GDS is intended to be the server-side core of our future Flex based solutions architecture.
GDS确定会成为将来基于Flex的解决方案架构的服务器端核心。
The design of the side core-pulling delay mechanism is stated in detail, The open-close action of the mould is simulated.
本文对延时侧抽芯机构设计作了详细阐述，并模拟了模具的开合运动。
The difficulty in the mould design is how to form a number of apertures in four side face by side core-pulling mechanism.
该模具设计的难点是四个侧面都需要通过抽芯成型多个侧孔。
In an embodiment, the device includes a core block for forming the vessel portion and a movable side core for forming the lid.
在实施例中，所述装置包含用于形成所述容体部分的芯块和用于形成所述盖子的可移动侧芯。
The side core has a molding position for forming the article, and an ejection position for ejecting the article from the core block.
所述侧芯具有用于形成所述物品的模制位置和 用于将所述物品从所述芯块顶出的顶出位置。
At the same time, introduce the principle of side core-pulling mechanism of gear and rack injection mold, and design gist of a rack.
掌握长抽距或斜抽芯塑件的结构工艺分析及抽芯距、抽芯力的计算，齿轮、齿条注射模侧向抽芯机构的原理和齿轮、齿条设计要点尤其关键。
Using the side core-pulling mechanism and new orientation style of activity core to ensure the accuracy of hole locations, the qualified products can be produced.
采用了侧向抽芯机构、活动型芯的新型定位方式，保证了孔的位置精度，可生产合格的产品。
Through analyzing on the product structure, designed a simple and workable mold with half structure to solve the side core-pulling problems, simplified mold structure and saved mold cost.
通过对产品的结构分析，设计一种简单可行的哈夫结构模具，以解决侧向抽芯的问题，简化模具结构，节省成本。
Designing injection moulds for complex construction of plastic parts is a challenge; here is an example where conventional side core-pulling mechanism is unable to meet the requirement of forming.
塑料制品的复杂化给成型模具的结构设计带来困难，对于特殊塑料制品采用原有的侧抽芯机构难以满足塑件的成型要求。
The injection mold structure of the front shell of large screen color TV is introduced, and design of side core-pulling large slide, improvement of ejector mechanism and gating method are introduced.
介绍大屏幕彩色电视机前壳注射模结构，重点介绍侧抽芯大滑块的设计，顶出机构和进浇方法的改进。
The injection mold structure of the front shell of large screen color TV is introduced, and design of side core-pulling large slide, improvement of ejector mechanism and gating method are introduced.
介绍大屏幕彩色电视机前壳注射模结构，重点介绍侧抽芯大滑块的设计，顶出机构和进浇方法的改进。
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