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    • 4. 发明公开
    • 모터
    • 马达
    • KR1020120042853A
    • 2012-05-03
    • KR1020127001704
    • 2010-09-06
    • 도요타지도샤가부시키가이샤아이신에이더블류 가부시키가이샤
    • 야마다다까시와따나베아쯔시기따무라마나부하시모또신고가와사끼요시유끼
    • H02K3/04H02K3/28
    • H02K15/045H02K3/12H02K15/066
    • 제1조 블록(B1)의 U상 제1 슬롯(SU1) 내의 평각 도선이, 제2조 블록(B2)의 U상 제2 슬롯(SU2) 내의 평각 도선과 외주 기준 유닛(11)을 형성하고, 제1조 블록(B1)의 U상의 제2 슬롯(SU2) 내의 평각 도선이, 제2조 블록(B1)의 U상 제1 슬롯(SU1) 내의 평각 도선과 내주 기준 유닛(12)을 형성하고, 내주 기준 유닛(12)이, 외주 기준 유닛(11)의 내측에 배치되고, 내주 기준 유닛(12)의 일단부의 코일 엔드부 및 외주 기준 유닛(11)의 일단부의 코일 엔드부(A)측이, 스테이터 코어(15)의 슬롯 내 도선부(SA, SB)에 대하여, 로터(42)측으로 절곡되어 있고, 내주 기준 유닛(12)의 일단부의 코일 엔드부(A)측 및 외주 기준 유닛(11)의 일단부의 코일 엔드부(A)측이, 스테이터 코어(15)의 내주면보다 로터(42)의 축심측에 위치한다.
    • 在U相的第一槽(SU1)的一个块(B1)的扁平型导线是,首先形成在两组扁平型导体和外周参考单元11中的U相第二时隙的嵌段(B2)(SU2) 第一形成的扁平型导线,并在扁平型导体的内参考单元12,在上的第二槽(SU2)(B1)的罐块U第二罐嵌段(B1)的第一槽(SU1)的U相 并且,内部参考单元12,线圈端部的一个端部(A)的外参考单元11,线圈端部和外周参考单元11,被设置在内侧的一个端部,内周参考的单元12 侧,定子铁心(15)的我的引线部分插槽,(SA,SB)与手,并且是朝向转子42中,参考单元12的线圈的端部(A)侧和外周参考单元的内一端弯曲 (11)(A)侧的线圈端部,而不是定位在转子42的中心轴侧的定子芯(15)的内周面的一端。
    • 5. 发明公开
    • 코일 형성 방법 및 코일 형성 장치
    • 线圈成型方法和线圈形成装置
    • KR1020050026695A
    • 2005-03-15
    • KR1020047008744
    • 2003-08-08
    • 아이신에이더블류 가부시키가이샤
    • 하시모또신고구로야나기도오루야마구찌쯔요시
    • H02K15/04H02K15/06
    • H02K15/0457H02K15/022H02K15/066H02K15/068Y10T29/49009
    • A winding-up jig (2), having a plurality of spools (3) that are disposed on the outer peripheral surface of a base holder (20) and allowed to advance/retract to/from the base holder (20), is used. A coil forming method comprising the spool protruding step of advancing one spool (3a) so as to protrude it beyond other spools (3), the winding step of supplying a wire (99) to the spool (3a) from an almost one direction, and rotating the entire jig (2) around the axial line (C) of the spool (3a) to wind the wire (99) around the spool (3) and form a single-pole coil (90), and the step of retracting the spool (3a). The spool protruding step, the winding step and the spool retracting step are sequentially repeated for adjacent spools (3), and the rotation direction of the winding-up jig (2) is sequentially reversed in the winding step. Accordingly, a single-pole coil can be formed without twisting a wire, and the crossover between single-pole coils can be shortened.
    • 使用具有多个卷轴(3)的卷绕夹具(2),该多个卷轴(3)设置在基座保持架(20)的外周面上并被允许前进/后退到基座托架(20) 。 一种线圈成形方法,其特征在于,包括使所述线轴(3a)前进而使其突出超过其他线轴(3)的所述线轴突出台阶,所述绕线步骤从几乎一个方向向所述线轴(3a)供给线(99) 并使整个夹具(2)围绕卷轴(3a)的轴线(C)旋转,以将线(99)卷绕在卷轴(3)上并形成单极线圈(90),并且缩回步骤 卷轴(3a)。 对于相邻的卷轴(3),卷轴突出步骤,卷绕步骤和卷筒缩回步骤顺序地重复,并且卷绕步骤中卷绕夹具(2)的旋转方向顺序地反转。 因此,可以在不扭曲线的情况下形成单极线圈,并且可以缩短单极线圈之间的交叉。
    • 6. 发明公开
    • 코일 형성 장치 및 코일 형성 방법
    • 线圈形成装置和线圈形成方法
    • KR1020050026694A
    • 2005-03-15
    • KR1020047008737
    • 2003-08-08
    • 아이신에이더블류 가부시키가이샤
    • 하시모또신고구로야나기도오루야마구찌쯔요시
    • H02K15/04H02K15/06
    • H02K15/0457H02K15/022H02K15/066H02K15/068Y10T29/49009
    • A device which is used to form multi- connection-pole coils formed by connecting a plurality of single-pole coils each having a wire coiled in a loop, and is provided with a winding- up jig (Z2) turnable around a turning center axis (ZC2). The winding-up jig is provided with a holder (Z22) rotatable around a rotation center axis (ZC3) different from the turning center axis and a plurality of coil spools (Z3) surrounding the holder and disposed so as to be individually movable in position with respect to the holder to permit wires to be wound around their peripheral surfaces. Each coil spool can sequentially position the winding axis (ZC1) of each coil spool at the turning center axis or its vicinity by the rotation around the rotation center axis of the winding-up jig. A single-pole coil almost free from twist can be formed constantly on any coil spool, and therefore multi-connection-pole coils almost free from twist can be formed.
    • 一种用于形成多个连接极线圈的装置,所述多连接极线圈通过连接多个单线圈而形成,所述多个单极线圈具有绕线的线圈,并且设置有绕着转动中心轴线可转动的绕线夹具(Z2) (ZC2)。 卷绕夹具设置有可围绕不同于转动中心轴线的旋转中心轴线(ZC3)旋转的保持器(Z22)和围绕保持器的多个线圈卷轴(Z3),并且被设置成可以单独移动到位 相对于保持器,以允许电线缠绕在其周边表面上。 每个线圈卷轴可以通过围绕卷绕夹具的旋转中心轴线的旋转来顺序地将每个线圈卷轴的卷绕轴线(ZC1)在转动中心轴线或其附近定位。 可以在任何线圈卷轴上恒定地形成几乎不受扭曲的单极线圈,因此可以形成几乎不受扭曲的多连接极线圈。
    • 9. 发明公开
    • 모터용 적층 코어의 제조 방법, 그 제조 장치, 및 적층지그
    • 其制造方法,其制造方法及其包装
    • KR1020050026882A
    • 2005-03-16
    • KR1020040072018
    • 2004-09-09
    • 아이신에이더블류 가부시키가이샤
    • 하시모또신고고우라노리오구로야나기도오루
    • H02K15/02B21D28/02
    • H02K15/02H02K15/024Y10T29/49009Y10T29/49012Y10T29/53143
    • A manufacturing method for a motor layered core, a manufacturing apparatus thereof, and a stacking jig thereof are provided to adequately laminate core plates at alignment positions without damages on an insulation coating by punching plural layer plates and laminating the punched layer plates. A manufacturing apparatus for a motor layered core punches a sheet metal material to form a layer sheet in a predetermined shape. A plurality of the layer sheets are stacked to form the motor layered core. A die member performs the punching process on the metal material. Stacking jigs(34,34A) are set at a stacking position along with a punching direction. The stacking jigs(34,34A) stack and hold the layer sheets which have been moved along the punching direction with aligned axes and aligned rotational positions. A jig moving member(31) transfers the stacking jigs between an upper-side stacking position and a lower-side stacking position under the die member along with the layer-sheet punching direction. The lower-side stacking position is positioned to be lower than the die member.
    • 提供一种电动机分层铁心的制造方法,其制造装置和堆垛夹具,通过冲压多层板并层压冲压层板,将芯板在对准位置上适当地层压而不损坏绝缘涂层。 用于电动机分层芯的制造装置冲压金属板材以形成预定形状的层片。 堆叠多个层片以形成电动机分层芯。 模具构件对金属材料进行冲压加工。 堆叠夹具(34,34A)与冲压方向一起设置在堆叠位置。 堆叠夹具(34,34A)堆叠并保持沿着穿孔方向移动的层片,其具有对准的轴线和对准的旋转位置。 夹具移动构件(31)沿着层片冲压方向将堆叠夹具在模具构件下方的上侧堆叠位置和下侧堆叠位置之间传送。 下侧堆叠位置被定位成低于模具构件。