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    • 82. 发明公开
    • NUMERICAL CONTROL SYSTEM
    • 数字控制系统
    • EP0063606A1
    • 1982-11-03
    • EP81902860.6
    • 1981-10-23
    • FANUC LTD.
    • NOZAWA, RyoichiroNAGAMINE, TsuyoshiKAWAMURA, HideakiFUJIBAYASHI, Kentaro
    • G05B19/405
    • G05B19/41G05B2219/35436G05B2219/35439G05B2219/36088G05B2219/36383G05B2219/49243G05B2219/50336G05B2219/50356
    • A numerical control system which can be put into manual operation in a state where the axial direction of a tool coincides with the direction of a hole to be drilled in a work piece. In a rectangular coordinate system and a spherical coordinate system with the origins at the center of rotation of the tool, when rotating the tool with a radius y by 0 in the direction of vertical rotation and by ϕ in the direction of horizontal rotation, the position of the top of the tool has the rectangular coordinates: X o = ysin0. cosϕ, Y o = γsinθ. sinϕ, Z o = ycosO. Accordingly, a manual pulse- distribution circuit (104) distributes a series of pulses (H P ) from a manual pulse-generator (103) into the X, Y, and Z components in the proportions of the above values, and then the pulses drive axis-control motors (113) to (117) through servo circuits (108) to (112), respectively.
    • 本发明提供一种数控系统,其能够在工具的轴线方向与要在工件中钻孔的方向一致的状态下进行手动操作。 在原点位于刀具旋转中心的直角坐标系和球面坐标系中,当在垂直旋转方向上以半径y旋转0°的工具并且沿水平旋转方向旋转φ时,位置 该工具的顶部有直角坐标:Xo = ysin0。 cosφ,Yo =γsinθ。 sinφ,Zo = ycos0。 因此,手动脉冲分配电路(104)以一定比例将来自手动脉冲发生器(103)的一系列脉冲(HP)分配到X,Y和Z分量中,然后脉冲驱动 通过伺服电路(108)至(112)分别控制轴控马达(113)至(117)。
    • 89. 发明公开
    • Method and apparatus for automatically sensing the configuration of a surface area and effecting a work function thereon
    • 用于自动扫描面的面积和用于在其上进行加工功能的方法和装置。
    • EP0369891A2
    • 1990-05-23
    • EP89403177.2
    • 1989-11-17
    • HYDRO-QUEBECONTARIO HYDRO
    • Fihey, Jean-LucHazel, BruceDi Vicenzo, AntonioTinkler, MarkMcNabb, Scott
    • G05B19/42
    • B23P23/04G05B19/4207G05B2219/39468G05B2219/45104G05B2219/49362G05B2219/50153G05B2219/50214G05B2219/50356
    • A method and apparatus for automatically sensing the configuration of a surface area of an object and effecting a work function thereof. A track is connected relative to the surface and a motor-actuated robot member is displaceable on the track by a motorized element coupled thereto. The robot member is provided with a working arm which is displaceably coupled thereto and has one or more working tools connectible therewith. A control circuit is associated with the robot member for displacing the robot member and operating the working arm and tool. A sensor is connected to the working arm and has a probe to sense a distance which is measured along a normal of the surface or any surface calculated by the control circuit and assumed to be representative of the surface in a delineated working environment of the robot member and working arm. The sensor feeds information data to the control circuit to determine damaged areas requiring work procedures to be effected by the one or more working tools. The tool trajectory is then automatically generated by the robotic system to achieve required tool positioning with respect to the surface.
    • 一种用于自动感测的物体的表面区域的配置及影响其功函数的方法和装置。 的轨道被连接相对于所述表面和电机致动的机器人构件是由耦合到其的电动元件在轨道上移动。 该机器人构件设置有一个可移动工作臂所有这一切都耦合于此,并且具有可连接有一个或多个工作工具。 控制电路与用于移动机器人构件以及操作所述工作臂和刀具机器人构件相关联。 传感器被连接到所述工作穷人和具有探头,以感测的距离的所有其沿着一个正常的由控制电路计算的表面或任何表面的测得的和假定是代表了表面的在机器人构件的划定的工作环境 和工作的穷人。 传感器反馈的信息数据传送到控制电路确定性矿山受损区域要求的工作程序,由一个或多个工作工具来实现。 工具轨迹,然后自动由机器人系统产生的,以实现所需的工具定位相对于所述表面上。