Cyclone inertia dust remover with double separating chambers

Abstract

The invention provides a cyclone inertia dust remover with double separating chambers which is simple in structure, capable of promoting an effective separation of dust and high in dust removing efficiency. A dust removing cylinder body is a sealed type cylinder body which consists of an upper cylinder body and a lower cylinder body; an air inlet port is circularly arranged on the upper cylinder body and tangentially connected with the upper cylinder body; an exhaust pipe is arranged at the top of the upper cylinder body and extends into the upper cylinder body; an exhaust port is arranged on the exhaust pipe and the position of the air inlet port is lower than the position of the exhaust port; the lower part of the lower cylinder body is connected with a dust collector; a spiral-shaped by-pass chamber I is arranged on the upper cylinder body and a spiral-shaped by-pass chamber II is arranged on the lower cylinder body; the top of the interior of the upper cylinder body near the exhaust pipe is provided with a core tube; a blocking plate is mounted in the core tube and a fixed plate is mounted under the blocking plate; guide vanes are mounted at the lower end of the core tube at intervals and an air outlet necked short pipe is mounted at the lower ends of the guide vanes; a cone cylinder body is connected between the upper cylinder body and the lower cylinder body.

Description

technical field [0001] The invention relates to a dust separation and treatment machine, in particular to a cyclone inertia dust collector with double isolation chambers. Background technique [0002] In various boilers, catalysts, flour, milk powder, cement, textile, chemical and other industries, it is necessary to separate the dust dispersed in the air, that is, the dust that is usually in a complex motion state of inhomogeneity, irregularity and imbalance , the existing conical cyclone dust collector itself does not accumulate dust, will not be blocked, has stable resistance, and is easy to maintain and manage. However, due to the need to form internal and external rotation movements, the entire dust collector has relatively high resistance and relatively high energy consumption. For small Dust separation ability is poor. Contents of the invention [0003] Aiming at the problems of the existing conical cyclone dust collector with large resistance, high energy consumpt...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the problems of the existing conical cyclone dust collector with large resistance, high energy consumption, and poor separation ability for fine dust, the present invention provides a cyclone inertia dust collector with double isolation chambers, which has a simple structure and can promote the dust to reach Effective separation, high dust removal efficiency

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