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    • 72. 发明申请
    • Stackable Stems
    • 可堆叠茎
    • US20120160794A1
    • 2012-06-28
    • US13416005
    • 2012-03-09
    • Jeff DewberryFrank CalhounRobert Creed
    • Jeff DewberryFrank CalhounRobert Creed
    • A47B96/14
    • B65D85/04B21C47/045B21C47/28
    • A stem may comprise a circular base, a plurality of outer ears, and a plurality of outer uprights. The circular base may have a circular outer perimeter centered on a center point of the circular base. The plurality of outer ears may protrude outwardly from the circular outer perimeter. The plurality of outer uprights may be respectively connected to each of the plurality of outer ears at a bottom end of each of the plurality of outer uprights. The plurality of outer uprights may be substantially parallel with each other and may be substantially perpendicular to the circular base. The stem may be configured to allow an additional stem to mateable stack inside the stem. The additional stem may be rotated (with respect to the stem) an incremental amount such that sides of outer ears of the additional stem may respectively contact sides of the outer uprights of the stem.
    • 杆可以包括圆形基部,多个外耳和多个外立柱。 圆形基部可以具有以圆形基部的中心点为中心的圆形外周边。 多个外耳可以从圆形外周向外突出。 多个外立柱可以分别连接到多个外立柱中的每一个的下端的多个外耳中的每一个。 多个外立构件可以基本上彼此平行并且可以基本上垂直于圆形基部。 杆可以被配置为允许附加的杆在杆内部可匹配的堆叠。 额外的杆可以相对于杆旋转(相对于杆),其增加量使得附加杆的外耳的侧面可以分别接触杆的外侧立柱的侧面。
    • 74. 发明申请
    • Rolling Installation and Method For Producing Metal Strips
    • 轧制安装和生产金属条的方法
    • US20070266544A1
    • 2007-11-22
    • US11662248
    • 2006-07-14
    • Martin PeterUlrich PatzeltHans-Peter Richter
    • Martin PeterUlrich PatzeltHans-Peter Richter
    • B23P17/04B65H18/08
    • B21B1/32B21C47/045B21C47/18Y10T29/49
    • The invention relates to a rolling installation (100) and a method for its operation known rolling installations (100) typically include a reversing stand (110) for rolling a metal strip (200) in several steps until the metal strip reaches a desired thickness. The reversing stand (110) is usually associated with at least one reversing reel (130) with a reel mandrel (132) for an intermittent storage of the metal strip (200) after separate rolling steps. In addition, the known rolling installations (100) have a sensor device for determining the thickness of the metal strip (200). In order to economically realize a high flexibility when using primary materials having different thicknesses, it is proposed according to the invention, to provide the rolling installation with a winding sleeve exchange device (140) for pushing a winding sleeve (134) onto the reel mandrel (132) before an intermittent storage of the metal strip (200) and for removing the winding sleeve between two rolling steps when the thickness of the metal strip, which is determined by the sensor device (120) is greater than a desired thickness but already smaller than a thickness threshold.
    • 本发明涉及轧制设备(100)及其操作方法,已知的轧制设备(100)通常包括用于以几个步骤轧制金属带(200)的反转台(110),直到金属带达到期望的厚度。 反转架(110)通常与至少一个具有卷轴(132)的反向卷轴(130)相关联,用于在分开的轧制步骤之后间断地存放金属带(200)。 此外,已知的轧制装置(100)具有用于确定金属带(200)的厚度的传感器装置。 为了在使用具有不同厚度的主要材料时经济地实现高柔性,根据本发明提出了提供一种用于将卷绕套筒(134)推到卷轴上的卷绕套筒更换装置(140)的滚动装置 (120)之间确定的金属条的厚度大于期望的厚度,但是在金属条(200)的间歇存放之前,并且在两个滚动步骤之间移除卷绕套筒 小于厚度阈值。
    • 76. 发明授权
    • Coiling method and relative device
    • 卷取方法及相关设备
    • US6149091A
    • 2000-11-21
    • US882494
    • 1997-06-25
    • Alfredo PoloniAndrea De Luca
    • Alfredo PoloniAndrea De Luca
    • B21C47/04B21C47/14B21C47/10B21F3/00
    • B21C47/146B21C47/045B21C47/143
    • Method to coil metal wire made of steel arriving directly from an in-line rolling plant, in which the metal wire is delivered to a rotating loop-forming head (11) cooperating coaxially with a hollow drum (12) to form the coil (13), the hollow drum (12) having a controlled rotary movement, the relative speed of the loop-forming head (11) and the drum (12) together being functional to the layer being formed, the drum (12) being associated with an alternate axial moving system. Device to coil metal wire made of steel arriving directly from an in-line rolling plant, comprising a rotating loop-forming head (11) associated with a mating pinch roll device (15) to feed the wire being coiled, and cooperating coaxially with a drum (12) to form the coils (13), the drum (12) being associated both with means to supply a controlled rotary movement and also with an alternate axial moving system (14), the rotation of the loop-forming head (11) and/or drum (12) being a function of the coiling step and the speed of feed of the wire being coiled.
    • 卷绕由直线轧制设备直接到达的钢制金属丝的方法,其中金属丝被输送到与中空鼓(12)同轴配合的旋转成环头部(11),以形成线圈(13) ),具有受控旋转运动的中空滚筒(12),环形成头(11)和滚筒(12)的相对速度在一起对所形成的层起作用,滚筒(12)与 交替轴向移动系统。 用于卷绕由直接从在线轧制设备到达的钢制金属丝的装置,包括与配合夹送辊装置(15)相关联的旋转环形成头(11),以供给被卷绕的线,并与 滚筒(12)以形成线圈(13),滚筒(12)与提供受控旋转运动的装置以及与替代的轴向移动系统(14)相关联,环形成头部(11)的旋转 )和/或鼓(12)是卷绕步骤的功能和被卷绕的线的进给速度。
    • 77. 发明授权
    • Coiling assembly for iron and steel products
    • 钢铁产品卷取组件
    • US5823456A
    • 1998-10-20
    • US536144
    • 1995-09-29
    • Giuseppe BordignonFerruccio TomatKurt Lennart DanielssonGiorgio Lavaroni
    • Giuseppe BordignonFerruccio TomatKurt Lennart DanielssonGiorgio Lavaroni
    • B21C47/04B21C47/14B21C47/02B21F3/00
    • B21C47/045B21C47/14
    • Coiling assembly for iron and steel products, which cooperates with an element (16) to feed the rolled product and includes a stacking element (11) associated with a coaxial cylindrical drum (13) so as to define an annular channel (14) to contain, form and accumulate spirals (15), an annular plate (17) being included to support the spirals (15) being formed and having a first high position (17a) for the start of coiling in cooperation substantially with the element (16) feeding the rolled product, a plurality of intermediate positions defined along the annular channel (14) and a position (17b) for the end of coiling in cooperation with the bottom (18) of the annular channel (14), circumferential means (19a, 19b) to contain spirals (15) being included in cooperation at least with the upper part of the annular channel (14) and in cooperation at least with one of the sidewalls (20, 21) thereof (14) and extending radially within the annular channel (14) at least along a determined initial segment thereof (14).
    • 用于铁和钢产品的卷绕组件,其与元件(16)配合以供给轧制产品并且包括与同轴圆柱形滚筒(13)相关联的堆叠元件(11),以便限定环形通道(14)以容纳 ,形成并积累螺旋(15),环形板(17)被包括以支撑形成的螺旋(15),并且具有第一高位置(17a),用于开始卷绕,基本上与元件(16)进给 轧制产品,沿着环形通道(14)限定的多个中间位置和用于与环形通道(14)的底部(18)配合的卷取端部的位置(17b),周向装置(19a,19b) )至少与所述环形通道(14)的上部配合并且至少与所述侧壁(20,21)(14)中的一个配合并且在所述环形通道(14)内径向延伸的方式包括螺旋(15) (14)至少沿着确定的初始值 其部分(14)。
    • 78. 发明授权
    • Coiler furnace for a hot strip
    • 卷板炉为热轧带钢
    • US5479807A
    • 1996-01-02
    • US202955
    • 1994-02-28
    • Friedrich Moser
    • Friedrich Moser
    • B21B1/34B21C47/04C21D9/68B21C47/00B21B41/06
    • B21B1/34B21C47/045C21D9/68
    • A hot strip coiler furnace is disclosed, which comprises a furnace hood, a drivable coiler drum, which is accommodated in the furnace hood and has a strip-receiving opening for receiving the leading end of the incoming strip, and a strip-receiving guide, which has a delivery end adjacent to the strip-receiving opening of the coiler drum when it is in a strip-receiving position. In order to permit the hot strip to be completely pulled into the coiler furnace, it is proposed that a strip-delivering guide for the outgoing strip is provided, which guide protrudes or is adapted to be introduced into the generally triangular space which is defined by the coil of strip and the incoming or outgoing strip.
    • 公开了一种热带卷取机炉,其包括炉罩,可驱动的卷取机卷筒,其容纳在炉罩中并具有用于接收进入条的前端的条带接收开口和条接收引导件, 当其处于带状接收位置时,其具有与卷取机滚筒的带状接收开口相邻的输送端。 为了允许热带被完全拉入卷取机炉中,提出了一种用于输出条带的带状输送导向件,该引导件突出或适于引入大致三角形的空间中,该三角形空间由 条带的线圈和输入或输出条带。