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    • 11. 发明申请
    • Arrangement for sealing a piezoactuator and method for sealing a piezoactuator
    • 用于密封压电致动器的装置和用于密封压电致动器的方法
    • US20060040551A1
    • 2006-02-23
    • US11205869
    • 2005-08-17
    • Klaus PlecherMarcus Unruh
    • Klaus PlecherMarcus Unruh
    • H01R13/73
    • H01L41/04H01R13/521H01R2201/26
    • In a method and arrangement for sealing a piezoactuator having terminal pins (12) protruding from the piezoactuator and a top plate (14) surmounting the piezoactuator, the top plate is provided with openings (16) to enable the terminal pins (12) to pass through. In order to ensure a reliable seal even for comparatively thin top plates (16) in particular, the invention proposes placing an O-ring (28) made from an elastic sealant material on each of the terminal pin sections (30) protruding from the openings (16), so that said O-ring fits tightly to a circumferential surface (32) of the terminal pin section (30), as well as to the top plate (14), forming a seal, and being pressure-injected into the top plate (14) by means of a plastic extrusion coating (arrows in FIG. 1).
    • 在用于密封具有从压电致动器突出的端子销(12)的压电致动器的方法和装置以及覆盖压电致动器的顶板(14)的顶板设置有开口(16)以使端子销(12)能够通过 通过。 为了确保即使对于较薄的顶板(16)也可靠的密封,本发明提出将由弹性密封剂材料制成的O形环(28)放置在从开口突出的每个端子销部分(30)上 (16),使得所述O形环与所述端子销部分(30)的外周表面(32)以及所述顶板(14)紧密地配合,形成密封件,并且被压入 顶板(14)通过塑料挤出涂层(图1中的箭头)。
    • 12. 发明授权
    • Sealing apparatus assembly for sealing a piezoactuator and method for sealing a piezoactuator
    • 用于密封压电致动器的密封装置组件和用于密封压电致动器的方法
    • US07186143B2
    • 2007-03-06
    • US11205869
    • 2005-08-17
    • Klaus PlecherMarcus Unruh
    • Klaus PlecherMarcus Unruh
    • H01R13/40
    • H01L41/04H01R13/521H01R2201/26
    • In a method and arrangement for sealing a piezoactuator having terminal pins (12) protruding from the piezoactuator and a top plate (14) surmounting the piezoactuator, the top plate is provided with openings (16) to enable the terminal pins (12) to pass through. In order to ensure a reliable seal even for comparatively thin top plates (14) in particular, the invention proposes placing a sealing-ring (28) made from an elastic sealant material on each of the terminal pin sections (30) protruding from the openings (16), so that the sealing ring fits tightly to a circumferential surface (32) of the terminal pin section (30), as well as to the top plate (14), forming a seal, and being pressure-injected into the top plate (14) by means of a plastic extrusion coating (arrows in FIG. 1).
    • 在用于密封具有从压电致动器突出的端子销(12)的压电致动器的方法和装置以及覆盖压电致动器的顶板(14)的顶板设置有开口(16)以使端子销(12)能够通过 通过。 为了确保即使对于比较薄的顶板(14)也可靠的密封,本发明提出将由弹性密封剂材料制成的密封环(28)放置在从开口突出的每个端子销部分(30)上 (16),使得密封环紧密地配合到端子销部分(30)的外周表面(32)以及顶板(14)上,形成密封件,并且被压入顶部 板(14)通过塑料挤出涂层(图1中的箭头)。
    • 13. 发明申请
    • Actuator for a fuel injector of an internal combustion engine
    • 用于内燃机燃油喷射器的致动器
    • US20060038030A1
    • 2006-02-23
    • US10961293
    • 2004-10-08
    • Klaus PlecherMarcus Unruh
    • Klaus PlecherMarcus Unruh
    • F02M47/02B05B1/08F02M63/00B05B3/04
    • F02M51/005F02M51/0603F02M55/007F02M61/16F02M63/0057F02M2200/707H01L41/053
    • In order to increase the lifetime for a piezoactuator of a fuel injector and to make possible a reliable seal of the piezoactor especially for comparatively thin head plates as well a gas exchange passage running through an actuator housing (52, 54) is provided, where a sealing unit (2) placed on the head arrangement (16, 18) is provided for sealing the piezoactor (12) which features a carrier (28) on which a sealing material (30) is arranged which forms a seal around the piezo contact pins (14) and the head arrangement (16, 18) and on which a microporous gas exchanger (26) to create gas permeability of the sealing unit (24) is integrated such that any fluid which has penetrated through to the gas exchanger (26) can flow out of the gas exchanger (26) under the force of gravity.
    • 为了增加燃料喷射器的压电致动器的寿命,并且使压电器特别是对于比较薄的头板进行可靠的密封,并且提供了穿过致动器壳体(52,54)的气体交换通道,其中 设置在头部装置(16,18)上的密封单元(2)用于密封压电元件(12),压电元件(12)具有载体(28),密封材料(30)布置在其上,在压电触头 (14)和头部装置(16,18),并且其上形成用于产生密封单元(24)的气体渗透性的微孔气体交换器(26)被集成为使得已经穿透到气体交换器(26)的任何流体 可以在重力作用下流出气体交换器(26)。