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    • 41. 发明申请
    • Semi-Tractor Trailer for Distribution of Natural Gas and System and Method for Use of Same
    • 用于天然气分配的半拖车拖车和系统及其使用方法
    • US20140091564A1
    • 2014-04-03
    • US14043552
    • 2013-10-01
    • William Lamont Brown
    • William Lamont Brown
    • B60P3/22G06Q50/06G06Q50/30G06Q20/20
    • G06Q50/06B60P3/228G06Q10/06313G06Q10/08G06Q20/203G06Q20/204G06Q30/00G06Q40/025G06Q50/30G07C5/008G09F21/048
    • A semi-tractor trailer for distribution of natural gas and a system and method for use of the same are disclosed. In one embodiment, a semi-tractor trailer supported fuel receptacle has a plurality of metered fuel dispensers along the sides thereof to permit customers to park along side the semi-tractor trailer and fuel their vehicles with clean natural gas, which may be compressed natural gas or liquid natural gas, for example. The semi-tractor trailer is filled at a central filling location and transported by a tractor to a convenient retail location. A volume monitor monitors the volume of clean natural gas in the in the semi-tractor trailer and transmits this information to the central filling location, which may dispense a replacement semi-tractor trailer upon the volume of clean natural gas reaching a pre-determined threshold and retrieve the spent semi-tractor trailer in one trip.
    • 公开了用于分配天然气的半拖车拖车及其使用的系统及方法。 在一个实施例中,半拖车拖车支撑的燃料容器沿着其侧面具有多个计量燃料分配器,以允许客户沿着半拖车拖车的侧面停放并且用清洁的天然气对其车辆进行燃料,其可以是压缩天然气 或液体天然气。 半拖车拖车填充在中央填充位置,并通过拖拉机运送到便利的零售地点。 体积监视器监测半拖车拖车内的清洁天然气的体积,并将该信息传送到中央填充位置,这可以在清洁天然气的体积达到预定阈值时分配更换的半拖车拖车 并在一次旅行中取回用过的半拖车拖车。
    • 43. 发明申请
    • Safety Device to Prevent Overfilling
    • 安全装置防止溢出
    • US20080223482A1
    • 2008-09-18
    • US11632543
    • 2005-07-07
    • Dagmar Hockner
    • Dagmar Hockner
    • B60P3/22G08B21/00
    • B60P3/228
    • The invention relates to a device for preventing overfilling of a plurality of fuel tanks (8) at a gasoline station, in the event that fuel tanks are filled simultaneously by multi-chamber tank vehicles (7). The fuel tanks (8) are equipped with filling level threshold indicators (3) linked to a transmitter (1) for wireless transmission of a signal. A receiver (2) mounted in the tank vehicle (7) is provided to control one or several tank valves. In order to ensure safe closure of the tank valves, the filling level threshold indicators (3) of the fuel tanks (8) at the gasoline station are connected each to a signal line (5) leading to a common interface (4). Only one transmitter (1) along with an interrogation control device is provided for connecting to said interface (4) and cooperates with the receiver (2) mounted in the tank vehicle (7). The receiver is connected to a control for receiving address-coded signals from the transmitter (1), said control being connected to an actuating device for selectively disconnecting the tank valves of the tank vehicle (7).
    • 本发明涉及一种用于在燃料箱同时由多室罐车(7)填充的情况下,在加油站处防止多个燃料箱(8)的过度填充的装置。 燃料箱(8)配备有与用于无线传输信号的发射机(1)相连的填充水平阈值指示器(3)。 安装在油罐车(7)中的接收器(2)设置成控制一个或多个油箱阀。 为了确保罐阀的安全关闭,加油站处的燃料箱(8)的填充液位阈值指示器(3)各自连接到通向公共接口(4)的信号线(5)。 仅提供一个发射器(1)和询问控制装置,用于连接到所述接口(4)并与安装在罐车(7)中的接收器(2)配合。 接收器连接到用于从发射机(1)接收地址编码信号的控制器,所述控制器连接到用于选择性地断开油罐车辆(7)的油箱阀门的致动装置。
    • 46. 发明授权
    • Self-containment for machinery
    • 机械自控
    • US09499087B2
    • 2016-11-22
    • US14261380
    • 2014-04-24
    • KAMAC INC.
    • David FreitagPhillip L. Bowman
    • B60P3/22
    • B60P3/228B60P3/224
    • Systems and methods of the invention relate to containing a portion of liquid associated with a diesel machine (e.g., combustion fuel machine, and the like) used in an outside environment. A diesel machine and an associated fuel storage can be contained within a self containment device that prevents liquid(s) to be exposed to an outside environment such as, but not limited to, a ground, a soil, a water source, vegetation, plant, trees, and the like. The self containment device is a liquid-proof (e.g., no leakage) containment that can house a portion of liquid from at least one of the diesel machine, the fuel storage, or any other suitable feature used with the diesel machine and/or fuel storage.
    • 本发明的系统和方法涉及包含与在外部环境中使用的柴油机(例如燃烧燃料机等)相关联的液体的一部分。 一个柴油机和一个相关的燃料储存器可以被包含在一个自封闭装置内,该装置防止液体暴露于外部环境,例如但不限于地面,土壤,水源,植被,植物 ,树木等。 自密封装置是防液体(例如,没有泄漏)的容纳物,其可以容纳来自柴油机,燃料储存器或与柴油机和/或燃料一起使用的任何其它适合特征中的至少一个的一部分液体 存储。
    • 49. 发明授权
    • System and method of determining fluid levels in containers including an infrared device for detecting a first value associated with an empty portion of a container
    • 确定容器中的液位的系统和方法,包括用于检测与容器的空的部分相关联的第一值的红外装置
    • US07663130B1
    • 2010-02-16
    • US12391304
    • 2009-02-24
    • Donald B. YarbroughJohn CreeganChris Creegan
    • Donald B. YarbroughJohn CreeganChris Creegan
    • G01N15/06
    • G01F25/0061B60P3/228G01F23/22G01F23/292
    • A system and method of determining fluid levels in containers is disclosed. In a particular embodiment, a first value of infrared energy associated with an empty portion of a container is detected and the container is scanned to detect a second value of infrared energy that is different from the first value of infrared energy. The method also includes to store an upper limit value associated with a vertical location of an upper surface of a fluid level when the second value of infrared energy is detected and to scan the container to detect a third value of infrared energy that is different from the second value of infrared energy. In addition, a lower limit value associated with a vertical location of a lower surface of the fluid relative to the upper surface is stored when the third value of infrared energy is detected. A height of the fluid is determined using a difference between the upper limit value and the lower limit value.
    • 公开了一种确定容器中的液位的系统和方法。 在特定实施例中,检测与容器的空白部分相关联的红外能量的第一值,并扫描容器以检测与红外能量的第一值不同的红外能量的第二值。 该方法还包括当检测到红外能量的第二值时存储与流体液面的上表面的垂直位置相关联的上限值,并且扫描容器以检测与第二值不同的红外能量的第三值 红外能量的第二值。 此外,当检测到第三红外能量值时,存储与流体的下表面相对于上表面的垂直位置相关联的下限值。 使用上限值和下限值之间的差来确定流体的高度。