Expansive soil transportation mechanism with moisture-proof treatment

Abstract

The invention discloses a moisture-proof treatment expansive soil transport mechanism, which comprises a transport box, the upper port of the transport box is equipped with a sealing device, and the two sides of the inner wall of the transport box are installed with a drying box, which is rotatably connected inside the drying box. There is a transmission drying component, and a guide plate fixedly connected with the inner wall of the transport box is provided between the two drying boxes. Through the cooperation of the connecting shaft, bevel gear 1, bevel gear 2, transmission shaft, transmission blade and fan blade, when the device moves, the connection shaft will rotate, and then the transmission shaft will drive the transmission blade to rotate, and the bottom will be expanded quickly. The soil is transported upwards to realize the turning of the expansive soil, and cooperate with the drive shaft to drive the rotation of the fan blades to realize the rapid dehydration treatment of the expansive soil accumulated in the interior and reduce the extrusion of the expansive soil expansion to the inner wall of the carriage, effectively reducing the transportation time. Dangerous occurrence.

Description

technical field [0001] The invention relates to the technical field of transportation devices, in particular to a moisture-proof treated expansive soil transportation mechanism. Background technique [0002] Expansive soil is also called "expansion-shrinking soil". Because the soil contains a lot of clay minerals such as montmorillonite and illite, the volume will expand rapidly after it absorbs water and is damp, and will shrink and recover after dehydration. It has low compressibility and high strength, and is often mistaken as a good foundation material for buildings, which is more harmful to modern buildings. [0003] Now when expansive soil is transported, in order to save costs, the expansive soil is piled up inside the carriage, and then a certain amount of desiccant is put in the carriage to reduce the air humidity inside the carriage and avoid the expansion of the expansive soil due to moisture absorption and expansion. However, due to the slow drying efficiency of...

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Problems solved by technology

[0003] Now when transporting expansive soil, in order to save costs, the expansive soil will be piled inside the carriage, and then a certain amount of desiccant will be put in the carriage to reduce the air humidity inside the carriage and avoid the swelling of the expansive soil due to moisture and water absorption. However, due to the slow drying efficiency of the desiccant and the inability to dry and dehydrate the expansive soil accumulated in the inner layer that has absorbed water and swelled, the volume of the expansive soil will continue to absorb water during transportation. A large pressure is generated on the inner wall of the transport vehicle, which leads to a greater risk of expansive soil during transportation. However, the current drying mechanism needs to be equipped with multiple sets of power drives separately, which makes the energy consumption during transportation larger.

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