module library；
Automation assembly cells, for the configuration module obtained and construction module to be assembled into the first product model.
Further, the first acquisition unit is specifically used for according to user demand, determines products configuration inventory, and according to
The products configuration inventory obtains the configuration module of product from the first module library.
Further, the second acquisition unit is specifically used for determining product structure parameter according to user demand, and according to
The product structure parameter obtains the construction module of product from the second module library.
Further, the design system of the railway container vehicle further includes：
Performance parameter determination unit, for determining particular product performance parameters according to user demand；The particular product performance parameters packet
It includes：Vehicle length, length between truck centers, vehicle width and container loading end height；
Performance parameter transfer unit, for by the configuration module and construction module be assembled into the first product model it
Afterwards, the size change of the configuration module and construction module in first product model is driven according to the particular product performance parameters
Change, so that the configuration module and construction module are adapted with the particular product performance parameters, and form the second product model.
Further, the design system of the railway container vehicle further includes：
Unit is checked, for judging whether second product model is qualified；It is and unqualified in second product model
When, the first acquisition unit is controlled to replace underproof configuration module in second product model, alternatively, control described the
Two acquiring units replace underproof construction module in second product model.
The design method and system of railway container vehicle provided by the invention, by obtaining product from the first module library
Configuration module obtains the construction module of product from the second module library, and the configuration module and construction module of acquisition are assembled
Into the first product model, it is achieved thereby that the modularized design of products configuration module, construction module, and then can effectively improve and set
Efficiency is counted, reduces the workload of designer, shortens the design cycle, reduces design cost, and ensure the designing quality of product.
Description of the drawings
Fig. 1 is the flow diagram one of the design method of railway container vehicle of the embodiment of the present invention；
Fig. 2 is the flow diagram two of the design method of railway container vehicle of the embodiment of the present invention；
Fig. 3 is the structure diagram of the design system of railway container vehicle of the embodiment of the present invention.
Specific embodiment
Purpose, technical scheme and advantage to make the embodiment of the present invention are clearer, below in conjunction with the embodiment of the present invention
In attached drawing, the technical solution in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
Part of the embodiment of the present invention, instead of all the embodiments.
Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.In the absence of conflict, following embodiments and implementation
Feature in example can be combined with each other.
It should be noted that in the description of the present invention, term " first ", " second ", which are only used for facilitating, describes different portions
Part, and it is not intended that instruction or hint ordinal relation, the relative importance or implicit number for indicating indicated technical characteristic
Amount." first " is defined as a result, at least one this feature can be expressed or be implicitly included to the feature of " second ".
Fig. 1 is the flow diagram one of the design method of railway container vehicle of the embodiment of the present invention.
Fig. 1 is please referred to, the present embodiment provides a kind of design method of railway container vehicle, including：
S101, the configuration module that product is obtained from the first module library；
Wherein, before the configuration module of product is obtained from the first module library, the first module library is pre-established, and the
Storage configuration module in one module library, such as：The configuration module of each series is prestored in the first module library；Configuration module can
To include：Bogie, brake apparatus, coupler and draft gear and container locking device etc..
It is appreciated that：The configuration module of product can be standardized and Seriation Design；It and will be existing each
The model of the configuration module of series is stored in the first module library.Further, it is also possible in real time or at interval of preset time period
First module library is updated, the configuration module of new series is supplemented in.
Specifically, can directly input the demand to each configuration module of product, for example, model requirement, types entail and/
Or size requirement, search the configuration module to match with the demand of input from the first module library automatically according to the demand of input.
By taking bogie as an example：Family can input or select bogie structure type type bogie, and inputting in order to control in interactive interface
Or select a diameter of 840 millimeters of wheel in bogie.
Alternatively, according to user demand, products configuration inventory is determined；It is obtained from the first module library according to products configuration inventory
The configuration module of product, so as to which the design level of product designer effectively be avoided to can effectively ensure that the influence of product quality
Product quality；Wherein, products configuration inventory includes model, type and/or the size of the configuration module of product；User demand can be with
Including：Size, weight, volume, quantity, handling mode and loading and reinforcing requirement of cargo etc..
Such as：User's order (or charter etc. includes the information carrier of user demand) can be imported and railway packaging
In the corresponding design system of design method of boxcar, user demand of the design system in user's order automatically determines product
Configuration list, and corresponding configuration module is obtained from the first module library according to products configuration inventory.In another example：By user's order
In user demand input interactive interface, design system automatically determines products configuration inventory, and root according to the user demand of input
Corresponding configuration module is obtained from the first module library according to products configuration inventory.
In the present embodiment, the weight of requirement and cargo of freight to vibration etc. can be wanted according to user first
Each configuration module for meeting its demand is searched in module library；Wherein, each configuration module in the first module library can be corresponding with it
The range of needs that disclosure satisfy that；Such as：Each configuration module can be corresponding with the size model of damping property, the cargo that can be carried
It encloses, weight range, volume range etc..It is appreciated that：When a certain configuration module for meeting user demand has at least two,
Can one of configuration module preferentially be selected according to pre-set preference strategy；Preference strategy can be lighter in weight, hold
Weight is smaller, size is smaller etc., and those skilled in the art can according to actual needs be configured preference strategy.
S102, the construction module that product is obtained from the second module library；
Wherein, before the construction module of product is obtained from the second module library, the second module library is pre-established, and the
Storage organization module in two module librarys, such as：The construction module of each series is prestored in the second module library；Construction module packet
It includes：Central sill, sleeper beam, end carriage, curb girder and crossbeam.
It is appreciated that：The construction module of product can be standardized and Seriation Design；It and will be existing each
The model of the construction module of series is stored in the second module library.Further, it is also possible in real time or at interval of preset time period
Second module library is updated, the construction module of new series is supplemented in.
Specifically, can directly input the demand to each construction module of product, for example, model requirement, types entail and/
Or size requirement, search the construction module to match with the demand of input from the second module library automatically according to the demand of input.
Meet properties of product, the product structure parameter of structural requirement, product structure alternatively, being automatically determined according to user demand
Parameter can include the parameters such as length, width and the height of construction module；According to product structure parameter automatically from the second module library
The middle construction module for obtaining product, so as to effectively avoid the design level of product designer to the influence of product quality, Neng Gouyou
Effect ensures product quality.
Such as：User's order can be imported in the corresponding design system of design method with railway container vehicle, if
User demand of the meter systems in user's order automatically determines product structure parameter, and according to product structure parameter from the second mould
Corresponding construction module is obtained in block library.In another example：User demand in user's order is inputted into interactive interface, design system root
Product structure parameter is automatically determined, and obtained accordingly from the second module library according to product structure parameter according to the user demand of input
Construction module.
It should be noted that：First module library and the second module library can be same module library, or different
Module library.
In the present embodiment, each construction module in the second module library can be corresponding with its range of needs that disclosure satisfy that；Example
Such as：Each construction module can be corresponding with the size range of its cargo that can be carried, weight range etc..According to user demand, really
Determine product structure inventory, be specifically as follows：It inputs after user demand, the parameter in user demand is corresponding with each construction module
Range compared, using with the matched construction module of user demand as obtain construction module.It is appreciated that：When full
It, can be according to the preferentially selection wherein one of pre-set preference strategy when a certain construction module of sufficient user demand has at least two
A construction module；Preference strategy can be lighter in weight, load-bearing is smaller, size is smaller etc., and those skilled in the art can basis
Actual needs is configured preference strategy.
S103, the configuration module of acquisition and construction module are assembled into the first product model.
Specifically, can construction module be assembled to form according to preset assemble flow by the bone of railway container vehicle first
Then frame, configuration module is assembled on skeleton and forms the first product model.Wherein, preset assemble flow can with it is existing
Railway container vehicle assembling process it is same or similar, details are not described herein again.
Fig. 2 is the flow diagram two of the design method of railway container vehicle of the embodiment of the present invention.
Fig. 2 is please referred to, further, the design method of railway container vehicle can also include：
S201, the configuration module that product is obtained from the first module library；
S202, the construction module that product is obtained from the second module library；
S203, the configuration module of acquisition and construction module are assembled into the first product model；
S204, particular product performance parameters are determined according to user demand；Configuration module and construction module are being assembled into the first production
After product model, the change in size of the configuration module and construction module in the first product model is driven according to particular product performance parameters,
So that configuration module and construction module are adapted with particular product performance parameters, and form the second product model.
In the present embodiment, particular product performance parameters include：Vehicle length, length between truck centers, vehicle width and container loading end
Height etc..According to the demand of user, the particular product performance parameters for meeting user demand are searched automatically from product information library；It is generating
After first product model, particular product performance parameters are automatically transferred to the with product model, and drive according to principle from top to bottom
Dynamic each configuration module, the size of construction module change, so that configuration module and construction module are mutually fitted with particular product performance parameters
Match, and form the second product model.
It is appreciated that：Can the determining properties of product such as the size of cargo carried, volume be needed according to often section compartment
Parameter.It, can also be according to user demand and properties of product during the configuration module of product and/or structural parameters are obtained
Parameter is obtained.
S205, judge whether the second product model is qualified；
If S206, the second product model are unqualified, underproof configuration module or knot in the second product model are replaced
Structure module.
After the second product model is generated, calculating check, example can be carried out to the second product model according to preset rules
Such as：Judge whether the second product model meets design requirement, judge the second product structural strength whether meet user demand with
And whether meet safety standard.
If the second product model is qualified, completion is designed；If the second product model is unqualified, the second product mould is being replaced
In type underproof configuration module either before construction module can first by the underproof configuration module of the second product model or
Construction module is prompted, can by product designer according to experience to the underproof configuration module of the second product model or
Person's construction module is replaced, and carries out checking again after replacing until the second product model is qualified；Or by replacing automatically
Underproof configuration module or construction module in two product models carry out checking until the second product model after replacing again
It is qualified.Wherein, preferably, when being replaced to the underproof configuration module of the second product model or construction module, preferentially
It modifies to the size of underproof configuration module or construction module.
The design method of railway container vehicle provided in this embodiment, by the configuration that product is obtained from the first module library
Module obtains the construction module of product from the second module library, the configuration module of acquisition and construction module is assembled into the first production
Product model, it is achieved thereby that the modularized design of products configuration module, construction module, and then design efficiency can be effectively improved,
The workload of designer is reduced, shortens the design cycle, reduces design cost, and ensure the designing quality of product.
Fig. 3 is the structure diagram of the design system of railway container vehicle of the embodiment of the present invention.
Please refer to Fig. 3, the present embodiment also provides a kind of design system of railway container vehicle, each in the design system
Unit or module are used to perform the corresponding steps in preceding method embodiment, realize that process and function can be with aforementioned implementations
Example is same or similar.
The design system of railway container vehicle specifically includes：
First module library 100, for storing the configuration module of product；Configuration module includes：Bogie, brake apparatus, vehicle
Hook buffer unit and container locking device；
Second module library 200, for storing the construction module of product；Construction module includes：Central sill, sleeper beam, end carriage, curb girder
And crossbeam；
First acquisition unit 300, for obtaining the configuration module of product from the first module library 100；
Second acquisition unit 400, for obtaining the construction module of product from the second module library 200；
Automation assembly cells 500, for the configuration module of acquisition and construction module to be assembled into the first product model.
Further, first acquisition unit 300 is specifically used for according to user demand, determines products configuration inventory, and according to
Products configuration inventory obtains the configuration module of product from the first module library 100.
Further, second acquisition unit 400 is specifically used for determining product structure parameter, and according to production according to user demand
Product structural parameters obtain the construction module of product from the second module library 200.
Further, the design system of railway container vehicle further includes：
Performance parameter determination unit, for determining particular product performance parameters according to user demand；Particular product performance parameters include：Vehicle
Length, length between truck centers, vehicle width and container loading end height；
Performance parameter transfer unit, for after configuration module and construction module are assembled into the first product model, root
According to particular product performance parameters drive the first product model in configuration module and construction module change in size so that configuration module and
Construction module is adapted with particular product performance parameters, and forms the second product model.
Further, the design system of railway container vehicle further includes：
Unit is checked, for judging whether the second product model is qualified；And when the second product model is unqualified, control the
One acquiring unit 300 replaces underproof configuration module in the second product model, alternatively, control second acquisition unit 400 is replaced
Underproof construction module in second product model.
The design system of railway container vehicle provided in this embodiment, by obtaining product from the first module library 100
Configuration module obtains the construction module of product from the second module library 200, the configuration module of acquisition and construction module is assembled into
First product model, it is achieved thereby that the modularized design of products configuration module, construction module, and then design can be effectively improved
Efficiency reduces the workload of designer, shortens the design cycle, reduces design cost, and ensure the designing quality of product.
One of ordinary skill in the art will appreciate that：Realizing all or part of step of above-mentioned each method embodiment can lead to
The relevant hardware of program instruction is crossed to complete.Aforementioned program can be stored in a computer read/write memory medium.The journey
Sequence when being executed, performs the step of including above-mentioned each method embodiment；And aforementioned storage medium includes：ROM, RAM, magnetic disc or
The various media that can store program code such as person's CD.
Finally it should be noted that：The above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extent
Pipe is described in detail the present invention with reference to foregoing embodiments, it will be understood by those of ordinary skill in the art that：Its according to
Can so modify to the technical solution recorded in foregoing embodiments either to which part or all technical features into
Row equivalent replacement；And these modifications or replacement, various embodiments of the present invention technology that it does not separate the essence of the corresponding technical solution
The range of scheme.
Claims (10)
1. a kind of design method of railway container vehicle, which is characterized in that including：
The configuration module of product is obtained from the first module library；The configuration module includes：Bogie, brake apparatus, hitch delay
Flushing device and container locking device；
The construction module of product is obtained from the second module library；The construction module includes：Central sill, sleeper beam, end carriage, curb girder and horizontal stroke
Beam；
The configuration module and construction module of acquisition are assembled into the first product model.
2. the design method of railway container vehicle according to claim 1, which is characterized in that described from the first module library
The configuration module of product is obtained, including：
Products configuration inventory is determined according to user demand；
The configuration module of product is obtained from the first module library according to the products configuration inventory.
3. the design method of railway container vehicle according to claim 1 or 2, which is characterized in that described from the second module
The construction module of product is obtained in library, including：
Product structure parameter is determined according to user demand；
The construction module of product is obtained from the second module library according to the product structure parameter.
4. the design method of railway container vehicle according to claim 3, which is characterized in that further include：
Particular product performance parameters are determined according to user demand；The particular product performance parameters include：Vehicle length, length between truck centers, vehicle
Width and container loading end height；
After the configuration module and construction module are assembled into the first product model, driven according to the particular product performance parameters
The change in size of the configuration module and construction module in first product model, so that the configuration module and structure mould
Block is adapted with the particular product performance parameters, and forms the second product model.
5. the design method of railway container vehicle according to claim 4, which is characterized in that further include：Judge described
Whether two product models are qualified；If second product model is unqualified, replace underproof in second product model
Configuration module or construction module.
6. a kind of design system of railway container vehicle, which is characterized in that including：
First module library, for storing the configuration module of product；The configuration module includes：Bogie, brake apparatus, hitch delay
Flushing device and container locking device；
Second module library, for storing the construction module of product；The construction module includes：Central sill, sleeper beam, end carriage, curb girder and
Crossbeam；
First acquisition unit, for obtaining the configuration module of product from first module library；
Second acquisition unit, for obtaining the construction module of product from second module library；
Automation assembly cells, for the configuration module obtained and construction module to be assembled into the first product model.
7. the design system of railway container vehicle according to claim 6, which is characterized in that the first acquisition unit tool
Body is used for according to user demand, determines products configuration inventory, and obtained from the first module library according to the products configuration inventory
The configuration module of product.
8. the design system of the railway container vehicle described according to claim 6 or 7, which is characterized in that described second obtains list
Member is specifically used for determining product structure parameter, and obtain from the second module library according to the product structure parameter according to user demand
Take the construction module of product.
9. the design system of railway container vehicle according to claim 8, which is characterized in that further include：
Performance parameter determination unit, for determining particular product performance parameters according to user demand；The particular product performance parameters include：Vehicle
Length, length between truck centers, vehicle width and container loading end height；
Performance parameter transfer unit, for after the configuration module and construction module are assembled into the first product model, root
The change in size of the configuration module and construction module in first product model is driven according to the particular product performance parameters, with
The configuration module and construction module is made to be adapted with the particular product performance parameters, and forms the second product model.
10. the design system of railway container vehicle according to claim 9, which is characterized in that further include：
Unit is checked, for judging whether second product model is qualified；And when second product model is unqualified, control
It makes the first acquisition unit and replaces underproof configuration module in second product model, alternatively, control described second obtains
Take underproof construction module in the second product model described in unit replacement.
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| CN201611118094.8A CN108170876A (en) | 2016-12-07 | 2016-12-07 | The design method and system of railway container vehicle |
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Application publication date: 20180615 |