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    • 3. 发明专利
    • グラビアオフセット印刷機およびオフセット印刷方法
    • GRAVURE偏移打印机和偏移打印方法
    • JP2015150746A
    • 2015-08-24
    • JP2014025277
    • 2014-02-13
    • 株式会社コムラテック
    • 中西 正治
    • B41F3/20B41F3/38B41F3/58B41F3/60B41F17/14B41M1/10B41F3/51
    • 【課題】グラビアロールのグラビア印刷版を版胴から分離することのできるグラビアオフセット印刷機、および、グラビア印刷版を版胴から分離可能なグラビアロールを使用したオフセット印刷方法を提供する。 【解決手段】本発明のグラビアオフセット印刷機は、版胴10の外周の一部に切り欠き形成された印刷版固定部10xに、板状のグラビア印刷版11の巻回方向の一端と他端とが固定手段(ねじ12)により締め付け固定されたグラビアロール1を備えており、印刷時には、このグラビアロール1を正回転させながらインクを掻き取り、インクをグラビア印刷版11表面の凹状版溝11xに保持させるインク刷り込み動作と、上記グラビアロール1を逆回転させながら、グラビア印刷版11の表面に残るインクをインク掻き取り手段3でインク供給位置まで掻き戻すインク戻し動作とを、交互に行う。 【選択図】図1
    • 要解决的问题:提供一种凹版胶版印刷机,其凹版辊的凹版印刷版可以从印版滚筒分离,以及使用能够将凹版印刷版与印版滚筒分离的凹版辊的胶版印刷法。 解决方案:凹版胶版印刷机包括凹版辊1,其中平板状凹版印刷版11的卷绕方向的一端和另一端被紧固并固定到切口并形成在外部的一部分的印版固定部分10x 通过固定装置(螺钉12)在印版滚筒10的周边,并且在正常旋转凹版辊1的同时交替地执行用于刮除墨的墨打印操作,并且在凹版印刷版11的表面上形成凹槽板11x 保持油墨,以及通过墨水刮除装置3将残留在凹版印刷版11的表面上的墨水刮擦到供墨位置的墨水返回操作,同时 在印刷中反转凹版辊1。
    • 5. 发明专利
    • Printing roll pressurizing device for printer
    • 打印机打印滚筒加压装置
    • JP2011056723A
    • 2011-03-24
    • JP2009207519
    • 2009-09-08
    • Ihi Corp株式会社Ihi
    • MATSUO KENGOSAITO HIROSHINAKAYAMA YUICHIRO
    • B41F3/58B41F3/20B41F17/14
    • PROBLEM TO BE SOLVED: To enhance the repeatability of printing patterns and to enhance printing accuracy. SOLUTION: A roll unit 27 is formed by connecting right and left respective bearing housings 28 holding the rotation shafts 24a, 24b of a blanket roll 24 with a connecting member 30 having a trough shape laterally extending and opened on the lower end side and having a high longitudinal rigidity. The roll unit 27 vertically movably secured to a gatelike frame 26 straddling a guide rail 18 arranged on the mount 17 via a linear guide 34, two positions of the roll units 27 in a lateral direction and the upper part of the frame 26 thereabove are connected by interposing a jack 35. The distorted deformation of the blanket roll 24 is prevented by suppressing the inclination from the roll shaft direction of each bearing housing 28 when bringing the blanket roll 24 descending by the jack 35 together with the roll unit 27 into contact with the plate 19 on the plate table 21 or the printing object 20 on the printing object table 22 with required contact pressure. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提高打印图案的重复性,提高打印精度。 解决方案:辊单元27通过将保持橡皮布卷24的旋转轴24a,24b的左右各自的轴承壳体28连接到具有在下端侧横向延伸和开口的槽形状的连接构件30而形成 并且具有高的纵向刚性。 辊单元27通过线性导向件34垂直移动地固定到跨接在布置在支架17上的导轨18上的带状框架26上,辊单元27在横向方向上的两个位置和框架26上方的上部连接 通过插入千斤顶35来防止橡皮布辊24的扭曲变形,当将由插孔35下降的橡皮布辊24与辊单元27一起接触时,通过抑制与各轴承座28的辊轴方向的倾斜来防止橡皮布辊24的变形 板台21上的板19或印刷对象台22上的打印对象20以所需的接触压力。 版权所有(C)2011,JPO&INPIT
    • 6. 发明专利
    • Transferring device for offset printing
    • 用于偏移打印的传送设备
    • JP2011005847A
    • 2011-01-13
    • JP2009209423
    • 2009-09-10
    • Ihi Corp株式会社Ihi
    • MATSUO KENGOSAITO HIROSHINAKAYAMA YUICHIROIMAIZUMI HIROAKI
    • B41F3/58B41F3/20B41F3/34B41F17/14
    • B41F3/34B41F3/20B41F3/58
    • PROBLEM TO BE SOLVED: To improve printing accuracy by enhancing the geometrical reproducibility of printing patterns.SOLUTION: By forming a transferring device for offset printing 18 though the provision of a portal frame 21 so as to be athwart guide rails 13 provided on a treastle 12, the attachment of each of right and left bearing housings 28a and 28b for rotatably retaining the rotating shaft 30 of a blanket roll 19 with a roll supporting frame 27 to the columns 23a, 23b, 23c and 23d of a frame 21 through vertically direct-acting guides and further the attachment of the nut members 36 of a ball-screw mechanism 33 to each of the bearing housings 28a and 28b at the execution of transferring and re-transferring by thrusting the blanket roll 19 from above with the required contact pressure against a plate 14 on a plate table 15 or against a printing object 16 of a printing object table 17 running on the guide rails 13, the possibility of the development of deformation in mechanical structural parts except in the blanket roll 19 by the reaction of the contact pressure of the blanket roll is suppressed.
    • 要解决的问题:通过提高打印图案的几何重现性来提高打印精度。解决方案:通过形成用于胶版印刷18的转印装置,尽管提供了门架21,以便设置在防水板12上的偏转导轨13 左右的轴承座28a,28b各自的安装用于通过垂直方向直线地将框架21的支柱23a,23b,23c和23d的辊23a,23b,23c和23d的辊支撑框架27可旋转地保持在橡皮布辊19的旋转轴30上, 通过将所需的接触压力从上方推压橡皮布卷19,执行转印和再转印,从而将滚珠丝杠机构33的螺母部件36连接到每个轴承座28a和28b上。 在台板15上的板14或与在导轨13上运行的打印对象台17的打印对象16相对应,机械结构中变形的可能性 通过橡皮布辊的接触压力的反应,除了橡皮布辊19之外的结构部件被抑制。
    • 8. 发明专利
    • FLAT BED PRINTER AND DRIVING METHOD FOR INK APPLICATION ROLLER
    • JPH10138445A
    • 1998-05-26
    • JP29375896
    • 1996-11-06
    • MITSUBISHI HEAVY IND LTD
    • NAKAYA YOSHINORI
    • B41F3/20B41F3/58B41F3/81
    • PROBLEM TO BE SOLVED: To reduce a period of time for printing cycles and to improve productivity by a method wherein a single motor for rotating a milling roller which can be brought into contact with an ink application roller at a cirumferential speed corresponding to a speed of a running truck during the printing is provided and the number of times of stopping at a prescribed position is reduced. SOLUTION: When an ink application roller 7 that receives ink is raised by air cylinders 23a, 23b to be returned to an original position, it is brought into contact with a kneading roller 11 that is rotated by a single motor 16. The kneading roller 11 compulsorily rotates the ink application roller 7 by a frictional force and moves toward a base plate by virtue of a running truck 5 by kneading the ink on the roller 7. The rotation speed of the single motor 16 is set such that the circumferential speed of the ink kneading roller 7 at that time is roughly the same as the running speed of the running truck 5. Cum followers 22a, 22b attached to levers 21a, 21b of the ink application roller rotate and move on guiding plate 12a, 12b at the above circumferential speed.