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    • 3. 发明授权
    • Air cleaner for internal combustion engine
    • 内燃机空气净化器
    • US06630007B2
    • 2003-10-07
    • US09924513
    • 2001-08-09
    • Michio HiranoTetsuaki ShiraiShinya Yoshidome
    • Michio HiranoTetsuaki ShiraiShinya Yoshidome
    • B01D5000
    • B01D46/521B01D46/24Y10S55/28
    • An air cleaner for an internal combustion engine facilitates is made compact and maintenance work for cleaning or replacing the cleaner element of the same. An air cleaner case (14) holding a cleaner element (13) is a three-part structure essentially consisting of a body (16) having opposite open ends and provided with an air inlet (40), a bottom wall (15) detachably joined to one of the opposite open ends of the body (16) and connected to the air intake passage of the carburetor (5), and a cover (17) detachably joined to the other open end of the body (16). The bottom wall (15), the body (16) and the cover (17) are fastened together by a stud bolt (25) and a fastening nut (37). The cover (17) has a concave part (44) defining a space for receiving the fastening nut (37) and provided with drain holes (50). When the air cleaner (4) is disposed above the carburetor (5), the drain holes (50) are positioned right above the fuel flow adjusting screws (11) of the carburetor (5). A screw operating tool inserted from above the cover (17) in each of the drain holes is able to reach each of the fuel flow adjusting screw (11).
    • 用于内燃机的空气滤清器便于紧凑并且维护工作用于清洁或更换其中的清洁器元件。 保持清洁器元件(13)的空气滤清器壳体(14)是三部分结构,主要由具有相对开口端的本体(16)组成,并具有空气入口(40),底壁(15)可拆卸地连接 连接到化油器(5)的进气通道的一个相对的开口端,以及可拆卸地连接到主体(16)的另一开口端的盖(17)。 底壁(15),主体(16)和盖(17)通过双头螺栓(25)和紧固螺母(37)固定在一起。 盖(17)具有限定用于接收紧固螺母(37)并设置有排放孔(50)的空间的凹部(44)。 当空气滤清器(4)设置在化油器(5)上方时,排放孔(50)位于化油器(5)的燃料流量调节螺钉(11)正上方。 在每个排水孔中从盖17的上方插入的螺钉操作工具能够到达每个燃料流量调节螺钉(11)。
    • 5. 发明授权
    • Air cleaner for an air-cooled engine
    • 空气冷却发动机空气净化器
    • US4537160A
    • 1985-08-27
    • US638736
    • 1984-08-08
    • Tetsuaki Shirai
    • Tetsuaki Shirai
    • F01P5/06F02M35/06F02M35/08
    • F02M35/06F01P5/06Y10S55/28
    • This disclosure relates to an air cleaner for use in an air-cooled engine including a cooling fan within a fan housing. The cleaner is connected to draw air from the housing, and includes a casing having a side wall, an air inlet opening in the fan housing, an air passage formed within the casing and extending from the inlet along the wall, the passage including a curved portion, and a narrow opening formed in the wall adjacent the curved portion. The curved passage causes dust particles to move by reason of inertia to the radially outer side of the passage and the particles are removed through the narrow opening.
    • 本公开涉及一种在风冷发动机中使用的空气滤清器,其包括在风扇壳体内的冷却风扇。 清洁器被连接以从壳体抽取空气,并且包括具有侧壁,风扇壳体中的空气入口开口的壳体,形成在壳体内并沿着壁从入口延伸的空气通道,该通道包括弯曲的 部分,以及形成在邻近弯曲部分的壁中的窄开口。 弯曲通道使灰尘颗粒由于惯性而移动到通道的径向外侧,并且颗粒通过狭窄的开口移除。
    • 9. 发明授权
    • Radiator unit for engine and method of combining the same with engine
    • 用于发动机的散热器单元和与发动机组合的方法
    • US06725905B2
    • 2004-04-27
    • US09934484
    • 2001-08-23
    • Michio HiranoTetsuaki Shirai
    • Michio HiranoTetsuaki Shirai
    • F01P318
    • F28F9/002F01P5/02F01P11/10F01P2070/52
    • A radiator unit (10) includes a radiator core (14) and a fan shroud (16) surrounding a cooling fan (15). Radiator support members (40) are attached to an engine (1), lower end parts of the radiator core (14) are connected to lower positioning lugs (46) formed in the radiator support members (40) by plug-in structures each including a positioning pin (32) and the positioning lug (46) provided with a positioning hole (53), and upper end parts of the radiator core (14) are fastened to radiator holding lugs (45) formed in upper end parts of the radiator support members (40) with bolts (56). The fan shroud (16) is fastened together with the radiator core (14) to the radiator support members (40). An intake duct (25) connected to the air inlet (23) of an air cleaner (5) is formed integrally with the fan shroud (16).
    • 散热器单元(10)包括散热器芯(14)和围绕冷却风扇(15)的风扇罩(16)。 散热器支撑构件(40)附接到发动机(1),散热器芯(14)的下端部分通过插入结构连接到形成在散热器支撑构件(40)中的下定位凸耳(46),每个插入结构包括 定位销(32)和设置有定位孔(53)的定位凸耳(46),并且散热器芯(14)的上端部紧固到形成在散热器的上端部的散热器保持凸耳(45) 具有螺栓(56)的支撑构件(40)。 风扇罩(16)与散热器芯(14)紧固在散热器支撑构件(40)上。 连接到空气滤清器(5)的空气入口(23)的进气管道(25)与风扇罩(16)一体地形成。
    • 10. 发明授权
    • Rocker arm support mechanism
    • 摇臂支撑机构
    • US06415754B1
    • 2002-07-09
    • US09954047
    • 2001-09-18
    • Michio HiranoTetsuaki Shirai
    • Michio HiranoTetsuaki Shirai
    • F01L118
    • F01L1/181F01L1/20F01L13/0026F01L2003/255
    • A rocker arm support mechanism includes a holding member (3), a rocker arm shaft (6) and a nut (31). The holding member (3) has a base wall fastened to an end surface of a cylinder head, and a pair of support walls (3a) each provided with a hole (28). The rocker arm shaft (6) includes an eccentric sleeve (15) having a bore (20) and a circumference (15a) eccentric to the bore (20), and a support shaft (14) passed through the hole (28) of one of the side walls (3a), the bore (20) of the eccentric sleeve (15) and the hole (28) of the other side wall (3a). The support shaft (14) is inserted in the bore (20) of the eccentric sleeve (15) and the eccentric sleeve (15) is restrained from turning relative to the support shaft (14). A rocker arm (5) is put on the eccentric sleeve (15) for turning on the eccentric sleeve (15), the eccentric sleeve (15) is turned about the axis of the support shaft (14) relative to the holding member (3) to adjust the height of the rocker arm (5) from the end surface of the cylinder head. The rocker arm (5) and the holder (3) are formed by plate work. The support shaft (14) and the eccentric sleeve (15) are manufactured separately. The support shaft (14) has a head (14a) and a threaded part (14b). The nut (31) is screwed on the threaded part (14b) of the support shaft (14) to fasten the rocker arm shaft (6) to the support walls (3a).
    • 摇臂支撑机构包括保持构件(3),摇臂轴(6)和螺母(31)。 保持构件(3)具有紧固到气缸盖的端面的底壁和分别设置有孔(28)的一对支撑壁(3a)。 摇臂轴(6)包括具有孔(20)和偏心于孔(20)的圆周(15a)的偏心套(15)和穿过孔(28)的一个支承轴(14) 的侧壁(3a),偏心套筒(15)的孔(20)和另一侧壁(3a)的孔(28)。 支撑轴(14)插入在偏心套(15)的孔(20)中,并且偏心套(15)被限制相对于支撑轴(14)转动。 摇轴(5)放在偏心套(15)上,用于转动偏心套(15),偏心套(15)相对于保持构件(3)围绕支撑轴(14)的轴线转动 )以从气缸盖的端面调节摇臂(5)的高度。 摇臂(5)和支架(3)通过板工作形成。 支撑轴(14)和偏心套(15)分开制造。 支撑轴(14)具有头部(14a)和螺纹部分(14b)。 螺母(31)拧在支撑轴(14)的螺纹部分(14b)上,以将摇臂轴(6)紧固到支撑壁(3a)上。