Wind protection for a flame simulation device and a flame simulation device

Abstract

This application discloses a windproof structure for a flame simulation device and the flame simulation device itself. The windproof structure includes a frame, a dual-cavity assembly, and a first fan. The dual-cavity assembly includes an inner cavity, an outer cavity, and a simulation medium delivery pipe. The simulation medium delivery pipe is located at the outlet end of the inner cavity and communicates with the inner cavity, used to spray the simulation medium outwards to form a simulation medium zone. The outlet end of the outer cavity has an air outlet. The first fan is mounted on the frame, and its outlet end communicates with the outer cavity. The first fan is used to allow air to pass through the outer cavity and be discharged from the air outlet, forming a windproof wall outside the simulation medium zone. This application, through its dual-cavity design, can form an air outlet outside the outlet end of the inner cavity, thereby forming a windproof wall outside the simulation medium zone under the action of the first fan. This effectively avoids or reduces the impact of crosswinds on the simulation medium zone, ensuring the effectiveness of the simulated flame.

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