LED landscape city building facade light control system with human-light interaction function

LED landscape city building facade light control system with human-light interaction function

  • CN 107,787,090 B
  • Filed: 11/09/2017
  • Issued: 05/08/2020
  • Est. Priority Date: 11/09/2017
  • Status: Active Grant
First Claim
Patent Images

1. The utility model provides a human-light interaction LED view city building facade light control system which characterized in that:

  • the system comprises a centralized control end, a server end and a node end, wherein the node end is connected with the centralized control end through the server end;

    the centralized control end is in communication connection with the server end, and sends the generated linkage control command to the server end so as to perform linkage control on the node end;

    the server side is used for integrating and simplifying the linkage control command sent by the centralized control side and then sending the linkage control command to the node side;

    the node end carries out specific linkage control according to the linkage control command sent by the server end, and light pictures are changed;

    the centralized control end comprises a master controller, a monitoring module, a communication module and a database, wherein the monitoring module, the database and the communication module are respectively connected with the master controller;

    the master controller performs data interaction with the server through the communication module;

    the monitoring module is used for monitoring the server end and the node end, monitoring whether the integrated simplified linkage control command of the server end is wrong or not, monitoring whether the node end carries out light picture transformation according to the linkage control command or not, and sending monitoring data to the master controller;

    the database is used for storing all data information of the backup control system;

    the server end comprises a linkage controller, the linkage controller integrates and simplifies the linkage control command sent by the master controller and distributes the linkage control command to the node end, and the specific linkage control is carried out on the node end so as to carry out the conversion control of the light picture;

    the node end comprises a plurality of subareas, each subarea comprises a subarea controller and a plurality of groups of LED lamps, the linkage controller integrates and simplifies linkage control commands and distributes the linkage control commands to the subarea controllers, the subarea controllers control the plurality of groups of LED lamps according to the received linkage control commands, and each subarea is in linkage control;

    the light control system also comprises a man-light interaction end, and the man-light interaction end carries out data interaction with the master controller through the communication module;

    the human-light interaction end comprises a human-light interaction terminal, a user terminal and interaction equipment, and the interaction equipment is sports and entertainment equipment;

    the man-light interaction terminal receives the man-light interaction requirement sent by the user terminal or directly receives the man-light interaction requirement collected by the man-light interaction terminal;

    generating a human-light interaction instruction according to the human-light interaction requirement, and sending the human-light interaction instruction to the master controller through the communication module;

    the master controller generates a linkage control command according to the human-light interaction instruction and sends the linkage control command to the linkage controller, and the linkage controller controls each partition controller to perform linkage control on light pictures;

    the man-light interaction terminal receives the real-time man-light interaction requirement sent by the interaction equipment, generates a real-time man-light interaction instruction according to the real-time man-light interaction requirement, and sends the real-time man-light interaction instruction to the master controller;

    the master controller generates a real-time linkage control command according to a real-time human-light interaction instruction, and sends the real-time linkage control command to the linkage controller through the communication module, and the linkage controller controls each partition controller to carry out real-time light image transformation according to the real-time linkage control command;

    the human-light interaction terminal comprises a human-light interaction controller, a touch screen, a sound controller and a wireless communication unit;

    the human-light interaction requirement of the user terminal is sent to the human-light interaction controller through the wireless communication unit;

    the human-light interaction requirements acquired by the human-light interaction terminal are acquired through the touch screen and/or the sound controller and are sent to the human-light interaction controller;

    the human-optical interaction controller generates a human-optical interaction instruction according to the human-optical interaction requirement and sends the human-optical interaction instruction to the master controller through the communication module;

    the real-time human-light interaction requirements of the interactive equipment are sent to the human-light interaction controller in real time through the wireless communication unit, and the human-light interaction controller generates a real-time human-light interaction instruction according to the received real-time human-light interaction requirements and sends the real-time human-light interaction instruction to the master controller in real time through the communication module;

    the man-light interaction terminal also comprises a mode selection unit, and the mode selection unit is connected with the man-light interaction controller;

    the mode selection unit provides a plurality of participation modes for facilitating the man-light interaction for a user, and the man-light interaction controller generates a man-light interaction instruction according to the participation modes collected by the touch screen and the sound controller and sends the man-light interaction instruction to the master controller through the communication module;

    the participation mode provided by the mode selection unit includes a PK mode, an input mode, and an authoring mode.

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