SU1386252A1 - Dust collector for wet cleaning of air - Google Patents

Abstract

The invention relates to a technique for the wet cleaning of air from fibers and light dust. The purpose of the invention is to improve the efficiency of air cleaning in a wide range of costs. The py-; leulovitel contains body 1, a partitioned, lazy vertical partition 2: Dangerous tojiifx to the chamber 3 of dusty air and the chamber 4 to be cleaned (Air, in which pivoting shutters 5 and 6 are installed. spray nozzles 7 and 8. In the upper part of the casing there is an inlet 9 and a gas outlet 10, the liquid is collected in a bunker 11 located in the lower part of the casing and is removed from it through the drain inlets 12. In the upper parts of the chamber of purified air is located to Applier 13. For servicing and repairing rotary japs in the case, hatches 14 are provided through which the louver can be removed from the case. , 1 ill. (L fucmuu ta from 00 O5 to ate LR //

Description

This invention relates to a technique for wet cleaning air from fibers and light dust.

The purpose of the invention is to increase the efficiency of air purification and to ensure regulation of the cleaning process when the operating mode of the device changes.

H drawing shows a dust collector, longitudinal section.

The dust collector comprises a housing 1, divided by a vertical partition 2 into a chamber 3 of dusty air and a chamber 4 of purified air, in which a contour is installed: the kntee elements are “rotating blinds 5 and 6. Above the blinds in both chambers, respectively. Nozzles 7 and 8 were installed, spraying the spray liquid. In the upper part of the casing there is an inlet 9 and 10 air outlet. The liquid is collected in a bunker 11 located in the lower part of the casing and is removed from it through the drain nipple 12. A collector 13 is located in the upper part of the cleaned air chamber. louvers in the body there are hatches 14 through which the louvers can be removed from the body.

Dust collector works as follows.

The air flow through the pipe 9 enters the chamber 3 of dusty air, where it is irrigated with a liquid dispensed by the nozzles 7. Moving on, the air passes through, the louvers 5 and 6 of the first and second cleaning stages. Particles of dust and lint-moistened fibers adhere to the louvres and are rinsed into a tank for isham. The passage through the second cleaning stage in the chamber 4, the air is finally washed with a liquid sprayed by the nozzles 8 and exits through the nozzle 10 into the atmosphere, first passing through the droplet separator 13, where the liquid droplets are trapped. In addition, the drift catcher can hold and dust particles and fibers, performed the role of the third stage of air purification. The width of the gap between the louver flaps can be adjusted by varying the angle of the flaps, thereby providing the required degree of air purification. In addition, turning the louver shutters

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the false side gives the possibility of washing the lower surface of the louver shutters from adhering dust and fibers.

Using the proposed technical solution will improve the efficiency of air purification from light dust particles and fibers, regulate the air purification process when its flow rate changes, reduce energy costs for imparting high speed to the flow of dusty air, return the fiber caught in the dust collector to further production - Mental sanitation during the operation of pneumatic conveying systems: and to carry out multi-stage cleaning of the nyteM by increasing the number of louver sections in depending on the degree of cleaning required. ,

The chambers are made equal to the volume in order to obtain equal hydraulic resistance (subject to.

5 adjusting the flow area between -) -, dou louvre mi by turning them).

Claims (2)

1.Dust collector for wet air cleaning, comprising a housing with air inlet and outlet nozzles, a fluid discharge nozzle, with a partition inside the housing that separates its inner part into a dusty air chamber in which nozzles for disintegrating fluid are placed and the cleaned chamber air in which the drip catcher is placed, characterized in that, in order to increase the efficiency of air purification with varying flow characteristics, it is equipped with nozzles placed in the chamber of purified air, and ontaktnymi elements as rotary louver installed in the chambers of the contaminated and purified air, Ko, torye made equal by volume and the nozzle installed with overlapping torch raspsha liquid over the entire section of the chamber and the contact elements are oriented thereto. 2. The pinch according to claim 1, of which there are so that the contact elements are made in the form of separate sections with the possibility of extracting them from the chambers. five 0 0 five