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    • 1. 发明授权
    • Method for adjusting contact between two rollers which are adjustable
with respect to their distance relative to one another
    • 用于调节两个辊之间的接触的方法,其可相对于彼此相对于其距离而调节
    • US5517919A
    • 1996-05-21
    • US252078
    • 1994-06-01
    • Peer DillingGeorg Riescher
    • Peer DillingGeorg Riescher
    • B41F31/30B41F13/34B41F33/00B41F33/10B41F33/14G01B13/12B41F13/24
    • B41F33/0072B41F13/34
    • A method for adjusting contact between two rollers of a printing mechanism of a rotary printing press, which rollers are adjustable with respect to their distance relative to one another. The method includes separating the two rollers, driving a first one of the rollers at a first speed, moving the rollers toward one another on one end until they reach a point where the first roller drives a second roller, and sensing rotation of the second roller and registering value data representing the point where the first roller drives the second roller. Next, the rollers are separated after the value data has been registered. Following this separation the method continues with moving the rollers toward one another on a second end until the first roller drives the second roller, sensing rotation of the second roller and stopping movement of the rollers at the second end when rotation of the second roller is sensed. Finally, the first end is adjusted to the point where the first roller drives the second roller.
    • 一种用于调节旋转印刷机的打印机构的两个辊之间的接触的方法,所述辊可相对于彼此相对距离而调节。 该方法包括分离两个辊子,以第一速度驱动第一个辊子,一端将辊子彼此移动,直到它们到达第一辊子驱动第二辊子的点,并且感测第二辊子的旋转 以及登记表示第一辊驱动第二辊的点的值数据。 接下来,在数据数据已被注册之后分离辊子。 在这种分离之后,该方法继续在第二端上彼此移动辊,直到第一辊驱动第二辊,感测到第二辊的旋转并且当感测到第二辊的旋转时阻止辊在第二端的运动 。 最后,将第一端调整到第一辊驱动第二辊的点。
    • 4. 发明授权
    • Method for adjusting contact between two rollers which are adjustable
with respect to their distance relative to one another
    • 用于调节两个辊之间的接触的方法,其可相对于彼此相对于其距离而调节
    • US5622114A
    • 1997-04-22
    • US606753
    • 1996-02-27
    • Peer DillingGeorg Riescher
    • Peer DillingGeorg Riescher
    • B41F31/30B41F13/34B41F33/00B41F33/10B41F33/14G01B13/12B41F13/24
    • B41F33/0072B41F13/34
    • A method for adjusting contact between two rollers of a printing mechanism of a rotary printing press, which rollers are adjustable relative to one another. The method includes separating the rollers so that a gap exists therebetween, inserting a piezofilm of known thickness into the gap between the rollers at one end of the rollers and moving the rollers toward one another on the one end until the piezofilm transmits an output signal when the two rollers first make contact. Then, the rollers are separated and the piezofilm is removed from the roller gap. The piezofilm is next inserted into the gap between the rollers at the other end of the rollers after which the rollers are moved toward one another at the other end until the piezofilm transmits an output signal when the rollers first make contact. The rollers are once again separated and the piezofilm removed from the roller gap. Finally, the rollers are adjusted toward one another at both ends by an amount corresponding to the piezofilm thickness.
    • 一种用于调节旋转印刷机的打印机构的两个辊之间的接触的方法,所述辊可相对于彼此调节。 该方法包括分离辊,使得它们之间存在间隙,将已知厚度的压电薄片插入到辊的一端处的辊之间的间隙中,并且在一端将辊彼此移动,直到压敏胶透射输出信号, 两个辊子首先接触。 然后,将辊分开,并且压辊从辊间隙移除。 压辊另一端插入滚子另一端的辊之间的间隙中,此后,辊子在另一端向彼此移动,直到压辊在辊首先接触时传递输出信号。 辊子又一次分开,压辊从辊子间隙中取出。 最后,将辊子两端彼此调整相当于压电薄片厚度的量。
    • 5. 发明授权
    • Modular printing unit
    • 模块化印刷单元
    • US07350464B2
    • 2008-04-01
    • US10540138
    • 2003-12-13
    • Georg RiescherJosef Hammer
    • Georg RiescherJosef Hammer
    • B41F1/34B41F13/20
    • B41F13/0024B41P2217/11
    • In order to provide a printing unit (1; 50) of modular design with the lowest possible expenditure on construction and high flexibility, the printing unit (1; 50) of modular design for printing webs (29) has a stand (2; 2′; 54), which is provided with at least one crossmember (3; 4; 51) at both ends (drive and operating side), printing cylinders (9 to 16) being mounted in the crossmembers (3; 4; 51) in such a way that a structural unit comprising crossmembers (3; 4; 51) and printing cylinders (9 to 16) can be taken completely out of and put into the stand (2; 2′; 54).
    • 为了提供模块化设计的打印单元(1; 50),在结构上具有最低的可能花费和高灵活性,用于印刷幅材(29)的模块化设计的印刷单元(1; 50)具有支架(2; 2 '; 54),其在两端(驱动和操作侧)处设置有至少一个横梁(3; 4; 51),印刷滚筒(9至16)安装在交叉构件(3; 4; 51)中 包括交叉构件(3; 4; 51)和印刷滚筒(9至16)的结构单元可以被完全取出并放入支架(2; 2'; 54)中。
    • 6. 发明申请
    • Reel-fed rotary printing press
    • 卷筒式旋转印刷机
    • US20070261576A1
    • 2007-11-15
    • US11796738
    • 2007-04-27
    • Andreas MullerGeorg Riescher
    • Andreas MullerGeorg Riescher
    • B41F7/12B41F13/04
    • B41F13/56B41F7/12B65H45/225
    • A reel-fed rotary printing press including printing units for printing at least one web, wherein each printing unit includes a form cylinder with a circumference defining a circumferential direction and a length defining a longitudinal direction. The form cylinder can be lined with at least two broadsheet pages extending upright in the circumferential direction, and at least two broadsheet pages extending widthwise in the longitudinal direction. In order to produce tabloid products while maintaining their book structure, the form cylinder can also be lined with at least two tabloid pages extending upright in the circumferential direction, and at least two tabloid pages extending widthwise in the longitudinal direction.
    • 一种卷轴式旋转印刷机,其包括用于印刷至少一个卷材的印刷单元,其中每个印刷单元包括具有限定周向方向的圆周和限定纵向方向的长度的成形滚筒。 成型圆筒可以衬有在圆周方向上直立延伸的至少两个宽页面页,以及至少两个在纵向方向上宽度方向延伸的宽幅页。 为了在保持书本结构的同时制作小报产品,也可以在圆形方向上直立延伸的至少两个小报页和至少两个在纵向方向上宽度方向延伸的小报页面。
    • 7. 发明申请
    • Modular printing unit
    • 模块化印刷单元
    • US20060081143A1
    • 2006-04-20
    • US10540138
    • 2003-12-13
    • Georg RiescherJosef Hammer
    • Georg RiescherJosef Hammer
    • B41F1/34
    • B41F13/0024B41P2217/11
    • In order to provide a printing unit (1; 50) of modular design with the lowest possible expenditure on construction and high flexibility, the printing unit (1; 50) of modular design for printing webs (29) has a stand (2; 2′; 54), which is provided with at least one crossmember (3; 4; 51) at both ends (drive and operating side), printing cylinders (9 to 16) being mounted in the crossmembers (3; 4; 51) in such a way that a structural unit comprising crossmembers (3; 4; 51) and printing cylinders (9 to 16) can be taken completely out of and put into the stand (2; 2′; 54).
    • 为了提供模块化设计的打印单元(1; 50),在结构上具有最低的可能花费和高灵活性,用于印刷幅材(29)的模块化设计的印刷单元(1; 50)具有支架(2; 2 '; 54),其在两端(驱动和操作侧)处设置有至少一个横梁(3; 4; 51),印刷滚筒(9至16)安装在交叉构件(3; 4; 51)中 包括交叉构件(3; 4; 51)和印刷滚筒(9至16)的结构单元可以被完全取出并放入支架(2; 2'; 54)中。
    • 8. 发明授权
    • Tower printing system having multiple vertically stacked satellite
printing stations
    • 具有多个垂直堆叠卫星印刷站的塔式打印系统
    • US5179899A
    • 1993-01-19
    • US595358
    • 1990-10-09
    • Ranier BurgerGeorg Riescher
    • Ranier BurgerGeorg Riescher
    • B41F11/00B41F7/10B41F13/00B41F35/00
    • B41F7/10B41F13/0024
    • Two satellite printing stations (2, 3) are located vertically above each other, and a web (22) is guided first about a common impression cylinder (13) of the lower printing station, then upwardly about a common impression cylinder (4) of the upper printing station (2). To prevent set-off of freshly printed ink in the lower printing station (3) on the common impression cylinder (4) of the upper printing station, blanket cylinders (6, 7, 10, 12) of the upper printing station (2) are so located that, respectively, two blanket cylinders (6, 7, 10, 12) of printing couples of the upper printing stations are in vertical alignment so that a tangent at the nip between these blanket cylinders will be in an essentially horizontal plane (31). The blanket cylinders are spaced from each other to leave a clearance gap, and an image maintenance device (30), for example a spray bar or rod, a washing apparatus or the like, is located in the clearance space to apply a film of liquid against the upper common impression cylinder (4 ) or to clean the upper impression cylinder (4), thereby avoiding set-off of freshly applied ink in the lower printing station (3) on the impression cylinder (4) of the upper printing station, or to periodically or continuously clean the common impression cylinder (4) of the upper printing station. Preferably, the web is guided about the lower printing station in form of a wide-open upstanding U, and guided about the upper printing station in form of a downwardly facing wide-open U to provide access to maintenance and service personnel to the respective printing stations between the leg portions of the web forming the U.
    • 两个卫星打印站(2,3)彼此垂直地定位,并且网(22)首先围绕下打印站的公共压印滚筒(13)引导,然后围绕公共压印滚筒(4)向上 上部印刷站(2)。 为了防止上部印刷站的公共压印滚筒(4)上的下部印刷台(3)中的新鲜印刷的墨水的排出,上部印刷台(2)的橡皮布滚筒(6,7,10,12) 位于这样的位置,分别地,上部印刷站的印刷对的两个橡皮滚筒(6,7,10,12)处于垂直对准,使得这些橡皮布滚筒之间的辊隙处的切线将处于基本上水平的平面( 31)。 橡皮滚筒彼此间隔开留出间隙,并且图像维护装置(30),例如喷杆或杆,洗涤装置等位于间隙空间中以施加液体膜 抵靠上部公共压印滚筒(4)或清洁上部压印滚筒(4),从而避免在上部印刷站的压印滚筒(4)上的下部印刷台(3)中新鲜涂布的墨水的排出, 或周期地或连续地清洁上部印刷台的普通压印滚筒(4)。 优选地,幅材以宽敞直立的U形式围绕下部印刷站被引导,并以面向下的宽敞U的形式围绕上部印刷站引导,以提供对维护和维修人员的访问以进行相应的印刷 在形成U形的幅材的腿部之间的站