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    • 1. 发明授权
    • Internal combustion engine
    • 内燃机
    • US06786189B2
    • 2004-09-07
    • US10178709
    • 2002-06-25
    • Takushi MatsutoRyo KubotaToshio ShimadaMasatoshi SuzukiNaoto Hara
    • Takushi MatsutoRyo KubotaToshio ShimadaMasatoshi SuzukiNaoto Hara
    • F02B7532
    • F02B75/32F02B41/04F02B75/24F02B75/287
    • A piston slidably fitted in a cylinder is connected to an auxiliary piston slidably fitted in an auxiliary cylinder coaxial with the cylinder through a first connecting rod. The left and right crankshaft halves are disposed outside of a piston sliding range of the cylinder with respect to the radial direction thereof. The increase of the volume of a combustion chamber corresponding to the increase of the crank angle with reference to top dead center of the piston is suppressed, and it is therefore possible to enhance the equal volume degree at the time of combustion of a mixture gas and to enhance thermal efficiency. This arrangement also enhances thermal efficiency, and simplifies the structures of intake systems and valve mechanisms when employed in horizontally opposed type internal combustion engine.
    • 可滑动地安装在气缸中的活塞通过第一连杆与可滑动地装配在与气缸同轴的辅助气缸中的辅助活塞连接。 左右曲轴半部相对于其半径方向配置在气缸的活塞滑动范围的外侧。 相对于活塞的上止点对应于曲轴角度增加的燃烧室的体积的增加被抑制,因此可以提高混合气体的燃烧时的等体积度, 以提高热效率。 这种布置还提高了热效率,并且在水平相对式内燃机中使用时简化了进气系统和阀机构的结构。
    • 3. 发明授权
    • Method of and system for controlling brakes
    • 制动器控制方法及系统
    • US5249848A
    • 1993-10-05
    • US945382
    • 1992-09-16
    • Takushi MatsutoAtsuo OtaOsamu Suzuki
    • Takushi MatsutoAtsuo OtaOsamu Suzuki
    • B60T8/17B60T8/1761B60T8/1763B60T8/32B60T8/42
    • B60T8/4266B60T8/1706B60T8/17616B60T8/17636B60T8/3225
    • Disclosed is a method of and a system for controlling antilocking brakes employed in a vehicle such as a motorcycle. The position of an expander piston which constitutes an antilocking modulator is detected and the torque of a rotative drive source for actuating the expander piston is detected. A braking force used for each of the brakes is then computed from the detected position of the expander piston and the detected torque of the rotative drive source at the detected position. Further, friction coefficients of a road surface are estimated from the braking force thus computed and a target slip ratio is estimated from the estimated friction coefficients so as to carry out the optimum braking. Accordingly, the optimum target slip ratio can be estimated depending on high and low .mu. roads, thereby making it possible to provide satisfactory braking.
    • 公开了一种用于控制诸如摩托车的车辆中使用的防抱死制动器的方法和系统。 检测构成防抱死调制器的膨胀机活塞的位置,检测用于驱动膨胀机活塞的旋转驱动源的转矩。 然后,从检测到的膨胀机活塞的位置和检测到的旋转驱动源的检测转矩来计算每个制动器所使用的制动力。 此外,根据这样计算出的制动力来估算路面的摩擦系数,根据估计的摩擦系数来估计目标滑移率,以进行最佳的制动。 因此,可以根据高,低路面的道路来估计最佳目标滑移率,从而能够提供令人满意的制动。
    • 4. 发明授权
    • Hydrostatic continuously variable transmission
    • 静液压无级变速器
    • US4938024A
    • 1990-07-03
    • US312952
    • 1989-02-17
    • Takushi MatsutoTsutomu HayashiYoshihiro NakajimaKazuhiko NakamuraAtsuo Hojo
    • Takushi MatsutoTsutomu HayashiYoshihiro NakajimaKazuhiko NakamuraAtsuo Hojo
    • B60K17/10B62M19/00F16H39/14F16H61/42
    • F16H61/42B60K17/10B62M19/00F16H39/14
    • In a hydrostatic continuously variable transmission, a pump cylinder of a swashplate type hydraulic pump is integrally and coaxially coupled with a motor cylinder of a swashplate type hydraulic motor. A number of distributor valves are radially arranged for reciprocal movement between radially inner and outer positions to put a large number of pump ports in the hydraulic pump into communication with the higher and lower pressure oil passages, and an eccentric ring circumscribed about the distributor valves is connected to an input member of the hydraulic pump for movement between a clutch OFF position and a clutch ON position. A clutch spring is connected to the eccentric ring for biasing the eccentric ring toward the clutch OFF position, and a weight is added to the eccentric ring and adapted to exhibit a centrifugal force for moving the eccentric ring toward the clutch ON position against a spring force of the clutch spring.
    • 在液压无级变速器中,旋转斜盘式液压泵的泵缸与旋转斜盘式液压马达的马达缸体一体地同轴联接。 多个分配阀径向布置成用于在径向内部和外部位置之间往复运动,以将大量泵口与液压泵中的高压和低压油通道连通,并且围绕分配器阀门的偏心环是 连接到液压泵的输入构件,用于在离合器OFF位置和离合器接通位置之间移动。 离合器弹簧连接到偏心环,用于将偏心环朝向离合器关闭位置偏压,并且将重量加到偏心环上,并且适于表现出离心力,以抵抗弹簧力使偏心环朝向离合器接通位置移动 的离合器弹簧。
    • 6. 发明授权
    • Power transmission system
    • 动力传动系统
    • US5038634A
    • 1991-08-13
    • US312551
    • 1989-02-17
    • Takushi MatsutoTsutomu HayashiYoshihiro NakajimaAtsuo Hojo
    • Takushi MatsutoTsutomu HayashiYoshihiro NakajimaAtsuo Hojo
    • F16H47/02B60K17/00B60K17/10B62M19/00F16H39/14
    • F16H61/425B60K17/10B62M19/00F16H39/14F16H61/42Y10T74/19149
    • A power transmission system comprises a hydrostatic continuously variable transmission constituted by integrally and coaxially coupling a pump cylinder of a swashplate type hydraulic pump with a motor cylinder of a swashplate type hydraulic motor. The transmission is rotatably supported at its opposite ends on a bearing. A first transmission device connected to an engine is connected to an input member of the pump from one side of the transmission, and a second transmission device connected to a load member is connected to an output member of the pump on the radially opposite side of the transmission. The first and second transmission devices are disposed adjacent each other near one end of the continuously variable transmission. This permits the points of action of loads on the input and output members from the first and second transmission devices to be placed in close vicinity to each other, thereby reducing the swinging moment and the flexing moment acting on the transmission due to these loads.
    • 动力传动系统包括一个静液压无级变速器,它由旋转斜盘式液压泵的泵缸与旋转斜盘式液压马达的电机缸体整体地同轴联接。 变速器在其相对端可旋转地支撑在轴承上。 连接到发动机的第一传动装置从变速器的一侧连接到泵的输入构件,并且连接到负载构件的第二传动装置连接到泵的输出构件,在泵的径向相对侧 传输。 第一和第二传动装置在无级变速器的一端附近相邻设置。 这允许来自第一和第二传动装置的输入和输出构件上的载荷的作用点彼此靠近地放置,从而减少由于这些载荷而作用在变速器上的摆动力矩和弯曲力矩。