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    • 44. 发明公开
    • ELECTRIC EARTH SYSTEM AND EARTH CONNECTION PRODUCTION METHOD
    • 电气接地系统及接地连接生产方法
    • EP3217481A1
    • 2017-09-13
    • EP17159710.7
    • 2017-03-07
    • Newfrey LLC
    • Köhler, RobertPimper, Ralf
    • H01R4/66F16B37/14H01R4/34H01R4/64B05B15/04
    • H01R4/64B05B12/20F16B37/145H01R4/34
    • An electric earth system (10), in particular for a motor vehicle body (15), comprising an earth stud (12), which can be connected to an electrically conductive earth base (14) and has a shaft (24) extending along a longitudinal axis (26) and a flange (18), wherein the earth stud (12) defines a contact surface (28) concentric with the shaft (24), and comprising a covering means (34), which can be connected to the shaft (24) and has a covering surface (42), which at least partially covers the electric contact surface (28) in the connected state.
      Here, a seal arrangement (46) is arranged between the contact surface (28) and the covering surface (42), such that a sealed-off region (52) is formed between the seal arrangement (46) and the shaft (12), within which region there is located at least part of the contact surface (42). (Figure 1)
    • 一种特别用于机动车辆车身(15)的电气接地系统(10),包括能够连接到导电接地基座(14)并且具有沿着轴线(24)延伸的轴(24)的接地螺柱(12) ,其中所述接地柱(12)限定与所述轴(24)同心的接触表面(28),并且包括覆盖装置(34),所述覆盖装置能够连接到所述轴(26)和凸缘 (24)并且具有覆盖表面(42),所述覆盖表面(42)在连接状态下至少部分地覆盖电接触表面(28)。 在此,在接触表面(28)和覆盖表面(42)之间布置密封装置(46),使得在密封装置(46)和轴(12)之间形成密封区域(52) 在该区域内至少有部分接触表面(42)。 (图1)
    • 46. 发明公开
    • NON-CONTACT LAMINAR FLOW DRAWN ARC STUD WELDING NOZZLE AND METHOD
    • 非接触层流喷涂弧形焊接喷嘴和方法
    • EP3160679A1
    • 2017-05-03
    • EP15741416.0
    • 2015-06-30
    • Newfrey LLC
    • DILLON, Keegan JamesKENYON, Brendan CharlesGIANFERRARA, Paul Michael
    • B23K9/20
    • B23K9/291B23K9/20
    • A plurality of screens can be supported within a nozzle assembly and positioned so that gas from a housing manifold flows through the plurality of screens and into a flash shield nozzle. The flash shield nozzle can include a partial-parabolic-shaped portion. A distal end of a collet holding the stud during welding can extend past the distal end of the flash shield nozzle and any other component of the nozzle assembly to maintain a gap between a workpiece the stud is being welded to and the nozzle assembly so that no component of the nozzle assembly contacts the workpiece during stud welding. Related methods can include welding a stud to a workpiece including an obstruction or welding impediment.
    • 多个丝网可被支撑在喷嘴组件内并被定位成使得来自外壳歧管的气体流过多个丝网并进入闪光屏蔽喷嘴。 闪光屏蔽喷嘴可以包括部分抛物线形状的部分。 在焊接过程中夹持螺柱的夹头的远端可以延伸经过防护罩喷嘴的远端和喷嘴组件的任何其他部件以保持螺柱正被焊接到的工件与喷嘴组件之间的间隙, 在螺柱焊接期间喷嘴组件的部件接触工件。 相关的方法可以包括将螺柱焊接到包括障碍物或焊接障碍物的工件上。
    • 48. 发明公开
    • CLIP FOR SECURING AN ELONGATED ARTICLE
    • KLEMME ZUR SICHERUNG EINESLÄNGLICHENARTIKELS
    • EP3124844A1
    • 2017-02-01
    • EP16177678.6
    • 2016-07-04
    • Newfrey LLC
    • Kumpf, MarkusRosemann, FrankGromes, Christine
    • F16L3/205F16L3/237F16L55/035
    • F16L55/035B60R16/0215F16L3/2056F16L3/237
    • A clip (20) for securing an elongated article (12), such as a pipe, a tube or the like, on a component (14) on which an anchoring device (16) is realized, said clip having an anchor connecting portion (22), which is realized for the purpose of setting up a connection to the anchoring device (16) in order to secure the clip (20) on the component (14), and which defines an anchor axis (A), having an article receiving portion (30) which is realized for the purpose of receiving the article (12) in order to secure the article (12) on the clip (20), wherein the article receiving portion (30) comprises a shell receiving arrangement (32) which is semi-circular in cross section and defines a longitudinal axis (L) which is aligned transversely with respect to the anchor axis (A), and having a coupling portion (40), by means of which the article receiving portion (30) and the anchor connecting portion (22) are connected together in an elastically flexible manner, wherein the coupling portion (40) is realized in one piece with the article receiving portion (30).
      In this case, the coupling portion (40) comprises a spring web arrangement (39) which is connected to the article receiving portion (30) such that the article receiving portion (30) is mounted so as to be elastically movable relative to the anchor connecting portion (22) about a vertical axis (H) which is parallel to the anchor axis (A) and/or about a transverse axis (Q) which is aligned transversely with respect to the anchor axis (A) and transversely with respect to the longitudinal axis (L).
    • 一种用于将细长物品(例如管子,管子等)固定在其上实现有锚固装置(16)的部件(14)上的夹子(20),所述夹子具有锚定连接部分 为了将夹子(20)固定在组件(14)上并且限定锚定轴线(A),其实现是为了建立与锚固装置(16)的连接的目的,其具有物品 接收部分(30),其用于接收物品(12)以将物品(12)固定在夹子(20)上,其中物品接收部分(30)包括壳体接收装置(32), 其横截面为半圆形并且限定相对于锚定轴线(A)横向对准的纵向轴线(L),并且具有联接部分(40),借助于该连接部分(30), 并且所述锚固连接部(22)以弹性柔性的方式连接在一起,其中所述连接部(40) 与物品接收部分(30)一体化地实现。 在这种情况下,连接部分(40)包括弹簧腹板装置(39),其连接到物品接收部分(30),使得物品接收部分(30)被安装成可相对于锚固件弹性移动 连接部分(22)围绕平行于锚定轴线(A)的垂直轴线(H)和/或围绕相对于锚定轴线(A)横向对齐的横向轴线(Q)并且横向相对于 纵轴(L)。