Systems and Methods for Firearm Cartridge Management

Abstract

An ignition inhibitor system within a firearm cartridge and a method of making same, comprising an internal framework with a top end and a bottom end as well as chambering and sub-sections for, a fluid chamber, a switch, a power source an actuator; said bottom end having port holes in proximity to a fluid chamber adjacent to the primer charge; a switch located within said internal framework that is activated by one of electromagnetic energy transmission devices, radio frequency identification transmission devices and other wireless signaling technologies and systems; as well as an actuator that causes the deployment of fluid in the fluid chamber sub-section, a power source, which are connected with electrically conductive materials and all of which are located within said internal framework; and fluid that is released upon the activation of said ignition inhibitor system described herein.

What is claimed is: 
     
         1 ) A means of managing firearm cartridges comprising: a primer deactivation device within the propellant chamber of firearms cartridges coupled to deactivate the primer; and an electronic wireless signaling technologies and systems activation device operable to cause the primer deactivation device to deactivate the primer in the case that a firearm cartridge is located within a restricted area. 
     
     
         2 ) A method, comprising: determining, by one of radiofrequency identification components and electromagnetic transmission components and wireless signaling technologies and systems electrical components, that a zone restricting the use of firearms has been entered; and disabling, as a result of the determining, at least one of the primer charge and the propellant of a firearm cartridge. 
     
     
         3 ) An ignition inhibitor system contained within a firearm cartridge, comprising: an internal framework and housing with subsections for electrical components and fluid chambering and with a top end and a bottom end, said bottom end having port holes and passages adjacent to said fluid chambering that are also adjacent to the primer charge and flash hole when affixed within the firearm cartridge in proximity to the rim; a switch located within said internal framework and housing that is activated by one of a radiofrequency identification technology and electromagnetic energy transmission technology and wireless signaling technologies and systems devised to define a zone restricted from firearms operation; an actuator located within said internal framework and housing; an electrical power source located within said internal framework and housing; and a fluid solution located within said internal framework and housing adjacent to said port holes and passages.