oblique slip fault

The key points in designing the side core-pulling mechanism with inclined sliding block were stated in detail.

分析了烟花尾翼塑件的结构特点,介绍了该塑件注射模的结构、工作过程及制造特点,重点阐述了斜滑块抽芯机构的设计要点。

the problem of demoulding was solved using core-pulling mechanism combining slide and slanted slide.

巧妙地利用滑块与斜滑块联合抽芯机构解决此类塑件的脱模难题。

The core-pulling structure with a slanted slide has solved the difficulty of one mould with multiple cavities.

采用斜滑块抽芯 ,解决了一模多腔的难点 ;采用二级推出使操作简易 ,模具更可

The structure with a slanted slide was used to the mould for solving the problems of core pulling and mould reposition for the inner side holes at the top and bottom of the plastic part.

介绍了民用手提式电瓶瓶盖的成型工艺及注射模结构 ,为解决塑件上、下部内侧孔的抽芯和复位 ,模具采用了斜滑块结构 ,可自动抽芯、复位 ,提高了生产效

The ejection mechanism used pin ejector to pull the plastic parts out with move slanting slide simultaneously leaving circular arc concave position.

脱模机构采用推杆推出塑件的同时带动斜滑块脱出圆弧形凹位,使脱模机构简单实用。