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    • 1. 发明授权
    • Cylinder mount for fuel system
    • 燃油系统油缸
    • US06367573B1
    • 2002-04-09
    • US09400640
    • 1999-09-20
    • Jeffrey D. Scott
    • Jeffrey D. Scott
    • B60K1503
    • F17C13/084B60K15/03006B60K15/07F17C13/083F17C2205/0107F17C2205/0142F17C2205/0146F17C2205/0329F17C2205/0332F17C2205/0335F17C2205/0385F17C2221/033F17C2223/0123F17C2223/036F17C2260/021F17C2270/0176Y10T137/4874
    • A CNG fuel tank system is provided for mounting on the roof of a bus. The system includes a support frame mounted on the roof of the bus. The support frame includes at least one longitudinal frame wall extending generally parallel to the length of the bus. Each tank cylinder has associated therewith first and second saddles which are attached to one side of one of the frame walls. Each saddle has a base oriented vertically and engaging in the first frame wall. Each saddle includes an arcuate recess spacing sideways from this frame wall. Each tank cylinder is received in the arcuate recesses of the saddles associated therewith. Each saddle has associated therewith first and second strap assemblies which extend around the tank cylinder to secure the tank cylinder to the saddles and thus to the support frame. Preferably, a set of four parallel tanks are mounted in the fashion described on two parallel longitudinal frame walls. There is one tank hung in a cantilever mode off either side of each frame wall. A center support is provided between the two center tanks for supporting a tank cover. One of the inner tanks may be removed without removing any of the other tanks. This is accomplished due to the cantilever mode mounting of the tanks and due to the removeability of the center support.
    • CNG燃油箱系统用于安装在公共汽车屋顶上。 该系统包括安装在总线屋顶上的支撑框架。 支撑框架包括大致平行于总线长度延伸的至少一个纵向框架壁。 每个罐筒具有与第一和第二鞍座相关联的第一和第二鞍座,其连接到一个框架壁的一侧。 每个鞍座具有垂直定向的基部并且接合在第一框架壁中。 每个鞍座包括与该框架壁横向的弓形凹部间隔。 每个罐缸容纳在与其相关联的鞍座的弧形凹部中。 每个鞍座具有与第一和第二带组件相关联的第一和第二带组件,其围绕罐筒延伸以将罐筒固定到鞍座上,并因此固定到支撑框架。 优选地,以两个平行的纵向框架壁中描述的方式安装一组四个平行的罐。 每个框架墙的任一侧有一个悬挂悬臂模式的坦克。 在两个中央箱之间设置一个支撑罐盖的中心支架。 其中一个内部罐可以被移除而不移除任何其它罐。 这是由于罐的悬臂模式安装以及由于中心支撑件的可移除性而实现的。
    • 2. 发明授权
    • Alternative fuels vehicle and fuel-system valve used therein
    • 其中使用的替代燃料车辆和燃油系统阀
    • US06439334B1
    • 2002-08-27
    • US09663293
    • 2000-09-15
    • David P. MyersMark Shalkevich
    • David P. MyersMark Shalkevich
    • B60K1503
    • F02M21/0224B60K15/013B60K15/063B60K15/07F02M21/0233F02M21/0236F02M21/0242F02M21/029F17C2205/0323F17C2205/0382F17C2221/012F17C2221/033F17C2223/0123F17C2270/0168Y02E60/321Y02T10/32Y10T137/6855
    • A gaseous alternative fuels vehicle has a vehicle body with an engine and a gas fuel tank. A gaseous fuel supply system establishes gas communication between the engine and the gas fuel tank. The gaseous fuel supply system includes a valve having a valve body with a housing having a first unvalved port and a second unvalved port. A through-flow channel extends between the first unvalved port and the second unvalved port. The through-flow channel provides continuous gaseous communication between the first unvalved port and the second unvalved port. A valved port is in gaseous communication with the gas fuel tank, and a valving channel extends between the valved port and the through-flow channel. The valving channel provides valved gaseous communication between the valved port and the through-flow channel. A flow controller has a valve element within the valving channel at a valve location. The valve element is rotatably disposed to rotate about a valve element axis of rotation and includes a ball having a diametral passage therethrough disposed perpendicular to the valve element axis of rotation. An externally accessible handle extends through the valve body and connects to the valve element. The handle is operable to rotate through an operating arc of no more than ½ turn, and preferably exactly ¼ turn, to rotate the ball about the valve element axis of rotation between a closed position and an open position.
    • 气体替代燃料车辆具有带发动机和气体燃料箱的车体。 气体燃料供应系统建立发动机和气体燃料箱之间的气体连通。 气体燃料供应系统包括具有阀体的阀门,阀体具有壳体,该壳体具有第一未被阀口和第二未锁定端口。 通流通道在第一无阀口和第二无阀口之间延伸。 通流通道在第一未被评估的端口和第二未评估端口之间提供连续的气体连通。 阀口与气体燃料箱气体连通,阀门通道在阀口和通流通道之间延伸。 阀门通道在阀门端口和通流通道之间提供阀门气体连通。 流量控制器在阀位置处具有在阀通道内的阀元件。 阀元件可旋转地设置成围绕阀元件旋转轴线旋转,并且包括具有垂直于阀元件旋转轴线设置的直径通道的球。 外部可接近的手柄延伸穿过阀体并连接到阀元件。 手柄可操作以通过不超过1/2匝的操作弧,并且优选地恰好¼转,以在闭合位置和打开位置之间围绕阀元件旋转轴旋转球。
    • 7. 发明授权
    • CNG fuel supply system
    • CNG燃油供应系统
    • US06412588B1
    • 2002-07-02
    • US09400642
    • 1999-09-20
    • Jeffrey D. ScottGeorge T. ScottJoshua C. Vedder
    • Jeffrey D. ScottGeorge T. ScottJoshua C. Vedder
    • B60K1503
    • B60K15/07B60K15/013F17C2221/033F17C2270/0176Y10T137/4874
    • A CNG fuel supply system is provided for mounting a plurality of Type 4 tanks on the roof of a bus. A manifold line extends to the roof of the bus and is anchored against movement relative to the length of the bus. A shutoff valve is associated with each tank, the shutoff valve being mounted on an end of its respective tank adjacent the manifold line. The shutoff valve has two ports which communicate with the tank when the shutoff valve is open. An inlet tubing piece connects the manifold line to one of the two ports of each tank and an outlet tubing piece connects the manifold line to the other port of each tank. The tubing pieces are manufactured to be substantially identical to other tubing pieces of the tank system for a given bus, and to other tubing pieces for other buses in the fleet, thus reducing the number of different tubing pieces utilized for construction and maintenance of the fleet. The tubing pieces are pre-fabricated machine bent tubing formed to specified tolerances so that at least some of the tubing pieces are interchangeable. Each of the tubing pieces includes a flexible portion for accommodating thermal expansion and contraction with the Type 4 tanks. Each of the tanks is mounted upon the bus so that it can be removed without removing any of the other tanks.
    • CNG燃料供应系统被提供用于在总线的屋顶上安装多个4型坦克。 歧管线延伸到总线的顶部,并且相对于总线的长度被锚定以防止运动。 截止阀与每个罐相关联,截止阀安装在其相应罐的与歧管管道相邻的端部上。 截止阀在截止阀打开时,有两个与油箱连通的端口。 入口管件将歧管管路连接到每个罐的两个端口之一,并且出口管件将歧管管路连接到每个罐的另一个端口。 管件被制造成与给定总线的罐系统的其它管件大致相同,并且用于车队中其他总线的其他管件,从而减少了用于构造和维护车队的不同管件的数量 。 管件是预制的机器弯管,形成为规定的公差,使得至少一些管件是可互换的。 每个管件包括用于容纳与4型罐的热膨胀和收缩的柔性部分。 每个坦克都安装在公共汽车上,以便在不去除任何其他坦克的情况下将其卸下。