TH24207U - Fire extinguishing ball - Google Patents

Abstract

The improved fire ball is characterized in that the fuse wire (30) is accelerated by the material concentration to produce a flame velocity of 0.44 seconds to prevent the second layer structure (20) and the first layer structure (10) from being damaged by fire before the ignition mechanism (40) is activated to create pressure to cause the explosion of the second layer structure (20) and the first layer structure (10), with the explosion mechanism operating within 3 seconds.

Claims (5)

1. The improved fire extinguishing ball is characterized by a primary structure (10) which is a film layer of at least one of the choice of polyoletin (PE). This film layer consists of a first and second film layer that are bonded together to enclose the secondary structure (20). The secondary structure (20) is then bonded to the secondary structure (20), which is a flexible structure of the choice of plastic or foam, to prevent moisture ingress. The primary film layer (10) is bonded to the flexible secondary structure (20) with an adhesive of the choice of glue to prevent water ingress. The secondary structure (20) is a flexible structure with at least one of the choice of plastic or foam. This flexible structure consists of a first and second flexible structure layer that are bonded together to create an internal filling. The central part of the secondary structure (20) contains the fire-extinguishing chemical (50), which is then dispersed from the spherical secondary structure (20) to allow for omnidirectional airflow. The second layer (20) is designed to act as a fire retardant, preventing the fire from spreading and eventually extinguishing it. The outer walls of the second layer (20) contain fuses (30) that act as ignition devices (40) located within the central portion of the second layer (20) to create pressure within the containment and propel a selectable ammonium phosphate chemical (50) to expand, creating pressure within the second layer (20) until the second layer (20) and the first layer (10) explode. There is at least one fuse (30) or they are arranged symmetrically around the second layer (20) to contain fire coming from multiple directions around the second layer (20). Specifically, there are five fuses located in different positions around the second layer (20). Within the containment portion of the second layer (20), a selectable ammonium phosphate chemical (50) is released 360 degrees by the ignition mechanism of the ignition device (40) to create pressure for the explosion. The second layer (20) and the first layer (10) of the structure act as a fire delay mechanism to prevent the flame from reigniting, thus extinguishing the flame and controlling the base fire from spreading rapidly. A special feature is that the fuse wire (30) is accelerated by the concentration of the material to achieve a flame velocity of 0.44 seconds to prevent the second layer (20) and the first layer (10) from being damaged by fire before the ignition mechanism (40) activates to create pressure for the explosion of the second layer (20) and the first layer (10). The explosion mechanism activates within 3 seconds. 2. The improved fire extinguishing ball under claim 1, in which the second layer structure (20) shall be spherical or geometric or defined shape with an outer edge of thickness in the range of 0.1-5 centimeters. 3. The improved fire extinguishing ball, according to claim 3, in which the second layer structure (20) has an optimal thickness of 1 centimeter. 4. The improved fire extinguishing ball under claim 1, in which a chemical (50) of choice from ammonium phosphate is contained within the second layer structure (20) in the range of 3 kg to 15 kg. 5. The improved fire extinguishing ball under claim 1, in which the second layer structure (20) shall have a diameter ranging from 10 centimeters to 500 centimeters.