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    • 13. 发明授权
    • Combined machining apparatus and machining method by using the same
    • 组合加工装置及其加工方法
    • US6098258A
    • 2000-08-08
    • US170193
    • 1998-10-13
    • Masumi Shimomura
    • Masumi Shimomura
    • B23D37/14B23C5/08B23D37/00B23B7/00
    • B23D37/005B23C5/08B23C2220/36Y10T29/5114Y10T409/30756Y10T82/19
    • A combined machining apparatus for turning (lathing) and broaching a workpiece is disclosed which includes a work head (4) for carrying a workpiece (12) to be machined while in rotation as clamped thereon, and one or more broaching unit (2) disposed proximal to the work head (4) and moved by a broaching unit feeder (6) longitudinally of the workpiece (12). A broach head (2c), mounted on the broaching unit (2), is moved towards and away from the workpiece (12) by a broach head feeder (7). Mounted on the broach head (2c) in the apparatus (1) is a broaching tool (10) which carries rough machining tips (10e) and finish machining tips (10f) removably on an outer peripheral surface of the broaching tool (10) for turning or lathing and broaching the workpiece (12). A broach drive (8) is operable under an NC to rotate the broaching tool (10). The apparatus (1) is further provided with a broach holding device (11) received in the broach head (2c) and designed to hold the broaching tool (10) fixed against rotation when the workpiece (12) is turned or lathed therewith and to permit the broaching tool (10) to be rotated and to hold it rotated with the broach drive (8) when the workpiece (12) is broached therewith. A method of machining, by turning or lathing and broaching, a workpiece (12), by using a combined machining apparatus as described is also disclosed.
    • 公开了一种用于车床(车床)和拉削工件的组合加工装置,其包括用于在被夹紧的同时旋转的同时承载待加工的工件(12)的工作头(4)和设置在其上的一个或多个拉削单元 靠近工作头(4)并由工件(12)纵向的拉削单元进给器(6)移动。 安装在拉削单元(2)上的拉头(2c)通过拉刀头进给器(7)朝着和离开工件(12)移动。 安装在装置(1)中的拉刀头(2c)上的是一种拉削工具(10),其可移除地在拉削工具(10)的外周表面上承载粗加工尖端(10e)和精加工尖端(10f),用于 车削或车床加工工件(12)。 拉刀驱动器(8)可在NC下操作以旋转拉刀(10)。 装置(1)还设置有容纳在拉刀头(2c)中的拉刀保持装置(11),并被设计成当工件(12)转动或车床时将拉刀(10)固定成不旋转,并且 允许拉削工具(10)旋转,并且当工件(12)被拉刀时,使其与拉刀驱动器(8)一起旋转。 还公开了通过使用如上所述的组合加工装置来加工(车削或车床和拉削)工件(12)的方法。
    • 15. 发明授权
    • Method for machining surfaces or revolution at workpieces and
disk-shaped tool for performing same
    • 用于加工工件的表面或转动方法以及用于执行其的盘形工具
    • US5349888A
    • 1994-09-27
    • US896836
    • 1992-06-11
    • Karlheinz Schmid
    • Karlheinz Schmid
    • B23B5/18B23D37/00B23B5/00
    • B23D37/005B23B5/18B23D2043/063Y10T407/23Y10T82/10Y10T82/19
    • A method for machining surfaces of revolution at workpieces comprises the eps of: rotating the workpiece during machining; roughing the workpiece with a disk-shaped tool having at its circumferential edge cutting elements with cutting edges; and, for finishing the workpiece, plunge-cutting by turning the workpiece with the disk-shaped tool, wherein the step of plunge-cutting by turning is divided into a sequence of individual plunge-cutting by turning steps so that material of overlapping portions of the workpiece is removed sequentially. The tool comprises a disk-shaped base body with a circumferential edge and a first set and a second set of cutting elements that are connected to and distributed over the circumferential edge of the disk-shaped base body. The first set is used in the roughing process, and the second set is used in the finishing process by plunge-cutting by turning. The cutting elements of the second set are spaced at a distance from one another in the circumferential direction of the tool and axially staggered such that, when viewed in the circumferential direction, the working areas of the cutting elements overlap.
    • 一种在工件上加工旋转表面的方法,包括以下步骤:在加工过程中旋转工件; 用具有切削刃的圆周状刀片的圆盘状刀具对工件进行粗加工; 并且为了完成工件,通过用盘形工具转动工件进行切入切割,其中通过转动将切入的步骤通过转动步骤分成一系列单独的切入,使得重叠部分的材料 工件被顺序取出。 该工具包括具有圆周边缘的盘形基体和第一组和第二组切割元件,其连接并分布在盘形基体的圆周边缘上。 第一组在粗加工过程中使用,第二组在精加工过程中通过切削进行切削加工。 第二组的切割元件在工具的圆周方向上彼此间隔一定距离,并且轴向交错,使得当沿圆周方向观察时,切割元件的工作区域重叠。
    • 16. 发明授权
    • Cutter for monotonic cutting machine
    • 切割机用于单调切割机
    • US5037248A
    • 1991-08-06
    • US283597
    • 1988-12-13
    • Allan J. Heffron
    • Allan J. Heffron
    • B23D37/00
    • B23D37/005B23D2043/063Y10T407/15
    • An improved cutter disk for machining rotating workpieces, and in particular an improvement in such cutters useful in monotonic-type cutters in which the tool inserts carried on the disk are mounted in such a manner as to present the inserts to the workpiece at a radical lead angle, optimally on the order of 60 degrees. The tool inserts are preferably carried on both sides of a V-shaped edge on the cutter disk. Chip gullets are formed in the disk parallel to the tool inserts and are angled with respect to the plane of the disk. This optimizes the space for chip gullets and allows either a doubling of the feed rate for a given chip thickness and insert density, or a reduction in chip thickness by 50% for a given feed rate. The invention also results in the optimal use of space for the chosen insert density, especially on narrow cutters, and permits an improvement in the pocket strength and insert strength, as well as improving tool life.
    • 一种用于加工旋转工件的改进的切割盘,特别是可用于单齿型切割器的这种切割器的改进,其中承载在盘上的刀片插入件以这样的方式安装,以便将刀片以自由基线 角度,最佳度在60度左右。 工具刀片优选地在刀盘上的V形边缘的两侧上承载。 切屑槽平行于工具刀片形成在圆盘上,并且相对于盘的平面成角度。 这优化了芯片槽的空间,并且允许给定芯片厚度和插入密度的进给速率加倍,或者给定进给速率使芯片厚度减少50%。 本发明还导致用于所选择的插入物密度的空间的最佳使用,特别是在窄切割器上,并且允许提高袋的强度和插入强度,以及提高刀具寿命。