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    • 2. 发明专利
    • DE4035715A1
    • 1991-06-20
    • DE4035715
    • 1990-11-09
    • SANYO ELECTRIC COMATSUSHITA ELECTRIC IND CO LTD
    • MIZUMOTO MASAOOUGINO KOUICHIROUSHIMAZAKI TSUTOMUINOUE TOMOHIROOKADA YASUHIRO
    • H02P29/00
    • A controller for properly controlling a rotating speed and a rotational phase of a DC servo motor. A velocity correction signal is obtained by comparing a rotation signal detected from the motor rotating at a predetermined rotating speed, and a phase error signal is detected from the rotation detected signal as well. Both the rotating velocity and phase of the motor are corrected by the controller supplying a signal which is a mix of the velocity error signal and the phase error signal. The invention includes: a velocity control circuit including a trigger pulse generation circuit for producing a trigger pulse, in synchronization with a reference clock signal, from a rotation signal detected in response to the rotation of a motor, a counter for counting the reference clock signal and for outputting a count termination signal when a counted value reaches a preset value, and an output circuit for outputting, in response to the trigger pulse and the count termination signal, either a fast signal representing that the motor rotates faster than a predetermined rotating speed or a slow signal representing that the motor rotates slower than the predetermined speed; the invention further includes a phase control circuit for outputting in resones to a phase difference between the reference signal representing that the motor rotates at the predetermined speed and the rotation detection signal, either an advance signal representing that a phase-angle of the motor is advanced with respect to a predetermined value or a delay signal representing that a phase-angle of the motor is retarded with respect to the predetermined value; and a mixer for mixng an output from the velocity control signal circuit and an output from the phase control circuit, whereby the velocity control of the motor is executed prior to the phase control thereof.
    • 5. 发明专利
    • Flat panel supplying method and flat panel assembling apparatus
    • 平板供应方法和平板组装装置
    • JP2008134439A
    • 2008-06-12
    • JP2006320393
    • 2006-11-28
    • Matsushita Electric Ind Co Ltd松下電器産業株式会社
    • OKADA YASUHIROIGARASHI CHIHIROYOSHITAKE TAKANORINISHIMOTO TOMOTAKA
    • G09F9/00G02F1/13
    • PROBLEM TO BE SOLVED: To improve productivity of an assembling operation of a flat panel by attaining shortening of time necessary for delivery operation of the flat panel and further to prevent display irregularity due to occurrence of distortion at a flat panel delivery step.
      SOLUTION: A method for supplying the flat panel 5, which is held by suction with a pair of panel mounting parts 14a,14b at a panel carrying-in position in a both-end supporting state, to a working position has a suction releasing step of releasing suction of the flat panel 5 at the panel mounting parts 14a,14b, a panel receiving step of receiving the flat panel 5 released from suction by a panel holding part 19 moving between a pair of panel mounting parts 14a,14b from a lower side to an upper side, a suction holding step of performing suction holding of the flat panel 5 by the panel holding part 19 when receiving the flat panel 5 or during operation before or after reception and a transportation step of moving the panel holding part 19 holding the flat panel 5 by suction to the working position.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过实现平板的输送操作所需的时间缩短并且进一步防止由于在平板输送步骤中发生变形而引起的显示不规则性,来提高平板组装操作的生产率。 解决方案:将在两端支撑状态的面板承载位置的一对面板安装部14a,14b的抽吸用平板5供给到工作位置的方法具有 抽吸释放步骤,在面板安装部分14a,14b处释放平板5的抽吸;面板接收步骤,接收由在一对面板安装部分14a,14b之间移动的面板保持部分19而被吸引而释放的平板5 从下侧到上侧的吸入保持步骤,在接收平板5时或在接收之前或之后的操作期间,通过面板保持部19进行平板5的抽吸保持的步骤,以及移动面板保持 部分19通过抽吸将平板5保持在工作位置。 版权所有(C)2008,JPO&INPIT
    • 9. 发明专利
    • PACKAGING PLANT DIAGNOSTIC SYSTEM
    • JPH1079599A
    • 1998-03-24
    • JP23221396
    • 1996-09-02
    • MATSUSHITA ELECTRIC IND CO LTD
    • OKADA YASUHIROSATO KENICHIYOKOMORI TADASHIKANEMATSU KOICHI
    • B23P21/00H05K13/00
    • PROBLEM TO BE SOLVED: To realize a packaging plant diagnostic system which is capable of making an optimal diagnosis for a packaging plant from practical evaluation by a method, wherein the diagnostic system equipped with a packaging cost examination algorithm and the like makes a diagnosis of a packaging plant from the current packaging cost, production capacity, lead time, and ideal model plan operation index. SOLUTION: A current packaging cost and a model packaging cost are compared with each other by the use of a mounting cost data base 2, a packaging cost examination algorithm 5, and a model operation index data base 4 to evaluate a packaging cost. A current production capacity and a model production capacity are compared with each other by the use of a machine characteristic data base 4, a production capacity examination algorithm 6, and a model plant operation index data base 4 to evaluate the production capacity. Furthermore, the current production lead time and model production lead time are compared with each other by the use of a production lead time examination algorithm 7 and model plant operation index data base 4 for evaluating the production lead times.
    • 10. 发明专利
    • DEVICE FOR DETECTING MOVEMENT
    • JPH1019920A
    • 1998-01-23
    • JP17326096
    • 1996-07-03
    • MATSUSHITA ELECTRIC IND CO LTD
    • GOTO MAKOTOOKADA YASUHIRONISHINO HIDEKI
    • G01P13/04H03M1/24
    • PROBLEM TO BE SOLVED: To provide a device for detecting movement which outputs the signals of moving direction for measuring the pulse signals of movement and the moving direction for measuring the moving speed of a movable body without malfunctions. SOLUTION: This device for detecting movement consists of a displacement detector 11 which generates the displacement signals of a plurality of phases varying smoothly responding to the movement of a movable body, a reshaping unit 12 which generates three phrases of reshaping signals A, B and C responding to the output signals of the displacement detector 11, a movement pulse generating unit 13 which removes the noise at the time of changes in the level of the movement pulse signal through the use of the two phases of shaping signals A and B and obtains movement pulse signals synchronized to the reshaping signal A or the reshaping signal B, and moving direction generating unit 14 which obtains the moving direction signals according to the level of the reshaping signal C at the time of changes in the level of the movement pulse signal.