Oil mist pre-recovery device with compression structure and forced isolation function

Abstract

The invention provides an oil mist pre-recovery device with a compression structure and a forced isolation function, and belongs to the technical field of oil mist recovery. The oil mist pre-recoverydevice with the compression structure and the forced isolation function comprises a liquefaction isolation mechanism and a jacket water cooling mechanism, the liquefaction isolation mechanism comprises an oil mist channel shell, a motor, an air inlet pipe, a porous impeller, an oil return pipe, an exhaust part and a check ring, wherein the motor is fixedly connected to the top of the oil mist channel shell, the output end of the motor is fixedly connected with the top of the porous impeller, the porous impeller is rotatably connected to the interior of the oil mist channel shell, and the jacket water cooling mechanism comprises a water tank, a refrigerator, a water pump, a jacket pipe and a base. According to the device, the function of oil mist front efficient filtering, liquefying and collecting is achieved, no consumable is needed, the dependence of an oil mist recycling product on consumables is greatly reduced, the consumable cost and consumable replacement manpower are reduced, and the oil mist liquefying and recycling efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of oil mist recovery, in particular to an oil mist pre-recovery device with a compression structure and forced isolation. Background technique [0002] When machine tool equipment is processing mechanical parts, cutting fluid and other auxiliary oils are sprayed on high-speed rotating equipment components. Affected by high temperature and high speed, a large amount of mist such as water mist and oil mist will be generated, and direct discharge into the air will cause pollution. [0003] At present, most oil mist recovery devices with consumables use fan-shaped impellers for centrifugal or axial drive recovery. The airflow channel is smooth. It belongs to the pre-filter straight-through structure, and the compression capacity is limited. The filtering effect is not good without consumables. Relying on the built-in multi-layer filter consumables in the channel to achieve adsorption and recovery, the recovered ...

AI Technical Summary

Problems solved by technology

[0002] When machine tool equipment is processing mechanical parts, auxiliary oil such as cutting fluid is sprayed on high-speed rotating equipment components, which will generate a large amount of water mist, oil mist and other mist due to high temperature and high speed, and directly discharge into the air will cause pollution

[0003] At present, most oil mist recovery devices with consumables use fan-shaped impellers for centrifugal or axial drive recovery. The airflow channel is unblocked. It belongs to the pre-filter straight-through structure, and the compression capacity is limited. The filtering effect is not good without consumables.

Relying on the built-in multi-layer filter consumables in the channel to achieve adsorption and recovery, the recovered oil accumulates in the filter consumables, which increases the burden on the filter consumables and shortens their life. The oil mist recovery device has no cooling treatment to improve the efficiency of oil mist liquefaction recovery

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