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    • 2. 发明公开
    • BEVERAGE CAN
    • GETRÄNKEDOSE
    • EP1921013A1
    • 2008-05-14
    • EP06764366.8
    • 2006-05-31
    • Masso I Pares, Francesc d'Assis
    • Masso I Pares, Francesc d'Assis
    • B65D17/28B65D1/14
    • B65D17/04B65D17/4012B65D2517/5091
    • The invention relates to a beverage can comprising an embossed body that is made from a sheet of aluminum. The mouth of the can is closed by a flange or seamed with a lid which is equipped with a pull ring for opening the can or, more specifically, for tearing off a frangible lid. According to the invention, the body is substantially flat along the lateral axis and has a very stylish, almost-rectangular plan comprising round edges and vertices, in which the major axis of said rectangular section is slightly arched, such that the longer sides of the body take the form of a concavely curved side and a convexly curved side.
    • 本发明涉及一种饮料罐,其包括由铝板制成的压花体。 罐的口部被法兰封闭,或者用盖子缝合,该盖子配备有用于打开罐的拉环,或者更具体地,用于撕开易碎的盖子。 根据本发明,身体沿着横向轴线基本上是平的,并且具有非常时尚的,几乎矩形的平面图,其包括圆形边缘和顶点,其中所述矩形截面的长轴略微弯曲,使得 身体采取凹曲曲面和凸曲面的形式。
    • 5. 发明公开
    • Anti-bending stepped system for metallic containers
    • 系统zur Biegekorrektur metallischerBehälterdurch Stufen。
    • EP0644122A2
    • 1995-03-22
    • EP94500146.9
    • 1994-08-26
    • Rodriguez Campillo, Jose
    • Rodriguez Campillo, Jose
    • B65D1/14B21D51/26B21D22/18
    • B21D51/26B65D1/22
    • This invention refers to an anti-bending stepping system for metallic containers (1) which can be applied to all kind of metallic containers of a shape that can be either trunco-pyramidal, parallelopipedic, elliptical or similar to correct the usual bending produced when the body of the container (1) is expanded, and it comprises two or more steps (3) on certain areas of the side wall of the body of the container, the number of steps and their depth depending on the size of the relevant deformation causing the bending (2). It has been foreseen that the steps are parallel to the base to absorb the excess material originated during the manufacturing expansion stage of the container itself.
    • 本发明涉及一种用于金属容器(1)的抗弯曲步进系统,其可以应用于可以是三角锥体,平行六面体,椭圆形或类似的形状的各种金属容器,以校正当 容器(1)的主体膨胀,并且在容器的主体的侧壁的某些区域上包括两个或更多个步骤(3),步骤数量及其深度取决于相关变形的尺寸 弯曲(2)。 已经预见的是,步骤平行于底部以吸收在容器本身的制造膨胀阶段期间产生的多余材料。