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    • 7. 发明申请
    • Assembled crankshaft and method for making crankshaft assembly
    • 组装曲轴和曲轴组装方法
    • US20050268879A1
    • 2005-12-08
    • US11142453
    • 2005-06-02
    • Tsuneo EndohTakao TsuboiTsutomu Inoue
    • Tsuneo EndohTakao TsuboiTsutomu Inoue
    • F16C3/10F16C3/12F02B75/32F16C11/00
    • F16C3/10F16C3/12F16C3/14Y10T74/2177
    • Joint section is provided in a connection between a journal section and one of two arms supporting a crankpin and between the crankpin and the other of the arms. In each of the joint sections, a plurality of bolts are arranged along an imaginary circle substantially concentric to the axis of the journal section or crankpin, for fastening together the components. Radius of at least one of the journal section and crankpin is greater than a distance between axis lines of the journal section and crankpin. Blanks of shaft components are worked to provide thereon positioning sections, and the components are provisionally attached together to provide a crankshaft blank. The crankshaft blank is worked and then diassembled to attach thereto float bearings and a connecting rod integrally having a big end. Then, the crankshaft is re-assembled to make a crankshaft assembly.
    • 联接部分设置在轴颈部分和支撑曲柄销之间以及在曲柄销和另一个臂之间的两个臂中的一个之间的连接。 在每个接合部分中,多个螺栓沿着与轴颈部分或曲柄销的轴线大致同心的假想圆布置,用于将部件紧固在一起。 轴颈部分和曲柄销中的至少一个的半径大于轴颈部分和曲柄销的轴线之间的距离。 轴组件的坯件被加工以在其上提供定位部分,并且部件临时地附接在一起以提供曲轴坯料。 加工曲轴坯料,然后将其组装起来,以将浮子轴承和连接杆整体地连接在一起。 然后,将曲轴重新组装成曲轴组件。
    • 8. 发明授权
    • Cylinder liner cooling structure
    • 缸套冷却结构
    • US07104226B2
    • 2006-09-12
    • US11128242
    • 2005-05-13
    • Tsuneo EndohKengo Ishimitsu
    • Tsuneo EndohKengo Ishimitsu
    • F02F1/14
    • F01P3/02
    • This invention relates to a cooling structure for cooling a cylinder liner by circulating coolant in a water jacket formed along an outer periphery of the cylinder liner. This cooling structure includes an annular first water reservoir for temporarily storing coolant. This first water reservoir allows the coolant to uniformly flow circumferentially of the cylinder liner. The cooling structure also includes a plurality of coolant passages provided radially for connecting the first water reservoir to the water jacket. The coolant is caused to strike a part of a wall defining the water jacket substantially vertically from the radial coolant passages, thereby to generate turbulent flow in the coolant to efficiently cool the cylinder liner.
    • 本发明涉及一种冷却结构,用于通过沿着气缸套的外周形成的水套中的冷却剂循环来冷却气缸套。 该冷却结构包括用于临时储存冷却剂的环形第一储水器。 该第一储水器允许冷却剂沿气缸套的周向均匀地流动。 冷却结构还包括径向设置的多个冷却剂通道,用于将第一储水器连接到水套。 导致冷却剂从基本上垂直于径向冷却剂通道撞击限定水套的壁的一部分,从而在冷却剂中产生湍流以有效地冷却气缸套。
    • 9. 发明申请
    • Cylinder liner cooling structure
    • 缸套冷却结构
    • US20050257756A1
    • 2005-11-24
    • US11128242
    • 2005-05-13
    • Tsuneo EndohKengo Ishimitsu
    • Tsuneo EndohKengo Ishimitsu
    • F01P3/02F02F1/14F02F1/16F02B75/18
    • F01P3/02
    • This invention relates to a cooling structure for cooling a cylinder liner by circulating coolant in a water jacket formed along an outer periphery of the cylinder liner. This cooling structure includes an annular first water reservoir for temporarily storing coolant. This first water reservoir allows the coolant to uniformly flow circumferentially of the cylinder liner. The cooling structure also includes a plurality of coolant passages provided radially for connecting the first water reservoir to the water jacket. The coolant is caused to strike a part of a wall defining the water jacket substantially vertically from the radial coolant passages, thereby to generate turbulent flow in the coolant to efficiently cool the cylinder liner.
    • 本发明涉及一种冷却结构,用于通过沿着气缸套的外周形成的水套中的冷却剂循环来冷却气缸套。 该冷却结构包括用于临时储存冷却剂的环形第一储水器。 该第一储水器允许冷却剂沿气缸套的周向均匀地流动。 冷却结构还包括径向设置的多个冷却剂通道,用于将第一储水器连接到水套。 导致冷却剂从基本上垂直于径向冷却剂通道撞击限定水套的壁的一部分,从而在冷却剂中产生湍流以有效地冷却气缸套。