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    • 2. 发明申请
    • PIEZOACTUATOR, METHOD FOR PRODUCING A PIEZOACTUATOR AND INJECTION SYSTEM OF SAID PIEZOACTUATOR
    • 粉碎机,制造压粉机的方法和压铸机的注射系统
    • US20090096324A1
    • 2009-04-16
    • US12299663
    • 2007-05-03
    • Maximilian Kronberger
    • Maximilian Kronberger
    • H01L41/00
    • F02M61/167F02M51/0603F02M61/166F02M61/168F02M63/0057F02M2200/90H01L41/053H01L41/0533H01L41/083
    • A piezoactuator for injecting fuel with a predetermined fuel pressure has an at least laterally narrowing casing around the internal space of the actuator which has a first temperature- and/or pressure-dependent volume change, a piezo stack located in the internal space which has a second temperature- and/or pressure-dependent volume change, a transmission element which is located between the piezo stack and the casing for transmitting the fuel pressure on the outside of the casing onto the piezo stack, wherein the transmission element has a passivating liquid which has a third temperature- and/or pressure-dependent volume change as well as several preformed bodies which have a fourth temperature- and/or pressure-dependent volume change; wherein the relation between the passivating liquid and the preformed bodies is set that the first volume change of the casing basically corresponds to an overall internal space volume change which has at least the second, third, and fourth volume change.
    • 用于以预定燃料压力喷射燃料的压电致动器具有围绕致动器的内部空间的至少横向变窄的壳体,其具有第一温度和/或压力依赖的体积变化,位于内部空间中的压电堆叠具有 第二温度和/或压力依赖的体积变化,位于压电堆和壳体之间的传输元件,用于将壳体外部的燃料压力传递到压电叠层上,其中传输元件具有钝化液体, 具有第三温度和/或压力依赖的体积变化以及具有第四温度和/或压力依赖的体积变化的几个预成型体; 其特征在于,所述钝化液体与所述预成形体之间的关系被设定为所述壳体的第一体积变化基本上对应于至少具有第二,第三和第四体积变化的总内部空间体积变化。
    • 4. 发明授权
    • Device for transmitting an excursion of an actuator
    • 用于传送致动器的偏移的装置
    • US06787973B2
    • 2004-09-07
    • US10689376
    • 2003-10-20
    • Wilhelm FrankThomas KomischkeMaximilian KronbergerHarald Schmidt
    • Wilhelm FrankThomas KomischkeMaximilian KronbergerHarald Schmidt
    • H02N200
    • H02N2/043F02M51/0603F02M2200/701Y10T29/42
    • A device for transmitting the deflection of an actuator (2), comprising at least one transmission element (4) that has a first, a second and a third support zone, said first support zone (6) being associated with a counter-support, said second support zone (8) being associated with the actuator, and said third support zone being associated with a control element (20). The at least one transmission element rests on the counter-support with the first support zone under the action of the actuator and displaces the control element with the third support zone by way of a rotational movement about a center of rotation. The at least one transmission element is substantially configured as a plate (5) that is disposed substantially perpendicular to the movement of adjustment and the first, the second and the third support zone are configured as substantially plane surfaces on the plate, further relates to a method for producing the inventive transmission element.
    • 一种用于传送致动器(2)的偏转的装置,包括具有第一,第二和第三支撑区域的至少一个传动元件(4),所述第一支撑区域(6)与反向支撑件相关联, 所述第二支撑区域(8)与致动器相关联,并且所述第三支撑区域与控制元件(20)相关联。 至少一个传动元件在致动器的作用下由第一支撑区支撑在反向支撑件上,并通过围绕旋转中心的旋转运动而使控制元件与第三支撑区域移位。 所述至少一个传动元件基本上被配置为平板(5),所述板(5)基本上垂直于所述调节的运动设置,并且所述第一,所述第二和所述第三支撑区域被配置为所述板上的基本上平面的表面,还涉及 用于制造本发明的传动元件的方法。
    • 7. 发明授权
    • Drive device for an injection valve, and injection valve
    • 注射阀驱动装置和注射阀
    • US09447760B2
    • 2016-09-20
    • US13817498
    • 2011-08-16
    • Maximilian KronbergerHellmut FreudenbergJürgen DickWolfgang Wechler
    • Maximilian KronbergerHellmut FreudenbergJürgen DickWolfgang Wechler
    • F02M51/06F02M63/00
    • F02M51/0603F02M63/0026F02M2200/701F02M2200/702
    • A drive device for an injection valve may include an actuator configured for exerting a force along a first force action axis, a lever device coupled to the actuator, an output element coupled to the lever device and configured for absorbing a force from the lever device along a second force action axis, wherein the first and second force action axes are arranged offset with respect to one another, and a transmission element arranged between the actuator and the lever device. The transmission element may be coupled to the actuator in a first contact region and to the lever device in a second contact region. The first contact region of the transmission element may be arranged such that it is penetrated by the first force action axis. The second contact region of the transmission element may be arranged such that it is penetrated by the second force action axis.
    • 用于喷射阀的驱动装置可以包括致动器,其构造成用于沿着第一力作用轴线施加力;致动器联接的杠杆装置;联接到杠杆装置的输出元件,并被构造成用于吸收来自杠杆装置的力 第二力作用轴,其中第一和第二力作用轴相对于彼此偏移地布置,以及布置在致动器和杠杆装置之间的传动元件。 传动元件可以在第一接触区域中耦合到致动器,并且在第二接触区域中耦合到杠杆装置。 传动元件的第一接触区域可以被布置成使得其被第一力作用轴线穿透。 传动元件的第二接触区域可以被布置成使得其被第二力作用轴线穿透。