外文翻译--针对塑料注塑模具的参数控制的型腔布局设计系统英文版.pdf

Int J Adv Manuf Technol (2003) 21:807–819 Ownership and Copyright  2003 Springer-Verlag London Limited A Parametric-Controlled Cavity Layout Design System for a Plastic Injection Mould M. L. H. Low and K. S. Lee Department of Mechanical Engineering, National University of Singapore, Singapore Today, the time-to-market for plastic products is becoming on it and provides the mechanism for molten plastic transfer shorter, thus the lead time available for making the injection from the machine to the mould, clamping the mould by the mould is decreasing. There is potential for timesaving in the application of pressure and the ejection of the formed plastic mould design stage because a design process that is repeatable part. The injection mould is a tool for transforming the molten for every mould design can be standardised. This paper plastic into the final shape and dimensional details of the presents a methodology for designing the cavity layout for plastic part. Today, as the time-to-market for plastic parts is plastic injection moulds by controlling the geometrical para- becoming shorter, it is essential to produce the injection mould meters using a standardisation template. The standardisation in a shorter time. template for the cavity layout design consists of the configur- Much work had been done on applying computer techno- ations for the possible layouts. Each configuration of the layout logies to injection mould design and the related field. Knowl- design has its own layout design table of all the geometrical edge-based systems (KBS) such as IMOLD [1,2], IKMOULD parameters. This standardisation templa