Corridor lighting system based on intelligent analysis and calculation processing of big data

Abstract

The invention discloses a corridor lighting system based on intelligent analysis and calculation processing of big data. The corridor lighting system comprises at least one RFID reader and multiple corridor lighting components. The RFID readers are fixed on the top wall of a corridor and are electrically connected with Bluetooth adapters. Each corridor lighting component comprises a shielding box,an LED lamp, a laser and a photoelectric switch. The lasers and the photoelectric switches are correspondingly installed on the side walls on both sides of the corridor. The LED lamps are fixed on the top wall of the corridor. The shielding boxes are embedded into the corridor ground. A single chip microcomputer, Bluetooth, a stepping motor, an electric push rod and an RFID electronic tag are arranged in each shielding box. According to the corridor lighting system based on intelligent analysis and calculation processing of the big data, the multiple RFID electronic tags are identified by oneRFID reader, analyzed and calculated, and each RFID reader sends out different signals corresponding to the different RFID electronic tags so as to independently control the opening and closing of the corresponding LED lamps, so that intelligent control over the opening and closing of the LED lamps in the corridor is realized, only the lamps in the positions where people are located are opened, and electric energy is saved.

Description

technical field [0001] The invention relates to the technical field of corridor lighting, in particular to a corridor lighting system based on big data intelligent analysis and calculation processing. Background technique [0002] In today's buildings, lighting devices will be installed in the corridors. At present, the most commonly used is the voice-activated lamp. The voice-activated lamp is a voice-activated electronic lighting device. Circuit composition, it provides a voice-activated light with easy operation, flexibility, strong anti-interference ability and sensitive control. It uses the human mouth to send out a control signal "hiss" for about 1 second, and the voice-activated lighting can be turned on and off in a convenient and timely manner. device. However, in the prior art, the voice-activated lamp lighting device has the following obvious defects: 1. When multiple voice-activated lamps need to be installed in a corridor, due to the sensitivity of voice contro...

AI Technical Summary

Problems solved by technology

However, in the prior art, the voice-activated lamp lighting device has the following obvious defects: 1. When multiple voice-activated lamps need to be installed in a corridor, due to the sensitivity of voice control, it is easy to send out an irrelevant signal to the outside world. After the sound is heard, all the voice-activated lights in the corridor on the same floor are turned on, which is a waste of electric energy and is not environmentally friendly; 2. The voice-activated lights receive a wide range of sound, and each voice-activated light is equipped with a set of audio receiving devices, which is economical and cost-effective. When a person arrives at a location and makes a sound, only one light at that location can be turned on, and the effect of intelligently turning on the lighting device cannot be realized.

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