Human body infrared induction lamp

Abstract

The invention discloses a human body infrared induction lamp which comprises a pyroelectric infrared sensor, a photoresistor, a signal processing control module, an execution module, a bulb and a power supply module. The power supply module is connected with the pyroelectric infrared sensor, the signal processing control module and the execution module, the output end of the pyroelectric infrared sensor is connected with the input end of the signal processing control module, the photoresistor is connected with a trigger forbidding end of the signal processing control module, the output end of the signal processing control module is connected with the execution module, and the execution module is connected with the bulb. The induction lamp is installed in a corridor or an aisle or a passageway and can automatically induce people and make the bulb lit, the bulb is turned off automatically after people leave, and the lamp is convenient to use and free of sound.

Description

technical field [0001] The invention relates to a lighting lamp for corridors, corridors or corridors, in particular to a human body infrared induction lamp. Background technique [0002] For corridors, aisles and residential corridor lights in public places, the traditional switch method is to turn on or off by flipping the switch installed on the wall of the corridor or corridor. If the lights are kept on at night, it will waste electricity. The light is turned off, and people can only turn on the light by groping for the switch on the wall when they need it. fall. Later, a voice-activated light combined with photosensitive and voice control appeared. This voice-activated light turns on when people need it, which not only saves power, but also facilitates operation; Or stomping, some voice-activated lights are not sensitive, and need to make louder noises, which are particularly likely to affect the rest of other residents at night, while some voice-activated lights are...

AI Technical Summary

Problems solved by technology

[0002] For corridors, aisles and residential corridor lights in public places, the traditional switch method is to turn on or off by flipping the switch installed on the wall of the corridor or corridor. If the lights are kept on at night, it will waste electricity. The light is turned off, and people can only turn on the light by groping for the switch on the wall when they need it. fall

Later, a voice-activated light combined with photosensitive and voice control appeared. This voice-activated light turns on when people need it, which not only saves power, but also facilitates operation; Or stomping, some voice-activated lights are not sensitive, and need to make louder noises, which are particularly likely to affect the rest of other residents at night, while some voice-activated lights are too sensitive, as soon as there is a sound, the lights on several floors will be fully lit and it will waste power

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