CN110083874B - Digital design system of cable network component - Google Patents
Digital design system of cable network component Download PDFInfo
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- CN110083874B CN110083874B CN201910252819.XA CN201910252819A CN110083874B CN 110083874 B CN110083874 B CN 110083874B CN 201910252819 A CN201910252819 A CN 201910252819A CN 110083874 B CN110083874 B CN 110083874B
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- G06F30/00—Computer-aided design [CAD]
- G06F30/30—Circuit design
- G06F30/36—Circuit design at the analogue level
- G06F30/367—Design verification, e.g. using simulation, simulation program with integrated circuit emphasis [SPICE], direct methods or relaxation methods
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Abstract
The invention discloses a digital design system of a cable network component, which comprises a cable rapid design system, a network path generation system and a network path acquisition system, wherein the cable rapid design system is used for reading contact relation information, wiring reference information and generating a network path, and constructing a framework system of a three-dimensional cable network component by using Pro/E software based on the read information; and the cable process linkage output system is used for acquiring information of a three-dimensional cable network component model and a matching wiring relation table, rapidly extracting information required by the process through the information integration of the model and data and the unified standard of a design resource library and the three-dimensional model information, and generating a process end offline table, a material consumption list and a cable inspection and conduction table, a cable bundling process and a cable forbidden limited use process linkage check table which correspond to requirements. The invention basically realizes paperless in the satellite cable development period (the whole process of design, manufacture, assembly and the like), breaks the gap of design, process and the like, and realizes the communication and breakthrough of the three-dimensional cable in design, processing, assembly and detection.
Description
Technical Field
The invention belongs to the field of cable network component design, and particularly relates to a digital cable network component design system.
Background
The traditional cable network has the advantages of multiple contacts, complex connection relation, difficult design trend and lack of a unified cable data management platform; lack of effective inspection and proof tools; the whole downstream link of the digital design and the process is not completely opened, the process mainly uses the prior paper-made files, so that the process design is lagged behind, the utilization rate of equipment is low, and the data conversion is low.
Disclosure of Invention
Aiming at the blank and the defect in the prior art, the invention provides a digital design system of a cable network component, which solves the problem of quick response of digital collaborative design based on Pro/E model association drive during the design of a three-dimensional cable network component. In order to achieve the purpose, the invention is realized by the following technical scheme:
a digital design system for cable network component comprises
The cable rapid design system is used for reading the contact relation information, the wiring reference information and generating a network path, and constructing a framework system of the three-dimensional cable network component by using Pro/E software based on the read information;
and the cable process linkage output system is used for acquiring information of a three-dimensional cable network component model and a matching wiring relation table, rapidly extracting information required by the process through the information integration of the model and data and the unified standard of a design resource library and the three-dimensional model information, and generating a process end offline table, a material consumption list and a cable inspection and conduction table, a cable bundling process and a cable forbidden limited use process linkage check table which correspond to requirements.
Further, the cable rapid design system includes:
the model identification module is used for identifying, checking and defining the information of the electrical components and recording the information definition to the equipment, the electric connector, the bracket and the plug model so as to meet the requirement of cable wiring;
the network path module is used for creating network paths among the ports in the contact list and designing and optimizing cable paths according to cable installation requirements;
the contact data source module is used for importing the contact data relation of each arranged device;
the quick wiring module is used for creating a three-dimensional cable of each wiring harness according to a designed cable path and collecting wiring reference information of each equipment port, each electric connector and each cable bracket through a wiring reference command;
and the branch diagram module is used for generating a branch diagram by using the acquired branch model information, and adjusting and marking the connector code number, the length information and the like in the branch diagram.
And the cable BOM module is used for generating a table of cable information at the design end, storing the information of the made cable in a table mode and facilitating checking and inquiring the cable information.
Preferably, in the cable process linkage output system, the process personnel can see the cable harness name, the equipment code number, the port code number and the like designed by the design end through 'cable trend information viewing'.
Preferably, in the cable process linkage output system, the craftsman can import the design terminal joint information through a data source import command so that the craftsman can read the joint information.
Preferably, in the cable process linkage output system, the craftsman can conveniently generate important information such as a pay-off table, a material receiving card, a batch material, a lead-through table, a final assembly process table and the like required in the cable processing production process through commands such as a pay-off table, a material receiving card, a batch material, a working hour, a lead-through table and the like.
Compared with the prior art, the invention has the following beneficial effects:
the method basically realizes paperless in the satellite cable development period (the whole process of design, manufacture, assembly and the like), breaks the gap of design, process and the like, and realizes the communication and breakthrough of the three-dimensional cable in design, processing, assembly and detection.
Drawings
Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
fig. 1 is a schematic structural diagram of a cable network component digital design system according to an embodiment of the present invention.
Fig. 2 is a flowchart of the operation of the digital design system of cable network components according to the present invention.
Detailed Description
The present invention will be described in detail with reference to specific examples. The following examples will assist those skilled in the art in further understanding the invention, but are not intended to limit the invention in any way. It should be noted that variations and modifications can be made by persons skilled in the art without departing from the spirit of the invention. All falling within the scope of the present invention.
As shown in fig. 1, a digital design system for cable network components according to an embodiment of the present invention includes
The cable rapid design system is used for reading the contact relation information, the wiring reference information and generating a network path, and constructing a framework system of the three-dimensional cable network component by using Pro/E software based on the read information;
and the cable process linkage output system is used for acquiring information of a three-dimensional cable network component model and a matching wiring relation table, rapidly extracting information required by the process through the information integration of the model and data and the unified standard of a design resource library and the three-dimensional model information, and generating a process end offline table, a material consumption list and a cable inspection and conduction table, a cable bundling process and a cable forbidden limited use process linkage check table which correspond to requirements.
The cable rapid design system comprises:
a model identification module for identifying a model of the object,
the network path module is used for creating network paths among the ports in the contact list and designing and optimizing cable paths according to cable installation requirements;
the contact data source module is used for importing the contact data relation of each arranged device;
the quick wiring module is used for creating a three-dimensional cable of each wiring harness according to a designed cable path and collecting wiring reference information of each equipment port, each electric connector and each cable bracket through a wiring reference command;
the block of the branching diagram is a block diagram,
a cable BOM module, which is connected with the cable BOM module,
as shown in FIG. 2, this embodiment is used;
(1) in a cable rapid design system, a designer introduces the arranged contact data relation of each device into the system through a contact data source command;
(2) a designer collects wiring reference information of each equipment port, each electric connector and each cable bracket through a wiring reference command in a cable rapid design system;
(3) a designer establishes a network path between ports in a contact list through a network path command in a cable rapid design system, and designs and optimizes a cable path according to cable installation requirements;
(4) a designer creates a three-dimensional cable of each wire harness in a cable rapid design system according to a designed cable path through a rapid wiring command.
(5) Integrating information such as contact data information, collected wiring reference information and designed cable paths, which are imported in a cable rapid design system, into a three-dimensional model, and transmitting the information to a cable process linkage output system through the model for process personnel to use;
(6) in the cable process linkage output system, a craftsman can see the name of a cable harness, the code number of equipment, the code number of a port and the like designed by a design end through 'cable trend information check';
(7) the process personnel can import the information of the designed terminal contact through a data source import command so that the process personnel can read the information of the contact;
(8) the method has the advantages that important information such as a pay-off table, a material picking card, batch materials, working hours, a conducting table and a general assembly process table required in the cable processing production process can be conveniently generated by a craftsman through commands such as a pay-off table, a material picking card, batch materials, working hours statistics and the like;
(9) cable processing personnel finish the processing of the cable within the appointed time according to the information of a pay-off table, a material picking card, batch materials and the like;
(10) the tester finishes the digital conduction and insulation inspection of the cable through the conduction meter;
(11) cable final assembly personnel complete the digital final assembly of the cable according to the three-dimensional model of the cable and a cable final assembly process table;
(12) the design and process personnel complete the establishment of the digital design, processing and assembly standards and rules of the cable under the cooperation of standardization personnel.
The specific implementation is based on the characteristic of Pro/E parametric modeling, a unique framework system of Pro/E is used for transmitting configuration geometric information and parameter information, and when the technical state of configuration layout and related environment changes, the three-dimensional cable network component can quickly respond; the digital design of a cable assembly around Pro/E software is carried out by combing a three-dimensional cable wiring model and a knowledge rule base through a software and hardware platform necessary for lap joint cooperative design, starting from the source of cable assembly design, ensuring the standardization and completeness of mechanical and electrical equipment information input by cable data and model checking, carrying out content transmission of information in each link through the three-dimensional cable model, carrying out division and cooperation of design, process, processing, inspection and standardization personnel, quickly extracting information required by the process personnel, generating a process end file corresponding to requirements, and carrying out processing, assembly, detection linkage, summarization and forming a cable assembly unified standard.
The foregoing description of specific embodiments of the present invention has been presented. It is to be understood that the present invention is not limited to the specific embodiments described above, and that various changes and modifications may be made by one skilled in the art within the scope of the appended claims without departing from the spirit of the invention.
Claims (4)
1. A digital design system for cable network components is characterized by comprising
The cable rapid design system is used for reading the contact relation information, the wiring reference information and generating a network path, and constructing a framework system of the three-dimensional cable network component by using Pro/E software based on the read information;
the cable process linkage output system is used for acquiring information of a three-dimensional cable network component model and a matching wiring relation table, rapidly extracting information required by the process through the information integration of the model and data and the unified standard of a design resource library and the three-dimensional model information, and generating a process end offline table, a material consumption list and a cable inspection and conduction table, a cable bundling process and a cable forbidden limited use process linkage check table which correspond to requirements;
the cable rapid design system comprises:
the model identification module is used for identifying, checking and defining the information of the electrical components and recording the information definition to the equipment, the electric connector, the bracket and the plug model so as to meet the requirement of cable wiring;
the network path module is used for creating network paths among the ports in the contact list and designing and optimizing cable paths according to cable installation requirements;
the contact data source module is used for importing the contact data relation of each arranged device;
the quick wiring module is used for creating a three-dimensional cable of each wiring harness according to a designed cable path and collecting wiring reference information of each equipment port, each electric connector and each cable bracket through a wiring reference command;
the branch diagram module is used for generating a branch diagram by utilizing the acquired branch model information, and adjusting and marking the connector code number, the length information and the like in the branch diagram;
and the cable BOM module is used for generating a table of cable information at the design end, storing the information of the made cable in a table mode and facilitating checking and inquiring the cable information.
2. The digital design system of cable network components as claimed in claim 1, wherein the craftsman can see the cable harness name, equipment code, port code designed by the design end through "cable run information look up" in the cable process linkage output system.
3. The digital design system of cable network components as claimed in claim 1, wherein, in the cable process linkage output system, the craftsman can import the design end contact information through the data source import command for the craftsman to read the contact information.
4. The digital design system of cable network components of claim 1, wherein in the cable process linkage output system, the craft can conveniently generate the payoff table, the material picking card, the batch material, the working hour, the conducting table and the final assembly process table information required in the cable processing production process through the commands of the payoff table, the material picking card, the batch material, the working hour, the conducting table and the working hour statistics.
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