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    • 22. 发明公开
    • SOUND-PROOF ENGINE GENERATOR
    • SCHALLDICHTER MOTORGENERATOR
    • EP2075433A1
    • 2009-07-01
    • EP06798175.3
    • 2006-09-14
    • Mitsubishi Heavy Industries, Ltd.
    • YAMASAKI, MasatoMATSUBATA, TeruakiAWATA, Hiroki
    • F01P5/06F02B63/04
    • F02B63/04F01P1/06F01P2001/005F02B63/047
    • A small and lightweight sound-proof generator exhibiting sufficient cooling effect. An inverter (19), an engine fan (32), a power generating body (33), an engine (34), a recoil fan (61), a recoil starter (63) are coaxially arranged sequentially from a first inlet port side. A first cooling air passage for cooling the inverter (19), the power generating body (33), and the engine (34) with cooling air sucked by the engine fan (32) from the inlet port (21), and second an third cooling air passages for cooling a space surrounded by an inverter containing box (20), an engine fan cover (31), and engine cover (36) and a muffler cover (52) and a soundproof case with cooling air sucked by the recoil fan (61) from inlet ports (21b1) and (21b2) are formed. Cooling air passed through the first cooling air passage and cooling air passed through the second and third cooling air passages are merged and discharged from an outlet port after cooling a muffler.
    • 具有足够冷却效果的小而轻便的防爆发生器。 逆变器(19),发动机风扇(32),发电体(33),发动机(34),反冲风扇(61),反冲起动器(63),从第一入口侧 。 第一冷却空气通道,用于冷却来自入口(21)的由发动机风扇(32)吸入的冷却空气的逆变器(19),发电体(33)和发动机(34),以及第二冷却空气通道 用于冷却由变频器收纳箱(20)包围的空间的冷却空气通道,发动机风扇罩(31)和发动机罩(36)和消音器罩(52)以及具有由反冲风扇吸入的冷却空气的隔音壳体 (21b)和(21b2)形成。 通过第一冷却空气通路的冷却空气和通过第二和第三冷却空气通道的冷却空气在冷却消声器之后从出口汇合并排出。
    • 29. 发明公开
    • Internal combustion engine for vehicle
    • BrennkraftmaschinefürFahrzeug
    • EP1557551A1
    • 2005-07-27
    • EP05000928.1
    • 2005-01-18
    • HONDA MOTOR CO., LTD.
    • Inomoto, YutakaTsunashima, Kosuke
    • F02F1/28F01P1/06
    • F01P1/06F01L1/022F01L1/181F01L13/0015F01L13/0063F01L2001/0535F01L2013/0073F01L2105/00F01L2820/032
    • A valve system (40) of an internal combustion engine (E) mounted on a vehicle comprises a valve characteristic varying mechanism (M) for controlling valve operation characteristics of an engine valve, and an electric motor (80) of the valve characteristic varying mechanism (M) is disposed in the exterior of a valve chamber (25) defined by the cylinder head (12). The cylinder head (12) is provided with a duct (85), for guiding a running airflow therethrough, between a combustion chamber (16) and the valve chamber (25), and the electric motor (80) is laid out at a position which is adjacent to the valve chamber in the radial direction with respect to the cylinder axis (L1) and at which the running airflow having flowed in via an inlet portion (85a) and having passed through the duct (85) collides on the electric motor (80).
    • 安装在车辆上的内燃机(E)的阀系统(40)包括用于控制发动机气门的阀操作特性的阀特性变化机构(M)和阀特性变化机构的电动机(80) (M)设置在由气缸盖(12)限定的阀室(25)的外部。 气缸盖(12)设置有用于在燃烧室(16)和阀室(25)之间引导运行的气流通过的管道(85),并且电动机(80)布置在位置 其相对于气缸轴线(L1)在径向方向上相邻于阀室,并且经由入口部分(85a)流过并已经通过管道(85)的运行气流碰撞在电动机上 (80)。