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    • 1. 发明公开
    • Corrugating machine and corrugating roll design for the same
    • Wellpappenherstellungsmaschine sowie Riffelwalzedafür
    • EP1075932A1
    • 2001-02-14
    • EP00117433.3
    • 2000-08-11
    • Kabushiki Kaisha Isowa
    • Abe, Etsuro
    • B31F1/26B31F1/28
    • B31F1/2863B31F1/26
    • The present invention provides a corrugating roll design that serves to prevent cutting of the fibers in a paper medium, thereby maintaining the required strength of the medium. A corrugating roll design for a corrugating machine comprises a pair of parallel, spaced apart, corrugating rolls (12) which rotate in opposite directions on their respective rotational axes, and each of the corrugating rolls (12) being formed along its outer peripheral surface with longitudinally extending teeth with tooth tips (22) and tooth roots (20). Depressions (28) are provided in the tops of the tooth tips (22) of at least one of the corrugating rolls (12) and spaced apart a predetermined distance along the length of the roll. Each of the depressions (28) has a bottom surface which is located to establish a spacing between the bottom surface of the depression (28) and the tooth root (20) of the other corrugating roll at the actual corrugation impression zone in the nip, which spacing is greater than the thickness of the paper medium.
    • 本发明提供了一种波纹辊设计,其用于防止纸介质中的纤维的切割,从而保持所需的介质强度。 瓦楞机的波纹辊设计包括一对平行的间隔开的波纹辊12,它们在它们各自的旋转轴线上沿相反方向旋转,并且每个波纹辊12沿着其外圆周表面形成, 纵向延伸齿与齿尖(22)和齿根(20)。 凹陷(28)设置在至少一个波纹辊(12)的齿顶(22)的顶部中并且沿辊的长度间隔开预定距离。 每个凹陷(28)具有底表面,该底表面位于在压区中的实际波纹压印区处在凹部(28)的底表面和另一个波纹辊的齿根(20)之间建立间隔, 该间距大于纸介质的厚度。
    • 2. 发明公开
    • Apparatus for transferring sheet
    • Vorrichtung zurÜbertragungeiner普拉特
    • EP2077243A1
    • 2009-07-08
    • EP09000099.3
    • 2009-01-07
    • Kabushiki Kaisha Isowa
    • Abe, Etsuro
    • B65G21/20
    • B65G21/2036
    • The present invention is directed to providing an apparatus capable of transferring a sheet while reducing wear and using a relatively small driving force. The present invention is also directed to providing an apparatus capable of effectively obtaining a vacuum suction force with a simple structure. An apparatus 1 for transferring a sheet according to the present invention comprises a conveyer belt 30 provided with a plurality of vacuum suction holes 30c for allowing the belt member to vacuum-suck a sheet using an evacuation mechanism 12, a belt support member 8 having a plurality of evacuation passages 8c communicated with the vacuum suction holes, and a sheet support member 4 adapted to support the sheet in such a manner as to define an interspace between an uppermost region of an outer peripheral surface of the conveyer belt and a bottom surface of the sheet when the evacuation mechanism is in a deactivated state, whereby, when the evacuation mechanism is in an activated state, an air in the interspace S between the conveyer belt and the sheet D is evacuated from the vacuum suction holes and through the evacuation passages, so that the conveyer belt is displaced upwardly by a resulting vacuum suction force to transfer the sheet while vacuum-sucking the sheet.
    • 本发明旨在提供一种能够在减少磨损的同时传递片材并且使用相对小的驱动力的装置。 本发明还涉及提供能够以简单的结构有效地获得真空吸力的装置。 根据本发明的用于转印纸的装置1包括输送带30,其设置有多个真空吸孔30c,用于允许带部件使用排气机构12对片材进行真空吸附;带支撑部件8,具有 与真空吸引孔连通的多个排气通道8c,以及片状支承部件4,其适于以这样的方式支撑片材,即,在传送带的外周面的最上部区域和 当排气机构处于停用状态时,由此,当排气机构处于启动状态时,输送带和纸张D之间的间隙S中的空气从真空抽吸孔抽出并通过排气通道 使得输送带由所得到的真空吸力向上移位,以在真空吸附片材的同时转移片材。
    • 6. 发明公开
    • Ink Viscosity measuring device, ink viscosity adjusting method and a device thereof, and a printing apparatus
    • 用于确定粘度,粘度调整方法及其装置,以及打印装置测量装置
    • EP1138487A2
    • 2001-10-04
    • EP01303066.3
    • 2001-03-30
    • Kabushiki Kaisha Isowa
    • Adachi, NokihisaShoji, MorimasaAbe, Etsuro
    • B41F31/00
    • B41F31/005
    • A cardboard sheet printing apparatus including: a rotating body that freely rotates inside an ink circulation passage through which ink flows, and a rotation-imparting assembly which is magnetically coupled with the rotating body outside the ink circulation passage and imparts rotation to the rotating body. When the rotating body is caused to rotate by the rotation-imparting assembly, the variation in the load current value that occurs upon changes in the viscosity of the ink that contacts the rotating body is detected; and this variation is compared with load current values that correspond to respective changes in the ink viscosity value stored in memory beforehand and is converted into an ink viscosity value and then displayed, so that the viscosity of the ink is adjusted based upon the calculated results.
    • 甲纸板片材印刷装置,包括:一个旋转体自由地做油墨循环流路的内部旋转,通过它墨流动,并且一个旋转赋予组件的所有磁耦合与所述油墨循环流路外部的旋转体和旋转传递到旋转体。 当旋转体是由所述赋予旋转组件旋转,在所述负载电流值的变化做了在没有接触检测旋转体的油墨的粘度变化的发生; 这种变化与负载电流值相比没有对应于respectivement存储在存储器中预先在油墨粘度值的变化,并转换成在油墨粘度值,然后显示所以做了油墨的粘度被调节基于计算的结果。