Street lamp control scheduling method based on approaching vehicle video detection

Abstract

The invention discloses a street lamp control scheduling method based on approaching vehicle video detection. The method comprises the following steps of: 1, transmitting control instructions of a centralized controller; 2, receiving and packaging the control instructions, and saving the control instructions in a system stack; 3, queuing the control instructions and shifting the control instructions out of the system stack according to the queue; 4, judging whether the control instructions can directly operate the centralized controller in a unified mode; 5, if so, transmitting the instructions to the centralized controller for execution, and locking the centralized controller, otherwise making the centralized controller positioned in a locking state, and putting the control instructions into the stack again; 6, executing corresponding operations after the centralized controller receives the control instructions; and 7, replying the condition that the control instructions are finished by the centralized controller, and unlocking the centralized controller if the operation is finished. When street lamp equipment is controlled by a plurality of sensors, the disorder caused by parallel control of the street lamp equipment through a plurality of control instructions can be avoided, and the running safety of road vehicles and walking safety of passers-by are ensured.

Description

technical field [0001] The invention relates to the field of street lamp control, specifically a method for controlling and dispatching street lamps based on video detection of incoming vehicles. Background technique [0002] At present, the urban public lighting system is an important public infrastructure that is closely related to people's lives. On the one hand, it ensures the safety of vehicle traffic at night, and on the other hand, it undertakes the important task of beautifying the image of the entire city. However, urban public lighting facilities waste electricity to a large extent, especially in places with large land and sparsely populated areas, where there are very few people and cars, but the street lights in these places are on all night, and the brightness is not adjusted. In addition, the rapid development of urban public lighting has increased energy demand and consumption, especially in some cities that simply pursue high-brightness, multi-color, large-sc...

AI Technical Summary

Problems solved by technology

However, urban public lighting facilities waste electricity to a large extent, especially in places with large land and sparsely populated areas. There are very few people and cars in these places, but the street lights in these places are on all night, and the brightness is not adjusted.

In addition, the rapid development of urban public lighting has increased energy demand and consumption, especially in some cities that simply pursue high-brightness, multi-color, large-scale, ultra-luxury, construction and configuration of unrealistic and unscientific lighting projects, It wastes energy and also causes light pollution, which affects the harmony and balance of living and ecological natural environment, and aggravates the tension of power supply and consumption.

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