Gas guide structure of integrated stove hot box

Abstract

The invention discloses a gas guide structure of an integrated stove hot box. The gas guide structure of the integrated stove hot box comprises a cooking bench, a gas inlet assembly, an air supply mechanism, a gas guide assembly and a gas guide hose. The gas inlet assembly comprises a gas inlet box, and the gas inlet box is provided with a gas inlet, a gas outlet and an air inlet which communicatewith one another; the air supply mechanism is provided with an air outlet, the air outlet communicates with the air inlet, and the air outlet is arranged towards the gas outlet; the gas guide assembly is connected with the cooking bench, the gas guide assembly is provided with a gas guide outlet and a gas guide inlet which communicate with each other, and the gas guide outlet faces upwards; and the gas outlet communicates with the gas guide inlet through the gas guide hose. Gas is exhausted upwards through the gas guide outlet of the gas guide assembly, and is beneficial to being sucked by anair exhaust device arranged on the cooking bench, and the problems of scalding and waste gas backflow can be effectively relieved. In addition, due to the arrangement of the gas guide hose, the gas guide outlet and an exhaust port can be connected more flexibly, and the requirement for assembly precision is lowered.

Description

technical field [0001] The invention relates to the field of kitchen and bathroom, in particular to an air guide structure of an integrated stove heat box. Background technique [0002] Existing integrated stoves or stoves on the market are equipped with heat boxes, such as steam boxes, ovens, etc., and there are two exhaust methods for the integrated stoves or stoves. One is to cool down through the fan, and through the exhaust channel, the gas is discharged to the front through the door gap. The disadvantage of this exhaust method is that if a person stands near the exhaust channel, the exhaust gas is directly blown on the human body, causing People's clothes are damp, and there is even a risk of high temperature burns; the other is to discharge the gas directly to the public flue through the exhaust hose. The disadvantage of this exhaust method is that the exhaust gas of the public flue may flow back into the cavity to pollute the cavity. risk. Contents of the inventio...

AI Technical Summary

Problems solved by technology

One is to cool down through the fan, and through the exhaust channel, the gas is discharged to the front through the door gap. The disadvantage of this exhaust method is that if a person stands near the exhaust channel, the exhaust gas is directly blown on the human body, causing People's clothes are damp, and there is even a risk of high temperature burns; the other is to discharge the gas directly to the public flue through the exhaust hose. The disadvantage of this exhaust method is that the exhaust gas of the public flue may flow back into the cavity to pollute the cavity. risk

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