Novel range hood

Abstract

The invention discloses a novel range hood comprising an exhaust fume collecting hood body, an exhaust fan and an exhaust pipe; a glass panel on the exhaust fume collecting hood body is obliquely arranged, fume exhaust gaps are arranged between the glass panel and the exhaust fume collecting hood body, the glass panel is rectangular, and each fume exhaust gap is shaped like a rectangular ring; and the glass panel is provided with a wiping bar, two ends of the wiping bar are respectively slidably clamped at the upper and lower ends of the exhaust fume collecting hood body, the wiping bar is in sliding contact with the glass panel, a drain pipe is arranged on a position close to the lower end of the wiping bar, and the drain pipe extends inwards from the lowest fume exhaust gap to drain water converged during wiping into a sewage sump located below the exhaust fume collecting hood body. By using the novel range hood disclosed by the invention, water vapor on the glass panel can be scraped and drained into the sewage sump, but is not needed to be additionally wiped by using cleaning cloth, so that time and labor are saved, and automatic control is realized.

Description

technical field [0001] The invention relates to the technical field of kitchen and bathroom appliances, in particular to a novel hood. Background technique [0002] Existing range hoods mainly include a smoke collecting hood and a blower fan, the blower fan is installed in the smoke collecting hood, and the bottom surface of the smoke collecting hood is horizontal or inclined. The smoke hood installed horizontally is not convenient for daily cooking operations due to the large horizontal depth occupied; while the smoke hood installed obliquely is lower on the side close to the wall and higher on the outside, which can leave more space for people. Therefore, the smoke extractor with the smoke collecting hood inclined is more and more popular. Smoke collecting hoods are generally made of glass panels, on which steam can easily accumulate into water droplets. Although the glass panels are arranged obliquely, oil stains and other sundries are easily deposited on the panels, and...

AI Technical Summary

Problems solved by technology

Smoke collecting hoods are generally made of glass panels, on which steam can easily accumulate into water droplets. Although the glass panels are arranged obliquely, oil stains and other sundries are easily deposited on the panels, and the oil stains and other sundries adsorbed on the panels hinder the flow of the panels. The upper water droplets flow downward, and it is difficult for the water droplets to fall into the sewage tank below along the panel; and when people are cooking in the process of cooking, their hands are in a hurry, and they are unable to take care of wiping the water vapor on the panel. Large water droplets will drop directly under the action of gravity, and the vertically below the panel is the frying pan in use. There is no doubt that water droplets will directly drip into the pot, thereby polluting the food in the pot

Therefore, it is difficult to avoid the problem of water droplets polluting food during use of existing hoods

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