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    • 3. 发明授权
    • Frame of motorcycle and engine bracket
    • 摩托车和发动机支架的框架
    • US07806223B2
    • 2010-10-05
    • US12611012
    • 2009-11-02
    • Nobuhiko KurokawaYoshihiro MasudaTakehiro NakashimaAkira TakasuToshiyuki Miyake
    • Nobuhiko KurokawaYoshihiro MasudaTakehiro NakashimaAkira TakasuToshiyuki Miyake
    • B62D21/00
    • B62K11/04
    • A frame of a motorcycle includes a head pipe configured to support a steering shaft, a first frame configured to extend from the head pipe, through above and rearward of an engine, and to rearward of a vehicle body, a second frame that is located under the first frame and configured to extend from the head pipe, through forward and downward of the engine, and to rearward of the vehicle body, a bracket by which a first component is mounted to the second frame, and a coupling member that is mounted to the second frame to couple a second component to the second frame, and the bracket is integral with the coupling member. An engine bracket of a motorcycle is manufactured by forging such that a region subjected to tensile stress is made thicker than a region in the vicinity of the region which is subjected to the tensile stress.
    • 摩托车的框架包括:头管,被配置为支撑转向轴;第一框架,其被构造成从头管延伸通过发动机的上方和后方,并且在车体的后方,第二框架位于 所述第一框架并且构造成从所述头管延伸通过所述发动机的前进和下方,并且延伸到所述车体的后方,第一部件通过所述支架安装到所述第二框架;以及联接构件,其安装到 所述第二框架将第二部件联接到所述第二框架,并且所述支架与所述联接构件成一体。 通过锻造制造摩托车的发动机支架,使得受拉伸应力的区域比经受拉伸应力的区域附近的区域更厚。
    • 4. 发明授权
    • Frame of motorcycle and engine bracket
    • 摩托车和发动机支架的框架
    • US07637345B2
    • 2009-12-29
    • US11315584
    • 2005-12-21
    • Nobuhiko KurokawaYoshihiro MasudaTakehiro NakashimaAkira TakasuToshiyuki Miyake
    • Nobuhiko KurokawaYoshihiro MasudaTakehiro NakashimaAkira TakasuToshiyuki Miyake
    • B62D21/00
    • B62K11/04
    • A frame of a motorcycle includes a head pipe configured to support a steering shaft, a first frame configured to extend from the head pipe, through above and rearward of an engine, and to rearward of a vehicle body, a second frame that is located under the first frame and configured to extend from the head pipe, through forward and downward of the engine, and to rearward of the vehicle body, a bracket by which a first component is mounted to the second frame, and a coupling member that is mounted to the second frame to couple a second component to the second frame, and the bracket is integral with the coupling member. An engine bracket of a motorcycle is manufactured by forging such that a region subjected to tensile stress is made thicker than a region in the vicinity of the region which is subjected to the tensile stress.
    • 摩托车的框架包括:头管,被配置为支撑转向轴;第一框架,其被构造成从头管延伸通过发动机的上方和后方,并且在车体的后方,第二框架位于 所述第一框架并且构造成从所述头管延伸通过所述发动机的前进和下方,并且延伸到所述车体的后方,第一部件通过所述支架安装到所述第二框架;以及联接构件,其安装到 所述第二框架将第二部件联接到所述第二框架,并且所述支架与所述联接构件成一体。 通过锻造制造摩托车的发动机支架,使得受拉伸应力的区域比经受拉伸应力的区域附近的区域更厚。
    • 6. 发明申请
    • FRAME OF MOTORCYCLE AND ENGINE BRACKET
    • 摩托车和发动机支架的框架
    • US20100044139A1
    • 2010-02-25
    • US12611012
    • 2009-11-02
    • Nobuhiko KurokawaYoshihiro MasudaTakehiro NakashimaAkira TakasuToshiyuki Miyake
    • Nobuhiko KurokawaYoshihiro MasudaTakehiro NakashimaAkira TakasuToshiyuki Miyake
    • B62D21/02
    • B62K11/04
    • A frame of a motorcycle includes a head pipe configured to support a steering shaft, a first frame configured to extend from the head pipe, through above and rearward of an engine, and to rearward of a vehicle body, a second frame that is located under the first frame and configured to extend from the head pipe, through forward and downward of the engine, and to rearward of the vehicle body, a bracket by which a first component is mounted to the second frame, and a coupling member that is mounted to the second frame to couple a second component to the second frame, and the bracket is integral with the coupling member. An engine bracket of a motorcycle is manufactured by forging such that a region subjected to tensile stress is made thicker than a region in the vicinity of the region which is subjected to the tensile stress.
    • 摩托车的框架包括:头管,被配置为支撑转向轴;第一框架,其被构造成从头管延伸通过发动机的上方和后方,并且在车体的后方,第二框架位于 所述第一框架并且构造成从所述头管延伸通过所述发动机的前进和下方,并且延伸到所述车体的后方,第一部件通过所述支架安装到所述第二框架;以及联接构件,其安装到 所述第二框架将第二部件联接到所述第二框架,并且所述支架与所述联接构件成一体。 通过锻造制造摩托车的发动机支架,使得受拉伸应力的区域比经受拉伸应力的区域附近的区域更厚。
    • 9. 发明授权
    • Oil feeding structure of personal watercraft
    • 个人船只的喂油结构
    • US06244916B1
    • 2001-06-12
    • US09371726
    • 1999-08-10
    • Yukio AsakuraTakehiro Nakashima
    • Yukio AsakuraTakehiro Nakashima
    • B63H2110
    • B63B11/04B63B17/0027B63B19/00B63B35/731B63H21/386F01M11/04
    • Provided is an oil feeding structure of a personal watercraft capable of enhancing the appearance design of the personal watercraft and of readily letting air out of a tank during oil feeding, thereby smoothly feeding oil. A surface 15 inclined outward and downward is formed on both sides of the highest portion on a deck 2, that is, a portion between a housing portion B for a storage box 11 and a housing portion S for a steering mechanism. Oil feeding ports 9 and 10 are formed on the inclined surfaces, respectively. First and second oil feeding pipe members 17 and 18 are arranged downward in a substantially vertical direction from the oil feeding ports 9 and 10, and are connected to a fuel tank 7 and a lubricating oil tank 8 substantially rectilinearly, respectively.
    • 本发明提供一种能够增强个人船舶的外观设计并且在进油期间容易地将空气从罐中排出的个人船只的供油结构,从而平稳地供油。 在甲板2上的最高部分的两侧,即用于储存箱11的壳体部分B和用于转向机构的壳体部分S之间的部分上形成有向外和向下倾斜的表面15。 供油口9和10分别形成在倾斜表面上。 第一和第二供油管构件17和18从供油口9和10沿大致垂直的方向向下布置,分别连接到燃料箱7和润滑油箱8。