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    • 14. 发明授权
    • Interlocking device and packaging bag with interlocking device
    • 联锁装置和联锁装置的包装袋
    • US08459870B2
    • 2013-06-11
    • US12738875
    • 2008-10-16
    • Ryo KatadaHiroko ShiodaKenichi Tanaka
    • Ryo KatadaHiroko ShiodaKenichi Tanaka
    • B65D33/16
    • B65D33/2508
    • A packaging bag has a zipper including a pair of male member and a female member that are engageable with each other. The male member includes: a belt-shaped male base element provided on a packaging bag body; and a male engaging portion projecting from the belt-shaped male base element. The female member includes: a belt-shaped female base element located at a position opposed to the belt-shaped male base element; and a female engaging portion projecting from the belt-shaped female base element, the male engaging portion and the female engaging portion being disengageably engaged to form an engaging portion. The belt-shaped male base element and the belt-shaped female base element are made of a resin of which tensile modulus of elasticity is in a range of 700 MPa to 1600 MPa. The engaging portion is made of a resin of which tensile modulus of elasticity is in a range of 110 MPa to 560 MPa.
    • 包装袋具有包括可以彼此接合的一对阳构件和阴构件的拉链。 阳构件包括:设置在包装袋主体上的带状阳基座元件; 以及从所述带状阳基体突出的阳接合部。 阴构件包括:位于与带状阳基座元件相对的位置处的带状阴基座元件; 以及从所述带状阴基座元件突出的阴接合部,所述阳接合部和所述阴接合部可分离地接合以形成接合部。 带状阳基体和带状阴基体元件由拉伸弹性模量在700MPa至1600MPa的范围内的树脂制成。 接合部由拉伸弹性模量在110MPa〜560MPa的范围内的树脂构成。
    • 19. 发明申请
    • CONTINUOUS WORKING DEVICE
    • 连续工作装置
    • US20110089228A1
    • 2011-04-21
    • US12997261
    • 2009-06-08
    • Shuichi Goto
    • Shuichi Goto
    • B26F1/04
    • B26F1/06B26D1/605B26D5/30B26D7/015B26D7/025B31B70/14B31B2155/00B31B2160/20
    • A continuous machining device includes: a film machining mechanism that forms a hole in a film; a holding mechanisms being provided integrally with the film machining mechanism; a slider that supports the film machining mechanism and the holding mechanism in a reciprocative manner relative to a feeding direction of the film; and a return mechanism that returns the film machining mechanism and the holding mechanism to their respective original positions defined on the opposite sides to the feeding direction of the film. When the film is held by the holding mechanism, the film machining mechanism can be moved in synchronization with the film. Thus, after the hole is formed in the film by the film machining mechanism, the film machining mechanism and the holding mechanism can be returned to their respective original positions by the return mechanism as soon as the film is released from the holding mechanism.
    • 连续加工装置包括:在膜中形成孔的膜加工机构; 保持机构与薄膜加工机构一体设置; 滑块,其相对于薄膜的进给方向以往复方式支撑薄膜加工机构和保持机构; 以及返回机构,其将胶片加工机构和保持机构返回到相对于胶片的进给方向的相对侧限定的各自的原始位置。 当胶片由保持机构保持时,胶片加工机构可以与胶片同步地移动。 因此,在通过膜加工机构在膜中形成孔之后,一旦膜从保持机构释放,膜加工机构和保持机构就可以通过返回机构返回到它们各自的原始位置。