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    • 72. 发明授权
    • Apparatus and method for curving metal panels
    • 用于弯曲金属板的装置和方法
    • US09079234B2
    • 2015-07-14
    • US13295751
    • 2011-11-14
    • Jason S. Cooke
    • Jason S. Cooke
    • B21D5/14B21D7/08B21D13/04B21D19/04
    • B21D5/14B21D7/08B21D13/045B21D19/043
    • The pressures provided by several wheels or rollers on various members of a metal panel are controlled to produce a curved panel of desired radius with little or no distortion. Predetermined pressures are used to achieve the desired curvature and increased pressures provide smaller radii of curvature. For metal “U” panels pressure is preferably applied on two members. For seamed metal panels pressure is preferably applied on three members. Additional curvature may be obtained by use of a curving bar. Motors drive the wheels, which urge these panel members through the wheels, the wheels having a separation distance less than the original thickness of the metal. This results in the metal of those members being elongated, thereby curving the panel with little or no distortion. In exemplary embodiments curved panels may be formed at a rate of 22-25 feet per minute or at 40-55 feet per minute.
    • 控制由金属板的各种构件上的几个轮或辊提供的压力,以产生具有很少或没有变形的所需半径的弯曲面板。 使用预定压力来实现期望的曲率,并且增加的压力提供更小的曲率半径。 对于金属“U”板,优选地将压力施加在两个构件上。 对于缝合金属板,优选地将压力施加在三个构件上。 通过使用弯曲杆可以获得额外的曲率。 电机驱动车轮,这些车轮通过轮子推动这些面板构件,车轮的间隔距离小于金属的原始厚度。 这导致这些构件的金属是细长的,从而在几乎没有或没有变形的情况下弯曲面板。 在示例性实施例中,弯曲面板可以以每分钟22-25英尺或每分钟40-55英尺的速率形成。
    • 75. 发明授权
    • Spinning method for forming pipe end
    • 用于形成管端的纺丝方法
    • US08683843B2
    • 2014-04-01
    • US12081355
    • 2008-04-15
    • Akihiro AndoKazushi SakamotoShinobu KarinoKenji Hara
    • Akihiro AndoKazushi SakamotoShinobu KarinoKenji Hara
    • B21D19/04B21D22/14
    • B21D41/04B21D22/14
    • A spinning method for forming pipe bodies of varying diameter. In the spinning method, when a necked portion is formed at the end of the pipe material by the spinning method, working rollers are restricted so as to return immediately before the pipe end instead of being allowed to axially move beyond the end of the working object pipe. The amount of diameter reduction at the pipe end is set to be smaller than that of the most diameter reduced portion connecting to the pipe end. A protruding portion of a so-called bellmouth shape is formed at the working end, thereby preventing generation of fractures originating at the working end of the base portion or the welded portion and generation of wrinkles during the spinning process.
    • 一种用于形成直径不同的管体的纺丝方法。 在纺丝方法中,当通过纺丝方法在管材端部形成颈缩部分时,加工辊受到限制,以便在管端之前立即返回,而不允许轴向移动超过工作对象的端部 管。 管端的直径减小量被设定为小于连接到管端的最大直径减小部分的量。 在工作端形成所谓的喇叭口形状的突出部分,从而防止在基部或焊接部分的工作端产生裂缝并产生纺丝过程中的皱纹。
    • 80. 发明授权
    • Equipment and method for edging and tapering cylindrical body cans
    • 圆柱体罐头边缘和锥形的设备和方法
    • US5996386A
    • 1999-12-07
    • US935874
    • 1997-09-23
    • Luigi Pazzaglia
    • Luigi Pazzaglia
    • B21D19/04B21D51/26
    • B21D19/046B21D51/2615
    • The edging or tapering equipment requires that each of the two shaped pads, for the plastic deformation of the two edges of a respective can body, be positioned so that the longitudinal axis of the pads lies at an angle to the longitudinal axis of the can body located in an operating position zone, and that the pads be set at opposite angles to one another; each of these shaped pads also moves independently, rotating and traversing around and along their respective longitudinal axis and simultaneously traversing along a determined longitudinal axis so as to obtain, at an operating contact position, induced rotation of the can body in a direction concording with the rotation of the shaped pads and designed to allow contact between each operating head and the respective edge in a zone for the definition of the profile of said edge, a profile which is created gradually, by simultaneous linear traversing and rotation of the shaped pads along the axis.
    • 边缘或锥形设备要求为相应罐体的两个边缘的塑性变形的两个成形焊盘中的每一个定位成使得焊盘的纵向轴线与罐体的纵向轴线成一定角度 位于操作位置区域中,并且焊盘彼此成相对角度设置; 这些成形垫中的每一个也独立地移动,沿着它们各自的纵向轴线旋转和横动,同时沿着确定的纵向轴线横移,以便在操作接触位置处获得罐体在与 成形垫的旋转并被设计成允许在一个区域中的每个操作头和相应边缘之间的接触,以便定义所述边缘的轮廓,通过沿着沿着所述边缘的成形垫的同时线性横向和旋转而逐渐形成的轮廓 轴。