A Design and Realization Method of Die Basic Noumenon

Abstract

The invention discloses a design and implementation method of a mold foundation body, comprising the following steps: A, inputting graphic elements and related parameters; B, selecting a correspondingmain frame according to the input parameters; C, extracting the features of the input original graphics and parameters, and classifying and outputting all the graphics or elements involved to the graphics set to obtain the graphics set conforming to the main body calculation rule; D, calculate a set of substitute elements require by instances of each part of that main body and calculating a parameter set of initial value of the main body size and position; E, obtain a parameter set of parameter, features and graphics required by that instantiate main body according to the steps; F, carry outinstantiation treatment on that main body to obtain an initial frame of the main body and related characteristic, a tree diagram, an assembly node and an internal node of a part; G, modif that initialmain body frame, and finally outputting the visualize complete main body frame and its related features, tree diagram, assembly node and part internal node.

Description

technical field [0001] The invention relates to intelligent mold design and manufacturing technology, in particular to a method for realizing the design of a mold basic body. Background technique [0002] The basic body of the mold is also called the main body of the mold. The existing mold main body design is generally established by the designer through manual extraction of input elements and a large number of shape and position calculations to establish the basic digital model. Until it basically conforms to the logic, relevance and rationality of the mold design. However, the design process is highly repetitive, low in efficiency, poor in mutual feedback, and the result is not necessarily superior. [0003] At present, the most advanced mold design technology is only to make some scattered parametric models for some knowledge points. The randomness of the input and the complexity of the environment (compared to a certain part) are also not enough. The final result can...

AI Technical Summary

Problems solved by technology

However, the design process is highly repetitive, inefficient, and poor in mutual feedback, and the results are not necessarily superior

[0003] At present, the most advanced mold design technology is only to make some scattered parametric models for some knowledge points. The randomness of the input and the complexity of the environment (compared to a certain part) are also not enough. The final result can only be obtained through manual judgment and manual cycle trial and error

Therefore, there is currently no automatic parametric alternative design for the main frame, and the automatic selection of the main structural frame that needs parametric replacement through the process information, and the derivative calculation and parameter calculation of the replacement element, main body size, position and other parameters through automatic identification of design elements. Solution for Instance Interaction Computing

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