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    • 12. 发明申请
    • CONTROLLING PRESSURE IN ADJUSTABLE RESTRICTION DEVICES
    • 在可调节的限制装置中控制压力
    • US20090216255A1
    • 2009-08-27
    • US12037261
    • 2008-02-26
    • Jonathan A. CoeThomas E. AdamsMark D. Overmyer
    • Jonathan A. CoeThomas E. AdamsMark D. Overmyer
    • A61B17/08
    • A61F5/0053
    • Methods and devices are provided for regulating a hydraulic restriction system. In general, the methods and devices can allow for non-invasive pressure control using a flow control mechanism. The flow control mechanism can be disposed between an implantable restriction device and a fluid source and include an adjustable, variably-sized fluid communication member in fluid communication with the restriction device and the fluid source. The geometry of the fluid communication member can control a rate of fluid flow between the restriction device and the fluid source, thereby also regulating a rate at which a pressure of fluid within the restriction device changes. Alternatively, the fluid flow control mechanism can include a biasing mechanism that can control the rate of fluid flow between the restriction device and the fluid source.
    • 提供了用于调节液压限制系统的方法和装置。 通常,方法和装置可以允许使用流量控制机构的非侵入性压力控制。 流量控制机构可以设置在可植入的限制装置和流体源之间,并且包括与限制装置和流体源流体连通的可调节的可变尺寸的流体连通构件。 流体连通构件的几何形状可以控制限制装置和流体源之间的流体流动速率,从而也可以调节限制装置内的流体的压力变化的速率。 或者,流体流动控制机构可以包括偏置机构,其可以控制限制装置和流体源之间的流体流动速率。
    • 14. 发明授权
    • Intermediate deck structure for vehicles
    • 车辆中间甲板结构
    • US5452972A
    • 1995-09-26
    • US311052
    • 1994-09-23
    • Thomas E. Adams
    • Thomas E. Adams
    • B60P7/135B62D33/04B61D45/00
    • B62D33/042B60P7/135Y10T292/0926Y10T292/0969
    • A deck structure for use in supporting cargo at an intermediate level above the floor or bed of a trailer van, or the like. A first embodiment includes a first deck section pivotally mounted on a side wall of a trailer van and movable to a horizontal load position, and back up to a vertical stored position against the side wall where it is releasably held by a spring slam bolt engaged with a height saving angle locking rail. In the first embodiment a second section of the deck is pivotally connected to the first section and it is also movable between a horizontal load position and a vertical stored position against the side wall, and when it is in the vertical stored position it is hanging from the first section and is configured such that it nests closely in the first deck section to provide a slender storing intermediate deck structure. When the first and second deck sections are in a horizontal load position, the second section has an outer end which is selectively provided with either a spring biased, telescopically mounted load bracket, or a cap style load bracket, that is operatively seated on a load track rail on the trailer van wall opposite to the wall on which the first deck section is hinged. Two intermediate decks may be mounted in vertically spaced apart positions, at two different levels, above the floor of a trailer van.
    • 一种甲板结构,用于在拖车的地板或床上的中间水平等上支撑货物。 第一实施例包括枢转地安装在拖车的侧壁上并可移动到水平加载位置的第一甲板部分,并且抵靠侧壁返回到垂直存储位置,在该侧壁处可释放地由与弹簧连杆 高度节省角度的锁定导轨。 在第一实施例中,甲板的第二部分枢转地连接到第一部分,并且还可以在水平加载位置和垂直存储位置之间抵靠侧壁移动,并且当其处于垂直存储位置时,其悬挂于 第一部分并且构造成使得其在第一甲板部分中紧密地嵌套以提供细长的存储中间甲板结构。 当第一和第二甲板部分处于水平装载位置时,第二部分具有外端,该外端被选择性地设置有弹簧偏置的,可伸缩地安装的负载支架或帽式装载支架,其可操作地安置在负载 在与第一甲板部分铰接的墙壁相对的拖车面板车上的轨道轨道。 两个中间甲板可以安装在垂直间隔开的位置,在两个不同的水平位置,在拖车的地板之上。
    • 18. 发明授权
    • Controlling pressure in adjustable restriction devices
    • 在可调节限制装置中控制压力
    • US08034065B2
    • 2011-10-11
    • US12037261
    • 2008-02-26
    • Jonathan A. CoeThomas E. AdamsMark D. Overmyer
    • Jonathan A. CoeThomas E. AdamsMark D. Overmyer
    • A61B17/08
    • A61F5/0053
    • Methods and devices are provided for regulating a hydraulic restriction system. In general, the methods and devices can allow for non-invasive pressure control using a flow control mechanism. The flow control mechanism can be disposed between an implantable restriction device and a fluid source and include an adjustable, variably-sized fluid communication member in fluid communication with the restriction device and the fluid source. The geometry of the fluid communication member can control a rate of fluid flow between the restriction device and the fluid source, thereby also regulating a rate at which a pressure of fluid within the restriction device changes. Alternatively, the fluid flow control mechanism can include a biasing mechanism that can control the rate of fluid flow between the restriction device and the fluid source.
    • 提供了用于调节液压限制系统的方法和装置。 通常,方法和装置可以允许使用流量控制机构的非侵入性压力控制。 流量控制机构可以设置在可植入的限制装置和流体源之间,并且包括与限制装置和流体源流体连通的可调节的可变尺寸的流体连通构件。 流体连通构件的几何形状可以控制限制装置和流体源之间的流体流动速率,从而也可以调节限制装置内的流体的压力变化的速率。 或者,流体流动控制机构可以包括偏置机构,其可以控制限制装置和流体源之间的流体流动速率。