초록 ▼

A compact, affordable fire extinguishing system utilizes a combination of compressed inert gas tanks and solid propellent gas generator s to provide a blend of inert gasses to extinguish fires in an enclosure. The compressed inert gas tanks may contain gasses such as argon or carbon dioxide or a com

A compact, affordable fire extinguishing system utilizes a combination of compressed inert gas tanks and solid propellent gas generator s to provide a blend of inert gasses to extinguish fires in an enclosure. The compressed inert gas tanks may contain gasses such as argon or carbon dioxide or a combination thereof The solid propellent gas generators may generate upon initiation either nitrogen or carbon dioxide or a combination thereof. The inert gasses from both sources are blended into a composition that will extinguish fires at concentrations that will allow human occupancy during discharge. Such a system can be constructed at a substantially smaller size than conventional compressed gas systems, due to the greater density of the inert gasses in the propellent foii in storage, which allows greater utility and affordability where installation space is limited or retrofit is desired into prior fire protection systems.

대표청구항 ▼

[ I claim:] [1.]1. A compact, affordable inert gas fire extinguishing system, said stem comprising:(a) a dischargeable container having self-contained therein a first inert gas composition, herein said dischargeabe container includes a discharge tube; and(b) means operably connected to said discharg

[ I claim:] [1.]1. A compact, affordable inert gas fire extinguishing system, said stem comprising:(a) a dischargeable container having self-contained therein a first inert gas composition, herein said dischargeabe container includes a discharge tube; and(b) means operably connected to said dischargeable container for generating a second inert gas composition from a solid propellent enclosed within said dischargeable container, wherein said second inert gas blend flows into said dischargeable container causing release of said first inert gas blend and second inert gas blend from said dischargeable container.