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    • 2. 发明授权
    • Control mechanism for selective creep of an automatic transmission
    • 自动变速器选择性蠕变控制机构
    • US4513638A
    • 1985-04-30
    • US364027
    • 1982-03-31
    • Masao NishikawaTorao HattoriTakashi AokiHiroshi Yoshizawa
    • Masao NishikawaTorao HattoriTakashi AokiHiroshi Yoshizawa
    • F16H61/02F16H61/20B60K41/18B60K41/16
    • F16H61/20F16H61/0206Y10T477/681Y10T477/689
    • A control mechanism for a transmission of a vehicle having an internal combustion engine. The transmission includes a torque convertor, a coupling member, a gear-train, and an operation lever having a neutral position and at least three other positions. The torque convertor, the gear-train, and the coupling member are interposed in a system line for transmitting output torque of the engine to a driving wheel of the vehicle. The operation lever is arranged to operate the coupling member to connect the torque convertor to the gear-train by being moved from the neutral position to one of the other positions. The control mechanism includes a coupling-preventing mechanism operatively associated with the coupling member for preventing coupling when a throttle valve of the engine is in an idling position and the operation lever is moved from the neutral position to one of the other positions. The control mechanism also includes a change-over mechanism associated with the coupling-preventing mechanism for selectively changing-over the coupling-preventing mechanism from an operative state preventing coupling to a rest state permitting coupling whereupon the coupling member connects the torque convertor to the gear-train even though the throttle valve is in an idling position.
    • 一种用于具有内燃机的车辆的变速器的控制机构。 变速器包括扭矩转换器,联接构件,齿轮系和具有中立位置和至少三个其他位置的操作杆。 扭矩转换器,齿轮系和联接构件插入到用于将发动机的输出扭矩传递到车辆的驱动轮的系统管线中。 操作杆被布置成操作联接构件,以通过从中立位置移动到其它位置之一将扭矩转换器连接到齿轮系。 控制机构包括与发动机的节流阀处于怠速位置并且操作杆从中立位置移动到其它位置之一时与联接构件可操作地联接的联接防止机构,用于防止联接。 该控制机构还包括与联接防止机构相关联的转换机构,用于选择性地将联结防止机构从可操作状态转换到阻止联接到允许联接的静止状态,由此联接构件将扭矩转换器连接到齿轮 即使节流阀处于怠速位置。
    • 6. 发明授权
    • V-Belt transmission apparatus
    • V型皮带传动装置
    • US4552548A
    • 1985-11-12
    • US669172
    • 1984-11-07
    • Torao Hattori
    • Torao Hattori
    • F16G5/16F16H9/24F16G5/00
    • F16H9/24F16G5/16
    • A V-belt transmission is provided which comprises two pulleys, an endless metallic V-belt operatively positioned between the two pulleys, a plurality of V-shaped members positioned with the V-belt located between the arms of the V and a stopper member for engaging the V-shaped member to prevent the V-shaped member from coming off of the V-belt. The V-shaped member includes grooves in a wall of the arms of the V at a position below or inside the plane of the inner surface of the V-belt. Further, the stopper member includes a middle portion which is positioned above or outside the plane of the outer surface of the V-belt and end portions for engaging the grooves at a point below or inside the plane of the inner surface of the V-belt. The groove in the V-shaped member is located on the outside of the arms of the V and has a first portion which extends in the lengthwise direction of the V-belt and a second portion which extends perpendicular to the surface of the V-belt. The end portion of the stopper member has first and second portions, the first portion engaging the first portion of the groove and the second portion engaging the second portion of the groove. The middle and end portions of the stopper member are integral.
    • 提供了一种V带传动装置,其包括两个滑轮,可操作地定位在两个滑轮之间的环形金属V形皮带,多个V形构件,其定位成位于V的臂之间的V形带和用于 接合V形构件以防止V形构件从V形带脱离。 V形构件在V形带的内表面的平面下方或内侧的位置处包括在V的臂的壁中的凹槽。 此外,止动构件包括位于V形带的外表面的平面的上方或外侧的中间部分和用于在V形带的内表面的平面下方或内侧的位置处的槽的端部 。 V形构件中的槽位于V的臂的外侧,并且具有沿V形带的长度方向延伸的第一部分和垂直于V形带的表面延伸的第二部分 。 止动构件的端部具有第一和第二部分,第一部分接合槽的第一部分,第二部分接合槽的第二部分。 止动件的中部和端部是一体的。
    • 8. 发明授权
    • Automatic transmission apparatus
    • 自动变速装置
    • US4159654A
    • 1979-07-03
    • US827618
    • 1977-08-24
    • Torao Hattori
    • Torao Hattori
    • F16H3/091F16H3/093F16H47/06F16H3/08
    • F16H47/06F16H3/091F16H2200/0026Y10T74/19233
    • An automatic transmission apparatus in which a machine casing is provided on one side thereof with an input shaft connected to an internal combustion engine and with a torque convertor connected to the input shaft and is provided at the interior thereof with an output shaft in parallel with the input shaft. The input shaft and the output shaft are interconnected through a high-speed transmission system having a high-speed clutch and a low-speed transmission system having a low-speed clutch. The input shaft is elongated to within the machine casing so as to form a first driving shaft of direct coupled type integrally connected to the input shaft and is provided at its elongated end portion with the high-speed clutch. A tubular form of second driving shaft is connected to the output side of the torque convertor and extends along the first driving shaft and is substantially concentric therewith. The low-speed clutch is interposed between an input side portion and an output side portion of the tubular shaft.
    • 一种自动变速器装置,其一侧设置有与内燃机连接的输入轴和与所述输入轴连接的转矩转换器的机壳,并且在其内部设置有与所述输出轴平行的输出轴 输入轴。 输入轴和输出轴通过具有高速离合器的高速传动系统和具有低速离合器的低速传动系统相互连接。 输入轴伸长到机壳内,以便形成一体地连接到输入轴的直接联接型的第一驱动轴,并在其细长的端部设置有高速离合器。 第二驱动轴的管状连接到扭矩转换器的输出侧,并沿着第一驱动轴延伸并与其大致同心。 低速离合器设置在管状轴的输入侧部分和输出侧部分之间。
    • 9. 发明授权
    • V belt for power transmission
    • V输送带
    • US4758211A
    • 1988-07-19
    • US944579
    • 1986-12-22
    • Torao Hattori
    • Torao Hattori
    • F16G5/16
    • F16G5/16
    • A V belt (1; 201) for power transmission to be stretched over a driving pulley (100) and a driven pulley to effect power transmission therebetween, the V belt comprising a looped metallic belt (2), a plurality of V-shaped metallic blocks (3; 203) fitted on the metallic belt in a continuous manner along the length of the metallic belt, and a plurality of stoppers (5; 75) each respectively applied to one of the V-shaped blocks to cooperate with a concave groove (3b; 203b) of the V-shaped block so as to surround the metallic belt. At least a part (5d; 75d) of a base portion (5a; 75a) of the stopper is curved in a radial direction of the V belt to permit a resilient uniform opening of both side portions (5b; 75b) thereof in lateral directions (Y). The V belt further comprises a plurality of rollers (4) each respectively disposed between neighboring two of the V-shaped blocks; the V-shaped blocks include a number of V-shaped blocks (3x, 3y) falling into at least two types having their minimum longitudinal thicknesses (l.sub.2, l.sub.3) different from each other; and V-shaped blocks (3y) of at least either type each have a marking (3i, 3j; 3k) visually identifiable from outside of the V belt. The V belt (201) further includes a plurality of rollers (4) disposed between the V-shaped blocks, respectively, and the V-shaped blocks (3, 203) include a number of V-shaped blocks (203) of another type each having at either side of the V belt a convex part (203e) playing the role of a roller.
    • 用于动力传递的AV传送带(1; 201)被拉伸在驱动滑轮(100)和从动皮带轮上以在它们之间进行动力传递,所述V带包括环状金属带(2),多个V形金属块 (3; 203),沿着所述金属带的长度连续地安装在金属带上,以及多个止动件(5; 75),每个止动件分别施加到一个V形块以与凹槽( 3b; 203b),以围绕金属带。 止动件的基部(5a; 75a)的至少一部分(5d; 75d)在V带的径向方向上弯曲,以允许其横向方向上的两个侧部(5b; 75b)的弹性均匀的开口 (Y)。 V带还包括分别设置在相邻的两个V形块之间的多个辊(4) V形块包括落入至少两种具有彼此不同的最小纵向厚度(12,23)的V形块(3x,3y); 和至少两种类型的V形块(3y)各自具有从V带外部可视地识别的标记(3i,3j; 3k)。 V带(201)还包括分别设置在V形块之间的多个辊(4),V形块(3,203)包括多个另外类型的V形块(203) 每个在V带的任一侧具有起着辊的作用的凸部(203e)。
    • 10. 发明授权
    • V-Belt transmission device
    • V型皮带传动装置
    • US4552549A
    • 1985-11-12
    • US587357
    • 1984-03-08
    • Torao Hattori
    • Torao Hattori
    • F16G5/16F16G1/28
    • F16G5/16
    • Herein disclosed is a V-belt transmission device in which a plurality of substantially V-shaped metal members (2) and a plurality of resilient metal members (3) are alternately mounted to an endless metal belt member made of band steel and are in contact with each other to constitute a V-belt which is subjected to a tension between a driving V-pulley (5) and a driven V-pulley (6), thereby effecting a torque transmission between both the pulleys. Each of the V-shaped metal members (2) is provided with a substantially U-shaped groove (7) directed to the outside. Each of the resilient metal members is formed as a hollow roller to engage with recessed surfaces (8) which are formed in opposing surfaces of a pair of the V-shaped metal members (2). The V-shaped metal members (2) and the resilient metal members are fastened together at their outer peripheries by the metal belt member. The V-belt transmission device is characterized in that a pair of right and left engaging grooves (9) are formed at inward wall of arm end portions of each of the U-shaped grooves (7) formed in the V-shaped metal members (2) and stop members (10) are each formed in a plate having a narrow portion (10a) and at least one wide portion (10b), each of the stop members being engaged with the engaging grooves (9) with the narrow portion (10a).
    • 这里公开了一种V带传动装置,其中多个大致V形的金属构件(2)和多个弹性金属构件(3)交替地安装到由带钢制成的环形金属带构件并且接触 彼此构成在驱动V型皮带轮(5)与被驱动的V型皮带轮(6)之间经受张力的V形带,由此在两个滑轮之间实现扭矩传递。 每个V形金属构件(2)设置有指向外部的大致U形的凹槽(7)。 每个弹性金属构件形成为中空辊以与形成在一对V形金属构件(2)的相对表面中的凹陷表面(8)接合。 V形金属构件(2)和弹性金属构件在其外周由金属带构件紧固在一起。 V形带传动装置的特征在于,在形成在V形金属构件(U形槽)中的每个U形槽(7)的臂端部的内壁处形成有一对左右接合槽(9) 2)和止动构件(10)各自形成在具有窄部分(10a)和至少一个宽部分(10b)的板中,每个止动构件与具有窄部分的接合槽(9)接合 10a)。