首页> 外国专利> SLAB OSCILLATION MARK ANALYSIS SYSTEM OF A CONTINUOUS CASTING SYSTEM FOR MEASURING AND ANALYZING AN OSCILLATION MARK GENERATED ON A SLAB SURFACE MANUFACTURED BY THE CONTINUOUS CASTING SYSTEM

SLAB OSCILLATION MARK ANALYSIS SYSTEM OF A CONTINUOUS CASTING SYSTEM FOR MEASURING AND ANALYZING AN OSCILLATION MARK GENERATED ON A SLAB SURFACE MANUFACTURED BY THE CONTINUOUS CASTING SYSTEM

机译:连续铸造系统的板坯振动标记分析系统,用于测量和分析在连续铸造系统制造的板坯表面上产生的振动标记

摘要

PURPOSE: A slab oscillation mark analysis system of a continuous casting system is provided to monitor an oscillation mark and operation data on a real-time basis in a continuous casting process.;CONSTITUTION: A slab oscillation mark analysis system comprises an oscillation mark detecting unit(110), an operation data generating unit(120), a data matching unit(130), and a real-time monitoring unit(140). The oscillation mark detecting unit measures the depth of an oscillation mark on a surface of a slab manufactured in a continuous casting system, thereby generating a depth profile according to time. The operation data generating unit receives values of factors, which cause changes in the depth of the oscillation mark, from the continuous casting system and generates factor profiles according to time per each factor. The data matching unit matches the depth profile and the factor profiles to correspond to an identical time. The real-time monitoring unit monitors the existence of abnormal movement, in which the value of the depth profile is over a threshold value, on a real-time basis and detects the factor profile, which is over the preset threshold value, among the factor profiles when abnormal movement occurs.;COPYRIGHT KIPO 2013;[Reference numerals] (100) Continuous casting device; (120) Operation data generating unit; (130) Data matching unit; (140) Real-time monitoring unit; (150) Data output unit; (AA,BB) Depth profile; (CC) Factor profile 1; (DD) Factor profile 2; (EE) Factor profile N
机译:目的:提供一种连铸系统的板坯振动标记分析系统,以在连续铸造过程中实时监测振动标记和操作数据。;组成:板坯振动标记分析系统包括振动标记检测单元(110),操作数据生成单元(120),数据匹配单元(130)和实时监视单元(140)。振动痕迹检测单元测量在连续铸造系统中制造的板坯的表面上的振动痕迹的深度,从而根据时间生成深度轮廓。操作数据生成单元从连铸系统接收引起振动标记深度变化的因数的值,并根据每个因数的时间生成因数分布图。数据匹配单元匹配深度轮廓和因子轮廓以对应于相同的时间。实时监视单元实时地监视深度曲线的值超过阈值的异常运动的存在,并且在因素中检测超过预设阈值的因素曲线。 COPYRIGHT KIPO 2013; [参考数字](100)连铸设备; (120)动作数据生成部; (130)数据匹配单元; (140)实时监控单元; (150)数据输出单元; (AA,BB)深度剖面; (CC)因素分布1; (DD)因素分布2; (EE)因子分布N

著录项

  • 公开/公告号KR101262074B1

    专利类型

  • 公开/公告日2013-05-08

    原文格式PDF

  • 申请/专利权人 POSCO;

    申请/专利号KR20110141041

  • 发明设计人 KO EUN YI;

    申请日2011-12-23

  • 分类号G01B11/22;B22D11/16;G01N21/892;

  • 国家 KR

  • 入库时间 2022-08-21 16:25:16

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