A study on the performance of sound fire extinguisher by anti resonance

Abstract

The causes of fire can vary greatly. Combustion by gas, combustion by burning solid and combustion by explosion. In the everyday life there are many fires in the singer range in the kitchen. If the gas range is ignited by a person or if the person is not aware that the gas is unburned or that the pot is overflowing with gas, the danger of the gas leaking may occur. At this time, a fire is not effective in taking any measures. The purpose of this study was to investigate the effect of sound fire extinguisher fire has a characteristic that the extent of damage increases as time goes by. When an object rubs its kinetic energy into heat energy, the stronger the friction, the more heat it generates. To burn an object, it needs de-matter and temperature above the flash point and sufficient oxygen. Fire extinguishing methods, chilled fire extinguishing methods and extinguishing fire extinguishing methods are examples of fire extinguishing methods. The elimination fire extinguishing method is a method of eliminating the debris and further preventing the fire from spreading. This is the best way to do when there is no equipment to turn off the lights. It is the first method to be used when a fire occurs. Applying the wrong fire extinguishing method at the beginning of the fire can be very dangerous. This study is a study of fire evolution using fire extinguisher to evolve fire. It is an study about the early evolution of fire that occurs in our everyday life as it improves the removal fire extinguishing method by using anti-communications. Experiments on the disappearance of the flame and the theoretical background based on this experiment are discussed. The background is based on the anti-air bombardment which enables efficient fire evolution with less power. © 2018, Medwell Journals.