UC知道关于模具方面的一段翻译
来源：百度知道 编辑：UC知道 时间：2024/06/14 21:10:36
The use of Taguchi method in the design of plastic injection mould for reducing warpage
Abstract
Plastic injection moulding is one of the most important polymer processing operations in the plastic industry today. However, lack of skill in mould making and injection moulding machine control will lead to defective plastic product. Warpage is one type of defect that usually appears in products with thickness less than 1 mm.
This project is going to fabricate a mould that produced a thin plate with dimension 120 mm × 50 mm × 1 mm. The thin plate will be used for warpage testing. In mould fabrication, the mould base that purchase will be machined and assembled. After that, the mould is fixed on the injection moulding machine. The machine setting should be made to produce the product. Then, the product will be used for testing on the effective factors in warpage problem by applying the experimental design of Taguchi method.
From the results, it shows that the most
Abstract
Plastic injection moulding is one of the most important polymer processing operations in the plastic industry today. However, lack of skill in mould making and injection moulding machine control will lead to defective plastic product. Warpage is one type of defect that usually appears in products with thickness less than 1 mm.
This project is going to fabricate a mould that produced a thin plate with dimension 120 mm × 50 mm × 1 mm. The thin plate will be used for warpage testing. In mould fabrication, the mould base that purchase will be machined and assembled. After that, the mould is fixed on the injection moulding machine. The machine setting should be made to produce the product. Then, the product will be used for testing on the effective factors in warpage problem by applying the experimental design of Taguchi method.
From the results, it shows that the most
使用田口方法的设计，注塑模具减少翘曲
摘要
注塑是一个最重要的聚合物加工业务在塑料工业今天。然而，缺乏技能的模具制造和注塑机的控制将导致有缺陷的塑料制品。翘曲变形是一种类型的缺陷通常出现在产品的厚度不到1毫米。
这个项目是要制作模具的制作了薄板尺寸120毫米× 50毫米× 1毫米。薄板将用于翘曲测试。在模具制造，模具基础，购买将加工和组装。在此之后，这是一个固定的模具的注塑机。本机设置应作出生产产品。然后，该产品将用于测试的有效因素的翘曲问题，采用实验设计的田口方法。
从结果表明，最有效的因素是熔体温度翘曲。灌装时间仅略有影响的翘曲。最佳参数，可以减少翘曲缺陷的熔体温度（ 240 ℃ ） ，填充时间（ 0.5秒） ，包装的压力（ 90 ％ ）和包装的时间（ 0.6县） 。
关键词：注塑模;田口方法;实验设计;翘曲