Automatic snow-removing method

Abstract

The invention discloses an automatic snow removing method, comprising the following steps that: the collection of the quantity of heat in real time collection and the supply of part of the quantity of heat in real time: a geothermy collecting pool buried underground is adopted to collect and accumulate the quantity of heat in the soil, a plurality of geothermy collectors buried underground are adopted to collect the quantity of heat in soil and to provide a thermal source for a foundation heat transmission layer paved under the road surface in real time; the storage of the quantity of heat: the quantity of heat collected by the geothermy collecting pool which is processed by a quantity of heat converting and amplifying processing system is stored into a power accumulator connected with the foundation heat transmission layer to spare; the non-real time supply control of the stored quantity of heat: according to a road surface temperature signal detected by a temperature sensor 3, a control system controls the power accumulator, under normal circumstances, the power accumulator is turned off and is turned on when the road surface temperature is lower than 0 DEG C. The snow removing method has simple and convenient implementation procedure, high feasibility and security as well as reliability, wide range of application and good implementation effect, saves energy and protects the environment, can effectively solve the problems of completeness and timeliness of the snow removal in winter.

Description

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AI Technical Summary

Benefits of technology

The technical feature described by this patented technology includes its ability for efficient utilization of both thermal (heat) or electrical power from different sources like wind turbines, hydropower plants, etc., while reducing costs associated therewith. Additionally it provides an environmentally friendly solution that uses less expensive materials without causing harmful emissions during construction. Overall, these improvements improve performance over existing methods.

Problems solved by technology

This patents discusses various technical solutions aimed towards prevention of snow/ice accretions during winter conditions due to their ability to penetrate through layers like pavement without causing harm. Current techniques involve manually removing snow off these surfaces, often requiring expensive equipment and human resources. Chemical agents (chemical solvent) were developed overall, but they suffer drawbacks such as being volatile, having limitations in terms of selectivity, fast reaction times, lack of durability against different types of materials, potential negative effects upon environment quality, difficulty in achieving complete coverage of all areas covered by them, and costs associated therewith.

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