Selective Ammunition Disabling via Energy-Responsive Intermediary
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Solution Overview
Problem
Current technologies fail to effectively and selectively control or disable firearms based on their location, lacking solutions that prevent unlawful use while allowing lawful uses such as self-defense, hunting, and recreation, without modifying existing firearms or ammunition configurations.
Innovation Solution
An ammunition disabler using a material that structurally changes in response to an energy wave, positioned between the firing pin and priming compound, which can be contained within the primer cup or externally, to prevent the ammunition from firing by disrupting the mechanical link necessary for detonation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional firearms and ammunition are used without modification, then they can be freely used for lawful purposes such as self-defense and hunting, but they cannot be selectively disabled in unlawful situations
Solution Approach 1:
The patent introduces an intermediary material layer between the firing pin and priming compound that acts as a mediator. This material can be selectively activated by external energy waves to disrupt the mechanical link, preventing the firing pin from detonating the primer. The intermediary approach allows selective disabling without modifying the fundamental firearm structure, resolving the contradiction between adaptability and complexity.
Solution Approach 2:
The patent employs materials that change their physical or chemical parameters in response to external energy waves. The material layer transitions from a state that transmits mechanical force to one that absorbs or dissipates it, or changes phase to create a gap. This parameter change mechanism enables selective disabling based on location or situation without requiring complex control systems, addressing the adaptability-complexity trade-off.
2Reliability
If materials are positioned between the firing pin and priming compound to disable ammunition, then unauthorized use can be prevented, but the mechanical link necessary for detonation is disrupted
Solution Approach 1:
The patent uses dynamic materials that can transition between different states based on external stimuli. The material layer is designed to be responsive to energy waves, changing from a configuration that allows normal firing to one that prevents detonation. This dynamic behavior ensures that the system maintains ease of operation under normal conditions while providing reliable disabling when activated, resolving the contradiction between reliability and ease of operation.
Solution Approach 2:
The material layer is pre-positioned between the firing pin and priming compound in a state that does not interfere with normal operation. When activated by energy waves, it performs preliminary anti-action by disrupting the mechanical link before the detonation sequence can complete. This approach ensures that the disabling mechanism does not permanently compromise normal firing function, addressing the reliability-ease of operation contradiction.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
This solution effectively prevents the unauthorized use of firearms by disabling them when exposed to specific energy waves, while allowing them to function normally in lawful contexts, providing a substantial safety benefit and reducing gun violence without altering existing firearms or ammunition configurations.
Implementation Method 1
a material capable of being selectively changed in response to an energy wave
Data Source
AI summary
The present invention provides an ammunition disabler with a material capable of being selectively changed in response to an energy wave for preemptively disabling ammunition. In at least one embodiment, the ammunition disabler includes a material selectively structurally changeable from an operative state to a deactivated state upon exposure to an energy wave is provided, where the material is positioned at least partially between the firing pin and the priming compound when the ammunition is chambered within the firearm (with the priming compound positioned between the material and the propellant), and related systems, methods and uses. The material may be contained within the primer cup with the priming compound. The material may be positioned adjacent to the priming compound in direct or indirect contact or in close proximity. The material may be positioned externally from the primer cup.