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    • 5. 发明申请
    • WERKSTÜCKBEARBEITUNGSVORRICHTUNG
    • 工作处理装置
    • WO2018055069A1
    • 2018-03-29
    • PCT/EP2017/073982
    • 2017-09-22
    • ELB-SCHLIFF WERKZEUGMASCHINEN GMBH
    • MAYR, GüntherSTANIK, Markus
    • B23Q3/155B24B19/02B24B27/00B24B41/04B24B41/02B24B53/053B24B55/02
    • B24B19/02B23Q3/15513B24B27/0076B24B27/0084B24B41/02B24B41/04B24B53/053B24B55/02Y10T483/174
    • Bereitgestellt wird eine Werkstückbearbeitungsvorrichtung (1), insbesondere Schleifvorrichtung, mit zumindest einem Spindelmodul (10.1) und einem Werkzeugwechsler (30), wobei - das Spindelmodul angepasst ist, ein Werkzeug (13.1), insbesondere Schleifscheibe, zur Bearbeitung eines Werkstückes (40) aufzunehmen, - das Spindelmodul entlang einer vertikalen Translationsachse (Y3) verfahrbar an einem Spindelmodulhalter (5) angeordnet ist, - wobei das Spindelmodul (10.1) eine Spindel (11.1), insbesondere Schleifspindel, zur Aufnahme des Werkzeuges und einen Abrichter (12.1) aufweist, wobei der Abrichter und die Spindel unabhängig voneinander und relativ zueinander an dem Spindelmodul (10.1) verfahrbar sind, und - der Werkzeugwechsler (30) angepasst ist - zumindest ein Werkzeug aus einem Werkzeugmagazin (35) zu entnehmen und an einer Spindel (11.1,11.2) zu befestigen und - ein an einer Spindel befestigtes Werkzeug aufzunehmen und in dem Werkzeugmagazin abzulegen.
    • 提供了一种工件导航用途ckbearbeitungsvorrichtung(1),特别是研磨装置,与至少一个心轴模块(10.1)和换刀(30),其中 - 所述主轴模块适于接收工具(13.1),尤其是砂轮 ,用于加工工件导航用途采取ckes(40), - 沿垂直平移轴线(Y3)上的主轴模块支架可移动布置的主轴模块(5), - 其中所述主轴模块(10.1)是主轴(11.1),尤其是研磨轴,用于接收 包括工具和一个修整工具(12.1),修整和主轴独立地BEAR分别彼此和相对于彼此在主轴模块上(10.1)可动,以及 - 适于将所述刀库(30) - 从刀具库的至少一个工具(35 )并将其连接到主轴(11.1,11.2)上,并且 - 拾取连接到主轴上的刀具并将其放入刀库中。

    • 9. 发明申请
    • SURFACE MODIFYING PROCESS
    • 表面改性工艺
    • WO99004929A1
    • 1999-02-04
    • PCT/CA1998/000713
    • 1998-07-23
    • B23P11/00B24B1/00B24B19/02B29C59/04C23C4/02
    • C23C4/02B23P11/00B24B1/00B24B19/028B29C59/04
    • A method for preparing a surface (24) of a workpiece (10) of solid ductile material to provide a transition zone between that material and a different material to be brought into intimate contact with the first material, involves relatively moving the workpiece surface (24) and a substrate (16) to which are bonded adhesive particles (14) much harder than the ductile material through a contact zone while pressing the particles (14) of abrasive into the material surface (24), such that the abrasive particles score recesses (26) extending longitudinally of the material surface while displacing said ductile material from the scores to form processes (20) integral with the material and extending outwardly from the surface and parallel to the scored recesses into spaces (22) between the material surface and the substrate, the recesses (26) and processes (20) together providing at the prepared surface a transition zone between the ductile material and the different material.
    • 一种用于制备固体延性材料的工件(10)的表面(24)的方法,以在该材料和与第一材料紧密接触的不同材料之间提供过渡区域,包括相对移动工件表面(24 )和衬底(16),在将磨料颗粒(14)压入材料表面(24)中时,通过接触区将比粘合剂颗粒(14)粘结的粘合剂颗粒(14)更硬,使得磨料颗粒刻痕凹槽 (26),其沿材料表面纵向延伸,同时从分数位移所述延性材料以形成与材料成一体的工艺(20),并从表面向外延伸并平行于刻痕凹槽进入材料表面和 衬底,凹部(26)和工艺(20)一起在准备好的表面提供延性材料和不同材料之间的过渡区。
    • 10. 发明申请
    • MACHINE FOR USE IN THE MANUFACTURE OF POWER STEERING VALVES
    • 用于动力转向阀制造的机器
    • WO1992010334A1
    • 1992-06-25
    • PCT/AU1991000495
    • 1991-10-28
    • A.E. BISHOP & ASSOCIATES PTY. LIMITEDBISHOP, Arthur, Ernest
    • A.E. BISHOP & ASSOCIATES PTY. LIMITED
    • B24B19/02
    • B24B9/00B24B19/02
    • A machine for grinding the metering edge contours on edges of axially extending grooves (46) of a power steering valve input-shaft (7) by means of a cylindrical grinding wheel (1) the machine being constructed to hold and rotate the input-shaft (7) and to increase and decrease cyclically the distance between the axis of the input-shaft (7) and the grinding wheel (1) several times during the revolution of the input-shaft (7) to grind metering edge contours to produce symmetrical sets of clockwise and anticlockwise metering edge contours, the input-shaft being centrelessly supported by means of surfaces (8, 8a, 9, 9a) tangentially contacting the outside diameter of the input-shaft, two such surfaces (8, 8a) being axially displaced on either side of the ends of the grooves in the input-shaft and being arranged one on each side of the grinding wheel on that side of the input-shaft (7) adjacent the grinding wheel (1) and other of the support surfaces (9, 9a) being arranged substantially at right angles to the first two support surfaces (8, 8a) to constrain the input-shaft against motion in a direction parallel to the first two support surfaces (8, 8a), a pair of pressing members (10, 11) contacting the outside diameter of the input-shaft (7) one each displayed axially either side of the ends of the grooves (46) and loaded so as to press the input-shaft (7) in a direction generally towards the first two support surfaces (8, 8a).
    • 一种用于通过圆柱形砂轮(1)研磨动力转向阀输入轴(7)的轴向延伸槽(46)的边缘上的计量边缘轮廓的机器,该机器构造成保持和旋转输入轴 (7),并且在输入轴(7)的旋转期间多次增加和减少输入轴(7)和砂轮(1)的轴线之间的距离,以研磨计量边缘轮廓以产生对称 顺时针和逆时针计量边缘轮廓的组,输入轴通过切向接触输入轴的外径的表面(8,8a,9,9a)中心地支撑,两个这样的表面(8,8a)轴向 在输入轴的槽的端部的任一侧移位,并且在与砂轮(1)相邻的输入轴(7)的一侧和另一个支撑表面上的砂轮的每一侧上布置一个 (9,9a)基本上布置在其上 与第一两个支撑表面(8,8a)成直角,以在与第一两个支撑表面(8,8a)平行的方向上限制输入轴抵抗运动,一对与外部接触的按压部件(10,11) 所述输入轴(7)的直径各自轴向地在所述凹槽(46)的端部的任一侧上显示并且被加载以便沿大致朝向所述第一两个支撑表面(8,8)的方向按压所述输入轴(7) 8A)。