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    • 1. 发明授权
    • Engine starting apparatus
    • 发动机起动装置
    • US06240889B1
    • 2001-06-05
    • US09566116
    • 2000-05-05
    • Shigeaki KuwabaraMitsuru NakamuraKazuhiro SatoKeizo ShimizuTaro Kihara
    • Shigeaki KuwabaraMitsuru NakamuraKazuhiro SatoKeizo ShimizuTaro Kihara
    • F02N1700
    • F02N15/006F02B63/02F02B75/16F02B2075/027F02N3/02F02N11/00Y10T74/134Y10T74/137
    • An engine starting apparatus has a first one-way clutch provided at one part of a series of gears for transmitting rotation of a starter motor to a crankshaft, and a second one-way clutch provided in a transmission mechanism for transmitting rotation of a recoil starter to the crankshaft. The first one-way clutch includes a small gear, a decelerating gear and a large gear. The small gear is connected to the crankshaft and has step portions on an inner peripheral surface thereof. The decelerating gear is connected to an output shaft of the starter motor. The large gear is connected in meshing engagement with the decelerating gear and has ratchets urged to mesh with the step portions of the small gear to engage the first one-way clutch only when the large gear is rotated via the decelerating gear upon rotation of the starter motor in such a direction as to start an engine.
    • 发动机起动装置具有设置在用于将起动电动机的旋转传递到曲轴的一系列齿轮的一部分处的第一单向离合器,以及设置在变速机构中用于传递反冲起动器的旋转的第二单向离合器 到曲轴。 第一单向离合器包括小齿轮,减速齿轮和大齿轮。 小齿轮与曲轴连接,在其内周面具有台阶部。 减速齿轮连接到起动电动机的输出轴。 大齿轮与减速齿轮相啮合地连接,并且只有当大齿轮在启动器旋转时通过减速齿轮旋转,则棘轮被推动以与小齿轮的台阶部分啮合才能接合第一单向离合器 电机在启动发动机的方向上。
    • 2. 发明授权
    • Engine starting apparatus
    • 发动机起动装置
    • US06199529B1
    • 2001-03-13
    • US09281087
    • 1999-03-30
    • Shigeaki KuwabaraMitsuru NakamuraKazuhiro SatoKeizo ShimizuTaro Kihara
    • Shigeaki KuwabaraMitsuru NakamuraKazuhiro SatoKeizo ShimizuTaro Kihara
    • F02B6304
    • F02N15/006F02B63/02F02B75/16F02B2075/027F02N3/02F02N11/00Y10T74/134Y10T74/137
    • An engine starting apparatus comprises a case having an outer case and a case cover defining an interior space. The outer case has at least first, second and third bolt apertures, for attaching the case to an engine. A motor mounting seat is formed in an inner wall of the outer case for mounting thereon a starter motor for starting the engine. A recoil starter mechanism is disposed in the interior space of the case for starting the engine. The recoil starter mechanism has a starting rope pulling port disposed adjacent to the first bolt aperture. The starter motor is disposed between the first bolt aperture and the third bolt aperture when the starting rope pulling port is positioned between the first bolt aperture and the second bolt aperture, and the starter motor is disposed between the first bolt aperture and the second bolt aperture when the starting rope pulling port is positioned between the first bolt aperture and the third bolt aperture. First louvers extend from an outer surface of the case cover. Second louvers are formed on a wall of the outer case. External air is taken in by the first and second louvers around the entire periphery of the case during operation of the engine.
    • 发动机起动装置包括具有外壳和限定内部空间的壳盖的壳体。 外壳具有至少第一,第二和第三螺栓孔,用于将壳体附接到发动机。 电动机安装座形成在外壳的内壁上,用于安装用于起动发动机的起动电动机。 反冲起动机构设置在壳体的内部空间中以起动发动机。 反冲起动器机构具有与第一螺栓孔相邻设置的起始绳索拉动端口。 当起动绳索拉动端口位于第一螺栓孔和第二螺栓孔之间时,起动马达设置在第一螺栓孔和第三螺栓孔之间,起动马达设置在第一螺栓孔和第二螺栓孔之间 当起始绳索拉动端口位于第一螺栓孔和第三螺栓孔之间时。 第一百叶窗从外壳的外表面延伸。 第二百叶窗形成在外壳的壁上。 外部空气在发动机运转期间被壳体的整个周边的第一和第二百叶窗吸入。
    • 3. 发明授权
    • Engine starting device
    • 发动机启动装置
    • US06374791B1
    • 2002-04-23
    • US09634001
    • 2000-08-07
    • Shigeaki KuwabaraKazumi MiyashitaKeizo ShimizuTaro Kihara
    • Shigeaki KuwabaraKazumi MiyashitaKeizo ShimizuTaro Kihara
    • F02N1700
    • F02N15/006F02N3/02F02N15/026
    • An engine starting device includes a self-starting motor drivable to rotate the crankshaft of an engines, and a one-way clutch operable to permit transmission of rotary motion of the self-starting motor in one direction only to the crankshaft. The one-way clutch includes an inner race operatively connected to an output shaft of the self-starting motor, an outer race operatively connected to the crankshaft, a plurality of ratchet pawls pivotally connected to the inner race and urged by springs against the inner race. The one-way clutch is designed such that, when the speed of rotation of the inner race while being rotated by the self-starting motor goes up to a predetermined value, the ratchet pawls are caused to swing in a radial outward direction under the action of centrifugal force against the bias of the springs and become engaged by the outer race to thereby engage the one-way clutch.
    • 发动机启动装置包括可启动以使发动机的曲轴旋转的自启动电动机和可操作以允许将自启动电动机的旋转运动沿一个方向传递到曲轴的单向离合器。 单向离合器包括可操作地连接到自启动马达的输出轴的内座圈,可操作地连接到曲轴的外座圈,多个可枢转地连接到内圈并由弹簧推靠在内圈上的棘爪 。 单向离合器被设计成使得当通过自启动马达旋转的内圈的旋转速度上升到预定值时,使棘爪在径向向外的方向上在动作 的离心力抵抗弹簧的偏压并且被外圈接合,从而接合单向离合器。
    • 4. 发明授权
    • Recoil starter
    • 回收起动器
    • US5715783A
    • 1998-02-10
    • US784761
    • 1997-01-16
    • Mitsuo OsakabeKeizo ShimizuSeiichi Nieda
    • Mitsuo OsakabeKeizo ShimizuSeiichi Nieda
    • F02N3/02
    • F02N3/02Y10T74/134
    • There is provided a recoil starter for starting an internal combustion engine which has a simple and compact structure with a reduced number of parts and which can be manufactured at a reduced cost. In a recoil starter wherein a shaft portion 2' having a reel 3' rotatably attached thereto is provided on a starter case 1 and wherein a rope 4 wound around the reel 3' by a restoring force of a spring 5 is drawn out to rotate the reel 3' thereby driving a pulley 31 to start an internal combustion engine, a configuration is employed wherein a frictional resistance means is provided on the shaft portion 2'; one end of an arm 28 assembled with frictional resistance against the rotation of the reel 3' is anchored or press-fitted to the friction resistance means with another end thereof engaged with a guide groove 27 on the reel 3'; and the rotation of the reel 3' causes the other end of the arm 28 to move in the guide groove 27 for a swinging motion which causes the arm 28 to be engaged with a notch 32 on the pulley 31. This allows the number of parts to be reduced to achieve a reduced overall size and allows manufacturing cost to be reduced.
    • 提供了一种起动内燃机的反冲起动器,该内燃机具有简单紧凑的结构,其数量减少,并且可以以较低的成本制造。 在其中具有可旋转地连接到其上的卷轴3'的轴部2'设置在起动器壳体1上的反冲起动器中,并且通过弹簧5的恢复力卷绕在卷轴3'上的绳索4被抽出以使 卷轴3',从而驱动滑轮31启动内燃机,采用在轴部2'上设置有摩擦阻力装置的结构, 装配有抵抗卷轴3'的旋转的摩擦阻力的臂28的一端被锚定或压配合到摩擦阻力装置,另一端与卷轴3'上的引导槽27接合; 并且卷轴3'的旋转使得臂28的另一端在引导槽27中移动以进行摆动,这使得臂28与滑轮31上的凹口32接合。这允许部件数量 以减少总体尺寸并允许制造成本降低。
    • 10. 发明授权
    • Rotary cutter of mower
    • 割草机旋转切割机
    • US06418627B1
    • 2002-07-16
    • US09503475
    • 2000-02-14
    • Shuhei TsunodaKeizo ShimizuMinoru ShibazakiHideki Hashiba
    • Shuhei TsunodaKeizo ShimizuMinoru ShibazakiHideki Hashiba
    • B26B700
    • A01D34/4163
    • A rotary cutter for a mower is provided wherein the cord delivering operation, which is necessary when the free end of the cord is worn, is carried out only when the rotary cutter is rotated at a low speed or is stopped. The rotary cutter includes a cord for cutting grass upon rotation thereof, a reel which holds the cord and allows delivering of the cord while the reel is intermittently rotated, a cover for a case which houses the reel, and a press body which protrudes downwardly from the case and is movable in an axial direction upon pressing so as to intermittently rotate the reel. A return spring for biasing the press body in a direction to protrude the press body from the case between the reel and the press body is also provided. The press body and the case engage each other such that the press body is slidable in an axial direction while preventing relative rotation with each other. By pressing the press body against the biasing return spring, a set of protrusions formed on the press body are detachably engaged with protrusions formed on the reel so as to intermittently rotate the reel.
    • 提供了一种用于割草机的旋转切割机,其中仅当旋转刀具以低速旋转或停止时才执行在软线自由端磨损时所需的帘线传送操作。 旋转切割机包括用于在旋转时切割草的绳索,用于保持绳索并且允许在卷轴间歇旋转时输送绳索的卷轴,用于容纳卷轴的壳体的盖以及从所述卷轴向下突出的按压体 该壳体在按压时可沿轴向移动,从而间歇地旋转卷轴。 还提供了一种用于使按压体沿使卷筒和压制体之间的壳体突出的方向偏置压力体的复位弹簧。 按压体和壳体彼此接合,使得压制体在轴向方向上可滑动,同时防止彼此相对旋转。 通过将压制体压靠在偏压复位弹簧上,形成在压制体上的一组突起可拆卸地与形成在卷轴上的突起接合,从而间歇地旋转卷轴。