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    • 1. 发明公开
    • Schleifmaschine
    • EP2612727A1
    • 2013-07-10
    • EP12150491.4
    • 2012-01-09
    • Syltron GmbH
    • Franz, Heinz-Günther
    • B24B1/04B24B21/22B24B23/04
    • B24B21/22B24B23/04
    • Eine Schleifmaschine, insbesondere Band- oder Schwingschleifmaschine, zum Schleifen einer Oberfläche eines Schleifguts (5), umfaßt ein Schleifmittel (4) auf einer Unterlage (3), eine Antriebseinrichtung (7), die die Unterlage (3) des Schleifmittels (4) in Horizontalbewegung (1) versetzt, die tangential oder parallel zur Oberfläche des Schleifguts (5) verläuft, und eine Schlageinrichtung (9), welche auf die Unterlage (3) des Schleifmittels (4) Schläge ausübt, die in Richtung des Schleifguts (5) gerichtet sind, wodurch die Schleifleistung bei gleichbleibendem Kraftaufwand erhöht wird.
    • 机器具有形成在研磨纸(3)上的研磨介质(4),即研磨颗粒,以及用于使研磨材料切向或平行于研磨物(5)的表面水平移动的驱动装置(7)。 垂直驱动器(9)以研磨物品的方向在砂纸上以垂直部件的振动形式施加冲击。 研磨纸与研磨盘(2)连接,驱动装置具有驱动轴(6)。 垂直驱动器具有用于调节冲击的功率,脉冲,行程,频率和/或方向的控制装置(C)。 还包括用于研磨研磨物品的表面的方法的独立权利要求。
    • 4. 发明公开
    • Belt sander with orbitally translated abrasive belt
    • 砂带研磨机移动到轨道打磨带
    • EP1053827A2
    • 2000-11-22
    • EP00109200.6
    • 2000-05-09
    • COSTA LEVIGATRICI SPA
    • Costa, AlessandroBau, Eligio
    • B24B21/04B24B21/22B24B41/04
    • B24B29/005B24B7/28B24B21/04B24B21/22B24B41/04
    • A sanding machine (10) for sanding the surfaces of work pieces placed upon a conveyor (60) that transports the work pieces along a first direction towards and beneath a sanding head (20). The sanding head (20) comprises a sanding belt (32) entrained around an upper tension roller (22) and a lower contact roller (24). The tension roller (22) and contact roller (24) are provided with a single translational orbital movement by a pair of eccentric shafts (38A,38B) operatively connected thereto and rotatably driven by an operatively connected motor (50). At least one of the upper tension roller (22) and lower contact roller (24) is also driven by an operatively connected motor (44) so as to provide the endless rotation of the sanding belt (32) around the upper tension roller (22) and lower contact roller (24). In this fashion, the sanding belt (32) is provided with two contemporaneous superimposed movements consisting of rotational movement about the tension roller (22) and contact roller (24) and a single orbital translational movement imparted by the rotating pair of eccentric shafts (38A,38B).
      The resulting sanding pattern is homogeneous and renders scratches normally created by the endlessly rotating sanding belt substantially unnoticeable.
    • 8. 发明公开
    • Method and apparatus for abrading a surface of an object
    • 方法和装置,用于研磨加工的物体的表面
    • EP2253428A1
    • 2010-11-24
    • EP10163009.3
    • 2010-05-17
    • SCM Group S.p.A.
    • Ferrari, Adriano
    • B24B21/12B24B21/22B24B7/19
    • B24B21/12B24B1/007B24B7/19B24B21/22
    • A method for shaping a surface (5) of an object (6) comprises the steps of: advancing the object (6) along an advancing direction (A); pressing abrasive tool means (9) against the surface (5) to abrade the surface, the abrasive tool means (9) comprising roller means (10); rotating the roller means (10) around a geometrical axis (Z) thereof contained in a plane that is substantially parallel to the advancing direction (A); and further comprises the step of making the roller means (10) oscillate around an oscillation axis (X) that is substantially parallel to the geometrical axis (Z) to obtain an undulated profile (39) of the surface (5). A shaping apparatus for shaping a surface (5) of an object (6) that is movable along an advancing direction (A) comprises abrasive tool means (9) arranged for pressing against the surface (5) to abrade the surface (5), the abrasive tool means (9) comprising roller means (10) that is rotatable around the geometrical axis (Z) thereof contained in a plane that is substantially parallel to the advancing direction (A), and further comprises oscillation generating means (17) arranged for making the roller means (10) oscillate around an oscillation axis (X) that is substantially parallel to the geometrical axis (Z) to obtain an undulated profile (39) of the surface (5).
    • 一种用于物体(6)的成形表面(5)的方法包括以下步骤:(6)在沿前进方向(A)推动所述对象; 按压研磨工具装置(9)抵靠表面(5),以研磨所述表面,所述研磨工具装置(9)包括用于辊子(10); 旋转辊子装置(10)围绕几何轴线(Z)其包含在一个平面基本上平行于所述前进方向(A); 并且还包括使装置(10)围绕摆动振荡轴线(X)的踏板车的步骤并基本上平行于几何轴线(Z),以获得在所述表面(5)的波纹形状(39)。 (6)确实用于成形的对象的表面(5)一种成形设备是沿着在行进方向可移动的(A)包含研磨工具装置(9)被布置为压靠表面(5),以研磨所述表面(5) 该研磨工具装置(9),其包括辊子装置(10)即围绕其包含在一个平面上的几何轴线(Z)旋转基体,其基本上平行于所述前进方向(A),并且还包括振动发生装置(17),其布置 用于制造所述滚子装置(10)围绕摆动振荡轴线(X)做基本平行于几何轴线(Z),以获得在所述表面(5)的波纹形状(39)。