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    • 1. 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。
    • 2. 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。
    • 8. 发明授权
    • Image recording apparatus
    • 图像记录装置
    • US08523348B2
    • 2013-09-03
    • US13072750
    • 2011-03-27
    • Hideki YamamotoYuji Sakano
    • Hideki YamamotoYuji Sakano
    • B41J2/01
    • B41J13/0009B65H5/26B65H2404/2693B65H2511/212B65H2511/414B65H2513/42B65H2220/01B65H2220/02B65H2220/11
    • An image recording apparatus including: (a) a first conveyor configured to convey a recording medium along a first conveyance path; (b) a first recording head; (c) a second conveyor configured to convey the recording medium along a second conveyance path; (d) a second recording head; (e) a third conveyor configured to convey the recording medium along a third conveyance path; and (f) a posture changer configured to change a posture of at least a downstream-side portion of the first conveyor between a first angular posture and a second angular posture, such that at least a downstream-side part of the first conveyance path is directed to the second conveyance path when the at least the downstream-side portion of the first conveyor takes the first angular posture, and such that the at least the downstream-side part of the first conveyance path is directed to the third conveyance path when the at least the downstream-side portion of the first conveyor takes the second angular posture.
    • 一种图像记录装置,包括:(a)第一传送器,其构造成沿着第一传送路径传送记录介质; (b)第一记录头; (c)第二传送器,其构造成沿着第二传送路径传送记录介质; (d)第二记录头; (e)第三传送器,其构造成沿着第三传送路径传送记录介质; 以及(f)姿态变换器,其构造为将第一输送机的至少下游侧部分的姿势改变为第一角度姿势和第二角度姿势,使得第一输送路径的至少下游侧部分为 当第一输送机的至少下游侧部分呈第一角度姿态时,指向第二输送路径,并且当第一输送路径的至少下游侧部分指向第三输送路径时, 至少第一输送机的下游侧部分呈第二角度姿势。