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The damp-proof tube manufacturing method for a damp-proof box production and damp-proof box

机译:防潮箱生产用防潮管的制造方法及防潮箱

摘要

moisture-proof tube manufacturing method for making a moisture-proof bag of the present invention and a cutting position, and a hot melt moisture-proof bag (230 ) to ensure that each position the I-Mark (211) spaced at regular intervals on the lower fabric of the printing paper 212 to display the paper 210 and the moisture barrier film 220 is applied in accordance with the position of supplying them at the same rate and a supply step (S1), I-Mark (211) I-Mark detection step of the ring sensor (S2) shown in the above printing paper 212, the I-Mark (211) and the print paper detecting signal to be supplied detecting the transfer speed by the encoder controller 144 of the 212 (141) toward the speed control method comprising: transmitting signals to the arithmetic quantity of the hot melt and the injection position 230 according to the transport speed of the print paper 212 ( S3) and a hot-melt through I-Mark (211) located in the same moisture barrier film 220, the injection nozzle 143 to the surface to display the printing paper 212 by comprehensively detected signal to the controller 141 ( injection 230) with a suitable amount of paper intermittently in the edge of the fabric 210 and the injection step of the hot-melt moisture-proof adhesive film 220 an integral (S4) and the far-end of paper 210 is laminated to the front surface of which a moisture-proof film (220) be folded to overlap in the longitudinal direction and then folded to moisture film folded step (S5) and the far-end of paper 210 and the moisture barrier film 220 is bonded integrally, and the print paper that is apart a predetermined interval on the top at the same speed fed to the process and the moisture-proof bag or characterized by comprising a take-step (S6) that allows them to be wound together.
机译:用于制造本发明的防潮袋和切割位置的防潮管的制造方法,以及确保I标记(211)在每个位置上以规则间隔隔开的热熔防潮袋(230)。根据以相同速率供应它们的位置和供应步骤(S1),I-Mark(211)I-Mark,施加打印纸212的下部织物以显示纸张210和防潮膜220。上述打印纸212中所示的环形传感器(S2)的检测步骤,I-Mark(211)和要提供的打印纸检测信号,以检测由212(141)的编码器控制器144向着打印纸的传送速度。速度控制方法,包括:根据打印纸212的传送速度和位于相同湿度下的I-Mark(211),将信号传输到热熔胶的算术量和注入位置230(S3)阻挡膜220,喷嘴143至t表面通过综合检测到的信号向控制器141显示打印纸212(注入230),并在织物210的边缘间歇地注入适量的纸张,并进行热熔防潮粘合膜220的注入步骤整体(S4)和纸210的远端层压到其前表面,将防潮膜(220)折叠成在纵向上重叠,然后折叠到防潮膜折叠步骤(S5)纸210的末端和防潮膜220一体地结合,并且以相同的速度在顶部以预定间隔分开的打印纸以与处理和防潮袋相同的速度进给。 (S6),使它们可以缠绕在一起。

著录项

  • 公开/公告号KR100581070B1

    专利类型

  • 公开/公告日2006-05-17

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20040005576

  • 发明设计人 김영준;

    申请日2004-01-29

  • 分类号B32B37;

  • 国家 KR

  • 入库时间 2022-08-21 21:23:47

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