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    • 2. 发明授权
    • Hydrostatic system with over control compensation
    • 具有过度控制补偿的静液压系统
    • US4215547A
    • 1980-08-05
    • US950404
    • 1978-10-11
    • Lloyd A. Molby
    • Lloyd A. Molby
    • F16H61/42F16H61/438F16H61/46F16H39/46
    • F16H61/46F16H61/438Y10T74/2168
    • This specification discloses an off-road type vehicle employing an improved hydrostatic drive system having a variable displacement pump having an actuating member for varying displacement in at least one direction, wheel motors representing actuatable devices operable by fluid from the pump, hydraulic reservoir, serially interconnecting supply and return lines and an improvement comprising an over control compensation that includes high pressure relief valves on the high pressure supply lines; a neutralizing means for moving the actuating member back toward its neutral position responsive to hydraulic pressure released by the relief valves, and a bleed-off means connected with the neutralizing means and adapted to bleed-off high pressure hydraulic fluid to allow restoring operation and a bleed-off return for returning the bleed-off hydraulic fluid to the reservoir. Also disclosed are preferred embodiments in which the actuating member includes a pair of pedals for forward and reverse controls with respective means preventing operation of more than one pedal at a time and pedal travel limit stop, as well as a preferred linkage for operator comfort.
    • 本说明书公开了一种使用改进的静液压驱动系统的越野式车辆,其具有可变排量泵,所述可变排量泵具有用于在至少一个方向上改变排量的致动构件,表示可由来自泵的液体可操作的可启动装置的水轮机构,液压储存器, 供应和返回管线以及包括在高压供应管线上包括高压溢流阀的过度控制补偿的改进; 中和装置,用于响应于由安全阀释放的液压而将致动构件返回到其中立位置,以及与中和装置连接并适于排出高压液压流体以允许恢复操作的泄放装置,以及 泄放返回,用于将泄放液压油返回到储存器。 还公开了优选实施例,其中致动构件包括用于正向和反向控制的一对踏板,其具有防止一次操作多于一个踏板和踏板行程限位挡块的相应装置,以及用于操作者舒适性的优选连杆。
    • 3. 发明授权
    • Hydration system
    • 水合系统
    • US09364109B2
    • 2016-06-14
    • US13690658
    • 2012-11-30
    • ATP, Inc.
    • Edward J. PaukovitsJoseph BowlingJ. Michael HendersonDaniel Todd Adlon
    • B05B1/30A47G19/22G01F11/06
    • A47G19/2266G01F11/06
    • A device, system and method for dispensing fluid from a device usable for personal hydration in one embodiment. The system relates generally to a hand-held fluid dispensing module, a control module coupled to the hand-held fluid dispensing module, a fluid container located in close proximity to the hand-held fluid dispensing module and the control module, and a cooling module coupled to the control module. The hand-held device being configured to control and determine the amount of fluid dispensed from the device. The method relates to using the system and dispensing fluid from the hand-held fluid dispensing module by either applying pressure to an exterior portion of the hand-held dispensing module or providing a vacuum to the hand-held fluid dispensing module. In various embodiments, the hydration system is configured to control the amount of fluid dispense to a user and preventing leakage from the device after a drinking event.
    • 在一个实施例中用于从可用于个人水合的装置分配流体的装置,系统和方法。 该系统一般涉及手持流体分配模块,耦合到手持流体分配模块的控制模块,位于手持流体分配模块和控制模块附近的流体容器,以及冷却模块 耦合到控制模块。 手持装置被配置为控制和确定从装置分配的流体的量。 该方法涉及通过向手持式分配模块的外部部分施加压力或向手持式流体分配模块提供真空来使用系统和从手持式流体分配模块分配流体。 在各种实施例中,水合系统被配置为控制向用户分配的流体的量并且防止在饮酒事件之后从装置泄漏。
    • 4. 发明授权
    • Hydration system
    • 水合系统
    • US08905330B2
    • 2014-12-09
    • US13180119
    • 2011-07-11
    • Edward J. PaukovitsJoseph BowlingJ. Michael HendersonDaniel Todd Adlon
    • Edward J. PaukovitsJoseph BowlingJ. Michael HendersonDaniel Todd Adlon
    • A62C11/00G01F11/06
    • G01F11/06
    • A device, system and method relating to dispensing fluid from a device. The system relates generally to a hand-held fluid dispensing module, a control module coupled to the hand-held fluid dispensing module, a fluid container located in close proximity to the hand-held fluid dispensing module and the control module, and a cooling module coupled to the control module. The hand-held device being configured to control and determine the amount of fluid dispensed from the device. The method relates to using the system and dispensing fluid from the hand-held fluid dispensing module by either applying pressure to an exterior portion of the hand-held dispensing module or providing a vacuum to the hand-held fluid dispensing module.
    • 涉及从装置分配流体的装置,系统和方法。 该系统一般涉及手持流体分配模块,耦合到手持流体分配模块的控制模块,位于手持流体分配模块和控制模块附近的流体容器,以及冷却模块 耦合到控制模块。 手持装置被配置为控制和确定从装置分配的流体的量。 该方法涉及通过向手持式分配模块的外部部分施加压力或向手持式流体分配模块提供真空来使用系统和从手持式流体分配模块分配流体。
    • 7. 发明申请
    • HYDRATION SYSTEM
    • 水化系统
    • US20130092747A1
    • 2013-04-18
    • US13690658
    • 2012-11-30
    • ATP, Inc.
    • Edward J. PaukovitsJoseph BowlingJ. Michael HendersonDaniel Todd Adlon
    • A47G19/22
    • A47G19/2266G01F11/06
    • A device, system and method for dispensing fluid from a device usable for personal hydration in one embodiment. The system relates generally to a hand-held fluid dispensing module, a control module coupled to the hand-held fluid dispensing module, a fluid container located in close proximity to the hand-held fluid dispensing module and the control module, and a cooling module coupled to the control module. The hand-held device being configured to control and determine the amount of fluid dispensed from the device. The method relates to using the system and dispensing fluid from the hand-held fluid dispensing module by either applying pressure to an exterior portion of the hand-held dispensing module or providing a vacuum to the hand-held fluid dispensing module. In various embodiments, the hydration system is configured to control the amount of fluid dispense to a user and preventing leakage from the device after a drinking event.
    • 在一个实施例中用于从可用于个人水合的装置分配流体的装置,系统和方法。 该系统一般涉及手持流体分配模块,耦合到手持流体分配模块的控制模块,位于手持流体分配模块和控制模块附近的流体容器,以及冷却模块 耦合到控制模块。 手持装置被配置为控制和确定从装置分配的流体的量。 该方法涉及通过向手持式分配模块的外部部分施加压力或向手持式流体分配模块提供真空来使用系统和从手持式流体分配模块分配流体。 在各种实施例中,水合系统被配置为控制向用户分配的流体的量并且防止在饮酒事件之后从装置泄漏。