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    • 3. 发明专利
    • Numbering and imprinting machine
    • 编号和印花机
    • JP2013163368A
    • 2013-08-22
    • JP2012275352
    • 2012-12-18
    • Komori Corp株式会社小森コーポレーション
    • ENDO YUTAKAIDA KENJINAKURA YUTO
    • B41F35/02B41F11/00B41F33/08B41F33/14
    • B41F13/0032B41F33/009B41F33/045B41F33/08B41F33/10B41F33/14B41F35/02B41F35/04B41K3/12B41P2235/21B41P2235/23B41P2235/26B65H31/24B65H2405/3311
    • PROBLEM TO BE SOLVED: To efficiently clean a number cylinder and an ink supply device by shortening the time to clean them and relieving the physical burden imposed on the operator.SOLUTION: A numbering and imprinting machine includes: number cylinders 14 and 15 in which a plurality of numbering device lines 50d are circumferentially arranged, wherein a plurality of numbering devices 50 are axially arranged in a row to form a numbering device line 50d; a number cylinder driving motor 507 that rotates the number cylinders 14 and 15; a number cylinder phase detecting device 503 that detects rotational phases of the number cylinders 14 and 15; a brush member 201 that cleans the numbering device 50 by moving while coming into contact with the numbering device 50; a brush member driving device 508 to move the brush member 201; and a control device 501 that rotates the number cylinders 14 and 15 based on a detection result of the number cylinder phase detecting device 503, stops the number cylinders 14 and 15 by positioning the numbering device line 50d to the position where it comes into contact with the brush member 201, and controls the number cylinder drive motor 507 and the brush member driving device 508 to move the brush member 201.
    • 要解决的问题:通过缩短清洁它们的时间来有效地清洁数字筒和供墨装置,并减轻施加在操作者上的物理负担。解码:编号和压印机包括:数字缸14和15,其中 多个编号装置配线50d是圆周方向配置的,其中多个编号装置50沿轴向排列成一列,形成编号装置配线50d; 旋转数字滚筒14和15的数字滚筒驱动马达507; 检测数字滚筒14和15的旋转相位的数字圆筒相位检测装置503; 刷子构件201,其通过在与编号装置50接触的同时移动来清洁编号装置50; 用于移动刷构件201的刷构件驱动装置508; 并且基于数字圆筒相位检测装置503的检测结果使数字圆筒14和15旋转的控制装置501通过将编号装置线50d定位到与其接触的位置而停止数字圆筒14和15 刷子构件201,并且控制数字缸驱动马达507和刷构件驱动装置508以移动刷构件201。
    • 4. 发明专利
    • Ink film thickness distribution correction method and apparatus
    • 墨盒厚度分布校正方法和装置
    • JP2013059879A
    • 2013-04-04
    • JP2011198387
    • 2011-09-12
    • Komori Corp株式会社小森コーポレーション
    • HIRANO MASAHIROTOTSUKA HIROMICHI
    • B41F31/02B41F31/20
    • B41F31/045B41F31/20B41F31/301B41F31/36B41F33/10B41F35/04B41P2233/11B41P2235/26
    • PROBLEM TO BE SOLVED: To form ink film thickness distribution according to a picture of a plate used for printing the next job in an ink roller group for a short time upon switching print jobs without performing blank printing or turning a pot.SOLUTION: An ink film thickness distribution correction method removes ink attached rollers 6-1 to 6-4 of the ink roller group 6 in an ink supply device after the end of the print job using the previous plate (after the end of the previous print job), stops invoking operation of an ink invoking roller 5, separates the ink roller group 6 into a roller small group 6A at the upper stream side and a roller small group 6B at the lower stream side, and removes the ink inside the roller small group 6A at the upper stream side by an ink cleaning device. Afterward, the ink roller group 6 is connected, subdivided, and reconnected to form the ink film thickness distribution according to the picture of the plate 7' for use in the next print job in the ink roller group 6.
    • 要解决的问题:根据用于在切换打印作业而在墨辊组中短时间打印下一个作业的板的图片而不执行空白打印或转动罐的油墨膜厚度分布。 解决方案:油墨膜厚度分布校正方法在打印作业结束之后使用前一个板(在结束后)去除墨水供应装置中的墨水辊组6的墨水连接辊6-1至6-4 先前的打印作业)停止调用墨水调用辊5的操作,将墨辊组6分离成上游侧的滚筒小组6A和在下游侧的滚筒小组6B,并将墨水内部 辊子小组6A在上游侧由油墨清洁装置。 之后,墨辊组6被连接,细分并重新连接,以根据用于墨辊组6中的下一打印作业的板7'的图片形成墨膜厚度分布。版权所有( C)2013,JPO&INPIT
    • 5. 发明专利
    • Washing cloth winding structure for cylinder washing apparatus
    • 洗衣机洗衣机的清洗衣服结构
    • JP2011201313A
    • 2011-10-13
    • JP2011132866
    • 2011-06-15
    • J P Ii Kkジェーピーイー株式会社
    • KUMAKI TSUNEOMIYAZAKI KIYOSHI
    • B41F35/06B41F33/14
    • B41F35/00B08B1/00B08B1/008B41F35/04B41F35/06B41P2235/24B41P2235/246
    • PROBLEM TO BE SOLVED: To provide a cylinder washing apparatus which does not press a detecting roller for detecting a diameter of a washing cloth during winding the washing cloth.SOLUTION: A detecting roller 87 is connected with a supporting shaft 85 provided on a plate 3 through an L-shaped arm 86, and a rod 89 is provided on a stopper 88 on the other side. A diameter detecting lever 84 for detecting the diameter of the washing cloth wound on a washing cloth winding roll 12 is provided. An reverse rotation preventing means 90 is provided, and one side is fixed on a washing cloth winding roll shaft 12, and the other side is fixed on a winding plate 91 on which one end is brought into contact with the rod 89, and the winding lever 94 is provided at the other end. When the washing cloth is wound by the plate 3 moved by an air cylinder 5, the winding lever 94 is brought into contact with the frame 4 to separate the rod 89 from the winding plate 91, and an energizing means 92 of the winding plate 91 separates the detecting roller 87 which is brought into contact with the surface of the washing cloth winding roll 12 from the surface of the washing cloth during winding through an opened rod 89 and the L-shaped arm 86.
    • 要解决的问题:提供一种滚筒洗涤装置,其在卷绕洗涤布期间不按压用于检测洗涤布直径的检测辊。解决方案:检测辊87与设置在板3上的支撑轴85连接 通过L形臂86,并且杆89设置在另一侧的止动件88上。 提供了用于检测卷绕在洗涤布卷绕辊12上的洗涤布的直径的直径检测杆84。 设置有反转防止装置90,一侧固定在洗涤布卷绕轴12上,另一侧固定在一端与杆89接触的卷绕板91上,绕组 杆94设置在另一端。 当洗涤布被气缸5移动的板3卷绕时,卷绕杆94与框架4接触以将杆89与卷绕板91分离,并且卷绕板91的施力装置92 在通过打开的杆89和L形臂86的卷绕过程中,将与洗涤布卷绕辊12的表面接触的检测辊87从洗涤布的表面分离。
    • 7. 发明专利
    • Printing machine
    • 打印机
    • JP2006272751A
    • 2006-10-12
    • JP2005095322
    • 2005-03-29
    • Aimaa Planning Kkアイマー・プランニング株式会社
    • IZUME MASAYUKI
    • B41F31/04
    • B41F35/04B41F31/02
    • PROBLEM TO BE SOLVED: To provide a printing machine which facilitates automation of replacement of dam plates and enables further automation of step replacing work and also simplification of this work and reduction of working time thereby.
      SOLUTION: The printing machine comprises an ink fountain member 2, an ink fountain roller 3, the paired dam plates 53 attracted onto an ink fountain forming surface 37a of the ink fountain member 2 and the outer peripheral surface of the ink fountain roller 3 by a permanent magnet, and a dam plate replacing device 85. The dam plate replacing device 85 comprises an ink fountain member rotating device 36, a dam plate stopping member 110 which stops the dam plates 53 detached from the ink fountain forming surface 37a and rotated thereto together with the ink fountain roller 3, with the rotation of the ink fountain member 2, and makes the plates rotate in the direction of detaching from the outer peripheral surface of the ink fountain roller 3, a moving body 88 which moves above an ink fountain 1 and also can move upward and downward, and a dam plate holding member 91 which is provided in the moving body 88 so that it can hold and release the dam plates 53.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种促进坝板更换自动化的印刷机,并且能够进一步自动化步骤更换工作,并且还简化了该工作并因此减少了工作时间。 解决方案:印刷机包括墨斗部件2,墨斗辊3,被吸引到墨斗部件2的墨斗形成表面37a上的成对的挡板53和墨斗辊的外周表面 挡板更换装置85包括墨斗部件旋转装置36,阻挡板卡止部件110,阻挡板59从墨斗形成表面37a脱离, 随着墨斗构件2的旋转而与墨斗辊3一起旋转,并且使得板沿着从墨斗辊3的外周表面分离的方向旋转,移动体88在一个 墨斗1并且还可以上下移动;以及坝板保持构件91,其设置在移动体88中,使得其能够保持和释放坝板53.版权所有(C)2007,JPO&INP 它