Electromagnetic vibration shock wave fume purifier

Abstract

The invention provides an electromagnetic vibration impact wave cooking fume purifier. The purifier comprises a shell and a purifying unit. The electromagnetic vibration impact wave cooking fume purifier is characterized in that the purifying unit consists of one or a plurality of electromagnetic vibration impact wave purifying mechanisms; each purifying mechanism comprises an outer framework, a plurality of anode plates and cathode guide frames which are arranged in the outer framework alternately in parallel; the outer framework is provided with electromagnetic coils; the plurality of anode plates are connected with the electromagnetic coils by electromagnetic vibration insulation connecting rods; one ends of connecting rods of the cathode guide frames are provided with high-voltage interfaces; the purifier also comprises an electromagnetic vibration driving circuit and a pulse high-voltage circuit; a signal output end of the pulse high-voltage circuit is connected with signal input ends of the high-voltage interfaces; and a signal output end of the electromagnetic vibration driving circuit is connected with signal input ends of the electromagnetic coils. According to the electromagnetic vibration impact wave cooking fume purifier, cooking fume particles cannot be accumulated on the anode plates for a long time; the long-time cleanness of the anode plates is ensured effectively; the scabbing of oil dirt is prevented.

Description

technical field [0001] The invention belongs to a purification device, in particular to an oil fume purifier which utilizes the double action of electromagnetic vibration and shock wave to gather oil fume particles. Background technique [0002] The composition of kitchen fumes is extremely complex, including harmful gases and particles produced during the combustion process of the furnace, a large amount of oily water vapor emitted during the cooking process of food, and a variety of harmful substances cracked by grease at high temperatures, such as acrolein, Cycloaromatic hydrocarbons, benzo flowers, etc., are in the thick form of oil-in-water and water-in-oil, which is extremely difficult to handle. At present, there are many oil fume purifiers on the market. Most of the oil fume purification devices are of the electrostatic adsorption type. They use low-temperature plasma technology and use high-voltage electrostatic fields to charge, settle and absorb the oil fume. , t...

AI Technical Summary

Problems solved by technology

At present, there are many oil fume purifiers on the market. Most of the oil fume purification devices are of the electrostatic adsorption type. They use low-temperature plasma technology and use high-voltage electrostatic fields to charge, settle and absorb the oil fume. , there will be a large number of soot particles adsorbed on the anode plate, which will reduce its purification rate and cause the purification function to disappear, and it is very difficult to clean

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