Embedded electric flame cooker heat dissipation structure

Abstract

This invention discloses an embedded electric flame stove heat dissipation structure, including a stove body shell, a plasma burner head, and a glass panel with a full-coverage sealing cover on the top surface of the stove body shell. This invention uses a single piece of glass panel to completely cover the top surface of the electric flame stove. The glass panel surface is smooth and seamless, and oil stains can be removed by daily wiping, completely solving the problems of aging, corrosion, delamination, and high maintenance costs due to frequent replacement of the air outlet cover caused by high-temperature baking in existing technologies. The hot air outlet slits of this invention are connected to the sealed exhaust cavity, preventing cooking spills, water vapor, and oil stains from seeping into the high-pressure components inside the stove body through the air outlet structure, eliminating safety hazards such as leakage, short circuits, and component burnout. A first centrifugal fan performs close-range, precise, and targeted powerful suction on the first component assembly within the component mounting cavity, achieving precise directional cooling of the main heat source.

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