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    • 1. 发明专利
    • CONTROLLER OF INDUSTRIAL MANIPULATOR
    • JPH071366A
    • 1995-01-06
    • JP11130993
    • 1993-05-13
    • MEIDENSHA ELECTRIC MFG CO LTDNISSAN MOTOR
    • SATO MICHIHIRONAKAGAWA TOSHIO
    • B25J3/00
    • PURPOSE:To prevent each position of both master and slave arms from falling into inconformity by operating the slave arm into following up after its opera tion is stopped till the master arm has come to almost the same position as the slave arm with the making of a control switch additionally installed in the master arm. CONSTITUTION:In a slave arm, a swivel slide 1 is horizontally rotated to a base 3. In addition, an upper unit 7 is vertically rotated by a turning shaft 5 via a vertical arm 4 and a vertical lever 8. Likewise a wrist part 13 and a hand part 19 are vertically moved by another turning shaft via a horizontal arm 11 and a horizontal lever 15. Incidentally a master arm 22 delivering an operating command to the slave arm is at least installed in the swivel slide 1. In this case, a control switch is additionally installed in this master switch 22. With the making of this control switch, motion of the slave arm is stopped till the master arm has come to almost the same position as the slave arm, and then this slave arm is made to follow up the motion of the master arm.
    • 5. 发明专利
    • CONTROLLER OF INDUSTRIAL MANIPULATOR
    • JPH06262547A
    • 1994-09-20
    • JP4641293
    • 1993-03-08
    • MEIDENSHA ELECTRIC MFG CO LTD
    • SATO MICHIHIRO
    • B22D31/00B25J3/00B25J9/06B25J13/00B25J13/02
    • PURPOSE:To make operation within a constant plane at the tip of a slave arm achievable even if the handle part of a master arm is not operated within the constant plane by making the slave arm follow in the wake of the three- dimensional operations of the master arm when a plane operating switch is turned to OFF but at the time of being turned to ON, making it operate only within the constant plane. CONSTITUTION:When an on-off signal of a plane operating switch 60 is inputted into a computer 51, a signal for operating a slave arm 1 is operated and outputted on the basis of each signal of respective potentiometers PT1 to PT3, PT11 to PT13 and the on-off signal. Supposing the switch 60 is turned on, a tip of the slave arm 1 operates within a constant plane in keeping its height when the switch 60 is turned on intact in relation to operations in the three- dimensional space of a master arm 10. If the switch 60 is tuned on, it follows in the wake of the operation of the three-dimensional space of the master arm 10 as ordinal control, whereby the tip of the slave arm 1 operates within the three-dimensional space.
    • 7. 发明专利
    • METHOD FOR MONITORING INSULATION RESISTANCE OF FIELD WINDING
    • JPS64473A
    • 1989-01-05
    • JP14047688
    • 1988-06-09
    • MEIDENSHA ELECTRIC MFG CO LTD
    • NAKAMURA OSATERUSATO MICHIHIRO
    • G01R31/06G01R27/02G01R27/18
    • PURPOSE:To surely detect the insulation deterioration of a field winding by constituting the field winding in such a manner that the ratio of the resistance values of 1st and 2nd external resistors is changed at every specified time. CONSTITUTION:A relay Ry is interposed between an intermediate tap 5 of the 1st external resistor RA and a ground terminal 2 so that the tap 5 and the terminal 2 are shorted when the contacts of the relay Ry are closed. The ratio of the resistance values of the 1st and 2nd external resistors RA, RB of this time attains 1:2, i.e., 2RA=RB at this time. The excitation coil M of the relay Ry is repeatedly energized and de-energized at every specified time by the pulse signals transmitted by an oscillator 7, by which the closing and opening of the contacts are repeated. The resistance values of the resistors RA, RB, therefore, attain RA=RB or 2RA=RB and this relation is alternately repeated. A blind zone A which exists in the central part in the case of the former is consequently shifted downward without being superposed and a blind zone B is obtd. in the case of the latter. The deterioration of the field winding 1 is thereby surely detected even if the insulation in any part thereof is deteriorated.
    • 10. 发明专利
    • Automatic ascending and descending apparatus for stairs for robot
    • 机器人自动升级和下载设备
    • JPS6154378A
    • 1986-03-18
    • JP17588184
    • 1984-08-24
    • Chubu Electric Power Co IncMeidensha Electric Mfg Co Ltd
    • NOZAWA KATSUROMIZUTANI TAKESHIIGURA KOJISATO MICHIHIRO
    • B62D57/024B25J5/00B25J9/16B25J13/08B62D55/075B62D57/02
    • PURPOSE: To permit the automatic ascent and descent for stairs by detecting the inclination angle by the front and rear arms of a robot when the robot starts ascent and descent for stairs or completes the movement, and by preventing the fall of the robot from the detection value for the angle.
      CONSTITUTION: A fundamental posture forming means 1 for ascending stairs holds the front and rear arms 12a and 12b of a robot 12 by the inclination of 45° and 30° with respect to a floor surface. When the front arm 12a travels a flat road and contacts with a stairs 11, a posture forming means 2 for ascent operation sets the front arm nearly horizontal by the detection signal of the sensor on the arm, and the ascending operation for stairs is started. When the rear arm 12b detects the stairs, and the value is below a prescribed value, a posture control means 3 for asecnding stairs advances the robot 12. When the ascent for stairs is completed, and the front arm 12a is set at -30° or less again, a final- posture forming means 4 turns the inclination angle of the robot 12 in the direction of reduction. When the robot 12 is set horizontal, a fundamental-posture forming means 5 for the completion of ascent for stairs stops traveling, and the initial fundamental posture is restored.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:当机器人启动上升和下降楼梯或完成运动时,通过检测机器人的前臂和后臂的倾斜角度,并通过防止机器人的跌倒来检测楼梯的自动上升和下降 角度值 构成:用于上升楼梯的基本姿势形成装置1使机器人12的前臂12a和后臂12b以45度的倾斜度保持。 和30度 相对于地面。 当前臂12a行驶平坦的道路并且与楼梯11接触时,用于上升操作的姿势形成装置2通过臂上的传感器的检测信号将前臂几乎水平设置,并且开始楼梯的上升操作。 当后臂12b检测到楼梯并且该值低于规定值时,用于楼梯的姿态控制装置3使机器人12前进。当楼梯上升完成并且前臂12a设定在-30度 。 或者再次地,最终姿势形成装置4将机器人12的倾斜角度沿着减小的方向转动。 当机器人12水平设置时,用于楼梯上升完成的基姿姿势形成装置5停止行驶,并恢复初始基本姿势。