Abstract: The automatic fire extinguisher is a fire retardant dispensing device. The automatic fire extinguisher is an automated device. The automatic fire extinguisher is an explosive device. The automatic fire extinguisher is a temperature sensitive device that releases a fire retardant in the form of a gas when a predetermined ambient temperature has been reached. The automatic fire extinguisher comprises a compressed retardant gas, a high-pressure gas tank, and an explosive device. The high-pressure gas contains the compressed retardant gas and the explosive device. The explosive device detonates when the ambient temperature reaches when the predetermined ambient temperature is reached. The explosion of the explosive device ruptures the high-pressure gas tank thereby releasing and dispersing the compressed retardant gas into the atmosphere.

Abstract: The automatic fire extinguisher is an automated fire retardant dispensing device. The automatic fire extinguisher is a self-contained unit. The automatic fire extinguisher is configured for use in a commercial aircraft. The automatic fire extinguisher is contained within a pillow that is commonly used for the comfort of passengers within the commercial aircraft. The automatic fire extinguisher is a temperature sensitive device. The automatic fire extinguisher dispenses the fire retardant when the temperature of the automatic fire extinguisher reaches a predetermined temperature. In the primary embodiment of the automatic fire extinguisher, when the predetermined temperature is reached, the automatic fire extinguisher releases a fire retardant in the form of a compressed gas into the atmosphere. In a secondary embodiment of the disclosure, the automatic fire extinguisher releases both the fire retardant and water into the atmosphere.

Abstract: The automatic fire extinguisher is a temperature sensitive device. The automatic fire extinguisher dispenses the fire retardant when the temperature of the automatic fire extinguisher reaches a predetermined temperature. When the predetermined temperature is reached, the automatic fire extinguisher releases a fire retardant in the form of a compressed gas into the atmosphere. In a subsequent embodiment of the disclosure, the automatic fire extinguisher releases both the fire retardant and water into the atmosphere. The automatic fire extinguisher is formed with one moving part and no mechanical linkages. The subsequent embodiment is formed with two moving parts and no mechanical linkages. The automatic fire extinguisher comprises a compressed retardant gas, a high-pressure gas tank, a release valve, a nozzle, a whistle and a housing. The subsequent embodiment comprises the components of the prior embodiment and further comprises a chamber, a plug, water, and a check valve.