模具结构中采用了定模强制脱模，顺序开模，滑动型芯延时顶出等机构。
Several mechanisms such as forced stripper, sequenced opening, delayed goring of the sliding core are applied in the design.
在侧抽芯机构中设计出一种顶出机构，改善塑件的成型质量，防止塑件脱模时的变形。
An ejection system was designed in the side core_pulling mechanism to improve the moulding quality and avoid deformation of the plastic part during demoulding.
为保证顺利脱模，模具设计采用了双脱模机构，即定模采用杠杆、推杆顶出机构，动模采用推管二级顶出机构。
As a result, a mould with double stripper mechanism was needed, that is to say, there were levers and ejector pins on the stationary mould half and ejector pipes on the moving mould half.
对带内螺纹的塑料制品及其模具结构进行分析，采用自动卸螺纹和压缩空气二次顶出相结合的结构较紧凑的脱模机构。
The product with inner thread and its mould structures are analyzed. The demoulding structure of automatic thread demoulding and second ejection with compressed air are adopted.
分析了沐浴露瓶盖的工艺特点，介绍了瓶盖注射模的结构及工作过程，并介绍了注射模设计中采用的强制脱模、二次顶出、滑动型芯延时顶出机构等。
And the mechanisms of forced demoulding, two_time ejection and delayed ejection by a sliding core used in the injection mould were introduced.
在塑料模具设计中，设计一种延时脱开机构将机床动力由动模传递给定模，使定模顶出机构工作；在侧抽芯机构中设计出一种顶出机构，改善塑件的成型质量，防止塑件脱模时的变形。
In the design of the plastic mould, a latch_lock mechanism was designed to transfer the machine driving force from the moving half to the fixed half to make the ejection system of the fixed half work.
在塑料模具设计中，设计一种延时脱开机构将机床动力由动模传递给定模，使定模顶出机构工作；在侧抽芯机构中设计出一种顶出机构，改善塑件的成型质量，防止塑件脱模时的变形。
In the design of the plastic mould, a latch_lock mechanism was designed to transfer the machine driving force from the moving half to the fixed half to make the ejection system of the fixed half work.
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