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    • 2. 发明授权
    • Frictional rotary connection
    • 摩擦式旋转连接
    • US07806618B2
    • 2010-10-05
    • US11281318
    • 2005-11-16
    • Udo SchäferHarry Oppenländer
    • Udo SchäferHarry Oppenländer
    • F16D11/00F16G5/02
    • F16D1/05F16D1/095F16D2001/0906F16D2001/0955Y10T403/22Y10T403/7051Y10T403/7064Y10T403/7066
    • In a frictional rotary connector having a tapered ring arrangement (3) to be placed onto a shaft and having at least one tapered ring section (e.g. 4a) with an inner surface for abutting the shaft, and with an oblique outer surface (e.g. 5a), at least one tensioning ring element (e.g. 6a) with an oblique inner surface, which element slides between a starting position and a clamping position on the oblique outer surface (e.g. 5a) of the tapered ring section (e.g. 4a), and a tensioning ring for moving the tensioning ring element (e.g. 6a) in order to lock the tensioning ring element (e.g. 6a) in the clamping position at least one retaining element (8) is provided which is arranged to be guided in a radial direction from a free position to a clamping position, wherein the retaining element (8) axially locks the tensioning ring element (e.g. 6a) in the clamping position.
    • 在具有锥形环装置(3)的摩擦旋转连接器中,该锥形环装置(3)被放置在轴上并且具有至少一个锥形环部分(例如4a),其具有用于抵靠轴的内表面,并且具有倾斜的外表面(例如5a) 至少一个具有倾斜内表面的张紧环元件(例如6a),该元件在锥形环部分(例如4a)的倾斜外表面(例如5a)上的起始位置和夹紧位置之间滑动,并且张紧 环,用于移动张紧环元件(例如6a),以将张紧环元件(例如6a)锁定在夹紧位置中,提供至少一个保持元件(8),该保持元件被布置成在径向方向上从自由 位置到夹紧位置,其中保持元件(8)将张紧环元件(例如6a)轴向地锁定在夹紧位置。
    • 6. 发明授权
    • Arrangement for coupling shafts
    • 联轴器安排
    • US3434303A
    • 1969-03-25
    • US3434303D
    • 1967-01-23
    • METALLSCHLAUCHFABRIK AG
    • LEYER ALBERT
    • F16D1/05F16D1/091F16D1/095F16D3/40F16D3/00F16D3/19F16D3/52
    • F16D3/40F16D1/05F16D1/095Y10T403/4665Y10T403/5753Y10T403/5793Y10T403/7056
    • 1,143,522. Shaft couplings; resilient couplings; universal joints; securing parts on shafts. METALLSCHLAUCHFABRIK A.G. 17 Jan., 1967 [26 Jan., 19661, No. 2408/67. Heading F2U. In a rigid or resiliently flexible coupling or universal joint disposed between two at least approximately coaxial shaft ends 1, 2 and comprising bosses 4, 5 mounted on the shaft ends and connected together by power transmitting means, each of said bosses comprises two axially separated portions 6, 7 clamped together by bolts 12 and thereby connected to the corresponding shaft end, 1, by way of conical rings 15, 16, the boss portion 6 supporting said power transmitting means and the boss portion 7 providing an additional power transmission path between the shaft 1 and the boss portion 6. In the rigid coupling shown, the thickness of the boss portions 6, 7, 9, 10 is such that they can be individually inserted through the gap 3 between the shaft ends 1, 2 thereby eliminating the need for displacement of the shaft ends during coupling installation or removal. The conical rings 15, 16 preferably have at least one cut to assist fitting. The boss portions 6, 9 are spaced by a ring 21 and connected together by bolts 22. In Fig. 2 (not shown), the poss portions 6, 9 are connected by resilient rubber, or rubberclad steel, pins arranged radially outwardly of the boss portions 7, 10 to permit assembly without shaft displacement. In Fig. 3 (not shown), the boss portions 6, 9 are connected by a cross (33) to form a Hooke's joint. The boss portions 6, 9 have alternating axially extending claws embracing the arms of the cross via intermediate layers (34) comprising e.g., elastic material such as rubber and retained by closure members bolted to the cross arm ends. The layers (34) permit small radial shaft misalignment. In Figs. 6, 7 (not shown) the power transmitting means between the boss portions 6, 9 comprises an annular, parallelly or helically corrugated, flexible, single or multi-walled tube radially clamped either between the boss portions on each shaft end, the boss portion 6 being desirably radially cut into sections and retained together by a spring ring, or between the boss portion 6 and a conical ring further to and contacting the corresponding conical ring 15 and desirably radially cut into sections and retained together by a spring ring. This construction permits axial, radial and angular misalignment.
    • 10. 发明申请
    • Fixation arrangement as well as an interchangeable part and a lock key
    • 固定装置以及可互换部件和锁定钥匙
    • US20150330434A1
    • 2015-11-19
    • US14711965
    • 2015-05-14
    • SANDVIK INTELLECTUAL PROPERTY AB
    • Per-Anders STJERNSTEDT
    • F16B39/22
    • B23C5/26B23B31/008B23B31/4006B23B2260/004B23B2260/026B23B2265/08F16D1/0882F16D1/095F16D2001/0903Y10T403/589
    • A fixation arrangement for attachment of an interchangeable part to a retaining device includes a generally circular shaft attached to or integrated with either the interchangeable part or the retaining device, and a generally circular mounting hole formed in the other, a rotary preventing device to prevent rotation of the interchangeable part and the retaining device in relation to each other, and an actuator for tightening the interchangeable part and the retaining device towards each other. The fixation arrangement also includes a sleeve having a wall thickness that tapers along a direction of a center axis of the sleeve, such that an outer envelope surface and/or an inner bore of the sleeve is conically shaped in the direction of its center axis, and which has at least one slit, and a conical portion formed on the inner circumference of the mounting hole and/or on the outer circumference of the shaft.
    • 用于将可互换部件附接到保持装置的固定装置包括附接到可互换部件或保持装置上的一体的大致圆形的轴以及形成在另一个中的大致圆形的安装孔,用于防止旋转的旋转防止装置 以及用于将可互换部分和保持装置朝向彼此紧固的致动器。 固定装置还包括具有沿着套筒的中心轴线的方向逐渐变细的壁厚的套筒,使得套筒的外包络面和/或内孔在其中心轴线的方向上是圆锥形的, 并且其具有至少一个狭缝,以及形成在所述安装孔的内周和/或所述轴的外周上的锥形部分。