Intelligent lamp control terminal applied to street lamp control

Abstract

The invention discloses an intelligent lamp control terminal applied to street lamp control. The intelligent lamp control terminal comprises a wireless communication module, a dimming module, a statedetection module, an electric quantity detection module, a protection module, an AC-DC power supply module and a DC-DC power supply module, all the modules are connected to a module connecting bottomplate; the protection module, the AC-DC power supply module and the DC-DC power supply module are connected in sequence; the DC-DC power supply module is connected with the wireless communication module, the dimming module, the state detection module and the electric quantity detection module. The wireless communication module has wireless communication and data processing functions and is connected with the dimming module, the state detection module and the electric quantity detection module. And the wireless communication module controls the dimming module to work according to the instruction, processes data acquired by the state detection module and the electric quantity detection module and reports the processed data to a far end. According to the design, a modular circuit design is adopted, requirements can be flexibly matched, a lamp can be comprehensively monitored, and the lamp can be controlled to keep a low-power-consumption working state.

Description

technical field [0001] The invention relates to the field of the Internet of Things, in particular to an intelligent light control terminal applied to street light control. Background technique [0002] With the development of society, urban greening and energy saving are becoming more and more important. There are colorful smart energy-saving street lights in the streets and alleys, but energy-saving street lights for the Internet of Things are very limited. At present, research on energy-saving street lamps in the Internet of Things is also slowly increasing. [0003] At present, there are not many short-distance wireless communication in the market for smart light control with multi-functional and high-precision modular design, and the following problems generally exist: the data acquisition accuracy is not high enough, the control accuracy is low, and the hardware replacement cycle is relatively long. , there are many wired communication methods, the communication stabi...

AI Technical Summary

Problems solved by technology

[0003] At present, there are not many short-distance wireless communication in the market for smart light control with multi-functional and high-precision modular design, and the following problems generally exist: the data acquisition accuracy is not high enough, the control accuracy is low, and the hardware replacement cycle is relatively long. , there are many wired communication methods, the communication stability is relatively low, the function matching is not flexible enough, and the hardware module upgrade is relatively slow; some products have a relatively low lightning protection level and cannot be flexibly configured according to user needs; the communication method is single and cannot be configured according to user needs. Flexible Configuration Communication

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