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    • 1. 发明授权
    • Test stand for hydraulic oscillator using gas-filled shock absorbers
    • 使用充气减震器的液压振动台试验台
    • US07231820B2
    • 2007-06-19
    • US10948851
    • 2004-09-24
    • Eric KinseyJames C. RaiesDavid Schumacher
    • Eric KinseyJames C. RaiesDavid Schumacher
    • G01M19/00
    • B22D11/053
    • A test stand and related method for testing a hydraulic oscillator cylinder having an oscillating drive includes gas-filled shock absorbers for reacting oscillating movement of the oscillating drive to simulate operational load conditions of the oscillator cylinder. The shock absorbers are mounted on a rigid structure and preferably abut an oscillating member mountable on the oscillating drive to react the oscillating movement thereof. The oscillating member may be disposed between a pair of rigid members on which the shock absorbers are mounted whereby one set of shock absorbers reacts movement of the oscillating member in one direction and another set reacts movement of the oscillating member in the opposite direction. Translating structure may extend between the oscillating member and oscillating drive and through a hole in one of the rigid members. Guide shafts may guide oscillating movement of the oscillating member. Gas pressure within the shock absorbers may be controlled.
    • 用于测试具有振荡驱动器的液压振荡器气缸的测试台和相关方法包括用于使振荡驱动器的振荡运动反应以模拟振荡器气缸的操作负载条件的充气减震器。 减震器安装在刚性结构上,并且优选地邻接可安装在振荡驱动器上的摆动构件以使其摆动。 摆动构件可以设置在其上安装有减震器的一对刚性构件之间,由此一组减震器使振动构件在一个方向上的运动反应,而另一组使摆动构件在相反方向上的运动反应。 翻转结构可以在摆动构件和摆动驱动器之间延伸并且穿过其中一个刚性构件中的孔。 引导轴可以引导振荡构件的振荡运动。 可以控制减震器内的气体压力。
    • 2. 发明申请
    • Test stand for hydraulic oscillator using gas-filled shock absorbers
    • 使用充气减震器的液压振动台试验台
    • US20050066752A1
    • 2005-03-31
    • US10948851
    • 2004-09-24
    • Eric KinseyJames RaiesDavid Schumacher
    • Eric KinseyJames RaiesDavid Schumacher
    • B22D11/053G01M99/00G01M19/00
    • B22D11/053
    • A test stand and related method for testing a hydraulic oscillator cylinder having an oscillating drive includes gas-filled shock absorbers for reacting oscillating movement of the oscillating drive to simulate operational load conditions of the oscillator cylinder. The shock absorbers are mounted on a rigid structure and preferably abut an oscillating member mountable on the oscillating drive to react the oscillating movement thereof. The oscillating member may be disposed between a pair of rigid members on which the shock absorbers are mounted whereby one set of shock absorbers reacts movement of the oscillating member in one direction and another set reacts movement of the oscillating member in the opposite direction. Translating structure may extend between the oscillating member and oscillating drive and through a hole in one of the rigid members. Guide shafts may guide oscillating movement of the oscillating member. Gas pressure within the shock absorbers may be controlled.
    • 用于测试具有振荡驱动器的液压振荡器气缸的测试台和相关方法包括用于使振荡驱动器的振荡运动反应以模拟振荡器气缸的操作负载条件的充气减震器。 减震器安装在刚性结构上,并且优选地邻接可安装在振荡驱动器上的摆动构件以使其摆动。 摆动构件可以设置在其上安装有减震器的一对刚性构件之间,由此一组减震器使振动构件在一个方向上的运动反应,而另一组使摆动构件在相反方向上的运动反应。 翻转结构可以在摆动构件和摆动驱动器之间延伸并且穿过其中一个刚性构件中的孔。 引导轴可以引导振荡构件的振荡运动。 可以控制减震器内的气体压力。
    • 3. 发明申请
    • Methods and assemblies for bending strands of material
    • 用于弯曲材料股线的方法和组件
    • US20070040302A1
    • 2007-02-22
    • US11205836
    • 2005-08-17
    • David SchumacherJohn SpriggleSteven Walko
    • David SchumacherJohn SpriggleSteven Walko
    • B29C53/02
    • H02K15/0421Y10T29/49012
    • A method for bending strands of material. The method includes providing a first pair of opposing dies each comprising a first surface corresponding to a first pair of predetermined bends to be formed in a first strand of material, positioning the first strand of material at least partially between the first pair of opposing dies, moving the first pair of opposing dies with respect to one another to impart the first pair of predetermined bends in the first strand of material, providing a second pair of opposing dies each comprising a second surface corresponding to a second pair of predetermined bends to be formed in a second strand of material, positioning the second strand of material at least partially between the second pair of opposing dies, and moving the second pair of opposing dies with respect to one another to impart the second pair of predetermined bends in the second strand of material.
    • 一种弯曲材料线的方法。 该方法包括提供第一对相对的模具,每个模具包括对应于要形成在第一材料束中的第一对预定弯头的第一表面,将第一材料股线至少部分地定位在第一对相对的模具之间, 使第一对相对的模具相对于彼此移动以将第一对预定的弯曲部施加在第一材料束中,从而提供第二对相对的模具,每个模具包括对应于要形成的第二对预定弯曲部的第二表面 在第二股材料中,将第二股材料至少部分地定位在第二对相对的模具之间,并且使第二对相对的模具相对于彼此移动,以将第二对预定弯曲部施加到第二股线 材料。
    • 5. 发明授权
    • Snow ski traction device and method
    • 雪滑雪牵引装置及方法
    • US06092828A
    • 2000-07-25
    • US133644
    • 1998-08-13
    • David Schumacher
    • David Schumacher
    • A63C7/10
    • A63C7/102
    • A snow ski traction device includes a traction blade pivotally mounted on blade-to-ski attachment device so as to secure the blade to the side of a snow ski. The blade pivots through a pivot arc of substantially 90 degrees and is stopped from pivoting outside of that arc. At one end of the arc, the length of the blade is substantially parallel to the length of the ski; while at the other end of the arc, it is perpendicular to the length of the ski. When perpendicular to the ski, the blade engages with and presses backwards against snow or ice beneath the ski, thus propelling the wearer of the ski in a forward direction and preventing backward slippage of the ski. When parallel to the ski, the blade permits a full, forward sliding movement of the ski. The ordinary motion of the ski causes the blade to pivot as required between these parallel and perpendicular positions. This device, and its method of use, are particularly applicable for cross-country skiing, though can be used by downhill skiers as well.
    • 雪橇牵引装置包括枢转地安装在刀片到滑雪板附接装置上的牵引刀片,以将刀片固定在雪地滑雪板的一侧。 刀片通过基本上为90度的枢轴圆弧枢转,并且停止从该弧的外部枢转。 在弧的一端,叶片的长度基本上平行于滑雪板的长度; 而在弧的另一端,它垂直于滑雪板的长度。 当垂直于滑雪板时,叶片与滑雪板下方的雪或冰接合并向后按压,从而向前推动滑雪板的佩戴者,并防止滑雪板的向后滑动。 当与滑雪板平行时,叶片允许滑雪板的完全向前滑动运动。 滑雪板的普通运动使得叶片在这些平行和垂直位置之间根据需要枢转。 该装置及其使用方法特别适用于越野滑雪,尽管可以由下坡滑雪者使用。
    • 8. 发明授权
    • Vision inspection programming method and apparatus
    • 视觉检查编程方法和装置
    • US09123093B1
    • 2015-09-01
    • US12200998
    • 2008-08-29
    • David Schumacher
    • David Schumacher
    • G06T7/00G06F3/0481
    • G06T7/0004G01N21/88G06F3/011G06F3/0481G06F8/34
    • A method and programming system for specifying vision inspection tools for a vision inspection system, the programming system comprising a workstation including a processor programmed to provide a first interface including a first view of a vision inspection system as the inspection system is being specified, the first interface usable to select vision inspection tools to be used in the vision inspection system from a first tool subset and a second interface including a second view of the vision inspection system as the inspection system is being specified, the second interface usable to specify vision inspection tools to be used with the vision inspection system from a second tool subset, the second interface also usable to specify script expressions that cannot be specified using the first interface, wherein, a developer can switch from the second interface to the first interface to observe the second view and the first view of the vision inspection system, respectively, during the inspection system specifying process.
    • 一种用于指定视觉检查系统的视觉检查工具的方法和编程系统,所述编程系统包括工作站,所述工作站包括处理器,所述处理器被编程为提供包括作为所述检查系统被指定的视觉检查系统的第一视图的第一接口, 接口,可用于从第一工具子集选择视觉检查系统中使用的视觉检查工具和包括作为检查系统被指定的视觉检查系统的第二视图的第二接口,第二接口可用于指定视觉检查工具 与来自第二工具子集的视觉检查系统一起使用,第二接口还可用于指定不能使用第一接口指定的脚本表达式,其中,开发者可以从第二接口切换到第一接口以观察第二接口 视野和第一视野分别在视力检查系统中 nspection系统指定过程。