会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Equipment for mechanical machining, in particular for the turning and drilling of light alloy wheels
    • 机械加工设备,特别适用于轻合金车轮的车削和钻孔
    • US07367096B2
    • 2008-05-06
    • US10535568
    • 2002-11-21
    • Roberto SammartinFrancesco Pieropan
    • Roberto SammartinFrancesco Pieropan
    • B23B39/00B23Q39/00
    • B23B3/30B23B3/065B23B2215/08B23Q1/66B23Q7/04B23Q39/00B23Q39/04B23Q41/00Y10T29/5107Y10T29/5114Y10T29/5196Y10T82/2506Y10T82/2572Y10T408/15
    • Equipment for mechanical machining, especially the turning and drilling of mechanical workpieces, such as light alloy wheels and the like, includes at least one turning unit with a double chuck to support the workpieces being machined and a turning head designed to work in association with one or other of the chucks alternately. At least one first workpiece loading/unloading device can be used for moving the workpieces being machined on one or other of the chucks so as to bring about loading/unloading of the workpieces from one of the chucks at the same time as mechanical machining is being carried out on the other chuck. The equipment further includes at least one drilling unit operatively associated with the turning unit and including at least one first drilling head combined with at least one corresponding first workpiece-holding device and at least one second device for loading/unloading parts to move parts being machined in the drilling unit. The first and second loading/unloading devices are further incorporated into the equipment to move the parts being machined away from and towards one or the other of the turning and drilling units so that mechanical machining in the drilling and turning unit takes place at the same time as the operations of loading and unloading workpieces onto and from the equipment.
    • 用于机械加工的设备,特别是诸如轻合金车轮等的机械工件的转动和钻孔包括至少一个具有双卡盘的转动单元以支撑被加工的工件,以及设计成与一个 或其他卡盘。 可以使用至少一个第一工件装载/卸载装置来移动在一个或另一个卡盘上加工的工件,以便在机械加工时同时从其中一个卡盘上卸载工件 在另一个卡盘上进行。 所述设备还包括至少一个与所述转动单元可操作地相关联的钻孔单元,并且包括与至少一个对应的第一工件保持装置组合的至少一个第一钻头和用于装载/卸载零件以移动正被加工的零件的至少一个第二装置 在钻井单位。 第一和第二装载/卸载装置进一步结合到设备中以将被加工的零件从转向和钻孔单元中的一个或另一个移动并朝着其中一个或另一个移动,使得钻削和转动装置中的机械加工同时进行 作为将工件装载到设备上的操作。
    • 2. 发明申请
    • Equipment for mechanical machining, in particular for the turning and drilling of light alloy wheels
    • 机械加工设备,特别适用于轻合金车轮的车削和钻孔
    • US20060048359A1
    • 2006-03-09
    • US10535568
    • 2002-11-21
    • Roberto SammartinFrancesco Pieropan
    • Roberto SammartinFrancesco Pieropan
    • B23B39/00
    • B23B3/30B23B3/065B23B2215/08B23Q1/66B23Q7/04B23Q39/00B23Q39/04B23Q41/00Y10T29/5107Y10T29/5114Y10T29/5196Y10T82/2506Y10T82/2572Y10T408/15
    • Equipment for mechanical machining, especially the turning and drilling of mechanical workpieces, such as light alloy wheels and the like, includes at least one turning unit with a double chuck to support the workpieces being machined and a turning head designed to work in association with one or other of the chucks alternately. At least one first workpiece loading/unloading device can be used for moving the workpieces being machined on one or other of the chucks so as to bring about loading/unloading of the workpieces from one of the chucks at the same time as mechanical machining is being carried out on the other chuck. The equipment further includes at least one drilling unit operatively associated with the turning unit and including at least one first drilling head combined with at least one corresponding first workpiece-holding device and at least one second device for loading/unloading parts to move parts being machined in the drilling unit. The first and second loading/unloading devices are further incorporated into the equipment to move the parts being machined away from and towards one or the other of the turning and drilling units so that mechanical machining in the drilling and turning unit takes place at the same time as the operations of loading and unloading workpieces onto and from the equipment.
    • 用于机械加工的设备,特别是诸如轻合金车轮等的机械工件的转动和钻孔包括至少一个具有双卡盘的转动单元以支撑被加工的工件,以及设计成与一个 或其他卡盘。 可以使用至少一个第一工件装载/卸载装置来移动在一个或另一个卡盘上加工的工件,以便在机械加工时同时从其中一个卡盘上卸载工件 在另一个卡盘上进行。 所述设备还包括至少一个与所述转动单元可操作地相关联的钻孔单元,并且包括与至少一个对应的第一工件保持装置组合的至少一个第一钻头和用于装载/卸载零件以移动正被加工的零件的至少一个第二装置 在钻井单位。 第一和第二装载/卸载装置进一步结合到设备中以将被加工的零件从转向和钻孔单元中的一个或另一个移动并朝着其中一个或另一个移动,使得钻削和转动装置中的机械加工同时进行 作为将工件装载到设备上的操作。
    • 4. 发明申请
    • Method and Device for Centring Semi-Finished Parts Which are to Undergo Mechanical Machining
    • 用于定心机械加工的半成品零件的方法和装置
    • US20070222133A1
    • 2007-09-27
    • US11547596
    • 2004-04-08
    • Roberto Sammartin
    • Roberto Sammartin
    • B23Q3/18
    • B23Q3/183B23Q17/22
    • A method is provided for centring semi-finished parts which are to undergo mechanical machining, including the steps of preparing a centring device including three centring elements spaced apart angularly at a regular pitch, capable of coming into contact with the semi-finished part to move it into a centred position, each of the centring elements being movable along a preset radial direction (Y), the radial directions intersecting at geometrical axis (X) for centring the part. The method further provides for the steps of moving each centring element along the corresponding radial direction (Y), with controlled and independent movement of each centring element relative to the others, by a respective drive associated with a respective apparatus for transmitting the motion capable of converting the rotational motion of each drive into translational motion of the corresponding centring element, and of adjusting the position of each centring element as a function of the torque developed by the respective drive, until a condition of centring is reached in which all the torque forces developed by the drives of the corresponding centring elements are greater than or equal to a preset threshold value indicating that a desired centring position of the part relative to the geometrical axis (X) of the centring device has been reached. A centring device operating according to the above-mentioned method is also described.
    • 提供了一种用于对准要进行机械加工的半成品的定心的方法,包括以下步骤:制备包括三个定心元件的定心装置,该定心装置包括以规则间距成角度地间隔开的定心元件,能够与半成品接触以移动 每个定心元件可沿着预设的径向方向(Y)移动,径向方向与几何轴线(X)交叉,用于使零件对中。 该方法进一步提供了通过与相应装置相关联的相应驱动器,每个定心元件沿对应的径向方向(Y)移动,每个定心元件相对于其它定心元件的受控和独立移动的步骤, 将每个驱动器的旋转运动转换成对应的定心元件的平移运动,并且根据由相应的驱动器产生的扭矩来调节每个定心元件的位置,直到达到所有的转矩力 由相应定心元件的驱动器显影大于或等于预定阈值,该预设阈值指示部件相对于定心装置的几何轴线(X)的期望的定心位置已达到。 还描述了根据上述方法操作的定心装置。
    • 5. 发明申请
    • Device for Clamping in Centered Position Parts to be Subjected to Machining and Machine Tool Comprising the Device
    • 用于夹紧中心位置零件加工和机器的装置
    • US20070221337A1
    • 2007-09-27
    • US11630636
    • 2004-12-06
    • Roberto SammartinBruno Velentini
    • Roberto SammartinBruno Velentini
    • B60B30/00
    • B23Q3/062B23Q3/183
    • A device is described for clamping parts in a centered position which are to be machined, including a device for centring the part on a worktable including at least three centering elements with a regular angular spacing. Each centering element is displaceable along a predetermined radial direction (Y), and there are actuating devices associated with each respective centering element for operational actuation thereof in the translational movement along the corresponding radial direction (Y). Each actuating device, for each centring element, includes a an actuating element capable of being driven in a rotational motion and a first motion transmission device capable of converting the rotational motion of the actuating element into translational motion of the corresponding centering element along the corresponding radial direction (Y), and a second motion transmission device between the actuating elements 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 centering elements along the respective radial translation directions (Y).
    • 描述了用于将待加工的中心位置中的部件夹紧的装置,包括用于使包括至少三个具有规则角度间隔的定心元件的工作台对中的部件的装置。 每个定心元件可沿着预定的径向方向(Y)移动,并且在沿相应的径向方向(Y)的平移运动中存在与每个相应定心元件相关联的用于其操作致动的致动装置。 对于每个定心元件,每个致动装置包括能够以旋转运动驱动的致动元件和能够将致动元件的旋转运动转换成相应定心元件沿相应径向的平移运动的第一运动传递装置 方向(Y),以及在致动元件之间的第二运动传递装置,其能够将致动元件中的一个致动元件的旋转运动同步地传递到另一个致动元件,以便使定心元件沿着相应的径向平移 方向(Y)。
    • 7. 发明申请
    • Method for Mechanical Machining, in Particular for Drilling and Turning Light Alloy Wheels, and a Mechanical Machining Installation Operating According to this Method
    • 机械加工方法,特别是用于钻削和车削轻合金车轮的机械加工方法以及根据该方法的机械加工安装
    • US20080196563A1
    • 2008-08-21
    • US11917421
    • 2005-06-22
    • Roberto Sammartin
    • Roberto Sammartin
    • B23B5/28B23B51/08B23B1/00
    • B23Q17/2291B23B2215/08Y10T82/10Y10T82/2502Y10T408/344
    • A method for mechanical machining, in particular for drilling and turning light alloy wheels , comprising prior to the mechanical machining step, a step of orientation and measurement of the wheel including the steps of arranging a device for seating the wheel with at least three seating areas 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, a wheel being brought into seating contact on these surfaces with a portion of its front flange, the wheel being approximately coaxial with a central reference axis of the device perpendicular to the reference plane; determining using distance sensing means the radial coordinates of a first plurality of points of a common surface of the flange, the points of this plurality being identified by moving the sensing means radially relative to the central reference axis along respective directions radial to this axis until the flange is intercepted, and calculating by interpolation of the radial coordinates of the first plurality of points; and the step of determining with the sensing means the coordinates of a second plurality of points belonging to a common surface of the flange; and storing the position coordinates of the second plurality of points relative to the reference plane and to the median plane to allow orientated repositioning of the wheel in the subsequent steps of mechanical machining, in order to obtain, at least at the second plurality of points, machined surface areas of flange belonging or arranged parallel to the median plane, so as to compensate for errors of planarity in the wheel flange.
    • 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的方法,包括在机械加工步骤之前的步骤,所述车轮的定向和测量步骤包括以下步骤:布置用于将所述车轮安置在具有至少三个座位区域 以规则的角度间距彼此间隔开并且形成彼此共面并且属于公共参考平面的相应的就座表面,轮与其前凸缘的一部分在这些表面上进行就座接触,所述轮是大致的 与垂直于参考平面的装置的中心参考轴线同轴; 确定使用距离感测装置是法兰的共同表面的第一多个点的径向坐标,通过使感测装置相对于中心参考轴径向相对于该轴线的径向方向径向移动感测装置来识别该点的点,直到该 法兰被截取,并且通过第一多个点的径向坐标的插值来计算; 以及用感测装置确定属于凸缘的公共表面的第二多个点的坐标的步骤; 并且将所述第二多个点相对于所述参考平面的位置坐标和所述中间平面存储,以允许在随后的机械加工步骤中所述车轮的定向重新定位,以便至少在所述第二多个点处, 属于或平行于中间平面布置的凸缘的加工表面区域,以补偿车轮凸缘中的平面度误差。
    • 8. 发明申请
    • Method of machining a brake disc
    • 加工制动盘的方法
    • US20060230888A1
    • 2006-10-19
    • US10546341
    • 2003-03-05
    • Roberto Sammartin
    • Roberto Sammartin
    • B23B3/00B23B5/04
    • B24B7/186B23Q7/04B24B7/17Y10T82/10Y10T82/21Y10T82/2593
    • A method of machining mechanical workpieces, in particular of machining the braking surfaces (2,3) of a brake disc (1) for vehicles is described and comprises the steps of loading the workpiece onto a work station (8) and clamping the workpiece in a median reference plane (A) between the opposed braking surfaces (2,3), as well as defining the excess material material thicnness to be removed from each of the said surfaces, with respect to the positioning coordinates of the said plane in relation to a system of working axes of the station, to achieve a balanced, centred division of excess metal removed from the said surfaces (2,3). The method also comprises the steps of preliminarily loading and clamping the workpiece on a handling device (7) operatively controlled by the work station (8) for the machining of the workpiece, the workpiece being gripped on the handling device (7) in the region of the said madian place (A), of bringing the said device (7), towards a workpiece-holder chuck (10) of the work station (8) with subsequent measurement of the positioning co-ordinates of the said median plane (A) in relation to the system of working axes, and of clamping the workpiece on the chuck (10) of the work station and releasing the handling device (7) to allow both of the opposed workpiece surfaces (2,3) to be machined in the said work station (8) by removal of the preselected excess material thicknesses calculated in relation to the positioning co-ordinates of the said plane (A).
    • 描述了加工机械工件的方法,特别是加工用于车辆的制动盘(1)的制动表面(2,3)的方法,包括以下步骤:将工件装载到工位(8)上并夹紧工件 在相对的制动表面(2,3)之间的中间参考平面(A),以及限定从每个所述表面移除的多余的材料材料相对于所述平面相对于 工位的工作轴的系统,以实现从所述表面(2,3)去除的多余金属的平衡的中心分割。 该方法还包括以下步骤:在由工作站(8)可操作地控制的处理装置(7)上预先加载和夹紧工件,用于加工工件,工件被夹持在区域中的处理装置(7)上 将所述装置(7)朝向所述工作站(8)的工件夹持器卡盘(10)移动的所述马尼亚加(A)区域,随后测量所述中间平面(A)的定位坐标 ),并且将工件夹紧在工作台的卡盘(10)上并释放操作装置(7),以允许两个相对的工件表面(2,3)被加工成 所述工作站(8)通过去除相对于所述平面(A)的定位坐标计算的预选多余材料厚度。
    • 9. 发明申请
    • METHOD FOR MECHANICAL MACHINING, IN PARTICULAR FOR DRILLING AND TURNING LIGHT ALLOY WHEELS, AND A MECHANICAL MACHINING INSTALLATION OPERATING ACCORDING TO THIS METHOD
    • 用于机械加工的方法,特别是用于钻孔和旋转轻合金车轮的机械加工,以及根据该方法的机械加工安装
    • US20100172705A1
    • 2010-07-08
    • US11917382
    • 2005-06-22
    • Roberto Sammartin
    • Roberto Sammartin
    • B23Q3/18B23B35/00B23B5/28B23B5/34
    • B23Q3/183Y10T279/10Y10T408/03Y10T408/34
    • A method for mechanical machining, in particular for drilling and turning wheels of light alloy, comprising a step of centring and locking the wheel to be machined prior to the steps of drilling and turning the wheel. In the centring step provision is made for the further steps of arranging a seating device for the wheel comprising a plurality of elements having the form of a circular sector in plan view, coplanar with each other and spaced apart from each other angularly, each of the sectors being movable along a predefined radial direction, the directions intersecting at a common central axis running perpendicularly to the radial directions, each of the sectors having a respective seating surface for a corresponding part of the outer front portion of the wheel arranged in a position facing the sectors, and of moving the plurality of seating sectors along the respective radial directions to suit the outside diameter of the wheel undergoing the step of centring, so that the seating of wheels having different diameters varying within a preselected range of values is obtained on the device. An installation operating according to the above-mentioned method is also described.
    • 一种用于机械加工的方法,特别是用于轻合金的钻孔和转动轮的方法,包括在钻和转动车轮的步骤之前定心和锁定待加工车轮的步骤。 在定心步骤中,进一步的步骤是在平面图中布置具有圆形部分形式的多个元件的车轮座椅装置,这些元件彼此共面并且彼此成角度间隔开, 扇区可沿着预定的径向方向移动,所述方向在垂直于径向移动的公共中心轴线上相交,每个扇区具有相应的就座表面,用于轮的外前部的对应部分,布置在面对 并且沿着相应的径向方向移动多个座位区段以适应经历定心步距的车轮的外径,使得在具有预定值的范围内变化的具有不同直径的车轮的座椅在 设备。 还描述了根据上述方法操作的安装。
    • 10. 发明申请
    • MANIPULATING DEVICE FOR LATHES, IN PARTICULAR FOR VERTICAL TURRET LATHES, AND A LATHE INCLUDING SAID DEVICE
    • 特别用于垂直车轮的车床的操纵装置和包括上述装置的车轮
    • US20100089208A1
    • 2010-04-15
    • US12530000
    • 2008-03-03
    • Roberto Sammartin
    • Roberto Sammartin
    • B23Q7/04B23B7/16
    • B23Q7/046B23Q7/048Y10T82/2511Y10T82/2514
    • A manipulating device (1) for lathes is described, in particular for vertical turret lathes including at least one toolholder saddle, of the type comprising at least a first and a second workpiece manipulator device (10,11) associated with the saddle, such that by means of the displacement of the toolholder saddle the manipulator devices are displaceable between a station (C) for loading workpieces (P) to be machined and a station (S) for unloading the machined workpieces, a workpiece table (4) of the lathe being placed between the stations (C,S) to support the workpiece (P) during machining, wherein the first and the second manipulator device (10, 11) are displaceable with movements independent of one another, at least in the direction (X) of displacement of the toolholder saddle to and from the loading and unloading stations (C,S) and the workpiece table (4), in such a way that the distance between the manipulator devices (10, 11) on the lathe is adjustable at least in that direction (X).
    • 具体地描述了用于车床的操纵装置(1),其特征在于用于包括至少一个工具架鞍座的垂直转塔车床,该至少一个刀架鞍座至少包括与鞍座相关联的第一和第二工件操纵器装置(10,11),使得 通过刀夹座的位移,机械手装置可以在用于装载要加工的工件(P)的工位(C)和用于卸载加工的工件的工位(S)之间移动,车床的工件台(4) 被放置在所述工位(C,S)之间以在加工期间支撑所述工件(P),其中所述第一和第二操纵器装置(10,11)可以彼此独立地移动,至少沿方向(X) 将工具架鞍座与装卸台(C,S)和工件台(4)之间的位移,使得车床上的机械手装置(10,11)之间的距离至少是可调节的 在这个方向 (X)。