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    • 5. 发明公开
    • Multi-function stalk switch
    • Mehrfunktionslenksäulenhebelschalter
    • EP1207076A2
    • 2002-05-22
    • EP01124540.4
    • 2001-10-12
    • Grote Industries, Inc.
    • Brandt, Bruce B,Risk, James R.Rigsby, Bruce S.Lidikay, Curtis L.Branstetter, Cary D.
    • B60Q1/14
    • B60Q1/1476H01H2001/5816H01H2019/143
    • A multi-function stalk switch that incorporates a pushbutton switch, a first rotary switch and a second rotary switch onto the end of a stalk, wherein further switching functions may be executed by moving the entire stalk in either of two orthogonal planes. The stalk switch incorporates many design features that enable it to be assembled at low cost from a small number of parts. One such feature is the use of plastic-on-plastic detents to control positioning of the rotary switches so that they wipe across predetermined portions of a flexible printed circuit board. Another feature is the inclusion of a springloaded plunger detent riding in a concave centering mechanism that is operable to automatically return the stalk switch to its central (neutral) position after removal of external biasing forces. A further feature is the inclusion of magnets on the stalk switch and Hall effect sensors fixedly mounted nearby in order to sense movement of the magnets (and therefore the stalk) in two orthogonal planes. Further features of the invention are also disclosed.
    • 一种多功能杆开关,其包括按钮开关,第一旋转开关和第二旋转开关到杆的端部,其中可以通过在两个正交平面中的任一个中移动整个茎来执行其他切换功能。 秸秆开关包含许多设计特征,使其能够以少量部件的低成本进行组装。 一个这样的特征是使用塑料塑料制动器来控制旋转开关的定位,使得它们擦拭穿过柔性印刷电路板的预定部分。 另一个特征是包括一个弹簧加载的柱塞制动器,该活塞棘爪骑在一个凹入的定中心机构中,该中心定位机构能够在去除外部的偏置力之后自动地将杆开关返回到其中心(中立)位置。 另一个特征是将磁体包括在固定安装在附近的杆开关和霍尔效应传感器上,以便感测磁体(以及因此的杆)在两个正交平面中的运动。 还公开了本发明的其它特征。
    • 6. 发明公开
    • Assembly method for a light bulb mount for vehicle lamps
    • Aufbau einerFahrzeugsglühbirneZusammenbauverfahren
    • EP0920091A2
    • 1999-06-02
    • EP98309560.5
    • 1998-11-23
    • Grote Industries, Inc.
    • Lidikay, Curtis L.Kelley, Rodney M.
    • H01R33/975
    • H01R33/9756
    • The present invention relates to an assembly method for a light bulb mount for vehicle lamps. The mount incorporates a flexible metal track for mounting a based light bulb, wherein the track dampens vibrations between its mounting location and the lamp by virtue of its flexible nature. The lamp is permanently mounted (both electrically and mechanically) to the track by placing the lamp thereon and then reflowing the solder ball(s) which form the bottom contact(s) of the lamp, each solder ball being coupled to the internal lead wire of the lamp. The reflow operation eliminates the need for a socket for the lamp and provides a quick and low-cost means for mounting the lamp to the track without any extra materials. Once the lamp has been mounted to the track, the track is mounted to a lamp housing, wherein this mounting causes the lamp to be suspended within a well formed into the lamp housing. The base of the lamp and the distal portion of the track are then encapsulated with a resilient material poured into the well, such as silicone. The silicone encapsulation of the lamp provides further dampening for shock forces transmitted to the lamp assembly, and also protects the lamp electrical connections from moisture.
    • 本发明涉及用于车灯的灯泡座的组装方法。 该安装座包括用于安装基于灯泡的柔性金属轨道,其中轨道由于其柔性而在其安装位置和灯之间阻尼振动。 通过将灯放置在其上并随后回流形成灯的底部接触点的焊球,将灯永久地安装在轨道上(电气和机械地),每个焊球与内部引线 的灯。 回流操作消除了对灯的插座的需要,并且提供了用于将灯安装到轨道上的快速且低成本的方式,而没有任何额外的材料。 一旦灯已经安装到轨道上,轨道就安装到灯壳体上,其中这种安装使得灯被悬挂在形成于灯壳体内的井中。 然后将灯的底部和轨道的远端部分用倒入孔中的弹性材料如硅树脂封装。 灯的硅树脂封装为传递到灯组件的冲击力提供了进一步的衰减,并且还保护灯电气连接免受潮湿。
    • 9. 发明公开
    • Assembly method for a light bulb mount for vehicle lamps
    • 为建设车辆灯泡装配工艺
    • EP0920091A3
    • 2000-03-08
    • EP98309560.5
    • 1998-11-23
    • Grote Industries, Inc.
    • Lidikay, Curtis L.Kelley, Rodney M.
    • H01R33/975F21V15/04F21Q1/00
    • H01R33/9756
    • The present invention relates to an assembly method for a light bulb mount for vehicle lamps. The mount incorporates a flexible metal track for mounting a based light bulb, wherein the track dampens vibrations between its mounting location and the lamp by virtue of its flexible nature. The lamp is permanently mounted (both electrically and mechanically) to the track by placing the lamp thereon and then reflowing the solder ball(s) which form the bottom contact(s) of the lamp, each solder ball being coupled to the internal lead wire of the lamp. The reflow operation eliminates the need for a socket for the lamp and provides a quick and low-cost means for mounting the lamp to the track without any extra materials. Once the lamp has been mounted to the track, the track is mounted to a lamp housing, wherein this mounting causes the lamp to be suspended within a well formed into the lamp housing. The base of the lamp and the distal portion of the track are then encapsulated with a resilient material poured into the well, such as silicone. The silicone encapsulation of the lamp provides further dampening for shock forces transmitted to the lamp assembly, and also protects the lamp electrical connections from moisture.