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    • 3. 发明授权
    • Grinding robot
    • 研磨机器人
    • US4603511A
    • 1986-08-05
    • US663700
    • 1984-10-22
    • Isamu KomatsuKenkichi Serizawa
    • Isamu KomatsuKenkichi Serizawa
    • B24B19/20B24B27/00B24B51/00G05B19/421B24B49/00
    • G05B19/421B24B19/20B24B51/00G05B2219/34365G05B2219/36498G05B2219/45161Y02P90/265
    • A grinding robot of playback system to grind 3-D curved surface is disclosed which is comprised of No. 1 arm being horizontally oscillatable around a vertical axis, No. 2 arm pivoted horizontally oscillatable to the head of said No. 1 arm, fluid cylinder attached vertically to the head of said No. 2 arm, abrasive tool attached freely ascendable/descendable and turnable to the bottom of said fluid cylinder, workpiece-fixing table arranged freely turnable and inclineable from horizontal to vertical below said abrasive tool, and designed to make it possible to trace the 3-D curved-surface profile by constantly pressing down the workpiece perpendicularly toward the same by the action of said fluid cylinder and to perform the 3-D curved-surface's automatic grinding-work with the use of 2-D positional data and also to playback-control a retirement locus of the abrasive tool when retiring it temporarily from work area.
    • 公开了一种用于研磨3-D曲面的回放系统的研磨机器人,其由1号臂围绕垂直轴水平摆动,2号水平摆动摆动到1号臂的头部,液压缸 垂直于所述第二臂的头部附接,磨具可自由上升/下降并且可旋转到所述流体缸的底部,工件固定台可自由转动并且在水平与垂直于所述研磨工具下方倾斜,并被设计成 通过不断地通过所述液压缸的动作将工件垂直地向下压向工件,从而可以追踪3-D曲面轮廓,并使用2-D曲面进行自动研磨, D位置数据,并且当从工作区暂时退出研磨工具的退出轨迹时,也可回放控制磨损工具。
    • 5. 发明授权
    • Industrial robot
    • 工业机器人
    • US4553077A
    • 1985-11-12
    • US508976
    • 1983-06-29
    • Hakan BrantmarkJohan Ennerfelt
    • Hakan BrantmarkJohan Ennerfelt
    • B25J9/16B25J9/18B25J9/22G05B19/18G05B19/427G05B19/00
    • G05B19/427G05B2219/35262G05B2219/35438G05B2219/36495G05B2219/36497G05B2219/36498G05B2219/45135
    • An industrial robot has a control system with a program memory. During programming, the robot is manually controlled to a sequence of desired positions. At each position, an operating member may be activated to store into the program memory an instruction containing both information about the robot position and information about robot operation at that position.Suitably information about robot operation is entered in the form of identification of a sub-program containing a set or sequence of control signals which have been stored in advance. The sub-program is suitably identified by a number fetched from a buffer memory. For each of the instructions, during the execution of the main program, on the one hand the positioning of the robot is executed and, on the other hand, the sub-program is called and executed.
    • 工业机器人具有带有程序存储器的控制系统。 在编程期间,机器人手动控制到所需位置的顺序。 在每个位置,可以激活操作构件以在程序存储器中存储包含关于机器人位置的信息和关于在该位置处的机器人操作的信息的指令。 适当地关于机器人操作的信息以包含已经预先存储的一组或多个控制信号的子程序的识别的形式输入。 子程序由从缓冲存储器取出的数字适当地标识。 对于每个指令,在执行主程序期间,一方面执行机器人的定位,另一方面,调用和执行子程序。
    • 7. 发明授权
    • Method for controlling the operation of a computer operated robot arm
    • 用于控制计算机操作的机器人手臂的操作的方法
    • US4178632A
    • 1979-12-11
    • US883472
    • 1978-03-06
    • Donald W. Anthony
    • Donald W. Anthony
    • B25J9/16B25J9/18G05B19/42G06F19/00G06F15/46B25J9/00G05B19/10
    • G05B19/42B25J9/161G05B2219/36498G05B2219/45195
    • The invention relates to a computer operated robot arm in which the operation of the robot arm is controlled by a first program defining absolute coordinate values of points necessary for a basic cycle of operation and at least one second program defining absolute coordinate values of points necessary for a conditional cycle of operation. After being initially defined a single time during a teaching mode of operation, the invention allows the second program to be recalled many times during the execution of the first program by merely utilizing an address code. Consequently, even though the second program is defined by absolute coordinate data, the second program may be used to control the robot arm at any spatial location.
    • 本发明涉及一种计算机操作的机器人手臂,其中机器人手臂的操作由第一程序控制,该第一程序定义了基本操作循环所必需的点的绝对坐标值,以及至少一个第二程序,其定义了绝对坐标值, 一个有条件的操作循环。 在教学操作模式中初始定义了一次之后,本发明允许通过仅使用地址代码在执行第一程序期间多次召回第二程序。 因此,即使第二程序由绝对坐标数据定义,第二程序也可用于在任何空间位置控制机器人手臂。
    • 9. 发明授权
    • Programmed manipulator apparatus with artificial end-of-program facilities
    • 具有人为的程序终止设备的编程操纵装置
    • US3654613A
    • 1972-04-04
    • US3654613D
    • 1970-02-11
    • UNIMATION INC
    • DUNNE MAURICE JMUNSON GEORGE E JR
    • G05B19/42G06F15/46B25J9/00
    • G05B19/42G05B2219/36498
    • A programmed manipulator apparatus is provided with partial program repetition teaching facilities so that a predetermined portion of the total program may be repeated a selectable number of times after which the total program is performed. The point at which the partial program is to be repeated is employed to develop an artificial end-of-program signal which is employed to restart the total program. Counter means are provided for disabling the artificial end-of-program signal after a number of repetitions of the partial program. The manipulator apparatus is also arranged to cooperate with an externally produced artificial end-of-program signal which may be responsive to the presence or absence of a part carried by the manipulator arm, a characteristic such as the temperature of the part carried by the arm, or the like, and is employed to restart the total program if an undesired characteristic is sensed.
    • 编程的机械手装置具有部分程序重复教学设备,使得总程序的预定部分可以重复执行总程序的可选次数。 采用重复部分节目的点来开发用于重新启动总节目的人为程序结束信号。 提供了计数器装置,用于在部分程序的重复次数之后禁止人为程序结束信号。 机械手装置还被配置为与外部产生的人工程序结束信号协同工作,该程序信号可以响应于由操纵臂承载的部件的存在或不存在,诸如由臂承载的部件的温度 等,并且如果感测到不期望的特性,则用于重新启动总程序。