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    • 1. 发明申请
    • MACHINE FOR MACHINING WORKPIECES WITH CUTTING TEETH, IN PARTICULAR SAW BLADES
    • 机可加工工件,切削齿,尤其是锯片
    • WO1998004379A1
    • 1998-02-05
    • PCT/EP1997003904
    • 1997-07-21
    • VOLLMER WERKE MASCHINENFABRIK GMBHLENARD, PeterBAILER, NorbertSCHMUCKER, Rudi
    • VOLLMER WERKE MASCHINENFABRIK GMBH
    • B23D63/14
    • B23D63/005B23D63/12B24B3/00B24B47/22B24B49/02
    • A swivelling body (22) which can swivel on a machine frame (20) defines a lifting axis (D) transversal to its swivelling axis (A) along which a lifting carriage (24) can slide past the swivelling body (22). A tool carriage (26) can be adjusted along a spindle axis (E) on the lifting carriage (24) transversely to the lifting axis (D). A tool spindle (28) which can be fitted with a tool (30) is rotatably mounted about the spindle axis (E) on the tool carriage (26). A workpiece carriage (42) which defines with a workpiece holder (44) a middle plane (G) normal to the swivelling axis (A) is transversely guided on the machine frame (20). A feed finger (58) can be intermittently laid on a cutting tooth (12) of a workpiece (10) to feed the tooth forward. A common sensing body (7) can be moved from a rest position to a measurement position next to point (H), at which the swivelling axis (A) crosses the middle plane (G), in order to determine measurement values which represent the distance between the cutting teeth (12) and the workpiece holder (44), as well as the state of wear of the tool (30) or feed finger (58). The thus determined measurement values are converted into signals for controlling the workpiece carriage (42) and the tool carriage (26) and/or the feeding device (50).
    • 的机器框架(20)上枢转的枢转件(22)限定其枢转轴线(A)横向提升轴线(D)沿该升降托架到它(24)是可移动的。 在升降支架(24)沿主轴轴线(E)的工具架(26)横向于所述升降轴线(D)输送至所述一个配备在工具主轴(28)围绕主轴轴线(E)的工具(30)被安装用于旋转驱动。 在机器框架(20)还包括具有由一工件保持器(44)正常中央平面(G)限定的枢转轴线(A)的工件支架(42),横向移动地引导。 甲进给拨爪(58)可断续地施加到工件(10)的相应的切削齿(12)喂此。 以确定所述工件保持器(44)的切割齿(12)和用于确定所述工具(30)的磨损状况的距离或进料手指再现的(58)测量的量是一种常见的感测本体(70)从静止位置到该点的附近的测量位置 (H)移动,其中,所述枢转轴线(A),该中心平面(G)穿透。 获得的测量值被转换成信号,用于控制所述工件滑动件(42)和所述工具滑动件(26)和/或所述进给装置(50)。
    • 2. 发明申请
    • MACHINE FOR MACHINING TOOTH FLANKS OF A CUTTING TOOL
    • 机来处理牙刃的切削工具
    • WO1998000264A1
    • 1998-01-08
    • PCT/EP1997003356
    • 1997-06-26
    • VOLLMER WERKE MASCHINENFABRIK GMBHBAILER, NorbertLENARD, PeterRIEHLEIN, FritzBECK, Ernst
    • VOLLMER WERKE MASCHINENFABRIK GMBH
    • B23D63/12
    • B23D63/18B23D63/123B23H7/12B23H9/08B24B3/02B24B49/183
    • A tool holder (16) holds a cutting tool (10) in a center plane (O). Two working units (26), which each have a rotary drive cutting disk (50), are positioned to either side of the center plane (O) and are movable such that they can work on each flank (12'') of a tool tooth (12) inserted between them. The cutting disks (50) can be grinding or erosion disks. A common compensator (60) is allocated for both cutting disks (50) and is positioned between them when in operating position. The compensator (60) is a tool with which the wear of the cutting disks (50) can be measured and a compensating setting triggered, or a tool with which the cutting disks (50) can be adjusted, whereby they are advanced by a set amount. The working units (26) can be controlled such that the cutting disks (50) can be put against each side of the compensator (60) to carry out a correction. In this way, the required corrections can be carried out with very little constructional effort, process control technology, or time.
    • 一种工具保持器(16)保持在中心平面(O)的切削工具(10)。 两个处理单元(26),每个具有一个可旋转驱动的Abtragscheibe(50)上的中心面的每一侧上并且布置(O)可移动的,使得它们在任一齿面(12“”),其被布置在它们之间工具齿(12) 行为。 所述Abtragscheiben(50)可以是研磨或Erodierscheiben。 两个Abtragscheiben(50)被分配,其被布置在Abtragscheiben(50)之间的操作位置的共同校正器(60)。 校正器(60)是与该Abtragscheiben(50)的磨损测量的工具和补偿服务被触发,或与该Abtragscheiben(50)被穿着,以预定量被输送的工具。 的处理单元(26)是可控的,使得所述Abtragscheiben(50),用于在校正器(60)的相应侧执行校正可以被应用。 通过这种方式,具有特别低的设计,工艺控制和时间成本的必要的修正可以执行。
    • 4. 发明申请
    • DEVICE FOR STRAIGHTENING LONG SAW BLADES, ESPECIALLY FOR BANDSAWS
    • 判定装置长的延伸叶片,尤其是带锯
    • WO1997046335A1
    • 1997-12-11
    • PCT/EP1997002882
    • 1997-06-03
    • VOLLMER WERKE MASCHINENFABRIK GMBHBECK, ErnstLENARD, Peter
    • VOLLMER WERKE MASCHINENFABRIK GMBH
    • B21D01/02
    • B23D63/18
    • On a machine bench (16) on which a saw blade (10) can be moved in a direction (A) substantially corresponding to its longitudinal direction, there is a first measuring station (22) for measuring the saw blade (10) in a measuring plane (B) perpendicular to its direction of movement (A). The machine bench (16) is also fitted with a second measuring station (28) to scan an edge (14) of the saw blade (10) in its plane transverse to the direction of movement (A) and a roller station (26) with a first and second roller (34, 36) to alter the tension profile of the saw blade (10) and the curvature of its edge (14). The second roller (36) can be pivoted in relation to the first roller (34) about an axis (C) intersecting the axes of rotation (D1, D2) of the two rollers (34, 36) approximately at right angles and can therefore be obliquely adjusted to correct twisting in the saw blade (10). Independently thereof, both rollers (34, 36) can be pivoted about said axis (C) and thereby obliquely adjusted in accordance with the measurement data of the second measuring station (28) to correct deviations of the saw blade (10) from the intended direction of movement (A).
    • 在机床工作台(16),在其上锯条(10)是可移动的一个与它的纵向方向上基本重合Bewegunsrichtung(A),第一测量站(22),用于测量所述锯片(10)以向移动方向(A )正常的测量平面(B)被布置。 机床工作台(16)还承载用于感测在该平面横向于锯条(10)的边缘(14)运动(26),具有第一和方向(A)和一个滚动站的第二测量站(28)(第二辊34, 36)用于改变所述锯片(10)和边缘(14)的曲率的应力分布。 第二辊(36)是相反至约两个旋转辊的大致以直角相交的枢转轴线(C)可枢转地调节,从而倾斜到锯条(10)的扭曲的轴(D1,D2)(34,36)到所述第一辊子(34) 正确的。 不管两个辊(34,36)一起绕所述枢轴轴线(C)可枢转地调节,并且其特征在于根据所述第二测量站(28)的测量数据是在为了校正从移动(A)的预定方向上的锯条(10)的偏差倾斜。
    • 7. 发明申请
    • SCHLEIFMASCHINE ZUM BEIDSEITIGEN SCHLEIFEN VON SÄGEZAHNFLANKEN
    • 磨两侧磨锯齿
    • WO2002092270A1
    • 2002-11-21
    • PCT/EP2002/005303
    • 2002-05-14
    • VOLLMER WERKE MASCHINENFABRIK GMBHLENARD, PeterBECK, Ernst
    • LENARD, PeterBECK, Ernst
    • B23D63/12
    • B23D63/001B23D63/123
    • Es wird eine Schleifmaschine (10) zum beidseitigen Schleifen von Zahnflanken insbesondere hartmetallbestückter Kreissägeblätter (14) beschrieben. Die Schleifmaschine umfasst zwei Schleifeinheite (16, 18) mit je einem Schleifkörper, einen ersten Antrieb, um mindestens eine der beiden Schleifeiheiten (16, 18) entlang einer ersten Achse (x 1 , x 2 ), die senkrecht zu einer das Sägeblatt (14) enthaltenden Ebene verläuft, zu bewegen, sowie einen zweiten Antrieb (36), um mindestens eine der beiden Schleifeinheiten (16, 18) entlang einer zweiten Achse (z), die parallel zu Drehachsen der Schleifkörper verläuft, zu bewegen. Ausserdem wird ein dritten Antrieb (38) vorgesehen, um mindestens eine der beiden Schleifeinheiten (16, 18) entlang einer dritten Achse (y), die senkrecht zur ersten (x 1 , x 2 ) und zur zweiten (y) Achse verläuft, zu bewegen. Ein erfindungsgemässes Steuerverfahren für die Schleifmaschine (10) sieht vor, einen Tangentialfreiwinkel eines Zahnswährend des Schleifend des Zahns entlang einer Zahnflanke zu variieren.
    • 中描述了一种研磨机(10),用于齿面的双面研磨,特别是硬质合金圆锯片(14)。 研磨机仅包括两个磨削组件(16,18)分别具有一个砂轮,第一驱动到两个Schleifeiheiten中的至少一个(16,18)沿着第一轴线(X1,X2),垂直于锯条(14)包括 平面移动,以及第二驱动器(36),以沿第二轴线(Z),其平行于所述研磨体的旋转轴移动两个研磨单元中的至少一个(16,18)。 此外,第三驱动器(38)设置于沿第三轴线(Y)垂直于所述第一(X1,X2)和第二(y)轴移动至两个研磨单元中的至少一个(16,18)。 用于研磨机(10)的本发明的控制方法提供了沿齿面齿的研磨过程中,以改变一个切向的齿。
    • 8. 发明申请
    • DEVICE FOR THE CONTOURED SHARPENING OF SAW TEETH
    • DEVICE列车控磨刀锯齿
    • WO1996037328A1
    • 1996-11-28
    • PCT/EP1996002097
    • 1996-05-15
    • VOLLMER WERKE MASCHINENFABRIK GMBHBECK, ErnstHENSINGER, BrunoLENARD, Peter
    • VOLLMER WERKE MASCHINENFABRIK GMBH
    • B23D63/12
    • B23D63/12B24B53/06
    • The invention concerns a device which comprises a saw blade holder (24) and a grinding slide (30) supporting a profiled grinding wheel (38) and moving in reciprocating strokes relative to the saw blade holder (24). The device also comprises a feed slide (40) which advances the saw blade (10) gradually in the saw blade holder (24). Disposed on the device is a dressing template (50) which is normally in a rest position but can be moved at intervals into an operating position in which the grinding wheel (38) is dressed as a result of penetrating the dressing template (50). The feed slide (40) can be deactivated during the dressing intervals. The stroke of the grinding slide (30) can be reset according to the decrease in radius of the grinding wheel (38) brought about by the dressing step each time before the grinding wheel plunges into the saw blade (10). As a result, dressing of the grinding wheel (38) is simplified and the time required for each dressing operation shortened.
    • 到该设备包括一个锯刀片夹持器(24),它带有一个成形砂轮(38)的研磨滑动件(30)和相对于所述锯刀片夹持器(24)strokewise前后移动和进给滑动件(40),利用该一 在锯刀片夹持器(24)锯条(10)可以提前一步一步。 在装置(50)的敷料通常模板被设置在静止位置和可动间歇到工作位置,其中,所述砂轮(38)通过冲入敷料模板(50)穿着。 进给滑动件(40)可以被放置在Abrichtintervallen退出运行。 根据由修整砂轮(38)可调的半径减小而实现的在锯条(10)的下一个浸渍之前研磨滑动件(30)的行程。 因此,砂轮(38)的敷料被简化并且需要为每个敷料缩短的时间。
    • 9. 发明申请
    • METHOD AND DEVICE FOR MEASURING AND CORRECTING THE TENSION PROFILE OF SAW BLADES
    • 方法和装置用于测量和校正的电压曲线锯条
    • WO1996036453A1
    • 1996-11-21
    • PCT/EP1996002096
    • 1996-05-15
    • VOLLMER WERKE MASCHINENFABRIK GMBHBECK, ErnstBAILER, NorbertBAILER, PeterLENARD, Peter
    • VOLLMER WERKE MASCHINENFABRIK GMBH
    • B23D63/18
    • B23D63/18
    • The invention concerns a saw blade (10), in particular for band saws, which is moved in a direction of movement (A), substantially corresponding to its longitudinal direction, through a measurement section and a stretching section. Two edge regions of the saw blade (10) are supported on the measurement section, held down in an initial region and end region thereof and thereby maintained in a common reference plane in which the direction of movement (A) is located. The saw blade (10) is raised above the reference plane by a supporting force exerted only in the centre region of the measurement section. The profile of the saw blade (10) is now measured in a measurement plane (B) at right-angles to its direction of movement (A) in the central region of the measurement section. Data concerning the height of the profile relative to a chord transverse to the direction of movement (A) and co-ordinated with data concerning the distance of the measuring points from an edge (14) of the saw blade (10) and with data concerning the longitudinal movement of the saw blade are stored. On the stretching section the saw blade (10) is stretched region-by-region in the direction of movement (A) according to these data.
    • 的锯条(10),尤指对于带锯,是在移动,其纵向方向上基本通过,其中所述锯片的两个边缘区域(10)所支持的测量路径上,并且在初始部分和端部的测量路径和轧机机组,匹配运动(A)的方向 被其保持下来,从而在移动的一个共同的方向(a)含有所述参考平面和锯条(10)由一个力解除仅在测量部上的参考平面的支撑力的中心区域施加保持。 锯条(10)的轮廓现在处于其在测量路径的中心区域测量的移动的方向(A)正常的测量平面(B),其中相对于一个横向于运动(A)延伸的腱的方向上的轮廓高度的数据,与该数据协调 从锯片(10)和一个边缘(14)的测量点的距离被存储与所述锯条的纵向运动的数据。 在轧制线,根据这些数据区中的锯条(10),在移动(A)的方向上被卷起。