RFID在供应链中的绩效评估

Paul Golding, Vanesa M. Tennant
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引用次数: 2

摘要

一种一次性切割尖端(31)具有两个基本多边形的主表面(32、33)和切割边缘(42、43、44、45、49、50),其形式为沿尖端厚度方向向内突出的曲线。切割边缘在位于多边形顶点的鼻部(38、39、40、41)之间延伸。所述主表面在中间具有平坦的中心部分(47)。具有两部分的耙面在平坦的中心部分和切削刃之间延伸。耙面(51)具有平坦部分(56)和弯曲、凹部分(53)。将平耙面部分的最下缘(52)连接到平中心部分的弯曲凹面部分(53)作为切屑破碎面。通过沿所述弯曲凹表面部分设置的多个凸出物(55)来增强所述断片。每个机头部分具有机头保护表面(38a、39a、40a、41a),从定义在侧表面(34、35、36、37)和主表面之间的端缘向内平行延伸至平坦的中心部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Review of RFID in the Supply Chain
A throwaway cutting tip (31) has two substantially polygonal main surfaces (32, 33) and cutting edges (42, 43, 44, 45, 49, 50) in the form of a curved line projecting inwardly in the direction of the thickness of the tip. The cutting edges extend between nose portions (38, 39, 40, 41) positioned at apexes of the polygon. The main surface has a flat central portion (47) in the middle. A rake surface having two portions extends between the flat central portion and the cutting edge. The rake surface (51) has a flat portion (56) and a curved, concave portion (53). The curved concave surface portion (53) connecting the lowermost edge (52) of the flat rake surface portion to the flat central portion functions as a chip breaking surface. The chip breaking is enhanced by a plurality of projections (55) arranged along the curved concave surface portion. Each nose portion has a nose protecting surface (38a, 39a, 40a, 41a) extending parallel to the flat central portion inwardly from an end edge defined between lateral surfaces (34, 35, 36, 37) and the main surface.
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