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    • 12. 发明申请
    • A DEVICE FOR SECURING IN A CENTRED POSITION AXIALLY SYMMETRIC WORKPIECES TO BE SUBJECTED TO MACHINING
    • 用于保护中心位置的装置,用于加工的轴对称工件
    • WO2009144760A1
    • 2009-12-03
    • PCT/IT2009/000221
    • 2009-05-19
    • MAUS S.p.A.SAMMARTIN, Roberto
    • SAMMARTIN, Roberto
    • B23B31/16B23B31/19
    • B23B31/1627B23B31/19B23B2260/03
    • A device for securing in a centred position axially symmetric workpieces, particularly rings (2) for bearings, to be subjected to machining comprises a device for centring the workpiece on a work table (3), including at least three centring elements (6) spaced at regular angular intervals, which can come into contact with the workpiece to move it to a centred position, each of the centring elements being movable in a predetermined radial direction, the radial directions intersecting on the geometrical axis (X) of centring of the workpiece. Means (7) for securing the workpiece are associated with the centring element (6), for securing the workpiece in the centred position which is reached, these securing means comprising, in each centring element, at least one securing clamp (8, 9) movable from and towards an operating position in which it keeps the workpiece bearing on a first bearing surface (10a, lla) of the centring element (6), the securing force being applied substantially in a direction parallel to the geometric axis (X) of the table (3).
    • 用于固定在中心位置的轴向对称工件的装置,特别是用于轴承的环(2)将被加工包括用于将工件对准在工作台(3)上的装置,该装置包括至少三个间隔开的定心元件(6) 以规则的角度间隔,其可以与工件接触以将其移动到中心位置,每个定心元件可在预定径向方向上移动,径向方向与工件的中心的几何轴线(X)相交, 。 用于固定工件的装置(7)与定心元件(6)相关联,用于将工件固定在到达的中心位置,这些固定装置在每个定心元件中包括至少一个固定夹具(8,9) 可移动地朝着使工件承载在定心元件(6)的第一支承表面(10a,11a)上的操作位置,所述固定力基本上沿平行于所述定心元件(6)的几何轴线(X)的方向施加 表(3)。
    • 13. 发明申请
    • A METHOD FOR MECHANICAL MACHINING, IN PARTICULAR FOR DRILLING AND TURNING LIGHT ALLOWY WHEELS, AND A MECHANICAL MACHINING INSTALLATION OPERATING ACCORDING TO THIS METHOD
    • 一种机械加工方法,特别是用于钻孔和旋转轻型车轮的机械加工,以及根据本方法进行的机械加工安装
    • WO2006137088A1
    • 2006-12-28
    • PCT/IT2005/000359
    • 2005-06-22
    • MAUS S.P.A.SAMMARTIN, Roberto
    • SAMMARTIN, Roberto
    • B23Q17/22B23Q3/18
    • B23Q17/2291B23B2215/08Y10T82/10Y10T82/2502Y10T408/344
    • A method for mechanical machining, in particular for drilling and turning light alloy wheels (1), comprising prior to the mechanical machining step, a step (10) of orientation and measurement of the wheel (1) including the steps of arranging a device (4) for seating the wheel with at least three seating areas (5) spaced apart from each other angularly at a regular angular pitch and forming respective seating surfaces coplanar with each other and belonging to a common reference plane (R), a wheel (1) being brought into seating contact on these surfaces with a portion of its front flange (2), the wheel being approximately coaxial with a central reference axis (z) of the device perpendicular to the reference plane (R); determining using distance ssensing means (9) the radial coordinates of a firsst plurality of points (Qi) of a common surface of the flange (2), the points of this plurality being identified by moving the sensing means (9) radially relative to the central reference axix (Z) along respective directions radial to this axis, at a constant distance measured parallel to the axis until the flange is intercepted, and calculating by interpolation of the radial coordinates of the first plurality of points (Qi); and the step of determining with sensing means (9) the coordinates of a second plurality of points (Pi) belonging to a common surface of the flange, and storing the position coordinates of the second plurality of points (Pi) relative to the reference plane (R) and to the median plane (M) to allow orientated repositioning of the wheel (1) in the subsequent steps of mechanical machining, in order to obtain, at least at the second plurality of points (Pi), machined surface areas of flange belonging or arranged parallel to the median plane (M), so as to compensate for errors of planarity in the wheel flange (1).
    • 一种用于机械加工的方法,特别是用于钻和转动轻合金车轮(1)的方法,包括在机械加工步骤之前的车轮(1)的取向和测量步骤(10),包括以下步骤: 4),用于将轮子安置在至少三个座位区域(5)上,所述至少三个座位区域(5)以规则的角度间距彼此成角度地间隔开并且形成彼此共面并且属于公共参考平面(R),轮(1) )与其前凸缘(2)的一部分在这些表面上进行座接触,所述轮与垂直于参考平面(R)的装置的中心参考轴线(z)近似同轴; 使用距离感光装置(9)确定凸缘(2)的共同表面的第一多个点(Qi)的径向坐标,通过相对于所述凸缘(2)径向移动感测装置(9)来识别该多个点的点 中心参考轴(Z)沿着与该轴径向的各个方向,平行于轴测量直到法兰被截取为止的恒定距离,并且通过第一多个点(Qi)的径向坐标的插值来计算; 以及用感测装置(9)确定属于凸缘的公共表面的第二多个点(Pi)的坐标,并且相对于参考平面存储第二多个点(Pi)的位置坐标的步骤 (R)和中间平面(M),以允许在随后的机械加工步骤中车轮(1)的定向重新定位,以便至少在第二多个点(Pi)获得加工表面积 属于或平行于中间平面(M)布置的凸缘,以补偿车轮凸缘(1)中的平面度误差。
    • 14. 发明申请
    • DEVICE FOR CLAMPING IN CENTRED POSITION PARTS TO BE SUBJECTED TO MACHINING AND MACHINE TOOL COMPRISING SAID DEVICE
    • 用于夹紧中心位置零件的装置,用于加工和包装上述装置的机器工具
    • WO2006003683A1
    • 2006-01-12
    • PCT/IT2004/000678
    • 2004-12-06
    • MAUS S.P.A.SAMMARTIN, RobertoVALENTINI, Bruno
    • SAMMARTIN, RobertoVALENTINI, Bruno
    • B60B30/00
    • B23Q3/062B23Q3/183
    • A device (1; 50) is described for clamping parts in centred position to be subjected to machining, comprising a device for centring the part on a worktable (7) including at least three centring elements (11) with a regular angular spacing, which are capable of coming into contact with the part to displace it into a centred position, each of the centring elements (1].) being displaceable along a predetermined radial direction (Y), actuating means associated with each respective centring element (11) for operational actuation thereof in the translational movement along the corresponding radial direction (Y), in which the actuating means comprise, for each centring element (11), a respective actuating element (15) capable of being driven in a rotational motion and respective first motion transmission means (16, 17) capable of converting the rotational motion of the actuating element (15) into a translational motion of the corresponding centring element (11) along the corresponding radial direction (Y) together with second motion transmission means (18, 19) between the actuating elements (15) capable of synchronously transmitting the rotational motion of one of the actuating elements to the other actuating elements so as to impart a synchronized translational movement of the centring elements (11) along the respective radial translation directions (Y).
    • 描述了用于将零件夹紧在中心位置以进行加工的装置(1; 50),其包括用于将零件对准在包括至少三个定心元件(11)的工作台(7)上的装置,