Automatic food and drink oil-water separating device

Abstract

The invention discloses an automatic food and drink oil-water separating device. The automatic food and drink oil-water separating device comprises a slag removal system, a filtering apparatus, a slagremoval barrel, an oil-collecting barrel, a supersonic wave liquid level identification system, a nano photon smell-removal apparatus, a comprehensive control system, a pollution-discharge power system, an air-discharge power system, a gravity induction apparatus, a functional alarming system, and an abnormal alarming system, the drink oil-water separating device is capable of identifying an oil-water surface height through a supersonic wave identification apparatus, and the oil-water separating and discharging can be controlled through a liquid-level height signal; the system sets three reference liquid level heights which are a position A over a water-discharge port, a position B below an oil-extraction port, and a highest oil-level alarming position C; after a signal is emitted by supersonic wave equipment, a received first reflection signal is an oil-surface reflection signal, a second reflection signal is an oil-water interface reflection signal, and a third reflection signal isa single reflected by bottom of the casing. The automatic food and drink oil-water separating device has higher efficiency for slag removing and oil-water separating, solves the problem of substandarddischarge, and avoids outward diffusion of peculiar smell.

Description

technical field [0001] The invention belongs to comprehensive environmental protection equipment integrating solid-liquid separation and deodorization. The invention relates to the comprehensive application of separation and filtration technology, ultrasonic recognition technology, nanometer photolysis technology and central control system. Background technique [0002] The traditional catering oil-water separator adopts simple mechanical oil scraping method or manual oil scraping to realize oil-water separation. Manual oil scraping is based on the use of unpowered oil-water separation equipment, and manual operation is used to classify the oil and water. The efficiency is low and it is easy to cause leakage and pollute the surrounding environment of the equipment. The traditional mechanical oil scraping equipment scrapes the oil continuously along the surface of the oil layer through the chain scraper, which saves manpower, but the effect is not good. Because the equipment ...

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Problems solved by technology

Manual oil scraping is based on the use of unpowered oil-water separation equipment, relying on manual operation to classify oil and water, which is inefficient and easily causes leakage to pollute the surrounding environment of the equipment

The traditional mechanical oil scraping equipment scrapes the oil continuously along the surface of the oil layer through the chain scraper, which saves manpower, but the effect is not good. Because the equipment cannot identify the thickness of the oil layer, the oil surface is often not scraped clean, and the oil layer is discharged together with the sewage Even if the discharge of municipal pipelines does not meet the standard, or the sewage is scraped away with the oil and put into the oil collection barrel, manual operation is required to remove the water in the oil barrel later, which is still time-consuming and laborious

Manual removal of slag by traditional equipment is difficult and not environmentally friendly, and it is necessary to check the amount of residue in the box from time to time and arrange salvage

Traditional equipment does not have any treatment for the diffusion of odorous gases, and only does incomplete purification of the ambient air in the equipment room, which has a bad impact on the air environment in the equipment room and the underground parking lot around the equipment room

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