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    • 34. 发明授权
    • Automatic inspection device for corrugated paperboard machine, and corrugated paperboard machine
    • 瓦楞纸板机自动检测装置,瓦楞纸板机
    • US09452585B2
    • 2016-09-27
    • US13847102
    • 2013-03-19
    • KABUSHIKI KAISHA ISOWA
    • Hiroshi OtaMichio Suzuki
    • B31F1/20B31F7/00B31F1/28B31B1/20
    • B31F1/20B31F1/2831B31F7/00
    • An automatic inspection device for a corrugated paperboard machine includes comprises a position setting section for setting movable members to positions within moving ranges; a control section for driving each of the drive motors at a given rotational speed so as to allow a respective one of the movable members to be moved within a corresponding one of the moving ranges; a current detection section for detecting a drive current being supplied to each of the drive motors when the drive motor is driven at the given rotational speed; and a current determination section for determining whether the drive current of each of the drive motors exceeds a given threshold. The automatic inspection device is configured to, when the current determination section determines that the drive current of a specific one of the plurality of drive motors exceeds the given threshold, detecting that a defect occurs in the movable member.
    • 一种波纹纸板机的自动检查装置,包括:位置设定部,其将移动部件设定在移动范围内的位置; 控制部分,用于以给定的转速驱动每个驱动马达,以允许相应的一个可移动部件在相应的一个移动范围内移动; 电流检测部分,用于当以给定转速驱动驱动电动机时,检测供应给每个驱动电动机的驱动电流; 以及电流确定部分,用于确定每个驱动电动机的驱动电流是否超过给定的阈值。 所述自动检查装置被配置为当所述当前确定部确定所述多个驱动马达中的特定驱动马达的驱动电流超过所述给定阈值时,检测到所述可动件中出现缺陷。
    • 36. 发明授权
    • Corrugated paperboard sheet feeding apparatus
    • 瓦楞纸板供纸装置
    • US09187273B2
    • 2015-11-17
    • US14575254
    • 2014-12-18
    • KABUSHIKI KAISHA ISOWA
    • Junichi Kodama
    • B65H1/06B65H11/00B65H9/04B65H3/34
    • B65H1/06B65H3/34B65H3/68B65H9/04B65H11/00B65H2405/1142B65H2601/22
    • The corrugated paperboard sheet feeding apparatus comprises: a sheet feeding table; a front guide for regulating a front end of a corrugated paperboard sheet; a back guide for regulating a rear end of the corrugated paperboard sheet; and a guide element for separating the corrugated paperboard sheets so as to form a plurality of separate groups, wherein the guide element includes: a first guide element formed in the front guide to have a first separation guide surface; and a second guide element formed in the back guide to have a cutout portion, and a second separation guide surface, and wherein the cutout portion of the second guide element is formed in such a manner that an amount of concavity thereof is greater than an amount of protrusion of the lower edge of the first separation guide surface of the first guide element.
    • 瓦楞纸板供给装置包括:送纸台; 用于调节瓦楞纸板的前端的前导板; 用于调节瓦楞纸板的后端的后导板; 以及用于分离所述瓦楞纸板以形成多个分离组的引导元件,其中所述引导元件包括:形成在所述前引导件中的具有第一分离引导表面的第一引导元件; 以及形成在所述后引导件中的具有切口部分的第二引导元件和第二分离引导表面,并且其中所述第二引导元件的所述切口部分的形状使得其凹部的量大于 第一引导元件的第一分离引导表面的下边缘的突出。
    • 39. 发明申请
    • FOLDER GLUER
    • 文件夹
    • US20100190627A1
    • 2010-07-29
    • US12688624
    • 2010-01-15
    • Mitsuhiro Ishizuka
    • Mitsuhiro Ishizuka
    • B31B1/62
    • B31B50/00B31B50/042B31B50/36
    • A folder gluer for folding a cardboard sheet having first through fourth panels connected through connecting portions and a glue tab and joining the first and fourth panels at the glue tab is disclosed. The folder gluer includes a pair of pressing members movable relative to one another in a cardboard sheet width direction perpendicular to a cardboard sheet feed direction for pressing the connecting portions of the first and fourth panels which are being folded, a detector disposed upstream in the feed direction from the pair of pressing members for detecting a passage of the cardboard sheet being fed in the feed direction and generating a detection signal, and a controller for determining, based on the generation of the detection signal from the detector, a timing at which the pair of pressing members are caused to move relative to one another and press on the connection portions of the first and fourth panels after the first and fourth panels are folded to 90° and before being folded to 180°.
    • 公开了一种用于折叠具有通过连接部分连接的第一至第四面板的纸板片的胶卷机和胶接片,并且在胶贴片处接合第一和第四面板。 文件夹胶机包括一对按压件,它们可相对纸板宽度方向相对于彼此相对的纸板宽度方向相互移动,纸板宽度方向垂直于纸板输送方向,用于按压被折叠的第一和第四面板的连接部分, 方向从所述一对按压部件检测沿所述进给方向进给的所述纸板的通过并产生检测信号;以及控制器,用于基于来自所述检测器的检测信号的产生来确定所述定时, 在第一和第四面板被折叠成90°并且在折叠成180°之前,使一对按压构件相对于彼此移动并按压在第一和第四面板的连接部分上。
    • 40. 发明申请
    • Flexographic ink printing machine
    • US20060032387A1
    • 2006-02-16
    • US11197932
    • 2005-08-05
    • Hiromi WatanabeNokihisa Adachi
    • Hiromi WatanabeNokihisa Adachi
    • B41F31/02B41F31/08
    • B41F5/24B41F31/025B41F31/08
    • A flexographic ink printing machine is provided in which ink is circulated in order to prevent solidifying of the ink during a printing operation, whereby during ink supplying or ink recovering operations, high efficiency of supplying and recovering the ink can be obtained. A printing machine which includes an ink reservoir, an ink supply source, and ink delivery tubings each connecting said ink reservoir to said ink supply source, whereby the ink supplied from said ink supply source via at least one of said ink delivery tubings to said ink reservoir and accumulated therein is used for printing, said ink delivery tubings including ink recovery tubings for recovering the flexographic ink from said ink reservoir to said ink supply source, said ink recovery tubings having their ink recovery opening ends located within said ink reservoir, said ink delivery tubings including ink supply tubing for supplying the flexographic ink from said ink supply source to said ink reservoir, said ink supply tubing having its ink supply opening end located within said ink reservoir, whereby the ink within said ink reservoir is maintained in a dynamic state by supplying said flexographic ink from said ink supply source to said ink reservoir via said ink supply tubing and by recovering the flexographic ink from said ink reservoir to said ink supply source via said ink recovery tubings during the printing operation of the printing machine, wherein: said ink recovery tubings and said ink supply tubing have ink transfer means which can transfer the ink in both forward and backward directions between said ink supply source and said ink reservoir, wherein the flexographic ink is recovered from said ink reservoir to said ink supply source via said ink recovery tubings and said ink supply tubing now being used as an ink recovery tubing during ink recovering, and wherein the flexographic ink is supplied from said ink supply source to said ink reservoir via said ink supply tubing and said ink recovery tubings now being used as ink supply tubings during ink supplying.