Combination structure of ornamental fire

Abstract

The invention provides a composite structure for ornamental fire, which includes an accommodating device, a burning device and a fixing device, the accommodating device includes a fuel container, a top cover and a heat insulating piece, and the accommodating part is arranged in the fuel container and connected with the top cover , the filling hole and the first positioning groove are provided through the top cover and communicate with the accommodating part, the heat insulating element is connected to the end of the top cover different from the accommodating part, and the second positioning groove runs through the top side and the bottom side of the heat insulating element And communicate with the first positioning groove, the second end of the combustion device is inserted into the accommodating part through the second positioning groove and the first positioning groove, the first clamping surface and the second clamping surface respectively correspond to and clamp the combustion device The two sides, relying on the combined structure of the above-mentioned ornamental fire, have a good heat insulation effect, and it is convenient to add the liquid fuel, and it is also possible to safely and easily observe the filling degree of the liquid fuel.

Description

technical field [0001] The invention mainly relates to a combined structure of an ornamental fire, especially a combined structure of an ornamental fire with heat insulation function and convenient addition of liquid fuel and observation of liquid level. Background technique [0002] Generally, existing fuel combustion devices are divided into two types: direct combustion and use of wicks. If the fuel is flammable, it can be ignited with an open flame without a wick. Commonly used are bio-ethanol fireplace burners. A bio-alcohol fireplace burner is usually a stainless steel container with an opening at the top, which can be ignited directly after adding alcohol. In addition to the safety problem of easy burns caused by the high heat generated by the container, after burning, the fuel must be filled after the flame is completely extinguished and the container cools down. Since the residual flame is often not easy to detect at the bottom of the container, the user is likely ...

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Problems solved by technology

[0004] However, in order to solve the overheating problem of the container and the fuel, the above-mentioned liquid fuel combustion device uses a double-layer heat insulation design formed by the fixed seat and the movable part. , it is necessary to move the movable part to add liquid fuel and observe the fuel level, which will cause inconvenience to users in application

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