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    • 2. 发明授权
    • Method and apparatuses for measuring and correcting the stress profile
of saw blades
    • 用于测量和校正锯片应力分布的方法和装置
    • US5908989A
    • 1999-06-01
    • US945656
    • 1997-11-05
    • Ernst BeckNorbert BailerPeter BailerPeter Lenard
    • Ernst BeckNorbert BailerPeter BailerPeter Lenard
    • B23D55/00B23D63/18G01N3/08
    • B23D63/18
    • A saw blade (10), in particular for band saws, is moved through a measuring path and a rolling path in a direction of travel (A) which essentially corresponds to its longitudinal direction, with two marginal regions of the saw blade (10) being supported on the measuring path-and held down in a start portion and an end portion of same and thus being held in a common reference plane which contains the direction of travel (A) and the saw blade (10) being lifted above the reference plane by a supporting force which is exerted only in the central area of the measuring path. The profile of the saw blade (10) is then measured in a measuring plane (B) which extends orthogonally to its direction of travel (A) in the center area of the measuring path, with data of the profile height relative to a chord which extends transversely to the direction of travel (A), coordinated with data of the distance of the measuring points from an edge (14) of the saw blade (10) and data of the longitudinal movement of the saw blade is stored. The saw blade (10) will be rolled in the direction of travel (A) region-by-region in accordance with this data.
    • PCT No.PCT / EP96 / 02096 Sec。 371日期:1997年11月5日 102(e)日期1997年11月5日PCT提交1996年5月15日PCT公布。 WO96 / 36453 PCT出版物 日期:1996年11月21日,特别是带锯的锯片(10)沿着与其纵向方向基本相对应的行进方向(A)移动通过测量路径和滚动路径,其中两个边缘区域 锯片(10)被支撑在测量路径上并且被保持在其起始部分和端部中,并因此被保持在包含行进方向(A)和锯片(10)的公共参考平面中, 通过仅在测量路径的中心区域施加的支撑力将其提升到参考平面上方。 然后在测量平面(B)中测量锯片(10)的轮廓,该测量平面(B)在测量路径的中心区域中与其行进方向(A)正交地延伸,其中轮廓高度相对于弦的数据 与测量点距离锯片(10)的边缘(14)的距离的数据相配合,并且横向于行进方向(A)延伸,并且存储锯片的纵向运动的数据。 根据该数据,锯片(10)将沿着行进方向(A)逐个地滚动。
    • 3. 发明授权
    • Apparatus for machining workpieces, in particular workpieces provided with cutting teeth
    • 用于加工工件的装置,特别是具有切割齿的工件
    • US07207865B2
    • 2007-04-24
    • US11082171
    • 2005-03-16
    • Norbert BailerPeter LenardErnst Beck
    • Norbert BailerPeter LenardErnst Beck
    • B24B49/00
    • B23D63/001B23D63/123
    • In an apparatus for machining workpieces, in particular workpieces provided with cutting teeth, such as bandsaw blades or circular-saw blades for example, comprising a base (12), a machining device (18) displaceable relative to the base (12) and having at least one machining tool (20) rotationally drivable about a drive axis, and a clamping device (14) for securing the workpiece to be machined, the machining device (18) being designed with a multiaxis arrangement (24), by means of which the machining tool (20) can be positioned in different machining positions relative to the workpiece to be machined, it is provided that the multiaxis arrangement (24) is received within a support frame (26) open on at least one side and coupled to the base (12).
    • 在用于加工工件的装置中,特别是具有切割齿的工件,例如带锯片或圆锯片,例如包括基座(12),可相对于基座(12)移位的加工装置(18),并具有 至少一个围绕驱动轴线旋转驱动的加工工具(20)和用于固定待加工的工件的夹紧装置(14),所述加工装置(18)被设计成具有多轴布置(24) 可以将加工工具(20)相对于待加工的工件定位在不同的加工位置,条件是多轴布置(24)被容纳在至少一侧开口的支撑框架(26)中,并且连接到 基地(12)。
    • 4. 发明授权
    • Apparatus for processing workpieces by spark erosion
    • 用于通过火花腐蚀处理工件的装置
    • US5945009A
    • 1999-08-31
    • US945620
    • 1997-10-28
    • Ernst BeckNorbert BailerPeter Lenard
    • Ernst BeckNorbert BailerPeter Lenard
    • B23H1/00B23H7/02B23H7/26B23H11/00B23Q7/04
    • B23Q7/04B23H1/00B23H11/003B23H7/26Y10T483/16
    • A means for spark erosion of workpieces. A workpiece carrier (20) and a carriage (30) including a tool support (32) are movable in controlled fashion with respect to each other along the three axes of a three dimensional coordinate system (X, Y, Z) in the work space (46) of an erosion machine (10). One of the axes (Y) of movement of the carriage (30) is parallel to the axis (A) of the workpiece carrier (20). Workpiece holds (60) of a magazine (50) are movable into the work space (46), one of them each being positioned with its axis parallel to said axis (Y) of the carriage (30) in a transfer position (P). A gripper (40) is disposed on the carriage (30), spaced from the tool support (32), for exchanging workpieces (W) between the magazine (50) and the workpiece carrier (20).
    • PCT No.PCT / EP96 / 02018 Sec。 371日期1997年10月28日第 102(e)中的日期1997年10月28日提交的PCT 1996年5月10日的PCT公布。 第WO96 / 35544号公报 日期11月14日,1996年装置,用于工件的电火花腐蚀。 工件支架(20)和滑架(30)包括工具支架(32)是在受控制的方式移动有沿三维坐标系(X,Y,Z)在工作空间中的三个轴相对于彼此 (10)的(46)。 托架(30)的运动轴(Y)之一平行于工件托架(20)的轴线(A)。 到所述转印位置上的滑架(30)的轴线(Y)(P)的工件保持(60)杂志(50)是可移动到工作空间(46)的,其中的每一个被定位成其轴线平行 。 夹具(40)设置在与工具支撑件(32)间隔开的滑架(30)上,用于在料仓(50)和工件托架(20)之间交换工件(W)。
    • 5. 发明授权
    • Machine for machining workpieces with cutting teeth, especially saw blades
    • 用于加工具有切割齿的工件的机器,特别是锯片
    • US06279424B1
    • 2001-08-28
    • US09509726
    • 2000-03-29
    • Norbert BailerPeter LenardFritz Riehlein
    • Norbert BailerPeter LenardFritz Riehlein
    • B23D6314
    • B23D63/14
    • A tool head (46) in which a tool spindle (52), adapted to be equipped with a disc-shaped tool (100), is supported so as to be driven in rotation about a spindle axis (C), is associated with a workpiece support (82) on which a workpiece (10) can be arranged such that the tooth tip (18) of a cutting tooth (12) to be machined will lie on a stationary reference axis (A). The tool head (46) is movably supported by means of a reciprocating slide (34) which is movable back and forth along a reciprocating slide guide means (32) transversely of the reference axis (A), by means of a feed slide (24) adapted to be advanced along a feed slide guide means (22) transversely of the reciprocating slide guide means (32), and by means of a a pivot bearing means (42) defining a pivot axis (B) parallel to the reciprocating slide guide means (32). The tool head (46) is pivotable about the pivot axis (B) by a pivot drive means (60) from a normal position for machining surfaces of the cutting teeth (12) which extend parallel to the reference axis (A) into inclined positions for machining oblique surfaces of the cutting teeth (12). The inclined positions of the tool head (46) are determined without any stop means, exclusively by the pivot drive means (60) which comprises a numerically controlled motor (62).
    • 工具头(46),其中适于配备有圆盘形工具(100)的工具主轴(52)被支撑成围绕主轴轴线(C)旋转驱动,其与一个 工件支撑件(82),其上可以布置工件(10),使得待加工的切割齿(12)的齿尖(18)将位于固定的参考轴线(A)上。 工具头(46)借助于往复运动的滑动件(34)可移动地支撑,所述往复式滑动件能够通过进给滑块(24)沿着横向于参考轴线(A)的往复滑动导向装置(32)来回移动 )适于沿横向于往复滑动引导装置(32)的进给滑动引导装置(22)前进,并且借助于枢转轴承装置(42)限定平行于往复滑动导向装置的枢转轴线(B) (32)。 工具头(46)能够通过枢转驱动装置(60)从正常位置绕枢转轴线(B)枢转,用于将平行于参考轴线(A)延伸的切割齿(12)的表面加工成倾斜位置 用于加工切削齿(12)的倾斜表面。 刀头(46)的倾斜位置由具有数控马达(62)的枢轴驱动装置(60)而不用任何止挡装置确定。
    • 6. 发明授权
    • Device for machining, in particular eroding and grinding, rotational work-pieces provided with cutting edges
    • 用于加工,特别是加工和研磨的装置,具有切削刃的旋转工件
    • US08721397B2
    • 2014-05-13
    • US12321203
    • 2009-01-20
    • Peter LenardSiegfried VeilPeter BailerNorbert BailerStefan Brand
    • Peter LenardSiegfried VeilPeter BailerNorbert BailerStefan Brand
    • B24B3/24
    • B24B3/24B23Q2220/008B24B3/00B24B41/00
    • The invention relates to a device (10) for machining, in particular eroding and grinding, rotational workpieces (44) provided with cutting edges, with a machine base (12), a machining mechanism (14), which can be displaced relative to the machine base (12), and a workpiece positioning mechanism (18), which can be displaced relative to the machine base (12), wherein the machining mechanism (14) has at least one machining tool (30), which is attached in a rotatably drivable manner to a slide arrangement (20), which can be displaced in relation to the machine base (12), for machining a functional portion to be machined of the rotational workpiece (44), and wherein the workpiece positioning mechanism (18) has a workpiece holding mechanism (46), which can be displaced relative to the machine base (12) and holds a holding portion of the rotational workpiece (44) directly or via a holding adapter for attaching the rotational workpiece (44) to the workpiece positioning mechanism (18). In this device the workpiece holding mechanism (46) is oriented relative to the machine base (12) and holds the holding portion of the rotational workpiece (44) such that the rotational workpiece (44) is arranged with its functional portion suspended substantially in the vertical direction for machining.
    • 本发明涉及一种用于机加工,特别是加工和磨削具有切削刃的旋转工件(44)的装置(10),机床(12),加工机构(14)可相对于 机座(12)和工件定位机构(18),所述工件定位机构(18)可以相对于所述机座(12)移位,其中所述加工机构(14)具有至少一个加工工具(30) 可旋转地移动到可相对于机器基座(12)移位的滑动装置(20),用于机加工旋转工件(44)的加工功能部分,并且其中工件定位机构(18) 具有工件保持机构46,该工件保持机构46可以相对于机座12移动并且直接或通过用于将旋转工件(44)附接到工件的保持适配器保持旋转工件(44)的保持部分 定位机构(18)。 在该装置中,工件保持机构46相对于机器基座12定向并保持旋转工件44的保持部分,使得旋转工件(44)布置成其功能部分基本上悬挂在 垂直加工方向。
    • 7. 发明授权
    • Machine for machining work pieces with cutting teeth, especially saw blades
    • 用切削齿加工工件的机器,尤其是锯片
    • US06264531B1
    • 2001-07-24
    • US09509277
    • 2000-03-27
    • Norbert BailerPeter Lenard
    • Norbert BailerPeter Lenard
    • B24B4900
    • B24B3/08B23D63/001B23D63/005B23D63/14B24B47/22
    • A tool head (46) in which a tool spindle (52), adapted to be equipped with a disc-shaped tool (100), is supported so as to be driven in rotation about a spindle axis (C), is associated with a workpiece support (82) on which a workpiece (10) can be arranged such that the tooth tip (18) of a cutting tooth (12) to be machined will lie on a stationary reference axis (A). The tool head (46) is movably supported by means of a reciprocating slide (34) which is movable back and forth along a reciprocating slide guide means (32) transversely of the reference axis (A), by means of a feed slide (24) adapted to be advanced along a feed slide guide means (22) transversely of the reciprocating slide guide means (32), and by a pivot bearing means (42) defining a pivot axis (B) parallel to the reciprocating slide guide means (32). The tool head (46) is pivotable about the pivot axis (B) by a pivot drive means (60) from a normal position for machining surfaces of the cutting teeth (12) which extend parallel to the reference axis (A) into inclined positions for machining oblique surfaces of the cutting teeth (12). The distance (x) by which the active face (106) of the tool (100) is spaced from the pivot axis (B) can be measured by a measuring means (108). A numerical control means (98) makes sure that the feed slide (24) adopts a position at which the spacing of the pivot axis (B) from the reference axis (A) equals the distance (x) when the tool head (46) is in the normal position, and that the feed slide (24) adopts a respective corrected position when the tool head (46) is in an inclined position.
    • 工具头(46),其中适于配备有圆盘形工具(100)的工具主轴(52)被支撑成围绕主轴轴线(C)旋转驱动,其与一个 工件支撑件(82),其上可以布置工件(10),使得待加工的切割齿(12)的齿尖(18)将位于固定的参考轴线(A)上。 工具头(46)借助于往复运动的滑动件(34)可移动地支撑,所述往复式滑动件能够通过进给滑块(24)沿着横向于参考轴线(A)的往复滑动导向装置(32)来回移动 )适于沿着横向于往复滑动引导装置(32)的进给滑动引导装置(22)前进,以及枢转轴承装置(42),其限定平行于往复运动滑动引导装置(32)的枢转轴线(B) )。 工具头(46)能够通过枢转驱动装置(60)从正常位置绕枢转轴线(B)枢转,用于将平行于参考轴线(A)延伸的切割齿(12)的表面加工成倾斜位置 用于加工切削齿(12)的倾斜表面。 工具(100)的主动面(106)与枢转轴线(B)间隔开的距离(x)可以通过测量装置(108)来测量。 数值控制装置(98)确保进给滑动件(24)采用当工具头(46)与枢转轴线(B)的间距相对于基准轴线(A)等于距离(x)的位置时, 处于正常位置,并且当刀头(46)处于倾斜位置时,进给滑块(24)采用相应的校正位置。
    • 8. 发明授权
    • Process and machine for the electric discharge machining of cutter plates
    • 刀盘放电加工的工艺和机器
    • US5326954A
    • 1994-07-05
    • US958109
    • 1992-12-23
    • Peter LenardNorbert Bailer
    • Peter LenardNorbert Bailer
    • B23H7/02B23H9/00B23H9/08B23H7/10
    • B23H9/08B23H7/02B23H9/00
    • For the electric discharge machining of cutter plates (60) by means of an electrode wire (50) a respective cutter plate (60) is rotated under program control about a workpiece axis (A) and is adjusted rectilinearly with respect to the electrode wire (50) along at least one of three axes (X, Y, Z) of a rectangular coordinate system, among them one axis (X) which is parallel to the workpiece axis (A). During the machining of a flank (64) adjacent a cutting edge (66), the cutter plate (60) is rotated in such manner about the workpiece axis (A) that the point at which the electrode wire (50) intersects the cutting edge (66) always lies on a tool axis (E) which extends at right angles to the electrode wire (50) and to two axes (X, Y) of the coordinate system. During the machining of portions of the flank (64) which are located adjacent portions of the cutting edge (66) not in parallel with the workpiece axis (A), the electrode wire (50) is rotated about the tool axis (E).
    • PCT No.PCT / EP92 / 01008 Sec。 371日期1992年12月23日 102(e)日期1992年12月23日PCT提交1992年5月8日PCT公布。 出版物WO92 / 19410 日期:1992年11月12日。对于通过电极线(50)对刀盘(60)进行放电加工,相应的切割板(60)围绕工件轴线(A)在程序控制下旋转,并且被直线调节 相对于沿着直角坐标系的三个轴(X,Y,Z)中的至少一个的电极线(50),其中一个平行于工件轴线(A)的轴线(X)。 在与切削刃(66)相邻的加工侧面(64)期间,切割板(60)围绕工件轴线(A)以这样的方式旋转,使得电极线(50)与切削刃 (66)总是位于与电极线(50)成直角并与坐标系的两个轴线(X,Y)延伸的工具轴线(E)上。 在加工位于与工件轴线(A)不平行的切削刃(66)的相邻部分的侧面部分(64)中,电极线(50)围绕工具轴线(E)旋转。
    • 10. 发明申请
    • Machine for machining elongate workpieces provided with cutting teeth, in particular for grinding bandsaw blades
    • 用于加工细长工件的机器,其具有切割齿,特别是用于研磨带锯刀片
    • US20060057941A1
    • 2006-03-16
    • US11033792
    • 2005-01-12
    • Peter LenardFritz RiehleinNorbert Bailer
    • Peter LenardFritz RiehleinNorbert Bailer
    • B24B51/00B24B7/00
    • B23D63/12
    • In a machine (10) for machining elongate workpieces (14) provided with cutting teeth (12), in particular for grinding bandsaw blades, comprising: a machining device (26), a feed device (38), a workpiece-fixing device (42) and a workpiece-guiding device, the machining device (26) having a tool (28), in particular a grinding wheel, which is rotationally drivable via a tool spindle about a tool spindle axis (A), for machining the workpiece (14), the rotationally drivable tool (28) being displaceable relative to the workpiece (14) by means of a multiaxis arrangement with axis guide, furthermore the feed device (38) being designed with a feed head, which is displaceable along a feed axis (X) and by means of which the feed device positions the workpiece (14) in a desired position relative to the machining device (26), furthermore the workpiece-guiding device guiding the workpiece (14) along a predetermined guide path to bring about the desired position by means of the feed device (38), and the workpiece-fixing device (42) fixing the workpiece on reaching the desired position, there is provided a common central machine block (18), on which the machining device (26), the feed device (38), the workpiece-fixing device (42) and the workpiece-guiding device are mounted.
    • 在用于加工设有切割齿(12)的细长工件(14)的机器(10)中,特别是用于研磨带锯刀片的机器