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    • 25. 发明申请
    • Tool
    • 工具
    • US20090080991A1
    • 2009-03-26
    • US11658073
    • 2005-05-12
    • Micheal GrimmMarkus Heinloth
    • Micheal GrimmMarkus Heinloth
    • B23D41/04B23D37/00
    • B23C5/207B23C3/06B23C5/08B23C2200/125B23C2200/128B23C2200/367B23D37/005Y10T407/15Y10T409/40Y10T409/4077
    • The invention relates to a disc-shaped or strip-shaped tool for machining, particularly, for cutting profiles on a workpiece such as a crankshaft that is rotated during machining, comprising a number of tangentially and radially mounted indexable inserts (21). According to the invention, at least a part of the tangentially mounted indexable inserts (21) has a recess (31) that, in the tangentially mounted indexable insert (21), extends into a portion of the supporting surface (27, 28) and into a portion of the radially situated face (23, 24), and into which an upper rear section of a radially mounted indexable insert projects whose upper front section (32) radially protrudes with regard to said face (23).
    • 本发明涉及一种用于机械加工的盘形或带状工具,特别是用于在加工过程中旋转的诸如曲轴的工件上切割轮廓,包括多个切向和径向安装的可转位刀片(21)。 根据本发明,切向安装的可转位插入件(21)的至少一部分具有凹槽(31),该凹槽(31)在切向安装的可分度插入件(21)中延伸到支撑表面(27,28)的一部分中,并且 进入径向设置的面(23,24)的一部分,并且径向安装的可转位刀片的上后部段相对于所述面(23)突出,其上前部段(32)径向突出。
    • 27. 发明申请
    • Method for twist-free cutting of rotational symmetric surfaces
    • 旋转对称面的无捻切割方法
    • US20050076754A1
    • 2005-04-14
    • US10489435
    • 2002-09-11
    • Leo SchreiberAdrian RiegelMatthias Kohlhase
    • Leo SchreiberAdrian RiegelMatthias Kohlhase
    • B23B1/00B23D37/00B23B3/00
    • B23D37/005B23B1/00B23B2200/369B23B2222/28B23B2226/125Y10T82/10Y10T407/2206Y10T408/26
    • The invention relates to the cutting of rotating surfaces, especially centric symmetric surfaces (1a) of a metal workpiece (1), especially one made of steel or gray cast iron, also when said workpiece is in hardened state, by means of a geometrically determined cutter (2a) or cutters, wherein the axial extension and the material of the surface to be machined are hardly limited or nor limited at all and/or the operating time during machining is reduced according to said method and/or the service life of the tool is enhanced and/or the effect of the twist-free condition is achieved, wherein at least one cutter (2a) that is skewed relative to the rotational axis (10) of the workpiece is guided during a feeding motion (3,3′) in a contacting manner on the rotating workpiece and wherein the machining parameters of the rotational axis, especially the forward feed motion in the direction of feeding and the skewed position (x) of the cutter (2a) relative to the longitudinal direction (z), are chosen in such a way that twisting in terms of the degree of twisting (s) and/or the depth of twisting (t), more particularly the depth of twisting, on the surface being machined is minimized, wherein the forward feed motion includes an axial movement.
    • 本发明涉及切割金属工件(1)的旋转表面,特别是中心对称的表面(1a),特别是当所述工件处于硬化状态时,通过几何尺寸确定 刀具(2a)或切割器,其中根据所述方法和/或使用寿命,加工中的轴向延伸和待加工表面的材料根本不受限制或根本不受限制和/或加工时的操作时间减少 工具被增强和/或达到无捻条件的效果,其中在进给运动(3,3')期间引导相对于工件的旋转轴线(10)倾斜的至少一个切割器(2a) ),并且其中旋转轴线的加工参数,特别是进给方向上的向前进给运动和切割器(2a)相对于纵向方向(z)的偏斜位置(x) ,是c hosen以使得加工表面上的扭转程度和/或扭曲深度(t),更特别是扭曲深度的扭转最小化的方式被最小化,其中正向进给运动包括 轴向运动。
    • 29. 发明授权
    • Turn broach abnormality sensing apparatus
    • 转拉刀异常检测装置
    • US06201567B1
    • 2001-03-13
    • US09091161
    • 1998-06-09
    • Yoshiaki Kuroda
    • Yoshiaki Kuroda
    • H04N718
    • B23D37/005B23Q17/0909B23Q17/249Y10T82/10
    • A turn broach abnormality sensing apparatus is provided for use in a turn broach for cutting a rotating workpiece (3) by rotating a broach cutter (18) that comprises a plurality of unitary cutters (18b) axially coupled together, each having a plurality of tip rows (181, 182, . . . 18n) arranged on, a peripheral surface thereof in the form of a helicoid. The abnormality sensing apparatus includes a plurality of image pickup means (23) disposed corresponding respectively to the unitary cutters (181, 182, . . . 18n) of the broach cutter (18b) for sensing an image of each of individual tips on the respective tip row of each of the plural unitary cutters, a focusing adjustment means (27) for maintaining a distance between the image pickup means (23) and each individual tip on the respective tip row of each of the unitary cutters, substantially constant, and an abnormality sensing means for image processing the image picked up by the image pickup means (23) of each individual tip to determine an extent of wear thereof or damage thereto, thereby ascertaining an abnormality of each of the individual tips.
    • 提供了一种转拉异常检测装置,用于转动拉刀,用于通过旋转包括多个轴向联接在一起的单个切割器(18b)的拉刀(18)来切割旋转工件(3),每个具有多个尖端 排列在其圆周表面上的螺旋形的行(181,182,... 18n)。 所述异常检测装置包括分别对应于所述拉刀(18b)的所述单刀(181,182 ... ... 18n)设置的多个图像拾取装置(23),用于感测各自的各个尖端的图像 多个单一切割器中的每一个的尖端行,用于保持图像拾取装置(23)和每个单一切割器的相应末端行上的每个单独尖端之间的距离基本上恒定的聚焦调节装置(27),以及 异常检测装置,用于对由每个单独的尖端的图像拾取装置(23)拾取的图像进行图像处理,以确定其磨损程度或损坏程度,从而确定各个尖端的异常。
    • 30. 发明授权
    • Turn broaching machine
    • 转拉床
    • US5672035A
    • 1997-09-30
    • US715812
    • 1996-09-16
    • James A. Pawlik
    • James A. Pawlik
    • B23D37/00B23C5/28
    • B23D37/005B23D2043/063Y10S384/90Y10S82/90Y10T409/303976
    • A turn broaching machine for broaching a workpiece comprises a hollow arbor having a plurality of axially spaced apart, circumferentially extending cutting segments projecting radially outwardly from the side wall thereof. The cutting segments each have a radially outer peripheral edge provided with broaching elements. A closed loop system circulates a heated fluid through the arbor. The fluid is heated to an elevated temperature of about 100 F.-150 F. to maintain the arbor in a similarly heated condition during broaching. Maintaining the arbor at a relatively constant, elevated temperature during broaching stabilizes the broach by eliminating axial thermal expansion.
    • 用于拉削工件的拉削拉削机包括中空心轴,其具有从其侧壁径向向外突出的多个沿轴向间隔开的周向延伸的切割段。 切割段各自具有设置有拉削元件的径向外周边缘。 闭环系统将加热的流体循环通过心轴。 将流体加热至约100°F-150°F的升高温度,以在拉削期间将心轴保持在类似的加热条件。 在拉削过程中保持心轴相对恒定的高温通过消除轴向热膨胀来稳定拉刀。