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    • 5. 发明授权
    • Vehicle and high-speed transport system having rotating alternating
polarity magnet member for levitating, propelling, and guiding the
vehicle
    • 具有用于悬浮,推进和引导车辆的旋转交替极性磁体构件的车辆和高速运输系统
    • US5317976A
    • 1994-06-07
    • US820420
    • 1992-01-14
    • Hideki ArugaMinoru ToyodaYoshihiro KyotaniShuzo MorotoMasao KawaiToshihiro ShiimadoYoshihisa ItoKoji Hori
    • Hideki ArugaMinoru ToyodaYoshihiro KyotaniShuzo MorotoMasao KawaiToshihiro ShiimadoYoshihisa ItoKoji Hori
    • B60L13/10H02K49/04H02K55/00H02N15/04B60L13/04
    • H02K49/04B60L13/10H02K55/00H02N15/04B60L2200/26
    • A vehicle has a rotary magnetic field member which is rotatably supported at a position near the surface of a roadway along which the vehicle runs and rotatingly driven by a driving device. The rotary magnetic field member has magnetic poles of different polarities alternately arranged around its circumference. The vehicle also has an electrical power collector for receiving electrical power from an electrical power supply associated with the roadway. The received electrical power is supplied under the control of a controller to the driving device thereby rotatably driving the rotary magnetic field member. The rotary magnetic field member when rotated relative to the roadway made of an electrically conductive non-magnetic material, forms a varying magnetic field in cooperation with the roadway, thereby generating propulsion force for propelling the vehicle and force for suspending the vehicle, so that the vehicle is propelled in a floating state. It is therefore possible to reduce friction between wheels of the vehicle and the roadway and, hence, to suppress wear of the wheels. In a high-speed transportation system of the invention, the electrical power collector picks up electrical power from the electrical power supply and the rotary magnetic field member is rotatingly driven by the power picked up by the electrical power collector.
    • 车辆具有旋转磁场部件,该旋转磁场部件被可旋转地支撑在车辆行驶的道路表面附近的位置,并且由驱动装置旋转驱动。 旋转磁场部件具有围绕其圆周交替布置的具有不同极性的磁极。 车辆还具有用于从与道路相关联的电力供应源接收电力的集电器。 所接收的电力在控制器的控制下被提供给驱动装置,从而可旋转地驱动旋转磁场部件。 当旋转磁场部件相对于由导电非磁性材料制成的道路旋转时,与道路协同地形成变化的磁场,由此产生用于推进车辆的推进力和用于悬挂车辆的力,使得 车辆在浮动状态下被推进。 因此,可以减少车辆的车轮与车道之间的摩擦,从而抑制车轮的磨损。 在本发明的高速运输系统中,电力收集器从电源拾取电力,旋转磁场部件由电力收集器拾取的动力旋转驱动。
    • 8. 发明授权
    • Continuously variable V-belt transmission
    • 连续可变的V型皮带传动
    • US4735598A
    • 1988-04-05
    • US881057
    • 1986-07-01
    • Shuzo MorotoShiro SakakibaraMasahiro HasebeMasashi Hattori
    • Shuzo MorotoShiro SakakibaraMasahiro HasebeMasashi Hattori
    • F16H9/16F16H63/06F16H9/18
    • F16H63/067F16H9/16
    • Pulleys are provided with load cam mechanisms which exert axial forces corresponding to transmitted torque, and actuator means such as ball screw mechanisms which shift the movable sheaves of both pulleys in axial direction, wherein the axial forces occuring at the pulleys are carried by their shafts and do not act on the housing. A counter shaft is located between the primary and secondary shafts, the countershaft being rotated to drive the actuator means through gearing such as gearwheels, to alter the drive ratio. During power transmission, the axial forces acting on the movable sheaves of primary and secondary pulleys are converted into torque by the actuator means, where the torques are transmitted to the counter shaft in the form of counteracting torques, so that alteration of drive ratio can be made with slight effort on the counter shaft, equivalent ot the difference between the counteracting torques.By using a non-uniform cam mechanism for the actuator means, or by using non-circular gearwheels for the gearing, the displacements of the movable sheaves are matched with their proper displacements determined by the belt.
    • 皮带轮具有施加对应于传递转矩的轴向力的负载凸轮机构,以及诸如滚珠丝杠机构的致动器装置,其将两个滑轮的可动滑轮沿轴向方向移动,其中在滑轮处产生的轴向力由它们的轴承载, 不要对房屋采取行动 副轴位于主轴和副轴之间,中间轴旋转以通过诸如齿轮的齿轮驱动致动器装置,以改变驱动比。 在动力传递期间,作用在主滑轮和次级滑轮的可动滑轮上​​的轴向力通过致动器装置转换为扭矩,其中扭矩以反作用力的形式传递到副轴,因此驱动比的改变可以是 在反作用轴上作出轻微的作用,相当于反作用力之间的差异。 通过使用用于致动器装置的不均匀的凸轮机构,或者通过使用用于传动装置的非圆形齿轮,可动滑轮的位移与其由皮带确定的适当的位移相匹配。
    • 9. 发明授权
    • Automatic four-wheel drive transfer case
    • 自动四轮驱动传送箱
    • US4298085A
    • 1981-11-03
    • US94598
    • 1979-11-15
    • Shuzo MorotoKoji Kobayashi
    • Shuzo MorotoKoji Kobayashi
    • B60K17/35B60K17/346B60K23/08F16H37/08B60K17/34F16H1/44F16H37/06
    • B60K23/08B60K17/3462F16H37/0813Y02T10/76
    • An automatic four-wheel drive transfer case according to this invention comprises a differential gear connected to the output shaft of a transmission, said differential gear having first and second side gears and a casing, a clutch arranged coaxially with the output shaft for releasably engaging the casing of the differential gear with the side gears thereof, the first side gear being connected with a rearwheel drive output shaft which is arranged on the extension of the output shaft of the transmission, the second side gear being connected with an intermediate shaft arranged coaxially with the output shaft of the transmission, a selective gearing for selectively engaging the second side gear with a front-wheel drive output shaft to change over between two-wheel drive and four-wheel drive, and a clutch control which receives a signal indicating the position of the selective gearing and signals representing the revolution speed of the front-wheel drive output shaft and/or the rear-wheel drive output shaft so as to selectively control the operation of the clutch, whereby the clutch control engages the clutch in two-wheel drive, and in four-wheel drive it engages the clutch when the vehicle speed is below a predetermined level or when the difference in the revolution speed between the front- and rear-wheel drive output shafts is greater than a predetermined value.
    • 根据本发明的自动四轮驱动传送箱包括连接到变速器的输出轴的差速齿轮,所述差速齿轮具有第一和第二侧齿轮和壳体,与输出轴同轴设置的离合器,用于可释放地接合 差速齿轮的外壳与其侧齿轮相连,第一侧齿轮与布置在变速器的输出轴的延伸部上的后轮驱动输出轴连接,第二侧齿轮与中轴同轴地配置 变速器的输出轴,用于选择性地接合第二侧齿轮与前轮驱动输出轴以在两轮驱动和四轮驱动之间切换的选择性传动,以及接收指示位置的信号的离合器控制 的选择性传动装置和表示前轮驱动输出轴和/或后轮的转速的信号 驱动输出轴,以选择性地控制离合器的操作,由此离合器控制与两轮驱动中的离合器接合,并且在四轮驱动时,当车速低于预定水平时,或当差速 在前轮和后轮驱动输出轴之间的转速大于预定值。
    • 10. 发明授权
    • Automatic transmission for vehicles
    • 汽车自动变速器
    • US5735376A
    • 1998-04-07
    • US621033
    • 1996-03-22
    • Shuzo MorotoTakao TaniguchiShoichi MiyagawaKazumasa TsukamotoMasahiro HayabuchiMasaaki NishidaSatoru KasuyaYutaka Teraoka
    • Shuzo MorotoTakao TaniguchiShoichi MiyagawaKazumasa TsukamotoMasahiro HayabuchiMasaaki NishidaSatoru KasuyaYutaka Teraoka
    • F16H3/44F16D25/0638F16D25/08F16H3/66F16H61/00F16H63/30
    • C03C17/3639C03C17/3642F16D25/082F16H3/66F16H63/3026F16H2200/0039F16H2200/0043F16H2200/0047F16H2200/2007F16H2200/201F16H3/663
    • A vehicular automatic transmission, for establishing a plurality of forward gear stages, includes: a transmission case; an input shaft; a transmission mechanism connected to the input shaft and including a plurality of transmission elements; an output shaft connected to the transmission mechanism; a clutch drivably connecting any one of the input shaft and the transmission elements individually; and a hydraulic servo for applying the clutch responsive to an oil pressure. The transmission case encloses the transmission mechanism, the clutch and the hydraulic servo, and includes axial end walls, on one of which is formed a stationary cylinder for the hydraulic servo. A piston is slidably mounted in the cylinder and together with the cylinder, defines an oil chamber for receipt of the actuating oil pressure. A bearing is arranged between the piston and the clutch for transmitting the thrust force from the piston to the clutch, while allowing relative rotation between the piston and the clutch. The clutch includes a hub with an outer cylindrical surface splined to a friction plate assembly and a rim radially spaced from the hub with the friction plate assembly splined to its inner cylindrical surface. The input shaft is connected to the hub whereas one of the transmission elements is connected to the rim.
    • 一种用于建立多个前进档位的车辆自动变速器,包括:变速箱; 输入轴; 连接到所述输入轴并且包括多个传动元件的传动机构; 连接到传动机构的输出轴; 分别驱动地连接输入轴和传动元件中的任一个的离合器; 以及用于响应于油压而施加离合器的液压伺服机构。 传动箱包围传动机构,离合器和液压伺服机构,并且包括轴向端壁,其中一个壁形成液压伺服机构的静止气缸。 活塞可滑动地安装在气缸中并与气缸一起形成用于接收致动油压力的油室。 在活塞和离合器之间布置有用于将推力从活塞传递到离合器的轴承,同时允许活塞和离合器之间的相对旋转。 离合器包括具有花键连接到摩擦板组件的外圆柱形表面的轮毂和与轮毂径向间隔开的边缘,摩擦板组件花键连接到其内圆柱形表面。 输入轴连接到轮毂,而其中一个传动元件连接到轮辋。