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    • 5. 发明授权
    • Cap applying apparatus
    • 盖应用装置
    • US06192660B1
    • 2001-02-27
    • US09230825
    • 1999-06-03
    • Yasuyuki MoriyamaElmar MockMichio SugataShigeo Katsumata
    • Yasuyuki MoriyamaElmar MockMichio SugataShigeo Katsumata
    • B65P5110
    • B65B7/28
    • An apparatus for supplying and applying cap bodies (51) to a packaging container includes a gas supplying device (11) which supplies a hydrogen-oxygen gas mixture obtained by electrolyzing water, a burner unit (22) that is connected to the gas supplying device (11) for receiving hydrogen-oxygen gas mixture from the gas supplying device (11) and burning the hydrogen-oxygen gas mixture and a pickup apparatus (80) which transports a cap body (51) to a heating position above the burner unit (22). The burner unit (22) is provided with a plurality of nozzles (31) that are arranged in a pattern that corresponds in shape to the shape of the underside periphery of the cap body (51). A shield plate (57) is positionable above the nozzles (31) to deflect the hydrogen-oxygen gas mixture emitted from the nozzles (31), and an igniter (32) is disposed adjacent one of the nozzles (31), to ignite the mixture emitted from the nozzle (31). The other nozzles (31) are then ignited as the hydrogen-oxygen mixture from such nozzles (31) is deflected by the shield plate (57). A CCD camera (31) is also provided for monitoring the flame emitted from each of said nozzles (31).
    • 一种用于向包装容器供应和施加盖体(51)的装置包括:供给通过电解水获得的氢氧气体混合物的气体供给装置(11),与气体供给装置连接的燃烧器单元(22) (11),用于从气体供给装置(11)接收氢氧气体混合物并燃烧氢氧气体混合物;以及拾取装置(80),其将盖体(51)输送到燃烧器单元上方的加热位置( 22)。 燃烧器单元(22)设置有多个喷嘴(31),其以与盖体(51)的下侧周边的形状相对应的图案布置。 屏蔽板(57)可定位在喷嘴(31)的上方,以偏转从喷嘴(31)排出的氢 - 氧气体混合物,点火器(32)邻近喷嘴(31)设置,以点燃 从喷嘴(31)排出的混合物。 然后,其他喷嘴(31)随着来自这些喷嘴(31)的氢氧混合物被屏蔽板(57)偏转而被点燃。 还提供了一个CCD照相机(31),用于监测从每个所述喷嘴(31)发射的火焰。
    • 8. 发明授权
    • Wrapping material processor and process for manufacturing packing container
    • 包装材料处理器和制造包装容器的过程
    • US06370842B1
    • 2002-04-16
    • US09463771
    • 2000-02-01
    • Yasuyuki MoriyamaYukihisa KumetaShigeo Katsumata
    • Yasuyuki MoriyamaYukihisa KumetaShigeo Katsumata
    • B65B6118
    • B65B61/24B31B50/84B32B27/10B65B9/20B65B61/184B65D5/727
    • An object is to prevent roughening of a rupture surface of a packaging material (12) that is formed upon opening of a spout (21) through application of an external force. There are provided transport means for transporting a layered packaging material (12) that is formed of a paper substrate and resin films and that has a rupture area (52) at a location corresponding to that of opening means; a seal unit for sealing the packaging material (12); and heating means disposed on the upstream side of the seal unit in the transport direction of the packaging material (12) such that the heating means is opposed to an innermost layer of the packaging material (12) in order to heat the packaging material (12). In this case, after being heated and melted, the resin film of the packaging material (12) is gradually cooled. As a result, thermoplastic resin that constitutes the resin film is crystallized and becomes brittle. Accordingly, when an external force is applied by use of the opening means to thereby open the spout (21), the resin film does not stretch. As a result, the packaging material (12) can be easily ruptured, and the rupture surface of the packaging material (12) is prevented from being roughened, because the resin film does not have ruptured and stretched portions coexisting in a mixed manner.
    • 目的是防止通过施加外力而在喷口(21)打开时形成的包装材料(12)的破裂表面的粗糙化。 提供了用于输送由纸基材和树脂膜形成的层状包装材料(12)的输送装置,并且在与打开装置相对应的位置具有破裂区域(52); 密封单元,用于密封包装材料(12); 以及在包装材料(12)的输送方向上设置在密封单元的上游侧的加热装置,使得加热装置与包装材料(12)的最内层相对,以加热包装材料(12) )。 在这种情况下,加热熔融后,包装材料(12)的树脂膜逐渐冷却。 结果,构成树脂膜的热塑性树脂结晶化,变脆。 因此,当通过使用打开装置施加外力从而打开出口(21)时,树脂膜不会伸展。 结果,包装材料(12)可以容易地破裂,并且由于树脂膜没有破裂和拉伸部分以混合的方式共存,因此可以防止包装材料(12)的破裂表面变粗糙。