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    • 1. 发明授权
    • Cooling water passage structure for engine
    • 发动机冷却水通道结构
    • US08225751B2
    • 2012-07-24
    • US12328311
    • 2008-12-04
    • Toru KisaichiTomokazu Nomura
    • Toru KisaichiTomokazu Nomura
    • F02F1/10
    • F01P3/20F01P2050/16F02B77/089F02F7/0012F02F7/0068
    • A cooling water passage structure includes an engine having cylinder axes arranged in a V-shape centering on a crankshaft; water jackets formed in front and rear cylinder blocks and cylinder heads of the engine; a thermostat case having a portion formed integrally with the front and rear cylinder blocks in the V-bank of the front and rear cylinder blocks; a cooling water inlet side connecting portion 81 connecting a cooling water supply side line with a cooling water passage including the water jackets; and a cooling water outlet side connecting portion connecting a cooling water discharge side line with a cooling water passage including the water jackets. The thermostat case, the cooling water inlet side connecting portion, and the cooling water outlet side connecting portion are disposed at one end side of the engine in the direction of the crankshaft 52.
    • 冷却水通道结构包括具有以曲轴为中心的V形状的气缸轴线的发动机; 发动机前后缸体和气缸盖上形成的水套; 恒温箱,其具有与前后气缸体的V形组中的前气缸体和后气缸体一体形成的部分; 冷却水入口侧连接部81,其将冷却水供给侧线与包括所述水套的冷却水通路连接; 以及冷却水出口侧连接部,其将冷却水排出侧线与包括所述水套的冷却水通路连接。 恒温箱,冷却水入口侧连接部和冷却水出口侧连接部在发动机的一端侧配置在曲轴52的方向。
    • 4. 发明授权
    • Secondary air supply system of internal combustion engine
    • 内燃机二次供气系统
    • US08443770B2
    • 2013-05-21
    • US12042061
    • 2008-03-04
    • Toru KisaichiShinya WakabayashiShinsuke Kawakubo
    • Toru KisaichiShinya WakabayashiShinsuke Kawakubo
    • F01L1/00
    • F01N3/34F01L2001/0476Y02T10/20
    • A secondary air supplying system of an internal combustion engine includes secondary air valve chambers to control the supply of secondary air. The secondary air valve chambers are formed in a cylinder-head cover that covers a cylinder head from above. In such a secondary air supplying system, a cam shaft and a rocker-arm shaft are offset from a cylinder axis L and are disposed at respective sides of the cylinder axis L from each other. In addition, the secondary air valve chambers are formed at the rocker-arm-shaft side of the cylinder axis L. With this configuration, it is possible for the secondary air valve chambers formed in the cylinder-head cover to be disposed as close as possible to a cylinder head, and the internal combustion engine can be made more compact in size.
    • 内燃机的二次空气供给系统包括二次空气阀室,用于控制二次空气的供给。 二次空气阀室形成在从上方覆盖气缸盖的气缸盖罩中。 在这种二次空气供给系统中,凸轮轴和摇臂轴相对于气缸轴线L偏移并且设置在气缸轴线L的相应侧。 此外,二次空气阀室形成在气缸轴线L的摇臂轴侧。通过这种构造,形成在气缸盖罩中的二次空气阀室可以如 可能到气缸盖,并且内燃机的尺寸可以更紧凑。
    • 5. 发明申请
    • SECONDARY AIR SUPPLY SYSTEM OF INTERNAL COMBUSTION ENGINE
    • 内燃机二次空气供应系统
    • US20080308082A1
    • 2008-12-18
    • US12042061
    • 2008-03-04
    • Toru KISAICHIShinya WakabayashiShinsuke Kawakubo
    • Toru KISAICHIShinya WakabayashiShinsuke Kawakubo
    • F02B23/00
    • F01N3/34F01L2001/0476Y02T10/20
    • A secondary air supplying system of an internal combustion engine includes secondary air valve chambers to control the supply of secondary air. The secondary air valve chambers are formed in a cylinder-head cover that covers a cylinder head from above. In such a secondary air supplying system, a cam shaft and a rocker-arm shaft are offset fi-om a cylinder axis L and are disposed at respective sides of the cylinder axis L from each other In addition, the secondary air valve chambers are formed at the rocker-arm-shaft side of the cylinder axis L. With this configuration, it is possible for the secondary air valve chambers formed in the cylinder-head cover to be disposed as close as possible to a cylinder head, and the internal combustion engine can be made more compact in size.
    • 内燃机的二次空气供给系统包括二次空气阀室,用于控制二次空气的供给。 二次空气阀室形成在从上方覆盖气缸盖的气缸盖罩中。 在这种二次空气供给系统中,凸轮轴和摇臂轴被偏置在气缸轴线L上,并且彼此相对地设置在气缸轴线L的相应侧。另外,形成二次空气阀室 在气缸轴线L的摇臂轴侧。在这种构造下,形成在气缸盖罩中的二次空气阀室可以设置得尽可能靠近气缸盖,并且内燃 发动机的尺寸可以更加紧凑。
    • 6. 发明申请
    • Tensioner lifter mounting structure for V-engne
    • V-engne的张紧器升降机安装结构
    • US20060130781A1
    • 2006-06-22
    • US11303906
    • 2005-12-19
    • Toru OshitaToru Kisaichi
    • Toru OshitaToru Kisaichi
    • F02B75/22
    • F02B67/06F02B75/22
    • A chain tensioner is in sliding contact with each cam chains in a pair of banks and each of cylinder heads of the pair of banks includes a tensioner lifter that abuts on a corresponding one of the two chain tensioners from a side opposite to the cam chains. Of the two tensioner lifters, a first tensioner lifter is disposed on a cylinder head of a first bank at a portion corresponding to an outside of two banks. A second tensioner lifter is disposed on a cylinder head of a second bank at a portion corresponding to an inside of the two banks. A distance between an upper end connection surface of the cylinder head of the first bank and the tensioner lifter is set to be smaller than a distance between an upper end connection surface of the cylinder head of the second bank and the other tensioner lifter.
    • 链条张紧器与一对组中的每个凸轮链滑动接触,并且一对组中的每个气缸盖包括张紧器升降器,其从与凸轮链相对的一侧邻接两个链条张紧器中相应的一个。 在两个张紧器升降机中,第一张紧器升降器设置在与第二组的外侧对应的部分的第一组的气缸盖上。 第二张紧器升降器设置在与第二组的内侧对应的部分的第二组的气缸盖上。 第一组的气缸盖的上端连接表面与张紧器升降器之间的距离被设定为小于第二组的气缸盖的上端连接表面与另一个张紧器升降器之间的距离。