Mobile adjustable traffic lights with built-in solar panel

Abstract

The invention relates to the field of rail transit, and in particular to mobile adjustable traffic lights with a built-in solar panel. The traffic lights comprise a mobile bottom plate, and further comprise a lifting mechanism, a first rotating mechanism, a second rotating mechanism and a turning mechanism, wherein the first rotating mechanism comprises a gap rotating assembly, the top of the gaprotating assembly is provided with a fixed horizontal plate, both sides of the fixed horizontal plate are respectively fixedly connected to both sides of the mobile bottom plate through support plates, one side of each support plate is respectively provided with two positioning assemblies spaced at intervals, the lifting mechanism comprises four vertically arranged thread lifting assemblies and alifting plate, the lifting plate is provided with the vertically arranged traffic lights, the gap rotating assembly comprises a vertically arranged rotating shaft, the second rotating mechanism comprises a top plate and a deceleration rotating assembly, and the turning mechanism comprises an adjusting turning assembly and a solar panel. The equipment is powered by solar energy, supports automaticadjustment of height and four-sided direction, and can stably position to improve safety.

Description

technical field [0001] The invention relates to the field of rail transit, in particular to a mobile adjustable traffic light with its own solar panel. Background technique [0002] With the development of various means of transportation and the needs of traffic command, the first veritable three-color light (red, yellow and green signs) was born in 1918. It is a three-color circular four-sided projector installed in On a high tower on Fifth Street in New York City, due to its birth, the urban traffic has been greatly improved. There are two kinds of traffic lights. The ones for motor vehicles are called motor vehicle lights, which usually refer to three colors: red, yellow and green. The lights are used to direct the traffic traffic. When the green light is on, vehicles are allowed to pass. When the yellow light is flashing, vehicles that have crossed the stop line can continue to pass. Those who have not passed should slow down and wait before the stop line. Red When the ...

AI Technical Summary

Problems solved by technology

[0002] With the development of various means of transportation and the needs of traffic command, the first veritable three-color light (red, yellow and green signs) was born in 1918. It is a three-color circular four-sided projector installed in On a high tower on Fifth Street in New York City, due to its birth, the urban traffic has been greatly improved. There are two kinds of traffic lights. The ones for motor vehicles are called motor vehicle lights, which usually refer to three colors: red, yellow and green. The lights are used to direct the traffic traffic. When the green light is on, vehicles are allowed to pass. When the yellow light is flashing, vehicles that have crossed the stop line can continue to pass. Those who have not passed should slow down and wait before the stop line. Red When the lights are on, vehicles are prohibited from passing. The ones shown to pedestrians are called pedestrian crossing lights. They usually refer to signal lights composed of red and green lights to direct traffic. Red lights stop and green lights go. At present, some places in China are broken because of traffic lights. Traffic jams or even traffic accidents have caused some car owners to dare not walk at such intersections. There are many reasons why traffic lights are broken. The work intensity is high, and if it takes a long time to repair, it will still cause traffic jams, so it is necessary to pass through the existing temporary emergency traffic lights for roads. The existing emergency traffic is also connected by brackets, which cannot be fixed well. Encountering strong winds or slight collisions will cause rollover. The existing emergency traffic lights are all connected to wires, which has potential safety hazards and cumbersome connections. The existing emergency traffic functions are single and cannot automatically adjust the height and the four directions of the traffic lights. , requires manual operation, which is time-consuming and labor-intensive. Therefore, we propose a mobile self-contained solar panel adjustable traffic light in order to solve the above-mentioned problems

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