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    • 4. 发明申请
    • FUEL TANK INLET DEVICE
    • 燃油箱进口设备
    • WO2010043874A1
    • 2010-04-22
    • PCT/GB2009/002480
    • 2009-10-15
    • TISS LIMITEDWHOLEY, RyanROSE, MatthewFORSTER, Richard
    • WHOLEY, RyanROSE, MatthewFORSTER, Richard
    • B60K15/04
    • B60K15/0403B60K2015/0344
    • An anti-siphon fuel tank inlet device (30) comprises a generally tubular body (31) defining an inlet aperture at one end and one or more fuel flow apertures (34) remote from said inlet aperture. The device (30) also comprises means supported by the tubular body (31) for inhibiting the passage of a siphon tube through the tubular body (31) and an internal annular flange extending radially inwards into the tubular body (31) and defining a central opening for receiving the nozzle of a fuel dispenser. The device (30) further comprises means for opening and closing said opening, said means comprising a closure flap (41) which is spring biased into a closed position in which it bears against a face of the annular flange, the closure flap being movable against the spring biasing force into an open position to allow insertion of the nozzle of a fuel dispenser through said opening.
    • 防虹吸燃料箱入口装置(30)包括大致管状体(31),其在一端限定入口孔和远离所述入口孔的一个或多个燃料流通孔(34)。 装置(30)还包括由管状主体(31)支撑的装置,用于阻止虹吸管通过管状主体(31)和径向向内延伸进入管状体(31)的内部环形凸缘并限定中心 用于接收燃料分配器的喷嘴的开口。 装置(30)还包括用于打开和关闭所述开口的装置,所述装置包括封闭翼片(41),弹簧偏压到关闭位置,在所述关闭位置中所述闭合翼片抵靠在所述环形凸缘的表面上, 弹簧偏压力进入打开位置以允许燃料分配器的喷嘴穿过所述开口插入。
    • 5. 发明申请
    • ANTI SIPHON TANK INLET
    • ANTI SIPHON TANK进口
    • WO2009127812A1
    • 2009-10-22
    • PCT/GB2009/000932
    • 2009-04-09
    • TISS LIMITEDWHOLEY, Ryan
    • WHOLEY, Ryan
    • B60K15/04
    • B60K15/0403B60K2015/0344
    • A fluid tank inlet device comprises a tubular inlet body having a central bore defined by a tubular wall (1) and having an axis. The tubular wall (1) defines an open proximal end for receiving fuel. A plurality of apertures (8, 9) are provided through the tubular wall (1) for egress of fuel. The distal end of the tubular body is blocked by a baffle (3) defining a baffle surface (3 a) facing into the bore of the tubular body, wherein at least a portion of the baffle surface (3a) is inclined at an acute angle relative to the axis to deflect fuel towards apertures (8, 9) in the tubular wall (1); and wherein the baffle surface (3a) is at least substantially free from apertures.
    • 流体箱入口装置包括具有由管状壁(1)限定并具有轴线的中心孔的管状入口体。 管状壁(1)限定用于接收燃料的开口近端。 多个孔(8,9)通过用于排出燃料的管状壁(1)设置。 管状主体的远端被限定了面向管状体的孔的挡板表面(3a)的挡板(3)阻挡,其中挡板表面(3a)的至少一部分以锐角倾斜 相对于轴线将燃料偏转到管状壁(1)中的孔(8,9)上; 并且其中所述挡板表面(3a)至少基本上没有孔。
    • 6. 发明申请
    • FUEL TANK INLET
    • 油箱入口
    • WO2017158346A1
    • 2017-09-21
    • PCT/GB2017/050697
    • 2017-03-14
    • TISS LIMITED
    • ROSE, MatthewWHOLEY, RyanFORSTER, Richard
    • B60K15/04
    • B60K15/0403B60K2015/0461
    • A fuel tank inlet assembly comprising a fuel tank inlet (200) defining an opening. The fuel tank inlet is configured for receipt by an aperture of the fuel tank (400). An anti-siphon device (300) is configured for receipt by the fuel tank inlet. The anti-siphon device defines an inlet aperture and comprises an anti-siphon portion configured to inhibit the passage of a siphon tube through the anti-siphon device. The fuel tank inlet comprises a first locking portion (206) and the anti-siphon device defines a second locking portion (307) configured to engage the first locking portion so as to secure the anti-siphon device to the fuel tank inlet such that the anti-siphon device is positioned within the fuel tank inlet entirely beyond the opening.
    • 包括限定开口的燃料箱入口(200)的燃料箱入口组件。 燃料箱入口构造成用于接收燃料箱(400)的开口。 防虹吸装置(300)构造成用于由燃料箱入口接收。 防虹吸装置限定入口孔并且包括防虹吸部分,该防虹吸部分构造成阻止虹吸管通过防虹吸装置。 燃料箱入口包括第一锁定部分(206),并且防虹吸装置限定第二锁定部分(307),该第二锁定部分构造成接合第一锁定部分以将防虹吸装置固定到燃料箱入口, 防虹吸装置位于油箱入口内,完全位于开口之外。
    • 10. 发明申请
    • ANTI SIPHON DEVICE
    • ANTI SIPHON设备
    • WO2011086356A1
    • 2011-07-21
    • PCT/GB2011/000044
    • 2011-01-14
    • TISS LIMITEDFOSTER, RichardWHOLEY, Ryan
    • FOSTER, RichardWHOLEY, Ryan
    • B60K15/04
    • B60K15/0403Y10T137/3149
    • An anti siphon device, comprises a generally tubular body (1) having a longitudinal axis X; an outlet (18). The anti siphon device comprises an inlet; the inlet having an opening adapted to receive a fuel dispensing nozzle (19) the end of which has an outside diameter D, the inlet having a constriction (11a) spaced from said opening along said axis X and having a diameter d less than D. The anti siphon device additionally comprises an obstruction (3), at least a major portion of which is located between the constriction (11a) and the outlet (18). The obstruction (3) tapers outwardly relative to the axis X in a direction from the constriction (11a) to the outlet (18). There is provided a flow passageway (17) extending from the constriction (11a) to the outlet (18) and defined between the obstruction (3) and a wall surface (10b) at least substantially surrounding the obstruction (3), the flow passageway (17) having a minimum width less than the diameter d of the constriction (11a). At least a portion of the inlet is defined by a wall surface (10a) which tapers inwardly in the direction of said axis X to said constriction (11a) and is adapted to support the end of the fuel dispensing nozzle (19).
    • 防虹吸装置包括具有纵向轴线X的大体上管状的主体(1); 出口(18)。 防虹吸装置包括入口; 所述入口具有适于容纳其端部具有外径D的燃料分配喷嘴(19)的开口,所述入口具有沿着所述轴线X与所述开口间隔开并且具有小于D的直径d的收缩部(11a)。 防虹吸装置还包括阻塞物(3),其至少大部分位于收缩部(11a)和出口(18)之间。 障碍物(3)在从收缩部(11a)到出口(18)的方向上相对于轴线X向外逐渐变细。 设置有从收缩部(11a)延伸到出口(18)并且限定在障碍物(3)和至少基本上围绕障碍物(3)的壁表面(10b)之间的流动通道(17),流动通道 (17)具有小于收缩部(11a)的直径d的最小宽度。 入口的至少一部分由壁表面(10a)限定,壁表面(10a)在所述轴线X的方向向内缩小到所述收缩部分(11a),并且适于支撑燃料分配喷嘴(19)的端部。