Kitchen refrigeration extractor hood capable of generating hot water

Abstract

A kitchen refrigeration extractor hood capable of generating hot water comprises a cabinet, a cooking fume suction port and a cooking fume exhaust port. A cooking fume suction channel and a fan are arranged in the cabinet, an air outlet is formed in the cabinet, and a refrigeration device for cooling air blown out from the air outlet is arranged in the cabinet. The refrigeration device comprises arefrigeration assembly with a cold end and a hot end. A heat dissipation water inlet pipe and a heat dissipation water outlet pipe are arranged on the cabinet in a penetrating mode, the outer end ofthe heat dissipation water inlet pipe is exposed out of the cabinet, the inner end of the heat dissipation water inlet pipe communicates with a water inlet of the hot end, the outer end of the heat dissipation water outlet pipe is exposed out of the cabinet, and the inner end of the heat dissipation water outlet end communicates with a water outlet of the hot end. According to the kitchen refrigeration extractor hood, the refrigeration device is integrated with the extractor hood, hot water needed for daily use in a kitchen can flow out of the heat dissipation water outlet pipe, and heat generated by the hot end of the refrigeration device is effectively used; and meanwhile, the hot end is effectively cooled, and thus an outdoor unit of a refrigerating machine can be omitted, and product cost is effectively lowered.

Description

technical field [0001] The invention relates to a range hood, in particular to a kitchen refrigeration range hood capable of generating hot water. Background technique [0002] With the improvement of material living standards, people have higher and higher requirements for the kitchen environment. During the cooking process, the use of the stove will generate a lot of heat in the kitchen, resulting in an increase in the temperature of the entire kitchen space and a decrease in the comfort of the environment. . At present, most families solve this problem by temporarily adding fans, but this method is not only inconvenient, but also takes up the kitchen area. To solve this problem, in the prior art, a refrigeration module is generally added to the range hood to realize the purpose of delivering cold air to the kitchen and improving the comfort of the environment. [0003] Most of the refrigeration modules of the existing range hoods use semiconductor refrigeration, or a re...

AI Technical Summary

Problems solved by technology

Although the air curtain range hood can effectively deliver cold air to the kitchen, its semiconductor refrigeration system has a complex structure, especially the hot-end heat dissipation part, which needs to be equipped with a hot-end air duct and a fan for heat dissipation, which not only limits the heat dissipation, but also increases energy consumption. consumption, but also increases the volume of the smoke exhaust duct of the range hood, and the relative cost is relatively high, and the air curtain range hood does not effectively utilize the heat generated by the semiconductor refrigeration component

In addition, the existing air conditioners cannot be widely used in the kitchen, because the greasy environment in the kitchen is likely to cause the blockage of the cooling air duct, and the internal circulation air conditioner cannot achieve a good cooling effect when the hood is turned on, and the If you install an air conditioner indoors, you must face the trouble of installing an outdoor unit

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