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    • 85. 发明申请
    • Collapsible core of a mold for forming internal features such as threads
    • 用于形成诸如螺纹的内部特征的模具的可折叠芯
    • US20150115502A1
    • 2015-04-30
    • US13998358
    • 2013-10-24
    • Paradise Mold and Die LLC
    • Richard Chappel
    • B29C45/44
    • B29C45/4421B29C45/2618
    • A collapsible core of an injection mold includes relatively movable components arrayed about an imaginary centerline. When in an operational position for molding a new product, the movable components each define a separate segment of the exterior of the core, such as side by side segments of interior features such as a continuous set of threads to be formed in a product being molded. To move between operational and retracted positions, some core components are pivotally connected to a nest of the core, and others are translatably connected to the nest. When a newly molded product is ejected from the mold, ejection movement causes the pivotally connected core components to pivot to disengage the newly formed interior features, and causes the translatably connected components to translate to disengage the newly formed interior features.
    • 注射模具的可折叠芯部包括围绕假想中心线排列的相对可移动的部件。 当处于用于模制新产品的操作位置时,可移动部件各自限定芯部外部的单独的部分,例如内部特征的并排部分,例如待成型的产品中形成的连续的一组螺纹 。 为了在操作和缩回位置之间移动,一些核心部件可枢转地连接到核心的嵌套,而其他核心部件可以平移地连接到嵌套。 当新模制产品从模具中排出时,排出运动导致枢轴连接的芯部件枢转以使新形成的内部部件脱离,并且使可平移连接的部件平移以解除新形成的内部部件。
    • 89. 发明申请
    • METHOD OF MOLDING BOOT FOR CONSTANT VELOCITY JOINT
    • 用于恒定速度接头的模制引导方法
    • US20140145372A1
    • 2014-05-29
    • US14082385
    • 2013-11-18
    • JTEKT Corporation
    • Hiroshi UENOKazuki Hamada
    • B29C45/33
    • B29C45/33B29C45/4407B29C45/4421B29L2031/703
    • A method of molding a boot for a constant velocity joint includes: molding a compact by injection molding; raising split dies of an inner die so as to separate the split dies from a set ring; raising a core shaft of the inner die so as to separate the core shaft from the split dies; separating each of the split dies from the compact; introducing a lower end portion of the separated split die into the set ring along an engaging surface; and inserting a lower end portion of the core shaft through the set ring from above the set ring, and pressing upper end portions of the split dies downward by a protruding portion at an upper end portion of the core shaft so that the lower end portions of the split dies are engaged with the engaging surface and the split dies are brought into close contact.
    • 一种用于等速万向节接头成型的方法包括:通过注塑成型压坯; 提高内模的分割模,以将分模与套圈分开; 升起内模的芯轴,以将芯轴与分模相分离; 将每个所述分割模具与所述压块分离; 将分离的分割模具的下端部沿着接合表面引入固定环中; 并且通过所述固定环从所述固定环的上方插入所述芯轴的下端部,并且通过所述芯轴的上端部处的突出部向下压入所述分割模具的上端部,使得所述芯轴的下端部 分开模具与接合表面接合并且分开模具被紧密接触。