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    • 6. 发明申请
    • Wheel manufacturing method
    • 车轮制造方法
    • US20090158590A1
    • 2009-06-25
    • US12379213
    • 2009-02-17
    • Takeshi Tanaka
    • Takeshi Tanaka
    • B21K1/38
    • B60B3/002B21D53/26B21K1/38B60B3/10B60B23/10B60B25/002Y10T29/49501Y10T29/49524Y10T29/49526Y10T29/49529Y10T29/49531
    • The present invention provides wheel manufacturing method comprising a pressing step in which a primary molded product having a cylindrical shape with a bottom in which a flange part that extends to the outside is disposed on the open side end part is manufactured, a working step in which a secondary molded product is obtained by cutting away the bottom part of the abovementioned primary molded product, and a spinning step in which, the secondary worked product is fit over and fastened to a rotating jig, a rim flange molding roller is pressed against the end part of the flange part while the secondary worked product is rotated together with the rotating jig, so that the flange part is gradually molded into the shape of a rim flange part, and the flange part is subsequently subjected to an angular adjustment to an appropriate angle to mold a rim flange part.
    • 本发明提供一种制轮方法,其特征在于,包括:压制工序,其制造具有底部的圆筒形状的一次成型体,其中向所述开口侧端部设置有向外侧延伸的凸缘部,工作步骤, 通过切除上述一次成型体的底部而获得二次成型体,以及纺丝工序,其中二次加工产品被配合并固定在旋转夹具上,轮辋凸缘成型辊压靠在端部 凸缘部分的一部分,而二次加工产品与旋转夹具一起旋转,使得凸缘部分逐渐地模制成轮缘凸缘部分的形状,并且凸缘部分随后经受角度调整到适当的角度 以模制轮缘凸缘部分。
    • 8. 发明授权
    • Method of manufacturing annular body
    • 制造环形体的方法
    • US07318279B2
    • 2008-01-15
    • US10511494
    • 2003-04-11
    • Hiroshi MitsuyoshiYasuo Masuda
    • Hiroshi MitsuyoshiYasuo Masuda
    • B21K1/38
    • B21D53/30Y10T29/49524Y10T29/49531
    • A rolled steel plate 1 wound in a roll shape is unrolled and is cut in given dimensions to form a blank 2. In this case, a cut surface 2a is caused to incline at 1 to 3 degrees relative to the thickness direction of the blank 2, wherein the inclination direction of the cut surfaces 2a, 2a on each side is reversed. The blank 2 cut in this manner is roll-formed to cause the cut surfaces 2a, 2a to confront each other. Since the cut surfaces 2a, 2a on each side incline at 1 to 3 degrees in the opposite direction as described above, the cut surfaces 2a, 2a are caused to be parallel. Then, the confronting sections are laser-welded to form a cylindrical body 3.
    • 卷绕成卷状的轧制钢板1展开,在规定尺寸下切断,形成坯料2。 在这种情况下,使切割面2a相对于坯料2的厚度方向以1〜3度倾斜,其中每侧的切割面2a,2a的倾斜方向相反。 以这种方式切割的坯料2被卷成形成以使切割面2a,2a彼此面对。 由于每侧的切割面2a,2a在与上述相反的方向上以1〜3度倾斜,所以切割面2a,2a成为平行。 然后,将相对的部分激光焊接以形成圆筒体3。
    • 10. 发明授权
    • Method of manufacturing an aluminum alloy wheel
    • 铝合金车轮的制造方法
    • US07213431B1
    • 2007-05-08
    • US11344136
    • 2006-02-01
    • Yung-Chen Hsu
    • Yung-Chen Hsu
    • B21K1/38
    • B21D53/264Y10T29/49531
    • A method of manufacturing an aluminum alloy wheel, comprising the steps of producing an elongated strip of alloy blank with a desired cross-section by squeezing an alloy material, pre-curving the two ends of said blank into arcs, placing one end of said blank between an upper main roller and a lower main roller of a rolling machine to hold said blank, when said blank is being held by said upper main roller and said lower main roller and being driven back and forth along the longitudinal direction, approaching two auxiliary rollers of said rolling machine toward the two sides of said upper main roller to push said blank, so that said blank follows the curve established by a holding point between said upper main roller and said lower main roller and pushing points of said auxiliary rollers to progressively coil into the shape of the desired aluminum alloy wheel.
    • 一种制造铝合金车轮的方法,包括以下步骤:通过挤压合金材料制造具有所需横截面的细长条状合金坯料,将所述坯料的两端预弯曲成弧形,将所述坯料的一端 在上部主辊和滚动机的下部主辊之间夹住所述坯料,当所述坯料被所述上部主辊和所述下部主辊保持并且沿着纵向来回驱动时,接近两个辅助辊 所述轧制机朝向所述上主辊的两侧以推动所述坯料,使得所述坯件遵循由所述上主辊和所述下主辊之间的保持点和所述辅助辊的推动点建立的曲线,以逐渐卷绕 成为所需铝合金轮的形状。