Control system and control method of stair illuminating device

Abstract

The invention is applicable to the technical field of control over illuminating devices and discloses a control system and a control method of a stair illuminating device. The system at least comprises an illuminating device and an illuminating device control module which are connected with each other, wherein the illuminating device comprises a human body sensing module, a light sensing module, an equipment management module and an on-off control module; the human body sensing module is used for sensing whether a pedestrian passes by or not, and sending out an electric signal when sensing that the pedestrian passes by; the light sensing module is used for collecting light intensity in a stair channel in real time and converting the collected light intensity into an electric signal; the equipment management module is used for receiving the electric signal converted by the light sensing module and the electrical signal sent by the human body sensing module, and sending a control instruction to the on-off control module when receiving the electric signal sent by the human body sensing module; and the on-off control module is used for receiving the control instruction sent by the equipment management module and turning on and turning off the illuminating device. The method can be used for efficiently and automatically turning on and turning off corresponding illuminating equipment for pedestrians in a corridor, and is high in intellectualization.

Description

technical field [0001] The invention belongs to the technical field of lighting device control, and more particularly relates to a control system and method for a staircase lighting device. Background technique [0002] In recent years, with the rapid economic growth, buildings have sprung up one after another, and people have paid more and more attention to the safety of corridor walking. In order to facilitate walking at night, various lighting device control technologies have appeared in our field of vision. Such as manual control, voice control system, etc. These technologies bring convenience to walking in the corridor at night, but there are also some problems. Take the voice control system as an example. The so-called voice control system means that if the light is not enough when walking in the corridor, the light control system will be It will accept voice control to turn on the corresponding light. However, there are following disadvantages in the lighting device...

AI Technical Summary

Problems solved by technology

If the sound is too loud, multiple adjacent lights will be turned on, resulting in a waste of energy

[0004] 2. Making noise and turning on the lights may affect the surrounding residents or other groups of people

[0005] 3. If there are people working around the acoustic system for a long time, a lot of noise will be generated and these lights will be turned on continuously, resulting in waste

[0006] 4. The time for the voice control system to turn on the light is limited. If the time exceeds this time, the light will go out, and the surroundings of pedestrians will suddenly be dark, which will cause inconvenience to pedestrians, and the inconvenience of walking in corridors may be caused by this. Casualties

[0007] 5. The voice control system is a single tool without scalability. If a building already has a software system for controlling light switches, it is difficult and costly to integrate the voice control system.

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