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    • 21. 发明授权
    • Shipping container blanks encapsulated in plastic film
    • 运输容器坯料封装在塑料薄膜中
    • US06450398B1
    • 2002-09-17
    • US10000747
    • 2001-11-30
    • Herbert D. MuiseAmar N. Neogi
    • Herbert D. MuiseAmar N. Neogi
    • B65D556
    • B65D65/403B31B2105/00B31B2120/408B32B27/32B32B29/08Y02W30/801Y10S229/939
    • The invention is a shipping container blank whereby all surfaces and edges are sealed by an overlying a plastic film material. A container subsequently made from the blank is rendered highly water resistant. The film material is applied to both sides of the blank and severed from the supply source. The covered blank is then heated above the softening point of the film. The film becomes bonded to the surfaces of the blank and sags around the edges and into any openings so that the film on the two sides of the blank come into contact and are sealed to each other. The edges and any slits and cutouts are then trimmed, as by a die cutter, while preserving the seals along the edges. Containers made by the process can generally be recycled, in contrast to wax or resin impregnated corrugated board.
    • 本发明是一种运输容器坯料,其中所有的表面和边缘均由塑料薄膜材料上覆盖。 随后由坯料制成的容器被高度防水。 将薄膜材料施加到坯料的两侧并从供应源切断。 然后将覆盖的坯料加热至高于膜的软化点。 该胶片粘结到坯料的表面,并且在边缘周围凹陷并进入任何开口,使得坯料两侧的胶片接触并彼此密封。 然后通过模具切割机对边缘和任何切口和切口进行修整,同时沿着边缘保持密封。 与蜡或树脂浸渍的瓦楞纸板相反,该方法制成的容器通常可以回收利用。
    • 22. 发明授权
    • Method of treating fresh produce
    • 新鲜农产品的处理方法
    • US06391357B1
    • 2002-05-21
    • US09575433
    • 2000-05-22
    • Herbert D. MuiseRobert H. Young
    • Herbert D. MuiseRobert H. Young
    • B65B3100
    • B65D5/4295A23L3/3418B65D33/01B65D81/18
    • A method for packaging, cooling, and storing fresh produce is disclosed. The produce is placed in a plastic bag having apertures that control ventilation so as to admit a fumigant gas but prevent significant moisture loss. Multiple units of the bagged produce are, in turn, placed in a corrugated shipping container. Using the bag design shown it has been found that humidity of the cold storage environment may be safely reduced to about 65-75% without significant deterioration of the contained produce. This is in contrast with the usual 90% RH environment needed to prevent moisture loss. The reduced humidity environment effects a very significant improvement in shipping container compression strength. Storage at 70% RH, in contrast to storage at 90% RH, results in an almost 50% improvement in compression strength. The result is less damage to the containers and their contents. Somewhat lighter weight shipping containers are also suitable, resulting in reduced costs.
    • 公开了一种用于包装,冷却和储存新鲜农产品的方法。 将产品放置在具有孔的塑料袋中,该孔具有控制通风的空间,以便允许熏蒸气体,但是防止显着的水分损失。 多个单位的袋装产品又被放置在波纹的运输容器中。 使用所示的袋设计已经发现,冷藏环境的湿度可以安全地降低到约65-75%,而不会使所包含的产品显着劣化。 这与通常的90%RH环境相反,防止水分流失。 减少湿度环境对运输集装箱的压缩强度有很大的改善。 与70%RH的储存相比,在70%RH下储存,压缩强度提高了近50%。 结果是对容器及其内容物的损害较小。 重量更轻的运输集装箱也是合适的,导致成本降低。
    • 23. 发明授权
    • Method of packaging perishable food or horticultural products
    • 包装易腐食品或园艺产品的方法
    • US5505950A
    • 1996-04-09
    • US754978
    • 1991-09-04
    • Stan L. FloydHerbert D. MuiseMark A. Stanish
    • Stan L. FloydHerbert D. MuiseMark A. Stanish
    • A23L3/015A23L3/3409A23L3/3418A23L3/36B65B25/04B65D81/18B65D81/20B65D85/34A23B7/148
    • A23L3/0155A23L3/3409A23L3/3418A23L3/364B65B25/041B65D81/18B65D81/2084B65D85/34
    • An improved method is described for use in packaging a wide variety of products, and in particular perishable food and horticultural products. The products are placed within a container of the type which establishes a modified atmosphere environment therein and is cooled, as by heat transfer to a cooling element, which may involve the evaporation of liquid from a cooling collar partially surrounding the container. The container and cooling collar may be subjected to vacuum cooling. The container may include a mechanism to enhance the bulk gas transfer rate during the application of the vacuum while still maintaining the desired atmosphere within the container. The container atmosphere may be precharged with gas of a desired composition. In addition, fumigants may also be included therein. The package is suitable for field packing applications in which the product, such as strawberries, is picked directly into the container surrounded by the cooling collar with the container and cooling collars being placed in an outer box or other receptacle. The modified atmosphere package may be sealed and palletized prior to vacuum cooling.
    • 描述了用于包装各种各样的产品,特别是易腐食品和园艺产品的改进方法。 将产品放置在其中形成改性气氛环境的类型的容器中,并通过向冷却元件的传热进行冷却,这可能涉及从部分围绕容器的冷却套管蒸发液体。 容器和冷却套环可以进行真空冷却。 容器可以包括在真空施加期间增强主体气体传递速率同时仍然保持容器内的期望气氛的机构。 容器气氛可以用所需组成的气体预充电。 此外,也可以包括熏蒸剂。 该包装适用于现场包装应用,其中将诸如草莓的产品直接从容器中被冷却套环包围的容器中,并将冷却套环放置在外箱或其它容器中。 改性气氛包装可以在真空冷却之前被密封和堆垛。
    • 24. 发明授权
    • Two-piece container
    • 两件式容器
    • US4567996A
    • 1986-02-04
    • US653380
    • 1984-09-21
    • Herbert D. Muise
    • Herbert D. Muise
    • B65D5/00B65D5/32B65D5/56B65D5/64B65D21/02
    • B65D5/005Y10S229/919
    • A container having three-ply side walls and six-ply end walls. The container is formed from an inner and an outer container. The inner container has side and end walls and corner flaps. The outer container is adhered to the inner container and has outer side walls in contiguity with the outer faces of the inner container side walls and inner side walls in contiguity with the inner faces of the inner container side walls. The outer container has three exterior and two interior end panels. The three exterior end panels are attached to the side edges of the side panels and the end edges of the bottom panel. A first end panel extends across and is adhered to the end wall of the inner container. A second end panel extends across and is adhered to said first end panel and a third end panel extends upwardly from the bottom panel and is adhered to the second end panel. The interior end panels are hingedly attached to two of the exterior end panels. The fourth end panel extends into and is adhered to the inner face of said inner container end wall and the fifth end panel is adhered to the fourth end panel.
    • 具有三层侧壁和六层端壁的容器。 容器由内容器和外容器形成。 内部容器具有侧壁和端壁以及角襟翼。 外容器粘附到内容器上,并且与内容器侧壁和内侧壁的外表面相邻地具有与内容器侧壁的内表面相邻的外侧壁。 外部容器具有三个外部和两个内部端板。 三个外部端板连接到侧板的侧边缘和底板的端部边缘。 第一端面板延伸并且附着到内部容器的端壁。 第二端面板延伸穿过并粘附到所述第一端面板,并且第三端面板从底板向上延伸并且粘附到第二端面板。 内端板铰接地连接到两个外端板。 第四端板延伸到内容器端壁的内表面并附着到第四端板上。