A firearm frame includes a blocking member disposed adjacent to the trigger guard and configured to block the trigger from firing, an electromechanical actuator configured to actuate the blocking member, a power source configured to power the actuator, and electronics configured to receive remote signals and control the actuator. A system for providing firearm security to a premise includes the firearm frame.

A safety and retention device is provided for a weapon. The device has a first section that operates as a trigger guard cover or shield and is adapted to fit closely and specifically on the trigger guard of the weapon. The second section of the device operates as a retention clip that is designed to maintain or hold the holster (and weapon) on an item of clothing worn by a user. The first section and the second section can be integrally formed such that the first section and the second section share a common base.

A lockable gun mount features a stock receiver, a trigger block, and a barrel lock. The stock receiver includes a base, sidewalls, a receiving aperture, and one or more fasteners. The trigger block includes a trigger rod and a wall member. The barrel lock includes a wall member, a hinged door coupled to the wall member, and a locking mechanism configured to secure the hinged door to the wall member. In some examples, the barrel lock further includes a biometric sensor. A cumulative force between the stock receiver, the trigger receiver, and the barrel lock prevents the gun from being removed from the lockable gun mount when secured to a wall or flat surface.

A weapon retention system may include a base assembly, a first plate coupled to the base assembly, and a second plate coupled to the base assembly, where a distance between the plates while the base assembly is in an open state is greater than a distance between the plates while the base assembly is in a closed state, where the first plate and the second plate are configured to retain the weapon between the first plate and the second plate while the base assembly is in the closed state. The system may further include a linear ratchet coupled to the first plate. The system may also include a pistol grip rest coupled to the first plate, where the pistol grip includes a pin configured to engage the linear ratchet for unidirectional adjustment while the pistol grip rest is in a first state.

A weapon retention system may include a base assembly, a first plate coupled to the base assembly, and a second plate coupled to the base assembly, where a distance between the plates while the base assembly is in an open state is greater than a distance between the plates while the base assembly is in a closed state, where the first plate and the second plate are configured to retain the weapon between the first plate and the second plate while the base assembly is in the closed state. The system may further include a linear ratchet coupled to the first plate. The system may also include a pistol grip rest coupled to the first plate, where the pistol grip includes a pin configured to engage the linear ratchet for unidirectional adjustment while the pistol grip rest is in a first state.

Systems for universally locking a trigger of a firearm are provided that require authentication to transition the firearm to an unlocked state. In general, examples of the systems for universally locking a trigger of a firearm described herein are located in an interchangeable grip portion of the firearm or mounted to an accessory rail of the firearm. Embodiments of the system generally include trigger interference or blocking members to prevent actuation of the trigger until the authentication system has authorized the user to fire the firearm. Once the system is authenticated, embodiments of the system remain in an unlocked state while the user is grasping the firearm. When the user removes their hand from the firearm, embodiments of the trigger locking system automatically returns to a locked state, reducing or eliminating unauthorized use of the firearm.

Systems for universally locking a trigger of a firearm are provided that require authentication to transition the firearm to an unlocked state. In general, examples of the systems for universally locking a trigger of a firearm described herein are located in an interchangeable grip portion of the firearm or mounted to an accessory rail of the firearm. Embodiments of the system generally include trigger interference or blocking members to prevent actuation of the trigger until the authentication system has authorized the user to fire the firearm. Once the system is authenticated, embodiments of the system remain in an unlocked state while the user is grasping the firearm. When the user removes their hand from the firearm, embodiments of the trigger locking system automatically returns to a locked state, reducing or eliminating unauthorized use of the firearm.

A firearm trigger lock assembly for inhibiting a firearm from being fired includes a sleeve that can be positioned around a grip of a firearm. A wedge is coupled to the sleeve thereby facilitating the wedge to be positioned behind a trigger of the firearm when the sleeve is positioned around the grip. A locking unit is coupled to the sleeve and the wedge is removably engaged to the locking unit. The wedge is locked behind the trigger when the locking unit is turned on to inhibit the firearm from being fired. Conversely, the wedge is removable from behind the trigger when the locking unit is turned off to facilitate the firearm to be fired.

An apparatus and methods are provided to penetrate a bone and associated bone marrow using a powered driver having a gear assembly and a motor. The powered driver may include an indicator operable to show status of a power supply associated with the powered driver. The power supply may include a battery power pack having a diamond shaped cross section. The powered driver may have a handle with a corresponding cross section.

An apparatus and methods are provided to penetrate a bone and associated bone marrow using a powered driver having a gear assembly and a motor. The powered driver may include an indicator operable to show status of a power supply associated with the powered driver. The power supply may include a battery power pack having a diamond shaped cross section. The powered driver may have a handle with a corresponding cross section.