Side suction type range hood with water curtain and ionization oil-smoke removing functions

Abstract

The invention discloses a side suction type range hood with a water curtain and an ionization oil-smoke removing function. In use of the side suction type range hood with the structure, the height of a bladeless fan is adjusted by adjusting the angle of an upper arm. The angle of the air blowing out of the air outlet of the bladeless fan is adjusted, so that the oil smoke generated by frying or steaming or cooking is blown to a suction window. The water containing dishwashing liquid in an oil-water separating box is pumped out by a miniature water pump and sprayed onto a sponge strip through a nozzle of a water spraying pipe, and then the water flows onto an aluminum-titanium alloy water curtain net to form a water curtain. An oil-smoke suction fan sucks the oil smoke blown to front of the suction window after the oil smoke is cooked by S-shaped water-filled hollow window blades, most parts of water-oil droplets are intercepted by the aluminum-titanium alloy water curtain net and the remaining water-oil droplets pass through an electrostatic high-voltage positive net and negative net; the oil-smoke suction fan exhausts the air out of a room after the remaining oil smoke in the air is removed. The water curtain oil-smoke removing principle is the same as the water curtain dedusting principle. The electrostatic oil-smoke removing principle is the same as the electrostatic dedusting principle. Oil-dirt-containing water on the aluminum-titanium alloy water curtain net and oil dirt on the electrostatic high-voltage negative net flow into an oil collection tank and then flow into the oil-water separating box so as to be recycled.

Description

Technical field: [0001] The invention relates to a near-suction range hood with functions of water curtain and ionization to remove oil fume. Background technique: [0002] At present, a near-suction range hood equipped with an oil guide plate is sold on the market, but its oil filtering effect is not good in fact. Moreover, the oil collection tank of the near-suction range hood is too close to the flame of the gas stove, and it is easy to ignite the dirty oil in the oil collection tank. We know that water vapor and oil fumes become water droplets and oil droplets after cooling. These water droplets and oil droplets will 'stick' to the metal plate when they hit the cold metal plate, and then gather into large water droplets and flow down the metal plate. The market also sells near-suction range hoods equipped with multi-layer alloy nets. No matter how dense the alloy mesh is, it cannot catch most of the water vapor and oil fume. Someone applied for a patent to install an ...

AI Technical Summary

Problems solved by technology

No matter how dense the alloy mesh is, it cannot catch most of the water vapor and oil fume

Someone applied for a patent to install an electrostatic mechanism in the flue behind the range hood fan to remove the oil fume, but the oil fume was too dry to remove

The traditional range hood blower exhausts the lampblack to the outside to pollute the environment, and the lampblack will float into the neighbor's house with open windows, which is unbearable

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