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    • 1. 发明授权
    • Dispensing nozzles
    • 点胶喷嘴
    • US5645115A
    • 1997-07-08
    • US300996
    • 1994-09-06
    • James E. KestermanPaul B. AndersonChester W. WoodMark D. DalhartDavid K. Larson
    • James E. KestermanPaul B. AndersonChester W. WoodMark D. DalhartDavid K. Larson
    • B67D7/42B67D7/48B67D7/50B67D5/00
    • B67D7/42B67D7/48B67D7/50
    • A fuel nozzle has a modular construction wherein valve, venturi and spout modules are mounted in a bore formed in a nozzle body. The main fuel valve is controlled, independently of fuel pressurization, in response to a mechanical signal input, acting through a servo valve. The mechanical signal input is provide by a finger displaced trigger, acting through a pivotal lever arm and latching means that form part of the automatic shut off means for preventing overfill of a fuel tank. The venturi module has a venturi passage for generating a vacuum employed in the automatic shut off mechanism. The venturi module includes a bypass passage that enables sufficient vacuum force to be generated at both high and low flow rates. The spout module comprise an extruded spout (including a venturi vent passage) and a pair of mechanical adapter shells that are mechanical locked onto the spout and mechanically locked to the nozzle body, to secure the several modules in assembled relation.
    • 燃料喷嘴具有模块化结构,其中阀,文氏管和喷口模块安装在形成在喷嘴体中的孔中。 主要燃料阀根据通过伺服阀作用的机械信号输入而独立于燃料加压进行控制。 机械信号输入由手指移动的触发器提供,通过枢转的杠杆臂和闭锁装置,锁定装置形成自动关闭装置的一部分,用于防止燃料箱的溢出。 文丘里模块具有用于产生在自动关闭机构中使用的真空的文氏管通道。 文氏管模块包括旁路通道,其能够在高流量和低流量下产生足够的真空力。 喷口模块包括挤压出口(包括文氏管通气通道)和机械锁定在喷口上并机械地锁定到喷嘴体上的机械适配器壳,以将组合的几个模块固定。
    • 3. 发明授权
    • Emergency shutoff valve for use in a fuel dispensing system
    • 用于燃料分配系统的紧急截止阀
    • US08066024B2
    • 2011-11-29
    • US12500164
    • 2009-07-09
    • Matthew R. LauberJames E. Kesterman
    • Matthew R. LauberJames E. Kesterman
    • F16K17/14
    • F16K17/363B67D7/3218F16K31/1655F16K31/563F16L55/1007Y10T137/1624Y10T137/1654
    • An emergency shutoff valve includes a fluid conduit having a frangible area defined therein, a valve member operatively coupled to said conduit upstream of the frangible area, an expansible chamber having the frangible area defined therein, a movable member defining at least a portion of the expansible chamber, and a linkage operatively coupled to the movable member and the valve member for shutting the valve upon movement of the movable member in response to leakage of fluid through the frangible area. A method of shutting off fuel includes defining an expansible chamber about a frangible area in the conduit, moving a member defining a portion of the expansible chamber in response to leaking fuel, and shutting off a fuel valve in response to moving the movable member.
    • 紧急截止阀包括具有限定在其中的易碎区域的流体导管,可操作地连接到易碎区域上游的导管的阀构件,具有限定在其中的易碎区域的可膨胀室,限定可膨胀区域的至少一部分的可移动构件 腔室,以及可操作地联接到可移动构件和阀构件的连杆,用于响应于流体通过易碎区域的泄漏而可移动构件移动时关闭阀门。 关闭燃料的方法包括围绕管道中的易碎区域限定可膨胀室,响应于泄漏的燃料移动限定可膨胀室的一部分的构件,以及响应于移动可移动构件而关闭燃料阀。
    • 4. 发明授权
    • Emergency shutoff valve for use in a fuel dispensing system
    • 用于燃料分配系统的紧急截止阀
    • US07578308B2
    • 2009-08-25
    • US11553067
    • 2006-10-26
    • Matthew R. LauberJames E. Kesterman
    • Matthew R. LauberJames E. Kesterman
    • F16K17/14
    • F16K17/363B67D7/3218F16K31/1655F16K31/563F16L55/1007Y10T137/1624Y10T137/1654
    • An emergency shutoff valve is provided that includes a housing defining a fluid inlet, a fluid outlet and a fluid flow passage extending therebetween. The valve includes a valve element disposed within the housing and releasably latched in an open position by a latching mechanism. An expansible member defines at least a portion of a sealed expansible chamber that is sealed at locations downstream and upstream of a weakened portion of the housing. The emergency shutoff valve defines a failure mode wherein the structural integrity of the housing is compromised to an extent wherein fuel can flow into the expansible chamber when a predetermined load is applied to a portion of the housing, wherein the expansible member is operable for uncoupling the latching mechanism so that the valve element moves from the open position to the closed position.
    • 提供了一种紧急关闭阀,其包括限定流体入口的壳体,流体出口和在其间延伸的流体流动通道。 阀包括设置在壳体内的阀元件,并通过闭锁机构可释放地锁定在打开位置。 可膨胀构件限定密封的可膨胀室的至少一部分,其被密封在壳体的弱化部分的下游和上游的位置处。 紧急截止阀限定了一种故障模式,其中壳体的结构完整性受到影响,其中当预定载荷施加到壳体的一部分时,燃料可以流入可膨胀室,其中可膨胀构件可操作用于使 闭锁机构,使得阀元件从打开位置移动到关闭位置。
    • 6. 发明授权
    • Locking device for a ball valve
    • 球阀锁紧装置
    • US4208033A
    • 1980-06-17
    • US927060
    • 1978-07-24
    • James E. Kesterman
    • James E. Kesterman
    • F16K35/10F16K35/00
    • F16K35/10Y10T137/7256
    • A locking device has a locking plate mounted on a ball valve housing and a hasp slidably mounted on the locking plate for movement into a position in which the hasp can engage the ball valve handle to prevent movement thereof irrespective of whether the handle is in the ball valve open position or the ball valve closed position. When the hasp is disposed to engage the handle, an opening in the hasp is aligned with an opening in the locking plate to receive a padlock for locking the hasp in the handle engaging position so that the handle cannot be turned to move the ball valve.
    • 锁定装置具有安装在球阀壳体上的锁定板和可滑动地安装在锁定板上的止动板,用于移动到能够与球阀手柄接合的位置以防止其移动,而不管手柄是否在球中 阀门打开位置或球阀关闭位置。 当搭扣设置为接合手柄时,搭扣中的开口与锁定板中的开口对准,以容纳用于将钩子锁定在手柄接合位置中的挂锁,使得手柄不能转动以移动球阀。
    • 10. 发明授权
    • Drop tube segments adapted for use with a liquid reservoir
    • 适合与液体储存器一起使用的下降管段
    • US07128102B2
    • 2006-10-31
    • US10836759
    • 2004-04-30
    • David R. PendletonJames E. KestermanKristopher A. Kane
    • David R. PendletonJames E. KestermanKristopher A. Kane
    • B65B1/30
    • F16L15/008F16L15/001Y10T137/7439
    • A drop tube segment includes a conduit with a first end portion and a second end portion. The drop tube segment further comprises a valve assembly with a valve member associated with the first end portion, a float, and a linkage device pivotally connected with respect to the valve member. The linkage device is adapted for communication with the float such that the float may facilitate in adjusting the position of the valve member with respect to the first end portion of the conduit in response to a liquid level in a liquid reservoir. The drop tube segment further includes a fastening section located at the second end portion of the conduit for fluid tight fastening with an end portion of another drop tube segment. The fastening section comprises a sealing surface and a threaded portion adapted for threaded engagement with a threaded portion of another drop tube segment. The drop tube segment still further includes a sealing member that engages the sealing surface of the fastening section and is adapted to engage a sealing surface of another drop tube segment.
    • 下降管段包括具有第一端部和第二端部的导管。 下降管段还包括具有与第一端部相关联的阀构件的阀组件,浮子和相对于阀构件枢转连接的联动装置。 联动装置适于与浮子连通,使得浮子可以响应于液体储存器中的液位而有助于调节阀构件相对于导管的第一端部部分的位置。 下降管段还包括位于管道的第二端部处的紧固部分,用于与另一下落管段的端部流体紧固紧固。 紧固部分包括密封表面和适于与另一滴管段的螺纹部分螺纹接合的螺纹部分。 下降管段还包括密封构件,其接合紧固部分的密封表面并且适于接合另一滴管段的密封表面。