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    • 92. 发明申请
    • Oil control valve and method of mounting the oil control valve
    • 油控阀和安装油控阀的方法
    • US20040025819A1
    • 2004-02-12
    • US10182797
    • 2002-08-02
    • Takayuki Itou
    • F01L001/34F16K031/02
    • F01M1/16F01L1/34F01L1/46F01L2001/0537F01L2001/34426F01L2001/34433F01L2001/34436F01L2001/3444F01L2001/34496
    • An oil control valve (60) that controls a variable valve timing gear for adjusting operation timing of at least one of exhaust and intake camshafts mounted on a cylinder head (1) of an internal combustion engine. The oil control valve comprises a housing (3) provided with plural oil lines; a spool type valve (5) that moves in the housing to open and close said oil lines; and a solenoid (31) having a metal case (33) that forms a part of a magnetic circuit and driving the spool type valve; and this housing (3) is mounted on the cylinder head (1) of said internal combustion engine. At least a part of the metal case (33) passes through a through hole (183) provided through a cylinder head cover (18) covering the cylinder head (1) and is disposed outside the cylinder head cover (18). As a result, all the essential part of the oil control valve (60) is disposed inside the head cover (18), and therefore space factor is improved. Even in case of oil leakage out of the solenoid (31), the oil flows in the head cover, and the oil does not leak out of the engine.
    • 控制可变气门正时齿轮的油控制阀(60),用于调节安装在内燃机的气缸盖(1)上的排气和进气凸轮轴中的至少一个的运行定时。 油控阀包括设置有多条油管的壳体(3) 阀芯型阀(5),其在壳体中移动以打开和关闭所述油管; 和具有形成磁路的一部分并驱动卷轴型阀的金属壳体(33)的螺线管(31); 并且该壳体(3)安装在所述内燃机的气缸盖(1)上。 金属壳体(33)的至少一部分通过设置在覆盖气缸盖(1)的气缸盖罩(18)上的通孔(183),并设置在气缸盖罩(18)的外侧。 结果,油控阀(60)的所有主要部分设置在头盖(18)的内部,因此空间系数提高。 即使在油漏出螺线管(31)的情况下,油也流入头盖,油不会从发动机泄漏出来。
    • 93. 发明申请
    • Four-cycle engine
    • 四冲程发动机
    • US20040020456A1
    • 2004-02-05
    • US10631117
    • 2003-07-31
    • Goichi Katayama
    • F01L001/34
    • F01L1/34F01L1/022F01L1/024F01L1/344F01L1/3442F01L2001/0537F01L2001/34426F01L2001/34433F01L2001/34473F01L2101/00
    • An engine has an engine body having an outer surface that defines an outer area next thereto. An air intake system has an intake valve movable between a closed position and an open position. An intake camshaft that actuates the intake valve extends through the engine body and toward the outer area beyond the outer surface. A drive mechanism drives the camshaft. A portion of the drive mechanism is disposed in the outer area. A hydraulically operated change mechanism changes an angular position of the camshaft relative to a crankshaft. A control valve unit controls the change mechanism. The control valve unit at least in part is disposed within the outer area.
    • 发动机具有发动机主体,其具有限定其旁边的外部区域的外表面。 进气系统具有可在关闭位置和打开位置之间移动的进气门。 致动进气阀的进气凸轮轴延伸穿过发动机主体并朝向超出外表面的外部区域延伸。 驱动机构驱动凸轮轴。 驱动机构的一部分设置在外部区域中。 液压操作的改变机构改变凸轮轴相对于曲轴的角位置。 控制阀单元控制变更机构。 控制阀单元至少部分地设置在外部区域内。
    • 97. 发明申请
    • Valve operating control system in engine
    • 发动机阀门操作控制系统
    • US20020056425A1
    • 2002-05-16
    • US09983121
    • 2001-10-23
    • Toshiki Kobayashi
    • F01L001/34F01L001/02F01L001/18
    • F01L1/34F01L1/02F01L1/022F01L1/053F01L1/267F01L1/3442F01L2001/0537F01L2001/34426F01L2001/34433F02B2275/18
    • A pair of valve-timing controlling oil passages leading to a second valve-operating characteristic changing mechanism are defined in a lower camshaft holder, and a valve lift controlling oil passage leading to a first valve-operating characteristic changing mechanism is defined between the pair of valve-timing controlling oil passages in a mating surface of the lower camshaft holder with a cylinder head. In an area where the width of the valve lift controlling oil passage is reduced in order to avoid the interference with the valve-timing controlling oil passages, the depth of the valve lift controlling oil passage is larger than that in the other positions, whereby a sectional area of the oil passage is secured. Thus, the oil passages leading to the first and second mechanisms can be formed compact in a camshaft support member.
    • 一个通向第二阀操作特性改变机构的阀门正时控制油通道被限定在下凸轮轴保持器中,并且通过一对第一阀操作特性改变机构来限定通向第一阀操作特性改变机构的气门升程控制油通道 在具有气缸盖的下凸轮轴保持器的配合表面中的气门正时控制油路。 为了避免与气门正时控制用油路的干涉,在气门升程控制油路的宽度减小的区域中,气门升程控制油路的深度大于其他位置的深度 确保油路的截面面积。 因此,通过第一和第二机构的油路可以在凸轮轴支撑构件中紧凑地形成。