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    • 5. 发明授权
    • Sheet-fed offset printing machine equipped for automated changing of
printing plates
    • 单张胶印机配备自动更换印版
    • US5339738A
    • 1994-08-23
    • US89665
    • 1993-07-09
    • Peter T. BlaserKarl-Hermann MiltnerNikolaus Spiegel
    • Peter T. BlaserKarl-Hermann MiltnerNikolaus Spiegel
    • B41F27/12B41F27/00
    • B41F27/1206
    • Sheet-fed offset printing machine for automated changing of a printing plate having a plate cylinder for carrying a printing plate, the plate cylinder being formed with a gap extending in axial direction thereof, a blanket cylinder formed with a gap extending in axial direction thereof disposed in cooperative engagement with the plate cylinder, and a clamping device disposed in the plate-cylinder gap and including a pair of movably disposed clamping rails defining therebetween a clamping slot located within the cross-sectional contour of the blanket cylinder, includes an insertion device for inserting, into the clamping slot defined by the clamping rails, a bent edge of a printing plate disposed on the plate cylinder, the bent edge being located at a trailing end of the printing plate, the insertion device being disposed in the gap formed in the blanket cylinder and having a thrust body formed with a thrust surface movable radially out of the cross-sectional contour of the blanket cylinder against the trailing end of the printing plate on the plate cylinder.
    • 用于自动更换具有用于承载印版的印版滚筒的印版的单张胶版印刷机,所述印版滚筒形成有沿其轴向延伸的间隙,所述橡皮布滚筒形成有沿轴向方向延伸的间隙, 与印版滚筒协同接合,以及夹紧装置,其设置在印版滚筒间隙中,并且包括一对可移动地设置的夹持轨道,其限定位于橡皮布滚筒的横截面轮廓内的夹紧槽,该夹紧槽包括用于 将由夹紧轨限定的夹持槽插入设置在印版滚筒上的印版的弯曲边缘,弯曲边缘位于印版的后端,插入装置设置在形成在印版的间隙中的间隙中 橡胶滚筒,并具有推力体,该推力体形成有可沿径向移出橡皮圈的横截面轮廓的推力表面 靠在印版滚筒上的印版的尾端。
    • 6. 发明授权
    • Ink duct for offset or letterpress printing machines
    • 胶印或凸版印刷机油墨管
    • US4729312A
    • 1988-03-08
    • US924201
    • 1986-10-28
    • Anton RodiPeter T. BlaserWalter Hofheinz
    • Anton RodiPeter T. BlaserWalter Hofheinz
    • B41F31/04B41F31/00
    • B41F31/04
    • Ink duct for offset or letterpress printing machines has an ink metering device by which a respective ink gap is adjustable zonewise in the axial direction of an ink duct roller. The ink metering device has metering elements pressable against the ink duct roller through the intermediary of a foil covering the metering elements, the foil being fastened so as to be movable tangentially to the ink duct roller. A device is provided for holding the foil, and an adjusting device is coupled with a motorized drive an engageable with the foil holding device for progressively moving the foil tangentially to the ink duct roller at a substantially uniform feed rate so as to dispose succeeding locations of the foil at a given distance from the ink duct roller corresponding to the width of the respective ink gap.
    • 用于偏移或凸版印刷机的墨水管具有墨水计量装置,通过该墨水计量装置,相应的墨水间隙可沿墨水辊的轴向方向调节。 墨水计量装置具有通过覆盖计量元件的箔片的中间而压靠在墨水导管辊上的计量元件,箔片被紧固以便与墨水管道切向移动。 提供一种用于保持箔片的装置,并且调节装置与电动驱动器联接,该电动驱动器可与箔保持装置接合,用于以基本上均匀的进给速率逐渐地将箔片切向地移动到墨水导管辊上,以便配置下一个位置 箔片距墨水辊的给定距离对应于各个墨水间隙的宽度。
    • 7. 发明授权
    • Assembly and method for controlling individual positioning elements in a
delivery region of a printing machine
    • 用于控制打印机的传送区域中的各个定位元件的组装和方法
    • US5251891A
    • 1993-10-12
    • US930174
    • 1992-08-17
    • Peter T. BlaserDieter HauckKarl-Hermann MiltnerAnton Rodi
    • Peter T. BlaserDieter HauckKarl-Hermann MiltnerAnton Rodi
    • B65H29/04B65H29/24B65H29/68B65H43/00
    • B65H29/683B65H29/041B65H29/243B65H29/247B65H29/686B65H43/00B65H2515/212B65H2801/21
    • An assembly for controlling individual positioning elements in a delivery region of a sheet-fed printing machine, including at least one computer, at least one input device connected to the computer for inputting therein characteristic data specific to a sheet and/or to the printing machine, the computer having devices for further processing the characteristic data, and a control device operatively connected to the computer and having individual positioning elements for causing a format-dependent adjustment in accordance with the inputted characteristic data, the computer having devices for calculating, from the characteristic data, energy of the sheet oncoming to the delivery region and, in accordance with the calculated energy value, also for calculating an actuating value for at least one individual positioning element in the delivery region so that energy withdrawal by the individual positioning element is substantially equal to the energy of the oncoming sheet in the delivery region, the control device having devices for actuating the individual positioning element in accordance with the calculated value; and method of operation.
    • 一种用于控制单张纸印刷机的输送区域中的单独定位元件的组件,包括至少一个计算机,连接到计算机的至少一个输入装置,用于在其中输入特定于片材的特性数据和/或打印机 所述计算机具有用于进一步处理所述特征数据的装置,以及可操作地连接到所述计算机并具有用于根据所输入的特征数据进行格式相关调整的单独定位元件的控制装置,所述计算机具有用于从 特征数据,到达输送区域的片材的能量,并且根据计算的能量值,还用于计算输送区域中的至少一个单独定位元件的致动值,使得各个定位元件的能量提取基本上 等于送货地区即将到来的纸张的能量 所述控制装置具有用于根据所述计算值致动所述个别定位元件的装置; 和操作方法。
    • 8. 发明授权
    • Method and device for conveying sheets
    • 传送纸张的方法和装置
    • US5029835A
    • 1991-07-09
    • US469357
    • 1990-01-24
    • Peter T. BlaserBertold Grutzmacher
    • Peter T. BlaserBertold Grutzmacher
    • B65H3/08
    • B65H3/0883
    • A method of conveying sheets by displacing in a sheet-conveying direction an upermost sheet of a pile of sheets having a contact surface of given length includes linearly lifting the sheet at a trailing edge thereof, briefly opening periodically and successively suction-air openings disposed above the pile of sheets in the sheet-conveying direction so as to form a wave crest running through the sheet starting from the trailing edge thereof and moving the sheet a displacement distance in the sheet-conveying direction in a plane relative to a top surface of the pile of sheets. The displacement distance corresponds to an amount by which the length of the sheet contact surface is shortened by the formation of the wave crest. A device is also provided for performing the method.
    • 通过在片材传送方向上移动片材的方法,其中具有给定长度的接触表面的一堆片材的最上面的片材包括在其后缘处直线地提升片材,周期性地短暂地打开并且连续地设置在上方的吸入空气开口 该片材在片材输送方向上形成从其后缘开始穿过片材的波峰,并且使片材在片材传送方向上移动距离相对于该片材的上表面的平面 一堆床单。 位移距离对应于通过形成波峰来缩短片接触表面的长度的量。 还提供了用于执行该方法的设备。
    • 9. 发明授权
    • Cable lead-through device
    • 电缆穿线装置
    • US4884774A
    • 1989-12-05
    • US213550
    • 1988-06-30
    • Anton RodiPeter T. Blaser
    • Anton RodiPeter T. Blaser
    • H02B1/20H02G3/22
    • H02G3/22
    • Cable lead-through device includes a frame-shaped mounting member open at one side thereof, a cable lead-through element formed of at least one substantially parallelepipedal block of foamed plastic material surrounding a respective cable and received in the mounting member, and a retaining member for locking the open side of the frame-shaped mounting member, the cable lead-through element having an outer dimension limited by the mounting member, the substantially parallelepipedal block being of one-piece construction and being formed with a bore extending along an axis of the block, as well as with a slit extending alongside the bore for accommodating a cable introducible therethrough into the bore.
    • 电缆引线装置包括在其一侧开口的框架状安装构件,由至少一个基本上平行六面体的发泡塑料材料块形成的电缆引导元件,该块状发泡塑料材料围绕相应的电缆并被接收在安装构件中,并且保持 用于锁定框架形安装构件的开口侧的构件,具有由安装构件限制的外部尺寸的电缆穿通元件,大致平行六面体块为一体构造并且形成有沿轴线延伸的孔 并且具有沿着孔延伸的狭缝,用于容纳可以穿过其插入到孔中的电缆。