钼铁矿自动化计量机械系统改进设计与应用

Improved Design and Application of Automatic Measurement Mechanical System in Molybdenum Iron Mine

针对原有大颗粒、高比重钼铁矿计量机械部分由于设计缺陷导致的各称重传感器受力不均衡、精度不高、称重偏差较大、自动化程度相对较低等问题,结合生产工艺条件,综合利用静态称重的低成本、高精度与动态称重的高效率优点,对称体结构进行优化设计。节约了成本,降低了操作人员的劳动强度,提高了生产效率,满足了生产需求。

For Molybdenum with original large particles and high specific gravity, design defects of the measurement mechanical system lead to imbalance force of each kind of weighing sensor, low precision, large deviation, relative low level automation, considering the production process condition, the article applies optimization on measurement body structure with comprehensive utilization of low cost and high precision of static weighing, high efficiency of dynamic weighing, which saves the cost, decreases the labor intensity, improves the production efficiency, meets the production demands.