a stove

Abstract

The invention discloses a stove, which comprises a middle box body, a combustion inner cavity is arranged in the middle box, an intermediate restricting plate is fixed on the end wall of the combustion inner cavity, and several A through cavity, the through cavity is provided with a sealing and opening device that simultaneously closes or opens the through cavity, and the lower side of the middle box is provided with a bottom box, and the bottom box is fixed to the middle box , the bottom box is provided with an open inner cavity, the inner cavity is offset with a bottom placement box, the bottom placement box is provided with an open placement inner cavity, and the closing plate can control the passage The sealing of the cavity enables the combustion process to be controlled, and the firewood can be automatically selected at any position and put into the combustion inner cavity by using the side sliding box to move under the drive of the relevant structure, so that the firewood can be put in multiple directions.

Description

technical field [0001] The invention relates to the technical field of stove equipment, in particular to a stove. Background technique [0002] Existing stoves have many disadvantages during use, such as: during the working process of the stove, only a single stove door is opened to put firewood in or take out the burned firewood, which makes the equipment work It is extremely inconvenient when working continuously, and because the burning ash cannot be completely removed from the equipment in the existing stove, so that the accommodating chamber for the firewood inside the equipment cannot accommodate more firewood. When the firewood is burning, due to the narrow space Inhomogeneous combustion also occurs, which causes the firewood accommodation chamber and the burning vessel to be blackened, which affects the conduction of heat. Moreover, the existing method of adding firewood is too single, and what is often adopted is to use simple and easy methods such as burning fire s...

AI Technical Summary

Problems solved by technology

[0002] Existing stoves have many disadvantages during use, such as: during the working process of the stove, only a single stove door is opened to put firewood in or take out the burned firewood, which makes the equipment work It is extremely inconvenient when working continuously, and because the burning ash cannot be completely removed from the equipment in the existing stove, so that the accommodating chamber for the firewood inside the equipment cannot accommodate more firewood. When the firewood is burning, due to the narrow space Inhomogeneous combustion also occurs, which causes the firewood accommodation chamber and the burning vessel to be blackened, which affects the conduction of heat. Moreover, the existing method of adding firewood is too single, and what is often adopted is to use simple and easy methods such as burning fire sticks. Structural devices are used to add and move firewood, which will cause personnel to be disturbed by smoke and heat, reduce the working efficiency of the equipment, and increase the risk factor of personnel

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