会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Fuel injection systems for internal combustion engines
    • 内燃机燃油喷射系统
    • US3916856A
    • 1975-11-04
    • US42841173
    • 1973-12-26
    • PETROL INJECTION LTD
    • JACKSON HAROLD ERNEST
    • F02D41/34F02D3/00F02D7/00F02D41/32F02M51/00
    • F02D3/00
    • A fuel injection system for an internal combustion engine, in which, for the purpose of modifying the fuel/air ratio only under certain engine conditions, the return branch of the fuel circulation system includes a resiliently-biased valve member which functions to maintain the return branch fuel pressure at a value dependent on the resilient bias, and means for varying the resilient bias under the said engine conditions. In an embodiment, the bias on the valve member is increased when intake manifold vacuum drops below a predetermined value, enabling fuel enrichment to be achieved when the engine is developing full power.
    • 一种用于内燃机的燃料喷射系统,其中为了仅在某些发动机条件下改变燃料/空气比的目的,燃料循环系统的返回分支包括弹性偏压阀构件,其用于维持返回 分支燃料压力取决于弹性偏压的值,以及用于在所述发动机条件下改变弹性偏压的装置。 在一个实施例中,当进气歧管真空度低于预定值时,阀构件上的偏压增加,使发动机正在开发全功率时实现燃料浓缩。
    • 2. 发明授权
    • Fuel injection systems
    • 燃油喷射系统
    • US3650258A
    • 1972-03-21
    • US3650258D
    • 1970-04-23
    • PETROL INJECTION LTD
    • JACKSON HAROLD ERNEST
    • F02M69/20F02M69/22F02M69/40F02M69/00
    • F02M69/40F02M69/20F02M69/22
    • A fuel injection system for an internal combustion engine, including a fuel motoring device and/or a fuel pressurizing device. The or each device operates in response to adjustment of an air valve located in the engine air intake conduit (for example, upstream of the throttle valve), such adjustment being effected by a control mechanism in the following manner. The air valve produces a control pressure differential in the air intake conduit, which is sensed by the control mechanism. Any change in the pressure differential from a predetermined control value (caused, for example, by an increase in the engine air intake) causes the control mechanism to adjust the fuel flow path which feeds the fuel injector devices. The air valve is connected to the fuel control circuit and the position of the air valve is thereby adjusted to return the control pressure differential to the predetermined control valve. This adjustment is accompanied by a change in the fuel flow or pressure of fuel flow to the injector devices.
    • 一种用于内燃机的燃料喷射系统,包括燃料驱动装置和/或燃料加压装置。 该装置或每个装置响应于位于发动机进气管道中的空气阀(例如,节流阀的上游)的调节而工作,这种调节由以下方式由控制机构实现。 空气阀在进气导管中产生控制压力差,该控制压力差由控制机构检测。 与预定的控制值(例如由于发动机进气的增加而引起的)压差的任何变化使得控制机构调节供给燃料喷射器装置的燃料流路。 空气阀连接到燃料控制回路,从而调节空气阀的位置,使控制压差返回到预定的控制阀。 这种调节伴随着燃料流量的改变或者到喷射器装置的燃料流的压力。
    • 4. 发明授权
    • Fuel injector devices
    • 燃油喷射装置
    • US3695518A
    • 1972-10-03
    • US3695518D
    • 1970-11-27
    • PETROL INJECTION LTD
    • JACKSON HAROLD ERNEST
    • F02M69/04B05B1/30
    • F02M69/04
    • A fuel injector device in which the fuel flow path through the device includes a variable area metering orifice, the area of the orifice being adjusted in response to changes in fuel pressure at the injector device inlet. The orifice is formed by cooperation between one valve member and a fuel port in another valve member. The valve members are movable relative to each other and the fuel port extends in the direction of the relative movement and has a cross-sectional area which varies in that direction. A pressureresponsive member, for example a resilient diaphragm, senses the fuel pressure at the injector device inlet and causes relative movement between the valve members in response to changes in that pressure, to vary the area of the metering orifice. The fuel port may have a triangular cross-section, with both the base and height of the triangle increasing together along the fuel port in the direction of relative movement, whereby changes in the area of the metering orifice bear a ''''square law'''' relationship to changes in the inlet fuel pressure of the injector device.
    • 一种燃料喷射器装置,其中通过装置的燃料流动路径包括可变区域计量孔口,响应于喷射器装置入口处的燃料压力的变化来调整孔口的面积。 通过在另一阀构件中的一个阀构件和燃料口之间的配合来形成孔口。 阀构件可相对于彼此移动,并且燃料口在相对运动的方向上延伸并且具有在该方向上变化的横截面面积。 压力响应构件,例如弹性隔膜,感测喷射器装置入口处的燃料压力,并响应于该压力的变化而导致阀构件之间的相对运动,以改变计量孔口的面积。 燃料端口可以具有三角形横截面,三角形的基座和高度沿相对运动方向沿着燃料端口一起增加,由此,计量孔口区域的变化与“平方律”关系 注射器装置的入口燃料压力的变化。