序号 | 专利名 | 申请号 | 申请日 | 公开(公告)号 | 公开(公告)日 | 发明人 |
---|---|---|---|---|---|---|
1 | 一种直线进给式靠模铣床夹具 | CN201510167900.X | 2015-04-10 | CN104841986A | 2015-08-19 | 张国红 |
本发明公开了一种直线进给式靠模铣床夹具,包括铣刀滑座和滚柱滑座,所述铣刀滑座和滚柱滑座之间通过连接轴相连且保持铣刀滑座和滚柱滑座之间的轴线间的距离不变,所述铣刀滑座与拉力装置相连,其特征在于,所述铣刀滑座底部连接有与铣刀接触的工件,所述滚柱滑座底部连接有与靠模板接触的滚柱,所述滚柱的工作部分呈12-14°的锥面。优选,所述拉力装置可以是重锤,或是强力弹簧。可以补偿因铣刀磨损或刀磨后因直径的变化所产生的工件轮廓误差,提高金属材料的加工效果。 | ||||||
2 | Rotary tool and its cutting part | US10503528 | 2002-07-25 | US20050164620A1 | 2005-07-28 | Hirofumi Amamoto |
A rotary tool (T) has a rotary segment (10) with an opposed surface opposed to a work surface and a plurality of cutting parts (20) arranged on the opposed surface. Some cutting parts (20) include tips (22a) made of a grinding tool segment obtained by binding abrasive grains by a metal binder and the other cutting parts (20) include tips (24a) made of a sintered material harder than the grinding tool segment, and the respective cutting parts (20) are arranged such that the tips (24a) are located at positions more outward than the tips (22a) with respect to radial directions of the rotary segment. | ||||||
3 | Rotating tool and edge portion thereof | JP2002141746 | 2002-05-16 | JP2003300168A | 2003-10-21 | AMAMOTO HIROBUMI |
PROBLEM TO BE SOLVED: To enable good coat removing execution by preventing seizure while avoiding excessive engagement of a cutting edge. SOLUTION: The edge portion 20 of a rotating tool T comprises a rotating element 10 having an opposite surface opposing to a working surface, and a plurality of the edge portions 20 provided on the opposite surface in a line. An inner side part in a rotation radial direction of the cutting edge is structured by a grinding wheel 22 bonding abrasive grains by metallic binder, and an outer side part in the rotation radius direction is structured by a sintering element 24 harder than the grinding wheel 22. The rotating toll T includes a cutting edge 22a structured the grinding wheel bonding the abrasive grains by the metallic binder, and a cutting edge 24a structured by a sintering element harder than the grinding wheel. Each edge portion 20 is arranged so as to position the cutting edge 24a in the outer side in the rotation radius direction of the rotating element than the cutting edge 22a. COPYRIGHT: (C)2004,JPO | ||||||
4 | SCHNEIDEINSATZ UND SCHNEIDWERKZEUG | EP13718531.0 | 2013-04-12 | EP2836326A1 | 2015-02-18 | TEUSCH, Bruno |
The invention relates to a cutting insert (20) for a cutting tool for machining workpieces, which cutting insert has a contact face (24) and a rake face (22) that is opposite the contact face in a plane-parallel manner and has the same basic geometric shape, on which rake face at least one cutting edge (28) is formed. According to the invention, in a top view of the rake face (22), the at least one cutting edge (28) is angled outward by a predetermined angle δ relative to the corresponding edge of the contact surface, while all other outer edges of the rake face (22) extend parallel to the corresponding edges of the bottom face (24). The service life of the cutting insert (20) can thereby be increased. | ||||||
5 | Rotating tool | JP2002141746 | 2002-05-16 | JP3619813B2 | 2005-02-16 | 博文 天本 |
6 | Milling cutter | JP2000196734 | 2000-06-29 | JP2002018627A | 2002-01-22 | KAWAI TAKAO; HIRAMATSU TAKEYA |
PROBLEM TO BE SOLVED: To provide a milling cutter capable of improving wear resistance in a case where a material to be cut is cut. SOLUTION: In a plane milling cutter 10 as a milling cutter, coating layers 16 formed by a high speed flame spraying method are provided on parts of the outer peripheral front surface of a main body 17. Each coating layer 16 is formed near a heel part 18 of a main body outer peripheral flank 19a and a groove part constituent surface 19b (in the range indicated by slanting lines in the figure) as parts where at least wear is most feared in the main body 17. | ||||||
7 | METHOD FOR OPTIMIZATION OF MACHINING PRODUCTIVITY | EP17425053.0 | 2017-05-25 | EP3406375A1 | 2018-11-28 | DEL PRETE, Antonio; CAPALBO, Salvatore Vincenzo |
Method for optimizing process parameters in machining for chip removal to maximize productivity with respect to the maximum permissible wear band for the tool comprising the steps of: |