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US 12,467,704 B2Granted
Smart-gun artificial intelligence systems and methods
OwnerJohn Hafeninventor
Life of this patent
Estimating the term…
Abstract
A computer-implemented method of a smart-gun system that includes obtaining a set of smart-gun data, determining one or more states of a smart-gun based at least in part on the set of smart-gun data, determining one or more states of a user based at least in part on the set of smart-gun data, determining to generate a conversation statement based at least in part on the one or more states of the smart-gun and the one or more states of the user, and presenting a conversation statement generated based at least in part on the one or more states of the smart-gun and the one or more states of the user.
Claims17
A computer-implemented method of a smart-gun system, the method comprising:
- obtaining a set of smart-gun data comprising:
- smart-gun orientation data that indicates an orientation of a smart-gun being handled by a user, the smart-gun including a barrel, a safety, and a firing chamber,
- smart-gun configuration data that indicates a plurality of configurations of the smart-gun, including safety on/off, firing configuration, and ammunition configuration, and
- smart-gun audio data including an audio recording from a microphone of the smart-gun,
- determining, using artificial intelligence, one or more states of the smart-gun based at least in part on the set of smart-gun data;
- determining, using artificial intelligence, one or more states of the user based at least in part on the set of smart-gun data;
- determining a real-time safety level based at least in part on the one or more states of the smart-gun and the one or more states of the user;
- determining a smart-gun configuration change based at least in part on the real-time safety level, the one or more states of the smart-gun and the one or more states of the user, the smart-gun configuration change including putting the smart-gun on safety or otherwise making the smart-gun inoperable to fire;
- implementing the smart-gun configuration change automatically without human intervention, including by the user handling the smart-gun, the implementing the smart-gun configuration change including actuating the smart-gun to put the smart-gun on safety or otherwise making the smart-gun inoperable to fire;
- determining to generate a conversation statement based at least in part on the real-time safety level, the one or more states of the smart-gun and the one or more states of the user;
- generating, in response to the determining to generate the conversation statement, an LLM prompt based at least in part on the real-time safety level, the one or more states of the smart-gun and the one or more states of the user;
- submitting the LLM prompt to a remote LLM system;
- obtaining a conversation statement from the remote LLM system in response to the LLM prompt;
- and
- presenting the conversation statement via an interface of the smart-gun that includes at least a microphone, the conversation statement presented as a synthesized audio speaking voice having a persona or character.
12 more elements
A computer-implemented method of a smart-gun system, the method comprising:
- obtaining a set of smart-gun data comprising:
- smart-gun orientation data that indicates an orientation of a smart-gun being handled by a user, the smart-gun including a barrel, a safety, and a firing chamber,
- smart-gun configuration data that indicates one or more configurations of the smart-gun, and
- smart-gun audio data including an audio recording from a microphone,
- determining, using artificial intelligence, one or more states of the smart-gun based at least in part on the set of smart-gun data;
- determining, using artificial intelligence, one or more states of the user based at least in part on the set of smart-gun data;
- determining a real-time safety level based at least in part on the one or more states of the smart-gun and the one or more states of the user;
- determining to generate a conversation statement based at least in part on the real-time safety level, the one or more states of the smart-gun and the one or more states of the user;
- generating, in response to the determining to generate the conversation statement, a prompt based at least in part on the real-time safety level, the one or more states of the smart-gun and the one or more states of the user;
- obtaining a conversation statement in response to the prompt;
- and
- presenting the conversation statement via an interface that includes at least a microphone, the conversation statement presented as a synthesized audio speaking voice.
9 more elements
A computer-implemented method of a smart-gun system, the method comprising:
- obtaining a set of smart-gun data;
- determining one or more states of a smart-gun based at least in part on the set of smart-gun data;
- determining one or more states of a user based at least in part on the set of smart-gun data;
- determining to generate a conversation statement based at least in part on the one or more states of the smart-gun and the one or more states of the user;
- generating a prompt based at least in part on the one or more states of the smart-gun and the one or more states of the user, wherein the prompt is an LLM prompt, and wherein the LLM prompt is submitted to a remote LLM system;
- and
- presenting a conversation statement generated based at least in part on the one or more states of the smart-gun and the one or more states of the user.
4 more elements
Dependencies are inferred from the claim text.