System capable of automatically removing ice on ground surface by applying natural resources

Abstract

The invention provides a system capable of automatically removing ice on a ground surface by applying natural resources. The system is characterized in that a broken stone gradation layer is laid on an underground soil layer, a paving surface is laid on the gradation layer and is water-permeable or waterproof, multiple hollow ventilating cylinders are fixedly arranged on the paving surface, air inlets are formed in the lower ends of the cylinders, and the cylinders can penetrate into the underground soil layer to be embedded; and therefore, when the environment temperature is very low so as to cause snow falling or icing on the paving surface of the ground surface, the underground hot air can be sucked up through the ventilating cylinders, terrestrial heat is led into the broken stone gradation layer, so that the terrestrial heat circulates under a road and is emitted to the ground surface atmospheric environment, and thus the temperature of the ground surface atmospheric environment raises to rapidly dissolve snow accumulated on the paving surface, and simultaneously air of the ground surface and the underground forms convention currents to ensure that snow water dissolved on the paving surface of the ground surface directly infiltrates into the broken stone gradation layer, the icing is not easy to form on the road surface, and further the effect of automatic ice removal is achieved.

Description

technical field [0001] The present invention relates to an automatic pavement deicing system using natural resources, especially a structural design that can use geothermal natural resources to adjust the ambient temperature and generate air convection, so as to achieve the effects of automatic snow melting and deicing. Especially suitable for cold climate areas. Background technique [0002] Generally, the traditional surface pavement is composed of asphalt or concrete or concrete-bonded bricks, and concrete is generally not permeable and air-permeable. Even if it is permeable concrete, its pores are easily blocked, and concrete bricks will produce calcium oxide. This results in active sealing of hair gaps, which cannot be cleaned, greatly reducing water permeability and ventilation efficiency, while the traditional surface pavement will block the contact between the soil at the bottom of the ground and the surface atmosphere. Therefore, areas in cold regions are affected b...

AI Technical Summary

Problems solved by technology

[0002] Generally, the traditional surface pavement is composed of asphalt or concrete or concrete-bonded bricks, and concrete is generally not permeable and air-permeable. Even if it is permeable concrete, its pores are easily blocked, and concrete bricks will produce calcium oxide. This results in active sealing of hair gaps, which cannot be cleaned, greatly reducing water permeability and ventilation efficiency, while the traditional surface pavement will block the contact between the soil at the bottom of the ground and the surface atmosphere. Therefore, areas in cold regions are affected by climate factors. As a result, it often snows, and the commonly used traditional pavement not only makes the ground often snow-covered, but also tends to freeze on the surface and is not easy to dissolve, causing inconvenience and danger for vehicles or personnel to enter and exit

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