Interactive lamplight intelligent control system

Abstract

The invention relates to an interactive lamplight intelligent control system. The system comprises a lamp effect controller, a sensor node controller and sensor nodes corresponding to all lamps, wherein the sensor nodes and the lamps form arrays to be evenly distributed and arranged on a ceiling. The lamp effect controller comprises a microprocessor a, an on-scene communication bus interface module a, an RS485 bus interface module, a memory card module and a touch display module; the sensor node controller comprises a microprocessor module b, an on-scene communication bus interface module b and a power supply conversion module b; each sensor node comprises a human body detection sensor module, a microcontroller module, an on-scene communication bus interface module c and a power supply conversion module c. Due to the fact that each sensor node contains a human body detection sensor, human body locating and movement detection can be effectively completed, and interaction between a person and the lamplight arrays is achieved. According to the interactive lamplight intelligent control system, a large-scale integrated circuit is adopted, and therefore the interactive lamplight intelligent control system has the advantages of being small in size, high in response speed, novel in design, low in power consumption, wide in adapting range and convenient to popularize and use.

Description

technical field [0001] The invention relates to intelligent lighting and human-computer interaction technology, in particular to an interactive lighting intelligent control system. Background technique [0002] With the development of science and technology and the progress of society, lamps and lanterns are no longer pure lighting tools. All walks of life have higher and higher requirements for the effects and methods of lighting display. The traditional simple lighting interaction has gradually lost its appeal to the audience. Appeal. The interactive lighting intelligent control system based on human body detection can make the audience truly participate in it, and its participation, appreciation and entertainment have been greatly improved. [0003] The existing lighting interactive control methods mainly include switch control mode, console control mode and controller program control mode. The intelligent controller detects the human body signal through the microwave d...

AI Technical Summary

Problems solved by technology

The above three light interactive control methods all have the problems of poor interactive experience and poor interactive flexibility.

[0004] In order to realize the interaction between the human body and the lighting system, an LED lighting interactive system with a gravity sensing function was released in 2012. The system interacts with the body weight and the LED lighting. The system is installed on the ground and requires a wide area for the interaction effect. The change is only related to the size of the foot force, the interactive area is limited to the light matrix module area, and the light interaction in the entire range of the light matrix cannot be realized, and the effect is poor

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