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    • 6. 发明授权
    • Method of creating curved surfaces
    • 创建曲面的方法
    • US5278767A
    • 1994-01-11
    • US819020
    • 1986-01-15
    • Hajimu KishiMasaki Seki
    • Hajimu KishiMasaki Seki
    • G05B19/4097B23Q15/00G05B19/18G05B19/41G05B19/4103G06F17/50G05B19/415
    • G05B19/41G05B2219/35151G05B2219/49385
    • A curved surface generation method well-suited for application to the preparation of a numerical control tape used in the numerically controlled machining of a three-dimensional body such as a three-dimensional mold. The surface creation method includes steps of defining, on a first section curve or reference curve of a three-dimensional curved body, a point Pi (i=1,2 . . . ) which corresponds to a point Qi (i=1,2 . . . ) on a second section curve or reference curve, and generating an intermediate section curve in accordance with the established correspondence. A curved surface is created by collecting a plurality of the intermediate section curves together. Accordingly, the invention raises the degree of freedom with which a curved surface is created, and enables the accurate creation of a curved surface featuring subtle changes, allowing the precise machining of a three-dimensional body.
    • 适用于三维模具等三维体的数控加工中使用的数控带的制备的曲面生成方法。 表面创建方法包括以下步骤:在第三部分曲线或三维弯曲体的参考曲线上定义对应于点Qi(i = 1,2)的点Pi(i = 1,2 ...) ...),并根据建立的对应关系生成中间部分曲线。 通过将多个中间部分曲线收集在一起而产生弯曲表面。 因此,本发明提高了产生弯曲表面的自由度,并且能够精确地形成具有微妙变化的曲面,从而允许三维体的精确加工。
    • 8. 发明授权
    • Cut contour display method in wire electric discharge machine
    • 电火花线切割轮廓显示方法
    • US4713517A
    • 1987-12-15
    • US807038
    • 1985-12-04
    • Mitsuo Kinoshita
    • Mitsuo Kinoshita
    • B23H3/00B23H7/06B23Q17/00G05B19/4069G05B19/415
    • B23H7/065G05B19/4069B23H3/00G05B2219/35331G05B2219/45221
    • A cut contour display method in a wire electric discharge machine for subjecting a workpiece to taper cutting by moving a workpiece relative to a wire electrode and moving a wire tensioning guide horizontally has a first step of entering a programmed path (WDP) lying on the lower surface of the workpiece, workpiece thickness, data including a taper angle or a vector indicating a positional offset between the upper and lower surfaces of the workpiece, and data specifying a number of cross-sectional contours. A second step includes obtaining a wire electrode path (WUP) on the upper surface of the workpiece, which is not a programmed surface, by using the programmed path (WDP), workpiece thickness, and the taper angle or vector indicative of the positional offset. A third step includes obtaining coordinate values of points on each cross-sectional contour at an end portion of each block by using data indicative of the wire electrode paths on the upper and lower surfaces of the workpiece and the number n of cross sections. A fourth step includes displaying, on a display unit, the wire electrode paths on the upper and lower surfaces of the workpiece, as well as each cross-sectional contour of the taper-cut surface, by using the data indicative of the wire electrode paths on the upper and lower surfaces of the workpiece and coordinate values of the points on each cross-sectional contour at the end portion of each block.
    • PCT No.PCT / JP85 / 00169 Sec。 371日期1985年12月4日第 102(e)1985年12月4日PCT PCT。 出版物WO85 / 04610 日期:1985年10月24日。在线放电机中的切割轮廓显示方法,用于使工件相对于线电极移动工件并使水平移动线张紧引导件对工件进行锥形切割具有进入编程路径的第一步骤 (WDP),工件厚度,包括锥角的数据或指示工件的上表面和下表面之间的位置偏移的向量,以及指定多个横截面轮廓的数据。 第二步包括通过使用编程路径(WDP),工件厚度以及指示位置偏移的锥角或矢量来获得在工件的上表面上不是编程表面的线电极路径(WUP) 。 第三步骤包括通过使用指示工件的上表面和下表面上的线电极路径的数据和横截面的数量n来获得在每个块的端部处的每个横截面轮廓上的点的坐标值。 第四步包括通过使用表示线电极路径的数据在显示单元上显示工件的上表面和下表面上的线电极路径以及锥形切割表面的每个横截面轮廓 在工件的上表面和下表面上,并且在每个块的端部处的每个横截面轮廓上的点的坐标值。
    • 10. 发明专利
    • DE3280235D1
    • 1990-10-04
    • DE3280235
    • 1982-04-05
    • FANUC LTD
    • KISHI HAJIMUSEKI MASAKI
    • G05B19/4097G05B19/41G05B19/4103G06F17/50G05B19/415
    • PCT No. PCT/JP82/00105 Sec. 371 Date Dec. 1, 1982 Sec. 102(e) Date Dec. 1, 1982 PCT Filed Apr. 5, 1982 PCT Pub. No. WO82/03475 PCT Pub. Date Oct. 14, 1982.A method of creating the curved surface of a three-dimensional curved body, including steps of entering a section curve of the three-dimensional curved body and partitioning information such as the number of partitions and partitioning pitch, partitioning the section curve, successively obtaining a plurality of intermediate section curves so as to contain each of the partitioning points, creating a curved surface on the basis of a plurality of the intermediate section curves and, in the machining operation, transporting a tool along each intermediate section curve. By conducting machining in this fashion, processing can be executed uniformly and machining accuracy improved without requiring that the partitioning axis be changed, even when the curvature of the curved surface varies.