CN1838129A - System and Method with Accumulated Modular Design Experience - Google Patents

Abstract

The invention relates to a system with accumulated modularized design experience, which is used in the design process that can be executed by a computer and executes the adjustment and setting of a design proposal according to the product specification, and the system comprises: a user operation interface; the component database is used for storing component data; the product modularization database is used for storing the data contents of all modules of all products subjected to design modularization; the design application configuration module is used for acquiring a corresponding module according to the requirement in the product specification by using the user operation interface to carry out application and configuration design; and the module design adjusting module modifies the data which cannot be completely met by the product in the design applying module according to the requirements in the product specification by utilizing the user operation interface, and stores the modified data into the product modularization database. The invention can enable the user to easily obtain the previous design experience, and saves labor, time and cost.

Description

System and Method with Accumulated Modular Design Experience

technical field

The invention relates to a system and method for accumulating modular design experience, in particular to a system and method for accumulating modular design experience applied in computer-aided product design.

Background technique

In the past, in the design of products, the parts and components were arranged in the relevant positions first, and then the appearance and structure design of the product were carried out. However, each product planning is a new structure, and it is often impossible to understand the structural requirements of the product at the early stage of design. The structure must be re-verified, which increases the design time. The number of components used in the product remains the same, but the structures formed cannot be shared and must be redesigned. In addition, because the previous experience has not been properly accumulated and sorted out, the new product design plan still needs to spend the same amount of time on the arrangement and design of product components, and the time has been spent on repeating the same things, wasting manpower and cost On the same matter, it not only increases the development cost, but also makes it impossible for engineers to make perfect designs for new design requirements.

In view of this, it has become an important task to invent a system and method for accumulating modular design experience to solve the shortcomings that users in the past still need to spend the same time on the arrangement and design of components for products that have already been designed. topic.

Contents of the invention

The technical problem to be solved by the present invention is to provide a system and method for accumulating modular design experience. In the design of computer-aided products, various design experiences can be accumulated in the system to increase the speed of user's follow-up product design. , to solve the shortcomings that users in the past still need to spend the same time on the arrangement and design of components for products that have already been designed.

In order to achieve the above object, the present invention provides a system with cumulative modular design experience, which is characterized in that it is used in the computer-executable design process, and performs adjustment settings of the design proposal according to product specifications. The system includes There are: a user operation interface; a component database, used to store component data; a product modular database, used to store the data content of all modules that have been designed and modularized; a design application configuration module, using the The user operation interface, according to the requirements in the product specification, obtains the corresponding modules for application and configuration design; and a module design adjustment module, using the user operation interface, according to the requirements in the product specification, the product is designed and applied in the module Modify the data that cannot be completely matched, and store all modified data in the product modular database.

The above-mentioned system with accumulated modular design experience is characterized in that the module design adjustment module selects relevant data from the component database for the first module to redesign the module, and all the redesigned data are stored in the product modularization database.

The above-mentioned system with accumulated modular design experience is characterized in that the data content of the module in the product modular database includes: the relative position of each module in the product and the interdependence relationship between each module and other modules.

The present invention also provides a method for accumulating experience in modular design, which is characterized in that it is used in a computer-executable design process, and according to the design proposal, the adjustment setting of the design proposal is executed. The method includes the following steps: providing 1. Product specifications; determine whether the product modular database has design modules available for application; if so, obtain relevant data of the product modular database; if not, obtain relevant data of the product modular database for modification, and save the modified results back to the product modular database; and computer simulation configuration.

The above-mentioned method of accumulating modular design experience is characterized in that, for the module that appears for the first time, the relevant data of the component database is obtained for redesign, and the redesign result is stored back into the product modular database.

The above-mentioned method of accumulating modular design experience is characterized in that the computer simulation configuration finds the optimal configuration of the product through permutation and combination.

The above-mentioned method for accumulating modular design experience is characterized in that the result includes the relative position of the module and the interdependence relationship between the module and other modules.

The above-mentioned method for accumulating modular design experience is characterized in that the result includes the relative position of the module and the interdependence relationship between the module and other modules.

The effect of the present invention is to enable users to easily obtain previous design experience without spending time on repetitive design work, which not only saves manpower and cost, but also avoids human negligence through modular operation.

The present invention will be described in detail below in conjunction with the accompanying drawings and specific embodiments, but not as a limitation of the present invention.

Description of drawings

Fig. 1 is the system structural diagram of the system and method thereof of the tool accumulating modular design experience of the present invention;

Fig. 2 is the main flow chart of the operation of the system and method thereof with accumulated modular design experience of the present invention;

FIG. 3 is a schematic diagram of related design modules of an embodiment of the system with accumulated modular design experience and the method thereof of the present invention.

Among them, reference signs:

100 - Systems with cumulative modular design experience

200-User Operation Interface

210-Parts database

220-Product Modular Database

230-Design and apply configuration module

240 - Design Tuning Module

Step S100-the step of providing a product specification

Step S110—the step of judging whether the product modularization database has design modules available for application

Step S120 - a step of obtaining relevant data of the product modular database

Step S130-the step of judging whether the product modularization database has a closer module

Step S140—the step of obtaining relevant data of the product modular database for modification and saving the data back to the product modular database

Step S150-a step of obtaining relevant data of the component database for redesign and storing the data back into the product modular database

Step S160—the step of performing optimized computer simulation configuration design

300-Notebook computer-related design modules

301-processor, 302-north bridge chip

303-memory module, 304-drawing card

305-Wireless module, 306-Nanqiao chip

307-I/O terminal, 308-built-in device

311-cooling module, 321-sound effect module

331-power module, 341-battery module

351-storage module

Detailed ways

Please refer to FIG. 1 , which is a system structure diagram of the system and method thereof for accumulating modular design experience of the present invention. The user must pass through the user operation interface 200 to carry out the entire process in the system 100 for accumulating modular design experience of the present invention. The process of accumulating modular design experience, the system 100 with accumulated modular design experience is described as follows:

(1) Parts database 210, which stores the data content of all parts and components verified by mass production;

(2) Product modularization database 220, which stores the data content of all modules of all products that have been designed and modularized, including: the relative position of each module in the product, the attributes of each module and other modules (such as interdependence);

(3) Design and apply the configuration module 230, obtain corresponding modules according to the requirements in the product specification for application and configuration design, so that each module in the product can achieve an optimal arrangement and combination; and

(4) The design adjustment module 240 adjusts the data that cannot fully conform to the product in the design application module according to the requirements in the product specification, or selects data from the component database to redesign the module so that each module in the product reaches Optimized arrangement and combination, all adjusted or redesigned data are stored in the product modular database to accumulate experience in product modularization, allowing users to obtain corresponding data content for rapid design in the next related product design activities .

Next, please refer to Fig. 2 and Fig. 3, Fig. 2 is the operation main flow chart of the system and method thereof with cumulative modular design experience of the present invention, Fig. 3 is the system and method thereof of the present invention with cumulative modular design experience The schematic diagram of the relevant design modules implemented in , is described as follows:

Firstly, the present invention has a system with accumulated experience in modular design. In step S100, the user performs design work according to the product specification and related module configuration 300; in step S110, the user judges whether there is a design module available for application in the product modular database; step S120, if there is a design module that can be applied, then directly obtain the relevant data of the product modular database; step S130, if there is no design module that can be applied, the user judges whether the product modular database has a relatively close design module, step S140, if there is, obtain the relevant data of the product modular database and modify it, and save the modified data back to the product modular database, and the stored data must include the relative position of each module in the product and the interdependence between each module relationship (for example, the same processor 301 will have different heat dissipation modules 311 to cooperate with it, and the selection should be optimized according to the overall requirements and specifications of the product), so as to continuously accumulate the contents of the product modular database for the next design Activity reference, step S150, if the required module is the module that appears for the first time, then obtain the relevant data of the component database and redesign, and store the redesigned data back into the product modular database, and the stored data must contain all The relative position of the modules in the product and the interdependence between the modules (for example, the same processor 301 will have different heat dissipation modules 311 to cooperate with it, and the optimal arrangement should be made according to the overall requirements and specifications of the product when selecting Combination) to continuously accumulate the content of the product modular database for reference in the next design activity; step S160, perform computer simulation configuration and permutation and combination to obtain the optimal permutation and combination of each module required by the product specification. As shown in Figure 3, wherein, after the main modules (such as processor 301, north bridge chip 302, memory module 303 and drawing card 304 are located on the motherboard (not shown)) related modules (such as cooling module 311, wireless module 305, Nanqiao chip 306, I/O terminal 307, built-in device 308, sound effect module 321, power module 331, battery module 341, and storage module 351) can have multiple options, and the computer simulation can match the specifications of the product through permutation and combination. Optimized design.

A system and method for accumulating modular design experience in the present invention provide users with easy access to previous design experience without spending the same time on repeated design work, which not only saves manpower and cost, but also through modularization Operation also avoids many advantages of human negligence.

Certainly, the present invention also can have other multiple embodiments, without departing from the spirit and essence of the present invention, those skilled in the art can make various corresponding changes and deformations according to the present invention, but these corresponding changes All changes and modifications should belong to the protection scope of the claims of the present invention.

Claims (8)

1. A system with accumulated experience in modular design, characterized in that it is used in a computer-executable design process to implement adjustment settings for the design proposal according to product specifications, and the system includes: a user interface; a component database for storing component data; A product modular database, which is used to store the data content of all modules of all products that have been designed and modularized; 1. Design and apply the configuration module, use the user interface to obtain the corresponding module according to the requirements in the product specification for application and configuration design; and A module design adjustment module uses the user interface to modify the data that cannot be completely matched in the design application module of the product according to the requirements of the product specification, and stores all the modified data in the product modular database. 2. The system with accumulative modular design experience according to claim 1, characterized in that, the module design adjustment module selects relevant data from the component database to redesign the module for the module that appears for the first time, and all redesigns The designed data is stored in the product modular database. 3. The system with cumulative modular design experience according to claim 1, characterized in that the data content of the module in the product modular database includes: the relative position of each module in the product and the relationship between each module and other modules interdependence. 4. A method for accumulating modular design experience, characterized in that it is used in a computer-executable design process, and according to the design proposal, the adjustment setting of the design proposal is executed, and the method includes the following steps: Provide a product specification; Determine whether the product modular database has design modules available for application; If yes, obtain relevant data of the product modular database; If not, obtain the relevant data of the product modular database for modification, and save the modified results back to the product modular database; and Perform computer simulation configuration. 5. The method for accumulating modular design experience according to claim 4, characterized in that, for the module that appears for the first time, the relevant data of the component database is obtained for redesign, and the result of the redesign is stored back into the modularized product. database. 6. The method for accumulating experience in modular design according to claim 4, wherein the computer simulation configuration finds the optimal configuration of the product through permutation and combination. 7. The method for accumulating experience in modular design according to claim 4, wherein the result includes the relative position of the module and the interdependence relationship between the module and other modules. 8. The method for accumulating modular design experience according to claim 5, wherein the result includes the relative position of the module and the interdependence relationship between the module and other modules.

Images