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    • 5. 发明授权
    • Method and arrangement for fixing the compensating ropes of an elevator
    • 固定电梯补偿绳索的方法和装置
    • US08360212B2
    • 2013-01-29
    • US12987643
    • 2011-01-10
    • Jori HaggRazvan AlbuJani Luoma
    • Jori HaggRazvan AlbuJani Luoma
    • B66B7/08B66B11/02B66B11/08B21D39/03
    • B66B7/08Y10T29/49826
    • A method and an arrangement are provided for fixing the compensating ropes of an elevator to an elevator car or to a counterweight, which elevator includes at least a hoisting machine and hoisting roping, suspended by which the elevator car as well as the counterweight are arranged to travel, and between which elevator car and counterweight compensating ropes are fixed such that the first ends of the compensating ropes are fixed to the counterweight, from where the compensating ropes are led downwards to pass below a compensating pulley, after which upwards to the elevator car, where the second ends of the compensating ropes are fixed by wedge housings in connection with the elevator car. When fixing the ends of the compensating ropes in connection with the elevator car or the counterweight, the wedge housings are turned into an inclined attitude before disposing the ends of the compensating ropes in the wedge housings.
    • 提供了一种将电梯的补偿绳索固定到电梯轿厢或配重的方法和装置,该电梯至少包括一个悬挂起重机和吊装绳索,电梯轿厢以及配重被安置在其上 行驶,并且在哪个电梯轿厢和配重补偿绳索之间固定,使得补偿绳索的第一端固定到配重上,从补偿绳索向下被引导通过补偿滑轮下方,之后向上升到电梯轿厢 补偿绳索的第二端通过与电梯轿厢连接的楔形壳体固定。 当与电梯轿厢或配重相连接固定补偿绳索的端部时,在将补偿绳索的端部设置在楔形壳体中之前,将楔形壳体变成倾斜的姿态。
    • 6. 发明申请
    • ELEVATOR
    • 电梯
    • US20110132694A1
    • 2011-06-09
    • US12530704
    • 2008-03-07
    • Daniel FischerDave Mauldin
    • Daniel FischerDave Mauldin
    • B66B5/02B66B7/06
    • B66B7/08
    • A fixing point arranged at a guide rail consists substantially of a slide, which is movable along the guide rail and which is guided by guide shoes at the free limb of the guide rail and carries a yoke. A bracket, at which a damping element is supported, is arranged at the guide rail. The end of a belt is held by a connecting element, which in turn is suspended by a tie rod and nuts at the yoke. In the case of an emergency stop situation in which the brake of the drive unit retards the elevator car to standstill, the retardation forces arising in that case are transmitted by belt, connecting element and tie rod to the yoke, wherein the retardation forces produce a displacement of the slide downwardly into the spring-stressed position against the damping capability of the damping element.
    • 布置在导轨上的固定点基本上由滑块组成,该滑块可沿着导轨移动,并且在导轨的自由臂处由引导靴引导并且承载轭。 在导轨上布置有支撑有阻尼元件的托架。 带的端部由连接元件保持,连接元件又由拉杆和螺母悬挂在轭上。 在紧急停止情况下,驱动单元的制动器使电梯轿厢停止停止,在这种情况下产生的相位力通过带,连接元件和拉杆传递到轭,其中延迟力产生 滑动件抵抗阻尼元件的阻尼能力向下移动到弹簧应力位置。
    • 8. 发明申请
    • Cable fixing point for fastening at least one cable and elevator with at least one cable fixing point for at least one cable
    • 用于固定至少一根电缆和电梯的电缆固定点,用于至少一根电缆的至少一个电缆固定点
    • US20060046545A1
    • 2006-03-02
    • US11216427
    • 2005-08-31
    • Roland EichhornGert Silberhorn
    • Roland EichhornGert Silberhorn
    • H01R3/00
    • B66B7/08Y10T24/39
    • A cable fixing point for fastening at least one cable includes a cable end fastening for the cable end and a rotary mounting for the cable end fastening, wherein the rotary mounting enables rotation of the cable end fastening about an axis and the axis can be aligned by a tension force acting on the cable. In an elevator for transporting at least one load carrier by at least one cable movable in its longitudinal direction wherein the respective cable at the cable end is disposed under a tension force, the direction of which is variable in dependence on a position of the load carrier, this cable fixing point permits rotation of the cable at the cable fixing point about an axis which is aligned in the respective direction of the tension force and/or in the respective longitudinal direction of a cable segment adjoining the cable fixing point.
    • 用于紧固至少一根电缆的电缆固定点包括用于电缆端部的电缆端部紧固件和用于电缆端部紧固件的旋转安装件,其中旋转安装件使电缆端部能够围绕轴线固定,轴线可以通过 作用在电缆上的张力。 在用于通过至少一个可在其纵向方向上移动的缆索运送至少一个负载承载器的电梯中,其中电缆端处的各个电缆被设置在拉力下,该电缆的方向可根据负载载体的位置而变化 ,该电缆固定点允许电缆在电缆固定点周围绕着拉伸力的相应方向对准的轴线和/或在与电缆固定点相邻的电缆段的相应纵向方向上旋转。
    • 10. 发明授权
    • Traction type elevator
    • 牵引式电梯
    • US5564530A
    • 1996-10-15
    • US340512
    • 1994-11-16
    • Atsushi IwakiriMasao Iwasa
    • Atsushi IwakiriMasao Iwasa
    • B66B7/08
    • B66B7/08
    • A traction-type elevator includes a driving sheave (19) arranged in an upper portion of an elevator shaft, cage sheaves (6, 7) arranged at an angle with respect to the driving sheave (19) and mounted on a support beam (5), multiple (or turns of a rope) ropes (17) hung on the cage sheaves (6, 7) and the driving sheave (19), and a hanging rod (10) for hanging a cage from the support beam (5). In this traction-type elevator according to the invention, one torsion coil spring (16) is arranged between the cage side and the aforementioned support beam (5) appropriately so that the aforementioned hanging rod (10) is inserted through it; the two ends of torsion coil spring (16) are attached to a cage side and a side of the support beam (5), respectively. The support beam (5) can effectively rotate to relax torsion in the ropes (17), and it is possible to suppress generation of vibration by the torsion. Also, the torsion coil spring (16) can play the role in damping vibration without shifting outwardly.
    • 牵引式电梯包括布置在电梯井的上部的驱动绳轮(19),相对于驱动绳轮(19)以一定角度布置并安装在支撑梁(5)上的保持绳轮(6,7) ),悬挂在保持绳轮(6,7)和驱动绳轮(19)上的多个(或绳索)绳索(17)和用于将保持架从支撑梁(5)悬挂的悬挂杆(10) 。 在本发明的牵引式电梯中,一个扭力螺旋弹簧(16)适当地设置在保持架侧和上述支撑梁(5)之间,使得上述吊杆(10)插入其中; 扭力螺旋弹簧(16)的两端分别安装在支撑梁(5)的保持架侧和侧面。 支撑梁(5)可以有效地旋转以松弛绳索(17)中的扭转,并且可以通过扭转来抑制振动的产生。 此外,扭转螺旋弹簧(16)可以起到阻尼振动的作用,而不会向外移动。