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    • 2. 发明授权
    • Lubricating system in a 4-cycle engine
    • 四冲程发动机的润滑系统
    • US06216660B1
    • 2001-04-17
    • US09521624
    • 2000-03-08
    • Yasutake RyuSouhei HondaTakao NishidaTakanori Tsugekawa
    • Yasutake RyuSouhei HondaTakao NishidaTakanori Tsugekawa
    • F01M100
    • F01M11/064F01M1/04F01M9/06F02B63/02F02B2075/027F02B2275/30F02B2275/34F02F1/002
    • A 4-cycle engine, includes an engine body, having a piston, a crankshaft and a crank chamber, an independent oil reservoir chamber adjacent the crank chamber, the crankshaft extending into the oil reservoir chamber from the crank chamber, an oil mist generator disposed in the independent oil reservoir chamber and being secured to and driven by the crankshaft, and a valve-operating chamber. Further, the engine includes a first passageway connecting the oil reservoir chamber with the crank chamber to provide oil mist communication therebetween, a second passageway connecting the crank chamber with the valve-operating chamber to provide oil mist communication therebetween, and a third passageway connecting the valve-operating chamber with the independent oil reservoir chamber to provide oil communication therebetween, wherein the three chambers and the three passageways form a lubrication oil feed channel to provide one-way circulation of lubrication oil therethrough.
    • 4冲程发动机包括具有活塞,曲轴和曲柄室的发动机主体,与曲轴室相邻的独立储油室,曲轴从曲柄室延伸到储油室中,设置油雾发生器 在独立的储油室中并被固定到曲轴上并由曲轴驱动,以及一个阀门操作室。 此外,发动机包括:第一通路,其将储油室与曲轴室连接以在其间连通油雾;第二通道,其将曲柄室与阀操作室连接以在其间提供油雾连通;以及第三通道, 具有独立储油室的阀操作室以在其间提供油连通,其中三个腔室和三个通道形成润滑供油通道,以提供润滑油通过其的单向循环。
    • 3. 发明授权
    • Lubricating system in a 4-cycle engine
    • 四冲程发动机的润滑系统
    • US06213081B1
    • 2001-04-10
    • US09522468
    • 2000-03-09
    • Yasutake RyuSouhei HondaTakao NishidaTakanori Tsugekawa
    • Yasutake RyuSouhei HondaTakao NishidaTakanori Tsugekawa
    • F01M100
    • F01M11/064F01M1/04F01M9/06F02B63/02F02B2075/027F02B2275/30F02B2275/34F02F1/002
    • A 4-cycle engine, includes an engine body having a piston, a crankshaft and a crank chamber, an oil reservoir chamber adjacent the crank chamber and independent therefrom, the oil reservoir chamber having an oil mist generator therein drivably connected to the crankshaft, and a valve-operating chamber. Further, a first passageway connects the oil reservoir chamber with the crank chamber to provide oil mist communication therebetween. A second passageway connects the crank chamber with the valve-operating chamber to provide oil mist communication therebetween. Additionally, a third passageway connects the valve-operating chamber with the independent oil reservoir chamber to provide oil communication therebetween, wherein the three chambers and the three passageways form a lubrication oil feed channel to provide one-way circulation of lubrication oil therethrough.
    • 4冲程发动机包括具有活塞,曲轴和曲柄室的发动机主体,与曲轴室相邻的独立的储油室,储油室具有可驱动地连接到曲轴的油雾发生器,以及 一个阀门操作室。 此外,第一通道将储油室与曲柄室连接,以在其间提供油雾连通。 第二通道将曲柄室与阀操作室连接以在其间提供油雾连通。 此外,第三通道将阀操作室与独立储油室连接以在其间提供油连通,其中三个腔室和三个通道形成润滑油进料通道,以提供润滑油通过其的单向循环。
    • 4. 发明授权
    • Lubricating system in a 4-cycle engine
    • 四冲程发动机的润滑系统
    • US06213078B1
    • 2001-04-10
    • US09285252
    • 1999-04-02
    • Yasutake RyuSouhei HondaTakao NishidaTakanori Tsugekawa
    • Yasutake RyuSouhei HondaTakao NishidaTakanori Tsugekawa
    • F01M100
    • F01M11/064F01M1/04F01M9/06F02B63/02F02B2075/027F02B2275/30F02B2275/34F02F1/002
    • A system for lubricating a 4-cycle engine includes a crank chamber having a crank portion of a crankshaft contained therein and storing a lubricating oil therein, a valve operating chamber having a valve-operating device contained therein, wherein the crank chamber and the valve-operating chamber are provided in an engine body. An oil mist producing means is provided in the crank chamber for producing an oil mist from the lubricating oil. The crank chamber and the valve operating chamber are in communication with each other above an oil level of the lubricating oil in the crank chamber through a control valve which is opened upon rising of the pressure in said crank chamber and closed upon reduction of the pressure in said crank chamber. The valve-operating chamber is substantially in communication at its upper portion with the atmosphere, and in communication at its bottom with the crank chamber through an orifice.
    • 用于润滑4冲程发动机的系统包括:曲轴室,其具有容纳在其中的曲轴的曲柄部分,并在其中存储润滑油;阀操作室,其中容纳有阀操作装置,其中曲柄室和阀 - 操作室设置在发动机主体中。 在曲柄室中设置有油雾生成装置,用于从润滑油产生油雾。 曲柄室和阀操作室通过控制阀在曲柄室中的润滑油的油位之上彼此连通,控制阀在所述曲柄室中的压力升高时打开,并且在压力降低时闭合 所述曲柄室。 阀操作室在其上部大致与大气连通,并且其底部与曲柄室通过孔连通。
    • 10. 发明申请
    • Engine
    • 发动机
    • US20100071646A1
    • 2010-03-25
    • US11919658
    • 2006-06-23
    • Shohei KonoManabu HashimotoSouhei Honda
    • Shohei KonoManabu HashimotoSouhei Honda
    • F01L1/02F02B77/00B21D39/03
    • F02B75/16F01L1/024F01L1/182F01L2001/0535F01L2103/00F02B67/06Y10T29/49826
    • An engine includes: a crankshaft 12; a camshaft 36; and a timing transmission system 37 which has a drive rotation member 45, a driven rotation member 46, and an endless power transmission member 47, and which provides connection between the crankshaft 12 and the camshaft 36. An access window 55 through which the driven rotation member 46 is attached to and detached from the camshaft 36 is opened in an outer end surface 5c of the cylinder head 5. A lid body 57 for closing the access window 55 is jointed to the outer end surface 5c. The outer end surface 5c of the cylinder head 5 comprises a slanted surface 5c which is inclined so that at least a part of an outer periphery of the driven rotation member 46 on a side opposite from the drive rotation member 45 is exposed from the access window 55. Thus, it is possible to facilitate the operation of attaching the endless power transmission member to the driven rotation member and mounting the driven rotation member to the camshaft, and also contributing to downsizing of the engine.
    • 发动机包括:曲轴12; 凸轮轴36; 以及定时传动系统37,其具有驱动旋转构件45,从动旋转构件46和环形动力传递构件47,并且提供曲轴12和凸轮轴36之间的连接。 构件46被安装到凸轮轴36上并从凸轮轴36上分离,在气缸盖5的外端面5c中打开。用于关闭进入窗55的盖体57连接到外端面5c。 气缸盖5的外端面5c包括倾斜表面5c,倾斜表面5c使得从动旋转构件46的与驱动旋转构件45相反的一侧的外周的至少一部分从进入窗口露出 因此,能够有助于将无级动力传递部件安装到从动旋转部件并将从动旋转部件安装到凸轮轴的动作,并且有助于发动机的小型化。