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    • 162. 发明授权
    • Modular type motor-driven vehicle
    • 模块式电动车
    • US07252168B2
    • 2007-08-07
    • US11077875
    • 2005-03-10
    • Tsang-Mao LinJui-Tien Chen
    • Tsang-Mao LinJui-Tien Chen
    • B62D61/00
    • B62D63/025B62D65/04B62K5/007Y10S180/908
    • A modular type motor-driven vehicle includes a front half module, a rear half module and a retainer unit. The front half module includes a front vehicle frame, a front vehicle body shell disposed fixedly on the front vehicle frame, and a seat disposed fixedly on the front vehicle body shell. The rear half module includes a rear vehicle frame, a rear vehicle body shell disposed fixedly on the rear vehicle frame, and a driving unit disposed between the rear vehicle frame and the rear vehicle body shell. The retainer unit includes an engaging member connected fixedly to the front half module, a handle unit disposed on the rear half module, a hook member biased to engage the engaging member so as to retain the front half module on the rear half module. The handle unit is operable so as to disengage the hook member from the engaging member.
    • 模块化型电动车辆包括前半模块,后半模块和保持单元。 前半部模块包括前车架,固定地设置在前车架上的前车体壳体和固定地设置在前车体壳体上的座椅。 后半模块包括后车架,固定在后车架上的后车身壳体,以及设置在后车架与后车体壳体之间的驱动单元。 保持器单元包括固定地连接到前半模块的接合构件,设置在后半模块上的把手单元,被偏压以接合接合构件以将前半模块保持在后半模块上的钩构件。 手柄单元可操作以使钩构件与接合构件脱离接合。
    • 163. 发明申请
    • TRAVELING ROBOT
    • 旅行机器人
    • US20070137905A1
    • 2007-06-21
    • US11563861
    • 2006-11-28
    • Youn-baek LEESoon-sang YangYeon-taek Oh
    • Youn-baek LEESoon-sang YangYeon-taek Oh
    • B62D61/00
    • B25J5/007B62D61/12
    • A traveling robot includes a body frame having a front wheel; a rear wheel which is disposed on a rear side of the front wheel along a traveling direction; a rear frame which supports the rear wheel and is supported by the body frame so as to move vertically; a driving wheel which is disposed between the front wheel and the rear wheel in the traveling direction; a driving frame which supports the driving wheel and is coupled to the body frame by a hinge whose axis is parallel to an axis of the driving wheel; and a linkage member which is coupled to the driving frame to be contacted with or separated from the rear frame as the driving frame is rotated relative to the body frame.
    • 行走机器人包括具有前轮的主体框架; 后轮,其沿行进方向设置在所述前轮的后侧; 后框架,其支撑后轮并且由所述主体框架支撑以便垂直移动; 驱动轮,其沿行进方向设置在前轮和后轮之间; 驱动框架,其支撑所述驱动轮并且通过其轴线平行于所述驱动轮的轴线的铰链联接到所述主体框架; 以及当所述驱动框架相对于所述主体框架旋转时,所述联动构件联接到所述驱动框架以与所述后框架接触或分离。
    • 164. 发明授权
    • CVT frame member
    • CVT框架成员
    • US07225892B1
    • 2007-06-05
    • US10762521
    • 2004-01-23
    • Yves Berthiaume
    • Yves Berthiaume
    • B62D61/00B62K11/00B62M9/00B60K17/00
    • B62M7/02B62M9/08
    • A vehicle is described with a frame having a plurality of frame members. An engine and a straddle seat are disposed on the frame, the straddle seat accommodating a rider. A handlebar is disposed on the frame for steering the vehicle. A front suspension with at least one front wheel is disposed on the frame. A rear suspension is also disposed on the frame, the rear suspension having a rear swing arm pivotally connected to the frame and a shock absorber disposed between the frame and the rear swing arm. At least one rear is wheel disposed on the rear swing arm. A continuously variable transmission operatively connects the engine to the rear wheel. The continuously variable transmission includes a housing that acts as one of frame members.
    • 描述具有多个框架构件的框架的车辆。 发动机和骑乘座椅设置在框架上,跨乘座椅容纳骑车人。 车把设置在车架上用于转向车辆。 具有至少一个前轮的前悬架设置在框架上。 后悬架还设置在框架上,后悬架具有枢转地连接到框架的后摆臂和设置在框架和后摆臂之间的减震器。 至少一个后轮是设置在后摆臂上的轮。 无级变速器将发动机可操作地连接到后轮。 无级变速器包括用作框架构件之一的壳体。
    • 165. 发明授权
    • Vehicle-dynamics control method and system for a vehicle train
    • 车辆列车的车辆动力学控制方法和系统
    • US07216026B2
    • 2007-05-08
    • US10756677
    • 2004-01-13
    • Bernd Heuer
    • Bernd Heuer
    • B60T8/00B62D61/00
    • B60T8/1766B60T8/1708B60T8/1755
    • A vehicle-dynamics control method and system for a vehicle train comprising a tractor vehicle and a trailer vehicle. The vehicle-dynamics control system provided in the tractor vehicle, on the basis of vehicle-dynamics signals measured in the tractor vehicle, delivers brake-demand values (BAW) to the trailer vehicle. The trailer vehicle is equipped with a brake system, in which the brakes of the trailer vehicle can be actuated on the basis of the BAW. The vehicle-dynamics control method and system use data signals received from the trailer vehicle and calculates the BAW and permits activation of the brake system of the trailer vehicle while at the same time avoiding an undesirably large reduction of the cornering forces on the wheels of the trailer vehicle.
    • 一种用于车辆列车的车辆动力学控制方法和系统,其包括拖拉机车辆和拖车车辆。 在拖拉机车辆中提供的车辆动力学控制系统基于在拖拉机车辆中测量的车辆动力学信号,向拖车提供制动要求值(BAW)。 拖车配备有制动系统,其中拖车车辆的制动器可以基于BAW来启动。 车辆动力学控制方法和系统使用从拖车接收的数据信号并计算BAW并允许启动拖车车辆的制动系统,同时避免不必要地大幅度地减少车轮上的转弯力 拖车车
    • 168. 发明授权
    • Single axle wireless remote controlled rover with omnidirectional wheels
    • 单轴无线遥控车,全方位车轮
    • US07056185B1
    • 2006-06-06
    • US10958005
    • 2004-10-04
    • Thomas Anagnostou
    • Thomas Anagnostou
    • B62D61/00
    • B60K7/0007A63H17/262A63H30/04B60K17/046B60K2001/001B60K2007/0046B60K2007/0069B60L2220/46B62D61/00
    • A wireless remote controlled rover (100) having a circular outer boundary when viewed in profile, comprising an elongated round-profile frame (20) outfitted with a pair of omnidirectional wheels (101L,R), rotatable in opposite directions by a drive system (50), for steering. Each of omnidirectional wheels (101L,R) comprises a set of secondary wheels (150L,R) akin to large diameter hollow flexible shafts arcuately bent and distributed in a polar array about corresponding hubs (82L,R). The secondary wheels (150L,R) are rotatable by the drive system (50) for longitudinal thrust of rover (100). A user controls the steering and thrust actions via remote control (166) for navigation and to compensate for incidental inertial rolling/careening effects of the two-wheel round-profile rover (100) while in motion. An onboard intelligent electronic processing unit (33) uses sensory feedback for autopilot, or assistive navigation, during certain scenarios such as performing user-requested optimum stopping maneuvers.
    • 一种在轮廓中观察时具有圆形外边界的无线远程控制漫游器(100),包括细长圆形轮廓框架(20),其配备有一对全向轮(101L,R),所述一对全向轮可以通过驱动系统 (50),用于转向。 每个全向轮(101L,R)包括一组次级轮(150L,R),类似于大直径中空的柔性轴,其弧形弯曲并围绕相应的轮毂(82L,R)以极阵列分布。 辅助轮(150L,R)可由驱动系统(50)旋转,用于流动站(100)的纵向推力。 用户通过用于导航的遥控器(166)来控制转向和推力动作,并且在运动中补偿二轮圆形漫游器(100)的偶然的惯性滚动/保护效果。 车载智能电子处理单元(33)在诸如执行用户请求的最佳停止操作的某些情况下使用感觉反馈来进行自动驾驶或辅助导航。