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Standing wave amplification device for vibration signal collection and ladle slag vibration signal detection method

机译:用于振动信号采集的驻波放大装置和钢包渣振动信号检测方法

摘要

A standing wave amplification device for vibration signal collection includes a sensing rod (11) acting as standing wave transmission medium. A standing wave formation device includes two fixing support devices (12) distributed along the axial direction and connecting the sensing rod (11) to an operating arm (14). The two fixing support devices (12) respectively collect vibration waves and transmit them to the sensing rod (11) from two different locations of the operating arm (14). The vibration waves are superimposed to form a standing wave on the sensing rod (11). A vibration sensor (13) is connected to the sensing rod (11) and the vibration sensor (13) is between the two fixing support devices (12). A wave detected by the vibration sensor (13) is the standing wave. Compared with transverse wave or longitudinal wave transmitted in the transmission medium of prior art, the standing wave has advantages of larger amplitude and more obvious vibration effect. A ladle slag vibration signal detection method based on the device also has said advantages. The sensing rod (11) can make physical resonance, by which the standing wave signal is amplified and real warning rate of ladle slag is improved effectively.
机译:用于振动信号收集的驻波放大装置包括用作驻波传输介质的感测棒( 11 )。驻波形成装置包括沿轴向分布的两个固定支撑装置( 12 ),并且将传感杆( 11 )连接到操作臂( 14 < / B>)。两个固定支撑装置( 12 )分别收集振动波,并将其从操作臂的两个不同位置( 14 < / B>)。振动波叠加在传感杆( 11 )上形成驻波。振动传感器( 13 )连接到传感杆( 11 ),振动传感器( 13 )位于两个固定支撑装置之间( 12 )。振动传感器( 13 )检测到的波是驻波。与现有技术的传输介质中传输的横波或纵波相比,驻波具有振幅更大,振动效果更明显的优点。基于该装置的钢包渣振动信号检测方法也具有上述优点。感测棒( 11 )可以进行物理共振,从而放大驻波信号,有效提高钢包渣的真实预警率。

著录项

  • 公开/公告号US9404894B2

    专利类型

  • 公开/公告日2016-08-02

    原文格式PDF

  • 申请/专利权人 LU TIAN;

    申请/专利号US201114116266

  • 发明设计人 LU TIAN;

    申请日2011-06-28

  • 分类号G01N33/20;G01N29/12;B22D11/18;

  • 国家 US

  • 入库时间 2022-08-21 14:29:57

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