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    • 86. 发明授权
    • Method and apparatus for heating a strip of metallic material in a
continuous annealing furnace
    • 在连续退火炉中加热金属材料条的方法和装置
    • US4836774A
    • 1989-06-06
    • US75217
    • 1987-07-20
    • Masahiro HaradaKenichi YanagiTakeo FukushimaKusuo FurukawaNaohiko SoedaNorio OhtaKuniaki SatoYasuhisa Nakajima
    • Masahiro HaradaKenichi YanagiTakeo FukushimaKusuo FurukawaNaohiko SoedaNorio OhtaKuniaki SatoYasuhisa Nakajima
    • C21D9/56C21D9/63
    • C21D9/63C21D9/56
    • The present invention relates to method and apparatus for heating a strip of metallic material in a continuous annealing furnace and more particularly to an improvement relating to a method and apparatus for heating a strip of metallic material in a continuous annealing furnace in which annealing of the strip is continuously carried out in such a manner that a gas, serving to adjust temperature of the strip, is blown toward the strip through a plurality of gas jet nozzles which are arranged on one side or both sides of the strip, wherein the temperature and flow rate of the strip are properly determined to a required level in response to the changing of the operating conditions such as the heat cycle, line speed, thickness of strip, width of strip and the like. Further, the present invention relates to a method and apparatus for heating a strip of metallic material in a continuous annealing furnace, wherein the temperature of the strip is controlled to reach a target temperature by heating or cooling the strip by means of a gas jet or the like having excellent respondency at a part of the heating zone in the continuous annealing furnace whereby irregular annealing of the strip is effectively inhibited.
    • 本发明涉及用于在连续退火炉中加热金属材料条的方法和装置,更具体地涉及一种在连续退火炉中加热金属材料条的方法和装置的改进,其中条带的退火 连续地进行,使得用于调节条的温度的气体通过布置在条的一侧或两侧上的多个气体喷嘴喷向条带,其中温度和流量 响应于诸如热循环,线速度,条带厚度,条带宽度等操作条件的变化,条带的速率被适当地确定到所需的水平。 此外,本发明涉及一种用于在连续退火炉中加热金属材料条的方法和装置,其中通过借助于气体射流加热或冷却带材来控制带材的温度以达到目标温度,或 在连续退火炉中的加热区的一部分具有优异的响应性,从而有效地抑制了带的不规则退火。
    • 87. 发明授权
    • Numerically controlled grinding machine
    • 数控磨床
    • US4773187A
    • 1988-09-27
    • US25650
    • 1987-03-13
    • Norio OhtaTadashi Yamauchi
    • Norio OhtaTadashi Yamauchi
    • B24B47/20B24B5/01B24B27/00B24B47/04B24B51/00G05B19/416
    • B24B27/0084B24B5/01B24B51/00G05B19/4166
    • A numerically controlled grinding machine provided with an angular type grinding wheel and a numerical controller for controlling the feed of grinding wheel based upon a control signal from a measuring head which measures the diameter of a cylindrical side of a workpiece. The grinding wheel is moved along an inclined path to grind the cylindrical side and a radially inner portion of the shoulder of the workpiece, simultaneously. In response to the control signal from the measuring head, the feeding of the grinding wheel is stopped. Then, the numerical controller detects the difference between a target position and a actual position of the grinding wheel along an axis of a work spindle. Further, the numerical controller compensates another target position to grind the radially outer portion of the shoulder for the difference. Thereafter, the grinding wheel is moved to the compensated target position so as to grind the radially outer portion of the shoulder.
    • 一种数控磨床,其具有角型砂轮和数字控制器,用于根据测量工件圆柱面直径的测量头的控制信号控制砂轮进给。 砂轮沿着倾斜的路径移动以同时研磨工件的台肩的圆柱形侧面和径向内部。 响应于来自测量头的控制信号,停止进给砂轮。 然后,数值控制器检测砂轮沿着工作轴的轴线的目标位置与实际位置的差。 此外,数值控制器补偿另一个目标位置以磨碎肩部的径向外部以产生差异。 此后,将砂轮移动到补偿对象位置,以磨削肩部的径向外部。