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    • 1. 发明授权
    • Combination laser cutting and blank welding apparatus and method
    • 组合激光切割和坯料焊接设备及方法
    • US6031199A
    • 2000-02-29
    • US959043
    • 1997-10-28
    • Stanley L. ReamRobert J. BeesonJason P. Isaacs
    • Stanley L. ReamRobert J. BeesonJason P. Isaacs
    • B23K26/26B23K26/38B23K26/00
    • B23K26/38B23K26/26B23K2201/185
    • A combination cutting and welding apparatus for fabricating tailor welded blanks and the like wherein sheets of metal are placed end-to-end in an abutting relationship and welded together along the resulting seam to form a blank for subsequent metal processing. The machine includes two halves which are positioned relative to each other in either a cutting position or a welding position. Each half secures a sheet metal workpiece. At least one of the workpieces is cut so that the workpieces respectively secured by the first and second halves include adjacent edges that mate when the halves are moved from the cutting to the welding position. The workpieces are not unclamped between cutting and welding operations to facilitate the precise mating of the workpiece forward edges. The halves of the apparatus are able to communicate workpieces and finished blanks to each other via crossover conveyor assemblies that allow the workpieces and finished blanks to span a space between the halves. Sensing and positioning assemblies accurately position the workpieces for cutting operations. Offal supports are selectively deployed to support the offal formed by cutting.
    • 一种用于制造定制焊接坯件等的组合切割和焊接装置,其中金属片以邻接关系端对端地放置,并沿着所得到的接缝焊接在一起以形成用于后续金属加工的坯料。 该机器包括在切割位置或焊接位置相对于彼此定位的两个半部。 每个半固定一个钣金工件。 切割至少一个工件,使得分别由第一和第二半部固定的工件包括当半部从切割件移动到焊接位置时配合的相邻边缘。 工件在切割和焊接操作之间不会松开,以便于工件前沿的精确配合。 设备的一半能够通过允许工件和成品坯料跨越半部之间的空间的交叉输送器组件将工件和成品坯料彼此通信。 传感和定位组件精确定位切割操作的工件。 选择性地部署内底支架以支撑通过切割形成的内脏。
    • 4. 发明授权
    • Process for manufacturing a hollow body from two metal bars
    • 用于从两个金属棒制造中空体的方法
    • US6098262A
    • 2000-08-08
    • US161591
    • 1998-09-28
    • Volker ThomsAndreas Poellmann
    • Volker ThomsAndreas Poellmann
    • B21D26/02B21D26/037B21D26/057B21D53/04B23K26/24B23K26/364B23P17/00
    • B23K26/24B21D26/037B21D26/057B21D53/045B23K26/364B23K2201/185Y10T29/49616Y10T29/49622Y10T29/49805Y10T29/4981
    • A process for manufacturing a hollow body made of two mutually welded together metal bars which are flatly disposed on one another. Within an internal high-pressure forming tool in a closed position, the metal bars are widened by introducing a pressure fluid under a high pressure into the parting line existing between the metal bars, until they are placed on the die sinking of the forming tool defining the final contour while forming the hollow body. The metal bar composite is trimmed by a cutting operation, and the pressure fluid inlet area of the metal bar composite is cut off after the widening has taken place. In order to reliably manufacture a flangeless hollow body in a simple manner from two metal bars, the metal bars are seam-welded before entering into the forming tool, and the resulting metal bar composite is then trimmed by a beam welding process in the weld seam. Then for the expanding forming, the metal bar composite is charged into the forming tool such that its trimmed edges are situated within the die sinking of the forming tool, with the metal bar composite being clamped in only in the area of the pressure fluid inlet.
    • 一种用于制造由相互焊接在一起的彼此平坦地布置的金属棒的中空体的方法。 在处于关闭位置的内部高压成形工具内,通过将高压下的压力流体引导到存在于金属棒之间的分型线中,使金属棒变宽,直到它们被放置在成形工具的模具下沉 形成中空体的最终轮廓。 通过切割操作修剪金属棒复合材料,并且在扩宽发生之后金属棒复合材料的压力流体入口区域被切断。 为了从两个金属棒以可靠的方式可靠地制造无凸缘的中空体,金属棒在进入成形工具之前被缝焊,然后通过焊缝中的梁焊接工艺来修整所得到的金属棒复合材料 。 然后,对于膨胀成型,将金属棒复合材料装入成形工具中,使得其修边边缘位于成形工具的模具下沉中,金属棒复合材料仅夹在压力流体入口的区域中。