Abstract: A Firearm Holster Mounting System for Vehicles includes a mounting member which defines a hub for a plurality of overlapping holster mounting straps to secure the holster to the mount and a plurality of frame attachment straps for suspending the mount and holster beneath a vehicle seat. Adjustable length extension straps coupled to the holster mounting straps possess hooks for suspending the central mount to a vehicle seat base frame whereby the firearm is readily accessible from beneath the seat. The adjustable extension straps permit the mount to be laterally moved and secured at various positions beneath the vehicle seat as desired. At least one strap is provided to attach the mount to the seat base frame in a direction transverse that of the overlapping holster mounting straps.

Abstract: A Firearm Holster Mounting System for Vehicles includes a mounting member which defines a hub for a plurality of overlapping holster mounting straps to secure the holster to the mount and a plurality of frame attachment straps for suspending the mount and holster beneath a vehicle seat. Adjustable length extension straps coupled to the holster mounting straps possess hooks for suspending the central mount to a vehicle seat base frame whereby the firearm is readily accessible from beneath the seat. The adjustable extension straps permit the mount to be laterally moved and secured at various positions beneath the vehicle seat as desired. At least one strap is provided to attach the mount to the seat base frame in a direction transverse that of the overlapping holster mounting straps.

Abstract: A Telescoping Powered Rechargeable Pole with Stand System 1 with a any one of several devices mounted on the top of the pole that requires a certain level of direct current electric power to maintain it's operation. Usually in a remote place away from any other power source, the stand 2 can be set and the powered telescoping poles 3 and 5 can be raised to gain height for the device mounted on the top of the pole 3. A device mounted directly onto the top cap 30 and powered via a power cable 38 can be powered for a time and then the Telescoping Rechargeable Powered Pole with Stand System can then be recharged through the recharging power port 29. The top cap mount 35 connects the device the top of the pole. The system is powered for a length of time dictated by the size and number of battery cells contained within the top tube 3 of the powered telescoping pole with stand 1. The system is recharged via a suitable charger through the power recharge port 29.

Abstract: A Firearm Holster Mounting System for Vehicles 5 is presented that includes a central hub mounting component 10 which acts as both a hub for the plurality of mounting straps 40 and a holster mounting point using the holster mounting straps 60. The side mounting straps 40, intended to support the mount and the holster with a firearm inside by connecting to the underside of a vehicle seat on each side toward the front of the seat suspension, are retained by quick release buckles 35 and the buckles are attached to the Central Mount 10 by passing through a series of adjustment slots 20 available laterally on the sides of the Central Mount 10. The rearward strap is contained by an additional quick release buckle 35 and allows a strap to be secured to the rear of the vehicle seat. This process ensures securely mounted firearms that can be adjusted in numerous ways due to the sliding straps 40 for side and rear adjustment.

Abstract: A universal firearm cleaning system 4 is presented that includes a universal barrel fastener 6 and waste container 8 to catch cleaning patches and the splattering solvent that exits the barrel bore during the firearm cleaning process. The fastener 6 attaches the container 8 to the muzzle or breech of the gun barrel using tongs that can easily accommodate various diameters of gun barrels and virtually any sight system. The waste container 8 is attached to the fastener 6 and has removable end caps. One end cap 42 closes the container. The other end cap 38 forms an opening for receiving the end of the barrel of a gun and connects to the barrel fastener 6. When a cleaning rod is pushed through the bore 16, the waste container 8 catches the solvent, splatter and other debris that exits the bore 16. The end cap 42 may then be removed to easily clean out the waste container 8.