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    • 42. 发明授权
    • VEHICLE STEERING SYSTEM
    • LENKSYSTEMFÜREIN FAHRZEUG
    • EP2931591B1
    • 2017-03-08
    • EP13861938.2
    • 2013-12-10
    • Motor Cycle Innovation Pty Ltd
    • VAN STEENWYK, Raymond Noel
    • B62K25/24B62K21/00B60G3/18
    • B62K21/005B60G3/185B60G2204/421B60G2300/12B62K11/02B62K21/02B62K25/24
    • A vehicle including a body, a first and second swing arm assembly each pivotally mounted to the body, at least one wheel support arm pivotally mounted to the first swing arm assembly, an axle coupled to the wheel support arm, a wheel hub pivotally mounted to the axle, the wheel hub rotatably supporting at least one wheel in use, a support member pivotally mounted to the second swing arm assembly and either the wheel support arm or the first swing arm assembly. At least one steering arm pivotally connected to the support member and coupled to the wheel hub, wherein the steering arm, wheel support arm, and the support member are provided in a substantially triangular arrangement, a steering input pivotally mounted to the body and a steering coupling for connecting the steering arm to the steering input.
    • 一种车辆,包括主体,每个枢转地安装到主体的第一和第二摆臂组件,枢转地安装到第一摇臂组件的至少一个车轮支撑臂,联接到车轮支撑臂的车轴,枢转地安装到 所述车轴,所述轮毂可转动地支撑使用中的至少一个车轮;枢转地安装到所述第二摆臂组件以及所述车轮支撑臂或所述第一摇臂组件的支撑构件。 至少一个转向臂枢转地连接到所述支撑构件并且联接到所述轮毂,其中所述转向臂,车轮支撑臂和所述支撑构件设置成基本上三角形的布置,枢转地安装到所述主体的转向输入件和转向 用于将转向臂连接到转向输入的联接器。
    • 43. 发明公开
    • VEHICLE STEERING SYSTEM
    • 车辆转向系统
    • EP2931591A1
    • 2015-10-21
    • EP13861938.2
    • 2013-12-10
    • Motor Cycle Innovation Pty Ltd
    • VAN STEENWYK, Raymond Noel
    • B62K25/12B60G3/18B60G7/00B60G11/02B60G5/00
    • B62K21/005B60G3/185B60G2204/421B60G2300/12B62K11/02B62K21/02B62K25/24
    • A vehicle including a body, a first and second swing arm assembly each pivotally mounted to the body, at least one wheel support arm pivotally mounted to the first swing arm assembly, an axle coupled to the wheel support arm, a wheel hub pivotally mounted to the axle, the wheel hub rotatably supporting at least one wheel in use, a support member pivotally mounted to the second swing arm assembly and either the wheel support arm or the first swing arm assembly. At least one steering arm pivotally connected to the support member and coupled to the wheel hub, wherein the steering arm, wheel support arm, and the support member are provided in a substantially triangular arrangement, a steering input pivotally mounted to the body and a steering coupling for connecting the steering arm to the steering input.
    • 一种车辆,包括车身,第一和第二摆臂组件,每个摆臂组件均可枢转地安装到车身,至少一个车轮支撑臂可枢转地安装到第一摆臂组件,轴连接到车轮支撑臂,轮毂可枢转地安装到 所述轮轴在使用中可旋转地支撑至少一个车轮;支撑构件,所述支撑构件可枢转地安装到所述第二摆臂组件以及所述车轮支撑臂或所述第一摆臂组件。 至少一个转向臂,所述转向臂枢转地连接到所述支撑构件并且联接到所述轮毂,其中,所述转向臂,所述车轮支撑臂和所述支撑构件设置成大致三角形布置,转向输入枢转地安装到所述车身, 用于将转向臂连接到转向输入的联轴器。
    • 45. 发明公开
    • Compact hydraulic steering system
    • KOMPAKTES液压系统LENKSYSTEM
    • EP2660125A1
    • 2013-11-06
    • EP13447009.5
    • 2013-04-25
    • Van Isterdael, Ivo
    • Van Isterdael, Ivo
    • B62D3/14B62K21/00F15B7/00
    • B62K21/00B62K21/005
    • The compact hydraulic steering system with a monitor and compensation device, abbreviated CHS-Z, directs a hydraulic actuator within the inner wheel by means of a hydraulic actuator at the handlebars or steer. The compact steering house (2) is situated centrally in the wheel hub (1) around which the wheel spins or on which the wheel is attached. A hydraulic actuator, being a rotary or piston actuator, within the steering house (2) ensures the rotation of the steering axle (3) and the wheel hub (1) to which it is connected. The steering angle of the wheel and the handlebars or steer are kept synchronous by a monitor and compensation device. This steering system distinguishes itself from the traditional steering devices through it extremely compact build inside the wheel hub (1) and the absence of a mechanical connection between the wheel(s) that need to be directed and the handlebars or steer. It offers the constructor a safe and reliable steering system on top of a significant freedom in the design of the wheel suspension.
    • 具有监视器和补偿装置(简称CHS-Z)的紧凑型液压转向系统通过手柄或转向器上的液压执行器将液压执行器引导到内轮内。 紧凑的转向室(2)位于轮毂(1)的中心,轮毂在该轮毂(1)周围旋转或车轮附接。 在转向室(2)内的作为旋转或活塞致动器的液压致动器确保转向轴(3)和与其连接的轮毂(1)的旋转。 车轮和把手或转向器的转向角度由监视器和补偿装置保持同步。 该转向系统通过其在轮毂(1)内非常紧凑的构造和在需要被引导的车轮与车把或转向之间没有机械连接而将其与传统的转向装置区分开。 在设计车轮悬架的显着自由度的基础上,它提供了一个安全可靠的转向系统。
    • 49. 发明公开
    • A device for steering the front wheel of a motor vehicle
    • Vorderrad-LenkvorrichtungfürMotorfahrzeug。
    • EP0432107A1
    • 1991-06-12
    • EP90830492.6
    • 1990-10-30
    • BIMOTA S.p.A.
    • Morri, Giuseppe
    • B62K21/00
    • B62K21/005B62K21/02
    • The steering device comprises a first hub (9) to support the wheel (1), an internal second hub (10) rotatably and coaxially supporting the first, a steering pivot (6) accommodated internally of the second hub (10), on which the wheel can be swung from side to side, and an axle pivot (8), disposed perpendicular to the steering pivot and suspended from the frame (3) on quadrilateral linkages (7), which is able to rise and fall while remaining fixed in relation to the wheel; the inner hub (10) is integral with a lever (13) that projects clear of the first hub (9) and is hinged by way of its projecting end to a control rod (16), the rod in turn connecting by way of a mechanical linkage (17, 18) with the handlebars of the machine.
    • 所述转向装置包括用于支撑所述车轮(1)的第一轮毂(9),可旋转地并且同轴地支撑所述第一轮毂的内部第二轮毂(10),所述转向枢轴(6)容纳在所述第二轮毂(10)的内部, 车轮可以从一侧到另一侧摆动,以及一个轴枢轴(8),其设置成垂直于转向枢轴并且悬挂在四边形连杆(7)上的框架(3)上,其能够在保持固定的同时上升和下降 与车轮的关系; 所述内轮毂(10)与从所述第一轮毂(9)突出并且通过其突出端铰接到控制杆(16)的杠杆(13)成一体,所述杆依次通过 机械连杆(17,18)与机器的把手。