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    • 5. 发明申请
    • PROCEDURE AND APPARATUS FOR MOVING THE MAIN GIRDER AND TROLLEY OF A CRANE
    • 用于移动起重机的主人和拖把的程序和装置
    • WO1994019273A1
    • 1994-09-01
    • PCT/FI1994000069
    • 1994-02-23
    • KONE OYHAKALA, IlpoSÖDERENA, Soini
    • KONE OY
    • B66C19/00
    • B66C19/002B66C11/18
    • Procedure for moving the main girder (3) and trolley (2) of a crane comprising a gantry part (6) with its bracing structures and a traversing machinery with traversing ropes (4), the traversing machinery being mounted in conjunction with the gantry part. According to the procedure, the trolley is moved by the same traversing machinery as the main girder. When the main girder (3) is to be moved, the trolley (2) is interlocked so that it remains immovable with respect to the gantry (6) and the traversing movement is performed by winding one of the traversing ropes (4a or 4b) onto the winding drum (1) of the traversing machinery and at the same time unwinding the traversing rope (4b or 4a) on the opposite side from the winding drum (1). When the trolley (2) is to be moved, the trolley interlock is released and the traversing movement is performed in the manner described above.
    • 将具有支撑结构的台架部件(6)的起重机的主梁(3)和手推车(2)移动到具有横动绳索(4)的横动机构的步骤中,横动机构与机架部件 。 根据该程序,手推车由与主梁相同的横移机械移动。 当主梁(3)移动时,手推车(2)互锁,使得其相对于机架(6)保持不动,并且通过卷绕横绳(4a或4b)中的一个进行横移运动, 到达横动机的卷绕滚筒(1)上,同时在与卷筒(1)相反的一侧退绕横动绳索(4b或4a)。 当手推车(2)移动时,滑车联锁被释放,并且以上述方式执行横移运动。
    • 7. 发明申请
    • TRACTION SHEAVE ELEVATOR WITHOUT MACHINE ROOM
    • 没有机房的牵引切割电梯
    • WO1997011020A1
    • 1997-03-27
    • PCT/FI1996000503
    • 1996-09-23
    • KONE OYHEIKKINEN, Urho
    • KONE OY
    • B66B11/08
    • B66B11/08
    • A traction sheave elevator comprising a drive machinery (4), a traction sheave (28) connected to the drive machinery, two diverting pulleys (5, 6), an elevator car (1), a counterweight (2) and a set of hoisting ropes (3) used to suspend the elevator car and counterweight. The drive machinery is so placed in conjunction with the elevator car that each bend of the hoisting ropes (3) around a diverting pulley or the traction sheave (28, 5, 6) along a circular path determined by the rope groove on the pulleys or sheave occurs substantially in the same direction as seen in the direction of the shafts of the traction sheave and diverting pulleys.
    • 一种牵引滑轮电梯,包括驱动机械(4),连接到驱动机械的牵引滑轮(28),两个转向滑轮(5,6),电梯轿厢(1),配重(2)和一组提升 绳索(3)用于吊挂电梯轿厢和配重。 驱动机械与电梯轿厢一起放置,提升绳索(3)的每个弯曲部围绕转向滑轮或牵引滑轮(28,5,6)沿着由滑轮上的绳索槽确定的圆形路径或 滑轮基本上沿与牵引滑轮和转向滑轮的轴的方向相同的方向发生。
    • 8. 发明申请
    • ELEVATOR MACHINERY
    • 电梯机械
    • WO1995000432A1
    • 1995-01-05
    • PCT/FI1994000285
    • 1994-06-23
    • KONE OYHAKALA, HarriAULANKO, EskoMUSTALAHTI, Jorma
    • KONE OY
    • B66B11/08
    • B66B11/0438
    • The stator disc (11) of a disc motor type elevator machinery has a cuplike or ring-shaped annular cavity (20). The stator (9) is attached to one of the walls of the cavity. The traction sheave (4) is attached to the rotor disc (14) on the opposite side relative to the stator core packet (12) of stampings. The diameter of the traction sheave is smaller than that of the stator core packet (12). A sealing (24) is provided between at least one (22) of the cavity (20) walls and the rotor disc (14) to block the access of external particles into the rotor and stator.
    • 盘式电动机式电梯机械的定子盘(11)具有杯形或环形环形空腔(20)。 定子(9)附接到空腔的一个壁。 牵引滑轮(4)在相对于冲压件的定子芯包(12)的相反侧附接到转子盘(14)。 牵引滑轮的直径小于定子芯包(12)的直径。 在腔(20)壁中的至少一个(22)和转子盘(14)之间设置密封件(24),以阻止外部颗粒进入转子和定子。
    • 10. 发明申请
    • PROCEDURE FOR ACCOMPLISHING LIQUID CONTACT AT SLOW LIQUID FLOW
    • 缓慢液体接触液体流动的程序
    • WO1983003005A1
    • 1983-09-01
    • PCT/FI1983000015
    • 1983-02-18
    • KONE OYJOHANSSON, Henrik
    • KONE OY
    • G01N27/40
    • G01N27/28G01N27/40
    • A procedure for establishing liquid contact at slow liquid flow for a measurement in which is measured the potential difference between two liquids, and a measuring pick-up manufactured by an according procedure, one of these liquids (the known liquid) being located in a reference channel (2) and the other (the liquid to be measured) being located in a sample liquid channel (10). With a view to producing such flow, the invention is mainly characterized in that in between the reference channel (2) and the sample liquid channel (10) is pressed a substance transforming to be fibrous on compression, such as Teflon (17).
    • 用于在缓慢的液体流动下建立液体接触以进行测量的程序,其中测量两种液体之间的电位差,以及通过相关程序制造的测量拾取器,这些液体(已知液体)中的一种位于参考 通道(2)和另一个(待测量的液体)位于样品液体通道(10)中。 为了产生这样的流动,本发明的主要特征在于,在参考通道(2)和样品液体通道(10)之间在压缩的状态下压制成纤维状的物质,例如特氟纶(17)。