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    • 1. 发明授权
    • Endless tentering chain and inner chain link for such a tentering chain
    • 无尽的拉链和内链链条,用于这种拉链
    • US5950416A
    • 1999-09-14
    • US19651
    • 1998-02-06
    • Horst KernerHans-Juergen MaierhoferWerner Bosch
    • Horst KernerHans-Juergen MaierhoferWerner Bosch
    • B65G17/26B21L9/02B65G17/38B65H5/08F16G13/06
    • F16G13/06
    • A tentering chain is assembled of inner links and outer links or link plates interconnected by journal pins passing through the outer link plates and through the inner links so that the latter are positioned between the outer link plates. The inner links have plates which are provided with integral bearing bushings that are interconnected at a junction (J) formed by pressing four bearing bushings together with a transition fit after a bearing roller has been placed on each of two of the four bushings to form the inner links. The inner link plates form with their bearing bushings two chain link sections (1, 2) that are easily interconnected at the junction (J) and also easily disconnected again at the junction. Both sections are made by casting or drop forging.
    • 内侧链条和外部链节或链节板组装在一起,内部链节和链接板通过穿过外部链接板并穿过内部链接的轴颈销相互连接,以使后者定位在外部链接板之间。 内部连接件具有一体的轴承衬套,其在通过将轴承辊已经放置在四个衬套中的两个之上的过渡配合上的四个轴承衬套上形成的接合处(J)处相互连接,以形成 内部链接。 内链板与它们的轴承衬套形成两个链接部分(1,2),它们在结(J)处容易互连,并且在接合部处再次容易地断开。 两个部分都是通过铸造或锻造制成的。
    • 3. 发明授权
    • Device and process for detecting defects in the disposition of
reinforcing members of magnetizable material in casing plies in the
sidewall region of a tire
    • 用于检测轮胎侧壁区域中的套管层中的可磁化材料的加强构件的设置中的缺陷的装置和方法
    • US6005388A
    • 1999-12-21
    • US862614
    • 1997-05-23
    • Michaela Kaefer-HoffmannWerner Bosch
    • Michaela Kaefer-HoffmannWerner Bosch
    • B29D30/08B60C9/00B60C9/02B60C19/00G01M17/02G01N27/82B60C11/24
    • G01M17/022G01N27/82
    • Device and process for detecting defects in an arrangement of reinforcing members in casing plies in a sidewall region of at least one of an unvulcanized tire blank or a vulcanized pneumatic vehicle tire to be tested. The reinforcing members may include a magnetizable material and the device may include a support device that rotatably supports the at least one of the unvulcanized tire blank or the vulcanized pneumatic vehicle tire in rotation around a rotational axis and at least one sensor that measures magnetic field intensities in a heterogeneous magnetic field resulting from inductions generated by the defects in the arrangement of the reinforcing members moving through the heterogeneous magnetic field. The at least one sensor may be positioned in a radial measuring position in a radial region of the sidewall. The device may also include a rotation controller that controls the rotation of the unvulcanized tire blank or the vulcanized pneumatic vehicle tire and an evaluation device coupled to the at least one sensor to receive the detected magnetic field intensities.
    • 用于检测待测试的未硫化轮胎坯料或硫化气动车辆轮胎中的至少一个的侧壁区域中的套管层中的加强构件的布置中的缺陷的装置和方法。 加强构件可以包括可磁化材料,并且该装置可以包括支撑装置,其可旋转地支撑围绕旋转轴线旋转的未硫化轮胎坯料或硫化气动车辆轮胎中的至少一个,以及测量磁场强度的至少一个传感器 在由通过异质磁场移动的加强构件的布置中的缺陷产生的感应产生的异质磁场中。 至少一个传感器可以位于侧壁的径向区域中的径向测量位置。 该装置还可以包括控制未硫化轮胎坯料或硫化气动车辆轮胎的旋转的旋转控制器和耦合到至少一个传感器以便接收检测到的磁场强度的评估装置。