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    • 1. 发明授权
    • Strip-edge-based displacement of intermediate rolls in six-high rolling stand
    • 六辊轧机中中间辊的带边缘位移
    • US07181949B2
    • 2007-02-27
    • US10343305
    • 2001-07-11
    • Klaus-Dieter HaberkammAndreas RitterRüdiger Holz
    • Klaus-Dieter HaberkammAndreas RitterRüdiger Holz
    • B21B29/00
    • B21B37/40B21B13/142B21B27/02B21B2013/028B21B2269/16
    • A method for the strip-edge-oriented shifting of the intermediate rolls (11, 11′) in a six-roll rolling mill comprising respectively a pair of workrolls (10, 10′), intermediate rolls (11, 11′) and backup rolls (12, 12′), whereby at least the intermediate rolls (11, 11′) and workrolls (10, 10′) have devices for axial shifting cooperating with them and each intermediate roll (11, 11′) has a barrel elongated by the amount of the CVC-shifting stroke and a one sided setback (x) in the region of the strip edge. The method is characterized in that the upper intermediate roll (11) is shifted in the direction of the drive side AS) and the lower intermediate roll (11′) is shifted in the direction of the service side (BS)—or conversely—relative to the neutral shift position (Szw=0 mm) symmetrically to the rolling mill center (y—y) be respectively the same amount in the direction of their (x—x).
    • 一种用于分别包括一对工作辊(10,10'),中间辊(11,11')和后备件的六辊轧机中的中间辊(11,11')的带边缘定向移位的方法 辊(12,12'),由此至少中间辊(11,11')和工作辊(10,10')具有与它们配合的用于轴向移动的装置,并且每个中间辊(11,11')具有筒状伸长 通过CVC切换行程的量和在带边缘的区域中的单侧挫折(x)。 该方法的特征在于,上侧中间辊(11)沿着驱动侧AS的方向移动,下侧中间辊(11')沿着维修侧(BS)的方向移动,或相反地相对 相对于轧机中心(yy)对称的中性换档位置(S
    • 2. 发明授权
    • Optimised shift strategy as a function of strip width
    • 优化的换档策略作为带宽的函数
    • US07367209B2
    • 2008-05-06
    • US10583293
    • 2004-11-11
    • Andreas RitterRüdiger Holz
    • Andreas RitterRüdiger Holz
    • B21B31/18
    • B21B13/142B21B37/40
    • The invention relates to a method for the optimization of shift strategies, as a function of the strip width, for best possible usage of the advantages of CVC/CVCPlus technology in operation of strip-edge oriented shifts in 4-/6-roller stands, comprising a pair of working rollers and a pair of support rollers for a 4-roller stand and, in addition, a pair of intermediate rollers for a 6-roller stand, whereby at least the working rollers and the intermediate rollers cooperate with devices for axial shifting, characterized in that selection of the shift position (VP), for the shifting working/intermediate rollers, is made as a function of strip width. The working/intermediate rollers are then positioned in various positions (P), relative to the strip edge and, within differing strip width ranges (B), the shift position (VP) of each roller is given by an incremental linear progressive function.
    • 本发明涉及一种用于优化换档策略的方法,作为带宽的函数,以便最佳地利用CVC / CVC Plus技术在带边缘定向位移操作中的优点 4/6辊架,包括一对加工辊和一对用于四辊架的支撑辊,另外还有一对用于6辊架的中间辊,至少至少加工辊和 中间辊与用于轴向移动的装置配合,其特征在于,对于换档工作/中间辊,选择换档位置(VP)作为带宽的函数。 然后,工作/中间辊相对于带材边缘定位在各种位置(P)中,并且在不同的带宽范围(B)内,每个辊子的变速位置(VP)由递增的线性递增函数给出。
    • 3. 发明申请
    • MEASURING DEVICE, ROLL STAND AND METHOD OF DETECTING THE HEIGHT OF A ROLL GAP
    • 测量装置,滚子架和检测滚子高度的方法
    • US20140150508A1
    • 2014-06-05
    • US14123560
    • 2012-05-16
    • Andreas RitterMarkus KochAndreas Berendes
    • Andreas RitterMarkus KochAndreas Berendes
    • B21B38/10
    • B21B38/10B21B31/20
    • The invention relates to a measuring device, a roll stand and a method for detecting the height of a roll gap between two working rolls in the roll stand. In order to ensure a high level of measurement accuracy of the roll gap transmitter even in the case of horizontal displacement of the working rolls in or against the rolling direction it is proposed in accordance with the invention to carry out adjusting the movement of the roll gap transmitter (110) with respect to the working rolls in the case of a displacement in or against the rolling direction so that even in a new or displaced end position of the working rolls a suitable relative position, which is required for a high level of measurement accuracy, between roll gap transmitter and the working rolls is guaranteed.
    • 本发明涉及一种测量装置,辊架和用于检测辊架中两个工作辊之间辊间隙的高度的方法。 为了确保辊间隙发送器的高水平的测量精度,即使在工作辊在滚动方向上或与滚动方向水平位移的情况下,提出根据本发明来执行调整辊间隙的移动 变送器(110)相对于在轧制方向上移动或相对于轧制方向移动的情况下的工作辊,使得即使在工作辊的新的或移动的端部位置中,适当的相对位置是高水平测量所需的 轧辊间隙变送器与工作辊之间的精度有保证。
    • 6. 发明授权
    • Driving device for a hatch in a motor vehicle
    • 用于汽车舱口的驱动装置
    • US08393237B2
    • 2013-03-12
    • US12366698
    • 2009-02-06
    • Bernd ArenzAndreas Ritter
    • Bernd ArenzAndreas Ritter
    • F16H25/20
    • E05F15/622E05Y2800/232E05Y2800/238E05Y2800/422E05Y2900/546Y10T74/18576
    • A driving device for a hatch in a motor vehicle includes a first fastening element which can be connected to a stationary structural component, a second fastening element which can be connected to a movable structural component, and a housing tube fixed to the second fastening element and extending toward the first fastening element. A spindle drive includes a threaded spindle and a nut fixed in a spindle tube connected to the first fastening element by a bolt, wherein the spindle can be driven in rotation to move the first fastening element axially relative to the housing tube. An elastomeric decoupling element between the spindle tube and the bolt decouples the spindle drive from the first fastening element in order to damp noise and vibration.
    • 用于机动车辆中的舱口的驱动装置包括可连接到固定结构部件的第一紧固元件,可连接到可移动结构部件的第二紧固元件和固定到第二紧固元件的壳体管, 朝向第一紧固元件延伸。 主轴驱动器包括螺纹主轴和固定在通过螺栓连接到第一紧固元件的主轴管中的螺母,其中主轴可旋转地驱动以使第一紧固元件相对于壳体管轴向移动。 主轴管和螺栓之间的弹性体分离元件将主轴驱动器与第一紧固元件分离,以便抑制噪音和振动。
    • 8. 发明申请
    • Driving Device for a Hatch in a Motor Vehicle
    • 机动车舱口驾驶装置
    • US20090199482A1
    • 2009-08-13
    • US12366698
    • 2009-02-06
    • Bernd ArenzAndreas Ritter
    • Bernd ArenzAndreas Ritter
    • E05F11/54F16F7/00
    • E05F15/622E05Y2800/232E05Y2800/238E05Y2800/422E05Y2900/546Y10T74/18576
    • A driving device for a hatch in a motor vehicle includes a first fastening element which can be connected to a stationary structural component, a second fastening element which can be connected to a movable structural component, and a housing tube fixed to the second fastening element and extending toward the first fastening element. A spindle drive includes a threaded spindle and a nut fixed in a spindle tube connected to the first fastening element by a bolt, wherein the spindle can be driven in rotation to move the first fastening element axially relative to the housing tube. An elastomeric decoupling element between the spindle tube and the bolt decouples the spindle drive from the first fastening element in order to damp noise and vibration.
    • 用于机动车辆中的舱口的驱动装置包括可连接到固定结构部件的第一紧固元件,可连接到可移动结构部件的第二紧固元件和固定到第二紧固元件的壳体管, 朝向第一紧固元件延伸。 主轴驱动器包括螺纹主轴和固定在通过螺栓连接到第一紧固元件的主轴管中的螺母,其中主轴可旋转地驱动以使第一紧固元件相对于壳体管轴向移动。 主轴管和螺栓之间的弹性体分离元件将主轴驱动器与第一紧固元件分离,以便抑制噪音和振动。