会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Method of pre-applying soldering material to a motor commutator
    • 将焊接材料预先施加到电动机换向器的方法
    • US5440800A
    • 1995-08-15
    • US9418
    • 1993-01-27
    • Yuichi TeradaSatoru HamanoKazunobu Kanno
    • Yuichi TeradaSatoru HamanoKazunobu Kanno
    • H01R43/06H01R43/00
    • H01R43/06Y10T29/49011
    • A method of adhering in advance a soldering material to a location on each of a plurality of claw-shaped portions of a commutator at which a winding for the armature of an electric motor is to be electrically connected thereto, for ensuring a strong and reliable electrical connection between the windings and the claw-shaped portions.A plurality of narrow grooves are defined in the claw-shaped portions and the narrow grooves are charged with molten soldering material, which solidifies therein. The thus-solidified soldering material is thereafter re-melted by heat produced at the time of resistance welding of the windings to the claw-shaped portions to thereby reinforce the electrical connection between the claw-shaped portions and the windings and to prevent an increase in the electric resistance between the windings and the claw-shaped portions.
    • 预先将焊接材料粘接到换向器的多个爪形部分的位置上的方法,在该位置上,用于电动机的电枢的绕组将与其电连接,以确保强而可靠的电气 绕组与爪形部分之间的连接。 在爪形部分中限定有多个窄槽,并且在其中固化的熔融焊料充满窄槽。 这样固化的焊料随后通过在线圈对爪状部分进行电阻焊接时产生的热量再次熔化,从而加强了爪形部分和绕组之间的电连接,并且防止了增加 绕组与爪状部之间的电阻。
    • 6. 发明授权
    • Commutator having short-circuiting parts, motor having such a commutator and method for manufacturing such a commutator
    • 具有短路部分的换向器,具有这种换向器的电动机以及用于制造这种换向器的方法
    • US06836049B2
    • 2004-12-28
    • US10725314
    • 2003-12-02
    • Yuuichi TeradaKazunobu KannoToshio Yamamoto
    • Yuuichi TeradaKazunobu KannoToshio Yamamoto
    • H01R3904
    • H02K13/006H01R43/08H02K13/06
    • Commutator segments are divided into a plurality of groups, each of which includes two or more of the commutator segments. Generally planar short-circuiting parts are respectively provided to the groups of the commutator segments and are located radially inward of the commutator segments in such a manner that the short-circuiting parts are spaced one after the other in an axial direction of the commutator. Each short-circuiting part is seamlessly and integrally formed with and is electrically connected to a corresponding sub-element of each commutator segment of a corresponding one of the groups of the commutator segments, and at least one of the short-circuiting parts is located within an axial extent of at least one of power supply brushes measured in the axial direction of the commutator. A dielectric body securely holds each commutator segment and each short-circuiting part.
    • 换向器段被分成多个组,每个组包括两个或更多个换向器段。 通常,平面短路部件分别设置在换向器组的组中,并且位于换向器片的径向内侧,使得短路部分在换向器的轴向方向上一个接一个地间隔开。 每个短路部分与整流子组的相应一组中的每个换向器片段的相应的子元件无缝地整体地形成并与之电连接,并且至少一个短路部分位于 在换向器的轴向上测量的电源电刷中的至少一个的轴向范围。 绝缘体牢固地保持每个换向器片段和每个短路部分。
    • 8. 发明授权
    • Method of manufacturing commutator, apparatus for manufacturing commutator, and commutator
    • 整流子的制造方法,换向器和换向器的制造装置
    • US06720701B2
    • 2004-04-13
    • US10259211
    • 2002-09-26
    • Yuichi TeradaKazunobu Kanno
    • Yuichi TeradaKazunobu Kanno
    • H02K100
    • H01R43/08Y10T29/49011
    • A method of manufacturing a commutator includes the steps of punching a commutator forming plate out of a plate member having a plurality of projections formed at predetermined intervals in such a way that the projections extend in parallel to one another, forming the commutator forming plate cylindrical and arranging the projections on an inner surface of the cylindrical commutator forming plate, filling an interior of the cylindrical commutator forming plate with a molten resin, segmenting the cylindrical commutator forming plate at predetermined angular distances after curing of the resin to thereby form commutator pieces, and positioning the plate member in a mold. The step of punching the commutator forming plate is carried out using a first punch having a plurality of recesses corresponding to the projections. Formed at those portions of each recess which correspond to both corner portions of each projection narrow portions that become narrower in a depth direction of that recess.
    • 一种换向器的制造方法,其特征在于,包括以下步骤:从具有以规定间隔形成的多个突起的板状部件冲压换向器形成板,使突起彼此平行地延伸,形成换向器成形板圆柱体, 在圆筒形换向器形成板的内表面上设置凸起,用熔融树脂填充圆筒形换向器形成板的内部,在树脂固化之后以预定的角距分隔圆柱形换向器形成板,从而形成换向片, 将板构件定位在模具中。 换向器形成板的冲压步骤使用具有与突起对应的多个凹部的第一冲头进行。 在每个凹部的与凹部的深度方向变窄的各突起窄部的两个角部对应的部分形成。
    • 9. 发明授权
    • Rotor of electric motor and manufacturing method thereof
    • 电动机转子及其制造方法
    • US06700295B2
    • 2004-03-02
    • US10318347
    • 2002-12-11
    • Kazunobu KannoShinsuke Muroi
    • Kazunobu KannoShinsuke Muroi
    • H02K122
    • H02K1/24H02K15/022Y10T29/49012
    • A rotor core includes a plurality of first core sheets and a plurality of second core sheets. The first core sheets and the second core sheets are laminated in the axial direction of the rotor core. Each first core sheet includes a plurality of first teeth laid out in a ring form on a same plane. Each second core sheet includes a plurality of second teeth laid out in a ring form on a same plane. Each first tooth is placed over the associated second tooth in the axial direction of the rotor core. Each tooth has a winding portion extending in the radial direction of the rotor core and an arm portion integrally provided at an outer end of the winding portion in the radial direction of the rotor core and extending in the peripheral direction of the rotor core. Each arm portion has a coupling portion at one end. Each first tooth is coupled to that one of the second teeth which is stacked on another first tooth adjoining in the peripheral direction of the rotor core by coupling of their coupling portions. A portion of each arm portion, which excludes the associated coupling portion, is located further apart from the axis of the rotor core than the associated coupling portion.
    • 转子芯包括多个第一芯片和多个第二芯片。 第一芯片和第二芯片沿转子芯的轴向层叠。 每个第一芯片包括在同一平面上以环形布置的多个第一齿。 每个第二芯片包括在同一平面上以环形布置的多个第二齿。 每个第一齿在转子芯的轴向方向上放置在相关联的第二齿上。 每个齿具有沿转子芯的径向方向延伸的缠绕部分和在转子芯的径向方向上整体设置在绕组部分的外端并沿转子芯的周向方向延伸的臂部。 每个臂部分在一端具有一个联接部分。 每个第一齿通过其联接部分的联接而联接到第二齿中的一个,该第二齿被叠置在与转子芯的圆周方向相邻的另一个第一齿上。 排除相关联的联接部分的每个臂部分的一部分位于比相关联的联接部分更远离转子芯的轴线的位置。