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    • 1. 发明授权
    • Printing machine register adjustment system
    • 印刷机寄存器调整系统
    • US4821640A
    • 1989-04-18
    • US181310
    • 1988-04-13
    • Josef HajekHans Mamberer
    • Josef HajekHans Mamberer
    • B41F13/12B41F13/14B41F33/00B41F33/14B41F5/18B41F5/22
    • B41F33/00B41F13/14
    • To permit both circumferential as well as axial register adjustment of three printing couples (1, 2, 3), in which the respective cylinders of the printing couples are interconnected by spiral gears, two of the blanket cylinders (4, 8) are axially shiftable. The changes in circumferential register, upon changing of lateral register--due to the spiral gears--are compensated by position motor controllers (34, 44) which may include a microprocessor (50), automatically. Lateral register is set in a predetermined sequence by the respective cylinders, in accordance with the coupling of one of the plate cylinders (e.g. 5) with a printing machine main drive pinion (68).
    • 为了允许三个打印对(1,2,3)的周向和轴向对准调整,其中打印对的各个气缸通过螺旋齿轮互连,两个橡皮滚筒(4,8)可轴向移动 。 周向寄存器的变化,由于螺旋齿轮而导致的横向寄存器的改变 - 由位置电动机控制器(34,44)补偿,位置电动机控制器(34,44)可以自动地包括微处理器(50)。 根据其中一个印版滚筒(例如5)与印刷机主驱动小齿轮(68)的耦合,各个圆柱体以预定的顺序设置横向定位装置。
    • 2. 发明授权
    • Lifter-type inker for rotary printing machine including rotational shock
dampening means
    • 用于旋转印刷机的升降式喷墨机,包括旋转减震装置
    • US4590856A
    • 1986-05-27
    • US674737
    • 1984-11-26
    • Hans MambererReinhard ZellerOtto Spang
    • Hans MambererReinhard ZellerOtto Spang
    • B41F31/14B41F31/06B41F31/10
    • B41F31/14B41P2213/42
    • To prevent printing of imperfect copy, by a printing machine having a lifter-type inker, which is caused by cyclically recurring rotary oscillations or vibrations, the braking torque introduced upon contact of a lifter roller (3) with the first milling and distribution roller (4) of the inker is prevented from propagating through the gearing drive of the respective inker rollers. To prevent such propagation, the first milling and distributing roller (4) is yieldingly driven at machine speed, for example by frictional drive, transmitted through an elastic surface (6) of a "soft" roller in frictional drive engagement with the first milling and distributing roller (4) as well as with a positively driven subsequent milling and distributing roller (7), or a circumferentially resilient yielding coupling (13) is interposed between the drive shaft element (8) for the first milling and distibuting roller and a positive gear drive (10, 11, 12). Preferably, the inertia of the first milling and distributing roller is high with respect to that of the lifter roller (3), and is, for example, enhanced by a fly-wheel (4 a).
    • 为了防止印刷不完全的复印,通过由周期性循环的旋转振动或振动引起的具有升降器型墨水的印刷机,在提升辊(3)与第一研磨分配辊(3)接触时引入的制动转矩 防止着墨器4的传播通过各个墨辊的齿轮传动。 为了防止这种传播,第一研磨和分配辊(4)以机器速度屈服地驱动,例如通过摩擦驱动,通过与第一研磨摩擦驱动接合的“软”辊的弹性表面(6)传递,并且 分配辊(4)以及正向驱动的后续铣削和分配辊(7)或周向弹性的弹性联接器(13)插入用于第一铣削和分配辊的驱动轴元件(8)和正向 齿轮传动(10,11,12)。 优选地,第一铣削和分配辊的惯性相对于提升辊(3)的惯量高,并且例如由飞轮(4a)增强。
    • 4. 发明授权
    • Printing roll changer system, and method of roll changing
    • 打印滚筒更换系统,滚筒更换方法
    • US5152472A
    • 1992-10-06
    • US636574
    • 1991-01-02
    • Otto SpangHans Mamberer
    • Otto SpangHans Mamberer
    • B41F13/02A47C16/02B65H19/18B65H37/04
    • B65H19/1868B65H19/1815
    • To permit essentially automatic control of roll changing to change between an old roll and a replacement roll of printing machine paper, adhesive is applied to the old roll, at predetermined locations, as the old roll runs off, and the now sticky surface is engaged against the beginning portion from the new roll, the old roll then being severed within the range of the still sticky portion to ensure complete adhesion of substrate from the old roll on the substrate of the new roll. Excess adhesive which is not covered by substrate from a new roll is deactivated by a deactivating element (7) positioned in advance of any deflection roller to prevent accumulation of adhesive on any elements of the roll changer of the printing machine.
    • 为了允许基本上自动控制滚筒更换以在旧卷和更换卷筒之间改变印刷机纸,当旧卷滚下时,粘合剂在预定位置施加到旧卷,并且现在粘性表面与 来自新卷的开始部分,旧辊然后在仍然粘性部分的范围内被切断,以确保基材从旧辊在新辊的基材上的完全粘合。 未被新卷筒覆盖的过量粘合剂由位于任何偏转辊之前的钝化元件(7)去活化,以防止粘合剂在印刷机的卷纸更换器的任何元件上堆积。
    • 5. 发明授权
    • Anilox offset printing unit with a short inking device
    • 网纹胶印机,具有短的上墨装置
    • US5355796A
    • 1994-10-18
    • US40126
    • 1993-03-30
    • Ingo KoblerHans Mamberer
    • Ingo KoblerHans Mamberer
    • B41F31/30B41F7/26B41F31/06
    • B41F31/305B41P2227/70
    • An anilox offset printing unit includes a short inking device mounted between side walls with a screen roller which can be doctored and immersed in an ink reservoir, an inking roller, and a plate cylinder for inking a rubber blanket cylinder, and a damping device acting on the plate cylinder. An adjusting device having two degrees of freedom serves to adjust the distance between the axes of the inking roller and the screen roller and/or the distance between the axes of the inking roller and the plate cylinder, wherein the adjustment is carried out by the adjusting device in accordance with a measurement value determined by a measuring element which interacts with the adjusting device.
    • 网纹辊胶版印刷单元包括安装在侧壁之间的短的着墨装置,其具有能够被编织并浸没在墨水储存器中的丝网辊,着墨辊和用于着墨橡皮布滚筒的印版滚筒以及作用于 印版滚筒。 具有两个自由度的调节装置用于调节上墨辊和丝网辊之间的距离和/或上墨辊和印版滚筒的轴线之间的距离,其中调节是通过调节 装置,其根据由与调节装置相互作用的测量元件确定的测量值。
    • 7. 发明授权
    • Inking system for a printing machine, particularly of the offset or
gravure type
    • 用于印刷机的印刷系统,特别是胶印或凹版印刷机
    • US4290362A
    • 1981-09-22
    • US107358
    • 1979-12-26
    • Ingo KoblerHans MambererHelge Zwosta
    • Ingo KoblerHans MambererHelge Zwosta
    • B41F31/02B41F31/03B41F31/06B41F31/10B41F31/26B41L27/08
    • B41F31/02B41F31/06Y10S101/45
    • Ink is picked up by an ink roller which has a surface characterized as consisting of a foamed plastic with pores open at the outer circumference but not interconnected. The ink roller dips into ink within an ink trough. The ink being applied to the ink roller is controlled by stripping elements formed as rollers which are pressed with controllable force against the surface of the ink pick-up roller; the force can be controlled, for example, by pneumatic or hydraulic fluid means, such as pressure piston-cylinder arrangements, blow-up pillows, or fluid pressure being applied against the roller mechanism directly; or by mechanical means, such as by a spring suspension in which the attachment points of the springs are selectively positionable. Preferably, the stripping rollers are about 1/15 or less of the diameter of the ink pick-up roller, and driven at a circumferential speed which is slow with respect to that of the ink pick-up roller. Ink can be transferred directly to a printing plate cylinder, or to ink transfer rollers. Both the ink pick-up roller and the stripping roller, preferably, are axially oscillating.
    • 油墨由油墨辊拾取,该油墨辊的表面由发泡塑料组成,孔隙在外圆周开口但不相互连接。 墨辊在墨槽内浸入墨水中。 施加到油墨辊上的油墨由形成为辊的剥离元件控制,辊被以可控的力压在吸墨辊的表面上; 该力可以例如通过气动或液压流体装置来控制,例如压力活塞 - 气缸装置,吹起的枕头或直接施加在辊机构上的流体压力; 或通过机械装置,例如通过弹簧悬架,其中弹簧的连接点可选择性地定位。 优选地,剥离辊是吸墨辊直径的约1/15或更小,并以相对于吸墨辊的速度慢的圆周速度驱动。 墨水可以直接转印到印版滚筒或墨水转印辊上。 油墨拾取辊和剥离辊优选是轴向振动的。
    • 9. 发明授权
    • Positioning system for rotary folding jaw cylinder adjustment elements
in a rotary printing machine
    • 旋转式打印机旋转弯头气缸调节元件定位系统
    • US5215014A
    • 1993-06-01
    • US835191
    • 1992-02-13
    • Rainer BurgerHans Mamberer
    • Rainer BurgerHans Mamberer
    • B41F13/00B41F13/62B41F21/00B65H45/16
    • B65H45/168B41F13/62
    • To position two relatively rotatable elements, for example folding jaw control elements of a folding jaw cylinder of a rotary printing machine, with respect to each other, and re-position the elements, a positioning drive (7), for example a motor coupled to a gear, which is coupled for rotary transmission to an axially movable shaft or rod element (10, 10'), movable, for example, under fluid, preferably pneumatic pressure. When projected, the coupling element is engageable with a positioning gear (12) on one of the elements (22) and, upon rotation of the element by the positioning drive, can effect re-adjustment of the angular position of the other element, upon engagement with a positioning gear (11) coupled thereto. The arrangement permits remote positioning and indication of relative position by a feedback transducer (13, 113), such as a potentiometer, which can provide position signals suitable for a display (B).
    • 为了使两个相对可旋转的元件(例如旋转印刷机的折叠卡爪圆筒的折叠卡爪控制元件)相对于彼此定位并重新定位元件,定位驱动器(7)例如是耦合到 齿轮,其耦合到用于旋转传动到可轴向移动的轴或杆元件(10,10'),其可在例如流体,优选气动压力下移动。 当投影时,联接元件可以与元件(22)之一上的定位齿轮(12)接合,并且当元件通过定位驱动器旋转时,可以对另一元件的角位置进行重新调整 与与其连接的定位齿轮(11)接合。 该布置允许通过诸如电位计的反馈换能器(13,113)进行远程定位和相对位置的指示,该电位计可以提供适合于显示器(B)的位置信号。
    • 10. 发明授权
    • Multi-station printing machine system
    • 多台印刷机系统
    • US5117753A
    • 1992-06-02
    • US672476
    • 1991-03-20
    • Hans Mamberer
    • Hans Mamberer
    • B41F33/00B41F7/02B41F13/12B41F23/08B65H23/188
    • B41F13/12B65H23/1886B65H2301/4148
    • To permit versatile operation of a multi-station printing machine installation or system having a first printing machine subsystem for printing on a first substrate web which includes a plurality of printing stations (2-5) and accessory apparatus, such as dryers, coolers, folders and the like, and a second printing machine subsystem (11) likewise having a plurality of printing stations (12-15), dryers, coolers and folders, and wherein the first subsystem, additionally, includes auxiliary apparatus such as a lacquering unit (6), an adhesive application unit (21), and further paper handling units (22, 23, 24) which may be useful for certain printing jobs carried out by the further printing machine subsystem (11) but are not always used for printing jobs in the first subsystem (1), substrate web guide means (47-50, 53, 54) are provided in each one of the subsystems to guide the web from, for example, the further subsystem (11) to the auxiliary apparatus (6; 21-24) of the first subsystem and then, if desired, back to the remaining units of the second subsystem. The arrangement permits selective use of auxiliary apparatus units which are not always needed, and thus which are required, in the overall installation, only once. A synchronizing and control unit (10, 10') receives, in servo loops, input command signals from an input/output unit (55) and provides motor control signals, individually, to the drive motors (41, 43, 44) of the respective subsystems as well as to drive motors (42, 69) of the auxiliary apparatus, so that the auxiliary apparatus will operate in synchronism with the motors of the respective subsystem primarily handling printing on the respective substrate web (45, 46).
    • 为了允许具有第一印刷机子系统的多工位印刷机安装或系统的多功能操作,所述第一印刷机子系统用于在包括多个印刷站(2-5)和辅助设备(例如干燥器,冷却器,文件夹)的第一基板卷筒上进行印刷 以及类似地具有多个印刷站(12-15),干燥器,冷却器和文件夹的第二印刷机子系统(11),并且其中第一子系统另外包括诸如涂漆单元(6) ),粘合剂施加单元(21),以及另外的纸张处理单元(22,23,24),其可用于由所述另外的印刷机子系统(11)执行的某些印刷作业,但不总是用于印刷作业 在每个子系统中设置有第一子系统(1),衬底幅材引导装置(47-50,53,54)以将幅材从例如另外的子系统(11)引导到辅助装置(6; 21-24)第一个子系统a 然后,如果需要,返回到第二子系统的其余单元。 该装置允许选择性地使用不总是需要的辅助设备单元,因此在整个安装中仅需要一次。 同步和控制单元(10,10')在伺服环路中接收来自输入/输出单元(55)的输入命令信号,并将马达控制信号分别提供给驱动马达(41,43,44) 各个子系统以及驱动辅助设备的电动机(42,69),使得辅助设备将与相应子系统的电动机同步地操作,主要处理在相应基板卷筒(45,46)上的打印。