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    • 3. 发明申请
    • FLUID CONVEYANCE SYSTEM FOR A FLUID
    • 流体流体输送系统
    • US20160230726A1
    • 2016-08-11
    • US15023329
    • 2014-09-11
    • ROBERT BOSCH GMBH
    • Andreas DUTTAchim KOEHLER
    • F02M55/04F02M69/54
    • F02M55/04F02M59/102F02M59/44F02M63/0001F02M69/54F02M2200/03F02M2200/09F02M2200/28F02M2200/31F02M2200/315F04B11/0008
    • The invention relates to a fluid conveyance system for a fluid, comprising a low-pressure conveyance system having a low-pressure pump (2) and a high-pressure conveyance system having a high-pressure pump (8), which are connected by means of a connecting line, wherein the fluid conveyance system has a pressure damper (19). According to the invention, a fluid conveyance system is provided, by means of which a pulsation of the fluid caused by flow-rate waves or pressure waves in the fluid is damped. This is achieved in that the pressure damper (19) is arranged in the lower-pressure conveyance system and is a hydraulic pressure damper (19). Said hydraulic damper (19) has a piston (21) arranged in a cylinder (20), which piston can be moved against the force of a compression spring (23) and the vapor pressure present in a compression-spring chamber (22) accommodating the compression spring.
    • 本发明涉及一种用于流体的流体输送系统,包括具有低压泵(2)和具有高压泵(8)的高压输送系统的低压输送系统,所述高压输送系统通过装置连接 的连接线,其中所述流体输送系统具有压力阻尼器(19)。 根据本发明,提供了一种流体输送系统,通过该流体输送系统阻止了流体波或流体中的压力波引起的流体的脉动。 这是通过将压力调节器19布置在低压输送系统中并且是液压阻尼器19来实现的。 所述液压阻尼器(19)具有布置在气缸(20)中的活塞(21),所述活塞可克服压缩弹簧(23)的力而运动,并且存在于容纳压缩弹簧室 压缩弹簧。
    • 4. 发明授权
    • Fuel injector
    • 喷油器
    • US08286893B2
    • 2012-10-16
    • US12556691
    • 2009-09-10
    • Antonio AgrestaGianbattista FischettiLuigi GargiuloMarco Mechi
    • Antonio AgrestaGianbattista FischettiLuigi GargiuloMarco Mechi
    • F02M51/06F02M51/00
    • F02M61/16F02M55/04F02M61/168F02M2200/28F02M2200/31
    • A fuel injector (10) has a housing (12) with a central longitudinal axis (L) having a fluid inlet portion (18) being adapted to be coupled to a fuel rail at a first axial end area (20). The housing (12) has a recess (24) and enables a fluid flow through a fluid outlet portion (26) at a second axial end area (28) facing away from the first axial end area (20). The fluid inlet portion (18) communicates with the fluid outlet portion (26) via the recess (24). Furthermore, the fuel injector (10) has a safety component (30), which is arranged at the central longitudinal axis (L) within the recess (24) and adapted to reduce and arranged for reducing a velocity regarding the central longitudinal axis (L) at the fluid inlet portion (18) of the fluid flowing from the recess (24) through the fluid inlet portion (18).
    • 燃料喷射器(10)具有壳体(12),其中心纵向轴线(L)具有流体入口部分(18),其适于在第一轴向端部区域(20)处联接到燃料轨道。 壳体(12)具有凹部(24),并使流体能够在离开第一轴向端部区域(20)的第二轴向端部区域(28)处流过流体出口部分(26)。 流体入口部分(18)经由凹部(24)与流体出口部分(26)连通。 此外,燃料喷射器(10)具有安全部件(30),该安全部件设置在凹部(24)内的中心纵向轴线(L)处,并且适于减小并布置成减小关于中心纵向轴线(L )在从凹部(24)流过流体入口部分(18)的流体的流体入口部分(18)处。
    • 9. 发明申请
    • Pulsation reducing system for fuel line
    • 燃油管路脉动降低系统
    • US20040139947A1
    • 2004-07-22
    • US10685535
    • 2003-10-16
    • Yoshiyuki SerizawaHikari TsuchiyaKoichi HayashiTetsuo Ogata
    • F02M055/02
    • F02M55/04F02M55/02F02M55/025F02M2200/31
    • A pulsation reducing system for a fuel line of an internal combustion engine, especially for an automotive engine equipped with an electronic fuel injection system is provided. The system comprises a fuel delivery rail, a fuel tank, and a longitudinal main fuel pipe. A first flexible tube is arranged between the fuel delivery rail and the main fuel pipe. A second flexible tube is arranged between the main fuel pipe and the fuel tank. A small-ID tubular portion is arranged within the first tube or near the connecting portion of the first tube. The inside diameter of the small-ID tubular portion is smaller than that of said main fuel pipe. The length of the small-ID tubular portion is set between 10 to 50 times of the inside diameter of the small-ID tubular portion itself. Thus, standing waves and resultant pressure pulsations caused by the fuel delivery rail are reduced by the small-ID tubular portion.
    • 提供了一种用于内燃机的燃料管路的脉动降低系统,特别是用于配备有电子燃料喷射系统的汽车发动机。 该系统包括燃料输送轨道,燃料箱和纵向主燃料管。 燃料输送轨道和主燃料管之间布置有第一柔性管。 在主燃料管和燃料箱之间设置有第二柔性管。 小ID管状部分布置在第一管内或第一管的连接部分附近。 小ID管状部分的内径小于所述主燃料管的内径。 小ID管状部分的长度设定在小ID管状部分本身的内径的10至50倍之间。 因此,通过小ID管状部分减少由燃料输送轨道引起的驻波和合成的压力脉动。
    • 10. 发明申请
    • Fuel injection valve
    • 燃油喷射阀
    • US20040075000A1
    • 2004-04-22
    • US10433727
    • 2003-11-05
    • Wolfgang-Manfred RuehleMatthias BoeeNorbert Keim
    • B05B001/30
    • F02M51/0671F02M69/465F02M2200/31
    • A fuel injector (1) includes a magnetic coil (10), which cooperates with an armature (20) which, together with a valve needle (3) acted upon by a restoring spring (23), forms an axially movable valve part. A valve-closure member (4) which forms a sealing seat together with a valve-seat member (5), is provided at the valve needle (3). Furthermore, the fuel injector (1) includes an inner pole (13) and an outer pole (9) which form a magnetic circuit together with the magnetic coil (10), and a central fuel supply (16). A sleeve (21) is situated in the central fuel supply (16) of the fuel injector (1) in such a way that a flow route of the fuel through the fuel injector (1) is formed such with respect to length and diameter that the frequency of natural oscillations which are excited by the fuel flowing through the fuel injector (1), is adjusted to the closing intervals of the fuel injector (1).
    • 燃料喷射器(1)包括与电枢(20)配合的电磁线圈(10),电枢线圈(20)与阀芯(3)一起由恢复弹簧(23)起作用,形成可轴向移动的阀部件。 在阀针(3)处设置有与阀座构件(5)一起形成密封座的阀关闭构件(4)。 此外,燃料喷射器(1)包括与电磁线圈(10)一起形成磁路的内极(13)和外极(9)和中心燃料供给(16)。 套筒(21)位于燃料喷射器(1)的中央燃料供应(16)中,使得燃料通过燃料喷射器(1)的流动路径相对于长度和直径形成, 被燃料喷射器(1)流动的燃料激发的自然振荡的频率被调节到燃料喷射器(1)的关闭间隔。