Anti-frosting road monitoring equipment

Abstract

The invention relates to anti-frosting road monitoring equipment, which comprises a main body, a camera lens, a fixing frame and a supporting base, and further comprises a power generation mechanism and a defrosting mechanism, wherein the power generation mechanism comprises a power generation assembly, a connecting box, a connecting plate, an air inlet pipe, an air outlet pipe, a baffle and two connecting assemblies; and the defrosting mechanism comprises a rotating ring, a limiting assembly, a supporting rod, a nozzle, a torsion spring and a rotating line. According to the anti-frosting roadmonitoring equipment, the power generation mechanism is arranged, thus a power generation function is realized, energy is provided for the equipment, the situation that normal monitoring cannot be carried out due to power failure of an urban power grid is prevented, the reliability of the equipment is improved, a defrosting function is realized by spraying hot air to the camera lens through the defrosting mechanism, the monitoring sight is prevented from being affected by frosting on the camera lens, and the practicability of the equipment is improved.

Description

Technical field [0001] The invention relates to the field of monitoring equipment, in particular to an anti-frosting road monitoring equipment. Background technique [0002] Road monitoring is dominated by fast ball monitoring. Monitoring points are distributed at road intersections and key road sections where traffic and pedestrian flows are concentrated. The road traffic conditions are uploaded to the road monitoring command center in real time through the image transmission channel, and the center staff on duty can know in time. The road conditions in each area can be adjusted to adjust the traffic flow at each intersection to ensure smooth traffic. For monitoring road traffic violations, it can promptly detect and arrange for road traffic accidents. [0003] The existing road monitoring equipment usually relies on the power supply of the urban power grid. Once the power is cut off, the existing road monitoring equipment cannot perform normal monitoring work, thereby reducing t...

AI Technical Summary

Problems solved by technology

[0003] Existing road monitoring equipment usually relies on the power supply of the city power grid. Once the power is cut off, the existing road monitoring equipment cannot perform normal monitoring work, thereby reducing the reliability of the existing road monitoring equipment. Not only that, the existing road monitoring equipment The lens is usually exposed outside. When the external environment is low, frost is easy to form on the lens, thereby blocking the monitoring line of sight of the lens, affecting the monitoring work, and reducing the practicability of the existing road monitoring equipment.

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