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A Heuristic Approach for an Layout and Sizing of an Ejector Pin
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 Title & Authors
A Heuristic Approach for an Layout and Sizing of an Ejector Pin
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 Abstract
As customers demands are rapidly changing, a product life cycle is getting shorter and a product model is forced to be changed frequently. An ejecting design system becomes more important for high productivity to eject a product in high temperature without any damage. For example, an ejector pin that is a key component of the system can cause high local stresses and strains in the molding at the time of ejection. The number, the size, and the location of pins are important to make a smooth ejection. Therefore we propose an analytical approach with the aid of designer’s experience to calculate a total release force and pressure distribution so that the number, the size, and the location of pins can be easily determined. As a part of the result, the design system is built by Intent! with AutoCAD 2000 and a video player deck example is presented to verify the approach.
 Keywords
Injection Mold;Ejector Pin;Release Force;Heuristic Knowledge;Feature;
 Language
Korean
 Cited by
 References
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