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    • 1. 发明授权
    • Chain adjustment apparatus for motorcycle
    • 摩托车链调节装置
    • US08276703B2
    • 2012-10-02
    • US12685985
    • 2010-01-12
    • Yotaro Mori
    • Yotaro Mori
    • B62M9/16
    • B62M9/16
    • A chain adjustment apparatus for a motorcycle includes a substantially C-shaped adjustment recess formed in an end piece member attached to a rear end portion of a rear fork. An adjustment member is slidably fitted in the adjustment recess. The adjustment member includes a projecting member having a substantially V-shaped projecting slope, and a recessed member having a substantially V-shaped recessed slope. The projecting member fits in the recessed member. When a wheel axle is passed through the adjustment member and the end piece member, the projecting member is brought into wedged engagement with the recessed member by axial force on the wheel axle, and upper and lower split bodies of the recessed member are moved, and pressed onto upper and lower face walls of the end piece member for increasing a coupling rigidity of the adjustment member with the end piece member.
    • 用于摩托车的链条调节装置包括形成在安装在后叉的后端部的端件构件中的基本上C形的调节凹部。 调节构件可滑动地装配在调节凹槽中。 调节构件包括具有大致V形的突出斜面的突出构件和具有大致V形凹入的斜坡的凹入构件。 突出构件配合在凹入构件中。 当轮轴通过调节构件和端件构件时,突出构件通过轴向上的轴向力与凹入构件楔入接合,并且凹形构件的上下分裂体移动,并且 压在端件构件的上表面和下表面上,以增加调节构件与端件构件的联接刚度。
    • 6. 发明授权
    • Sense-amplifying circuit
    • 感应放大电路
    • US06483350B2
    • 2002-11-19
    • US09393779
    • 1999-09-10
    • Hisatada MiyatakeYotaro MoriMasahiro Tanaka
    • Hisatada MiyatakeYotaro MoriMasahiro Tanaka
    • G01R1900
    • G11C7/065H03K3/356139
    • A sense-amplifying circuit 10 which comprises a pair of inverters (TP0, TN0, TP1 and TN1), wherein an output of each inverter is connected to an input of the other inverter, drains of sensing transistors TN2 and TN3 are respectively connected to each source of the pair of inverters in series, the gates of both sensing transistors TN2 and TN3 are connected to differential input signal lines 12 and 14, and the sources of both sensing transistors TN2 and TN3 are connected through a common node with a transistor TN4, which works not only as a constant current source but also as an operation switch for the sense-amplifying circuit.
    • 一种感测放大电路10,包括一对反相器(TP0,TN0,TP1和TN1),其中每个反相器的输出连接到另一个反相器的输入端,感测晶体管TN2和TN3的漏极分别连接到每个 一对反相器的源极,两个感测晶体管TN2和TN3的栅极连接到差分输入信号线12和14,并且两个感测晶体管TN2和TN3的源极通过具有晶体管TN4的公共节点连接, 其不仅用作恒流源,而且还用作感测放大电路的操作开关。
    • 8. 发明授权
    • Motorcycle exhaust device
    • 摩托车排气装置
    • US08479862B2
    • 2013-07-09
    • US13014305
    • 2011-01-26
    • Yotaro MoriMasato MoritaHikaru Tsukamoto
    • Yotaro MoriMasato MoritaHikaru Tsukamoto
    • B62M7/02
    • B62K11/02F01N13/08
    • A branch joint is provided at the rear portion of an exhaust pipe. Second exhaust pipes with a small diameter arranged one above the other are branched at a position forward of an intersecting position P with a pivot plate. The second exhaust pipes are made to intersect the inside of the pivot plate. The gap between the pivot plate and the engine can be narrowed while ensuring a smooth exhaust. The exhaust path lengths of the second exhaust pipes are made to be offset from each other so as not to be the integral multiple of the wavelength of the exhaust sound in the operating area. This allows exhaust gases to interfere with each other in the muffler. Thus, the exhaust sound can be reduced and the muffler can be downsized. This allows for the slimming of the vehicle body without lowering the output of the engine.
    • 在排气管的后部设有分支接头。 一个彼此上下排列的小直径的第二排气管在具有枢轴板的交叉位置P的前方的位置处分支。 第二排气管与枢转板的内部相交。 枢轴板和发动机之间的间隙可以变窄,同时确保平稳排气。 第二排气管的排气路径长度彼此偏移,不能成为操作区域中排气声波长的整数倍。 这使得废气在消声器中彼此干涉。 因此,可以减少排气声音,并且消音器可以被小型化。 这允许车体减轻而不降低发动机的输出。
    • 9. 发明授权
    • Steering shaft support structure and vehicle
    • 转向轴支撑结构和车辆
    • US07967102B2
    • 2011-06-28
    • US11588252
    • 2006-10-27
    • Megumu OkadaKeita YagiYotaro MoriTakeshi WakabayashiKihoko Kaita
    • Megumu OkadaKeita YagiYotaro MoriTakeshi WakabayashiKihoko Kaita
    • B62D5/02
    • B62D1/18B62K5/01B62K5/08
    • A steering shaft support structure for an all terrain vehicle in which both forces of push and pull applied to an EPS unit are reduced when a load is applied to handlebars. The structure includes a steering shaft rotatably supported by a body frame and handlebars attached to the steering shaft. The EPS unit is also supported by the body frame. Two sets of adjustable joints are interposed between the steering shaft and the EPS unit in such a manner that their axes are shiftable. With this, if a load is applied to the handlebars, the adjustable joint associated with the steering shaft follows the inclination of the steering shaft, so that the connection point (swing point) of the adjustable joint associated with the EPS unit does not shift. This reduces both forces of push and pull applied to the EPS unit.
    • 一种用于全地形车辆的转向轴支撑结构,其中当将负载施加到车把时,其中施加到EPS单元的推力和牵引力都减小。 该结构包括由主体框架可旋转地支撑的转向轴和附接到转向轴的车把。 EPS单元也由车身框架支撑。 两组可调接头插入转向轴和EPS单元之间,使其轴线是可移动的。 由此,如果向车把施加负载,则与转向轴相关联的可调接头跟随转向轴的倾斜,使得与EPS单元相关联的可调节接头的连接点(摆动点)不移动。 这减少了施加到EPS单元的推拉力和拉力。