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    • 5. 发明授权
    • Rolling installation and method for producing metal strips
    • 轧制安装和生产金属条的方法
    • US07540178B2
    • 2009-06-02
    • US11662248
    • 2006-07-14
    • Martin PeterUlrich PatzeltHans-Peter Richter
    • Martin PeterUlrich PatzeltHans-Peter Richter
    • B21B37/58
    • B21B1/32B21C47/045B21C47/18Y10T29/49
    • The invention relates to a rolling plant (100) and to a method for its operation. Known rolling plants (100) typically comprise a reversing stand (110) for rolling a metal strip (200) in a plurality of rolling operations until the metal strip has reached the desired thickness. The reversing stand (110) is typically assigned at least one reversing reel device (130), which has a reel mandrel (132), for temporarily storing the metal strip (200) after individual rolling operations. The known rolling plants (100) also have a sensor device for determining the thickness of the metal strip. In order to cost-effectively achieve high flexibility in the use of primary materials of different strip thicknesses, it is proposed according to the invention that the rolling plant has a winding sleeve exchange device (140) for placing a winding sleeve (134)onto the reel mandrel (132) before the metal strip (200) is temporarily stored and for removing the winding sleeve from the reel mandrel between two rolling operations when the thickness of the metal strip determined by the sensor device (120) is still greater than the desired thickness but is already lower than a predetermined thickness threshold value.
    • 本发明涉及轧制设备(100)及其操作方法。 已知的轧制设备(100)通常包括用于在多个轧制操作中滚动金属带(200)的反转台(110),直到金属带已经达到期望的厚度。 反转台(110)通常被分配有至少一个反转卷轴装置(130),其具有卷轴心轴(132),用于在单独滚动操作之后临时存储金属带(200)。 已知的轧制设备(100)还具有用于确定金属带的厚度的传感器装置。 为了在成本有效地实现使用不同条带厚度的主要材料的高柔性,根据本发明提出,轧制设备具有卷绕套筒更换装置(140),用于将卷绕套筒(134)放置在 在金属带(200)临时存储之前,在两个滚动操作之间,当金属带(200)被暂时存放并用于将卷绕套筒从卷轴心轴上移除时,卷轴心轴(132)在由传感器装置(120)确定的金属带的厚度仍大于期望的 但是已经低于预定的厚度阈值。
    • 6. 发明授权
    • Apparatus for inspecting steel strip during rolling
    • 轧制过程中检查钢带的设备
    • US07401485B2
    • 2008-07-22
    • US10537202
    • 2003-12-29
    • Martin PeterRudolf HofheinzAlfons Baumhoff
    • Martin PeterRudolf HofheinzAlfons Baumhoff
    • B21B23/00B21B38/00B21C47/00
    • B21C47/245B21B38/00B21B2015/0014B21B2015/0057
    • Steel strip issues continuously from a downstream end of a rolling line and can be wound up there on a coiler. An inspection table downstream of the rolling line has a surface aligned with the downstream end and the strip emerging therefrom. The coiler is below a plane of the table surface. During normal rolling the strip is deflected downward to the coiler and reeled up. For inspection of the strip, the strip is cut transversely to produce a new leading end and is fed starting at this end toward the table without substantial deflection. Then the strip is cut again upstream of the new leading end to form a strip sample separate from the strip emerging from the rolling line, which sample is fed to the table and arrested and inspected while strip emerging from the line is deflected back down to the coiler to continue coiling it up.
    • 钢带从轧制线的下游端连续地发生,并且可以在卷取机上卷绕到那里。 轧制线下游的检查表具有与从其出来的下游端和条带对准的表面。 卷取机位于台面的平面之下。 在正常轧制过程中,钢带向下偏转到卷取机并卷起。 为了检查条带,横向切割带材以产生新的前端,并且在该端部朝向桌子进给而不会发生大的偏转。 然后,在新的前端的上游再次切割带材,以形成与从轧制线出来的条带分离的条带样品,将样品送入工作台并停止并检查,而从管线出来的条带偏转回到 卷取机继续卷起它。
    • 9. 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。
    • 10. 发明授权
    • Apparatus and method for measuring a spindle force
    • 用于测量主轴力的装置和方法
    • US5146791A
    • 1992-09-15
    • US622940
    • 1990-12-06
    • Martin PeterMarkus Reismann
    • Martin PeterMarkus Reismann
    • F16H25/20F16K31/04
    • F16K31/046F16H25/2021
    • A measuring apparatus for determining a force exerted by a spindle, in particular a spindle of a fitting, associated with a spindle housing includes a measuring apparatus housing to be firmly connected to the spindle housing. A plunger is disposed in the measuring apparatus housing for being acted upon by a force exerted by the spindle. A mechanical spring is braced against the measuring apparatus housing and operatively connected to the plunger. A strain gauge is disposed on the plunger. A method for determining a force exerted by a spindle, in particular a spindle of a fitting, includes coupling a housing of a measuring apparatus to a housing associated with a spindle. The spindle is moved toward a plunger of the measuring apparatus for raising the plunger, moving a mechanical spring operatively connected to the plunger toward the measuring apparatus housing and compressing the mechanical spring. The force-necessary for moving the spindle, raising the plunger and moving and compressing the mechanical spring is measured and determined with a strain gauge disposed at the plunger.
    • 用于确定与主轴壳体相关联的主轴,特别是配件的主轴施加的力的测量装置包括测量装置壳体,以牢固地连接到主轴壳体。 柱塞设置在测量装置壳体中,以由主轴施加的力作用。 机械弹簧支撑在测量装置壳体上并可操作地连接到柱塞。 应变片设置在柱塞上。 用于确定由主轴,特别是配件的主轴施加的力的方法包括将测量装置的壳体联接到与主轴相关联的壳体。 主轴朝向用于升高柱塞的测量装置的柱塞移动,将可操作地连接到柱塞的机械弹簧移向测量装置壳体并压缩机械弹簧。 通过设置在柱塞处的应变计测量和确定用于移动主轴,提升柱塞和移动和压缩机械弹簧所需的力。