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    • 3. 发明申请
    • BELT-LIKE MATERIAL-FEEDING APPARATUS AND METHOD OF OPERATING THE SAME
    • 类似物料送料装置及其操作方法
    • US20120267467A1
    • 2012-10-25
    • US13511003
    • 2010-11-29
    • Takayuki Okabe
    • Takayuki Okabe
    • B65H20/30
    • B65H19/1852B65H20/34B65H2301/46412
    • A belt-like material-feeding apparatus for continuously feeding a belt-like material to a treating unit, comprises a splicing unit which splices a second belt-like material to a first belt-like material being fed to the treating unit to thereby switch the belt-like material being fed to the treating unit from the first belt-like material into the second belt-like material, an accumulating unit which is arranged between the splicing unit and the treating unit and is capable of temporarily accumulating the belt-like material, and a control unit which, prior to the splicing operation of the splicing unit, increases the amount of accumulation of the belt-like material to be larger than the amount of accumulation of the belt-like material during the steady operation and, during the splicing operation, releases the belt-like material from the accumulating unit to decrease the amount of accumulation of the belt-like material.
    • 一种用于将带状材料连续地供给到处理单元的带状材料供给装置,包括将第二带状材料接合到被供给到处理单元的第一带状材料的接合单元,从而切换 带状材料从第一带状材料输送到处理单元进入第二带状材料;堆积单元,布置在拼接单元和处理单元之间,并且能够临时堆积带状材料 以及控制单元,其在拼接单元的拼接操作之前将带状材料的累积量增加到大于稳定操作期间带状材料的累积量,并且在 接合操作,从收集单元释放带状材料以减少带状材料的积聚量。
    • 8. 发明授权
    • Film joining apparatus
    • 胶片接合装置
    • US5863381A
    • 1999-01-26
    • US817530
    • 1997-04-17
    • Katsuji MagotaKatsuhiro YamaguchiYousuke KanamoriMasashi WatanabeYukihisa Kumeta
    • Katsuji MagotaKatsuhiro YamaguchiYousuke KanamoriMasashi WatanabeYukihisa Kumeta
    • B65B41/12B65H19/18B65H21/00
    • B65H19/1852B65H2301/46213B65H2301/4634B65H2301/46412B65H2406/12B65H2701/1752B65H2801/81
    • A film joining apparatus includes a first transport path (31) along which an old film (12) is transported and onto which a new film (15) whose leading end has been taken out is set, a second transport path (32) which is connected to the first transport path (31) and along which the old film (12) is transported, and a branch path (34) which is branched from the first transport path (31) and the second transport path (32) at a connecting section (33) therebetween. The apparatus further includes a heat fusion unit (40) disposed at the branch path (34) to join the tail end of the old film (12) and the leading end of the new film (15) by heat fusion, and a blower (39) disposed facing the connecting section (33) and adapted to jet an operating gas. The leading end of the new film (15) is introduced into the deepest portion of the branch path (34) in advance. When the operating gas is jetted from the blower (39), the old film (12) is pushed into the branch path (34) due to the pressure of the operating gas, so that the tail end of the old film (12) reaches the deepest portion of the branch path (34). Since it is not necessary to insert a pusher or the like into the branch path (34), static electricity is prevented from being generated in the pusher, the branch path (34), etc.
    • PCT No.PCT / JP95 / 02127 Sec。 371日期1997年04月17日 102(e)日期1997年4月14日PCT提交1995年10月17日PCT公布。 出版物WO96 / 日期1997年04月25日一种胶片接合装置包括:第一传送路径(31),旧胶片(12)沿着该第一传送路径传送,其上设置有前端的新胶片(15),第二传送路径 (32),其连接到所述第一输送路径(31),并且所述旧膜(12)沿其传送;以及分支路径(34),其从所述第一输送路径(31)和所述第二输送路径 32)在其间的连接部分(33)处。 该设备还包括设置在分支路径(34)处以通过热熔融来连接旧膜(12)的尾端和新膜(15)的前端的热熔接单元(40) 39),其面向连接部分(33)设置并且适于喷射工作气体。 预先将新胶片(15)的前端引入分支路径(34)的最深部分。 当从鼓风机(39)喷射操作气体时,由于工作气体的压力,旧膜(12)被推入分支路径(34),使得旧膜(12)的尾端到达 分支路径(34)的最深部分。 由于不需要将推动器等插入到分支路径34中,所以防止在推动器,分支路径(34)等中产生静电。
    • 9. 发明授权
    • Heat-seal splicing assembly and method
    • 热封拼接组件及方法
    • US5669998A
    • 1997-09-23
    • US434748
    • 1995-05-04
    • James K. WardDaniel S. KellyTimothy J. Searles
    • James K. WardDaniel S. KellyTimothy J. Searles
    • B29C65/02B29C65/22B29C65/74B29L7/00B65H19/18B65H69/06
    • B29C66/80B29C65/222B29C65/228B29C66/43B65H19/1852B65H19/1873B29C65/743B65H2301/46176B65H2301/4634B65H2301/4641B65H2301/46412B65H2701/1752
    • A method and web splicing assembly for heat-seal splicing together a trailing end of running first, two-sided plastic material web and a leading end of a second, two-sided plastic material web, and then for heat-seal splicing together a leading end of third, two-side plastic material web and the trailing of the then running, second web so that after the webs have been spliced and are running, like surfaces of the webs face the same direction. The web splicing assembly includes first and second splicing sub-assemblies. The first sub-assembly has a first, relatively movable slide bar and a first, relatively fixed nip bar. The second sub-assembly has a second, relatively movable slide bar and a second, relatively fixed nip bar. The sub-assemblies are each movable between a first position and a second position. In their first positions, the sub-assemblies are disposed so that portions of the webs to be heat-seal spliced are clamped between the first slide bar and the second nip bar. In their second positions, the sub-assemblies are disposed so that the portions of the webs to be heat-seal spliced are clamped between the second slide bar and the first nip bar. Each slide bar carries a heated wire that heat severs the clamped web portions along a localized area that extends across the web portion and heat-seals parts of the clamped web portions together adjacent to the area.
    • 一种方法和网状拼接组件,用于将运行中的第一双面塑料材料纤维网的尾端和第二双面塑料材料纤维网的前端进行热封拼接在一起,然后将导线 第三,两侧塑料材料纤维网的端部和随后运行的第二纤维网的尾部,使得在幅材已经被拼接并且运行之后,纸幅的相似表面面向相同的方向。 网状拼接组件包括第一和第二拼接子组件。 第一子组件具有第一相对移动的滑动杆和第一相对固定的夹持棒。 第二子组件具有第二相对移动的滑动杆和第二相对固定的夹持杆。 子组件各自可在第一位置和第二位置之间移动。 在其第一位置中,子组件被设置成使得要被热熔接的腹板的部分被夹紧在第一滑动杆和第二夹持条之间。 在其第二位置,子组件被布置成使得要被热熔接的腹板的部分夹在第二滑动杆和第一夹持条之间。 每个滑杆带有加热的线,其沿着延伸穿过腹板部分的局部区域热隔离被夹紧的腹板部分,并将夹紧的腹板部分的部分热密封在一起,邻近该区域。