山东冶金
山東冶金
산동야금
SHANDONG METALLURY
2015年
4期
4-5
,共2页
徐春玲%张敬现%毛友庄%毕欣成%刘建峰
徐春玲%張敬現%毛友莊%畢訢成%劉建峰
서춘령%장경현%모우장%필흔성%류건봉
烧结终点%烧结终点控制%综合参数%折线图%控制误差
燒結終點%燒結終點控製%綜閤參數%摺線圖%控製誤差
소결종점%소결종점공제%종합삼수%절선도%공제오차
burn-through point%burn-through control%comprehensive parameter%line chart%control error
为提高烧结终点控制准确度,通过分析烧结终点曲线特点,找出关键参数,将复杂的海量数据图库计算转化为烧结终点综合参数,并绘制简单直观的烧结终点综合参数折线图,实现全程在线督查管理。改进后,实际抽查烧结终点控制误差由8.0%降至3.0%以下。
為提高燒結終點控製準確度,通過分析燒結終點麯線特點,找齣關鍵參數,將複雜的海量數據圖庫計算轉化為燒結終點綜閤參數,併繪製簡單直觀的燒結終點綜閤參數摺線圖,實現全程在線督查管理。改進後,實際抽查燒結終點控製誤差由8.0%降至3.0%以下。
위제고소결종점공제준학도,통과분석소결종점곡선특점,조출관건삼수,장복잡적해량수거도고계산전화위소결종점종합삼수,병회제간단직관적소결종점종합삼수절선도,실현전정재선독사관리。개진후,실제추사소결종점공제오차유8.0%강지3.0%이하。
In order to improve the control accuracy of the burn-through point(BTP), by analyzing the BTP curve characteristics, seizing the key parameters, calculating the vast amounts of complex data into BTP comprehensive parameters, and drawing a simple and intuitive BTP comprehensive parameter line chart, full-line inspection management was achieved. After the improvement, the actual sampling BTP control error was reduced from 8.0%to 3.0%.