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Master station apparatus for remote supervisory control system with touch panel video display

  • US 4,833,592 A
  • Filed: 09/01/1987
  • Issued: 05/23/1989
  • Est. Priority Date: 09/01/1986
  • Status: Expired due to Fees
First Claim
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1. A master station apparatus for a remote supervisory control system for monitoring/controlling the status of a plurality of monitored/controlled devices in remote stations, each of said monitored/controlled devices including means for transmitting information regarding the statuses of said monitored/controlled devices to said master station and for receiving control command signals from said master station, said master station apparatus comprising:

  • video display means;

    touch panel means provided on a display screen of said video display means;

    input control means for discriminating the coordinates of a position touched on said touch panel means;

    status memory means for storing the respective current status of said monitored/controlled devices;

    means responsive to said information regarding the status of each of said monitored/controlled device for controlling the updating of said status memory means;

    pattern memory means for storing symbols previously set corresponding to respective ones of said monitored/controlled devices and pattern data representing connection or arrangement thereof; and

    display control means for making said video display means display, in response to the discrimination of said input control means, said respective current status information from said monitored/controlled devices stored in said status memory means, superposed with said pattern data of connection or arrangement in said pattern memory means; and

    line interface means for receiving from said remote stations the respective current status of said monitored/controlled device and transmitting to said remote stations the control command in response to said position touched on said part of said touch panel means corresponding to said one of said displayed symbols and said discrimination of said position coordinates by said input control means.

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