Disc type smoke dust particulate matter interceptor

Abstract

The invention relates to a disc type smoke dust particulate matter interceptor, which comprises a rotary shaft (1) and a center rotary plate (2), and is characterized in that multiple front turbulent-flow blades (4) are uniformly arranged on a windward surface of the center rotary plate (2) along a radial direction; a plurality of interception blades (5) are uniformly arranged on an external circumference of the center rotary plate (2) along a radial direction; an annular outer ring (3) is coaxially arranged on the periphery of the center rotary plate (2); one end of each interception blade (5) is fixed onto the external circumference of the center rotary plate (2); the other end of each interception blade (5) is fixed onto an inner-ring annular surface of the annular outer ring (3); the interception blades (5) and the front turbulent-flow blades (4) are arranged in a staggering way; rear turbulent-flow blades (6) are arranged on rear surfaces of the interception blades (5) at intervals. The disc type smoke dust particulate matter interceptor provided by the invention is reasonable in structure, beneficial to greatly improving a filtering and intercepting effect of smoke dust particulate matters, incapable of being blocked by stains such as lampblack and particulate matters so as to be convenient to clean, and widely applied in various occasions.

Description

technical field [0001] The invention relates to a particle interceptor, in particular to a disc-type soot particle interceptor, which belongs to the technical field of purification and filtration. Background technique [0002] Traditional range hoods can only simply extract the oil fume into the atmosphere, which will cause varying degrees of air pollution and aggravate the generation of smog. Moreover, the oil fume is easy to pollute the flue and buildings, and it is very troublesome to clean up. At present, there are also various forms of soot particle separation devices such as oil fume separation. Generally, oil fume separation grids are used to achieve filtration and interception through particle interception nets or dense blades and steel wires. After the filter steel wires are used for a period of time, the gaps between the steel wires will be It is blocked by oil fume, particulate matter and other stains, which is not easy to clean. In severe cases, it may even cause...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the problem that the existing soot particle separation device is easy to be blocked and not easy to clean, and the effect of filtering and intercepting the soot particles is not good, which is not conducive to environmental protection, and there will be a large amount of suspended matter such as soot particles in the filtered airflow There have always been defects and deficiencies in technical bottlenecks. Now we provide a disc-type soot particle interceptor with reasonable structure, which greatly improves the filtering and interception effect, and will not be blocked by oily smoke, particles and other stains, and is easy to clean.

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