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    • 4. 发明专利
    • TEACHING DEVICE FOR MOTION PROCEDURE OF ROBOT
    • JPH04217480A
    • 1992-08-07
    • JP40293490
    • 1990-12-17
    • NIPPON TELEGRAPH & TELEPHONE
    • TAKAHASHI YUICHI
    • B25J13/00
    • PURPOSE:To safely teach a motion procedure to a robot and to reduce the work quantity of a program preparation, by recognizing the movement of the assembly, processing works of a part which an operator executes in an imaginary work space, and converting it into the motion command for the robot in accordance with the character of the part. CONSTITUTION:An imaginary work space is created by a computer graphic on a computer display 2, etc., by copying an actual work space, from the data of the work environment of the kind and position, etc., of the part which a robot 10 works and the shape data described on a work part data base 1. In this imaginary space the movement of the hand of an operator is recognized by a movement recognition device 3. Then this movement is translated into the motion procedure of the robot in the actual work space by a robot procedure converting device 4, the consecutive motion command necessary for the motion of the robot in the actual work space is prepared, with the use of the data of the actual work space fed from a sensor, based on this procedure, and the robot is actuated.
    • 9. 发明专利
    • TEACHING DEVICE FOR ROBOT OPERATION POINT
    • JPH05197416A
    • 1993-08-06
    • JP738792
    • 1992-01-20
    • NIPPON TELEGRAPH & TELEPHONE
    • TAKAHASHI YUICHI
    • G05B19/19G05B19/408G09G5/00
    • PURPOSE:To automatically generate robot control information such as information of a position and an attitude, which are required for working, by observing an actual working condition by means of camera-photographing and operating a virtual tool by means of three-dimensional pointing devices. CONSTITUTION:A position/attitude measurement instrument 4 measures a content obtained by permitting an operator to teach the terminal position of a robot and the attitude of the tool as against a work 11 in the three-dimensional pointing devices 1a and 1b to the work 11 displayed in a display 3, and transmits it to a data processor 5. It controls the terminal position of the robot 8 based on the teaching content on the display 3. Then, the temporary images of the tools 1a and 1b are overlapped with the picture of a camera 9. A position coordinate measured with an approximate sensor 10 at need is displayed by adjusting it to the picture of the camera near the job work 11. Taught information are collectively displayed and editing work is executed. The information is sent to a robot controller 7 and the robot 8 is controlled at the time of working.