Snow and ice removal vehicle

Abstract

The invention discloses a snow and ice removal vehicle which comprises a vehicle body, a snow throwing machine, an ice-breaking device, an ice-melting device and a heat transferring pipeline. The snowthrowing machine is connected to the front portion of the vehicle body, and the ice-breaking device is connected to the front portion of a vehicle body chassis. The ice-melting device is connected tothe middle of the vehicle body chassis. One end of the heat transferring pipeline communicates with a heat output opening of the ice-melting device, and the other end of the heat transferring pipeline is connected with a horn opening structure. The snow and ice removal vehicle provided by the invention is easy to operate and control, ice and snow layers can be efficiently and thoroughly removed,damage to tracks is not prone to being caused, energy conservation and environmental friendliness are achieved, and secondary environmental pollution is avoided.

Description

technical field [0001] The invention relates to the technical field of sanitation machinery, and more specifically relates to a snow and ice removal vehicle. Background technique [0002] At present, with the development of the country's economy, more and more people choose to travel by plane, and more and more airports are being built like mushrooms after rain. However, aircraft are heavily affected by weather factors. After snowfall or freezing rain in winter, the snow on the runway will freeze, causing large-scale delays, especially at military airports. [0003] Nowadays, airports generally use the method of pushing forward and sweeping back to remove snow on the runway, but the road at the bottom of the snow will be covered with a layer of ice, and traditional snow pushers cannot completely remove the ice on the road. Therefore, people use deicing agent to melt the ice layer, but after melting, the lawn on both sides of the runway is polluted, the salinization is serio...

AI Technical Summary

Problems solved by technology

However, aircraft are seriously affected by weather factors. After snowfall or freezing rain in winter, the snow on the runway will freeze, causing large-scale delays, especially for military airports.

[0003] Nowadays, the airport generally adopts the method of pushing forward and sweeping back to remove the snow on the runway, but the road at the bottom of the snow will be covered with a layer of ice, and the traditional snow pusher cannot completely remove the ice on the road.

Therefore, people use deicing agent to melt the ice layer, but after melting, the lawn on both sides of the runway is polluted, the salinization is serious, and industrial salt will cause pollution; However, the vehicle-mounted high-power aeroengine uses high-temperature flue gas to melt the ice layer. This method is not only costly, noisy, but also pollutes the fuel, and the high temperature will also cause the road surface to be burned, and the difference between high and low temperature is too large. Large sudden force gradients are prone to cracks, which greatly reduces the life of the airport runway

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