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    • 13. 发明授权
    • Method to extract and deposit coils in a rolling line and device to
perform the method
    • 在轧制线中提取和沉积线圈的方法以及执行该方法的装置
    • US5775617A
    • 1998-07-07
    • US742320
    • 1996-11-01
    • Alfredo Poloni
    • Alfredo Poloni
    • B21C47/14B21C47/26B21C47/24B21F47/26
    • B21C47/26B21C47/14B21C47/262
    • Device to extract and deposit coils leaving a coiling machine (11), which forms the coils according to an inclined axis and lays them on a removal conveyor belt (12) positioned with its axis substantially horizontal, the device cooperating with the coils (22) in overturning them and laying them on the removal conveyor belt (12) and including a coil-retaining assembly (13) comprising at least two retaining blades (15) positioned opposite to each other and circumferentially to, and at the sides of, and in direct cooperation with the outlet of the coiling machine (11), these retaining blades (15) having a first closed working position (15a), in which they close at least partly the outlet for the coils from the coiling machine (11) so as to prevent the emerging of the coils (22), and a second open release position (15b), in which they do not obstruct the coils (22) leaving the outlet of the coiling machine (11) but enable the coils (22) to fall onto the removal conveyor belt (12).
    • 装置,用于提取和沉积绕出卷绕机(11)的线圈,卷绕机(11)根据倾斜轴线形成线圈,并将其放置在其轴线基本水平定位的移除传送带(12)上,该装置与线圈(22)配合, 在翻转它们并将其放置在移除输送带(12)上并且包括线圈保持组件(13),该线圈保持组件(13)包括至少两个保持叶片(15),所述至少两个保持叶片(15)彼此相对并且周向地和在其两侧 与卷绕机(11)的出口直接配合,这些保持叶片(15)具有第一封闭的工作位置(15a),其中它们至少部分地从卷绕机器(11)关闭线圈的出口,以便 以防止出现线圈(22)和第二打开释放位置(15b),在第二打开释放位置(15b)中,它们不阻碍离开卷绕机器(11)的出口的线圈(22),但是使线圈(22)能够 落在去除输送带(12)上。
    • 14. 发明授权
    • Method and apparatus for automatically winding scrap metallic strip
material
    • 自动卷绕废金属条材料的方法和装置
    • US5421535A
    • 1995-06-06
    • US27808
    • 1993-03-08
    • Dave P. HemmertRobert L. Clune
    • Dave P. HemmertRobert L. Clune
    • B21C47/26B65H18/10B65H20/16B65H18/08B65H20/06
    • B65H18/10B21C47/26B65H20/16B65H2301/543B65H2701/132B65H2701/173
    • A method and apparatus for automatically winding ribbons of edge trim metallic scrap into a compact ball generated by a side trimming machine including a scrap collection pit located behind the side trimming machine, a conveyor system for transporting the metallic scrap from the collection pit to a winding machine having a tapered mandrel around which the metallic scrap is wound. The scrap winding machine further includes an ironing roll which compacts the metallic scrap as it is wound and a ball ejection means which removes the compacted ball from the winding machine. The conveyor system includes a first sheave and cable system located in the collection pit and a second sheave and cable system extending at an incline from the pit to the winding machine. The sheave and cable systems include a plurality of spring loaded drag hooks for engaging the metallic scrap. The winding machine further includes a parting shear located on an edge of a trailing door which severs the ribbon as the trailing door is closed. The system further includes a hood attached to the side trimming machine for deflecting the trimmed metallic scrap into the collection pit. The entire system is fully automated and can be operated without human intervention.
    • 一种用于将边缘装饰金属废料的带自动卷绕到由侧修边机产生的紧凑球中的方法和装置,所述侧修边机包括位于侧修边机后面的废料收集坑,用于将金属废料从收集坑输送到绕组 机器具有围绕金属废料卷绕的锥形心轴。 废料卷绕机还包括熨烫辊,其在金属屑被卷绕时压实,以及球形弹出装置,其从卷绕机移除压实的球。 输送系统包括位于收集坑中的第一滑轮和电缆系统以及从凹坑到绕线机的倾斜延伸的第二滑轮和电缆系统。 滑轮和电缆系统包括用于接合金属废料的多个弹簧加载拖钩。 卷绕机还包括位于后门的边缘上的分型剪切,当后门被关闭时,该剪切剪切器切断色带。 该系统还包括附接到侧修剪机的发动机,用于将修剪的金属废料偏转到收集坑中。 整个系统是完全自动化的,可以在没有人为干预的情况下运行。
    • 15. 发明授权
    • Wire coiler with rotating winding drum
    • 带旋转卷线器的线盘
    • US5190236A
    • 1993-03-02
    • US751537
    • 1991-08-29
    • Horst GroosBernhard Zeuch
    • Horst GroosBernhard Zeuch
    • B21C47/02B21C47/04B21C47/26C21D9/573
    • B21C47/26B21C47/045C21D9/5732
    • A wire coiler with a rotating winding drum which can be immersed in a water tank as a rotational body having the greatest possible smoothness in order to avoid energy-dissipating turbulence of the water in the tank includes a winding drum (1) open towards the top and formed by outer and inner spaced casings (2, 3), and a base (4) connecting the casings and a vertical rotatable shaft (8) connected by flanges (5, 7) to the drum. The inner casing of the winding drum is breached by vertical slots (16), and an annular disc (15) inserted into the winding drum for supporting the turns of the wire coil being formed is connected to a lifting device (19, 21) by crosspieces (17) engaging through the slots, whereby the lifting device raises the supporting surface of the disc to a level with the transfer plane of the wire coils. A lifting sleeve (19) connected to the stationary lifting device (21) surrounds the shaft and has an annular groove (20) which engages the inner ends of the crosspieces to form a rotatingly movable, axially fixed connection, and is movably arranged in the annular space within the inner casing.
    • 一种具有旋转卷绕鼓的卷线器,其可以浸入作为具有最大平滑度的旋转体的水箱中,以避免罐中的水的耗散湍流,包括朝向顶部敞开的卷绕筒(1) 并且由外部和内部间隔的壳体(2,3)形成,以及将壳体和通过凸缘(5,7)连接到滚筒的垂直可旋转轴(8)连接的基座(4)。 卷绕鼓的内壳由垂直槽16突出,并且插入到卷绕鼓中的用于支撑正在形成的线圈的匝的环形盘15被连接到提升装置(19,21)上,通过 挡板(17)通过狭槽接合,由此提升装置将盘的支撑表面升高到与线圈的传送平面的水平。 连接到固定提升装置(21)的提升套管(19)围绕该轴并具有环形槽(20),该环形槽与挡块的内端接合以形成可旋转地移动的轴向固定的连接件,并且可移动地布置在 内壳内的环形空间。
    • 17. 发明授权
    • Coil box apparatus
    • 线圈箱装置
    • US4869089A
    • 1989-09-26
    • US177991
    • 1988-04-05
    • Satoru Kuramoto
    • Satoru Kuramoto
    • B21B15/00B21C47/02B21C47/06B21C47/26C21D9/68
    • C21D9/68B21C47/02B21C47/063B21C47/26B21B2015/0057
    • A coil box apparatus provided between a roughing roll and a finishing mill at a hot rolling mill so as to coil a rolled material transported from the roughing mill in order to make the temperature distribution of the rolled material more uniform, which is provided with a controller for computing a stand-by time of the coiled rolled material in a coil box on the basis of a condition of proceeding a rolling operation of an advanced rolled material at the finishing mill of the downstream side process, and predicting a temperature difference between the outermost first coiled layer and the inside coiled layers from the second coiled layer of the coiled rolled material after the lapse of the computed stand-by time with reference to information of the previously stored temperature drop at each part of the coiled rolled material, so that when the predicted value is larger than the reference value, the coiled rolled material is covered on the surface of the outermost first coiled layer thereof by coil covers formed of heat insulating material.
    • 一种线圈箱装置,其设置在热轧机的粗轧辊和精轧机之间,以便对从粗轧机输送的轧制材料进行卷取,以使轧制材料的温度分布更均匀,其中设置有控制器 用于基于在下游侧处理的精轧机中进行先进轧制材料的轧制操作的条件来计算线圈箱中的卷取轧制材料的待机时间,并且预测最外层 参考先前存储的卷绕材料的每个部分的温度下降的信息,经过计算的待机时间之后,卷取的轧制材料的第二卷绕层的第一卷绕层和内卷绕层, 预测值大于参考值,卷绕材料被覆盖在其最外面的第一卷绕层的表面上 由绝热材料形成的线圈盖。
    • 20. 发明授权
    • Apparatus for impressing a strip along its edge
    • 用于沿其边缘压印条的装置
    • US4627258A
    • 1986-12-09
    • US750856
    • 1985-07-01
    • Hans J. LogesHermann Wilkening
    • Hans J. LogesHermann Wilkening
    • B21D19/02B21C47/26B21D13/04B21D19/04B21D43/02B21D37/04B21D37/06
    • B21C47/26B21D13/04B21D19/04B21D43/022
    • An apparatus for shaping a strip, especially a metal strip includes a pair of working rolls which are provided with a plurality of forming tools spaced about the circumference of the rolls. Arranged before the working rolls is a pair of guide rolls which run in synchronism with the strip speed. In order to be able to increase the operating speed of the apparatus, i.e. to allow the working rolls to run at a higher speed than the advance speed of the strip, in between the guide rolls and the working rolls a roller is located which is movable in a direction perpendicular to the advance motion of the strip and is supported by the strip itself and by springs located in respective casing. A compensation between the different speeds of the guide rolls and the working rolls is provided by the gradual depression of the roller by the strip against the force of the spring.
    • 用于成形条,特别是金属条的装置包括一对工作辊,其设置有围绕辊的圆周间隔开的多个成形工具。 在工作辊之前安排一对与条带速度同步运行的导辊。 为了能够提高设备的操作速度,即允许工作辊以比带的前进速度更高的速度运行,在导向辊和工作辊之间设置有可移动的辊子 在垂直于条的前进运动的方向上,并且由条本身和位于相应的壳体中的弹簧支撑。 引导辊和工作辊的不同速度之间的补偿是通过克服弹簧力的作用使钢带逐渐压下的。