Corridor induction lamp control system and control method thereof

Abstract

A corridor induction lamp control system comprises a central processing unit, a plurality of groups of distance measurement modules, a plurality of groups of decibel acquisition modules, a plurality of groups of image acquisition modules, a plurality of groups of induction lamps, a portrait acquisition module, a judgment module, a three-dimensional model module and an analysis processing module, the plurality of groups of distance measurement modules, the plurality of groups of decibel acquisition modules, the plurality of groups of image acquisition modules and the plurality of groups of induction lamps are respectively and uniformly arranged in a corridor; the induction lamps are in control connection with the central processing unit; and the multiple groups of distance measurement modules, the multiple groups of decibel acquisition modules, the multiple groups of image acquisition modules, the portrait acquisition module, the judgment module, the three-dimensional model module and the analysis processing module are in communication connection with the central processing unit. The invention further discloses a corridor induction lamp control method. According to the invention, the system is used in cooperation with the image acquisition module installed in the corridor to determine whether there is a pedestrian in the corridor, can accurately determine the position of the pedestrian to turn on the induction lamp to illuminate the pedestrian, and can improve the safety of corridor monitoring.

Description

technical field [0001] The invention relates to the technical field of intelligent control, in particular to a corridor sensor lamp control system and a control method thereof. Background technique [0002] When providing lighting in public places with insufficient light, such as corridors, sensor lights are often used for lighting; sensor lights need intelligent controllers to be powered on or turned off to save power resources and achieve the purpose of environmental protection; The lights use sound sensors for the purpose of intelligent switches, which sense the artificially created noise after people enter the corridor through the sensor lights, so as to control the lights and delay control, but the sound sensors are easily disturbed by external sounds such as thunder, Whistle and trumpet sound, etc., so that the induction lights in the corridor are automatically turned on, thereby causing a waste of electric energy, greatly increasing the number of times the light beads...

AI Technical Summary

Problems solved by technology

[0002] When providing lighting in public places with insufficient light, such as corridors, sensor lights are often used for lighting; sensor lights need intelligent controllers to be powered on or turned off to save power resources and achieve the purpose of environmental protection; The lights use sound sensors for the purpose of intelligent switches, which sense the artificially created noise after people enter the corridor through the sensor lights, so as to control the lights and delay control, but the sound sensors are easily disturbed by external sounds such as thunder, Whistle and trumpet sound, etc., so that the induction lights in the corridor are automatically turned on, thereby causing a waste of electric energy, greatly increasing the number of times the light beads of the induction lights are turned on and off, and greatly reducing the service life of the induction lights; for this reason, in this application Propose a corridor sensor light control system and its control method

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