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    • 13. 发明授权
    • Electric rotating machine
    • 电动旋转机
    • US5508577A
    • 1996-04-16
    • US323346
    • 1994-10-14
    • Tsutomu ShigaNobuyuki HayashiMasanori OhmiMasami NiimiMitsuhiro Murata
    • Tsutomu ShigaNobuyuki HayashiMasanori OhmiMasami NiimiMitsuhiro Murata
    • H02K3/12H02K3/30H02K3/34H02K3/38H02K3/48H02K3/51H02K13/08H02K23/26H02K3/04
    • H02K3/30H02K13/08H02K23/26H02K3/12H02K3/34H02K3/51H02K3/48
    • The provision of an electric rotating machine which can reduce the mechanical and thermal loads applied thereto. Coil arms and coil trunks are provided in roughly parallel orientation to the end faces of an armature core only through insulating rings and insulating spacers. Metal brush is disposed on coil arms, whereby the overall length of the armature can be remarkably shortened. In addition, a commutator, conventionally necessary, can be eliminated, whereby the length of the production process for the armature can be reduced. Moreover, in an arrangement where projections of the upper coil arm are fit in holes of the insulating spacer, as the displacement of the upper coil arm towards the outer periphery is regulated, the length of the axial protrusions of the upper coil arm from the end face of the armature core can be minimized. In addition, as extension portions and of the coil trunks are strongly pressed against and fixed to the side of armature core by fixing members, the resistance to the centrifugal force can be remarkably improved. Furthermore, as the extension portion of the lower coil arm is fit in a recessed part of the insulating spacer, the displacement of the lower coil arm in the axial direction towards the outer periphery can be prevented. Accordingly, the electric rotating machine according to the present invention can withstand more than two times as high a rotational speed as that of the conventional structure.
    • 提供可以减少施加到其上的机械和热负荷的旋转电机。 线圈臂和线圈干线仅通过绝缘环和绝缘垫片以大致平行的方向设置在电枢铁芯的端面。 金属刷布置在线圈臂上,从而能够显着地缩短电枢的整体长度。 此外,可以消除通常需要的换向器,从而可以减小电枢的制造工艺的长度。 此外,在将上部线圈臂的突起嵌入绝缘间隔物的孔的配置中,随着上部线圈臂朝向外周的位移的调节,上部线圈臂的轴向突起的长度从端部 可以使电枢芯的表面最小化。 此外,由于延伸部分和线圈干线通过固定部件强力地压靠固定在电枢铁芯的侧面,因此可以显着提高对离心力的抵抗力。 此外,由于下线圈臂的延伸部分配合在绝缘间隔件的凹部中,因此可以防止下线圈臂在轴向方向朝向外周的位移。 因此,根据本发明的旋转电机可以承受比传统结构的转速高两倍以上的转速。
    • 14. 发明授权
    • Starter for starting an engine
    • 启动发动机的起动机
    • US5508566A
    • 1996-04-16
    • US353347
    • 1994-12-05
    • Yasuhiro NagaoTsutomu ShigaNobuyuki HayashiMasanori OhmiMasami Niimi
    • Yasuhiro NagaoTsutomu ShigaNobuyuki HayashiMasanori OhmiMasami Niimi
    • F02N15/06F02N11/00H02P9/04
    • F02N15/067
    • A starter for starting an engine with a ring gear includes a starter motor having a plurality of field poles disposed around an inner periphery thereof, an output shaft for transmitting rotation of the starter motor, a pinion mounted on the output shaft for meshing with the ring gear, and a magnet switch including a fixed contact and a plunger with a movable contact, which abuts the fixed contact. By moving the plunger and causing the movable contact, to abut the fixed contact electrical current is passed to the starter motor. The magnet switch is disposed in an end of the starter opposite an end where the pinion is disposed, with the plunger being disposed orthogonal to a longitudinal axis of the starter motor. The starter disclosed herein reduces the axial and diametral lengths and overall volume of the starter.
    • 用于起动具有齿圈的发动机的起动器包括具有设置在其内周周围的多个场极的起动电动机,用于传递起动电动机的旋转的输出轴,安装在输出轴上以与环啮合的小齿轮 齿轮和磁性开关,其包括固定触点和具有可动触头的柱塞,该触点邻接固定触点。 通过移动柱塞并使可动触头抵靠固定触点,电流将传递到起动马达。 磁体开关设置在起动器的与设置小齿轮的端部相对的端部,柱塞与起动电动机的纵向轴线垂直。 本文公开的起动器降低起动器的轴向和直径长度和总体积。
    • 15. 发明授权
    • Method of manufacturing an electric rotating machine
    • 电动旋转机的制造方法
    • US5881446A
    • 1999-03-16
    • US840911
    • 1997-04-18
    • Tsutomu ShigaNobuyuki HayashiMasanori OhmiMasami Niimi
    • Tsutomu ShigaNobuyuki HayashiMasanori OhmiMasami Niimi
    • H02K1/17H02K15/03H02K15/14
    • H02K1/17H02K15/03Y10T29/49009
    • An electric rotating machine and manufacturing method of the same is provided that can securely press-fit magnetic poles against an inner circumference of a yoke with a cylindrical body. By directly contacting a first and second end portions of the cylindrical body and moving the same relatively, the diameter of the cylindrical body widens in the outer radial direction to press-fit the magnetic poles against the inner circumference of the yoke. Thus, the variation of the inner diameter of the magnetic poles that occurs due to the dimensional error in permanent magnet thickness and inner diameter of the yoke is absorbed by the relative movement of the first and second end portions. This stabilizes the fixing force of the magnet, and allows the magnet to be securely fixed to the yoke without excessive stress on the cylindrical body. Furthermore, the displacement of the magnetic poles can be restricted by bending axial ends of the cylindrical body radially outwardly.
    • 提供一种电动旋转机及其制造方法,其可以用圆柱体将磁极牢固地压配在轭的内圆周上。 通过直接接触圆柱体的第一和第二端部并使其相对移动,圆柱体的直径在外径向方向上变宽,以将磁极压配合到轭的内周。 因此,由于永磁体厚度的尺寸误差和轭的内径而产生的磁极的内径的变化被第一和第二端部的相对运动吸收。 这就稳定了磁铁的固定力,并且允许磁体牢固地固定在磁轭上,而不会对圆柱体产生过大的应力。 此外,可以通过径向向外弯曲圆柱体的轴向端部来限制磁极的位移。
    • 20. 发明授权
    • Starter with planetary gear speed reduction mechanism
    • 起动器采用行星齿轮减速机构
    • US5953955A
    • 1999-09-21
    • US681464
    • 1996-07-23
    • Tsutomu ShigaNobuyuki HayashiMasanori OhmiYasuhiro Nagao
    • Tsutomu ShigaNobuyuki HayashiMasanori OhmiYasuhiro Nagao
    • F02N15/06
    • F02N15/065F02N15/006Y10T74/131Y10T74/132
    • In a starter with a planetary gear speed reduction mechanism, a first output shaft retaining member (retaining member 10, washer 20) and a second output shaft retaining member (pinion retaining ring 250) are mounted on an output shaft 220 in such a manner as to sandwich from axially front and rear directions a bearing support portion of a housing 400 which supports one end of the output shaft 220, so that a thrust load in the frontward and rearward directions of the output shaft 220 is received at the front and rear end faces of the bearing support portion of the housing 400. Therefore, the axially rearward movement of the output shaft 220 is regulated assuredly without regulating it by the rear end face of the center bracket 360 and the mortor partition wall 800, thereby preventing deformation of the center bracket.
    • 在具有行星齿轮减速机构的起动器中,第一输出轴保持构件(保持构件10,垫圈20)和第二输出轴保持构件(小齿轮保持环250)以如下方式安装在输出轴220上: 从轴向前后方向夹持支撑输出轴220的一端的壳体400的轴承支撑部,使得输出轴220的前后方向上的推力载荷在前端和后端 壳体400的轴承支撑部分的表面。因此,输出轴220的轴向向后运动被可靠地调节,而不会由中心托架360的后端面和挡块分隔壁800进行调节,从而防止 中心支架。