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    • 66. 发明授权
    • Apparatus for cooling hot-rolled wire rods
    • 冷轧线材冷却装置
    • US4397449A
    • 1983-08-09
    • US362841
    • 1982-03-29
    • Hiroshi KanedaHiroshi SatoKatsunori NashimotoTadashi Matsui
    • Hiroshi KanedaHiroshi SatoKatsunori NashimotoTadashi Matsui
    • C21D9/573
    • C21D9/5732
    • An apparatus for cooling a rod delivered successively from a hot rolling mill while transferring it. The apparatus has a laying reel for forming the rod into successive rings, and a conveyor having a coil receiving portion for receiving the rings and forming them into a densely packed coil having a plurality of overlapped rings with the centers of the rings offset in a transferring direction. The conveyor has at least one step for loosening the coil when it is conveyed over the step. An enclosure is provided for enclosing. The sections of the conveyor between which the step is located. The enclosure has stirring devices for keeping the gaseous heat transfer medium within the enclosure at substantially uniform temperatures, which progressively decrease in the direction of movement of the conveyor. A plurality of coolant nozzles are provided at the step for blowing coolant on to the back of the vertically dropping rings.
    • 一种用于冷却从热轧机连续输送的棒的装置。 该设备具有用于将杆形成连续的环的铺设卷轴,以及具有用于容纳环的线圈接收部分并将其形成为具有多个重叠环的密集填充的线圈的输送器,其中环的中心在转印 方向。 输送机具有至少一个步骤,用于当线圈在台阶上输送时松开线圈。 提供一个外壳用于封闭。 输送机的台阶所在的部分。 外壳具有用于将气体传热介质保持在外壳内的基本均匀的温度的搅拌装置,其在输送机的运动方向上逐渐减小。 在用于将冷却剂吹送到垂直落下的环的背面的步骤处设置有多个冷却剂喷嘴。
    • 68. 发明申请
    • Auto distinction system
    • 自动鉴别系统
    • US20070064999A1
    • 2007-03-22
    • US10557558
    • 2004-05-17
    • Hiroshi KanedaMasaki Takebe
    • Hiroshi KanedaMasaki Takebe
    • G06K9/00
    • D01G31/003G01N21/8903G01N21/8915
    • An auto distinction system images an assembled fiber band such as a filter tow which continuously moves on the front side of a background plate by a video camera, applies sync-separating to a video signal by a sync-separating circuit 5a, and clamps the video signal by a clamping circuit 5b. Based on the clamped image signal, the characteristic information containing the defect information concerning the thickness, width and/or stains of the assembled fiber band is detected, and the defect information is extracted from the detected characteristic information. Thus suitability of the assembled fiber band is discriminated. For example, the clamped image signal is supplied to a noise-eliminating circuit 6a and a defect signal concerning the thickness of the assembled fiber band is extracted. Based on the extracted signal and a reference signal with respect to the information, suitability of the defect information is discriminated by a distinction circuit 7. When the results of distinction are defective, the results are announced by an announcing circuit 8. Furthermore, the characteristic information can be used for process control by being supplied to an external computer. The present invention provides an auto distinction system and an auto distinction method with which suitability of the width, thickness, and stain of a continuously moving assembled fiber band can be accurately discriminated.
    • 自动识别系统对通过摄像机在背景板的前侧连续移动的过滤丝束等组装的纤维带进行成像,通过同步分离电路5a对视频信号进行同步分离,并将 视频信号通过钳位电路5b。 基于夹紧的图像信号,检测包含关于组合的光纤带的厚度,宽度和/或污点的缺陷信息的特征信息,并且从检测到的特征信息中提取缺陷信息。 因此鉴别出组装的光纤带的适用性。 例如,将钳位的图像信号提供给噪声消除电路6a,并且提取与组合的光纤带的厚度有关的缺陷信号。 基于所提取的信号和关于信息的参考信号,通过区分电路7来区分缺陷信息的适用性。 当区分结果有缺陷时,结果由通知电路8公布。 此外,特征信息可以通过提供给外部计算机而用于过程控制。 本发明提供一种自动识别系统和自动识别方法,可以准确地区分连续移动的组合光纤带的宽度,厚度和污点的适合性。