Centrifugal equipment with anti-shaking function for oil-water separation

Abstract

The invention relates to centrifugal equipment with an anti-shaking function for oil-water separation. The centrifugal equipment comprises a main body, a motor, a centrifugal barrel and two support legs, and further comprises an anti-shaking mechanism and two cleaning mechanisms, wherein the anti-shaking mechanism comprises a first bearing and two damping assemblies, each damping assembly comprises a transmission assembly, two guide units, two connecting blocks and two first springs, each cleaning mechanism comprises a fixing box, a roller brush, a rotating shaft, a second bearing, a worm gearand a connecting assembly. According to the centrifugal equipment with the anti-shaking function for oil-water separation, through the anti-shaking mechanism, the shaking amplitude of the centrifugalbarrel is reduced, the anti-shaking function is achieved, damage caused by excessive shaking of the centrifugal barrel is prevented, the safety of the centrifugal equipment is improved, the cleaningfunction is achieved through the cleaning mechanisms, and the situation that impurities block the centrifugal barrel and affect flowing of dirty water is prevented.

Description

technical field [0001] The invention relates to the field of oil-water separation equipment, in particular to a centrifugal equipment with anti-sloshing function for oil-water separation. Background technique [0002] Using the difference in oil-water density, the high-speed rotating oil-water mixture produces different centrifugal forces, so that the oil and water are separated. Since the centrifugal equipment can reach a very high speed and generate a centrifugal force up to hundreds of times the acceleration of gravity, the centrifugal equipment can completely separate the oil and water, and only needs a short residence time and a small equipment volume. . [0003] When the existing centrifuge equipment is performing oil-water separation work, due to the impurities in the sewage, the force on the centrifuge bucket is unstable, which increases the burden of the centrifuge bucket shaking left and right, thereby increasing the probability of damage to the centrifuge bucket ...

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Problems solved by technology

[0003] When the existing centrifuge equipment is performing oil-water separation work, due to the impurities in the sewage, the force on the centrifuge bucket is unstable, which increases the burden of the centrifuge bucket shaking left and right, thereby increasing the probability of damage to the centrifuge bucket and reducing the existing centrifuge pressure. The safety of the equipment is not only that, after the existing centrifugal equipment is processed for a long time, the centrifuge bucket is easy to be blocked, which affects the circulation of sewage and reduces the practicability of the existing centrifugal equipment

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