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    • 1. 发明授权
    • Clip
    • US07948146B2
    • 2011-05-24
    • US12362600
    • 2009-01-30
    • Jean-Pierre WinandyChristophe Lafon
    • Jean-Pierre WinandyChristophe Lafon
    • H01L41/00A44B19/00
    • F16B2/245H01L41/053Y10T24/44
    • A clip for securing a sleeve to the body of a piezoelectric actuator in an actuator assembly, the clip taking the form of a band comprising first and second axially spaced ring-like members joined by a plurality of inwardly facing substantially arch shaped sections, the arch shaped sections defining the minimum inner diameter of the band, whereby axial displacement of the ring-like members way from one another causes flexing of the arch shaped sections to increase the minimum inner diameter of the band while axial displacement of the ring-like members towards one another causes flexing of the arch shaped sections to reduce the minimum inner diameter of the band thereby, when in use, to increase a clamping force applied to the sleeve.
    • 用于将套筒固定到致动器组件中的压电致动器的主体的夹子,夹子采取带状的形式,包括由多个朝内的大致拱形的部分连接的第一和第二轴向隔开的环状构件,拱 限定带的最小内径的形状部分,由此环形构件彼此的轴向位移彼此导致拱形部分的弯曲,以增加带的最小内径,同时使环状构件朝向 另一方面导致拱形部分的弯曲以减小带的最小内径,从而在使用时增加施加到套筒的夹紧力。
    • 3. 发明申请
    • Method of operating a piezoelectric actuator
    • 操作压电致动器的方法
    • US20080184967A1
    • 2008-08-07
    • US12012099
    • 2008-01-31
    • Jean-Francois M.R. BerlemontJean-Pierre Winandy
    • Jean-Francois M.R. BerlemontJean-Pierre Winandy
    • F02D41/30F02M51/00F02D28/00
    • F02D41/2096F02D41/403
    • A method of operating an injector having an injector valve needle and a piezoelectric actuator for controlling movement of the injector valve needle, the method comprising reducing the voltage across the actuator at a first rate (RT1) in order to initiate an initial injection, increasing the voltage across the actuator in order to terminate the injection, and once the initial injection has terminated and before a subsequent injection is initiated, reducing the voltage across the actuator at a second rate (RT2; RT3), which is lower than the first rate (RT1), so as to de-energise the actuator but without initiating an injection. The invention ensures the injector spends a significantly reduced period of its life with a high voltage across its actuator.
    • 一种操作喷射器的方法,所述喷射器具有用于控制喷射器阀针的运动的喷射器阀针和压电致动器,所述方法包括以第一速率(RT 1)降低所述致动器两端的电压以启动初始注射,增加 致动器两端的电压以终止注入,并且一旦初始注入已经终止并且在开始后续的注入之后,以低于第二速率的第二速率(RT 2; RT 3)降低致动器两端的电压 第一速率(RT 1),以便使致动器断电而不启动注入。 本发明确保了喷射器在其致动器上以高电压花费大量减少的寿命周期。
    • 5. 发明授权
    • Method of operating a piezoelectric actuator
    • 操作压电致动器的方法
    • US07576473B2
    • 2009-08-18
    • US12012099
    • 2008-01-31
    • Jean-Francois M.R. BerlemontJean-Pierre Winandy
    • Jean-Francois M.R. BerlemontJean-Pierre Winandy
    • H01L41/00H02N2/00
    • F02D41/2096F02D41/403
    • A method of operating an injector having an injector valve needle and a piezoelectric actuator for controlling movement of the injector valve needle, the method comprising reducing the voltage across the actuator at a first rate (RT1) in order to initiate an initial injection, increasing the voltage across the actuator in order to terminate the injection, and once the initial injection has terminated and before a subsequent injection is initiated, reducing the voltage across the actuator at a second rate (RT2; RT3), which is lower than the first rate (RT1), so as to de-energise the actuator but without initiating an injection. The invention ensures the injector spends a significantly reduced period of its life with a high voltage across its actuator.
    • 一种操作喷射器的方法,该喷射器具有用于控制喷射器阀针的移动的喷射器阀针和压电致动器,该方法包括以第一速率(RT1)降低致动器两端的电压以便启动初始注射,从而增加 致动器两端的电压以终止注入,一旦初始注入已经终止,并且在其后的注入开始之后,以低于第一速率(RT2; RT3)的第二速率(RT2; RT3)降低致动器两端的电压 RT1),以使致动器断电,但不引发注射。 本发明确保了喷射器在其致动器上以高电压花费大量减少的寿命周期。