Outdoor Portable Exhaust Gas Separation Self-Generating Heater

Abstract

The invention relates to an outdoor heating stove, in particular to an outdoor portable waste gas separation self-generating heater. It includes the burner used to connect to the gas tank, and the blower installed above the burner. The blower is set in the inner cavity of the outer casing, and the inner cavity of the blower is provided with cooling fins. There is a jacket layer between them, and the side wall of the outer casing is provided with an exhaust pipe and a furnace head pipe connected to the jacket layer, and the furnace head is installed in the furnace head pipe; the two ends of the jacket layer are closed; the air duct The rear port is provided with a forward blowing fan. The outdoor portable exhaust gas separation self-generating heater has compact structure, good use effect and high heating efficiency, which solves the problem of exhaust gas accumulation caused by the current use of gas heaters in small tents or other closed spaces, as well as the accumulation of high temperature around them. Security risks.

Description

technical field [0001] The invention relates to an outdoor heating stove, in particular to an outdoor portable waste gas separation self-generating heater. Background technique [0002] At present, there are five main ways of heating outdoor camping: gas stove, gasoline stove, alcohol stove, solar stove, and wood stove (coking gas stove). Among them, the gas stove has the advantages of stable and controllable combustion, small carrying volume, relatively stable, and convenient use. It is filled with gas tanks and has no excessive requirements for air temperature and airflow. It is the most widely used and is currently the first choice for camping and hiking activities. A common gas stove has a burner that can be installed on the gas tank, and a reflector is installed on the burner to reflect infrared heat. Most of the reflectors are arc-shaped and can only reflect radiant heat to the front. When in use, they cannot prevent the hot air from rising, resulting in large heat l...

AI Technical Summary

Problems solved by technology

Most of the reflectors are arc-shaped and can only reflect radiant heat to the front. When in use, they cannot prevent the hot air from rising, resulting in large heat loss and low energy efficiency. In addition, high temperatures tend to gather around the burner during use, which is easy to catch fire, burn, and The accumulation of combustion exhaust gas and poor ventilation in the space cause safety accidents

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