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    • 83. 发明授权
    • Sewing control system for multiple-pattern sewing machine
    • 多模缝纫机缝纫控制系统
    • US4326473A
    • 1982-04-27
    • US94342
    • 1979-11-14
    • Teruo Kigawa
    • Teruo Kigawa
    • D05B3/02D05B19/08G05B19/41
    • D05B19/08G05B19/41G05B2219/34215G05B2219/36513G05B2219/42186G05B2219/45195
    • A sewing control system for multiple-pattern sewing machine has a microprocessor coupled with a memory unit (ROM and/or RAM) and a switch matrix for designating a desired stitch pattern to achieve automatic sewing of a variety of stitch patterns. For stitch data formats processed by the microprocessor, there are used fixed-length or variable-length data including an operation code for designating data operations and a stitching frequency and a symbol code for designating the length and direction of a unit stitch. The memory unit stores a plurality of pattern data consisting of a number of stitch data each corresponding to the stitch pattern and a selection program for selecting the desired stitch pattern among these pattern data. When the desired pattern data designated by the switch matrix is selected among the pattern data in accordance with the selection program, A sewing machine provided with the control system performs sewing operation with the length and direction of each stitch specified as a vector in polar coordinates in accordance with the desired pattern data.
    • 一种多模式缝纫机的缝制控制系统具有与存储单元(ROM和/或RAM)和用于指定所需缝合图案的开关矩阵相结合的微处理器,以实现各种针迹图案的自动缝制。 对于由微处理器处理的针迹数据格式,使用固定长度或可变长度数据,包括用于指定数据操作的操作码和缝合频率以及用于指定单位针迹的长度和方向的符号代码。 存储单元存储由针迹图案对应的多个针脚数据构成的多个图案数据和用于在这些图案数据中选择所需针迹图案的选择程序。 当根据选择程序在图案数据中选择由开关矩阵指定的期望图案数据时,设置有控制系统的缝纫机以极坐标中指定为矢量的每个针迹的长度和方向进行缝制操作 根据所需的图案数据。
    • 84. 发明授权
    • Apparatus for control of manipulator
    • 机械手控制装置
    • US4308584A
    • 1981-12-29
    • US102784
    • 1979-12-12
    • Tatsuo Arai
    • Tatsuo Arai
    • B25J9/16B25J9/04G05B19/18G05B19/41G06F15/46B25J9/00G05B19/42
    • G05B19/41B25J9/04
    • A method and apparatus for controlling a manipulator by establishing polynomials obtained, as the functions of two sets of command values, the one set representing the position and the other set representing the direction respectively of the manipulator hand, by approximating the values of angles of rotation prescribed for the drive mechanisms of the manipulator and the arm of the manipulator, subjecting the aforementioned polynomials to an arithmetic operation in electronic circuitry by use of the aforementioned objective-command values in conjunction with the coefficients of the aforementioned polynomials established in advance by calculation and thereby deriving angular magnitudes for the separate drive mechanisms of the manipulator and controlling the operation of the drive mechanisms based on the angular magnitudes.
    • 一种用于通过建立多项式来控制操纵器的方法和装置,作为两组命令值的函数,通过近似旋转角度的值来表示代表位置的一组,表示机械手的方向的另一组 规定为机械手的驱动机构和操纵器的臂,使用前述目标指令值结合前述通过计算建立的多项式的系数对上述多项式进行电子电路中的算术运算,以及 从而导出用于机械手的单独的驱动机构的角度大小并且基于角度量来控制驱动机构的操作。
    • 86. 发明授权
    • Numerically controlled machine tool system with programmable tool offset
    • 具有可编程刀具补偿的数控机床系统
    • US4162527A
    • 1979-07-24
    • US820230
    • 1977-07-29
    • James C. KilbaneSamuel M. Hamill, III
    • James C. KilbaneSamuel M. Hamill, III
    • G05B15/02G05B19/18G05B19/404G05B19/41G06F15/46G05B19/24
    • G05B19/41G05B2219/50289
    • A numerically controlled machine tool system which is responsive to a succession of stored data sequences to control the position of a cutting element with respect to a workpiece affixed to a workpiece positioning table. Each data sequence is associated with a point on a desired workpiece contour and includes data representative of a desired offset path which is parallel to and offset from a direct path of a selected type which intersects that point. During the machining mode of operation, the system determines a path segment for the cutting element to follow in association with a selected current sequence. For the current sequence, the system addresses only sequences in a contiguous group of sequences that includes the current sequence, and that relates to an identified portion of the desired workpiece contour. The system considers that contiguous group of sequences as forming an endless loop wherein the last sequence of the group precedes the first sequence of the group. For a current sequence, the system looks ahead to the next subsequent sequence and looks behind to the next previous sequence, determines offset paths associated with those sequences (in accordance with the offset data stored in association with the respective sequences), identifies the point of intersection of those offset paths, and then controls the cutting element to this intersection point. This operation is repeated in the machining mode of operation for each sequence in succession as the respective ones of the sequences become the current sequence, thereby permitting automatic cutting element path control together with desired selection offset values for use with individual machining operations.
    • 一种数控机床系统,其响应于一系列存储的数据序列来控制切割元件相对于固定到工件定位台上的工件的位置。 每个数据序列与期望的工件轮廓上的点相关联,并且包括表示与该点相交的所选类型的直接路径平行并偏移的期望偏移路径的数据。 在加工操作模式期间,系统确定切割元件的路径段与所选择的当前序列相关联。 对于当前序列,系统仅寻址包括当前序列的连续的序列组中的序列,并且涉及所需工件轮廓的识别部分。 系统认为连续的序列组形成无限循环,其中该组的最后一个序列在该组的第一个序列之前。 对于当前序列,系统向前看下一个后续序列并且查看下一个先前序列,确定与这些序列相关联的偏移路径(根据与相应序列相关联地存储的偏移数据),识别 这些偏移路径的交点,然后将切割元件控制到该交点。 随着各序列中的相应序列成为当前序列,在连续的每个序列的加工操作模式中重复该操作,从而允许自动切割元件路径控制与期望的选择偏移值一起用于各个加工操作。