Fully automatic street lamp management and control system

Abstract

The invention discloses a fully automatic street lamp management and control system, which is characterized in that it is composed of a photosensitive transmitter, a wireless control module, a mobile terminal and a fixed terminal. The photosensitive transmitter, the wireless control module, the mobile terminal, and the fixed terminal are connected through wireless, and the fixed terminal is connected with the fixed terminal through a wire, and the fixed terminal can be chosen. The system can accurately and automatically switch street lights according to the weather illuminance, completely solve the problem of inconsistency between street light switching time and weather brightness, and transmit street light system instructions and information through mobile terminals (mobile phones) or fixed terminals (computers). Compared with the actual problems solved, it is generally believed that there is no need to monitor every lamp. This invention focuses on solving the most practical problem in street lamp management with less hardware, lower investment and simple operation. On and off, system status feedback, abnormal prompts, and equipment anti-theft issues.

Description

technical field [0001] The invention relates to a street lamp management and control system, specifically a fully automatic street lamp management and control system, which can accurately and automatically switch street lamps according to weather illuminance and transmit street lamp system instructions and information through mobile phones and computers. Background technique [0002] At present, the current status of the main control methods of street lights in most places: one is to switch street lights based on time, and a time-controlled switch is installed in each power distribution box, like a timing alarm clock, the time is preset, and the street lights are automatically turned on and off when the time comes; Inspection is mainly to find faults. The 3rd is based on manpower back and forth main temporary power supply and outage, when maintenance street lamp etc. need temporary power supply and outage, will manpower back and forth power source ground operation. [0003]...

AI Technical Summary

Problems solved by technology

[0003] The main shortcomings of the current street lamp control method: First, the switching time of street lamps is not coordinated with the brightness of the weather

Although the time-controlled switch can adapt to the change of seasonal day and night time difference in spring, summer, autumn and winter by artificially adjusting the action time point, to achieve the purpose of switching street lights in real time, but when the weather changes in the sunny, cloudy or rainy short-term, it is prone to the problem of inappropriate switch brightness. The reason is that in each cycle, the action time point of the time control switch is fixed, and the time of sunny, cloudy, rainy, dark and bright is different.

Traditional light control switch, longitude and latitude switch, the effect is not ideal

Although the light control switch can automatically switch street lights according to the weather changes, it is extremely disturbed by the surrounding environment, resulting in malfunction

In an open area, when the photosensitive head has sufficient lighting and there is no influence of stray light, the effect of light control is acceptable.

However, in reality, limited by the position of the distribution box, the photosensitive head can only be installed in the shade of trees and at the feet of buildings (structures) where there is insufficient lighting. In the morning and evening, when the atmospheric illumination is high, the position of the photosensitive head The illuminance is low, and the off illuminance of the light control switch is greater than the on illuminance, resulting in inappropriate street light switches, either too early or too late

The latitude and longitude switch is still a time control in essence, so there is a limitation of the time control switch

The second is that failures cannot be found in a timely and comprehensive manner.

The third is a waste of electric energy, manpower and material resources, which is not conducive to reducing the cost of urban management and operation, and is not conducive to creating a good living environment

The street light switch is inappropriate, and the time control switch needs to be manually adjusted several times a year according to the seasons, and the manpower goes back and forth to supply and cut off the power, etc., all of which cause a waste of electric energy, manpower and material resources; It is not a big problem for the people to travel at night. Back streets and alleys, especially places where the corners are turned, if the street lights of a certain line are not on, it will have a greater impact on night travel, and it is easy to provide opportunities for lawbreakers, which is not conducive to good quality. Creation of living environment

Fourth, although the so-called digital and intelligent street lamp monitoring platform system is adopted in some places, there are problems such as untimely and incomplete signal capture, frequent system failures, and high cost; some systems claim to be able to monitor the operating status of each street lamp , the premise is to install an additional device on each street lamp. Leaving aside the technical problem of whether it can accurately capture the information of each lamp, it will undoubtedly increase the cost. As far as urban street lamps are concerned, there are a large number of them. Wide distribution, is it necessary to monitor every light? It is generally believed that it is not necessary

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