A multifunctional intelligent street light system

Abstract

The invention discloses a multifunctional intelligent street lamp system. The multifunctional intelligent street lamp system comprises a street lamp rod and a street lamp, and is characterized by further comprising a detecting part, a camera, a communication part and a control part, wherein the detecting part includes a haze dust detector for detecting the concentration of haze dust, and can send detecting signals to the control part; the camera is used for monitoring road conditions and environment atmosphere conditions, and sends images to the control part; and when the haze or dust detected by the haze or dust detector reaches a certain concentration and / or the environmental visibility monitored by the camera is reduced to a certain extent, the control part controls the street lamp to change to a street lamp color with longer wavelength.

Description

technical field [0001] The invention relates to a street lamp system, in particular to a light multifunctional intelligent street lamp system. Background technique [0002] Now the country's highway system is very developed, with expressways, national highways, provincial highways and ordinary highways extending in all directions, and people use the highway to travel a lot, especially now that people's nightlife is very rich, and street lighting at night is very important. Therefore, street lights and The use of street light poles is very large. [0003] However, the current street light poles have relatively single functions, mainly lighting functions, and emit light at regular intervals, and the color of the light is also fixed, which cannot meet the needs of street lights under various external conditions. For example, in the case of smog or dust, the optical fiber of the street lamp cannot penetrate the smog and dust well, resulting in poor lighting effect and prone to ...

AI Technical Summary

Problems solved by technology

[0003] However, the current street light poles have relatively single functions, mainly lighting functions, and they emit light at regular intervals, and the color of the light is also fixed, which cannot meet the needs of street lights under various external conditions.

For example, in the case of smog or dust, the optical fiber of the street lamp cannot penetrate the smog and dust well, resulting in poor lighting effect and prone to accidents, especially on narrow roads or mountain roads. accident

[0004] In addition, at curves such as mountain roads, the line of sight is blocked by obstacles such as mountains, which is very bad and prone to accidents. In the prior art, a large reflector is often used on the street light pole to allow two-way drivers to Observe, however, this method has many disadvantages. One is that the angle setting of the mirror makes it very difficult to meet the roads in two directions. The other is that due to the size, position of the car, and the height of the driver, it is difficult to place the mirror no matter how it is placed. Satisfies the observation in most cases; the third is that the mirror is too small, the objects reflected in the mirror are not very clear, the driver can only see clearly when driving very close

[0005] Moreover, the street lights on the existing street light poles are easy to form snow on the back, and the cover is easy to be stained by dust, water stains, etc. It is very time-consuming, labor-intensive and expensive to use climbing vehicles to clean them, and the rainwater cannot be fully utilized.

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