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Punched belt hole position deviation analysis of float type water level gauge

机译:浮子式水位计的冲孔带孔位置偏差分析

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The key parts of the float type water level gauge instrument is perforated belt, The size and tolerance requirements of its aperture is: (1) alternation of 100+0.2 and 100-0.2, (2) 200 + 0.1, (3) 1000 + 0.15, (4) 10000 + 0.2. The single hole position: alternation of 100+0.2 and 100-0.2; double: 200+0.1, and ensure the best hole position error avoidance tends to be one-way, that is to say: when the punched belt combined with a water wheel rotating line moving, The hole position error to single direction increase or decrease, caused the water level nail gradually and close to the edge of the hole, and then edge and final punched belt was lifted. This paper uses the laser drilling process of steel strip for data collection and analysis. It is found that this method cannot meet the tolerance requirements and the double stamping processing method with adjustable cylindrical pin is feasible.
机译:浮子式水位计仪的关键部件是穿孔皮带,其孔径的尺寸和公差要求是:(1)100 + 0.2和100-0.2,(2)200 + 0.1,(3)1000 + 0.15,(4)10000 + 0.2。单孔位置:100 + 0.2和100-0.2的交替;双倍:200 + 0.1,确保最佳孔位置误差避免往往是单向的,也就是说:当冲孔带与水轮旋转线移动时,孔位置误差为单个方向增加或减少,逐渐导致水位钉,靠近孔的边缘,然后提升边缘和最终冲孔。本文采用钢带的激光钻井过程进行数据收集和分析。发现该方法不能满足公差要求,并且具有可调节圆柱销的双冲压处理方法是可行的。

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