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    • 2. 发明申请
    • Tricycle and Steering Mechanism Therefor
    • 三轮车和转向机制
    • US20110031716A1
    • 2011-02-10
    • US12909612
    • 2010-10-21
    • Luther TAYLOR
    • Luther TAYLOR
    • B62K13/00B62M1/02B62K21/12B62K7/02B62K5/06
    • B62K21/00B62K5/05B62K5/08B62K9/02B62K13/04
    • The present invention consists of a human-powered, wheeled vehicle, having: a) two front wheels, each of the two front wheels pivotally coupled to a frame by a pivoting mount; b) one or more rear wheels, one or more of the rear wheels coupled to a drive mechanism and operative to provide a driving force for the vehicle; and c) a steering mechanism coupled to the front wheels, the steering mechanism including a handle for steering control by a driver of the vehicle, a first linkage connecting the handle to a first one of the pivoting mounts and a second linkage connecting the first one of the pivoting mounts to a second one of the pivoting mounts.
    • 本发明由人力车轮式车辆组成,其具有:a)两个前轮,两个前轮中的每一个通过枢转安装架枢转地联接到框架; b)一个或多个后轮,一个或多个后轮联接到驱动机构并且可操作以为车辆提供驱动力; 以及c)联接到所述前轮的转向机构,所述转向机构包括用于由所述车辆的驾驶员进行转向控制的手柄,将所述手柄连接到所述枢转支架中的第一个的第一连杆和连接所述第一个 的枢转安装到第二个枢转安装座。
    • 3. 发明申请
    • Scooter Frame
    • 滑板车架
    • US20080211204A1
    • 2008-09-04
    • US12031883
    • 2008-02-15
    • Chin Hsiung LEEChen CHUAN-ILin Ching-Yao
    • Chin Hsiung LEEChen CHUAN-ILin Ching-Yao
    • B62K7/02
    • B62H1/12B62K5/007
    • A scooter frame provides with a front frame and a rear frame both are interconnected by a spring-loaded latch in a double overlapping relation. The front frame has a front portion connecting at least a front wheel and a tiller post, a rear portion having a lower transverse rod, a seat post for supporting a seat and an upper holding rack extended from the seat post. The rear frame has a front portion formed with a lower holding rack for retaining the lower transverse rod and an upper transverse rod for overlapping with the upper holding rack. By this way, the scooter frame can be fabricated in different sites and separate product lines, and to be assembled at another product lines without use extra tools.
    • 踏板车框架提供有前框架和后框架,它们都通过双重重叠关系的弹簧加载闩锁相互连接。 前框架具有连接至少前轮和耕耘杆的前部,具有下横向杆的后部,用于支撑座的座柱和从座柱延伸的上保持架。 后框架具有形成有用于保持下横向杆的下保持架的前部和用于与上保持架重叠的上横杆。 通过这种方式,踏板车架可以制造在不同的地点和分开的产品线上,并且在另一个产品线上进行组装而不用额外的工具。
    • 7. 发明授权
    • Dual-lever compression suspension system
    • 双杆压缩悬挂系统
    • US07918472B2
    • 2011-04-05
    • US12761380
    • 2010-04-15
    • Kris Devin Peterson
    • Kris Devin Peterson
    • B62K7/02
    • B62K25/286
    • A dual-lever compression system comprising a shock absorber, a first lever, and a second lever. The shock absorber first end is pivotally coupled to a frame. The shock absorber second end is pivotally coupled to a first lever first end and the first lever second end is coupled to the frame. The second lever first end is pivotally coupled to the shock absorber second end and the second lever second end is coupled to a swing- arm. The compression performance control provided by embodiments of the dual-lever compression system is directly related to the incorporation of dual levers coupled to the shock absorber; that is, the first lever and the second lever. Angles, position, and pivotal rotations of the dual levers provide for controlled shock absorption. Compression performance of two connecting points between the rigid frame regions where by a first lever pivotally couples to one point of a rigid frame and pivotally couples to the impact point of the shock absorber, with the base mount of the shock absorber pivotally coupled to a second point of the rigid frame. The second lever completes the system, where a first end of the second lever is pivotally coupled to the first lever or the shock absorber impact point. A second end of the second lever is pivotally coupled to a swing-arm or wheel region. The dual lever assembly manipulates the shock absorber force tension which in return produces increased suspension performance.
    • 一种双杠杆压缩系统,包括减震器,第一杆和第二杆。 减震器第一端枢转地联接到框架。 减震器第二端枢转地联接到第一杆第一端并且第一杆第二端联接到框架。 第二杆第一端枢转地联接到减震器第二端,并且第二杆第二端联接到摆臂。 由双杠杆压缩系统的实施例提供的压缩性能控制与耦合到减震器的双杠杆的结合直接相关; 即第一杆和第二杆。 双杠杆的角度,位置和枢转旋转提供受控的减震。 刚性框架区域之间的两个连接点的压缩性能,其中第一杠杆可枢转地联接到刚性框架的一个点并且枢转地联接到减震器的冲击点,其中减震器的基座安装件枢转地联接到第二 点刚性框架。 第二杆完成系统,其中第二杆的第一端枢转地联接到第一杆或减震器冲击点。 第二杆的第二端枢转地联接到摆臂或轮区域。 双杠杆组件操纵减震器力张力,这反过来产生悬挂性能的提高。