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    • 1. 发明授权
    • Continuously variable transmission
    • US06398680B1
    • 2002-06-04
    • US09627397
    • 2000-07-27
    • Kenkichi Onogi
    • Kenkichi Onogi
    • F16H918
    • F16H63/062F16H61/66272
    • Disclosed is a continuously variable transmission in which when a shaft torque is secured by the belt friction force generated by externally pressing a pulley, the disablement of transmission caused by a belt rolling-in phenomenon within a pulley resulting from instability of the friction force or the friction coefficient as the pressing force is applied, or the deterioration of efficiency caused by the short or surplus of the friction force of input and output pulleys in a big ratio area are overcome, as a consequence of which the stable friction transmission with high efficiency can be achieved without depending on the kind of belts such as a tension type or a compression type. According to the continuously variable transmission, an input operating unit comprising a pressing device for supplying to the input pulley the elastic force generated by compressing in series an elastic device by a compressing device and a driving source for variably pressing and controlling the input pulley according to a instruction of a controlling device controls the friction force of the input pulley by the variable pressing control for supplying the elastic force, as a consequence of which the shaft torque of the output pulley in the state that a V-belt is in a substantially non-pressing state is indirectly variably controlled via belt tension.
    • 2. 发明授权
    • Infinitely variable transmission with two pairs of conical flanges
    • 无级变速器带两对锥形法兰
    • US06174253B1
    • 2001-01-16
    • US09216074
    • 1998-12-18
    • Bernhard WalterKurt GraefRainer Eidloth
    • Bernhard WalterKurt GraefRainer Eidloth
    • F16H918
    • F16H61/66272F16H9/18
    • An infinitely variable transmission has a first pair of conical flanges arranged on a first shaft and a second pair of conical flanges arranged on a second shaft, where each pair has an axially movable flange and an axially fixed flange. A torque-transmitting means is disposed between the pairs of conical flanges. Piston/cylinder units and plenum chambers comprising circular ring-shaped elements serve to apply pressure to and effect axial movement of the movable conical flanges. The ring-shaped elements have radially inner portions with openings to receive the shafts. The radially inner portion of at least one of the ring-shaped elements has a welded seam connecting the ring-shaped element to the shaft received by its opening.
    • 无级变速器具有布置在第一轴上的第一对锥形凸缘和布置在第二轴上的第二对锥形凸缘,其中每对具有可轴向移动的凸缘和轴向固定的凸缘。 扭矩传递装置设置在成对的锥形凸缘之间。 包括圆环形元件的活塞/气缸单元和增压室用于向可动圆锥形凸缘施加压力并实现轴向运动。 环形元件具有带开口的径向内部部分以容纳轴。 至少一个环形元件的径向内部具有将环形元件连接到由其开口接收的轴的焊缝。
    • 3. 发明授权
    • Continuously variable transmission
    • 连续可变传动
    • US06669589B2
    • 2003-12-30
    • US10112761
    • 2002-04-02
    • Kenkichi Onogi
    • Kenkichi Onogi
    • F16H918
    • F16H63/062F16H61/66272
    • Disclosed is a continuously variable transmission in which when a shaft torque is secured by a belt friction force generated by externally pressing a pulley, difficulties of transmission and deteriorations of efficiency caused by short or surplus of the friction force of input and output pulleys are overcome, as a consequence of which the stable friction transmission with high efficiency and widened ratio range can be achieved. The continuously variable transmission includes a first transmission device performing higher efficiency in a big ratio range of the transmittable range than a second transmission device, the second transmission device performing higher efficiency in a small ratio range of the transmittable range than the first transmission device, and a switching device changeably selecting in the alternative the first and the second transmission devices, to combine with the big and small ratio ranges to enlarge an entire transmittable range while keeping high efficiency.
    • 公开了一种无级变速器,其中,当通过由外侧按压皮带轮产生的皮带摩擦力来确保轴转矩时,克服了输入和输出滑轮的摩擦力的短暂或过剩导致的传动困难和效率的劣化, 因此可以实现高效率和加宽比范围的稳定的摩擦传动。 无级变速器包括:第一变速器装置,在比第二变速装置大的发送范围的比例范围内执行更高的效率,第二变速装置在比第一变速装置小的可发送范围的比例范围内执行更高的效率,以及 开关装置可替换地选择第一和第二传输装置,与大的和小的比率范围相结合,以在保持高效率的同时放大整个可传输范围。
    • 5. 发明授权
    • Automatic transmission
    • 自动变速器
    • US06524210B1
    • 2003-02-25
    • US09553670
    • 2000-04-20
    • Ralf Vorndran
    • Ralf Vorndran
    • F16H918
    • F16H61/66259F16D25/087F16D25/10F16H37/022Y10T477/55
    • An automatic transmission having at the input a starting element (4), a reversing set (46), a first electronic control unit (65) and a cone pulley (29) fixedly supported on one primary shaft (18) and axially thereto a hydraulically adjustable cone pulley (30), both pulleys forming a primary variator part (19). In addition there is a cone pulley (31) fixedly supported on a secondary shaft (21) and axially thereto a hydraulically adjustable cone pulley (32) together forming a secondary variator part (20) wherein a belt-type organ (37) between the cone pulleys (29, 30, 31,32) drivingly connects the primary variator part (19) with the secondary variator part (20). The starting element (4) is a dry running disc clutch whose disc is non-rotatably connected with the primary shaft (18) and interacts in a clutch housing (14) with a non-rotatably but axially movably disposed pressure plate (7) actuated via axial bearings (9) by a non-rotating actuator (10, 11), the clutch housing (14) being non-rotatably connected with an input shaft (2) of a prime mover (1). The purpose is to reduce the rotating masses and to improve the adjustment of the variator (19, 20).
    • 一种自动变速器,在输入端具有起动元件(4),反向组(46),第一电子控制单元(65)和锥形滑轮(29),其固定地支撑在一个主轴(18)上, 可调锥形滑轮(30),两个滑轮构成主变速器部分(19)。 另外还有一个锥形滑轮31,其固定地支撑在次轴21上并且轴向地连接到一个液压可调节的锥形滑轮32上,形成一个二次变换器部分20,其中一个带式机构 锥形皮带轮(29,30,31,32)将主变速器部分(19)与次级变换器部分(20)驱动连接。 启动元件(4)是一个干运行的盘式离合器,其盘与主轴(18)不可旋转地连接并且与离合器壳体(14)中的不可旋转但可轴向移动的压力板(7)相互作用 通过非旋转致动器(10,11)的轴向轴承(9),离合器壳体(14)与原动机(1)的输入轴(2)不可旋转地连接。 目的是减少旋转质量并改善变换器的调节(19,20)。