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    • 1. 发明授权
    • Roll stand with multiple rolls
    • 卷架与多卷
    • US06314782B1
    • 2001-11-13
    • US09631232
    • 2000-08-02
    • Werner StahlAxel Barten
    • Werner StahlAxel Barten
    • B21B1314
    • B21B13/147B21B37/24B21B37/42B21B2205/02B21B2269/04B21B2269/18B21B2273/22
    • A roll stand with multiple rolls for rolling strip-shaped rolling stock has a roll frame and upper and lower working rolls mounted on the roll frame in a common vertical roll axis plane, wherein the rolling stock is guided between the upper and lower working rolls forming a roll set. Upper and lower support roll insert parts are mounted on the roll frame. Two upper support rolls are mounted in the upper support roll insert parts and support the upper working roll, and two lower support rolls are mounted in the lower support roll insert parts and support the lower working roll. The two upper and the two lower support rolls are arranged symmetrically to the vertical roll axis plane, respectively. Working roll bending devices are mounted on the roll frame and act on the upper and lower working rolls. Balancing devices are mounted on the roll frame and advance and balance the upper and lower support rolls. The two upper and two lower support rolls are axially moveable independently from one another relative to a vertical center plane of the roll frame, extending perpendicularly to the vertical roll axis plane, by same or different axial displacement lengths in order to compensate roll set bending of the roll set and to provide adjustment to a width of the roll stock for flexible rolling via the working rolls.
    • 具有轧制带状轧制机的多个轧辊的轧机机架具有辊架,上辊和下工作辊以共同的垂直辊轴平面安装在轧辊架上,其中轧制机构在上下工作辊之间形成 卷组。 上下支撑辊插入部件安装在辊架上。 两个上支撑辊安装在上支撑辊插入部分中并支撑上工作辊,并且两个下支撑辊安装在下支撑辊插入部分中并支撑下工作辊。 两个上支撑辊和两个下支撑辊分别对称于垂直辊轴平面。 工作辊弯曲装置安装在辊架上并作用在上下工作辊上。 平衡装置安装在卷筒架上,推进并平衡上下支承辊。 两个上部和两个下部支撑辊相对于辊框架的垂直中心平面彼此独立地轴向移动,通过相同或不同的轴向位移长度垂直于垂直辊轴平面延伸,以便补偿 并且为了通过工作辊进行柔性轧制,提供对轧辊坯料宽度的调节。
    • 2. 发明授权
    • Multiroll stand
    • 多辊架
    • US5842368A
    • 1998-12-01
    • US800749
    • 1997-02-14
    • Axel BartenJosef TrosterWerner Stahl
    • Axel BartenJosef TrosterWerner Stahl
    • B21B31/32B21B13/02B21B13/14B21B29/00B21B31/10B21B31/20
    • B21B31/10B21B29/00B21B31/203B21B2013/025B21B2013/028B21B2031/206
    • A six-high multi-roll stand (1), has one top and one bottom work roll (2, 3) which are supported in chocks (4, 5), with one top and one bottom intermediate roll (6, 7) which are supported in chocks (8, 9), and with one top and one bottom back-up roll (10, 11) with bearings located in one top and one bottom chock (12, 13). Two functional units are integrated into windows (16) of two roll housings (14, 15) with four each hydraulic operating cylinder units (18, 18, 19, 19) located symmetrically and parallel to roll axis plan 17--17), each operating cylinder unit (18, 19) consisting of top operating cylinder (18a, 19a) with top actuating piston (20a, 21a) which acts on chock (12) of top back-up roll (10) and bottom operating cylinder (18b, 19b) with bottom actuating piston 20b, 21b) which acts on chock (13) of bottom back-up roll (11) for counterbalancing back-up roll (10), and two operating cylinders (18a, 18b; 19a, 19b) of each operating cylinder unit (18, 19) in common cylinder housing (22, 23). Double-acting actuating sleeves (24a, 24b; 25a, 25b) cause bending of intermediate rolls (6, 7) and work rolls (2, 3) and engage chocks (8, 9; 4, 5) of intermediate rolls (6, 7) and work rolls (2, 3) by means of projections (26).
    • 一个六高的多辊支架(1)具有一个顶部和一个底部工作辊(2,3),它们支撑在轴承座(4,5)中,一个顶部和一个底部中间辊(6,7) 支撑在轴承座(8,9)中,并具有一个顶部和一个底部支撑辊(10,11),轴承位于一个顶部和一个底部轴承座(12,13)中。 两个功能单元被集成到两个辊壳体(14,15)的窗口(16)中,四个每个液压操作缸单元(18,18,19,19)对称并且平行于辊轴线图17-17),每个操作 由顶部操作气缸(18a,19a)和顶部执行活塞(20a,21a)组成的气缸单元(18,19),其作用在顶部支撑辊(10)的轴承座(12)和底部操作气缸(18b,19b) ),其具有底部驱动活塞20b,21b),其作用在底部支撑辊(11)的轴承座(13)上,用于平衡支撑辊(10),以及每个的两个操作缸(18a,18b; 19a,19b) 操作气缸单元(18,19)在公共气缸壳体(22,23)中。 双作用的致动套筒(24a,24b; 25a,25b)引起中间辊(6,7)和工作辊(2,3)的弯曲并与中间辊(6,8)的轴承座(8,9; 4,5) 7)和工作辊(2,3)通过突起(26)。
    • 3. 发明授权
    • Strip coiler
    • 带式卷取机
    • US5275345A
    • 1994-01-04
    • US896926
    • 1992-06-11
    • Werner StahlJosef TrosterAxel Barten
    • Werner StahlJosef TrosterAxel Barten
    • B21C47/06B65H18/26B65H23/00
    • B21C47/063B65H18/26B65H2404/43
    • The strip coiler (1) for winding up and unwinding thin-gage and foil strip material of metal comprises a horizontal, motor-driven coiler mandrel (3) rotatably supported in a machine stand, for receiving the coiler reel (4) of a coil (5), and at least one smoothing roll (6) movable toward and away from the coiler mandrel (3) for pressing the strip (2) against the coil (5). The strip coiler (1) is equipped with control capability for the horizontal desired position of the smoothing roll (6), oriented in parallel to the coiler mandrel (3), this control being performed by an adjustment of the controlling forces of the operating cylinders for pressing the smoothing roll (6) against the coil (5) in dependence on the inclined positioning of the smoothing roll (6) caused by defects in the strip (2) or by unavoidable out-of-roundness of the surface of the wound-up strip (2). The strip coiler (1) is furthermore provided with regulating means for setting the distance (a) between the point of first contact (12) of the strip (2) with the coil (5) and the contact point (13) of smoothing roll (6) and coil (5) in dependence on the coil diameter (14).
    • 用于卷绕和展开金属薄片和箔条材料的带状卷取机(1)包括可旋转地支撑在机架中的水平马达驱动的卷取机心轴(3),用于接收线圈的卷取卷轴(4) (5)和至少一个能够朝向和远离卷取机心轴(3)移动的平滑辊(6),用于将带材(2)压靠在线圈(5)上。 带式卷取机(1)配备有平滑辊(6)的水平所需位置的控制能力,平行于卷取机心轴(3)定向,该控制通过调节操作缸的控制力来执行 根据由条带(2)中的缺陷引起的平滑辊(6)的倾斜定位或卷绕表面的不可避免的不圆度,将平滑辊(6)压靠在线圈(5)上 (2)。 带状卷取机(1)还设置有调节装置,用于将条带(2)的第一接触点(12)与线圈(5)之间的距离(a)和平滑辊的接触点(13) (6)和线圈(5),这取决于线圈直径(14)。
    • 4. 发明授权
    • Monitoring device for roll bearings in rolling mills
    • 辊轧机轴承监控装置
    • US4939920A
    • 1990-07-10
    • US195682
    • 1988-05-11
    • Werner StahlAxel Barten
    • Werner StahlAxel Barten
    • B21B33/02B21B31/07B21B33/00B21B38/00F16C19/52
    • B21B38/006B21B31/07F16C19/525B21B33/00B21B38/00Y10S384/905
    • The monitoring device is constructed in such a way that the temperature measurement takes place directly at the bearing and there is no need for detaching connecting lines during changing of rolls. The main features of the monitoring device for roll bearings, installed, for example, in the chock (1) of the work roll (3) of a roll stand, reside in a thermal limit value pickup (6) in contact with the roll bearing (7), as well as in a mechanical, spring-loaded transmission member (8) locked in place in the chock (1) by way of the limit value pickup, for acting on a signal generator (9) arranged outside of the chock (1) in the roll stand, this signal generator being actuated to shut down the rolling mill by automatic outward movement of the transmission member (8) after releasing its locking device by the limit value pickup (6) upon reaching a limit temperature of the roll bearing (7). The monitoring device is preferably intended for use in thin-gage strip and foil rolling mills having high rolling speeds.
    • 监控装置的结构是这样一种方式,使得温度测量直接在轴承处进行,并且在更换辊时不需要拆卸连接线。 用于滚动轴承的监控装置的主要特征是安装在例如辊架的工作辊(3)的轴承座(1)中,该热定位装置位于与滚动轴承 (7),以及通过限位拾取器锁定在轴承座(1)中的机械弹簧加载传动构件(8)中,用于作用在布置在轴承座外部的信号发生器(9)上 (1)在轧机机架中,该信号发生器被致动以通过传递部件(8)在达到极限温度的限制温度之后通过极限值拾取(6)释放其锁定装置之后自动向外移动来关闭轧机 滚动轴承(7)。 监测装置优选地用于具有高轧制速度的薄规格条和箔轧机。
    • 5. 发明授权
    • Work-holding fixture for metal power saws
    • 金属电锯工作夹具
    • US4553460A
    • 1985-11-19
    • US540689
    • 1983-10-11
    • Werner StahlAxel Barten
    • Werner StahlAxel Barten
    • B23D47/00B23D47/04B27G19/08
    • B23D47/00B23D47/04B27G19/08Y10T83/2087Y10T83/21Y10T83/323
    • The work-holding fixture (1) for metal power saws is characterized by two gripping jaws (3, 4) arranged on the side of the work rest (6) facing away from the saw blade (5) bilaterally of the cutting plane (7--7), these gripping jaws being adjustable perpendicularly to the feeding direction (a) of the workpiece (2) by an arrangement of hydraulic clamping cylinders (8, 9), and also characterized by two work-gripping supports (11, 12) movably arranged on the machine frame (10) on the side of the work rest (6) facing the saw blade (5) bilaterally of the saw blade (5), with a toggle lever control (13, 14) for producing an opening moment (M) acting on the cutting gap (28) in the workpiece (2).
    • 用于金属动力锯的工件固定装置(1)的特征在于,设置在工作台(6)的侧面上的两个夹爪(3,4),该夹爪夹在切割平面(7)的两侧面远离锯片(5) -7),这些夹爪可通过液压夹紧缸(8,9)的布置垂直于工件(2)的进给方向(a)调节,并且还具有两个夹紧工具(11,12)的特征, 通过用于产生打开力矩的肘节杆控制(13,14)可移动地布置在所述机架(10)上的与所述锯片(5)的两侧面对所述锯片(5)的所述工作台(6)侧面上, (M)作用在工件(2)上的切割间隙(28)上。
    • 8. 发明授权
    • Device and method for reading out information stored in a storage layer
    • 用于读出存储在存储层中的信息的装置和方法
    • US07342243B2
    • 2008-03-11
    • US10610273
    • 2003-06-30
    • Werner Stahl
    • Werner Stahl
    • G03B42/08
    • G03B42/02G03B42/08
    • A device and method for reading out information stored in a storage layer using a receiving device for receiving emission radiation that has been emitted from the storage layer. In this connection the storage layer is supported on a support surface that is defined by an x-y plane and a relative movement is generated between the receiving device and the storage layer in the x direction. The receiving device or the storage layer is guided during the generation of the relative movement by a guide system, on a guide surface that is independent of the storage layer. When guiding the receiving device, the level of the guide surface in a z direction coincides with the level of the support surface in the z direction.
    • 一种用于使用接收装置读出存储在存储层中的信息的装置和方法,用于接收从存储层发射的发射辐射。 在这方面,存储层被支撑在由x-y平面限定的支撑表面上,并且在x方向上在接收装置和存储层之间产生相对移动。 接收装置或存储层在导向系统的相对运动的产生期间在与存储层独立的引导表面上被引导。 当引导接收装置时,引导表面在z方向上的高度与z方向上的支撑表面的水平重合。
    • 9. 发明授权
    • Decanter-type separating apparatus
    • 脱水式分离装置
    • US4517092A
    • 1985-05-14
    • US423746
    • 1982-09-27
    • Werner Stahl
    • Werner Stahl
    • B04B1/20B01D21/26
    • B04B1/20B04B2001/2041
    • Decanter-type separating apparatus comprising within a rotatably mounted tapered and cylindrical barrel a solids-transporting screw rotating at a speed different from the barrel speed, the aforesaid apparatus being characterized by the screw having in an intensive clarification region a pitch substantially greater than used in the past, to stabilize the flow as far as possible and to obtain particularly effective and efficient clarification. In the intensive clarification region, the pitch is much greater than ten degrees and preferrably is within a range of forty to fifty degrees, in certain cases on the order of up to sixty degrees.
    • 旋转式分离装置包括在可旋转地安装的锥形和圆柱形筒内,以不同于机筒速度的速度旋转的固体输送螺杆,上述装置的特征在于螺杆在强化澄清区域中具有基本上大于 过去,尽可能稳定流量,并获得特别有效和高效的澄清。 在强化澄清区域中,音高远大于十度,最好在四十到五十度的范围内,在某些情况下,高达六十度。