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    • 1. 发明授权
    • Process for producing liquid-container material
    • 液体容器材料生产工艺
    • US5296070A
    • 1994-03-22
    • US888786
    • 1992-05-27
    • Yoshiaki TakeHideki YamamotoShigenori Morishima
    • Yoshiaki TakeHideki YamamotoShigenori Morishima
    • B32B27/10B65D5/56B29C47/06
    • B65D5/563B32B27/10B32B38/0036B32B2309/02
    • A process for producing a liquid-container material that includes a thermoadhesive resin film, a substrate sheet having a thin-film layer of an inorganic compound, such as a silicon oxide, and a paper substrate. The thermoadhesive resin film is formed by melt-extruding a thermoadhesive resin from an extruder die, and then cooled to a temperature at which the thermoadhesive properties inherent in the thermoadhesive resin film can be retained and at which no crack is produced in the thinfilm layer of an inorganic compound when the thermoadhesive resin film is laminated to the substrate sheet. The cooled thermoadhesive resin film is laminated to the substrate sheet to form a laminate, which is then laminated to the paper substrate. The thermoadhesive resin film may preferably include a non-adsorptive resin layer and a thermoadhesive resin layer. In this instance, the non-adsorptive resin layer is so provided as to be on the outside of the liquid-container material.
    • 一种制造液体容器材料的方法,其包括热粘性树脂膜,具有诸如氧化硅的无机化合物的薄膜层的基片和纸基片。 通过从挤出机模头熔融挤出热粘合性树脂形成热粘合性树脂膜,然后冷却至可以保持热粘合性树脂膜中固有的热粘合性能,并且在薄膜层中不产生裂纹的温度 当将热粘合性树脂膜层压到基材片材上时的无机化合物。 将冷却的热粘合性树脂膜层压到基材片上以形成层压体,然后层压到纸基材上。 热粘性树脂膜优选包括非吸附性树脂层和热粘合性树脂层。 在这种情况下,非吸附树脂层设置在液体容器材料的外侧。
    • 3. 发明授权
    • Method for manufacturing an angled and cylindrical container
    • 用于制造倾斜和圆柱形容器的方法
    • US4581003A
    • 1986-04-08
    • US627435
    • 1984-07-03
    • Sukenori ItoYoshiaki TakeTakahisa Hirayama
    • Sukenori ItoYoshiaki TakeTakahisa Hirayama
    • B31B50/59B31B1/28
    • B31B43/00B31B2201/226
    • A method for manufacturing a container for filling with juice or the like at a high temperature includes applying a container body to a mandrel having an outer surface corresponding to the shape of a cylinder and a plurality of recessed portions located about the circumference of the mandrel. The recessed portions are inwardly recessed from the substantially cylindrical outer surface and are separated by a plurality of connecting portions corresponding substantially to the cylindrical outer surface. The container body is subjected to vacuum attraction through a plurality of apertures provided in the mandrel whereby the container body is drawn into the plurality of recessed portions to conform the shape of the container body to the shape of the mandrel. The container is thereafter disengaged from the mandrel by feeding compressed air through the plurality of apertures of the mandrel.
    • 制造用于在高温下灌装果汁等的容器的方法包括将容器主体施加到具有与圆筒形状相对应的外表面的心轴和围绕心轴周围定位的多个凹部。 凹陷部分从基本上圆柱形的外表面向内凹入,并且被基本上对应于圆柱形外表面的多个连接部分分开。 容器主体通过设置在心轴中的多个孔进行真空吸引,由此将容器主体拉入多个凹部以使容器主体的形状与心轴的形状一致。 然后通过将压缩空气通过心轴的多个孔而将容器从心轴分离。
    • 4. 发明授权
    • Container, and method and device for manufacturing the same
    • 集装箱及其制造方法和装置
    • US4374697A
    • 1983-02-22
    • US217217
    • 1980-12-17
    • Kiyoshi TsuzukiSigeto TanakaYoshiaki Take
    • Kiyoshi TsuzukiSigeto TanakaYoshiaki Take
    • B29C65/00B29C65/08B29C65/48B31B50/64B65D3/12B29C27/08
    • B29C66/8322B29C65/08B29C65/48B29C66/346B29C66/4322B29C66/49B29C66/542B29C66/545B29C66/612B29C66/73921B29C66/80B29C66/81425B29C66/81427B29C66/81431B29C66/83411B31B1/00B65D3/12B29C66/232B29C66/71B29K2711/123B29L2031/7132B31B2201/6026
    • A device for forming the body and bottom of a container of the kind wherein there is an axial seam formed by adhesively-joined overlapping portions of the side and a bottom formed by an upwardly-folded lower end portion of the bottom adhesively enfolded within a downwardly-folded portion of the lower end of the side, said device comprising an ultrasonic side seaming device for welding the side seam, said side seaming device embodying an elongate, ultrasonic horn and means therein defining a planar contact surface containing a stepped-down recess commencing several millimeters from one end for engagement with the side seam and a bottom seaming device comprising an outer mold containing a mold cavity for receiving the bottom, said outer mold containing a centrally-located circular hole, a shaft, a knurling tool supported by the shaft within the mold cavity for rotation about its axis and movement circumferentially within the hole and means circumferentially of the knurling tool defining a circumferential wall and an annular groove of such radial dimensions as to have rolling tangential engagement with the enfolded portion of the body and bottom when moved circumferentially within the hole to cause the enfolded portion to become adhered.
    • 一种用于形成这种容器的主体和底部的装置,其中存在通过粘合的重叠部分形成的轴向接缝和由底部的向上折叠的下端部分形成的底部,该底部被粘合地包裹在下面 所述装置包括用于焊接侧缝的超声波侧面接缝装置,所述侧缝合装置体现细长的超声波喇叭及其装置,其中限定了一个平面的接触表面,该平面的接触表面包含一个开始下降的下降的凹口 从一端接合几个毫米,与侧缝接合;底部接缝装置包括一个外模具,该外模包含用于容纳底部的模腔,所述外模包含一个居中定位的圆孔,一轴,一由该轴支承的滚花工具 在模具腔内,用于围绕其轴线旋转并且在孔内周向运动,并且在滚花工具的周向上具有限定性 具有这样的径向尺寸的圆周壁和环形槽,以便当在孔内周向地移动时使得与主体和底部的折叠部分具有滚动切向接合,以使包住的部分粘附。
    • 6. 发明授权
    • Liquid container with spout
    • 液体容器带喷口
    • US5325983A
    • 1994-07-05
    • US953840
    • 1992-09-30
    • Takayuki ImaiYoshiaki TakeHideki YamamotoKen Shimatani
    • Takayuki ImaiYoshiaki TakeHideki YamamotoKen Shimatani
    • B65D5/40B65D5/56B65D5/74B65D17/42
    • B65D5/748
    • A liquid container with a spout is disclosed. A composite sheet for the container body comprises an innermost layer of a low-smelly and low-adsorbent resin and an outermost layer of a polyolefine resin. A sealing film comprising a liquid-contacting layer and a sealing layer both made of the low-smelly and low-adsorbent resin seals a spouting hole in the container body from inside the container body. The container body and the spout sandwich a connecting film and a spout-attached film. The connecting film has a hole in alignment with and adjoining the hole in the container body. The connecting film comprises an innermost layer of a polyolefine resin and an outermost layer of the same resin as the innermost resin of the container body. The connecting film is heatsealed to the outermost layer of the container body. The spout-attached film has a hole in alignment with and adjoining the hole in the container body. The hole in the spout-attached film has a smaller diameter than the hole in the container body. The spout-attached film comprises an outermost layer of a polyolefine resin and an innermost layer of the same resin as the innermost layer of the container body. The spout-attached film is heatsealed to an area between the connecting film and the sealing film so that the edge of the rear hole in the spout-attached film is positioned on a portion of the outermost layer of the sealing film adjoining the hole in the container body.
    • 公开了具有喷口的液体容器。 用于容器主体的复合片材包括低臭度和低吸附性树脂的最内层和聚烯烃树脂的最外层。 由低臭度和低吸附性树脂构成的包含液体接触层和密封层的密封膜从容器主体内部密封容器主体中的喷射孔。 容器主体和喷口夹着连接膜和喷嘴附着膜。 连接膜具有与容器主体中的孔对准并与其邻接的孔。 连接膜包括聚烯烃树脂的最内层和与容器主体的最内层树脂相同的树脂的最外层。 连接膜被热密封到容器主体的最外层。 喷嘴附着膜具有与容器主体中的孔对准并与其邻接的孔。 喷口附着膜中的孔的直径小于容器主体中的孔。 喷嘴附着膜包括聚烯烃树脂的最外层和与容器主体的最内层相同树脂的最内层。 喷出膜附着在连接膜和密封膜之间的区域,使得喷口附着膜中的后孔的边缘位于邻近孔的密封膜的最外层的一部分上 集装箱体。