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    • 1. 发明专利
    • Sheet cutter and slit method
    • 切片和切片方法
    • JP2011183461A
    • 2011-09-22
    • JP2010047766
    • 2010-03-04
    • Meisan Kk明産株式会社
    • TAWARA YOSHINORITAWARA YOSHIHIROICHIKAWA SHIGERU
    • B26D7/14
    • PROBLEM TO BE SOLVED: To provide a sheet cutter and a slit method for improving quality of the finally formed sheet.
      SOLUTION: This sheet cutter includes a main feed roll 600 for carrying a sheet 400 to the rear by sandwiching the sheet between an outer peripheral surface of a rotating upper roller 601 and an outer peripheral surface of a rotating lower roller 602, a sub-feed roll 800 arranged in the rear of the main feed roll and carrying the sheet to the rear by sandwiching the sheet between an outer peripheral surface of a rotting upper roller 801 and an outer peripheral surface of a rotating lower roller 802, a slitter 700 arranged between the respective feed rolls and slitting the sheet so that a width of the sheet becomes a predetermined width, and servomotors (SM
      1 and SM
      2 ) for controlling tension of the sheet 400 between the respective feed rolls by controlling a rotating speed and/or torque of the respective rollers.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种用于提高最终成型片材的质量的片材切割机和狭缝方法。 解决方案:该切纸器包括主进给辊600,用于通过将片材夹在旋转的上辊601的外周表面和旋转的下辊602的外周表面之间,将片材400向后运送, 副进给辊800布置在主进给辊的后部,并通过将片材夹在腐烂的上辊801的外周表面和旋转的下辊802的外周表面之间,将片材运送到后部,分切机 700,分别设置在各供给辊之间,对片材进行切断,使得片材的宽度成为规定的宽度,以及用于控制张力的伺服电机(SM 1 和SM 2 ) 通过控制相应辊的转速和/或扭矩在相应进给辊之间的片材400。 版权所有(C)2011,JPO&INPIT
    • 2. 发明专利
    • Cross cutting device
    • 交叉切割装置
    • JP2011152595A
    • 2011-08-11
    • JP2010014061
    • 2010-01-26
    • Asahi Machinery LtdMeisan Kk旭マシナリー株式会社明産株式会社
    • OKABASHI YOSHIHARUICHIKAWA SHIGERU
    • B26D1/38B23D25/00B26D1/40
    • PROBLEM TO BE SOLVED: To provide method and apparatus for achieving an optimum operating state of a cross cutting device by suppressing variation due to various factors of a rotating drum of the cross cutting device, and by accurately measuring the amount of variation, and by recognizing the correlation between the runout and cut end of a knife blade. SOLUTION: A difference between waveforms during unloading and waveforms during sheet cutting, namely, during loading is calculated. Components during the cutting, namely, during loading of the rotating drum are extracted from the difference between the two. The calculation of the difference is carried out by using elements, such as a CPU, an amplifier, an A/D converter, and memory, incorporated into a control device. The result is displayed on a display screen, and displacement components during the cutting are estimated. COPYRIGHT: (C)2011,JPO&INPIT
    • 解决的问题:为了提供通过抑制由于横切装置的旋转鼓的各种因素引起的变化而实现交叉装置的最佳操作状态的方法和装置,并且通过精确地测量变化量, 并且通过识别刀片的跳动和切割端之间的相关性。

      解决方案:计算卸料期间的波形与片材切割期间的波形,即加载期间的差异。 切割期间的组件,即在旋转滚筒的加载期间,从两者之间的差异中提取出组件。 通过使用并入到控制装置中的诸如CPU,放大器,A / D转换器和存储器的元件来执行差分的计算。 结果显示在显示屏幕上,并且在切割期间估计位移分量。 版权所有(C)2011,JPO&INPIT

    • 3. 发明专利
    • Lapping amount adjusting method and device for shear cut-type slitter using round tooth
    • 切削量调整方法和切割切割机的装置使用圆形牙
    • JP2007038331A
    • 2007-02-15
    • JP2005223925
    • 2005-08-02
    • Meisan KkYoshinori Tawara明産株式会社義則 田原
    • TAWARA YOSHINORI
    • B26D1/24B26D7/26
    • PROBLEM TO BE SOLVED: To provide lapping amount adjusting method and device for a shear cut-type slitter using a round tooth, automatically adjusting a lapping amount.
      SOLUTION: In lapping amount adjustment for the shear cut-type slitter using the round tooth, the diameter of a knife to be replaced at the time of replacing the knife is automatically measured using a knife edge detecting sensor, and the knife position for obtaining a desired lap amount is obtained based upon the measured knife diameter and the knife edge detecting point of the knife edge detecting sensor by computing. Thus, in the shear cut-type slitter using the round blade, the diameter of the replacement knife is measured automatically or semi-automatically, and since the lapping amount of upper and lower blades can be automatically adjusted, the trouble for replacing the knife can be very simplified. An unskilled worker can easily replace the knife without any problem.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供使用圆齿的剪切式分切机的研磨量调整方法和装置,自动调整研磨量。

      解决方案:在使用圆齿的剪切式分切机的研磨量调整中,使用刀刃检测传感器自动测量在更换刀时更换的刀的直径,刀位置 通过计算,基于刀刃检测传感器的测量刀直径和刀刃检测点来获得用于获得期望的搭接量。 因此,在使用圆刀的剪切式切断机中,替换刀的直径自动或半自动测量,并且由于可以自动调节上下刀片的研磨量,所以更换刀的麻烦 非常简化。 不熟练的工人可以轻松地更换刀,没有任何问题。 版权所有(C)2007,JPO&INPIT

    • 5. 发明专利
    • SLITTER KNIFE HOLDER EMPLOYING FLAT CYLINDER
    • JPH08276395A
    • 1996-10-22
    • JP8281095
    • 1995-04-07
    • MEISAN KK
    • TAWARA YOSHINORI
    • B26D1/24
    • PURPOSE: To prevent a play of a piston rod, and thereby enable it to be smoothly moved up and down by forming a knife mounting/demounting cylinder for a slitter knife holder into a flat cylinder. CONSTITUTION: An air mounting/demounting type upper knife holder 1 has a knife mounting/demounting flat air cylinder 10 formed out of a knife hold section fitted to the lower end section of a piston rod 13. The knife mounting/ demounting flat cylinder 10 is formed out of a flat shaped cylinder 11, and of a flat shaped piston 16 coinciding with the flat cross section of the aforesaid flat shaped cylinder. The piston 16 is disposed in a cylinder space 12. The piston rod 13 is provided for the piston 16 while being penetrated through the upper and lower sections of the cylinder 11 in such a way as to be penetrated through the center section of the piston 16. By using the flat cylinder 11 as mentioned above, the piston 16 can be prevented from being rotated and finely run out in the rotating direction, and thereby it can smoothly be moved.
    • 9. 发明专利
    • INDICATING DEVICE FOR RECORDING AND READING DETECTION OF DEFECTIVE PART OF BAND LIKE OBJECT BEING WOUND
    • JPS6487460A
    • 1989-03-31
    • JP24304387
    • 1987-09-28
    • MEISAN KK
    • TAWARA YOSHINORI
    • B65H26/00
    • PURPOSE:To rationalize a selecting operation in a finishing process by automatically recording and holding the defect information of a wound band like object on a winding spool itself side. CONSTITUTION:A defect detector control device 30 for a band-like body receives the detected signal of the defective part of a sheet of band-like paper 1 from a detector 23, and transmit the signal as a defect detecting signal including the position of the defective part in width direction of the sheet of band-like paper 1 and a detecting time information, etc., to a defect recording control device 40. Then, by receiving the signals of the flowing quantity of the sheet of band-like paper 1 and the rotation period of a wind-up spool 22 which are detected, the control device 40 operates the present position information signal of the sheet of band-like paper 1 and write the signal into the optical memory card 27 of the recording spool 22 via an optical terminal 28 every moment. And, then, at the time of carrying out the finishing operation of slitting, cutting, etc. by unwinding the sheet of band-like paper 1 from a paper roll 2, if all defect informations of the paper roll 2 have been read out by a read-out indicating device and transferred to a centralized control device, the control device turns on a defective-part indicting lamp to notify an operator.