Anti-fog road reflecting mirror

Abstract

The invention relates to an anti-fog road reflecting mirror. The anti-fog road reflecting mirror comprises a support column, a base, a convex mirror body and an annular curtain board and is characterized in that a rain wiper is arranged on the base, the rain wiper comprises a rain wiper body, a drive motor, a controller, a rainwater sensor and a power supply, the drive motor is arranged at the center of the base, the drive shaft of the drive motor extends out from the center of the convex mirror body, the extending end of the drive shaft is provided with the arc-shaped rain wiper body, the arc-shaped rain wiper body fits the arc-shaped face of the convex mirror body, the drive motor is connected with the rainwater sensor through the controller, and the power supply supplies power for the drive motor. By the structure, the anti-fog road reflecting mirror has the advantages that during heavy rain or heavy fog, the rain wiper body is driven by the drive motor to automatically clean water mist on the surface of the convex mirror body, and the water mist is prevented from affecting the sight line of a driver; in addition, the base is further provided with a water spraying device, the surface of the convex mirror body can be regularly cleaned through the water spraying device, dust residues on the surface of the convex mirror body are avoided, and the normal use of the convex mirror body cannot by affected by the dust residues.

Description

technical field [0001] The invention relates to a traffic sign, in particular to an anti-fog road reflector. Background technique [0002] With the rapid development of the economy, people's living standards continue to improve, and vehicles have become one of the necessary means of transportation for people to travel, but following it, traffic accidents have also become a heavy topic, and traffic accidents The road sections that often occur are generally at the intersection of the curve. Due to the limitation of the field of view, it is easy to form a blind spot at the intersection of the curve. It is not easy for the driver to find the vehicle coming from the opposite side of the curve when passing by. Although a convex reflector can be installed at the intersection of the curve, The optical principle is used to expand the driver's field of vision, but the dust in the air is easy to adhere to the mirror, especially in rainy or foggy weather, the surface of this mirror is e...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the economy, people's living standards continue to improve, and vehicles have become one of the necessary means of transportation for people to travel, but following it, traffic accidents have also become a heavy topic, and traffic accidents The road sections that often occur are generally at the intersection of the curve. Due to the limitation of the field of view, it is easy to form a blind spot at the intersection of the curve. It is not easy for the driver to find the vehicle coming from the opposite side of the curve when passing by. Although a convex reflector can be installed at the intersection of the curve, The optical principle is used to expand the driver's field of vision, but the dust in the air is easy to adhere to the reflector, especially in rainy or foggy weather, the surface of this reflector is easy to form water mist, which affects the driver's sight and leads to misjudgment

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