首页> 外国专利> Automatic assembly mechanism for stacked cores forming memory matrix - has rotating shaft with longitudinal slot and circumferential cut out, gripping core

Automatic assembly mechanism for stacked cores forming memory matrix - has rotating shaft with longitudinal slot and circumferential cut out, gripping core

机译:用于形成记忆矩阵的叠堆铁芯的自动组装机构-具有带有纵向槽和周向切出的旋转轴的抓铁芯

摘要

Mechanism for feeding and fixing the cores of a lacing system forming memory core matrices. It consists of a shaft (1) with a longitudinal slot (2) which grips the core (3) stacked on wires (5). Tehre are circumferential cut outs (6) along the length of the shaft, at right angles to the slot. The cut outs are wide enough to engage the bottom cores in the stack (4). The depth of the cut out is greater than that of the slot. This means that the base (8) of the longitudinal slot and the sidewalls of the cut out will form stops (7) to prevent the core taken up in the longitudinal slot from being displaced along the length of the slot.
机译:馈送和固定形成内存核心矩阵的系带系统核心的机制。它由带有纵向槽(2)的轴(1)组成,该槽(2)抓住堆叠在电线(5)上的芯(3)。这些是沿轴的长度与槽垂直的圆周切口(6)。切口足够宽,可以接合堆叠(4)中的底部铁芯。切口的深度大于插槽的深度。这意味着纵向狭槽的底部(8)和切口的侧壁将形成止动件(7),以防止在纵向狭槽中容纳的芯沿着狭槽的长度方向移位。

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