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    • 6. 发明申请
    • Electric Starter Motor With Idle Gear
    • 带空转齿轮的电动起动电机
    • US20090133531A1
    • 2009-05-28
    • US11665381
    • 2005-10-19
    • Hitoshi OnoMichio OkadaShigeyuki EnkakuShinya SaitoChihiro Horikoshi
    • Hitoshi OnoMichio OkadaShigeyuki EnkakuShinya SaitoChihiro Horikoshi
    • F02N15/02
    • F02N15/023F02N15/046F02N15/067F02N2250/08F16D41/06F16D2300/06F16H57/0463Y10T74/134
    • A helical spline section 61 is formed on a drive shaft 32 rotated by a motor 11 via a planetary gear mechanism 12, and an axially movable overrunning clutch 13 is mounted to the helical spline section 61. A clutch inner 57 of the overrunning clutch 13 is formed integrally with a pinion 14, and the pinion 14 engages with an idle gear 15. Between the idle gear 15 and the clutch cover 68 of the overrunning clutch 13, there is provided a synthetic resin slip plate 95. The slip plate 95 is provided with slide-contact surfaces 95a and 95b coming into contact with the idle gear 15 and the clutch cover 68. On each of the slide-contact surfaces 95a and 95b, there is provided concavely an annular grease reservoir 96 holding grease on each of the slide-contact surfaces. Thereby, the lubricating ability of a spacer provided between the slide-contact members having mutually different rotation numbers is improved, resulting in reducing the cost of materials and preventing the burn-in between the members.
    • 螺旋花键部61形成在由电动机11经由行星齿轮机构12旋转的驱动轴32上,并且轴向移动的超越离合器13安装在螺旋花键部61上。超速离合器13的离合器内部57是 与小齿轮14一体形成,小齿轮14与空转齿轮15啮合。在空转齿轮15与超速离合器13的离合器盖68之间设有合成树脂滑板95.滑板95设置 其中滑动接触表面95a和95b与空转齿轮15和离合器盖68接触。在每个滑动接触表面95a和95b上,设置有凹形的环形润滑脂储存器96,其在每个滑块 - 接触表面。 由此,提高了设置在具有相互不同的转数的滑动接触构件之间的间隔件的润滑能力,从而降低了材料的成本并防止了构件之间的老化。
    • 7. 发明授权
    • Starter motor
    • 起动马达
    • US08069740B2
    • 2011-12-06
    • US11991263
    • 2006-09-01
    • Shinya SaitoChihiro HorikoshiShigeyuki EnkakuHitoshi Ono
    • Shinya SaitoChihiro HorikoshiShigeyuki EnkakuHitoshi Ono
    • F02N15/06
    • F02N11/00F02N15/00Y10T74/13Y10T74/137
    • A screw mounting hole and a female screw part are formed in a bearing part of a gear cover, and the screw insertion hole is formed in the idle shaft. The idle shaft is fixed to the gear cover by inserting a fixing screw through the screw mounting hole and screwing it into the female screw part through the screw insertion hole. A positioning groove in a predetermined position in relation to the screw insertion hole is formed in the end face of the idle shaft. When the positioning groove is disposed perpendicularly to an engine mounting surface and the idle shaft is fitted to the gear cover, the screw mounting hole is opposed to the screw insertion hole and, when the fixing screw is fitted, the confirmation of hole positions and the aligning of holes can be eliminated.
    • 螺钉安装孔和内螺纹部分形成在齿轮罩的轴承部分中,螺钉插入孔形成在空转轴中。 怠速轴通过螺钉安装孔插入固定螺钉并通过螺丝插入孔将其拧入内螺纹部分,固定在齿轮罩上。 相对于螺钉插入孔的预定位置的定位槽形成在怠速轴的端面。 当定位槽垂直于发动机安装面设置并且怠速轴装配到齿轮盖上时,螺钉安装孔与螺钉插入孔相对,并且当安装固定螺钉时,确定孔位置和 可以排除孔的对准。
    • 8. 发明申请
    • Starter motor
    • 起动马达
    • US20090038436A1
    • 2009-02-12
    • US11991263
    • 2006-09-01
    • Shinya SaitoChihiro HorikoshiShigeyuki EnkakuHitoshi Ono
    • Shinya SaitoChihiro HorikoshiShigeyuki EnkakuHitoshi Ono
    • F02N15/06
    • F02N11/00F02N15/00Y10T74/13Y10T74/137
    • [PROBLEMS] To provide a starter motor enabling the easy and accurate aligning of holes when an idle shaft is mounted.[MEANS FOR SOLVING THE PROBLEMS] The screw mounting hole (106) and a female screw part (105) are formed in the bearing part (98) of a gear cover (24) and the screw insertion hole (104) is formed in the idle shaft (89). The idle shaft (89) is fixed to the gear cover (24) by inserting a fixing screw (107) through the screw mounting hole (106) and screwing it into the female screw part (105) through the screw insertion hole (104). A positioning groove (108) in a predetermined position relation with the screw insertion hole (104) is formed in the end face of the idle shaft (89). When the positioning groove (108) is disposed perpendicularly to an engine mounting surface (111) and the idle shaft (89) is fitted to the gear cover (24), the screw mounting hole (106) is opposed to the screw insertion hole (104) and, when the fixing screw (107) is fitted, the confirmation of hole positions and the aligning of holes can be eliminated.
    • [问题]提供一种启动马达,其能够在安装空转轴时容易且准确地对准孔。 解决问题的手段在齿轮罩(24)的轴承部(98)上形成有螺钉安装孔(106)和内螺纹部(105),螺钉插入孔(104)形成在 空转轴(89)。 通过将固定螺钉(107)穿过螺钉安装孔(106)固定到齿轮罩(24)上并通过螺钉插入孔(104)将其旋入阴螺纹部分(105) 。 在空转轴(89)的端面形成有与螺钉插入孔(104)成预定位置关系的定位槽(108)。 当定位槽(108)垂直于发动机安装面(111)设置,怠速轴(89)装配到齿轮盖(24)时,螺钉安装孔(106)与螺钉插入孔 104),并且当安装固定螺钉(107)时,可以消除孔位置的确认和孔的对准。
    • 9. 发明申请
    • Electric Starter Motor with Idle Gear
    • 带空转装置的起动电机
    • US20080257077A1
    • 2008-10-23
    • US11665378
    • 2005-10-19
    • Hitoshi OnoMichio OkadaShigeyuki EnkakuShinya SaitoChihiro Horikoshi
    • Hitoshi OnoMichio OkadaShigeyuki EnkakuShinya SaitoChihiro Horikoshi
    • F02N15/06
    • H02K7/116F02N15/023F02N15/067F16D41/06H02K7/1085Y10T74/13Y10T74/137
    • A helical spline section 61 is formed on a drive shaft 32 rotated by a motor 11 via a planetary gear mechanism 12, and an axially movable overrunning clutch 13 is mounted to the helical spline section 61. A pinion 14 engaging with an idle gear 15 is formed integrally with a clutch inner 57 of the overrunning clutch 13. At the distal end of the pinion 14, there is formed a transport flange 72 engaging with the idle gear 15 and disengaging the idle gear 15 from a ring gear 16 together with the axial movement of the pinion 14. The root outer diameter of a gear section 71 of the pinion 14 is smaller than the outer diameter of the clutch inner 57, and the pinion 14 is formed integrally with the transport flange 72 and the clutch inner 57 by cold forging. Thereby, there is provided a simple, cheap and reliable electric starter motor capable of engaging and disengaging the idle gear and ring gear with each other and from each other without increasing the number of parts.
    • 螺旋花键部61形成在由电动机11经由行星齿轮机构12旋转的驱动轴32上,并且轴向移动的超越离合器13安装到螺旋花键部61。 与惰轮15啮合的小齿轮14与超越离合器13的离合器内部57一体地形成。 在小齿轮14的远端处,形成有与空转齿轮15啮合的输送凸缘72,并与空转齿轮16与小齿轮14的轴向运动一起脱离空转齿轮16。 小齿轮14的齿轮部71的根外径小于离合器内部57的外径,小齿轮14通过冷锻而与输送凸缘72和离合器内部57一体形成。 因此,提供了一种简单,便宜且可靠的电动起动电动机,其能够使空转齿轮和齿圈彼此接合和分离,而不增加部件的数量。