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    • 1. 发明授权
    • Bearing device
    • 轴承装置
    • US06868810B2
    • 2005-03-22
    • US10349084
    • 2003-01-23
    • Atsuo HojoHiroatsu InuiTakanori OsukaMasashi Koyanagi
    • Atsuo HojoHiroatsu InuiTakanori OsukaMasashi Koyanagi
    • F02B61/02F02B75/22F16C9/02F16C33/10
    • F16C33/1065F02B61/02F02B75/22F16C9/02F16C17/022F16C33/046F16C33/1045F16C2360/22
    • To provide a bearing device for a rotary shaft which can further restrain the damage to a sliding bearing, by determining the position of a parting surface of the sliding bearing taking into account the position of the maximum pressure of an oil film. A bearing device includes a pair of sliding bearings for rotatably bearing a crankshaft of an internal combustion engine, and an oil supply passage for supplying a lubricating oil into clearances between the crankshaft and the sliding bearings. The sliding bearings are composed of bearing halves bisected at a parting surface located on a flat plane, substantially orthogonal to the direction of the maximum pressure of the oil films, formed of the lubricating oil in the clearances. The bearing device is applicable to an internal combustion engine including a cylinder having an inclined cylinder axis, which reduces the vibration and noise of the internal combustion engine.
    • 为了提供一种用于旋转轴的轴承装置,通过考虑到油膜的最大压力的位置来确定滑动轴承的分型面的位置,可以进一步抑制滑动轴承的损坏。 轴承装置包括一对用于可旋转地支承内燃机的曲轴的滑动轴承和用于将润滑油供给到曲轴和滑动轴承之间的间隙的供油通道。 滑动轴承由在位于平面上的分离表面上二等分的轴承半部构成,基本上与由间隙中的润滑油形成的油膜的最大压力方向基本正交。 轴承装置适用于包括具有倾斜气缸轴线的气缸的内燃机,其减小内燃机的振动和噪音。
    • 2. 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。
    • 3. 发明授权
    • Oil filtering device in a crankcase recess
    • 油过滤装置在曲轴箱凹槽中
    • US07001508B2
    • 2006-02-21
    • US10786711
    • 2004-02-24
    • Masaya KurokawaAtsuo Hojo
    • Masaya KurokawaAtsuo Hojo
    • F01M11/03B01D35/02
    • F01M1/10F01M11/03
    • An oil filtering device disposed at a position apart from a crankshaft in a crankcase. An oil filtering device 24 is constituted in that a filter storage 34 formed in a left half case body 1a of a crankcase 1 contains a filter element 37, and a lid 47 of a filter flange 46 is fitted in an opening 36 of the filter storage 34. An extension part 48 extending outward from the lid 47 is formed in the filter flange 46, and the filter flange 46 has a communication passage 53 inside. Then, an oil passage 57 communicating with the tip of a crankshaft 16 is formed in a crank cover 1b. A connection part 50 formed on the tip of the extension part 48 of the filter flange 46 is fitted in a flange connection part 58 which communicates with the oil passage 57. Oil is supplied to the tip of the crankshaft 16 from the oil filtering device 24. The filter flange 46 is supported by the left half case body 1a and the crank cover 1b.
    • 一种油过滤装置,其设置在与曲轴箱中的曲轴分离的位置。 油过滤装置24的特征在于,形成在曲轴箱1的左半箱体1a中的过滤器储存器34包含过滤元件37,过滤器凸缘46的盖47装配在过滤器的开口36中 在过滤器凸缘46中形成有从盖47向外延伸的延伸部48,过滤法兰46内部具有连通通道53。 然后,在曲柄罩1b中形成有与曲轴16的前端连通的油路57。 形成在过滤器凸缘46的延伸部48的前端的连接部50嵌合在与油路57连通的凸缘连接部58中。油从油过滤装置24供给至曲轴16的前端 过滤器凸缘46由左半壳体1a和曲柄盖1b支撑。
    • 4. 发明授权
    • Electrically operated vehicle
    • 电动车
    • US5501292A
    • 1996-03-26
    • US180768
    • 1994-01-10
    • Yoshinori KawashimaAtsuo HojoMasayoshi Ryu
    • Yoshinori KawashimaAtsuo HojoMasayoshi Ryu
    • B62K25/28B62M7/00B62M7/02B62K11/00
    • B62M7/00B62K25/283B62M7/02B60K1/00B62K2204/00
    • An electrically operated saddle type vehicle includes a vehicle frame having at least one front wheel supported on a front wheel supporting member mounted adjacent to a front portion of the vehicle frame and at least one rear wheel supported on a rear wheel supporting member mounted adjacent to a rear portion of the vehicle frame. An electric motor is supported on the vehicle frame between the front wheel and the rear wheel and includes a front portion positioned adjacent to the front wheel. A transmission member is operatively connected to the electric motor and at least one of the front and rear wheels for providing propulsion for the vehicle. Wherein air is directed to contact the electric motor while the vehicle is in motion for cooling the electric motor during use.
    • 一种电动马鞍型车辆包括:车架,其具有至少一个前轮,所述至少一个前轮被支撑在邻近所述车辆框架的前部安装的前轮支撑构件上;以及至少一个后轮,其支撑在邻近所述车辆框架的后轮支撑构件 车架的后部。 电动机被支撑在前轮和后轮之间的车架上,并且包括邻近前轮定位的前部。 传动构件可操作地连接到电动机和前轮和后轮中的至少一个,用于为车辆提供推进。 其中空气被引导以在车辆运动期间接触电动机以在使用期间冷却电动机。
    • 6. 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。