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    • 1. 发明申请
    • Hydraulic actuator
    • 液压执行机构
    • US20060243130A1
    • 2006-11-02
    • US11119625
    • 2005-05-02
    • Darin RosenboomBrian RosenboomRyan Bolkema
    • Darin RosenboomBrian RosenboomRyan Bolkema
    • F01B9/00
    • F15B15/065B66C3/16
    • This invention is a bidirectional hydraulic actuator comprising a piston assembly positioned within a housing. The piston assembly is configured to move linearly within the housing. A gland is operatively connected to the piston assembly. The gland is configured as a rigid longitudinally annular member with a first end, a second end, a sidewall and is open on the first end and substantially closed on the second end which forms an inside and an outside of the annular member. The gland is further configured with a lip extending from around the outside of the first end of the gland. A pressurizing fluid exerts pressure on the inside of the gland to move the piston assembly a first direction, then, a fluid exerts pressure on the outside of the gland and the lip of the gland to move the piston assembly opposite the first direction.
    • 本发明是一种双向液压致动器,其包括位于壳体内的活塞组件。 活塞组件构造成在壳体内线性移动。 压盖可操作地连接到活塞组件。 压盖构造为刚性的纵向环形构件,其具有第一端,第二端和侧壁,并且在第一端上敞开,并且在形成环形构件的内部和外侧的第二端上基本上闭合。 压盖进一步配置有从压盖第一端的外侧延伸的唇缘。 加压流体在压盖的内部施加压力以将活塞组件移动到第一方向,然后,流体在压盖的外侧和压盖的唇缘上施加压力,以使活塞组件与第一方向相反。
    • 2. 发明授权
    • Hydraulic actuator
    • 液压执行机构
    • US07213504B2
    • 2007-05-08
    • US11119625
    • 2005-05-02
    • Darin Michael RosenboomBrian D. RosenboomRyan L. Bolkema
    • Darin Michael RosenboomBrian D. RosenboomRyan L. Bolkema
    • F01B9/00
    • F15B15/065B66C3/16
    • This invention is a bi-directional hydraulic actuator comprising a piston assembly positioned within a housing. The piston assembly is configured to move linearly within the housing. A gland is operatively connected to the piston assembly. The gland is configured as a rigid longitudinally annular member with a first end, a second end, a sidewall and is open on the first end and substantially closed on the second end which forms an inside and an outside of the annular member. The gland is further configured with a lip extending from around the outside of the first end of the gland. A pressurizing fluid exerts pressure on the inside of the gland to move the piston assembly a first direction, then, a fluid exerts pressure on the outside of the gland and the lip of the gland to move the piston assembly opposite the first direction.
    • 本发明是一种双向液压致动器,其包括定位在壳体内的活塞组件。 活塞组件构造成在壳体内线性移动。 压盖可操作地连接到活塞组件。 压盖构造为刚性的纵向环形构件,其具有第一端,第二端和侧壁,并且在第一端上敞开,并且在形成环形构件的内部和外侧的第二端上基本上闭合。 压盖进一步配置有从压盖第一端的外侧延伸的唇缘。 加压流体在压盖的内部施加压力以将活塞组件移动到第一方向,然后,流体在压盖的外侧和压盖的唇缘上施加压力,以使活塞组件与第一方向相反。
    • 3. 发明授权
    • Scissor stack assembly
    • 剪刀堆组件
    • US08919735B2
    • 2014-12-30
    • US13034178
    • 2011-02-24
    • Darin Michael RosenboomDean Earl ReinkingDaniel Jon Van Regenmorter
    • Darin Michael RosenboomDean Earl ReinkingDaniel Jon Van Regenmorter
    • E21D15/44B66F11/04
    • B66F11/042Y10T29/49947Y10T74/20594
    • A scissor-stacked assembly and a method of routing a cable thereto is provided. The assembly includes a plurality of inner arms and outer arms that are connected to one another by retaining pins. The retaining pins are located at central portions of the inner and outer arms and retained by a cap and retaining means. The arms create a plurality of pantographs that allow the assembly to move between a collapsed position and a raised position. Also included is a method of routing a cable through the assembly. The method includes the use of wire forms or tie bars to affix a cable or hose to the wire form or tie bar. The hose is wrapped around crosstubes connecting right and left side arms of the assembly and is attached to the wire forms or tie bars by the use of zip ties or hose clamps.
    • 提供了一种剪式堆叠组件和一种将电缆布置到其上的方法。 组件包括通过保持销相互连接的多个内臂和外臂。 保持销位于内臂和外臂的中心部分,并由盖和保持装置保持。 臂形成多个受电弓,允许组件在折叠位置和升高位置之间移动。 还包括一种将电缆穿过组件的方法。 该方法包括使用电线形式或连接杆将电缆或软管固定到电线形式或连接杆上。 软管缠绕在连接组件右侧和左侧臂的交叉管上,并通过使用拉链或软管夹连接到线形或连杆上。