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    • 2. 发明授权
    • Fender assembly and system for racing motorcycle vehicles
    • 挡泥板组装和摩托车赛车系统
    • US06651769B2
    • 2003-11-25
    • US10039409
    • 2002-01-03
    • Glen Arthur LaivinsKenneth Thomas Laivins
    • Glen Arthur LaivinsKenneth Thomas Laivins
    • B62M700
    • B62J15/00
    • A fender assembly and associated air transfer and dirt protection system for an off-the-road sports racing motorcycle. The fender assembly incorporates an upper portion and a lower portion which are mated to define an air transfer duct which extends from a forward region of the upper portion upper surface to an air exit opening at that same upper surface which is located adjacent the air receiving surface of an engine radiator. The fender assembly is configured for co-pivotal movement with the steering fork assembly of the motorcycle such that the duct will supply coolant air into the radiator notwithstanding the pivotal or steering movement of the forward wheel of the vehicle. A venturi restrictive region is formed within the air transfer duct to enhance the velocity of air exiting into the radiator. To control the buildup of mud at the underside of the fender, the upper portion of the fender is configured of a polymeric material, which incorporates an upwardly disposed pigmented layer. However, the lower portion of the fender assembly is formed of polymeric material, the underside being a layer of unpigmented porcelain which avoids the adherence of mud particles and dirt to such underside and thus, avoids the weight-contributing mud buildup. With the system of the invention, a fairing assembly is configured with a forward air scoop opening which cooperates with the air exit opening of the fender-borne air transfer duct to direct otherwise lost velocity enhanced coolant air across the cylinder head region of the motorcycle engine.
    • 用于越野赛马车的挡泥板组件及相关的空气传输和防尘系统。 翼子板组件包括上部和下部,其配合以限定空气传送管道,空气传送管道从上部上表面的前部区域延伸到位于邻近空气接收表面的同一上表面处的空气出口开口 的发动机散热器。 翼子板组件构造成与摩托车的转向叉组件共同运动,使得管道将冷却剂空气供应到散热器中,尽管车辆的前轮的枢转或转向运动。 在空气传送管道内形成文丘里管限制区域,以增加离开散热器的空气的速度。 为了控制在挡泥板下侧的泥浆的积聚,挡泥板的上部由聚合物材料构成,其包含向上设置的着色层。 然而,挡泥板组件的下部由聚合物材料形成,下侧是一层未着色的瓷器,其避免了泥浆颗粒和污垢附着在这种下侧,因此避免了重量增加的泥浆积聚。 利用本发明的系统,整流罩组件配置有前部空气勺开口,该前部空气勺开口与翼子板式空气传送管道的空气出口开口相配合,以引导另外失去速度增强的冷却剂空气穿过摩托车发动机的气缸盖区域 。
    • 7. 发明授权
    • Progressive suspension device for the rear wheel of a motorcycle
    • 摩托车后轮的渐进悬挂装置
    • US06823958B2
    • 2004-11-30
    • US10401204
    • 2003-03-27
    • Claudio DomenicaliPierre Terblanche
    • Claudio DomenicaliPierre Terblanche
    • B62M700
    • B62K25/286
    • A progressive suspension device (1) for the rear wheel of a motorcycle, includes a swinging fork (2) that has a central section (10) to which one or two arms (8, 9) carrying a wheel (7) are connected. The suspension device further comprises a spring-damper assembly (14) connected at one end to a support (13) for the central section (10) of the fork (2), a rocker or lever (15) having a first end (16), with axis (16a), pivoted in seats (17) made in the engine crankcase (12) or in the motorcycle frame, the lever (15) also having a second end (18), with axis (18a), connected to the spring-damper assembly (14), A connecting rod (19) of adjustable length (C) joins the fork (2) to the lever (15). The connecting rod (19) comprises a first end (20) pivoted at an intermediate mounting point (21) between the first end (16) and the second (18) of the lever (15), and a second end (22) pivoted in a seat (23) made in the central section (10) of the fork (2). At the lever (15), between the mounting point (21) where the connecting rod (19) is pivoted and the axis (18a) of the second end (18), there is an angle (&agr;) that may be varied to adapt the suspension device (1) to different progressive suspension needs.
    • 一种用于摩托车后轮的渐进悬挂装置(1),包括具有连接有一个或两个臂(8,9)的一个或两个臂(8,9)的中心部分(10)的摆动叉(2)。 悬挂装置还包括弹簧阻尼器组件(14),其一端连接到用于叉子(2)的中心部分(10)的支撑件(13)上,摇臂或杠杆(15)具有第一端(16 ),轴(16a)枢转在制造在发动机曲轴箱(12)或摩托车机架中的座椅(17)中,杠杆(15)还具有轴线(18a)的第二端(18),连接到 弹簧阻尼器组件(14),可调节长度(C)的连杆(19)将叉(2)连接到杠杆(15)。 连杆(19)包括在第一端(16)和杆(15)的第二(18)之间的中间安装点(21)处枢转的第一端(20),枢转的第二端 在形成在叉子(2)的中心部分(10)中的座(23)中。 在杠杆(15)处,连接杆(19)枢转的安装点(21)和第二端部(18)的轴线(18a)之间的角度(α)可以变化以适应 悬挂装置(1)需要不同的渐进式悬架。
    • 10. 发明授权
    • Air management system for a motorcycle
    • 摩托车的空气管理系统
    • US06695088B2
    • 2004-02-24
    • US09893942
    • 2001-06-28
    • Tony Schroeder
    • Tony Schroeder
    • B62M700
    • B62J17/02B62J17/00B62K11/04
    • An air management system for a motorcycle including a first air channel and a second air channel. The first air channel defines a first passageway extending through a body of the motorcycle, the first passageway having an inlet located on a first side of the motorcycle and an outlet located under a seat of the motorcycle. The second air channel defines a second passageway passing through the body of the motorcycle, the second passageway having an inlet located on a second side of the motorcycle and an outlet in communication with an engine air inlet. The first and second passageway inlets are relatively symmetrically disposed relative to a longitudinal axis of the motorcycle. The first air passageway delivers cooling air to a radiator that is disposed beneath the motorcycle seat, while the second air passageway delivers air to the engine air inlet. An air filter is disposed in a terminal portion of the second air channel and is oriented relatively transverse to the motorcycle axis.
    • 一种用于包括第一空气通道和第二空气通道的摩托车的空气管理系统。 第一空气通道限定延伸穿过摩托车的主体的第一通道,第一通道具有位于摩托车的第一侧上的入口和位于摩托车的座椅下方的出口。 第二空气通道限定穿过摩托车主体的第二通道,第二通道具有位于摩托车的第二侧上的入口和与发动机空气入口连通的出口。 第一和第二通道入口相对于摩托车的纵向轴线相对对称地设置。 第一空气通道将冷却空气输送到设置在摩托车座下方的散热器,而第二空气通道将空气输送到发动机空气入口。 空气过滤器设置在第二空气通道的端子部分中并且相对于摩托车轴线定向。