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    • 3. 发明授权
    • Self-loading wire winding assembly and method
    • 自加载绕线组件及方法
    • US4884758A
    • 1989-12-05
    • US132091
    • 1987-12-11
    • Clark J. Hamkins
    • Clark J. Hamkins
    • H01F41/08
    • H01F41/08
    • Apparatus for winding a continuous length of wire about a mandrel to create coils of wire uses a coil winding machine having a circular cage mounted to a frame and a circular winding magazine freely rotatably mounted to the frame within the cage to define an annular cavity between them. Initially a supply of wire is wound on the magazine, such as counterclockwise. The wire on the magazine continues to be connected as a continuous strand to a large, external spool of wire. A winding shuttle is driven along the annular cavity clockwise to remove wire from the magazine and wind it about a mandrel. Wire is removed from the magazine at double the rate at which it is wound about the mandrel. The excess wire initially expands within the cavity. The expansion is halted by the cage. Once all of the excess wire is restrained by the cage, the continued clockwise movement of the shuttle causes the excess wire to double back upon itself in a loop so the wire is rewound on the magazine in the clockwise direction. Once all the excess wire is wound back on the magazine, the magazine, previously substantially stationary, begins to rotate clockwise which causes wire from the external spool of wire to be wound onto the rotating magazine. This continues until the mandrel is fully wound with a coil segment. At this time sufficient wire has been wound onto the magazine to wind the next coil segment. The process repeats to wind subsequent coil segments in alternating rotary directions as the shuttle moves in alternating rotary directions.
    • 用于围绕心轴卷绕连续长度的线以产生线圈的设备使用线圈绕线机,其具有安装到框架的圆形笼和可自由旋转地安装到保持架内的框架的圆形卷绕盒,以在它们之间限定环形空腔 。 最初,电源线被卷绕在盒子上,例如逆时针方向。 杂志上的电线继续以连续的线连接到大的外部线缆上。 绕组梭沿顺时针方向沿着环形空腔驱动,以从金属盒中取出电线并将其绕心轴缠绕。 电线从磁带机上以将其缠绕在心轴上的速率提高了两倍。 多余的电线最初在空腔内膨胀。 笼子的膨胀停止了。 一旦所有多余的线被保持架约束,梭子的持续的顺时针移动就会导致多余的线在环路上双重回到自身上,使得线沿着顺时针方向重绕在刀库上。 一旦所有多余的电线都被卷回到磁带盒上,预先大致静止的磁带就开始顺时针旋转,导致电线从外部线轴缠绕到旋转磁盘上。 这一直持续到心轴完全缠绕线圈段。 此时,足够的电线已经缠绕到磁带盒上以卷绕下一个线圈段。 当梭子沿交替的旋转方向移动时,该过程重复地沿着交替的旋转方向卷绕随后的线圈段。
    • 5. 发明授权
    • Apparatus and method for fabricating a low voltage winding for a
toroidal transformer
    • 用于制造环形变压器的低压绕组的装置和方法
    • US4771957A
    • 1988-09-20
    • US48523
    • 1987-05-06
    • Randall L. SchlakeClark J. HamkinsJames D. Richerson
    • Randall L. SchlakeClark J. HamkinsJames D. Richerson
    • H01F41/08B65H81/02
    • H01F41/08
    • A winding apparatus and method for fabricating a multifilar low voltage winding for a toroidal transformer is disclosed. The method and apparatus use a wire storage magazine (18) and a wire winding shuttle (20) which rotate about a semitoroidal winding mandrel (38) to wind a multifilar low voltage winding (48) on the winding mandrel having a greater radial depth of turns at the radially inward leg of the winding than at the radially outward leg of the winding. The multifilar winding can be wound with a group of conductors in a single pass over the winding mandrel, or wound one conductor at a time using multiple passes over the winding mandrel, or wound using multiple passes over the winding mandrel with some intermediate number of conductors being wound during each pass.
    • 公开了一种用于制造环形变压器的多电容低压绕组的绕线装置和方法。 该方法和装置使用线储存盒(18)和缠绕绕线筒(38)​​的绕线梭(20),所述绕线梭(20)围绕着一个半导体绕组心轴(38)旋转,以便在多个低压绕组(48) 在绕组的径向向内的腿部处转动,而不是在绕组的径向向外的腿部。 多根绕组可以以一组导体缠绕在绕组心轴上,或者通过多次通过绕组心轴一次缠绕一个导体,或者绕着心轴上多次穿过一些中间数量的导体 在每次通过期间受伤。