Waffle stud for insert molded plastic members
    2.
    发明申请
    Waffle stud for insert molded plastic members 有权
    楔形螺栓用于嵌入成型塑料件

    公开(公告)号:US20050281634A1

    公开(公告)日:2005-12-22

    申请号:US10974051

    申请日:2004-10-27

    摘要: A fastener is configured for use in the manufacture of molded plastic components that will be subsequently attached to other components by the fastener. The low profile head portion of the fastener has a rounded contoured and convoluted top surface to facilitate the flow of plastic material around the head portion during the molding process. The underside of the head portion is formed with a square face surrounded circumferentially by circumferential land surfaces that provides a high pull-out force resistance for the fastener. The square face on the underside and convoluted top surface of the head portion provides a high spin-out torque resistance without sacrificing the pull-out force resistance. The rounded edges of the head portion are compatible with molding processes to allow the flow of plastic material to fully encapsulate the head portion within the molded plastic component.

    摘要翻译: 紧固件被构造成用于制造模制的塑料部件,其随后将通过紧固件附接到其它部件。 紧固件的低轮廓头部具有圆形轮廓和卷曲的顶表面,以便于在模制过程期间围绕头部部分流动塑料材料。 头部的下侧形成有由周向的陆面表面周向包围的正方形面,其为紧固件提供高的拉出力。 在头部的下侧和盘旋的顶部表面上的正方形面提供高的旋转扭矩,而不会牺牲拉出力的阻力。 头部的圆形边缘与成型工艺兼容,以允许塑料材料的流动将头部部分完全包封在模制塑料部件内。

    Waffle stud for insert molded plastic members
    3.
    发明授权
    Waffle stud for insert molded plastic members 有权
    楔形螺栓用于嵌入成型塑料件

    公开(公告)号:US07156598B2

    公开(公告)日:2007-01-02

    申请号:US10974051

    申请日:2004-10-27

    摘要: A fastener is configured for use in the manufacture of molded plastic components that will be subsequently attached to other components by the fastener. The low profile head portion of the fastener has a rounded contoured and convoluted top surface to facilitate the flow of plastic material around the head portion during the molding process. The underside of the head portion is formed with a square face surrounded circumferentially by circumferential land surfaces that provides a high pull-out force resistance for the fastener. The square face on the underside and convoluted top surface of the head portion provides a high spin-out torque resistance without sacrificing the pull-out force resistance. The rounded edges of the head portion are compatible with molding processes to allow the flow of plastic material to fully encapsulate the head portion within the molded plastic component.

    摘要翻译: 紧固件被构造成用于制造模制的塑料部件,其随后将通过紧固件附接到其它部件。 紧固件的低轮廓头部具有圆形轮廓和卷曲的顶表面,以便于在模制过程期间围绕头部部分流动塑料材料。 头部的下侧形成有由周向的陆面表面周向包围的正方形面,其为紧固件提供高的拉出力。 在头部的下侧和盘旋的顶部表面上的正方形面提供高的旋转扭矩,而不会牺牲拉出力的阻力。 头部的圆形边缘与成型工艺兼容,以允许塑料材料的流动将头部部分完全包封在模制塑料部件内。

    Reduced-footprint night illumination laser system
    5.
    发明申请
    Reduced-footprint night illumination laser system 失效
    减少足迹夜间照明激光系统

    公开(公告)号:US20060077662A1

    公开(公告)日:2006-04-13

    申请号:US10978829

    申请日:2004-10-29

    IPC分类号: F21V29/00

    摘要: The present invention provides for a laser diode light diffusion unit that comprises a casing 10 with a lens cover that holds a laser diode mounted 2 on a heat sink 16, a mirror 12, a collimator lens 4 and a holographic diffusion screen 8. The casing 10 is made of a rigid thermally conducting material, and the heat sink is mounted within the casing such that a concentrated beam of light 3 produced by the laser diode 2 is directed at the mirror 12. The concentrated beam of light 3 directed at the mirror is reflected at approximately 90° into the base of the collimator lens 4, where the collimator lens 4 converts the concentrated beam 3 of light into a plane of light 6 that is projected over and in opposite direction to the path of the concentrated beam of light 3. The plane of light 3 then passes through the holographic diffusion screen 8, where the holographic diffusion screen spreads the plane of light at predetermined angles which then passes through the lens cover and out of the casing.

    摘要翻译: 本发明提供一种激光二极管光扩散单元,其包括具有透镜盖的壳体10,该透镜盖将安装在激光二极管2上的激光二极管保持在散热器16上,反射镜12,准直透镜4和全息漫射屏8。 10由刚性导热材料制成,并且散热器安装在壳体内,使得由激光二极管2产生的集中光束3指向反射镜12。集中的光束3指向反射镜 在准直透镜4的基部反射约90°,其中准直透镜4将聚光束3转换成在聚光束的路径上突出并与之相反的方向的光6的平面 然后,光平面3然后通过全息漫射屏8,其中全息漫射屏幕以预定角度散布光平面,然后该平面通过透镜盖并离开ca 唱。