Automatic defrosting equipment for indoor glass

Abstract

The invention discloses automatic defrosting equipment for indoor glass. The equipment comprises a fixed shell fixed to a windowsill, a first moving cavity penetrating through a front wall and a rearwall of the fixed shell is formed in the fixed shell, and the first moving cavity is aligned with glass needing to be defrosted. The automatic defrosting equipment has he advantages of simple structure, convenience in use, two threaded rods drive a movable box to move left and right; the movable box moves up and down through gears and racks, so that the movable box moves in the plane where the whole glass is located, meanwhile, a defrosting box can be controlled to move in the movable box through a telescopic rod, and it is guaranteed that the defrosting box can be close to the glass to complete defrosting work in windowsills with different depths. Hydrogen is also used as an energy source for heat production, the reaction is pollution-free, and meanwhile, the boiled water is collected andused for electrolyzing reaction to generate hydrogen and oxygen so as to improve the combustion raw materials.

Description

technical field [0001] The invention relates to the technical field of glass defrosting, in particular to an indoor automatic glass defrosting device. Background technique [0002] In winter, due to the large temperature difference between indoor and outdoor, frost will generally appear on the inner side of the glass (on the indoor side). If the frost on the glass is left alone, after the sun comes out and the temperature rises, the frost on the glass will melt away by itself, and the water produced will slide down the glass and finally drip on the window sill, leaving streaks on the window. Water marks not only affect the appearance, but also affect the cleanliness of the room, and even produce too much water, which will drip to the ground, and it is very dangerous for people to slip and fall when stepping on it. [0003] It is very time-consuming and labor-intensive to defrost the windows manually by manpower. Therefore, the present invention aims at the above problems an...

AI Technical Summary

Problems solved by technology

If the frost on the glass is left alone, after the sun comes out and the temperature rises, the frost on the glass will melt away by itself, and the water produced will slide down the glass and finally drip on the window sill, leaving streaks on the window. Water marks not only affect the appearance, but also affect the cleanliness of the room, and even produce too much water, which will drip to the ground, and people will easily slip and fall when stepping on it, which is very dangerous

[0003] It is very time-consuming and labor-intensive to defrost the windows manually by manpower. Therefore, the present invention aims at the above problems and designs an automatic indoor glass defrosting equipment.

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