An adaptable heating device

Abstract

The invention discloses a heating device with strong adaptability, which comprises a heater body, and the heater body includes a hydrogen-oxygen generating unit for generating hydrogen and oxygen; a dry storage unit for storing and drying hydrogen and oxygen ; A gas volume adjustment unit, used to adjust the amount of intake air and combustion-supporting oxygen when hydrogen is burned; a combustion unit, used to ignite hydrogen and burn in the combustion chamber. The structure of the invention is reasonable and can adapt to different atmospheric pressure environments. Set the hydrogen-oxygen generator to produce high-purity hydrogen and oxygen. The hydrogen is ignited by the ignition system and then burned in the combustion chamber. The oxygen is temporarily stored in the storage tank. To achieve sufficient and efficient combustion, improve combustion power and efficiency, and at the same time effectively reduce energy waste and exhaust emissions.

Description

technical field [0001] The invention relates to the technical field of heating devices, in particular to a heating device with strong adaptability. Background technique [0002] Heating is a means for human production and life to overcome the cold environment. Combustion has always been the source of heat energy, and heat exchange is the process of energy transfer. However, in today’s environment where the national economy is developing and energy consumption is increasing year by year, how to reduce energy consumption is the primary issue that burners need to consider. Especially for China, Tibet, Qinghai and other plateau and alpine regions are important national defense portals , How to improve the combustion and heat transfer methods of the burner in the plateau alpine region is a major practical problem we face. [0003] The atmospheric pressure in the plateau environment changes greatly. When the altitude rises, the atmospheric pressure decreases, the air density decr...

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Problems solved by technology

[0003] The atmospheric pressure in the plateau environment changes greatly. When the altitude rises, the atmospheric pressure decreases, the air density decreases, and the air supply volume increases accordingly. Ordinary burners cannot automatically adapt to such changes in the surrounding environment, and the air-fuel ratio will be inconsistent. Matching, which in turn leads to a reduction in combustion power and efficiency, and a significant increase in pollution emissions, resulting in a large waste of energy. If the altitude changes and the power of the burner needs to be increased at the same time, the single fan channel of the ordinary burner and the common combustion head The form cannot be realized, so how to make the burner adapt to the change of ambient air pressure and maintain high combustion efficiency is a technical problem that needs to be solved at present

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