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    • 1. 发明授权
    • Engine starting device
    • 发动机启动装置
    • US09512812B2
    • 2016-12-06
    • US13977848
    • 2011-03-31
    • Kazuhiro OdaharaKoichiro KameiDaisuke MizunoMasami AbeNaohito Kaneda
    • Kazuhiro OdaharaKoichiro KameiDaisuke MizunoMasami AbeNaohito Kaneda
    • F02N11/02F02N11/08F02N15/06F02N11/00F02N15/02F02N15/04
    • F02N11/02F02N11/00F02N11/0851F02N15/023F02N15/046F02N15/062F02N15/063F02N15/065F02N15/067Y10T74/132
    • It is possible to obtain an engine starting device in which, at the time of initial engagement of a first pinion gear and an engine starting gear, in a case where the first pinion gear collides with the engine starting gear, the first pinion gear is inclined with respect to the second pinion gear, a void having a predetermined size for expanding the inclined state is formed between a surface of an end surface portion of the first pinion gear on the side of an end surface portion of the second pinion gear, and a surface of an end surface portion of the second pinion gear on the side of the end surface portion of the first pinion gear, even in a case where any one of the rotation speed of the engine starting gear and the rotation speed of the pinion gear is larger than the other, rotation synchronization of the engine starting gear and the pinion gear and phase focusing of the teeth between the engine starting gear and the pinion gear is further rapidly and further reliably performed at the time when the engine starting gear and the pinion gear is abutted to each other, noise is decreased, and shortening of the life due to abrasion can be suppressed.
    • 可以获得发动机起动装置,其中在第一小齿轮和发动机起动齿轮的初始接合时,在第一小齿轮与发动机起动齿轮碰撞的情况下,第一小齿轮倾斜 相对于第二小齿轮,在第二小齿轮的端面部分侧的第一小​​齿轮的端面部分的表面和第二小齿轮的端面部分的一侧的表面之间形成具有用于扩大倾斜状态的预定尺寸的空隙, 在第一小齿轮的端面部侧的第二小齿轮的端面部的表面即使在发动机起动齿轮的转速和小齿轮的转速中的任何一个为 大于另一个,发动机起动齿轮和小齿轮的旋转同步以及发动机起动齿轮和小齿轮之间的齿的相位聚焦进一步快速并进一步可靠地在 发动机起动齿轮和小齿轮彼此抵接的时间,噪音降低,并且可以抑制由磨损引起的寿命缩短。
    • 3. 发明申请
    • ENGINE STARTING DEVICE
    • 发动机起动装置
    • US20150159617A1
    • 2015-06-11
    • US14595829
    • 2015-01-13
    • Masami ABEKoichiro KAMEIKazuhiro ODAHARANaohito KANEDADaisuke MIZUNO
    • Masami ABEKoichiro KAMEIKazuhiro ODAHARANaohito KANEDADaisuke MIZUNO
    • F02N15/06F02N15/02
    • F02N15/065F02N11/00F02N11/0851F02N15/023F02N15/046F02N15/063F02N15/067Y10T74/134Y10T74/137
    • Since a pinion gear unit which rotates according to the rotation of an output rotation shaft driven by the motor unit, a pushing mechanism which moves the pinion gear unit towards an engagement location of the pinion gear and an engine starting gear, and a bracket which includes a bracket main body unit which supports the motor unit and the pushing mechanism and a nose unit which extends from the bracket main body unit to a side opposite to the motor unit and rotatably bears a tip portion of the output rotation shaft on a side opposite to the motor unit, and which is attached to an engine side are included, a first stopper unit which restricts the movement of the rotation member to the direction of the engine starting gear is provided on the output rotation shaft, a second stopper unit which restricts the movement of the pinion gears to the direction of the engine starting gear by pushing and biasing of the elastic member is provided on the rotation member, and positioning the first stopper unit is positioned on a side opposite to the engine starting gear with respect to the second stopper unit, it is possible to shorten the shaft length of the rotation member and to shorten the entire length of the engine starting device.
    • 由于根据由马达单元驱动的输出旋转轴的旋转而旋转的小齿轮单元,使小齿轮单元朝向小齿轮的接合位置和发动机起动齿轮移动的推动机构以及包括 托架主体单元,其支撑马达单元和推动机构;以及鼻架单元,其从支架主体单元延伸到与马达单元相对的一侧,并且可旋转地承载输出旋转轴的顶端部分 马达单元,并且附接到发动机侧,在输出旋转轴上设置有限制旋转构件朝向发动机起动齿轮的方向的移动的第一止动单元,第二止动单元限制 在旋转构件上设置小齿轮向发动机起动齿轮的方向的移动,弹性构件的推压偏置, 开关单元相对于第二止动单元位于与发动机起动齿轮相反的一侧,可以缩短旋转构件的轴长度并缩短发动机起动装置的整个长度。
    • 5. 发明授权
    • Engine starter
    • 发动机起动器
    • US08418571B2
    • 2013-04-16
    • US11943978
    • 2007-11-21
    • Koichiro KameiHidekazu KatayamaKazuhiro OdaharaMutsuhiro Ichioka
    • Koichiro KameiHidekazu KatayamaKazuhiro OdaharaMutsuhiro Ichioka
    • F02N15/06
    • F02N15/023F02N15/067F16D41/066F16D2300/10Y10T74/13Y10T74/131
    • Obtained is an engine starter having a structure in which, even when frictional heat is generated on a roller due to sliding of a roller and a clutch inner with respect to each other, deformation of a rolling contact surface of the roller is reduced by suppressing reduction in hardness of the rolling contact surface of the roller due to the frictional heat, thereby making it possible to improve transmission of a rotation force from a clutch outer to a clutch inner. The engine starter includes a clutch (5) for transmitting a rotation force of an output shaft (4) to a pinion gear (7), a clutch outer (10), a clutch inner (11) having one end portion facing an inner portion of the clutch outer (10) and another end portion to which the pinion gear (7) is fixed, and a roller (12) which rolls while being provided between the clutch outer (10) and the clutch inner (11). The clutch outer (10) is formed with a notch portion (10a) of a tapered shape. The notch portion (10a) is formed with a lock portion (10b) abutting the roller (12). A rolling contact surface of the roller (12) is applied with carbonitriding treatment.
    • 获得的是具有如下结构的发动机起动器,其中即使当由于辊和离合器内部相互滑动而在辊上产生摩擦热时,通过抑制辊的滚动接触表面的变形而减小 由于摩擦热而导致辊的滚动接触表面的硬度,从而可以改善从离合器外部到离合器内部的旋转力的传递。 发动机起动器包括用于将输出轴(4)的旋转力传递到小齿轮(7)的离合器(5),离合器外部(10),离合器内部(11),其一端部面向内部 离合器外部(10)和固定有小齿轮(7)的另一个端部,以及在离合器外部(10)和离合器内部(11)之间设置的辊(12)。 离合器外部(10)形成为具有锥形形状的切口部(10a)。 切口部(10a)形成有抵靠辊(12)的锁定部(10b)。 对辊(12)的滚动接触表面进行碳氮共渗处理。
    • 7. 发明授权
    • Brush apparatus
    • 刷机
    • US07671506B2
    • 2010-03-02
    • US12257694
    • 2008-10-24
    • Naohito KanedaKoichiro Kamei
    • Naohito KanedaKoichiro Kamei
    • H02K13/00
    • H01R39/36H01R39/381
    • A brush apparatus includes a brush and a brush holder. The brush includes a pigtail embedded in a wider side thereof so that the longitudinal side in cross-section of the pigtail extends in parallel with a surface of the brush coming into contact with a commutator. The brush holder includes a brush holding member, a brush spring for pressing the brush against the commutator for sliding contact, a base for holding the brush holding member and electrically connecting the same to an earth circuit, and a connection lug on the base. The brush holding member is formed with a notch on a wider side from an upper end thereof for allowing a downward movement of the pigtail when the brush wears and hence is pressed downward. A distal end of the pigtail is connected to the connection lug.
    • 刷子装置包括刷子和刷子保持器。 刷子包括嵌入其较宽侧的引线,使得引线的横截面的纵向侧与刷子的与换向器接触的表面平行地延伸。 电刷架包括刷保持构件,用于将电刷按压在换向器上以进行滑动接触的刷簧,用于保持电刷保持构件的基座并将其电连接到接地电路的基座和基座上的连接凸耳。 刷保持构件在其上端形成有较宽侧的切口,用于当刷子磨损并因此被向下压时允许猪尾线向下移动。 辫子的远端连接到连接耳。
    • 10. 发明授权
    • Engine starting device and engine starting method
    • 发动机启动装置和发动机起动方式
    • US09163604B2
    • 2015-10-20
    • US13717996
    • 2012-12-18
    • Kazuhiro OdaharaKoichiro KameiMasami Abe
    • Kazuhiro OdaharaKoichiro KameiMasami Abe
    • F02N15/00F02N11/08
    • F02N15/00F02N11/0844F02N11/0855F02N2250/04Y02T10/48
    • Engine starting device, including: a crank signal generation unit (13); and an engine control unit (10) for identifying a predetermined crank position of a crankshaft, and starting the engine, in which the engine control unit estimates, in a course of stopping the engine when a stop condition for the engine is established, based on an engine rpm at the identified predetermined crank position, whether or not the engine rotates backward before reaching the predetermined crank position for a next time, and after estimating that the engine rotates backward, sets an inhibition range which is prescribed from a starter drive inhibition start timing to a starter drive inhibition reset timing, and a permission range which is other than the inhibition range, and when the restart condition is established during rotation of the engine, inhibits restart in the inhibition range and carries out the restart in the permission range.
    • 发动机启动装置,包括:曲柄信号发生单元(13); 以及发动机控制单元(10),用于识别曲轴的预定曲柄位置,并且在发动机的停止条件建立时在发动机停止的过程中启动发动机,发动机控制单元基于 在确定的预定曲柄位置处的发动机转速,发动机在到达预定曲柄位置之前是否向后旋转下一次,并且在估计发动机向后旋转之后,设定从启动器驱动禁止开始规定的禁止范围 启动器驱动禁止复位定时的定时,以及除禁止范围之外的许可范围,以及当在发动机旋转期间建立重启条件时,禁止在禁止范围内的重启,并在允许范围内执行重新启动。