Simple de-icer

Abstract

The invention discloses a simple deicing machine which comprises main frames and auxiliary frames. The main frames are arranged on the lower surfaces of the auxiliary frames. The main frames and the auxiliary frames are in sliding connection. The number of the main frames and the number of the auxiliary frames are both two. A connecting rod is installed between one end of the main frame and auxiliary frame at one end and one end of the main frame and auxiliary frame at the other end. The two ends of the connecting rod are connected with the main frames and the auxiliary frames through adjusting flanges. Deicing shovels are arranged among the two ends of the connecting rod, the main frames and the auxiliary frames. Telescopic structures are adopted in the deicing shovels. The deicing shovels are hinged to the connecting rod, the main frames and the auxiliary frames. Vertical telescopic adjusting rods are installed at the tops of the deicing shovels and crankshaft eccentric devices are arranged in the vertical telescopic adjusting rods and connected with the deicing shovels through rotary wheels. The simple deicing machine further comprises a bearing box and the portions, close to the two side faces, of the upper surface of the bearing box are fixed to the main frames. The simple deicing machine is compact in structure, power can be better saved, vertical reciprocating adjustment of deicing cutters is convenient, noise is low, use is convenient, a road surface cannot be damaged, work efficiency is high, the heating deicing function is further achieved, and practicality is high.

Description

technical field [0001] The invention relates to a deicing machine, in particular to a simple deicing machine. Background technique [0002] Generally, the road surface is composed of asphalt or concrete or concrete structural bricks, and concrete generally does not have water permeability and air permeability. Even if it is permeable concrete, its pores are easily blocked, and concrete bricks will produce calcium oxide to actively close the pores. , and cannot be cleaned, resulting in greatly reduced water permeability and ventilation efficiency, and at the same time blocking the contact between the soil at the bottom of the ground and the surface atmosphere. In the cold winter, it often snows in some areas, and such roads are prone to snow accumulation, and snow water cannot penetrate into the gravel gradation layer. If it is not cleaned up in time, it is likely to lead to safety accidents. In some places Manual snow and ice removal is adopted, but the efficiency of snow a...

AI Technical Summary

Problems solved by technology

[0002] Generally, the road surface is composed of asphalt or concrete or concrete structural bricks, and concrete generally does not have water permeability and air permeability. Even if it is permeable concrete, its pores are easily blocked, and concrete bricks will produce calcium oxide to actively close the pores. , and cannot be cleaned, resulting in greatly reduced water permeability and ventilation efficiency, and at the same time blocking the contact between the soil at the bottom of the ground and the surface atmosphere

In the cold winter, it often snows in some areas, and such roads are prone to snow accumulation, and snow water cannot penetrate into the gravel gradation layer. If it is not cleaned up in time, it is likely to lead to safety accidents. In some places Manual snow and ice removal is used, but the efficiency of snow and ice removal is poor and a lot of manpower is wasted

Therefore, deicing machines will also be used, but the deicing effect of general deicing machines also has certain defects, and it cannot perform better deicing.

Images