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    • 1. 发明授权
    • Method and apparatus for manufacturing a sack bottom
    • 用于制造袋底的方法和装置
    • US5569145A
    • 1996-10-29
    • US285468
    • 1994-08-03
    • Fritz AchelpohlRichard Feldkamper
    • Fritz AchelpohlRichard Feldkamper
    • B31B35/26B31B19/02B31B35/74B31B39/00B31B21/00
    • B31B37/00B31B2219/02B31B2219/2672B31B2237/05
    • The invention concerns a method and an apparatus for manufacturing a bag or sack bottom from tubular sections of paper or plastic web. Tubular sections of web material are fed into a feeding plane where they are subsequently sealed along selected seams by a sealing means. The sections are then inverted and fed in parallel to a scoring, gluing and folding section. The tubular section is then inverted again and passed to a pressing section. The tubular sections are stacked on top of each other in a partially overlapping manner as they are passed through the pressing section. After pressing, the tubular sections are passed to a separating station for again separating them before being passed to a packaging station. The invention concerns, moreover, an apparatus for operating the above mentioned method.
    • 本发明涉及用于从纸或塑料网的管状部分制造袋或袋底的方法和装置。 纤维网材料的管状部分进料到进料平面中,随后通过密封装置沿着选定的接缝密封。 然后将这些部分倒置并平行送入刻痕,胶合和折叠部分。 然后将管状部分再次倒置并传递到按压部分。 当它们通过按压部分时,管状部分以彼此重叠的方式堆叠在彼此的顶部上。 在压制之后,管状部分被送到分离工位,以在再次分离之前被传送到包装站。 本发明还涉及一种用于操作上述方法的装置。
    • 5. 发明专利
    • Bag making automatic packaging machine of sheet-like electrode
    • BAG制作自动包装机的类似电极
    • JP2012218785A
    • 2012-11-12
    • JP2011087505
    • 2011-04-11
    • General Packer Co Ltdゼネラルパッカー株式会社
    • SHIMIZU KEIICHI
    • B65B43/28B31B35/26B31B35/60B65B5/02B65B5/10B65B35/24B65B43/18B65B51/32H01M2/18
    • Y02E60/12
    • PROBLEM TO BE SOLVED: To provide a bag making automatic packaging machine capable of automatically sealing a sheet-like electrode into a bag as a separator manufactured one by one from a rolled film and high in production efficiency.SOLUTION: The bag making automatic packaging machine includes a bag making portion 10 for producing a bag (g) one by one from the roll packaging film, a conveying belt conveyor 38 having a vacuum suction device on a lower surface of a belt having a plurality of small holes, a delivery belt conveyer 48 for intermittently conveying the bag on a separating belt conveyer 27 of the bag making portion onto the conveying belt conveyer 38, a guide track 60 having a plurality of guides 70 for storing and inserting the supplied sheet-like electrode (m) into the bag (g) in such a manner of freely advancing and retracting and freely opening and closing laterally and having a base 63 of the guides on an outer periphery of a guide belt intermittently rotated synchronously with the belt of the conveying belt conveyer 38, and a point seal means 80 for performing point sealing in the predetermined part near an opening portion (h) of the bag (g) in which the sheet-like electrode (m) is stored.
    • 解决问题的方案:提供一种能够将片状电极自动地密封成作为卷绕膜一个接一个地制造的隔膜的袋的制袋自动包装机,并且生产效率高。 制袋自动包装机包括制袋部分10,用于从辊包装膜一个接一个地生产袋(g);输送带传送器38,其在带的下表面上具有真空抽吸装置 具有多个小孔的输送带输送器48,用于将制袋部分的分离皮带输送器27间歇地输送到输送带输送器38上的输送带输送器48,具有多个导向件70的导轨60, 将供给的片状电极(m)以自由前进和后退的方式自由地向外侧方向开闭,并且在引导件的外周上具有与该导向件的外周同步地同步旋转的引导件的基部63 输送带输送器38的带子和用于在其中存储有片状电极(m)的袋(g)的开口部分(h)附近的预定部分进行点密封的点密封装置80。 版权所有(C)2013,JPO&INPIT
    • 7. 发明专利
    • Device for folding angular bottom of bag
    • 用于折叠包装袋的底部的装置
    • JP2005324433A
    • 2005-11-24
    • JP2004144533
    • 2004-05-14
    • Yuko Hasegawa祐子 長谷川
    • HASEGAWA YUKO
    • B65D30/12B31B1/36B31B1/54B31B35/26B31B35/36B31B35/54
    • PROBLEM TO BE SOLVED: To provide a device for folding the square-cornered bottom of a bag which can fold the width of the square-cornered bottom uniformly. SOLUTION: A pair of guide members 2 and 2' arranged along a conveyance path and folding guide plates 3 and 3' are provided. The guide members 2 and 2' are positioned to be slightly near to a folding line b from a folding back line d outside a bag bottom part e. With regard to the folding guide plates 3 and 3', an upstream side part is positioned to be slightly near to the tip from the folding back line d inside the bag bottom part e, the width in the inside/outside direction is formed to be enlarged gradually toward the downstream side, and the outer end part protrudes outward from the guide members 2 and 2'. On the downstream side, the outer end part of one folding guide plate 3 is bent in the folding line b direction. In a discharge side end part, the widths in the inside/outside direction of the folding guide plates 3 and 3' are formed to be narrow, and the outer end part is bent in the folding line b direction. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种用于折叠袋的方形底部的装置,其可以均匀地折叠方角底部的宽度。 解决方案:提供沿着传送路径布置的一对引导构件2和2'以及折叠引导板3和3'。 引导构件2和2'被定位成从袋底部e外侧的折叠线d稍微靠近折叠线b。 对于折叠引导板3和3',上游侧部分位于从袋底部e内的折回线d稍微靠近尖端的位置,内/外方向的宽度形成为 朝向下游侧逐渐扩大,外端部从引导构件2和2'向外突出。 在下游侧,一个折叠导向板3的外端部沿折叠线b方向弯曲。 在排出侧端部,折叠引导板3和3'的内部/外侧方向上的宽度形成为窄,并且外端部在折叠线b方向上弯曲。 版权所有(C)2006,JPO&NCIPI
    • 9. 发明专利
    • CASE OR BAG MANUFACTURING DEVICE
    • JP2000190404A
    • 2000-07-11
    • JP36388899
    • 1999-12-22
    • WINDMOELLER & HOELSCHER
    • RAUTENBERG HORST
    • B31B35/26B31B29/00B31B35/28
    • PROBLEM TO BE SOLVED: To simply pull up the cylindrical end part of a cylindrical segment to enable the bottom to be formed in a rectangular shape by forming support elements in a conveyance region at an obtuse angle in a peaked roof shape behind a preliminarily opening mechanism and providing at least one roll so that the cylindrical end part is located at a position to beat the roll by the support elements. SOLUTION: Two support plates 1, 2 which form a slit 3 are provided, and the slit 3 protrudes beyond the end part 4 of a cylindrical segment 5 to be pulled up, with a groove line 7 extending to the corner of the end part 4. Thus the external bending edge 8 of a corner flap 9 is formed along the groove line 7. Further, the side walls of the end part 4 are separated from each other by a suction mechanism. In addition, the support plates 1, 2 are made symmetrical to the center conveyance face of a peaked roof so as to form the support plates 1, 2 at an obtuse angle and thus a twin conical roll 12 is arranged under the described configuration. The support plate 1, 2 are bent into the peaked roof shaped near the twin conical roll 12 and are gradually straightened into a single vertical plane.