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    • 3. 发明授权
    • Method of manufacturing a bottom gusseted pouch
    • 制造底部角撑囊的方法
    • US09050770B1
    • 2015-06-09
    • US14467138
    • 2014-08-25
    • James RussellJohn Ferber
    • James RussellJohn Ferber
    • B31B1/64B31B37/00B31B23/00
    • B31B29/60B31B70/00B31B70/10B31B70/60B31B70/844B31B70/946B31B2150/00B31B2155/00B31B2155/0012B31B2160/10B31B2160/20
    • A method of manufacturing a roll of bottom gusseted pouches serially connected in a top-to-bottom end orientation is provided. The method comprises unwinding a pouch webbing in a first flow direction, the pouch webbing defining front and back panels of a respective pouch; inserting a gusset webbing between the panels in a second flow direction; attaching the gusset webbing to the panels to form the bottom gusseted end of the pouch; inserting a closure mechanism between the panels in a third flow direction; attaching the closure mechanism to the panels to form the resealable top end of the pouch; sealing the side edges of the panels to complete the pouch; winding the completed pouch onto the roll; and repeating these steps to form the other bottom gusseted pouches in the roll. At least one of the pouch webbing and the gusset webbing is formed of a supported film.
    • 提供一种制造以顶部到底部端方向串联连接的底部角撑囊的卷的方法。 该方法包括在第一流动方向上解开袋子织带,该袋子织带限定相应小袋的前面板和后面板; 在第二流动方向上在板之间插入角撑板; 将角撑板织带附接到面板上以形成袋的底部角撑端; 在第三流动方向上在所述面板之间插入闭合机构; 将所述封闭机构附接到所述面板以形成所述袋的可重新密封的顶端; 密封面板的侧边缘以完成袋子; 将完成的袋子卷绕到卷筒上; 并重复这些步骤以在卷中形成另一个底部角撑囊。 袋状织带和角撑板织物中的至少一个由支撑膜形成。
    • 5. 发明授权
    • Method and apparatus for a bag machine
    • 袋机的方法和装置
    • US08998787B2
    • 2015-04-07
    • US12336328
    • 2008-12-16
    • Paul A. SelleGordon M. BreierDavid G. KuchenbeckerGregory T. Prellwitz
    • Paul A. SelleGordon M. BreierDavid G. KuchenbeckerGregory T. Prellwitz
    • B31B49/04B31B19/14B31B19/74B31B19/90B31B23/00
    • B31B19/64B31B70/00B31B70/006B31B70/14B31B70/8134B31B2155/00B31B2160/10
    • A bag machine, and method of making bags, has a sealing station a perforating station, and a downstream seal and perforation inspection station, or a perforation detection station and/or a seal inspection station is disclosed. Control of the perforating and sealing stations is preferably closed loop. The seal and perforation inspection station preferably includes a perforation detector that triggers a vision system and/or a camera, and the film is illuminated. Preferably, the inspection station is enclosed in an opaque housing, or the ambient light is otherwise blocked. The seal and perforation inspection station preferably provides an image output a display visible to a user. The vision system preferably includes a perforation location module and/or determines the distance between the seal and perforation. A downstream processing station can be provided, and can have a detected fault input, connected to a fault detect output from the seal and perforation inspection station.
    • 一种袋式制袋机及其制造方法,具有封口站,穿孔台,下游密封穿孔检查站,穿孔检测站和/或密封检查站。 射孔和密封站的控制优选是闭环的。 密封和穿孔检查站优选地包括触发视觉系统和/或照相机的穿孔检测器,并且膜被照亮。 优选地,检查站被封闭在不透明的外壳中,或者环境光否则被阻挡。 密封和穿孔检查站优选地向图像输出提供用户可见的显示。 视觉系统优选地包括穿孔位置模块和/或确定密封件和穿孔之间的距离。 可以提供下游处理站,并且可以具有检测到的故障输入,连接到来自密封件和穿孔检查站的故障检测输出。