借助数据分析和数据挖掘催生更加智能化和网络化的设备。借助激光扫描与电子标绘,一块皮革上的所有部分都可以被分析,并被精密地计算要如何切割才能达到对材料的充分利用。不够完美的部分会在制成沙发和汽车座椅的过程中被隐藏起来,比如靠背的接缝处,把手与坐垫的衔接处等。机器判断出皮革每个区域的质量后进行自动剪裁,从而最大化的利用原料。瑕疵识别、排料、裁剪和卸料之间各环节的自动化控制,根据计算,这样的剪裁方式能够实 Generate smarter and networked devices with data analytics and data mining. With laser scanning and electronic plotting, all parts of a piece of leather can be analyzed and the precise calculation of how to cut to achieve the full utilization of the material. Imperfect parts are hidden during the making of sofas and car seats, such as the seams at the backrest and the joints between the handles and the cushions. The machine determines the quality of each area of ​​the leather after the automatic tailoring, so as to maximize the use of raw materials. Defect identification, nesting, cutting and unloading of all aspects of the automatic control, according to calculations, such a cut can be true