Color unifying system for traffic ground colored and anti-skid reflective marking identifiers and road side signboards

Abstract

The invention discloses a color unifying system for traffic ground colored and anti-skid reflective marking identifiers and road side signboards. The color unifying system comprises the traffic ground colored and anti-skid reflective marking identifiers and the road side signboards, wherein the traffic ground colored and anti-skid reflective marking identifiers are identifiers, which are consistent with the road side signboards in color, on urban street pavement, highway and road pavement, bent pavement of bridge deck, descending gradient pavement and passageway section pavement, so that a driver quickly responds to a drive route and a drive condition while driving; the traffic road side colored signboards are identifiers, which are consistent with the traffic ground colored and anti-skid reflective marking identifiers in color, on the urban street pavement, the highway and road pavement, the bent pavement of the bridge deck, the descending gradient pavement and the passageway section pavement, so that the road drive route information which is consistent with the traffic ground colored and anti-skid reflective marking identifiers is displayed. According to the color unifying system, the driver can easily find a road locking for, and can drive down the road and can turn at a correct intersection, so that the modern urban traffic problem is solved, and therefore, the color unifying system is applied to the technical field of traffic engineering.

Description

technical field [0001] The invention relates to a traffic ground colored anti-slip reflective marking system in the technical field of traffic engineering and a system with the same color as roadside sign boards. Background technique [0002] At present, with the rapid development of my country's economy and the rapid development of modern cities, the urban population is increasing and the urban area is gradually expanding. The road network, viaducts, and outer ring road networks in the city are densely connected and there are many intersections. The existing urban roads are mostly black roads, the traffic signs are white, and all intersections are of the same color. The black and white colors are not clear, so that the driver cannot remember the location of the road firmly, so that the driver cannot make a clear judgment direction of travel. Especially at night, rain, snow, heavy fog or smog, the driver's vision is not good due to the weather environment, and he can't find...

AI Technical Summary

Problems solved by technology

The existing urban roads are mostly black roads, the traffic signs are white, and all intersections are the same color. The black and white colors are not clear, so that the driver cannot remember the location of the road firmly, so that the driver cannot make a clear judgment direction of travel

Especially at night, rain, snow, heavy fog or smog, the driver's vision is not good due to the weather environment, and he can't find the way to go. In order to avoid this situation, many people need to use car navigation, but it is very easy for the driver to be unable to concentrate and cause traffic accidents or accidents. When the navigation reminds you, you can no longer make a turn. In order not to make a detour, you can only merge forcibly and cause a traffic accident.

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