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    • 41. 发明专利
    • Paper feeder including suction mechanism and paper feed control method therefor
    • 纸张进纸器,包括抽取机构和纸张进纸控制方法
    • JP2014101171A
    • 2014-06-05
    • JP2012252999
    • 2012-11-19
    • Isowa Corp株式会社Isowa
    • KODAMA JUNICHIISHIZUKA MITSUHIROTANABE MAKOTO
    • B65H3/06B65H3/12
    • PROBLEM TO BE SOLVED: To feed accurately a corrugated cardboard sheet by regulating suction force of a suction mechanism acting on an arrangement region of partial upstream side paper feed rolls including a paper feed roll on the most upstream side in a paper feeding direction among a plurality of paper feed rolls.SOLUTION: A lifting member 19 brings a corrugated cardboard sheet into contact with a plurality of paper feed rolls 13A-13D upon descending, and separates the corrugated cardboard sheet from the plurality of paper feed rolls upon ascending. A suction mechanism 14 sucks the corrugated cardboard sheet downward in a region R1 where the plurality of paper feed rolls are arranged. A suction regulation mechanism 7 regulates suction force acting on the corrugated cardboard sheet in a region R2 where partial upstream side paper feed rolls including a paper feed roll on the most upstream side among the plurality of paper feed rolls are arranged. A paper feed control device 110 controls actuation and non-actuation of the suction regulation mechanism corresponding to the length of the corrugated cardboard sheet, when the order is changed.
    • 要解决的问题:通过调节作用在部分上游侧供纸辊的布置区域中的抽吸机构的吸力,从而在多个纸张馈送辊之间沿纸张馈送方向限定最上游侧的纸张馈送辊 的进纸辊。解决方案:升降构件19使瓦楞纸板在下降时与多个供纸辊13A-13D接触,并且在上升时将瓦楞纸板与多个供纸辊分离。 抽吸机构14在布置多个供纸辊的区域R1中向下吸收瓦楞纸板。 抽吸调节机构7调节在区域R2中作用在波纹纸板上的吸力,其中布置有多个供纸辊中的最上游侧的包括进纸辊的部分上游侧进纸辊。 当订单改变时,供纸控制装置110控制对应于瓦楞纸板的长度的吸入调节机构的致动和非致动。
    • 42. 发明专利
    • Corrugated cardboard production apparatus
    • CORRUGATED CARDBOARD生产设备
    • JP2011031586A
    • 2011-02-17
    • JP2009182898
    • 2009-08-05
    • Isowa Corp株式会社Isowa
    • MORI NAOKIHAYASHI HISASHIYAMADA TAKAHIRO
    • B31F1/24D21H23/32
    • PROBLEM TO BE SOLVED: To continue the operation of a corrugated cardboard production apparatus, and to continuously control the quantity of a liquid substance of a coating roll without causing substantial fluctuation even if moving a main control assembly from an operation position where the quantity of the liquid substance on the coating roll can be controlled to a non-operation position where the same quantity cannot be controlled and selecting a desired main controlling tool. SOLUTION: Glue is fed from a glue tray 353 to the coating roll 355 and fed to a step top of a one-face corrugated cardboard 27 conveyed by a rider roll 55 from the coating roll. The main control assembly 357 selects the desired main control tool controlling the quantity of the glue on the coating roll from a plurality of main control tools 363A and 363B and moves between an operation position where the desired main control tool contacts with the coating roll and a non-operation position where the main control tool is spaced apart from the coating roll. An auxiliary control tool 387 of an auxiliary control assembly 359 controls the quantity of the glue on the coating roll. The auxiliary control tool controls the quantity of the glue of the coating roll while the main control assembly is located at the non-operation position when selecting the desired main control tool. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了继续操作瓦楞纸板生产设备,并且即使将主控制组件从操作位置移动到主要控制组件,也不会引起实质的波动,从而连续地控制涂布辊的液体物质的数量 可以将涂布辊上的液体物质的量控制到不能控制相同量的非操作位置并选择所需的主控制工具。

      解决方案:胶水从胶纸托盘353进给到涂布辊355,并送入由滚轮55从涂布辊输送的单面瓦楞纸板27的台阶上。 主控制组件357从多个主控制工具363A和363B中选择控制涂布辊上的胶量的期望的主控制工具,并且在期望的主控制工具与涂布辊接触的操作位置和 主控制工具与涂布辊间隔开的非操作位置。 辅助控制组件359的辅助控制工具387控制涂布辊上的胶水量。 当选择所需的主控制工具时,辅助控制工具控制涂布辊的胶水量,而主控制组件位于非操作位置。 版权所有(C)2011,JPO&INPIT

    • 43. 发明专利
    • Carton-making machine of corrugated cardboard sheet
    • 陶瓷制造机的雕刻机
    • JP2010149420A
    • 2010-07-08
    • JP2008331009
    • 2008-12-25
    • Isowa Corp株式会社Isowa
    • YAMAZAKI YUJIKATO TOSHITOKIHAYASHI HISASHI
    • B31B50/88B31B50/04B31B50/25
    • PROBLEM TO BE SOLVED: To provide a carton-making machine of corrugated cardboard sheets suppressing displacement of the corrugated cardboard sheets.
      SOLUTION: The carton-making machine of the corrugated cardboard sheets includes: working rolls (16a and others) grooving the corrugated cardboard sheets, forming folding lines or printing; a corrugated cardboard sheet conveying device; working roll drive motors (50, 180, etc.); conveying position detecting sensors (60, etc.) detecting the conveying position of the conveyed corrugated cardboard sheets; and motor controllers (70, 170) controlling the motors to set the rotation position of the working rolls driven by the motors to be the given rotation position. The motor controllers control motors so that the given rotation position of the working rolls coincides with the given working position of the conveyed corrugated cardboard sheets, based on the conveyed position of the corrugated cardboard sheets detected by the conveying position detecting sensors.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种抑制瓦楞纸板片位移的瓦楞纸板纸的纸箱制造机。

      解决方案:瓦楞纸板纸的纸箱制造机包括:开槽瓦楞纸板的工作辊(16a等),形成折线或印刷; 瓦楞纸板输送装置; 工作辊驱动马达(50,180等); 检测所输送的瓦楞纸板的输送位置的输送位置检测传感器(60等) 和控制电动机的电动机控制器(70,170)将由电动机驱动的工作辊的旋转位置设定为给定的旋转位置。 马达控制器控制马达,使得根据由输送位置检测传感器检测到的瓦楞纸板的传送位置,工作辊的给定旋转位置与所输送的瓦楞纸板的给定工作位置一致。 版权所有(C)2010,JPO&INPIT

    • 44. 发明专利
    • Machine for making corrugated fiberboard sheet box
    • 制造矫正纤维板的机器
    • JP2009291992A
    • 2009-12-17
    • JP2008146194
    • 2008-06-03
    • Isowa Corp株式会社Isowa
    • ISHIZUKA MITSUHIROHIROHATA ATSUHISAKOKUBO HIDENORI
    • B31B1/88B31B1/14B31B1/22B31B1/25B31B1/94
    • PROBLEM TO BE SOLVED: To efficiently work a short length of corrugated fiberboard sheet, and to attain printing of high quality, by providing a printer provided with a plurality of printing plates rotated at a rotational speed synchronized with a conveying speed of a corrugated fiberboard sheet, and by supplying the plurality of short-dimensional corrugated fiberboard sheets during one rotation of each printing plate. SOLUTION: The two sheets of short-dimensional corrugated fiberboard sheets SS1-2, SS2-3 are supplied respectively during one rotation of a printing cylinder 40 by supply claws 218A, 223A of a belt kicker mechanism 21, and the two sheets of short-dimensional corrugated fiberboard sheets are positioned consecutively within a range of conveying-directional circumferential distance CL corresponding to a circumferential length of an outer circumferential face of the printing cylinder 40. The two printing plates 411, 412 carry out prescribed printing respectively onto the consecutively conveyed short-dimensional corrugated fiberboard sheets, during one rotation of the printing cylinder 40. The printing is carried out onto the short-dimensional corrugated fiberboard sheets in every rotation of the printing cylinder 40, as a result thereof, and the number of printing per unit time is increased two times compared with a conventional printer. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了有效地工作短的瓦楞纸片材,并且为了获得高质量的印刷,通过提供一种设置有以与转印速度同步的转速旋转的多个印版的打印机 并且通过在每个印刷版的一次旋转期间供给多个短尺寸的瓦楞纸片材。 解决方案:两张短尺寸瓦楞纸板SS1-2,SS2-3分别在印刷滚筒40的一个旋转期间通过皮带打icker机构21的供应爪218A,223A提供,两张纸 短尺寸瓦楞纸片在与印刷滚筒40的外周面的圆周长度对应的传送方向周向距离CL的范围内连续定位。两个印刷板411,412分别进行规定的印刷 在印刷滚筒40的一个旋转期间连续输送短尺寸的瓦楞纸片。由此印刷在印刷滚筒40的每个旋转中进行到短尺寸瓦楞纸片上,并且打印数量 与常规打印机相比,每单位时间增加两倍。 版权所有(C)2010,JPO&INPIT
    • 45. 发明专利
    • Corrugation machine, production management device of corrugated fiberboard, production management method and production management program
    • 腐蚀机,腐蚀性纤维板生产管理装置,生产管理方法及生产管理方案
    • JP2009160797A
    • 2009-07-23
    • JP2007341560
    • 2007-12-29
    • Isowa Corp株式会社Isowa
    • MOMONAKA HIROOIHARA SHUNICHISUZUKI MICHIO
    • B31F1/24
    • PROBLEM TO BE SOLVED: To provide a corrugation machine which can secure efficient production to each order in a series of many continuous orders, even in case a faulty production other than the malfunction of a slitter scorer etc. incidental to the switching of an order, occurs. SOLUTION: When the faulty production extends to a program starting position P3, with regard to a production process program PN8, a corrugated fiberboard sheet scheduled for the allocation of the faulty production, is specified as the second sheet of an order 4. In this case, an elimination process of the faulty production is added to the position of the second sheet of the order 4 and the production process program PN8 is changed to a production process program PN80. Further, the production process for the specified sheet and a production process for sheets in the sequence thereafter, are carried down following the addition of the elimination process. After putting the elimination process of the switching failure under the production process program PN80 into practice, the production process of the second sheet of the order 4, is carried down to a position after the elimination process of the faulty production, and a new production process program PN81 is entered in a job memory 380. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了提供一种波纹机,其可以以一系列连续的顺序确保每个订单的有效生产,即使在除了切换的切割器等的切线器打点者的故障之外的故障生产的情况下 发生订单。

      解决方案:当故障生产延伸到程序启动位置P3时,对于生产过程程序PN8,将用于分配故障生产的瓦楞纸板指定为订单4的第二页。 在这种情况下,将故障生产的消除处理添加到订单4的第二片的位置,并且将生产处理程序PN8改变为生产处理程序PN80。 此外,在添加消除处理之后,对特定片材的制造工序和其后的顺序的片材的制造工序进行。 在将生产过程程序PN80中的切换故障消除过程付诸实践之后,将第4页的第二页的生产过程转移到故障生产消除过程之后的位置,并将新的生产过程 程序PN81被输入作业存储器380.版权所有:(C)2009,JPO&INPIT

    • 46. 发明专利
    • Printer for flexographic ink
    • 喷墨打印机
    • JP2006051642A
    • 2006-02-23
    • JP2004233629
    • 2004-08-10
    • Isowa Corp株式会社イソワ
    • WATANABE HIROMIADACHI TAKANAKA
    • B41F31/02B41F5/24B41F31/08B41F31/20
    • B41F5/24B41F31/025B41F31/08
    • PROBLEM TO BE SOLVED: To provide a flexographic printer which can improve the supply and recovery efficiency of a flexographic ink during ink supply and recovery, while preventing the ink from becoming solidified by circulating it during printing. SOLUTION: In this flexographic printer, an ink ductwork consists of ink recovery pipes 22 and 24 for recovering the flexographic ink from an ink fountain to an ink supply source and an ink supply pipe 20 for supplying the flexographic ink from an ink supply source 18 to the ink fountain. In addition, the ink recovery pipes 22 and 24 and the ink supply pipe 20 have their respective ink transfer means which transfer the ink in a normal and a reverse direction between the ink supply source 18 and the ink fountain, and at the time of ink recovery, along with the ink recovery pipes 22 and 24, the ink supply pipe 20 is used as the ink recovery pipes 22 and 24, and thereby, the flexographic ink is recovered from the ink fountain into the ink supply source 18. On the other hand, the time of ink supply, along with the ink supply pipe 18, the ink recovery pipes 22 and 24 are used as the ink supply pipe 20, and thus, the flexographic ink is supplied from the ink supply source 18 into the ink fountain. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种柔性版印刷机,其可以在油墨供应和恢复期间提高柔性油墨的供应和回收效率,同时防止油墨通过在印刷期间循环而变得固化。 解决方案:在这种柔性版印刷机中,墨水管道系统由油墨回收管22和24组成,油墨回收管22和24用于将油墨从油墨回收到油墨供应源;以及供墨管20,用于从油墨供应 来源18到墨斗。 此外,油墨回收管22和24以及供墨管20具有它们各自的油墨转印装置,它们在油墨供应源18和墨斗之间沿正向和相反方向转印油墨,并且在油墨时 回收与墨回收管22和24一起,供墨管20用作油墨回收管22和24,从而将柔性油墨从墨斗回收到供墨源18中。另一方面 墨水供应的时间与墨水供应管18一起,油墨回收管22和24用作供墨管20,因此柔性油墨从供墨源18供应到墨斗 。 版权所有(C)2006,JPO&NCIPI
    • 47. 发明专利
    • Doctor blade supporting device of flexographic press
    • 柔性印刷机的刀片支撑装置
    • JP2006044193A
    • 2006-02-16
    • JP2004232227
    • 2004-08-09
    • Isowa Corp株式会社イソワ
    • WATANABE HIROMI
    • B41F31/20B41F31/08
    • PROBLEM TO BE SOLVED: To obtain a doctor blade supporting device of a flexographic press which enables replacement of a doctor blade without a stop of printing.
      SOLUTION: An anilox roll 2 brought into contact with a printing plate and the doctor blades 6 and 8 brought into contact with the anilox roll 2 are provided. A supporting member 4 supported rotatably is disposed parallel with the anilox roll 2, while the paired doctor blades 6 and 8 are fitted to the supporting member 4 so that one is fitted removably to a position of contact where it comes into contact with the anilox roll 2 while the other is fitted rotatably to a position of replacement being apart from the anilox roll 2. Besides, a motor 16 rotating the supporting member 4 between the position of contact and that of replacement and a retracting mechanism 28 for moving the supporting member 4 in the direction of approaching/leaving the anilox roll 2, are provided. The paired doctor blades 6 and 8 are fitted to symmetrical positions at the periphery of the supporting member 4.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:获得能够更换刮刀而不停止打印的柔版印刷机的刮刀支撑装置。 提供了与印版接触的网纹辊2和与网纹辊2接触的刮刀6,8。 可旋转地支撑的支撑构件4与网纹辊2平行设置,同时将一对刮刀6和8装配到支撑构件4,使得一个可拆卸地装配到与网纹辊接触的位置 而另一个可旋转地安装到与网纹辊2隔开的更换位置。此外,电动机16使支撑构件4在接触位置与更换位置之间旋转,以及用于移动支撑构件4的回缩机构28 在网纹辊2的接近/离开方向上。 成对的刮刀6和8安装在支撑构件4的周边处的对称位置。版权所有(C)2006,JPO&NCIPI
    • 48. 发明专利
    • Sheet handling method and handling device, and sheet processing device provided with the device
    • 表格处理方法和处理设备以及设备提供的表格处理设备
    • JP2006021879A
    • 2006-01-26
    • JP2004201488
    • 2004-07-08
    • Isowa Corp株式会社イソワ
    • ADACHI TAKANAKA
    • B65H33/08B65H29/66B65H31/26B65H31/32
    • PROBLEM TO BE SOLVED: To provide a sheet handling method and handling device, in which stacking of a group of sheets fed based on a new order is continued after an order change for the sheets, while discharge of a group of sheets fed based on an old order is enabled.
      SOLUTION: This sheet handling method comprises a stage of cutting a continuous sheet being fed along a feed line in prescribed length in a feed direction, a stage of feeding a cut sheet to a stacking position, a stage of stacking the fed sheets in order, and a stage of discharging the stacked sheets out of the line into groups of different sheets. In the stage of stacking, the groups of sheets adjoining each other in the stacking direction are stacked to be offset in the feed direction, in such a way that a step is formed between an end surface of one group of sheets and an end surface of another group of sheet at a boundary part between the adjoining groups of sheets. In the stage of discharge, the lowest group of sheets is discharged out of the line while a lower surface of the lowest sheet in the group of sheets right above the lowest group of sheet is held by use of the step part.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种纸张处理方法和处理装置,其中在纸张的订单改变之后继续基于新订单供纸的一组纸张的堆叠,同时一组纸张的排出 基于旧订单启用。 解决方案:该片材处理方法包括:沿进给方向以规定长度的进给线进给的连续片材的切割阶段,将切割片材供给到堆叠位置的阶段,将进给的片材 以及将堆叠的片材从线中排出到不同片材组的阶段。 在层叠阶段,层叠方向上彼此邻接的片材组被堆叠成在进给方向上偏移,使得在一组片材的端面与端面之间形成台阶 另一组在相邻的纸张组之间的边界部分的纸张。 在放电阶段,最下面的一组片材被排出管线,而通过使用台阶部件保持在最下面的片材组上方的片材组中的最低片材的下表面。 版权所有(C)2006,JPO&NCIPI
    • 49. 发明专利
    • Sheet feeder in machine for making corrugated cardboard box
    • 用于制作修整卡片盒的机器供纸器
    • JP2004107024A
    • 2004-04-08
    • JP2002271873
    • 2002-09-18
    • Isowa Corp株式会社イソワ
    • MINAMI JIRO
    • B65H3/24
    • PROBLEM TO BE SOLVED: To prevent feed sheet slippage and skew sheet feed in a sheet, and to prevent the sheet from being damaged by abrupt friction force caused by a feed roll, when fed by the frictional force and rotation of the feed roller, in a sheet feeder for a corrugated cardboard sheet.
      SOLUTION: In this box making machine, the sheet is fed by the feed roll rotating along a sheet feeding direction. The machine comprises a kicker for pushing out a rear end part of the sheet, a kicker reciprocating device for reciprocating the kicker along the sheet feeding direction, a driving unit for driving the kicker reciprocating device, and a controller for controlling the drive unit. The controller synchronizes the first speed for rotating speed-increasingly the feed roll up to a speed of the sheet conveyer, and the the first speed for rotating speed-increasingly the kicker up to the speed of the sheet conveyer to feed the sheet.
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:为了防止片材中的进料片滑动和歪斜片材进给,并且为了防止由于进给辊引起的突然的摩擦力而损坏纸张,当通过进给的摩擦力和旋转进给时 辊,用于瓦楞纸片材的送纸器。

      解决方案:在该制盒机中,片材由沿着片材进给方向旋转的进给辊进给。 该机器包括用于推出片材的后端部分的踢枪器,用于沿着片材进给方向往复运动的踢球器往复运动装置,用于驱动踢球器往复运动装置的驱动单元和用于控制驱动单元的控制器。 控制器将用于转速的第一速度 - 进给辊的速度逐渐增加到纸张传送器的速度,以及用于旋转速度的第一速度 - 越来越多地将踢纸器移动到片材输送机的速度以进给纸张。 版权所有(C)2004,JPO

    • 50. 发明专利
    • フレキソ印刷機
    • JP2017077672A
    • 2017-04-27
    • JP2015206664
    • 2015-10-20
    • 株式会社IsowaIsowa Corp
    • SAMEJIMA HISAYUKI
    • B41F31/02B41F5/24
    • 【課題】印刷速度の増減に対して、印刷の濃淡や精細度(シャープさ)を簡単に調整することができる2ロール方式のフレキソ印刷機を提供すること。【解決手段】インク貯留部1と、インク絞りロール2と、アニロックスロール3と、印版41を備える印刷シリンダ4と、プレスロール5とを備え、インク絞りロール2がアニロックスロール3に摺接することによって、インク貯留部1においてアニロックスロール3へ転移させるインクQの単位面積当たりのインク量qを調整したうえで、アニロックスロール3から印版41に転移されたインクQを、印刷シリンダ4とプレスロール5との隙間に通紙される段ボールシートSに転写して印刷するフレキソ印刷機である。アニロックスロール3の周速度V1を、印刷シリンダ4の周速度V2に対して増加又は減少させた状態で段ボールシートSに印刷する。【選択図】図1