Intelligun, LLC

Clinton D Cope

Jason Kemmerer

Yishai Mendelsohn

A locking system for a firearm is disclosed. A lock has a set state and an unset state, and substantial movement of any one or more fire control group components is inhibited with in the set state. A biometric sensor attachable to a grip of the firearm is receptive to an input biometric feature data set corresponding to a physiological feature of a user. A biometric input controller stores biometric feature data sets corresponding to enrolled user identities in a memory, and compares it against the input biometric feature data set to generate a biometric input validation status indicator signal. A proximity sensor attachable to the grip detects possession of the firearm by the user and generates a corresponding grip detection indicator signal. A system controller selectively actuates the lock to the set state and the unset state based upon a received combination and sequence of the biometric input validation status indicator signal and the grip detection indicator signal.

Firearm locking system user interface

A lock for a firearm with a grip safety, and a sear engageable to a biased hammer in a cocked position and releasable by a trigger is disclosed. The lock has a housing defining a first bore within which a mainspring that biases the hammer is received, as well as a second bore. There is a locking pin retractable into and extendible out of the second bore of the housing. When the locking pin is in an extended position, the grip safety is restricted to an engaged state, blocking movement of the trigger. An actuator disposed in the housing and cooperatively linked to the locking pin provides the motive force for retracting and extending the locking pin.

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San Francisco, CA, United States of America

Clinton D Cope