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    • 32. 发明申请
    • Anti-transfer film and package
    • 防转印膜和包装
    • US20020039610A1
    • 2002-04-04
    • US09847250
    • 2001-05-02
    • Curwood, Inc.
    • Gregory Robert PockatRichard MusilAndrea M. CarlsonKevin Nelson
    • B65D085/00
    • B65D65/40B65D77/22Y10T428/1317Y10T428/2495Y10T428/24967Y10T428/31909Y10T428/31913Y10T428/31928
    • A generally transparent flexible packaging structure having an anti-transfer layer which, in a closed and sealed package, is at or close to an interior surface of the package. A contained food product in the package has a tendency to deposit a food product component on the interior surface of the packaging material and to thereby have a visually obscuring affect on transparency of the packaging structure. Anti-transfer material in the anti-transfer layer migrates to the interior surface of the package and interacts with the visually-obscuring component of the contained food product, thereby to attenuate or eliminate the visually obscuring effect of such component. Preferred primary polymer in the anti-transfer layer is EVA. Preferred anti-transfer materials include fatty acid esters and other amines and derivatives. The invention includes certain aspects of multiple layer packaging structures, closed and sealed packages, and methods of packaging food product.
    • 一种通常透明的柔性包装结构,其具有在封闭和密封的包装中处于或接近包装内表面的抗转移层。 包装中包含的食品具有将食品成分沉积在包装材料的内表面上的倾向,从而对包装结构的透明度具有视觉模糊的影响。 抗转移层中的抗转移材料迁移到包装的内表面并与所含食品的视觉上模糊的组分相互作用,从而减弱或消除这些组分的视觉模糊效果。 抗转移层中优选的主要聚合物是EVA。 优选的抗转移材料包括脂肪酸酯和其它胺和衍生物。 本发明包括多层包装结构,封闭和密封包装的某些方面以及包装食品的方法。
    • 35. 发明申请
    • EASY OPEN POUCHES
    • 轻松打开POUCHES
    • WO2015130256A1
    • 2015-09-03
    • PCT/US2014/018132
    • 2014-02-25
    • CURWOOD, INC.
    • SCHNABEL, Donald, C.KELLY, Scott, J.
    • B65D65/40
    • B65D81/3415B65D31/02B65D65/40B65D75/48B65D81/2007B65D81/3438B65D85/72
    • The present invention relates to improved easy-open packages for packaging beverages and wet food products for use with form-fill-seal machines, especially vertical form-fill-seal machines, and/or under hot fill or retort sterilization conditions. The packages comprise a frangible first seal connecting the first side of the web to the second side of the web and defining a tube member having an inner surface, an outer surface, a first package wall, a second package wall, opposing first and second package edges, a first package end and an opposing second package end; wherein the frangible first seal exposes a cross-sectional edge of the multilayer film inside the product receiving chamber. The packages further include a protective strip having a frangible fourth seal provided through the strip and the inner surface of the tube member; wherein the protective strip covers the exposed cross-sectional edge of the multilayer film.
    • 本发明涉及用于包装饮料和湿食品的改进的易开包装,用于成型填充密封机,特别是垂直成型 - 填充 - 密封机器,和/或在热灌装或蒸煮灭菌条件下。 所述包装件包括将所述幅材的第一侧面连接到所述幅材的第二侧面并且限定具有内表面,外表面,第一包装壁,第二包装壁,第二和第二包装的管构件的易碎的第一密封件 边缘,第一封装端和相对的第二封装端; 其中所述易碎的第一密封件暴露所述多层膜在所述产品接收室内部的横截面边缘。 包装件还包括保护带,其具有通过条带提供的易碎的第四密封件和管件的内表面; 其中所述保护条覆盖所述多层膜的暴露的横截面边缘。
    • 37. 发明申请
    • FLEXIBLE SELF-SEALING SELF-VENTING HOT-FILL CONTAINER
    • 柔性自密封自吸式热封容器
    • WO2014084857A1
    • 2014-06-05
    • PCT/US2012/067394
    • 2012-11-30
    • CURWOOD, INC.
    • MACK, Benjamin, Paul
    • B65D77/22B65D81/34B65D75/52
    • B65D81/3461A23L5/15A23V2002/00B65D51/16B65D51/1638B65D75/12B65D75/52B65D77/225B65D85/72
    • Containers are disclosed, as well as multilayer films used in such containers, which advantageously maintain a high seal strength even after being subjected to hot-fill conditions for sterilization. These microwavable/ovenable containers (10) and multilayer films are also beneficially self-venting upon exposure to microwave heating, when the internal container pressure exceeds a threshold value. These self-venting containers are also automatically self-sealing after the self-venting feature has ruptured and the container has cooled to room temperature. The self-venting self-sealing nature of these containers arises from particular film and sealing characteristics, in which the seal width differs in defined, self-venting self-sealing seal regions (13A), relative to non-venting seal regions (13B) of a given peripheral seal. Particular film materials and structural geometries of the self-venting self-sealing seal regions can be used to improve the location of venting and control of the vented gases, as well as, the resealability of the containers.
    • 公开了容器,以及在这种容器中使用的多层膜,即使在经受用于灭菌的热填充条件之后,其也有利地保持高的密封强度。 当内部容器压力超过阈值时,这些微波/可烘烤容器(10)和多层膜在暴露于微波加热时也是有利地自发的。 这些自放气容器在自通气特征破裂并且容器冷却至室温后也自动自密封。 这些容器的自通气自密封特性源于特定的膜和密封特性,其中相对于非排气密封区域(13B),限定的自排气自密封密封区域(13A)中的密封宽度不同, 给定的外围密封。 自排气自密封密封区域的特殊薄膜材料和结构几何形状可用于改善通风气体排放和控制的位置以及容器的再密封性。