Automatic system with road-surface rapid drying, cooling, snow removing and ice melting functions

Abstract

The invention discloses an automatic system with the road-surface rapid drying, cooling, snow removing and ice melting functions. The automatic system comprises wind driven generators, solar power generation street lamps with the solar power generation function, a road-surface snow-removing and ice-melting device and an energy management chamber. The wind driven generators are fixedly installed on a bridge-span arc rod of a bridge; the solar power generation street lamps are fixedly installed on the road surface of the bridge; the road-surface snow-removing and ice-melting device comprises an automatic pipe assembly pre-embedded in the road surface of the bridge, a pressure pump and a high-pressure boiler, the pressure pump and the high-pressure boiler are located on the same side of the bridge, the pressure pump is fixedly connected with one end of the automatic pipe assembly, the other end of the automatic pipe assembly is communicated with river water through a water draining pipe, and the lower end of the high-pressure boiler is communicated with river water through a water drawing pipe. The automatic system has the advantages that when the automatic system is used in winter, hot gas generated by the high-pressure boiler can be transported to the road surface through the automatic pipe assembly from water seepage pitch for snow removing and ice melting work, and melted snow water is discharged out of water draining grooves through the water seepage pitch.

Description

technical field [0001] The present invention relates to the technical field of bridge pavement, in particular to an automatic system for rapid drying, cooling, snow removal and ice melting of pavement. Background technique [0002] Every winter, there will be freezing, rainy and snowy weather in most parts of our country, which will cause ice formation in some areas such as bridges and tunnel entrances on expressways. At this time, cars driving on such roads are likely to be caused by wheel slippage. Serious traffic safety accident. Traditional deicing methods mainly include mechanical deicing, traditional deicing agent deicing and cable heating deicing; moreover, there is a lot of rain in summer, and the road surface is wet and slippery. Cars are prone to serious traffic safety accidents due to wheel slippage. [0003] Although the mechanical deicing method has the advantages of high efficiency and strong mobility, the cost of the machinery is high. Due to the need for man...

AI Technical Summary

Problems solved by technology

[0002] Every winter, there will be freezing, rainy and snowy weather in most parts of our country, which will cause ice formation in some areas such as bridges and tunnel entrances on expressways. At this time, cars driving on such roads are likely to be caused by wheel slippage. serious traffic safety accident

The traditional deicing methods mainly include mechanical deicing, traditional deicing agent deicing and cable heating deicing; moreover, there is a lot of rain in summer, and the road surface is wet and slippery, and cars are likely to cause serious traffic safety accidents due to wheel slippage

[0003] Although the mechanical deicing method has the advantages of high efficiency and strong mobility, the cost of the machinery is high. Due to the need for manual operation, there are great potential safety hazards under severe weather conditions. The road needs to be closed to affect traffic during work, causing huge damage to the road surface. And the deicing is not timely; the traditional deicing agent deicing will accelerate the damage of the road surface and reduce the service life of the road surface; Voltage or current achieves the purpose of heating the electric heating device to achieve deicing

This method has disadvantages such as inconvenient installation and post-maintenance, and high energy consumption.

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