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    • 76. 发明公开
    • Apparatus for electrical connection
    • Vorrichtungfüreine elektrische Verbindung
    • EP2348586A1
    • 2011-07-27
    • EP10151182.2
    • 2010-01-20
    • Delphi Technologies Holding S.à.r.l.
    • Calonne, JeromeHardy, Martin
    • H01R39/64
    • H01R39/64H01R13/24H01R13/533
    • Apparatus is disclosed that is suitable for connecting first and second electrical connection points arranged at different angular orientations, for example in a fuel injector having a pressure sensor integrated into a cap nut. The apparatus comprises a generally cylindrical first body (118) having a first electrical connection point (B), a generally tubular second body (122) attachable to an end region (120) of the first body (118) and having a second electrical connection point (136), a first annular conductor (152) associated with the first body (118) and connected to the first connection point (B), and a second annular conductor (164) associated with the second body (122) and connected to the second connection point (136). The first and second connection points (B, 136) are located laterally from a common axis (A) of the first and second bodies (118, 122) and, when the second body (122) is attached to the first body (118), the first and second annular conductors (152, 164) are in electrical contact so as to connect the first connection point to the second connection point (136) irrespective of whether the first and second connection points are in alignment in a direction parallel to the common axis (A).
    • 公开了适用于连接以不同角取向布置的第一和第二电连接点的装置,例如在具有集成到盖螺母中的压力传感器的燃料喷射器中。 该设备包括具有第一电连接点(B)的大致圆柱形的第一主体(118),可连接到第一主体(118)的端部区域(120)的大致管状的第二主体(122),并且具有第二电连接 点(136),与第一主体(118)相关并连接到第一连接点(B)的第一环形导体(152)和与第二主体(122)相关联的第二环形导体(164) 第二连接点(136)。 第一和第二连接点(B,136)从第一和第二主体(118,122)的公共轴线(A)横向定位,并且当第二主体(122)附接到第一主体(118)时, 第一和第二环形导体(152,164)是电接触的,以便将第一连接点连接到第二连接点(136),而不管第一和第二连接点是否在平行于 共轴(A)。
    • 77. 发明公开
    • Method of Encapsulating an Actuator having a Piezoelectric Actuator Stack
    • Verfahren zur Verkapselung eines Aktuators mit einem piezoelektrischen Aktuatorstapel
    • EP2343746A1
    • 2011-07-13
    • EP10150453.8
    • 2010-01-11
    • Delphi Technologies Holding S.à.r.l.
    • Berlemont, Jean-FrancoisGris, ChristianWinandy, Jean-PierreVit, Romain
    • H01L41/053F02M51/06
    • H01L41/0533F02M51/0603H01L41/083H01L41/23
    • The invention concerns an encapsulated actuator as well as a method of encapsulating an actuator/stack in an encapsulation member, which comprising at least an innermost heat shrinkable, polymeric sleeve member and an overlaying outermost, heat shrinkable, polymeric sleeve member. The sleeve members have each a different shrinkage temperature, wherein the shrinkage temperature of the outermost sleeve member is higher than the shrinkage temperature of the innermost sleeve member. The method comprising essentially the following steps:
      a. Arranging the stack inside the innermost sleeve member,
      b. Arranging the outermost sleeve member so as to overlay the innermost sleeve member(s),
      c. Placing the stack under vacuum so as to degas it,
      d. Heating the stack above the shrinkage temperature of the outermost sleeve member so as to shrink the outermost sleeve member,
      e. Placing the stack under atmospheric pressure
      f. Cooling the stack.
    • 本发明涉及封装的致动器以及将致动器/堆叠封装在密封构件中的方法,其包括至少最内部的可热收缩的聚合物套筒构件和覆盖最外的可热收缩的聚合物套筒构件。 套筒构件具有不同的收缩温度,其中最外层套筒构件的收缩温度高于最内套筒构件的收缩温度。 该方法基本上包括以下步骤:a。 将堆叠排列在最内套筒构件内,b。 排列最外侧的套筒构件以覆盖最内侧的套筒构件,c。 将叠层放置在真空下以脱气,d。 将堆叠加热到最外层套筒构件的收缩温度以上以收缩最外层的套筒构件, 将堆叠置于大气压下f。 冷却堆叠。
    • 80. 发明公开
    • Armature for a Solenoid Actuator
    • 电磁执行器的电枢
    • EP2322797A1
    • 2011-05-18
    • EP09175837.5
    • 2009-11-12
    • Delphi Technologies Holding S.à.r.l.
    • Cooke, Michael
    • F04B17/04F02M63/00F01N3/20
    • F04B17/046F01N3/2066F01N2550/05F01N2610/14F02M2200/04F04B17/048
    • An armature (132; 232; 332) for a solenoid actuator is disclosed. The armature comprises a first face (170; 270; 370) comprising a recess (174; 274; 374) suitable for receiving a biasing spring in use of the armature; a second face (172; 272; 372) opposite the first face (170; 270; 370); and fluid communication means (178; 210; 310) for providing a fluid flow path through the armature between the recess (174; 274; 374) and the second face (172; 272; 372) in use of the armature. The first face (170; 270; 370) is uninterrupted by the fluid communication means (178; 210; 310). The invention reduces the risk of cavitation damage during operation of the actuator. In one application, the actuator is used in a fluid pump (100; 200) for a selective catalytic reduction system.
    • 公开了一种用于电磁致动器的电枢(132; 232; 332)。 所述电枢包括第一面(170; 270; 370),所述第一面(170; 270; 370)包括适于在使用所述电枢时接收偏置弹簧的凹槽(174; 274; 374) 与第一面(170; 270; 370)相对的第二面(172; 272; 372); 和流体连通装置(178; 210; 310),用于在所述衔铁的使用中提供穿过所述凹部(174; 274; 374)和所述第二面(172; 272; 372)之间的所述衔铁的流体流动路径。 第一面(170; 270; 370)不被流体连通装置(178; 210; 310)中断。 本发明降低了致动器操作期间的气穴损伤风险。 在一个应用中,致动器用于选择性催化还原系统的流体泵(100; 200)。