APPARATUS FOR DOUBLE-SIDED GRINDING
    3.
    发明公开
    APPARATUS FOR DOUBLE-SIDED GRINDING 审中-公开
    VORRICHTUNG ZUM BEIDSEITIGEN SCHLEIFEN

    公开(公告)号:EP2227351A1

    公开(公告)日:2010-09-15

    申请号:EP08856391.1

    申请日:2008-12-04

    申请人: Flex Trim A/S

    摘要: A grinding apparatus for machining a workpiece (6), including an apparatus frame (2) supporting a grinding station (3) with a number of grinding heads (4) with associated grinding elements (5) arranged such that the grinding elements (5) are in contact with one surface (7) of the workpiece at the passage of the workpiece through the grinding apparatus (1), and an endless conveying means (8) for the grinding heads (4), and a roller table (9) for supporting the workpiece (6), where the grinding apparatus (1) includes a further grinding station (10) with grinding heads (4) arranged such that the grinding elements (5) are in contact with the opposite surface (11) of the workpiece at the passage of the workpiece across the roller table (9), where the roller table includes a first (12) and a second set of rollers (13), and where there is an interspace (14) between two set of rollers (12, 13), allowing passage of the workpiece between the two set of rollers (12,13), wherein spacing (15) between individual rollers (16 ) in each of the two sets of rollers (12, 13) is arranged such that a plurality of the rollers (16) from each of the two sets of rollers (12, 13) are simultaneously in contact with the opposing surfaces (7, 11), where a first grinding station (3) is provided between two succeeding rollers in the first set (12) and a second grinding station (10) is provided between two succeeding rollers in the second set (13).

    摘要翻译: 一种用于加工工件(6)的磨削装置,包括:用多个研磨头(4)支撑研磨站(3)的装置框架(2),其具有相关联的研磨元件(5),所述研磨元件布置成使得所述研磨元件(5) 在工件通过磨削装置(1)的通道处与工件的一个表面(7)接触,以及用于磨头(4)的环形输送装置(8)和用于 支撑工件(6),其中研磨装置(1)包括具有研磨头(4)的另外的研磨站(10),磨削头(4)布置成使得研磨元件(5)与工件的相对表面(11)接触 在所述工件穿过所述辊台(9)的过程中,所述辊台包括第一组(12)和第二组辊(13),并且其中在两组辊(12)之间存在间隙(14) ,13),允许工件在两组辊(12,13)之间通过,其中间隔(15) 两组辊子(12,13)中的每一个中的单个辊子(16)被布置成使得来自两组辊子(12,13)中的每一个的多个辊子(16)同时与 相对表面(7,11),其中在第一组(12)中的两个后续辊之间设置第一研磨站(3)和在第二组(13)中的两个后续辊之间设置第二研磨站(10) 。

    SCHLEIFVORRICHTUNG ZUM SCHLEIFEN EINES METALLISCHEN PRODUKTS
    4.
    发明公开
    SCHLEIFVORRICHTUNG ZUM SCHLEIFEN EINES METALLISCHEN PRODUKTS 有权
    研磨装置用于研磨金属制品

    公开(公告)号:EP2595779A1

    公开(公告)日:2013-05-29

    申请号:EP11726359.0

    申请日:2011-06-18

    发明人: SCHILLER, Günter

    IPC分类号: B24B7/12 B24B27/04

    CPC分类号: B24B7/12 B24B7/26 B24B27/04

    摘要: The invention relates to a polishing device (1) for polishing a metal product (2), in particular a continuously cast slab, billet, or block. The aim of the invention is to achieve a high polishing rate when said metal products are polished. According to the invention, this is achieved in that the polishing device (1) has at least two polishing assemblies (3, 4), each polishing assembly (3, 4) having a mounting (5, 6) for a polishing unit (7, 8). A polishing unit has at least one polishing disk (9, 10) and a driving motor (11, 12) that drives the polishing disk (9, 10). The polishing disks (9, 10) are arranged such that the rotational axes (A, B) of said disks run parallel to each other.

    MACHINE FOR THE MECHANICAL MACHINING OF PLATE-SHAPED ELEMENTS, PARTICULARLY TILES AND SLABS OF CERAMIC MATERIAL, NATURAL STONES, GLASS OR THE LIKE
    5.
    发明公开

    公开(公告)号:EP2542381A1

    公开(公告)日:2013-01-09

    申请号:EP11714658.9

    申请日:2011-03-04

    发明人: FAVA, Umberto

    摘要: The machine (1) for the mechanical machining of plate- shaped elements, particularly tiles and slabs of ceramic material, natural stones, glass or the like, comprises: a base frame (2); forward movement means (3) for at least a plate-shaped element (4) fitted on the base frame (2) and suitable for moving the plate-shaped element (4) on a movement plane (8) along a direction of forward movement (A); at least a series of work tools (20, 21, 51) for the machining of the plate-shaped element (4), which are arranged in proximity of the movement plane (8) and are suitable for intercepting the plate-shaped element (4) in its movement along the direction of forward movement (A), the work tools (20, 21, 51) being aligned the one with the other along an alignment direction (C) substantially parallel to the movement plane (8) and moving one by one close and away with respect to the movement plane (8) along an approach/away direction (D) substantially transversal to the alignment direction (C); and automated adjustment means (23) suitable for adjusting the position of the work tools (20, 21, 51) with respect to the movement plane (8) and electronically connected to a processing unit (16) suitable for controlling its operation, the automated adjustment means (23) comprise: emission/receiving means (24, 25) of a rectilinear light beam (26) which is projected substantially parallel to the alignment direction (C), is located at a predefined distance from the movement plane (8), and is suitable for being interrupted by the work tools (20, 21, 51) due to the effect of their movement along the approach/away direction (D); and detection means of the position of each of the work tools (20, 21, 51) in correspondence to which each work tool (20, 21, 51) interrupts the rectilinear light beam (26).