Stirring cylinder and finished product cabin material separation box fully sealed structure of asphalt stirring station

Abstract

The invention provides a stirring cylinder and finished product cabin material separation box fully sealed structure of an asphalt stirring station. The structure comprises a metering stirring framework, a stirring cylinder casing, a T-shaped soft connector, a press plate, a holding hoop, a short clamp strip, a long clamp strip, a material discharging door driving connecting rod mechanism, a material discharging door, a material separation device and a canvas soft connector, wherein one end of the T-shaped soft connector is fixed onto a driving push rod of the material discharging door throughthe holding hoop; the other end of the T-shaped soft connector is fixed onto the sealing plate through the press plate; the stirring cylinder and the finished product cabin material separation box are sealed by the canvas soft connector made of canvas; the canvas soft connector is fixed by the short clamp strip and the long clamp strip, and forms a fully sealed environment. The structure has thecharacteristics that the structure is reasonable and compact; the use is convenient and reliable; the sealing performance between the stirring cylinder and the finished product cabin can be ensured; the environment pollution caused by overflowing of dust and asphalt-containing gas in the discharging process is avoided, and the like.

Description

technical field [0001] The invention relates to a fully enclosed structure of a mixing tank and a distribution box of a finished product warehouse of an asphalt mixing plant, and belongs to the technical field of an environment-friendly asphalt mixing plant. Background technique [0002] At present, the technological process of the asphalt mixing plant is that each asphalt mixture is put into the respective metering device according to the set ratio and weighed and measured. . After mixing in the mixing tank, the cylinder installed on both sides of the cylinder pushes the connecting rod to open the material door, and the asphalt mixture is put into the finished product silo through the distribution box. The discharge door is between the mixing tank and the distribution box. Swinging back and forth between the mixing tank and the distribution box cannot be seamlessly connected, so there must be a gap between the mixing tank and the distribution box, and the dust and asphalt ...

AI Technical Summary

Problems solved by technology

After mixing in the mixing tank, the cylinder installed on both sides of the cylinder pushes the connecting rod to open the material door, and the asphalt mixture is put into the finished product silo through the distribution box. The discharge door is between the mixing tank and the distribution box. Swinging back and forth between the mixing tank and the distribution box cannot be seamlessly connected, so there must be a gap between the mixing tank and the distribution box, and the dust and asphalt gas will overflow from the gap, which will not only produce loud noises, And it will also cause environmental pollution. In order to meet the requirements of environmental protection standards, it is urgent to solve problems such as dust

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