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    • 4. 发明授权
    • Perfect layer coil winding apparatus
    • 完美层卷绕装置
    • US4244539A
    • 1981-01-13
    • US44338
    • 1979-05-31
    • Yukinori TanedaTakashi KobayashiKiyoshi YanoMitsunobu IsobeNoboru Sugimoto
    • Yukinori TanedaTakashi KobayashiKiyoshi YanoMitsunobu IsobeNoboru Sugimoto
    • B65H54/28H01B13/00H01F41/06
    • B65H54/2851H01F41/086
    • A perfect layer coil winding apparatus capable of automatically forming a perfect layer coil from the initial stage of winding operation without being affected by non-uniformity in diameter of a wire and width of a bobbin for winding the wire thereon is disclosed which performs the following operation: the width of the bobbin is calculated from the position of each of two flanges which is detected by each of two electric micrometer, the number of turns per layer is calculated from the width of bobbin and the diameter of wire, the winding width of the bobbin required to conduct the perfect layer coil winding from the number of turns per layer to adjust the winding width of the bobbin, the supply position of wire is adjusted on the basis of the position of first flange, the diameter of wire and the standby position of a pair of rollers, the bobbin is rotated with the wire pushed against the first flange by a push plate to start the winding operation, and when the degree of rotation of the bobbin reaches a predetermined degree, the push plate is spaced apart from the bobbin and the supply position moves in synchronism with the rotation of the bobbin while following a position on the bobbin at which the wire is wound round the wire, with the delay of a predetermined amount.
    • 公开了一种完美的层叠线圈绕线装置,其能够从卷绕操作的初始阶段自动形成完美的层间线圈,而不受线的直径不均匀和卷绕线的线轴的宽度的影响,其执行以下操作 :由两根电动千分尺检测出的两个法兰的位置计算出线轴的宽度,每层的匝数由线轴的宽度和线的直径,绕线宽度 线圈需要从每层的匝数进行完美的层间线圈缠绕,以调整绕线筒的卷绕宽度,根据第一法兰的位置,线的直径和待机位置来调整线的供应位置 的一对辊子中,线轴被旋转,线通过推板推靠第一凸缘而开始卷绕操作,并且当旋转的程度 e筒管达到预定的程度时,推板与筒管间隔开,并且供料位置与筒管的旋转同步地移动,同时跟随绕线管上的线缠绕在线上的位置,延迟 预定量。
    • 10. 发明授权
    • Electric rotating machine
    • 电动旋转机
    • US06211587B1
    • 2001-04-03
    • US09437261
    • 1999-11-10
    • Yuji EnomotoYukinori TanedaNoriaki YamamotoSuetaro ShibukawaMasaharu SenohFumio Tajima
    • Yuji EnomotoYukinori TanedaNoriaki YamamotoSuetaro ShibukawaMasaharu SenohFumio Tajima
    • H02K900
    • H02K5/20H02K1/185H02K5/04H02K5/15H02K5/18H02K2201/09
    • For achieving small-sizing and high efficiency by improving heat radiation of coils, and further for simple-construction to be easily disassembled, thereby being environment-friendly from a view point of recycling, an electric rotating machine comprising: a stator 1a being constructed by inserting coils 10a into slots 11 of a stator core 2a; an outer frame 4 being divided into a plurality thereof, so as to cover periphery of the stator core of said stator; a pair of bearing holder portions 6a and 6b, each having a fitting portion 35a or 35b to be fitted into an inner diameter reference surface 25a at both end portions of said stator and being provided with a bearing 8a or 8b at an axial center portion thereof, and being attached at both sides of said stator core so as to cover coil end portions dropping out at both sides of said stator; a squeezing mechanism (30, 32a, 32b, 6a, 6b) fixing the outer frame at an outer periphery of the stator core, by a wedge function between each of the bearing holder portions and the outer frame due to a squeezing function of attaching the each of said pair of bearing holder portions at both sides of said stator core; and a rotor 3 being formed with an escaping portion for escaping from an outer diameter of a portion opposing to a fitting portion of each of said bearing holder portion, rotatably positioned within said stator core.
    • 为了通过改善线圈的热辐射来实现小尺寸和高效率,并且进一步简单结构易于拆卸,从再循环的角度来看是环保的,旋转电机包括:定子1a,由 将线圈10a插入定子铁芯2a的槽11中; 外框架4被分成多个,以覆盖所述定子的定子芯的周围; 一对轴承座部分6a和6b,每个轴承保持器部分6a和6b均具有装配部分35a或35b,该装配部分35a或35b装配在所述定子的两个端部处的内径基准表面25a中,并且在轴向中心部分设有轴承8a或8b 并且安装在所述定子铁芯的两侧,以覆盖在所述定子的两侧掉落的线圈端部; 通过在每个轴承保持器部分和外框架之间的楔形功能,由于挤压机构(30,32a,32b,6a,6b)的紧固功能,将外框固定在定子芯的外周, 所述定子铁芯两侧的所述一对轴承保持器部分中的每一个; 以及转子3,该转子3形成有可旋转地定位在所述定子铁芯内的与所述轴承保持器部分的每一个的配合部相对的部分的外径的逸出部分。