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    • 2. 发明授权
    • Snowmobile reduction drive
    • 雪地车减速机
    • US5685387A
    • 1997-11-11
    • US426919
    • 1995-04-21
    • Roger RiouxGilles PesantWilly BostelmannJean-Guy TalbotBerthold FecteauRaymond CoteYvon Gagne
    • Roger RiouxGilles PesantWilly BostelmannJean-Guy TalbotBerthold FecteauRaymond CoteYvon Gagne
    • B62M27/02
    • B62M27/02B62M2027/023
    • This invention relates to an improved snowmobile drive train configuration arrangement that incorporates a fixed ratio speed reduction mechanism directly coupled to the engine crankshaft. This mechanism is in turn coupled to the driving pulley of a variable ratio belt drive system, the driven pulley of which is mounted on the axle of the sprocket wheels that drive the snowmobile track. Interposing the reduction drive between the engine and the belt drive system reduces the operational speed of both the pulleys and the belt, which proves beneficial from several aspects: the mechanical efficiency of the global system is increased, the dynamic response of the transmission to throttle modulation is improved; aerodynamic losses are reduced; the bending vibrations of the crankshaft are no longer transmitted to the drive clutch; and the engine can be run at higher RPM without decreasing the efficiency of the belt drive system.
    • 本发明涉及一种改进的雪地车传动系配置装置,其结合直接联接到发动机曲轴的固定比例减速机构。 该机构又耦合到可变比皮带传动系统的驱动皮带轮,其从动滑轮安装在驱动雪地车道的链轮的轴上。 在发动机和皮带传动系统之间插入减速驱动可以降低皮带轮和皮带的运行速度,这从以下几个方面证明是有益的:全球系统的机械效率提高,传动装置对动力响应的调节 改善了 空气动力学损失减少; 曲轴的弯曲振动不再传递到驱动离合器; 并且发动机可以以更高的RPM运行,而不降低皮带传动系统的效率。
    • 3. 发明授权
    • Abrasive member
    • 研磨件
    • US5243790A
    • 1993-09-14
    • US904487
    • 1992-06-25
    • Yvon Gagne
    • Yvon Gagne
    • B24B7/22B24D7/06B24D7/10
    • B24D7/06B24B7/22B24D7/10
    • An abrasive member for surfacing a workpiece by rotary abrasion under a flow of liquid, comprises a base and a plurality of abrasive segments protruding from the base. The abrasive segments are shaped and arranged in spaced relation to one another so as to form a network of intersecting primary and secondary channels, the secondary channels cooperating with the primary channels to effect substantially complete scavenging of detritus by centrifugal drainage of waste liquid carrying the detritus through both the primary and secondary channels to the outer periphery of the arrangement of abrasive segments. Each abrasive segment has a planar working surface for abrading contact engagement with the workpiece and a bevelled leading edge which defines a sloping abrasive surface permitting the abrasive segments to ride up over surface irregularities protruding from the workpiece during rotation of the abrasive member, whereby the sloping abrasive surface cooperates with the working surface to grind the surface irregularities without causing chipping of the workpiece.
    • 用于通过在液体流下的旋转磨损来表面工件的磨料构件包括基部和从基部突出的多个研磨部。 研磨部分成形并且彼此间隔开地布置成形成相交的主要和次要通道的网络,次要通道与主要通道配合,以通过离心排出携带碎屑的废液进行碎屑的基本上完全的清除 通过主通道和次通道到磨料段的排列的外周。 每个研磨部分具有用于与工件的研磨接触接合的平面工作表面和限定倾斜研磨表面的倾斜的前缘,其允许研磨部分在研磨部件的旋转期间越过从工件突出的表面凹凸,从而倾斜 研磨表面与工作表面配合以研磨表面凹凸而不会造成工件的碎裂。