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    • 32. 发明授权
    • System for injecting additive within a fuel tank
    • 在燃料箱内注入添加剂的系统
    • US5992473A
    • 1999-11-30
    • US162391
    • 1998-09-28
    • Carl L. Hammonds
    • Carl L. Hammonds
    • B60K15/00B60K15/04B67D7/74F02M25/14B65B1/04
    • B60K15/04B67D7/74F02M25/14B67D2007/748Y02T10/121
    • A system for injecting an additive within a fuel storage tank or the fuel tank (10) of a vehicle (12) including an additive injector (22) mounted within the tubular inlet (14) of the fuel tank (10). The additive injector (22) includes an additive pump (46) driven by impeller blades (50) on an end of a pump shaft (48). The fuel discharged from the fuel nozzle (58) strikes the blades (50) to rotate the impeller (47) of pump (46) for dispensing the additive. The additive container (51) has an additive line (56) extending to a pump (46) for the supply of additive thereto for discharge from additive nozzle (54) into the flowing fuel stream. The additive is blended with the flowing fuel stream when discharged. The additive injector (22) may be utilized as a retrofit unit on an existing fuel tank by the removal of fuel tank cap (18) and the insertion of additive dispenser (22) within the tubular inlet (14). The additive container (51A) in an alternative embodiment is positioned in the fuel tank (10A) at the bottom of the body (24A) of the additive dispenser (22A).
    • 一种用于将燃料储存罐或燃料箱(10)中的添加剂注入到包括安装在燃料箱(10)的管状入口(14)内的添加剂注入器(22)的车辆(12)的系统。 添加剂注入器(22)包括由泵轴(48)的端部上的叶轮(50)驱动的添加剂泵(46)。 从燃料喷嘴(58)排出的燃料撞击叶片(50)以旋转用于分配添加剂的泵(46)的叶轮(47)。 添加剂容器(51)具有延伸到泵(46)的添加剂线(56),用于供应添加剂以从添加剂喷嘴(54)排放到流动的燃料流中。 放电时,添加剂与流动的燃料流混合。 添加剂注入器(22)可以通过去除燃料箱盖(18)和将添加剂分配器(22)插入管状入口(14)内而用作现有燃料箱上的改装单元。 替代实施例中的添加剂容器(51A)位于添加剂分配器(22A)的主体(24A)底部的燃料箱(10A)中。
    • 34. 发明授权
    • Liquid fuel storage device
    • 液体燃料储存装置
    • US5460135A
    • 1995-10-24
    • US338741
    • 1994-11-09
    • Tamiyoshi OhashiSukehiro SawadaOsamu Hokari
    • Tamiyoshi OhashiSukehiro SawadaOsamu Hokari
    • B60K15/077B60K15/03B60K15/035B60K15/00F02M33/02
    • B60K15/03B60K15/03504B60K15/03519
    • A liquid fuel storage device is provided for use with an automobile system including an engine, a fuel tank, and a canister for absorbing fuel vapor during refueling. The device includes an air bag disposed in the fuel tank and constructed and arranged to inflate to occupy a space in the fuel tank in accordance with an amount fuel remaining in the fuel tank. Piping structure communicates the fuel tank with the engine for inflating the air bag by reducing pressure in the fuel tank when the engine is started. An air introduction pipe communicates with the atmosphere and includes a first valve mechanism for introducing air into the air bag and prevents air from escaping from the air bag after inflation thereof. An air emission pipe includes a second valve mechanism, which is opened only in refueling to emit air in the air bag during refueling. The air emission pipe is connected to the canister.
    • 液体燃料存储装置被设置用于包括用于在加油期间吸收燃料蒸气的发动机,燃料箱和罐的汽车系统。 该装置包括设置在燃料箱中的气囊,其构造和布置为根据燃料箱中剩余的燃料量膨胀以占据燃料箱中的空间。 当发动机启动时,管道结构将燃料箱与发动机连通,以减小燃料箱中的压力来使气囊膨胀。 空气引入管与大气连通,并且包括用于将空气引入气囊中的第一阀机构,并且在充气之后防止空气从气囊中逸出。 排气管包括第二阀机构,其仅在加油时打开以在加油期间在气囊中排放空气。 排气管与罐连接。
    • 35. 发明授权
    • Control device for a sucked air quantity of an engine
    • 用于发动机的吸入空气量的控制装置
    • US5355972A
    • 1994-10-18
    • US29164
    • 1993-03-10
    • Seiji Wataya
    • Seiji Wataya
    • F02D41/22F02B1/04F02D11/10F02D45/00B60K15/00
    • F02D11/107F02B1/04F02D11/105
    • A control device for a sucked air quantity of an engine comprises an accelerator pedal opening degree sensor for detecting an opening degree of an accelerator pedal; a throttle valve opening degree sensor for detecting an opening degree of a throttle valve; a throttle valve actuator for controlling the opening degree of the throttle valve in accordance with outputs of both the accelerator pedal opening degree sensor and the throttle valve opening degree sensor; a first fully-closed state detecting switch for detecting a fully-closed state of the accelerator pedal; a second fully-closed state detecting switch for detecting a fully-closed state of the throttle valve; and an abnormality determining means for determining that the control device for a sucked air quantity is abnormal when the throttle valve is not in the fully-closed state in case that the accelerator pedal is in the fully-closed state.
    • 用于发动机的吸入空气量的控制装置包括用于检测加速器踏板的开度的加速器踏板开度传感器; 用于检测节流阀的开度的节流阀开度传感器; 节流阀致动器,用于根据加速器踏板开度传感器和节气门开度传感器的输出来控制节气门的开度; 用于检测加速器踏板的完全关闭状态的第一完全关闭状态检测开关; 用于检测节气门的全闭状态的第二全闭状态检测开关; 以及异常判定装置,用于当油门踏板处于完全关闭状态时,当节气门不处于完全关闭状态时,确定吸气量控制装置异常。
    • 36. 发明授权
    • Emisson validation system
    • Emisson验证系统
    • US5343906A
    • 1994-09-06
    • US884531
    • 1992-05-15
    • Harry F. Tibbals, III
    • Harry F. Tibbals, III
    • B60K15/00B60S5/02B67D7/14B67D7/34G07F13/02B65B1/04B65B1/30
    • B67D7/14B60K15/00B60S5/02B67D7/348G07F13/025
    • An emissions validation system is comprised of a plurality of sensors (42), (36), (26) and (34) for monitoring the various emissions and diagnostic aspects of a vehicle (10). An emissions validation system (18) is operable upon refuelling through a refuelling line (20) to interface through an interface (14) to a CPU (28). The CPU (28) retrieves the stored dam and transfers it through the interface (14), through an electrical line (22) to a main CPU (26) in the emissions validation system (18). The main CPU (26) then evaluates this dam, in addition to monitoring the amount of fuel that is placed back into the vehicle's tank (32). This allows a complete record of the vehicles history to be maintained.
    • 排放物确认系统由用于监测车辆(10)的各种排放和诊断方面的多个传感器(42),(36),(26)和(34)组成。 排放物确认系统(18)可在通过加油管线(20)加油以通过接口(14)连接到CPU(28)进行操作。 CPU(28)检索所存储的大坝,并通过接口(14)通过电线(22)将其传送到排放确认系统(18)中的主CPU(26)。 然后,主CPU(26)除了监视放回到车辆箱(32)中的燃料量之外还对该水坝进行评估。 这样可以保持车辆历史的完整记录。
    • 40. 发明授权
    • System for controlling the fuel supplied to an automotive engine
    • 用于控制供应给汽车发动机的燃料的系统
    • US4771849A
    • 1988-09-20
    • US20144
    • 1987-02-25
    • Heinz LeiberWolfgang KorasiakDieter RollerAlfred SiglEberhard SchnaibelFranz Brugger
    • Heinz LeiberWolfgang KorasiakDieter RollerAlfred SiglEberhard SchnaibelFranz Brugger
    • B60K26/04B60K28/16F02B1/04F02D9/02F02D29/02B60K15/00
    • B60K28/16F02B1/04Y10T477/675
    • An automotive engine forming part of a motor vehicle is controlled to avoid slipping or spinning of a driven wheel by controlling the maximum rate of change of fuel which can be supplied to the engine, for example, by limiting the speed of deflection of a throttle flap (6) driven by a servo motor (7). The deflection speed, limited for example by a voltage divider (14) can be controlled as a function of operating parameters of the engine or the vehicle, for example, vehicle speed (V.sub.F), engine speed (n.sub.M), engine loading or a percentage of engine loading, actual wheel slip, actual angle or deflection position of the throttle flap, and the like. Further, non-linearities between deflection of an operator actuated pedal, such as a gas pedal (1) and actual deflection of the control flap (6) can be compensated for, for example, in a difference forming circuit (9) providing an output error signal for the servo motor (7) or by software, e.g. by recourse to non-linear characteristics stored in a table or graph. The duration of limiting can be determined by timing circuit connected to a terminal (p) for example, on the voltage divider (14). The system can be instrumented electrically (FIG. 2) or, for example, hydraulic-electrically (FIG. 3).
    • 通过控制可以供给发动机的燃料的最大变化率,例如通过限制节流阀的偏转速度来控制形成汽车的一部分的汽车发动机,以避免从动轮的滑动或旋转 (6)由伺服马达(7)驱动。 可以例如通过分压器(14)限制的偏转速度作为发动机或车辆的操作参数的函数,例如车速(VF),发动机转速(nM),发动机负载或百分比 发动机负载,实际车轮滑动,节流阀的实际角度或偏转位置等。 此外,诸如加油踏板(1)的操作者致动的踏板的偏转与控制翼片(6)的实际偏转之间的非线性可以例如在提供输出的差分形成电路(9)中被补偿 伺服电机(7)或软件的误差信号,例如 通过求助于存储在表或图中的非线性特征。 限制的持续时间可以通过例如在分压器(14)上连接到端子(p)的定时电路来确定。 该系统可以电气装配(图2)或例如液压电气(图3)。