Cutting method
    2.
    发明公开
    Cutting method 失效
    Schneidverfahren。

    公开(公告)号:EP0549134A1

    公开(公告)日:1993-06-30

    申请号:EP92310711.4

    申请日:1992-11-23

    发明人: Hukuoka, Nobuo

    IPC分类号: B26D7/30 A22C25/18

    CPC分类号: B26D7/30 A22C25/18

    摘要: A method for cutting a workpiece into cut piece or cuttings having a predetermined equal weight, which is disclosed herein, comprises the steps of performing a trial cutting of a workpiece along a predetermined trial cutting plane to provide a trial cut piece or cutting, measuring a weight of the trial cut piece, determining a weight per unit length of the trial cut piece on the basis of the weight and the position of the trial cutting plane of the trial cut piece, determinig the position of a first cutting plane for a first cut piece of a predetermined weight adjacent the trial cut piece by calculation based on the weight per unit length of the trial cut piece, performing a first cutting of the workpiece along the first cutting plane to actually provide the first cut piece adjacent the trial cut piece, and likewise determinig the position of an n-th cutting plane for an n-th cut piece by calculation based on the weight per unit length determinedon the basis of the weight and the position of the cutting plane of a jast last cut piece, i.e., an n-th cut piece, and performing an n-th cutting of the workpiece along the n-th cutting plane to actually provide the n-th cut piece. With this method, it is possible to cut a workpiece with an extremely good accuracy into cut piece or cutting each having a desired weight and high commercial value, and thus to effectively utilize the workpiece without any waste, leading to a reduced cost.

    摘要翻译: 一种用于将工件切割成具有预定等重量的切割件或切割件的方法,其在本文中公开包括以下步骤:沿着预定的试验切割平面进行试件切割工件以提供试件切割或切割,测量 根据试验切片的试验切割面的重量和位置确定试件的每单位长度的重量,确定第一切割用第一切割面的位置 通过基于试验片的每单位长度的重量的计算,与试件相邻的预定重量的片段,沿着第一切割平面执行工件的第一切割,以实际提供与试验片相邻的第一切割片, 并且通过基于根据重量确定的每单位长度的重量的计算和相位来确定第n个切割片的第n切割平面的位置 将第j个切割片切割成第n个切割片,并且沿第n个切割平面进行第n次切割,实际上提供第n个切割片。 通过这种方法,可以将精度高的切削工件切割成具有所需重量和高商业价值的切割片或切割,从而有效地利用工件而没有任何浪费,导致成本降低。