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    • 54. 发明授权
    • Die head retaining mechanism
    • 模头保持机构
    • US09095917B2
    • 2015-08-04
    • US13651737
    • 2012-10-15
    • Emerson Electric Co.
    • Prasad Chatursingh PatilSachin Shashikant DakareRichard M. Kundracik
    • B23G5/04B23G1/04B23G1/24B23G1/46B23B31/163
    • B23G1/04B23B31/16004B23G1/24B23G1/46B23G2240/44Y10T408/95Y10T408/953
    • A die head retaining mechanism for installing or removing a die head in a power drive for thread cutting operations is described. The mechanism comprises a cam and follower arrangement with a face gear having at least one locking jaw disposed in a slot provided on the face of the face gear oriented away from the housing. The mechanism also comprises a drive ring having a collection of cam profiles to control the movement of the locking jaws. The mechanism also comprises at least one compression spring disposed in corresponding groove(s) on the face gear. The compression spring is typically preloaded to keep the locking jaws in a locked position. The mechanism also comprises a bearing provided between the housing and the face gear. The bearing is locked in place by a retaining ring. A locking plate, spring washers, and screws are used to secure the assembly of the die head retaining mechanism on the power drive.
    • 描述了用于在用于螺纹切削操作的动力驱动器中安装或移除模头的模头保持机构。 该机构包括具有面齿轮的凸轮和从动装置,该齿轮具有设置在面向远离壳体的面齿轮的表面上的槽中的至少一个锁定夹爪。 该机构还包括具有凸轮轮廓的集合的驱动环,以控制锁定爪的移动。 该机构还包括设置在平面齿轮上的相应凹槽中的至少一个压缩弹簧。 压缩弹簧通常被预加载以将锁定爪保持在锁定位置。 该机构还包括设置在壳体和面齿轮之间的轴承。 轴承通过固定环锁定就位。 使用锁定板,弹簧垫圈和螺钉将模头保持机构的组件固定在动力驱动器上。
    • 60. 发明授权
    • Method and apparatus for producing dual synchronized threads
    • 用于生产双同步线程的方法和装置
    • US5871403A
    • 1999-02-16
    • US178508
    • 1994-01-07
    • John M. SimmonsTom M. Simmons
    • John M. SimmonsTom M. Simmons
    • B23B27/00B23B27/06B23G5/04B23G5/06B21H3/02
    • B23G5/04B23B27/007B23B27/065B23G5/06B23B2215/68B23G2210/04B23G2210/08B23G2210/12
    • Method and apparatus are disclosed for forming dual synchronized threads on the interior and exterior cylindrical portions of a tube or pipe, and in the inner and outer cylindrical surfaces of an annular channel formed in an object. The method for producing dual synchronized threads includes initially defining a rotational zero point on the object where the first set of threads is to begin, cutting or forming the first set of threads, determining a rotational zero point on the object where the second set of threads is to begin, the second rotational zero point being relative to the first rotational zero point, and cutting or forming the second set of threads with the same lead as the first so that the two sets of threads will be synchronized and their starting points will be in some specified relationship to each other. An apparatus is also disclosed for cutting dual synchronized threads, the apparatus comprising a combination tap and die for simultaneously cutting dual threads on and in an object. The tap threads and die threads of the combination tap and die are synchronized such that their thread leads are identical, and their rotational zero points are related such that the resulting male and female threads on the object are synchronized.
    • 公开了用于在管或管的内部和外部圆柱形部分上以及形成在物体中的环形通道的内部和外部圆柱形表面中形成双重同步螺纹的方法和装置。 用于生产双同步螺纹的方法包括:首先在物体上限定旋转零点,其中第一组螺纹开始,切割或形成第一组螺纹,确定物体上的第二组螺纹的旋转零点 第二旋转零点相对于第一旋转零点,并且以与第一旋转零点相同的线切割或形成第二组螺纹,使得两组螺纹将被同步,并且它们的起始点将是 在某些具体的关系彼此。 还公开了一种用于切割双同步螺纹的装置,该装置包括用于同时切割物体上和物体中的双螺纹的组合丝锥和模头。 组合分接头和模具的丝锥螺纹和模头螺纹是同步的,使得它们的螺纹导程是相同的,并且它们的旋转零点相关联,使得对象上产生的阳螺纹和阴螺纹是同步的。