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    • 1. 发明申请
    • FOIL MEASURER WITH SUCTION CHAMBER
    • 带测量室的测量仪
    • US20110036222A1
    • 2011-02-17
    • US12838140
    • 2010-07-16
    • Reinhard Raueiser
    • Reinhard Raueiser
    • B26D7/18
    • B26F1/44B26D7/1863B26F1/384B26F2001/4481B31B70/83B31B2150/00B31B2160/10Y10T83/207
    • A foil knife for utilization on a surface area of a suction roller includes at least one blade and a base plate with a surface that features in a snips area, which faces a snip detached during a cutting process from a useful part of a sheet material, at least one suction air through-passage for holding the snip by means of a suction effect through a predetermined angle range of a rotation of a suction roller on the same. The foil knife features around the suction air through-passage at least one plateau area in which the foil knife is elevated, at least section wise, relative to the thickness of the base plate by a height, as measured from the surface of the base plate, wherein this height is smaller than the height, measured from the surface of the base plate, of the blade of the foil knife.
    • 用于在吸辊的表面区域使用的箔刀包括至少一个刀片和基板,其具有在剪切区域中具有表面的基板,该切割面区域在切割过程中从片材的有用部分分离出的切口, 至少一个抽吸空气通过通道,用于通过抽吸辊在其上的吸入辊的旋转的预定角度范围内的吸力保持剪切。 箔刀在抽吸空气通过通道周围至少一个平台区域,其中箔刀从底板的表面至少部分地相对于基板的厚度升高高度,至少部分地从基板的表面 ,其中该高度小于从基板的表面测量的,该刀片的刀片的高度。
    • 3. 发明申请
    • BEARING FOR A VACUUM ROLLER THAT CAN BE SUBJECTED TO SUCTION AIR FROM BOTH SIDES
    • 承载可以从两侧吸入空气的真空滚筒
    • US20110069921A1
    • 2011-03-24
    • US12994490
    • 2009-05-19
    • Reinhard Raueiser
    • Reinhard Raueiser
    • F16C33/46
    • F16C13/02F16C23/08
    • A bearing structure has a frame, a vacuum roller mounted on the frame, operable to be axially subjected to suction air from both sides, a first bearing arranged in a first bearing housing and a second bearing arranged in a second bearing housing, and a first bearing journal disposed on a first end of the roller, and a second bearing journal disposed on a second end of the roller. The roller is mounted in the first bearing so that there is a substantially constant clearance between a first front face of the roller. The roller is mounted in the second bearing so that there is a substantially constant separation between a second front face of the roller. The second bearing housing is arranged such that the second bearing housing is axially displaceable relative to the frame.
    • 轴承结构具有框架,安装在框架上的真空辊可操作以从两侧轴向地受到吸入空气,布置在第一轴承壳体中的第一轴承和布置在第二轴承壳体中的第二轴承,第一轴承 设置在辊的第一端上的轴承轴颈和设置在辊的第二端上的第二轴承轴颈。 辊安装在第一轴承中,使得在辊的第一前表面之间具有基本上恒定的间隙。 辊安装在第二轴承中,使得在辊的第二前表面之间存在基本上恒定的间隔。 第二轴承壳体布置成使得第二轴承壳体相对于框架可轴向移位。
    • 4. 发明申请
    • Rotary die cutter - cutting
    • 旋转模切机 - 切割
    • US20070251364A1
    • 2007-11-01
    • US11728052
    • 2007-03-23
    • Martin BlumleReinhard Raueiser
    • Martin BlumleReinhard Raueiser
    • B26D7/06
    • B26F1/384B26D7/018B26D7/1863B26F1/44B26F2001/4418B26F2001/4472Y10T83/207
    • A device for the cutting out of flat material blanks from flat material sheets is described, which has a cutting roller and a counter roller working together with it, that form a roller gap into which the flat material sheets can be inserted for the cutting out of flat material blanks, whereby a residual material is produced. This device should be further configured in such a way that on the one hand it is connected with the least possible device expenditure, and on the other hand is not limited in its application to flat material sheets with a specified minimum length. To solve this problem, it is suggested that both the cutting roller and the counter roller be embodied as suction rollers with a covering surface that has a multiplicity of suction air openings, whereby the suction air impingement on the cutting and counter roller occurs in such a way that immediately after the cutting out, the flat material blanks are able to be further transported on the covering surface of the cutting or counter roller and the residual material on the covering surface of the counter or cutting roller.
    • 描述了用于从扁平材料片切割扁平材料坯料的装置,其具有与其一起工作的切割辊和对向辊,其形成辊间隙,平板材料片可以插入其中用于切割出 扁平材料坯料,由此产生残留材料。 该装置应进一步配置成一方面以最小可能的装置消耗连接,另一方面不限于将其应用于具有规定的最小长度的扁平材料片。 为了解决这个问题,建议切割辊和反向辊两者都具有一个具有多个吸入空气开口的覆盖表面的抽吸辊,从而在这样一个位置上产生在切割和反向辊上的吸入空气冲击 在切割之后立即切割的方式,平板材料坯料能够在切割或反向辊的覆盖表面上进一步传输,并且还可以在计数器或切割辊的覆盖表面上残留材料。
    • 6. 发明申请
    • Device for cutting and/or embossing a pre-cut blank or a material web
    • 用于切割和/或压花预切割坯料或材料网的装置
    • US20080066632A1
    • 2008-03-20
    • US11901622
    • 2007-09-18
    • Reinhard Raueiser
    • Reinhard Raueiser
    • B31F1/07
    • B26D7/2628B26D7/265B26F1/384
    • A device for cutting and/or embossing a sheet, a pre-cut blank, or a material web has a cutting and/or embossing roller having a longitudinal axis, which is mounted, at its two ends, in at least one bearing so as to rotate, a counter-roller that works together with the embossing roller and is mounted so as to rotate, and a force application device for applying a pressure force to a circumference surface of the cutting and/or embossing roller. This device makes it possible to set a uniform gap width of the gap between the cutting and/or embossing roller and the counter-roller, over its axial width. The pressure force applied to the circumference surface is diverted by the force application device into the at least one bearing by way of at least one part of the cutting and/or embossing roller, so that the pressure force is not applied to the counter-roller.
    • 用于切割和/或压花片材,预切割坯料或材料幅材的装置具有切割和/或压花辊,该切割和/或压花辊具有纵向轴线,该纵向轴线在其两端安装在至少一个轴承中,以便 旋转,与压花辊一起工作并安装成旋转的反向辊,以及用于向切割和/或压花辊的圆周表面施加压力的施力装置。 该装置使得可以在其轴向宽度上设定切割辊和/或压花辊与对向辊之间的间隙的均匀间隙宽度。 施加到圆周表面的压力通过施力装置通过切割和/或压花辊的至少一部分转移到至少一个轴承中,使得压力不施加到反向辊 。
    • 7. 发明授权
    • Rotatable knife roll
    • 可旋转刀辊
    • US06205899B1
    • 2001-03-27
    • US09394258
    • 1999-09-10
    • Martin BlümleReinhard Raueiser
    • Martin BlümleReinhard Raueiser
    • B26D718
    • B26D7/1863B26F1/384Y10S83/911Y10T83/2066Y10T83/207
    • A rotatable knife roll with at least one foil knife secured on a portion of the body of the roll and having a sharp and endless cutting edge closed within itself to cut out window openings. There are breakthroughs for suction apertures arranged within the cutting edge. There is at least one suction-air control valve arranged on the face side of the roll body. The valve is rotatable relative to this portion of the roll. The suction-air control valve has at least one suction-air-control channel and at least one fresh-air channel. There are suction apertures for temporarily retaining a letter envelope blank over a suction and transport angle zone &agr;, and for retaining a piece of material cut out by the foil knife across a suction and transport angle zone &bgr;. The suction apertures are arranged in rows to which suction channels are allocated in the part of the roll body. The suction apertures are connected with the suction-air control channel and the fresh-air channel by the suction channels for conducting air. A 3/3-way valve is associated with the suction channel upstream of the suction-air control valve, with an open position for each suction and transport angle zones &agr;, &bgr;, and one common closing position for suction and transport angle zones &agr; and &bgr;.
    • 具有至少一个箔刀的可旋转刀辊,其固定在辊的主体的一部分上,并且具有在其内部封闭的锋利且无限的切割刃,以切割窗口。 排列在切削刃内的抽吸孔有突破。 在辊体的正面设置有至少一个吸气控制阀。 阀可以相对于卷的这一部分旋转。 吸气控制阀具有至少一个吸气控制通道和至少一个空气通道。 存在用于在吸力和输送角度区域α上暂时保持信封坯料的吸入孔,并且用于将由箔刀切割出的一块材料保持在吸入和输送角度β上。 抽吸孔被布置成在卷体的部分中分配有吸入通道的行。 抽吸孔通过吸入通道与吸气控制通道和新鲜空气通道连接,用于传导空气。 三通阀与抽吸空气控制阀上游的吸入通道相关联,每个吸入和输送角度区域α,β和一个公共关闭位置的打开位置用于吸入和输送角度区域α和 测试版
    • 8. 发明申请
    • FOIL CUTTER AND SOLID CUTTER ROLL
    • 切割机和固体切割机滚筒
    • US20120111165A1
    • 2012-05-10
    • US13383860
    • 2010-07-16
    • Michael ClosmannReinhard Raueiser
    • Michael ClosmannReinhard Raueiser
    • B26D7/18B26D1/62
    • B26F1/44B26D7/1854B26D7/1863B26F1/384B26F2001/4472Y10T83/207
    • A foil cutter for use on the surface area of a carrier roller of a rotary punch has a base plate with a bottom and a top, and at least one blade arranged on the top of the base plate. The top of the base plate has at least one region bordering on the at least one blade and partially or completely surrounded by the at least one blade, in which at least one foil cutter perforation is present through which at least a part of punched flat material can be drawn by suction to be held in the region and be further transported by the carrier roller. The foil cutter has at least one elevation arranged on the top of the base plate in the at least one region bordering on the at least one blade and partially or completely surrounded by the at least one blades.
    • 在旋转冲头的承载辊的表面区域上使用的箔切割器具有底板和底部,并且至少一个叶片布置在基板的顶部上。 基板的顶部具有与至少一个叶片相邻的至少一个区域,并且部分地或完全地被至少一个叶片包围,其中存在至少一个箔切割器穿孔,至少一个切割的平坦材料 可以通过吸力拉伸保持在该区域中,并由承载辊进一步输送。 所述箔切割器具有至少一个高度,所述至少一个高度布置在所述至少一个区域中的所述基板的顶部上,所述至少一个区域与所述至少一个叶片接合并部分或完全被所述至少一个叶片包围。
    • 10. 发明授权
    • Method and apparatus for setting up at least one tool on a tool carrier in relation to format
    • 相对于格式在工具架上设置至少一个工具的方法和装置
    • US06685616B2
    • 2004-02-03
    • US09943867
    • 2001-08-31
    • Reinhard Raueiser
    • Reinhard Raueiser
    • B31B110
    • B31F1/10B31B50/256B31B70/006B31B70/254
    • The invention relates to a method and an apparatus for setting up at least one holding arrangement for a workpiece in relation to format and/or for setting a tool on a tool carrier, selectable positions being provided in particular for the holding arrangement, and an adjustable control element being provided as part of an adjusting and catch arrangement with positions related to the format, by means of which the holding arrangement is adjusted and fixed relative to the tool carrier. The essence of the invention consists in the fact that at least the fixing of the adjusting and/or catch arrangement for the holding arrangement relative to the tool carrier in at least one setting position is effected magnetically.
    • 本发明涉及一种方法和装置,用于相对于格式和/或用于在工具架上设置工具来设置用于工件的至少一个保持装置,特别是用于保持装置的可选位置,以及可调节 控制元件作为具有与格式相关的位置的调节和捕获装置的一部分提供,通过该位置,保持装置相对于工具架进行调节和固定。本发明的实质在于以下事实:至少固定 在至少一个设置位置中用于保持装置相对于工具架的调节和/或止动装置的磁力实现。