CN108733933A - Circuit design and emulation mode and device - Google Patents
Circuit design and emulation mode and device Download PDFInfo
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- CN108733933A CN108733933A CN201810507578.4A CN201810507578A CN108733933A CN 108733933 A CN108733933 A CN 108733933A CN 201810507578 A CN201810507578 A CN 201810507578A CN 108733933 A CN108733933 A CN 108733933A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/20—Design optimisation, verification or simulation
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/10—Geometric CAD
- G06F30/18—Network design, e.g. design based on topological or interconnect aspects of utility systems, piping, heating ventilation air conditioning [HVAC] or cabling
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2111/00—Details relating to CAD techniques
- G06F2111/20—Configuration CAD, e.g. designing by assembling or positioning modules selected from libraries of predesigned modules
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2113/00—Details relating to the application field
- G06F2113/14—Pipes
Abstract
The present invention provides a kind of circuit design and emulation mode and device, wherein method includes：The data file of corresponding pipeline is retrieved and extracted from pipeline knowledge base according to pipeline parameter input by user, pipeline knowledge base preserves the data file of existing pipeline；According to the link position of pipeline two-port input by user, the spatial position for adjusting pipeline exports pipeline to link position, generates targeted tube；Targeted tube is segmented, and size marking and projection are carried out to each section after segmentation, obtains the two dimensional surface view of every section of pipeline；Screenshotss are carried out to the two dimensional surface view of every section of pipeline, and transfer processing card template from pipeline knowledge base, the two dimension view screenshotss of every section of pipeline are directed on processing card template, and by the dimension data filling processing card template of every section of pipeline, obtain the manufacturing process card of every section of pipeline；Analogue simulation is carried out to the manufacturing process of pipeline.The present invention can improve the working efficiency of Air-conditioner design, reduce repeated labor.
Description
Technical field
The present invention relates to Air-conditioner design field, more particularly to a kind of circuit design and emulation mode and device.
Background technology
In the prior art, it needs all to be directly to be designed when pipeline, it will be again when needing pipeline every time in this way
The pipeline for being designed, but using sometimes is more similar, this has resulted in repeated labor, and waste of manpower resource reduces
Working efficiency.
Invention content
In view of this, the present invention is directed to propose a kind of circuit design and emulation mode and device are subtracted with improving working efficiency
Few repeated labor.In order to achieve the above objectives, the technical proposal of the invention is realized in this way：
A kind of circuit design and emulation mode, include the following steps：
The data file of corresponding pipeline is retrieved and extracted from pipeline knowledge base according to pipeline parameter input by user, wherein
The pipeline knowledge base preserves the data file of existing pipeline；
According to the link position of the pipeline two-port input by user, the spatial position of the pipeline is adjusted by the pipe
Road is exported to the link position, generates targeted tube；
The targeted tube is segmented, and size marking and projection are carried out to each section after segmentation, obtains every section of pipe
The two dimensional surface view on road；
Screenshotss are carried out to the two dimensional surface view of every section of pipeline, and process chart mould is transferred from the pipeline knowledge base
The two dimension view screenshotss of every section of pipeline are directed on the processing card template by plate, and by the dimension data of every section of pipeline
It inserts on the processing card template, obtains the manufacturing process card of every section of pipeline；
Analogue simulation is carried out to the manufacturing process of the pipeline.
Further, obtaining the pipeline parameter input by user includes：
Receive user and the two-port that selection needs installation pipeline is clicked by interactive interface, obtains the data of the two-port
And using the data of the two-port as the pipeline parameter input by user.
Further, the data of the two-port include：
The range that caliber, span, high potential difference and the pipeline of two-port are inserted into.
Further, the pipeline is exported to the link position step in the spatial position of the adjustment pipeline
Further include before：
The pipeline is presented to the user by interactive interface and receives modification of the user to the pipeline.
Further, the above method is further comprising the steps of：
To export to the link position the pipeline carry out normalized checking, by the characteristic of the pipeline with it is described
Corresponding piping code parameter is compared in pipeline knowledge base, judges whether the pipeline meets code requirement.
Further, the targeted tube is segmented, and each section after segmentation is labeled and projection includes：
The targeted tube is divided into multistage, every section be only straight tube or a certain radian bend pipe, to every section of pipe after segmentation
Road carries out three-dimensional labeling, and carries out two-dimensional projection, the two dimensional surface of each section of pipeline after being segmented to every section of pipeline after segmentation
View.
Further, carrying out analogue simulation step to the manufacturing process of the pipeline includes：
Bending simulation is carried out for the bend pipe after segmentation, according to the attribute information of current pipeline model from the pipeline knowledge
It transfers bender and corresponding Bending Mould and generates bending process in library；
Whether the characteristic that bend pipe is verified according to the bending process meets bending technique specification, described if meeting
Pipeline meets bending design specification, and otherwise the pipeline does not meet bending design specification and user is prompted to need to redesign.
Further 8, circuit design according to claim 7 and emulation mode, which is characterized in that according to described
Further include when bending process verifies bend pipe：
Bend pipe is simulated according to the characteristic of bend pipe in bending process whether to interfere with other elements, if it happens
Interference then prompts user to need to redesign.
A kind of circuit design and simulator, including：
Extraction module is retrieved, for being retrieved from pipeline knowledge base according to pipeline parameter input by user and extracting respective tube
The data file on road, wherein the pipeline knowledge base preserves the data file of existing pipeline；
Model generation module adjusts the pipeline for the link position according to the pipeline two-port input by user
Spatial position the pipeline is exported to the link position, generate targeted tube model；
Two-dimensional transformations module, for being segmented to the targeted tube, and to each section of progress size marking after segmentation
And projection, obtain the two dimensional surface view of every section of pipeline；
Card generation module carries out screenshotss for the two dimensional surface view to every section of pipeline, and from the pipeline knowledge base
In transfer processing card template, the two dimension view screenshotss of every section of pipeline are directed on the processing card template, and will be every
The dimension data of Duan Guanlu is inserted on the processing card template, and the manufacturing process card of every section of pipeline is obtained；
Emulation module carries out analogue simulation for the manufacturing process to the pipeline.
Further, the model generation module includes：
Parameter acquiring unit is clicked the two-port that selection needs installation pipeline by interactive interface for receiving user, is obtained
Take the data of the two-port and using the data of the two-port as the pipeline parameter input by user.
Further, the data of the two-port include：
The range that caliber, span, high potential difference and the pipeline of two-port are inserted into.
Compared with the existing technology, the present invention has the advantage that：
(1) it by building pipeline knowledge base, can be carried out according to required supplemental characteristic when designing new pipeline similar
The retrieval of pipeline avoids repeated labor to automatically generate new air-conditioning duct model using existing circuit design file
It is dynamic, the time of designer is saved, is improved work efficiency, the waste of human resources is avoided；
(2) each data of pipeline need not be manually input in processing card template by the pipeline that design obtains, and be improved
Working efficiency overcomes and is manually entered the problem of being easy error；
(3) by carrying out normalized checking to the pipeline for inserting process chart, avoiding certain artificial errors, there will be lack
Sunken pipeline generates process chart, leads to the waste of resource；
(4) analogue simulation is carried out to the manufacturing process of pipeline, directly obtains the device parameter for needing to process pipeline, avoids making
The person of making children looks for design device parameter again, improves working efficiency.
Description of the drawings
The attached drawing for constituting the part of the present invention is used to provide further understanding of the present invention, schematic reality of the invention
Example and its explanation are applied for explaining the present invention, is not constituted improper limitations of the present invention.In the accompanying drawings：
Fig. 1 is the circuit design and emulation mode flow chart of the embodiment of the present invention 1.
Specific implementation mode
It should be noted that in the absence of conflict, the feature in embodiment and embodiment in the present invention can phase
Mutually combination.
The present invention will be described in detail below with reference to the accompanying drawings and embodiments.
Embodiment 1
Fig. 1 is the circuit design and emulation mode flow chart of the embodiment of the present invention 1, and this approach includes the following steps：
S10 retrieves from pipeline knowledge base according to pipeline parameter input by user and extracts the data file of corresponding pipeline,
The wherein described pipeline knowledge base preserves the data file of existing pipeline；
S20 adjusts the spatial position of the pipeline by institute according to the link position of the pipeline two-port input by user
It states pipeline to export to the link position, generates targeted tube；
S30 is segmented the targeted tube, and carries out size marking and projection to each section after segmentation, obtains every
The two dimensional surface view of Duan Guanlu；
S40 carries out screenshotss to the two dimensional surface view of every section of pipeline, and transfers process chart from the pipeline knowledge base
The two dimension view screenshotss of every section of pipeline are directed on the processing card template by template, and by the size number of every section of pipeline
According to inserting on the processing card template, the manufacturing process card of every section of pipeline is obtained；
S50 carries out analogue simulation to the manufacturing process of the pipeline.
The present embodiment can be carried out by building pipeline knowledge base when designing new pipeline according to required supplemental characteristic
The retrieval of similar pipeline avoids repetition to automatically generate new air-conditioning duct model using existing circuit design file
Property labour, save the time of designer, improve work efficiency, avoid the waste of human resources.
For example, in the design process, obtaining the supplemental characteristic needed for circuit design for ease of human-computer interaction, obtaining the use
Family input pipeline parameter include：
Receive user and the two-port that selection needs installation pipeline is clicked by interactive interface, obtains the data of the two-port
And using the data of the two-port as the pipeline parameter input by user.
For example, the data of the two-port include：
The range that caliber, span, high potential difference and the pipeline of two-port are inserted into.
For example, modifying as needed to the pipeline transferred for the convenience of the user, in the sky of the adjustment pipeline
Between position the pipeline is exported to further including before the link position step：
The pipeline is presented to the user by interactive interface and receives modification of the user to the pipeline.
For example, in order to enable the pipeline model automatically generated meets air-conditioning design standard, the above method further includes following step
Suddenly：
To export to the link position the pipeline carry out normalized checking, by the characteristic of the pipeline with it is described
Corresponding piping code parameter is compared in pipeline knowledge base, judges whether the pipeline meets code requirement.By to filling out
The pipeline for entering process chart carries out normalized checking, and avoiding certain artificial errors, there will be the pipelines of defect to generate operation card
Piece leads to the waste of resource.
For example, be segmented to the targeted tube, and each section after segmentation is labeled and projection includes：
The targeted tube is divided into multistage, every section be only straight tube or a certain radian bend pipe, to every section of pipe after segmentation
Road carries out three-dimensional labeling, and carries out two-dimensional projection, the two dimensional surface of each section of pipeline after being segmented to every section of pipeline after segmentation
View.
For example, the manufacturing process progress analogue simulation step to the pipeline includes：
Bending simulation is carried out for the bend pipe after segmentation, according to the attribute information of current pipeline model from the pipeline knowledge
It transfers bender and corresponding Bending Mould and generates bending process in library；
Whether the characteristic that bend pipe is verified according to the bending process meets bending technique specification, described if meeting
Pipeline meets bending design specification, and otherwise the pipeline does not meet bending design specification and user is prompted to need to redesign.
Analogue simulation is carried out to the manufacturing process of pipeline, the device parameter for needing to process pipeline is directly obtained, avoids manufacturing
Personnel look for design device parameter again, improve working efficiency.
For example, further including when being verified to bend pipe according to the bending process：
Bend pipe is simulated according to the characteristic of bend pipe in bending process whether to interfere with other elements, if it happens
Interference then prompts user to need to redesign.
Embodiment 2
It is adapted with above method embodiment, the circuit design and simulator of the present embodiment include：
Extraction module is retrieved, for being retrieved from pipeline knowledge base according to pipeline parameter input by user and extracting respective tube
The data file on road, wherein the pipeline knowledge base preserves the data file of existing pipeline；
Model generation module adjusts the pipeline for the link position according to the pipeline two-port input by user
Spatial position the pipeline is exported to the link position, generate targeted tube model；
Two-dimensional transformations module, for being segmented to the targeted tube, and to each section of progress size marking after segmentation
And projection, obtain the two dimensional surface view of every section of pipeline；
Card generation module carries out screenshotss for the two dimensional surface view to every section of pipeline, and from the pipeline knowledge base
In transfer processing card template, the two dimension view screenshotss of every section of pipeline are directed on the processing card template, and will be every
The dimension data of Duan Guanlu is inserted on the processing card template, and the manufacturing process card of every section of pipeline is obtained；
Emulation module carries out analogue simulation for the manufacturing process to the pipeline.
For example, the model generation module includes：
Parameter acquiring unit is clicked the two-port that selection needs installation pipeline by interactive interface for receiving user, is obtained
Take the data of the two-port and using the data of the two-port as the pipeline parameter input by user.
For example, the data of the two-port include：
The range that caliber, span, high potential difference and the pipeline of two-port are inserted into.
In conclusion the invention has the advantages that：
(1) it by building pipeline knowledge base, can be carried out according to required supplemental characteristic when designing new pipeline similar
The retrieval of pipeline avoids repeated labor to automatically generate new air-conditioning duct model using existing circuit design file
It is dynamic, the time of designer is saved, is improved work efficiency, the waste of human resources is avoided；
(2) each data of pipeline need not be manually input in processing card template by the pipeline that design obtains, and be improved
Working efficiency overcomes and is manually entered the problem of being easy error；
(3) by carrying out normalized checking to the pipeline for inserting process chart, avoiding certain artificial errors, there will be lack
Sunken pipeline generates process chart, leads to the waste of resource；
(4) analogue simulation is carried out to the manufacturing process of pipeline, directly obtains the device parameter for needing to process pipeline, avoids making
The person of making children looks for design device parameter again, improves working efficiency.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
With within principle, any modification, equivalent replacement, improvement and so on should all be included in the protection scope of the present invention god.
Claims (10)
1. a kind of circuit design and emulation mode, which is characterized in that include the following steps：
The data file of corresponding pipeline is retrieved and extracted from pipeline knowledge base according to pipeline parameter input by user, wherein described
Pipeline knowledge base preserves the data file of existing pipeline；
According to the link position of the pipeline two-port input by user, the spatial position for adjusting the pipeline is defeated by the pipeline
Go out to the link position, generates targeted tube；
The targeted tube is segmented, and size marking and projection are carried out to each section after segmentation, obtains every section of pipeline
Two dimensional surface view；
Screenshotss are carried out to the two dimensional surface view of every section of pipeline, and processing card template is transferred from the pipeline knowledge base, it will
The two dimension view screenshotss of every section of pipeline are directed on the processing card template, and the dimension data of every section of pipeline is inserted institute
It states on processing card template, obtains the manufacturing process card of every section of pipeline；
Analogue simulation is carried out to the manufacturing process of the pipeline.
2. circuit design according to claim 1 and emulation mode, which is characterized in that obtain the pipeline input by user
Parameter includes：
Receive user and the two-port that selection needs installation pipeline is clicked by interactive interface, obtain the data of the two-port and incites somebody to action
The data of the two-port are as the pipeline parameter input by user.
3. circuit design according to claim 2 and emulation mode, which is characterized in that the data of the two-port include：
The range that caliber, span, high potential difference and the pipeline of two-port are inserted into.
4. circuit design according to claim 1 and emulation mode, which is characterized in that in the sky of the adjustment pipeline
Between position the pipeline is exported to further including before the link position step：
The pipeline is presented to the user by interactive interface and receives modification of the user to the pipeline.
5. circuit design according to claim 1 and emulation mode, which is characterized in that further comprising the steps of：
Normalized checking is carried out to the pipeline exported to the link position, by the characteristic of the pipeline and the pipeline
Corresponding piping code parameter is compared in knowledge base, judges whether the pipeline meets code requirement.
6. circuit design according to claim 1 and emulation mode, which is characterized in that divide the targeted tube
Section, and each section after segmentation is labeled and projection includes：
The targeted tube is divided into multistage, every section be only straight tube or a certain radian bend pipe, to every section of pipeline after segmentation into
Row three-dimensional labeling, and two-dimensional projection, the two dimensional surface view of each section of pipeline after being segmented are carried out to every section of pipeline after segmentation.
7. circuit design according to claim 6 and emulation mode, which is characterized in that the manufacturing process of the pipeline into
Row analogue simulation step includes：
Bending simulation is carried out for the bend pipe after segmentation, according to the attribute information of current pipeline model from the pipeline knowledge base tune
It takes bender and corresponding Bending Mould and generates bending process；
Whether the characteristic that bend pipe is verified according to the bending process meets bending technique specification, the pipeline if meeting
Meet bending design specification, otherwise the pipeline does not meet bending design specification and user is prompted to need to redesign.
8. circuit design according to claim 7 and emulation mode, which is characterized in that according to the bending process to curved
Further include when pipe is verified：
Bend pipe is simulated according to the characteristic of bend pipe in bending process whether to interfere with other elements, in case of interfering
User is then prompted to need to redesign.
9. a kind of circuit design and simulator, which is characterized in that including：
Extraction module is retrieved, for being retrieved from pipeline knowledge base according to pipeline parameter input by user and extracting corresponding pipeline
Data file, wherein the pipeline knowledge base preserves the data file of existing pipeline；
Model generation module adjusts the sky of the pipeline for the link position according to the pipeline two-port input by user
Between position the pipeline is exported to the link position, generate targeted tube model；
Two-dimensional transformations module carries out size marking and throwing for being segmented to the targeted tube, and to each section after segmentation
Shadow obtains the two dimensional surface view of every section of pipeline；
Card generation module carries out screenshotss for the two dimensional surface view to every section of pipeline, and is adjusted from the pipeline knowledge base
The two dimension view screenshotss of every section of pipeline are directed on the processing card template by taking technique card template, and every section is managed
The dimension data on road is inserted on the processing card template, and the manufacturing process card of every section of pipeline is obtained；
Emulation module carries out analogue simulation for the manufacturing process to the pipeline.
10. circuit design according to claim 9 and simulator, which is characterized in that the model generation module includes：
Parameter acquiring unit clicks the two-port that selection needs installation pipeline by interactive interface for receiving user, obtains institute
State the data of two-port and using the data of the two-port as the pipeline parameter input by user.
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| CN201810507578.4A CN108733933A (en) | 2018-05-24 | 2018-05-24 | Circuit design and emulation mode and device |
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| CN201810507578.4A CN108733933A (en) | 2018-05-24 | 2018-05-24 | Circuit design and emulation mode and device |
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