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    • 1. 发明申请
    • TENSILE TESTING MACHINE
    • 拉伸试验机
    • WO1997039331A1
    • 1997-10-23
    • PCT/SE1997000588
    • 1997-04-09
    • BERGS ENGINEERING ABBERGS, Sune
    • BERGS ENGINEERING AB
    • G01N03/08
    • G01N3/08G01N3/06
    • Tensile testing device, which measures the strain for a tensile testing specimen (24) by means of the relative displacement of the fastening means (2, 14), as a result of that the attachment of the tensile testing specimen (24) is performed in such a manner which is independent of the applied tensile testing force. Furthermore, the device provides a contact-free dimension measurement (26, 27) of the tensile testing specimen (24) simultaneous to the tensile testing procedure. The device enables at the same time a compensation of measured values for machine strain and friction forces, and the pulling speed in the tensile testing procedure is controllable, depending in the appearance of the tensile test curve. Moreover, the maximum tensile stress, various standardised strain measures and the fracture area may be calculated.
    • 拉伸试验装置,其通过紧固装置(2,14)的相对位移来测量拉伸试样(24)的应变,结果是拉伸试样(24)的附着在 这种方式与施加的拉伸试验力无关。 此外,该装置与拉伸试验程序同时提供拉伸试样(24)的无接触尺寸测量(26,27)。 该装置同时可以补偿机械应变和摩擦力的测量值,拉伸试验过程中的拉伸速度可以根据拉伸试验曲线的外观进行控制。 此外,可以计算最大拉伸应力,各种标准化应变测量值和断裂面积。
    • 2. 发明申请
    • ARRANGEMENT AND METHOD FOR MECHANICALLY AFFECTING TENSION OF COILABLE MATERIALS
    • 机械拉伸可卷绕材料的布置和方法
    • WO2005075326A1
    • 2005-08-18
    • PCT/SE2005/000086
    • 2005-01-26
    • BERGS ENGINEERINGBERGS, SuneSJÖGREN, Magnus
    • BERGS, SuneSJÖGREN, Magnus
    • B65H18/10
    • B65H23/00B65H23/10B65H23/14B65H23/26
    • An arrangement for mechanically affecting the tension in coilable materials comprises at least one disc (10), the circumference of which at least partly is in contact with the coilable material, said at least one disc (10) comprises an inner disc (11) drivable by a drive shaft (12) and an outer ring (13) arranged substantially around the circumference of the inner disc (11), the outer ring (13) is provided with geometrical structures (14) at an inner portion thereof, an actuator unit (30) arranged on the inner disc (11) is in mechanical engagement with the geometrical structures (14), and is arranged to exert a force on the outer ring (13) in a first rotational direction (15) relative the inner disc (11), and a retaining mechanism (40) arranged at the inner disc (11) in mechanical engagement with the geometrical structures (14), the retaining mechanism (40) is arranged to prevent movement of the outer ring (13) in a second rotational direction (16) opposite the first rotational direction (15), and is also arranged to allow outer ring movement in the first rotational direction (15).
    • 用于机械地影响可卷绕材料中的张力的装置包括至少一个盘(10),其圆周至少部分地与可卷绕材料接触,所述至少一个盘(10)包括可驱动的内盘(11) 通过基本上围绕内盘(11)的圆周布置的驱动轴(12)和外圈(13),外环(13)在其内部设置有几何结构(14),致动器单元 布置在所述内盘(11)上的所述外环(30)与所述几何结构(14)机械接合,并且被布置成相对于所述内盘(1)在第一旋转方向(15)上对所述外环(13)施加力 所述保持机构(40)布置在所述内盘(11)处与所述几何结构(14)机械接合,所述保持机构(40)布置成防止所述外环(13)在第二 旋转方向(16)与第一旋转定向相反 (15),并且还布置成允许外环在第一旋转方向(15)上移动。