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    • 1. 发明授权
    • Process for heating a blow molding preform
    • 用于加热吹塑成型预制件的方法
    • US5312572A
    • 1994-05-17
    • US913583
    • 1992-07-14
    • Claus Horwege
    • Claus Horwege
    • B29B11/06B29B11/14B29C49/06B29C49/64B29L22/00B29C35/08
    • B29C45/372B29C49/6445B29C49/06B29K2105/253
    • A preform of a thermoplastic material, especially a material which is orientable during blow forming, has an opening region, a closed bottom as well as walls connecting the bottom with the opening region. In the region of at least a part of the surface demarcating the preform a texturing enlarging the surface is provided, which has a low profile depth relative to the wall thickness of the preform. A process for heating a preform of a thermoplastic material is also disclosed which includes texturing a portion of the surface of the preform to enlarge the surface area thereof whereby the time required to heat the preform to a desired temperature suitable for blow molding is reduced. The preform is also rotated as it is moved past a heating device and the heating device is controlled such that the heating device combination with the texturing provides a desired temperature profile rendering the preform suitable for blow molding.
    • 热塑性材料的预制件,特别是在吹塑成形期间可取向的材料,具有开口区域,封闭底部以及连接底部与开口区域的壁。 在至少部分表面划定预成型件的区域中,提供了增加表面的纹理化,其相对于预成型件的壁厚具有低的轮廓深度。 还公开了一种用于加热热塑性材料的预成型件的方法,其包括使预成型件的表面的一部分变形以扩大其表面积,由此减少将预成型件加热到适合于吹塑成型的期望温度所需的时间。 预成型件在其移动通过加热装置时也旋转,并且加热装置被控制,使得加热装置与纹理组合提供期望的温度分布,使预成型件适合于吹塑成型。
    • 9. 发明授权
    • Blow mold operating and latching mechanism
    • 吹模操作和锁定机构
    • US4579519A
    • 1986-04-01
    • US650123
    • 1984-09-13
    • Walter MaserManfred MankWolfgang ReymannKlaus Vogel
    • Walter MaserManfred MankWolfgang ReymannKlaus Vogel
    • B29C33/20B29C49/56B29C33/28
    • B29C49/56B29C33/26Y10S425/221
    • The mold halves of a blow mold device are mounted on a pair of arms encircling the mold halves in a semicircular arc which arms are latched together by latching means which are located at the parting line of the mold halves at both sides thereof. Due to this structure, merely the portion of the arms extending between said latching means is subjected to bending forces by the blowing pressure. For swinging the arms and actuating the latching means a common slide is provided in parallel relationship to the longitudinal axis of the blow mold, which slide includes a number of control cams which are engaged by cam followers cooperating with said arms and said latching means. The invention provides a compact and light-weight construction allowing to actuate a smaller mass in shorter time, thus increasing the production capacity of the blow mold device.
    • 吹塑装置的半模安装在一对围绕半模的半圆形的臂上,该对臂通过位于半模的两侧的分型线处的闩锁装置锁定在一起。 由于这种结构,只有在所述闩锁装置之间延伸的臂部分才受到吹送压力的弯曲力。 为了摆动臂并致动闩锁装置,普通的滑动件与吹塑模具的纵向轴线平行地设置,该滑块包括多个控制凸轮,凸轮从动件与所述臂和所述锁定装置配合。 本发明提供了一种紧凑且重量轻的结构,其允许在更短的时间内致动较小的质量,从而提高吹塑模具装置的生产能力。