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    • 1. 发明授权
    • Exhaust structure of motorcycle
    • 摩托车排气结构
    • US08393433B2
    • 2013-03-12
    • US12393495
    • 2009-02-26
    • Yosuke InoueYoshinobu TateshimaTatsuhiko Asano
    • Yosuke InoueYoshinobu TateshimaTatsuhiko Asano
    • B60K13/04
    • F01N13/141F01N2340/02
    • An exhaust pipe connected to an exhaust port of an engine and an expansion chamber is disposed in the vicinity of the engine. A main tube is provided that extends rearwardly from a head pipe disposed at the front side of a main body. An engine having a cylinder extending upwardly from a crankcase is disposed under the main tube with an exhaust port open at the front side of the cylinder. A first exhaust pipe is provided that is connected to the exhaust port. A down tube is disposed on the center line in the left-right direction of the main body. The exhaust port disposed behind the down tube is deviatingly open at one side from the center line. The first exhaust pipe extends forward from one side of the down tube, and to the other side of the down tube, subsequently turns, and extends again to one side.
    • 与发动机的排气口和膨胀室连接的排气管配置在发动机附近。 主管被设置成从设置在主体前侧的头管向后延伸。 具有从曲轴箱向上延伸的气缸的发动机设置在主管下方,排气口在气缸的前侧开口。 提供连接到排气口的第一排气管。 下管在主体的左右方向上设置在中心线上。 设置在下管的后方的排气口与中心线的一侧偏离开。 第一排气管从下管的一侧向下延伸,并且向下延伸到下管的另一侧,然后转动并再次延伸到一侧。
    • 2. 发明申请
    • EXHAUST STRUCTURE OF MOTORCYCLE
    • 摩托车排气结构
    • US20090236175A1
    • 2009-09-24
    • US12393495
    • 2009-02-26
    • Yosuke InoueYoshinobu TateshimaTatsuhiko Asano
    • Yosuke InoueYoshinobu TateshimaTatsuhiko Asano
    • F01N1/00
    • F01N13/141F01N2340/02
    • An exhaust pipe connected to an exhaust port of an engine and an expansion chamber is disposed in the vicinity of the engine. A main tube is provided that extends rearwardly from a head pipe disposed at the front side of a main body. An engine having a cylinder extending upwardly from a crankcase is disposed under the main tube with an exhaust port open at the front side of the cylinder. A first exhaust pipe is provided that is connected to the exhaust port. A down tube is disposed on the center line in the left-right direction of the main body. The exhaust port disposed behind the down tube is deviatingly open at one side from the center line. The first exhaust pipe extends forward from one side of the down tube, and to the other side of the down tube, subsequently turns, and extends again to one side.
    • 与发动机的排气口和膨胀室连接的排气管配置在发动机附近。 主管被设置成从设置在主体前侧的头管向后延伸。 具有从曲轴箱向上延伸的气缸的发动机设置在主管下方,排气口在气缸的前侧开口。 提供连接到排气口的第一排气管。 下管在主体的左右方向上设置在中心线上。 设置在下管的后方的排气口与中心线的一侧偏离开。 第一排气管从下管的一侧向下延伸,并且向下延伸到下管的另一侧,然后转动并再次延伸到一侧。
    • 7. 发明授权
    • Radiator structure for motorcycle
    • 摩托车散热器结构
    • US06332505B1
    • 2001-12-25
    • US09594795
    • 2000-06-16
    • Yoshinobu TateshimaYuichi Kato
    • Yoshinobu TateshimaYuichi Kato
    • B62K1100
    • F02B61/02B62K11/00
    • By providing a main flame extending from a head pipe and a radiator below a front part of the main frame in a motorcycle having the radiators arranged to the side of the vehicle, it becomes possible to arrange the radiator close to the main frame by providing an upper indentation in an upper corner of an upper tank towards the center of the vehicle. It also becomes possible to arrange the radiator close to an exhaust pipe by providing a lower indentation in a lower outer corner of the lower tank. An upper tank and a lower tank are the same molded part and can therefore be made with a single mold. Since the upper indented sections are provided, there is no interference between the main frame and the radiator. Since the lower indented sections are provided, there is no interference between the mainframe and an exhaust pipe. Furthermore, it is possible to increase the core surface area (heat radiation characteristics) of the middle of the radiator. Accordingly, there is no need for a plurality of molding processes and it is possible to reduce the manufacturing cost of the radiator.
    • 通过在具有布置在车辆侧面的散热器的摩托车中提供从头管和散热器的主体框架的前部延伸的主火焰,可以通过提供一个 在上部坦克的上角的上部凹槽朝向车辆中心的上部凹陷。 通过在下部箱体的下部外角部设置较低的压痕,也能够将散热器配置在排气管附近。 上部罐和下部罐是相同的模制部件,因此可以用单个模具制成。 由于设置了上部缩进部分,因此主框架和散热器之间不存在干涉。 由于设置有较低的凹入部分,所以主机和排气管之间不会有干扰。 此外,可以增加散热器中部的芯表面积(散热特性)。 因此,不需要多个模制工艺,并且可以降低散热器的制造成本。