Wool filtering machine for water processing facility

Abstract

A wool filtering machine for a water processing facility belongs to the technical field of environmental facility. The water processing facility comprises a water collecting and guiding gutter with a first wall body and a second wall body. The wool filtering machine comprises the following components: a web plate arranged on a channel, which waste water passes through, of the water collecting and guiding gutter; a water-sprinkling and wool scraping dolly supported on the water collecting and guiding gutter and corresponding to a side of the web plate; a power transmission mechanism electrically connected with an electric control box, arranged on an outer wall on one side of the water collecting and guiding gutter and drivingly connected with the water-sprinkling and wool scraping dolly; a wool collecting and draining disc used for receiving wool fibres scraped from the web plate by the water-sprinkling and wool scraping dolly and draining off water adhesive to the wool fibres, and arranged on the water collecting and guiding gutter and on the other side of the web plate. The wool filtering machine of the invention has advantages of ideal wool fibre removal efficiency and effect, no special labor required, simple structure and convenient maintenance.

Description

technical field [0001] The invention belongs to the technical field of environmental protection facilities, and in particular relates to a wool filter machine for water treatment facilities, which is used for filtering wool fibers discharged from the production process of wool spinning industry and leather industry and mixed in sewage. Background technique [0002] As we all know, not limited to the above-mentioned wool spinning industry and fur or leather products industry, both need to treat the process water discharged during the production process, so as to protect the environment. Furthermore, as people know, during the production process of wool textile products, for example, waste water mixed with wool fibers will be discharged in processes such as loose wool dyeing process, shrinking machine shrinking process, and wool washing process. Similarly, in the production process of leather products, for example, in the depilation process of fur, wastewater containing hair w...

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Problems solved by technology

[0006] The above-mentioned patent scheme has the following shortcomings: the first is that the process wastewater mixed with hairy fibers will easily cause the pores of the filter porous groove to be blocked, and perhaps the patent scheme has realized this point, So a nylon brush is set on the edge of the spiral blade, and the wool fiber attached to the filter porous groove is removed by the nylon brush. The combination effect; the second is that the treatment efficiency is low, because a large amount of water will be driven out at the same time as the wool fiber is driven out from the hair outlet; the third is not conducive to saving energy, for example, the patented scheme must be equipped with a screw shaft for driving The rotating power transmission mechanism (the patent is called the motor) must be equipped with a water diversion mechanism (the patent is called the water pump) to draw out the water after the wool fiber is removed, and the use of two sets of power will cause a large power consumption; That is to say, during the whole process of the wool filter machine being in operation, it needs to be supervised by workers on site; fifth, the overall structure is complex and the operating cost is high

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