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    • 1. 发明授权
    • Toroidal type continuously variable speed transmission mechanism
    • 环形型连续变速传动机构
    • US5261863A
    • 1993-11-16
    • US918691
    • 1992-07-27
    • Yasunobu JufukuYuudai TataraHiroyuki Ito
    • Yasunobu JufukuYuudai TataraHiroyuki Ito
    • F16H15/38
    • F16H15/38
    • A continuously variable speed transmission mechanism comprises a tubular input shaft connected at an end to an input unit, an output shaft positioned coaxially with the input shaft, connected at an end to an output unit and extending at the other end into the hollow part of the input shaft, an input disk rotatably mounted on the output shaft and adapted to rotate by the driving force transmitted from the input shaft, an output disk fixed on the output shaft and adapted to rotate by the driving force transmitted from the input disk through power rollers, and a thrust bearing positioned between the other end of the output shaft and a corresponding part of the input shaft thereby enabling mutual rotation of the shafts. Wherein the reactive force applied to the input disk at the transmission of driving force is received by the thrust bearing through the input shaft, while the reactive force applied to the output disk is also received by the thrust bearing through the output shaft.
    • 连续变速传动机构包括:一端连接到输入单元的管状输入轴,与该输入轴同轴定位的输出轴,一端连接到一输出单元,另一端延伸至该中空部分 输入轴,输入盘可旋转地安装在输出轴上并且适于通过从输入轴传递的驱动力旋转;输出盘,其固定在输出轴上并且适于通过动力辊从输入盘传递的驱动力旋转 以及位于输出轴的另一端和输入轴的相应部分之间的推力轴承,从而能够相互转动轴。 其中在驱动力传递时施加到输入盘的反作用力被推力轴承通过输入轴接收,而施加到输出盘的反作用力也被推力轴承通过输出轴接收。
    • 2. 发明授权
    • Continuous belt of a continuously variable transmission
    • 连续皮带的无级变速器
    • US4795409A
    • 1989-01-03
    • US126720
    • 1987-11-30
    • Shigeru OkuwakiSusumu OhkawaYasunobu JufukuYuudai Tatara
    • Shigeru OkuwakiSusumu OhkawaYasunobu JufukuYuudai Tatara
    • F16G5/18F16G1/24
    • F16G5/18
    • A continuous belt of a continuously variable transmission for transmitting a driving torque from an input pulley to an output pulley includes a plurality of blocks, links and pins. Each block includes first and second side engagement surfaces. When the continuous belt spans between the input and output pulleys, at least two different engagement points are defined between the blocks and the pulley. Each link includes first and second end portions, an intermediate portion, first and second connecting holes, an outer projection and an inner projection. The first and second connecting holes are defined within the first and second end portions. The outer projection projects from the first and end portion toward a lateral direction of the continuous belt. The inner projection projects from the first end portion in a direction opposite the direction of the outer projection. Each link has a pitch line of the link which passes through center points of the first and second connecting holes. A center line of each link passes equidistant between the outer and the inner projections. The pitch line is parallel to and spaced apart from the center line. The links are inserted into the blocks such that the outer projection of the links are positioned toward the inside of the continuous belt in one of at least two engagement points between the blocks and the pulley and the inner projection of the links are positioned toward the inside of the continuous belt in the other of at least two engagement points.
    • 用于将驱动扭矩从输入滑轮传递到输出滑轮的无级变速器的连续带包括多个块,连杆和销。 每个块包括第一和第二侧接合表面。 当连续带跨越输入和输出滑轮之间时,至少两个不同的接合点被限定在块和滑轮之间。 每个连杆包括第一和第二端部,中间部分,第一和第二连接孔,外部突出部和内部突出部。 第一和第二连接孔限定在第一和第二端部内。 外部突出部从连续带的第一端部和端部朝向横向方向突出。 内部突出部沿与外部突起的方向相反的方向从第一端部突出。 每个连杆具有通过第一和第二连接孔的中心点的连杆的节距线。 每个链节的中心线在外部和内部突起之间等距离传播。 俯仰线与中心线平行并间隔开。 将链节插入块中,使得链节的外部突起在块和滑轮之间的至少两个接合点中的一个中朝着连续带的内侧定位,并且链节的内部突出部朝向内侧 的连续带在至少两个接合点中的另一个中。
    • 3. 发明授权
    • Continuously variable transmission
    • 连续可变传动
    • US4660438A
    • 1987-04-28
    • US768827
    • 1985-08-23
    • Yuudai TataraSusumu OkawaHideaki MatsuiYasunori Nakawaki
    • Yuudai TataraSusumu OkawaHideaki MatsuiYasunori Nakawaki
    • F16H37/02F16H37/00
    • F16H37/021Y10T477/6217Y10T477/624Y10T74/19167Y10T74/1927Y10T74/19428
    • This invention relates to a continuously variable transmission which increases the range of potential transmission ratios and thereby decreases the fuel consumption rate, and which is compact in size and thereby increases space in a passenger compartment. The continuously variable transmission has low and high gear trains and a reverse gear train. Each of the low and high gear trains has a pair of meshed gears and a one-way clutch which controls the direction of transmitting the generated torque. The high gear train further has a clutch which engages at a medium or high vehicle speed and disengages at a low vehicle speed. A jaw clutch is slidably mounted on an output shaft and is located in either a first position or a second position. The jaw clutch forms the low gear train when the jaw clutch is in the first position, and the reverse gear train when the jaw clutch is located on the second position.
    • 本发明涉及一种无级变速器,其增加了潜在传动比的范围,从而降低了燃料消耗率,并且其尺寸紧凑,从而增加了客舱的空间。 无级变速器具有低档和高档的齿轮系和倒档齿轮系。 低档和高速齿轮系中的每一个具有一对啮合齿轮和一个控制发送转矩方向的单向离合器。 高齿轮系进一步具有以中等或高速车辆接合的离合器,并以低车速分离。 爪式离合器可滑动地安装在输出轴上并且位于第一位置或第二位置。 当爪式离合器处于第一位置时,爪形离合器形成低档列,当爪式离合器位于第二位置时,形成倒档齿轮系。
    • 4. 发明授权
    • Chain belt
    • 链带
    • US4767388A
    • 1988-08-30
    • US11336
    • 1987-02-05
    • Yuudai TataraSusumu OkawaShigeru OkuwakiYasunobu Jufuku
    • Yuudai TataraSusumu OkawaShigeru OkuwakiYasunobu Jufuku
    • F16G5/18F16G1/24
    • F16G5/18
    • A chain belt comprises a plurality of V-shape blocks and connecting means. The V-shape block includes a pair of lateral side surfaces, a first contacting surface and a second contacting surface. An opening is defined within the first and second contacting surfaces of the V-shape block. The connecting means connects the plurality of V-shape blocks to each other, and forms a continuous loop. The connecting means includes a plurality of links and a plurality of pins. The link is inserted in the opening of the V-shape block. The link includes a pair of ends and an intermediate portion. The intermediate portion of the link is positioned in the opening of the V-shape block. The ends of the link are located on opposite sides of the V-shape block. An aperture is defined within each of the ends of the link. An outer projection extends outwardly from at least one of the ends of the link toward the outside of the continuous loop. The outer projection of the link includes a first contacting edge and a second contacting edge. The first contacting edge of the outer projection of the link is in contact with the first contacting surface of the V-shape block and the second contacting edge of the outer projection of the link is selectively in contact with the second contacting surface of an adjacent V-shape block. The pin is inserted into the apertures of the links.
    • 链带包括多个V形块和连接装置。 V形块包括一对横向侧表面,第一接触表面和第二接触表面。 开口限定在V形块的第一和第二接触表面内。 连接装置将多个V形块彼此连接,形成连续的环路。 连接装置包括多个连杆和多个销。 链接插入V形块的开口。 连杆包括一对端部和中间部分。 连杆的中间部分位于V形块的开口中。 连杆的端部位于V形块的相对两侧。 在链路的每个端部中限定孔径。 外部突出部从连接件的至少一个端部向外延伸到连续环路的外部。 连杆的外部突起包括第一接触边缘和第二接触边缘。 连杆的外部突起的第一接触边缘与V形块的第一接触表面接触,并且连杆的外部突起的第二接触边缘选择性地与相邻V的第二接触表面接触 形状块。 销钉插入连杆的孔中。
    • 5. 发明授权
    • Continuously variable belt transmission device with pulleys axially
offset in the unity transmission ratio position
    • 连续可变皮带传动装置,其带轮在单位传动比位置上轴向偏移
    • US4596536A
    • 1986-06-24
    • US647884
    • 1984-09-06
    • Susumu OkawaYuudai Tatara
    • Susumu OkawaYuudai Tatara
    • F16H9/12F16H61/662F16H55/56F16H11/02
    • F16H9/125F16H9/12
    • A continuously variable belt transmission device, including driving and driven pulley assemblies on parallel axes. Each pulley assembly includes an axially fixed and an axially movable pulley member with confronting conical face which define a V-shaped groove between them whose width is variable according to axial movement of the movable pulley member wherein the axial orders of the fixed and movable pulley members are opposite in the two pulley assemblies. An endless belt assembly is fitted in a power transmitting manner in the V-shaped grooves of the driving and driven pulley assemblies, and thus by alteration of the widths of the grooves the power transmission ratio can be varied. When the widths of the two V-shaped grooves of the two pulley assemblies are substantially equal, with the endless belt assembly being substantially taut between the pulley assemblies, the axial center of the V-shaped driving pulley groove of the driving pulley assembly is, relative to the axial center of the V-shaped driven pulley groove of the driven pulley assemblies, offset towards the axially movable driven pulley member along the axial direction. The maximum amount of skewing of the endless belt assembly is thereby reduced.
    • 一种连续可变皮带传动装置,包括平行轴上的驱动和从动滑轮组件。 每个滑轮组件包括轴向固定和可轴向移动的滑轮构件,其具有相对的锥形面,其在它们之间限定V形槽,其宽度可根据可动皮带轮构件的轴向运动而变化,其中固定和可移动滑轮构件的轴向 在两个滑轮组件中相对。 在驱动和从动皮带轮组件的V形槽中以动力传递的方式安装环形皮带组件,因此通过改变凹槽的宽度可以改变动力传动比。 当两个滑轮组件的两个V形槽的宽度基本上相等时,环形皮带组件在皮带轮组件之间大致拉紧时,驱动滑轮组件的V形驱动皮带轮凹槽的轴向中心是, 相对于从动皮带轮组件的V形从动滑轮槽的轴向中心,沿着轴向朝向轴向移动的从动滑轮构件偏移。 从而减小了环形带组件的最大倾斜量。