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    • 61. 发明申请
    • METHOD OF PREPARING NC DATA
    • 准备NC数据的方法
    • WO1987000652A1
    • 1987-01-29
    • PCT/JP1986000382
    • 1986-07-21
    • FANUC LTDTANAKA, KunioTAKEGAHARA, TakashiONISHI, Yasushi
    • FANUC LTD
    • G05B19/403
    • G05B19/40937G05B2219/36214G05B2219/36264Y02P90/265
    • A method of preparing NC data for an automatic programming apparatus which prepares NC data to move a tool from a first area (AR1) to a second area (AR2) after the machining has been completed, and then to effect a predetermined machining in the second area. The method comprises: a step for checking whether an auxiliary position input mode has been set or not at the time of preparing the NC data for moving the tool from the first area (AR1) to the second area (AR2); a step for preparing NC data to move the tool from the first area to the second area along an approach surface (APS) of a predetermined height over a work (WK), if the auxiliary position input mode has not been set; and a step for preparing NC data to temporarily stop the processing for automatically preparing the NC data if the auxiliary position input mode has been set, and then to input auxiliary positions (PA1, PA2) in an interactive manner, to move the tool to the second area via the thus input auxiliary positions.
    • 一种为自动编程装置准备数字控制数据的方法,所述自动编程装置在完成加工之后准备用于将工具从第一区域(AR1)移动到第二区域(AR2)的数字控制数据, 然后在第二区域中执行预定的机械加工。 该方法包括在准备用于将工具从第一区域(AR1)移动到第二区域(AR2)的数字控制数据期间检查是否已经建立位置输入模式; 准备用于沿着工件上方预定高度(WK)处的接近表面(APS)将工具从第一区域移动到第二区域的数字控制数据, 辅助职位的引进方式尚未确定时; 并准备用于暂时停止处理的数字控制数据,以便当已经建立辅助位置引入模式时自动地准备数字控制数据,然后以这样的方式输入辅助位置(PA1,PA2) 交互式,通过这样引入的辅助位置将工具移动到第二区域。
    • 62. 发明申请
    • AREA MACHINING METHOD
    • 区域加工方法
    • WO1985002572A1
    • 1985-06-20
    • PCT/JP1984000592
    • 1984-12-14
    • FANUC LTDKISHI, HajimuSEKI, MasakiTAKEGAHARA, Takashi
    • FANUC LTD
    • B23Q15/00
    • G05B19/41G05B2219/49157G05B2219/49381
    • Method of machining an area (AR) surrounded by an outline curve (OLC) and at least two closed curves (INC1 and INC2) which are present inside the outline curve. The method includes: a step of calculating first and second offset curves (INF1 and INF2) which are outwardly offset from the respective closed curves (INC1 and INC2) by an amount which corresponds to the tool diameter; a step of checking as to whether the offset curves cross each other; a step of recognizing that when the offset curves cross each other there is a region (CSA) which is impossible to machine; and, when there is a region (CSA) which it is impossible to machine, a step of machining only the area other than said region (CSA).
    • 一种加工由轮廓曲线(OLC)包围的表面(AR)和存在于轮廓线内的至少两个闭合路缘(INC1和INC2)的方法。 该方法包括:计算相对于各个闭合曲线(INC1和INC2)向外偏移对应于工具直径的值的第一和第二偏移曲线(INF1和INF2); 检查偏移曲线是否相交; 在偏移曲线相交时识别是否存在无法加工的区域(CSA); 在该区域(CSA)不可加工的情况下,仅加工除该区域之外的表面(CSA)。
    • 66. 发明申请
    • METHOD OF CREATING NC PROGRAM FOR CUTTING CORNER
    • 创建切割角的NC程序的方法
    • WO1993016422A1
    • 1993-08-19
    • PCT/JP1993000125
    • 1993-02-03
    • FANUC LTDSEKI, MasakiTAKEGAHARA, TakashiHAYANAGI, ShizuokiHIROSE, Noboru
    • FANUC LTD
    • G05B19/407
    • G05B19/40937Y02P90/265
    • A method of creating an NC program for cutting corners, in which the rotational speed of the main shaft can be specified for each corner to be cut in an interactive mode by a CAD/CAM system. The method comprises a first step (S1) of checking the completion of specifying the corners to be cut; a second step (S2) of selecting either of an individual specification and a batch specification when the specifying of all the corners is not complete; a third step (S3) of instructing whether the rotational speed of the main shaft is specified or not; a fourth step (S4) in which when the rotational speed of the main shaft is not specified, corners are specified by a selected specification method, i.e., in the case of the individual specification, the individual selection or a range selection is specified, and in the case of the batch specification, the angular range etc. are specified; a fifth step (S5) in which as the result of the third step S3, when the rotational speed is to be specified, a method of specifying the rotational speed of the spindle is selected; a sixth step (S6) of inputting the rotational speeds of the main shaft or the coefficients, etc. of the computational equations by which the rotational speed of the main shaft is computed according to the selected method for specifying the rotational speed; and a seventh step (S7) of storing in a memory the data of the corners where the rotational speeds are altered and the data of the rotational speeds.