Asphalt stirring equipment

Abstract

The invention discloses asphalt stirring equipment. A box body is included. An open middle inner cavity is formed in the box body; a bottom opening is formed in a lower end wall of the middle inner cavity in a connection manner; a power transmission inner cavity located in the box body is formed in one side of the middle inner cavity; a plurality of electric heating stirring devices which are usedfor stirring in a crossed manner and can adopt electric heating to raise a temperature are rotatably arranged between the end walls of the two sides of the middle inner cavity; an electric heating stirring device is arranged on one side; the plurality of electric heating stirring devices are arranged on the other side; and a single-body driving device and a multi-body driving device for driving the electric heating stirring devices on the two sides to rotate are arranged in the box body. The asphalt stirring equipment is simple in structure, a design of multiple sets of stirring cylinders isadopted, electric heating wires are arranged in the stirring cylinders, and asphalt is fully stirred through the electric heating wires on the premise that the distance between the multiple sets of stirring cylinders can be adjusted.

Description

technical field [0001] The invention relates to the technical field of asphalt processing equipment, in particular to asphalt mixing equipment. Background technique [0002] Asphalt is easy to cool and form hard blocks when the temperature is low, and the hard block of asphalt cannot be stirred efficiently. Due to the existence of this shortcoming, the asphalt needs to be fully heated before stirring, but the existing equipment is often used for asphalt heating. Part of it is a separate device, and the part for asphalt mixing is a separate device, which makes it empty for a certain period of time when there is a connection between the two devices, which makes the asphalt likely to cool down. During batch processing, due to continuous processing, the efficiency of asphalt after heating and stirring is not ideal, and the effect of heating and stirring of asphalt is low, which reduces the working efficiency of the equipment, and most of the The advanced equipment uses rod-shap...

AI Technical Summary

Problems solved by technology

[0002] Asphalt is easy to cool and form hard blocks when the temperature is low, and the hard block of asphalt cannot be stirred efficiently. Due to the existence of this shortcoming, the asphalt needs to be fully heated before stirring, but the existing equipment is often used for asphalt heating. Part of it is a separate device, and the part for asphalt mixing is a separate device, which makes it empty for a certain period of time when there is a connection between the two devices, which makes the asphalt likely to cool down. During batch processing, due to continuous processing, the efficiency of asphalt after heating and stirring is not ideal, and the effect of heating and stirring of asphalt is low, which reduces the working efficiency of the equipment, and most of the The advanced equipment uses rod-shaped structures with fixed spacing to fully mix the asphalt. In actual work, due to the density of the asphalt and the need to adjust the degree of mixing of the asphalt in a timely manner, the existing equipment cannot be used for mixing. Structural distance adjustment makes asphalt mixing more efficient

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