Abstract: Smart device supports have a frame defining a major plane and configured to connect to a smartphone, a pair of spaced-apart vent support elements each defining a louver gap configured to removably connect to a vehicle ventilation louver, the spaced-apart vent support elements being pivotally movable between a stowed position parallel to the major plane and an extended position away from the major plane, and a second support element between the spaced-apart vent support elements and movable between a stowed position parallel to the major plane and an extended position away from the major plane. The spaced-apart vent support elements may each include a pair of extending protrusions defining a louver gap. At least one of the extending protrusions may define a hook at a free end. The spaced-apart vent support elements may pivot on a vent support axis. The second support element may pivot on a second support axis.

Abstract: Smart device supports have a frame defining a major plane and configured to connect to a smartphone, a pair of spaced-apart vent support elements each defining a louver gap configured to removably connect to a vehicle ventilation louver, the spaced-apart vent support elements being pivotally movable between a stowed position parallel to the major plane and an extended position away from the major plane, and a second support element between the spaced-apart vent support elements and movable between a stowed position parallel to the major plane and an extended position away from the major plane. The spaced-apart vent support elements may each include a pair of extending protrusions defining a louver gap. At least one of the extending protrusions may define a hook at a free end. The spaced-apart vent support elements may pivot on a vent support axis. The second support element may pivot on a second support axis.

Abstract: A case for a mobile device is provided comprised of a body defining a device receptacle configured to removably retain the mobile device. A plurality of retention elements can be connected to the body. The retention elements selected from the group include a movable ring, a vehicle vent vane clip, a ball and socket, and an adjustable stand.

Abstract: A firearm beavertail grip sleeve has a tubular body having a front wall, a left side wall, and a rear wall, the body being of an elastomeric material, the body having a lower end associated with the lower free end of the pistol grip, and an opposed upper end, the upper end of the body having a front edge portion at the front surface at a limited first vertical distance above the lower end, the upper end of the body having a rear edge portion at the rear surface at a second vertical distance above the lower end greater than the first vertical distance, and at least a upper guard element at the upper end of the rear edge portion curving back in an upward and rearward direction. The upper guard element may have a guard surface facing in a direction angularly rearward and downward.

Abstract: A firearm beavertail grip sleeve has a tubular body having a front wall, a left side wall, and a rear wall, the body being of an elastomeric material, the body having a lower end associated with the lower free end of the pistol grip, and an opposed upper end, the upper end of the body having a front edge portion at the front surface at a limited first vertical distance above the lower end, the upper end of the body having a rear edge portion at the rear surface at a second vertical distance above the lower end greater than the first vertical distance, and at least a upper guard element at the upper end of the rear edge portion curving back in an upward and rearward direction. The upper guard element may have a guard surface facing in a direction angularly rearward and downward.