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    • 3. 发明申请
    • BELT TYPE CONTINUOUSLY VARIABLE TRANSMISSION
    • 皮带类型连续可变传输
    • WO2005093296A1
    • 2005-10-06
    • PCT/IB2005/000697
    • 2005-03-18
    • TOYOTA JIDOSHA KABUSHIKI KAISHANOZAWA, HirofumiIBARAKI, RyujiOKADA, TakuyaHOJO, Yasuo
    • NOZAWA, HirofumiIBARAKI, RyujiOKADA, TakuyaHOJO, Yasuo
    • F16H63/06
    • F16H63/065F16H55/56
    • In a belt type continuously variable transmission in which a pulley shaft (SP) is supported by bearings (31, 32) provided at two positions that are apart from each other in an axial direction of the pulley shaft (SP) and a supply oil passage for supplying hydraulic fluid to a pulley hydraulic chamber (40A, 40B) includes a radial direction oil passage (SPB) that is formed in the pulley shaft (SP,), the radial direction oil passage (SPB) is formed on an outside of an area between the above-mentioned two positions. Also, one of the bearings (32) is provided near the radial direction oil passage (SPB) and on an outer surface side of a cylinder member (70) whose inner surface side forms the pulley hydraulic chamber (40B) for a movable sheave (38) that is fixed to the pulley shaft (SP). With this structure, concentration of stress on the radial direction oil passage can be avoided, and therefore strength of the pulley shaft can be secured.
    • 在带式无级变速器中,带轮轴(SP)由轴承(31,32)支撑,所述轴承(31,32)设置在沿着带轮轴(SP)的轴向彼此分开的两个位置处,并且供给油通道 用于向滑轮液压室(40A,40B)供给液压流体包括形成在滑轮轴(SP)中的径向油路(SPB),径向油路(SPB)形成在滑轮液压室 上述两个位置之间的区域。 此外,其中一个轴承(32)设置在径向油路(SPB)附近以及在其内表面侧形成用于可动滑轮的滑轮液压室(40B)的气缸构件(70)的外表面侧上 38)固定到滑轮轴(SP)。 通过这种结构,可以避免在径向油路上的应力集中,从而可以确保滑轮轴的强度。
    • 4. 发明申请
    • POWER TRANSMISSION SYSTEM
    • 电力传输系统
    • WO2005088170A1
    • 2005-09-22
    • PCT/JP2005/004587
    • 2005-03-09
    • TOYOTA JIDOSHA KABUSHIKI KAISHASHIOIRI, HiroyukiIBARAKI, RyujiHOJO, YasuoNOMASA, Hitoshi
    • SHIOIRI, HiroyukiIBARAKI, RyujiHOJO, YasuoNOMASA, Hitoshi
    • F16H61/00
    • F16H61/66272F16D31/02F16D31/08F16H61/0025F16H61/66263Y10T477/624
    • A power transmission system having an input member (6) and an output member (2) for transmitting power, and an oil pump (7) for discharging oil by a relative rotation between a first (8, 70) and a second rotary members (9, 87, 88) which is driven by the power transmitted between the input member (6) and the output member (2), characterized in that: the input member (6) and the first rotary member (8, 70) are connected with each other in a power transmittable manner, and the output member (2) and the second rotary member (9, 87, 88) are connected with each other in a power transmittable manner; and characterized by comprising: a transmission member (11, 13, 76, 77) for connecting the first and the second rotary members in a power transmittable manner; and a control valve (9, 87, 88) for controlling a power transmission state between the first and the second rotary members, by controlling a discharge condition of the oil pump (7).
    • 一种具有输入构件(6)和用于传递动力的输出构件(2)的动力传递系统,以及用于通过第一(8,70)与第二旋转构件(8,70)之间的相对旋转排出油的油泵(7) 9,87,88),其由在输入构件(6)和输出构件(2)之间传递的动力驱动,其特征在于:输入构件(6)和第一旋转构件(8,70)连接 并且输出构件(2)和第二旋转构件(9,87,88)以功率可传递的方式彼此连接; 其特征在于包括:用于以功率可传递的方式连接所述第一和第二旋转构件的传动构件(11,13; 76,77) 以及用于通过控制油泵(7)的排出状态来控制第一和第二旋转部件之间的动力传递状态的控制阀(9,87,88)。