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    • 3. 发明授权
    • Method and device for recognizing cross sectional external form and
dimensions of a workpiece in a bandsaw machine
    • 用于识别带锯机中工件的横截面外形和尺寸的方法和装置
    • US5208760A
    • 1993-05-04
    • US649042
    • 1991-02-01
    • Kikuo Moriya
    • Kikuo Moriya
    • B23D55/08B23D59/00G01B7/04G01B7/28
    • B23D55/086B23D59/001G01B7/04G01B7/28Y10T83/7264
    • A method and device for measuring the shape and dimensions of a workpiece which is to be cut by a sawing machine. The method includes detecting the width of the workpiece, detecting the contact angle or contact position when the saw blade contacts the workpiece, detecting the presence or absence of a workpiece vertical side surface, judging whether the cross-sectional shape of the workpiece is round or square from data including the width of the workpiece, the contact angle or contact position, and the presence or absence of a workpiece vertical side, and displaying and calculating the dimensions of the workpiece. The device includes a width detector for the detecting the width of the workpiece, a contact angle detector for detecting the contact angle or contact position when the saw blade contacts the workpiece, and a vertical surface detector for detecting the presence or absence of a workpiece vertical side surface. Also included is calculation apparatus for judging whether the cross sectional shape of a workpiece is round or square from the data including the width of the workpiece, the contact angle or contact position, and the presence or absence of a vertical side surface, as well as apparatus for displaying the shape and dimensions of a workpiece.
    • 一种用于测量由切割机切割的工件的形状和尺寸的方法和装置。 该方法包括检测工件的宽度,检测锯片接触工件时的接触角或接触位置,检测工件垂直侧面的存在与否,判断工件的横截面形状是圆形还是圆形, 从包括工件的宽度,接触角或接触位置以及工件垂直侧的存在或不存在的数据的平方,以及显示和计算工件的尺寸。 该装置包括用于检测工件的宽度的宽度检测器,用于检测锯片接触工件时的接触角或接触位置的接触角检测器,以及用于检测工件垂直方向是否存在的垂直表面检测器 侧面。 还包括用于根据包括工件的宽度,接触角或接触位置以及垂直侧面的存在或不存在的数据判断工件的截面形状是圆形还是平方的计算装置,以及 用于显示工件的形状和尺寸的装置。
    • 7. 发明授权
    • Vising and feeding apparatus for cutting machines
    • 切割机的供料装置
    • US4241630A
    • 1980-12-30
    • US27264
    • 1979-04-05
    • Kikuo Moriya
    • Kikuo Moriya
    • B23D55/04
    • B23D55/043Y10T83/654Y10T83/7114Y10T83/7547Y10T83/758
    • A cutting machine for subdividing material lengths comprises a roller table establishing a transport path along which the material is directed to a cutting zone. A cutting head assembly has a cutting blade for cutting material located at the cutting zone. A front vise assembly is fixed adjacent to the cutting zone with first and second jaws arranged in opposed mutually spaced relationship on opposite sides of the transport path. A first jaw operating mechanism is provided for adjusting the spacing of the first and second jaws between an open position permitting movement therebetween of the material and a closed position clamping the material therebetween. A rear vise assembly is mounted on a carriage underlying the roller table. The carriage is movable in opposite directions parallel to the transport path. The rear vise assembly has third and fourth jaws also arranged in opposed mutually spaced relationship on opposite sides of the transport path. A second jaw operating mechanism is carried on the carriage and operates to adjust the spacing of the third and fourth jaws between an open position permitting movement of the carriage relative to the material and a closed position clamping the material therebetween, thereby establishing a fixed relationship between the material and the carriage. A carriage operating mechanism moves the carriage in opposite direction along the transport path.
    • 用于细分材料长度的切割机包括一个辊子台,其建立了材料被引导到切割区域的传送路径。 切割头组件具有用于切割位于切割区域的材料的切割刀片。 前虎钳组件靠近切割区域固定,第一和第二夹爪以相对的相互间隔的关系布置在输送路径的相对侧上。 提供第一钳口操作机构,用于在打开位置之间调节第一和第二钳口的间隔,从而允许材料之间的移动和夹紧材料之间的闭合位置。 后虎钳组件安装在辊子下面的托架上。 滑架可在平行于输送路径的相反方向移动。 后虎钳组件具有在输送路径的相对侧上以相对的相互间隔的关系布置的第三和第四钳口。 第二钳口操作机构被承载在托架上并且操作以在第一和第四爪之间的间距在允许托架相对于材料移动的打开位置和夹紧材料之间的闭合位置的作用下, 材料和运输。 滑架操作机构沿着传送路径沿相反方向移动滑架。