Abstract: A strap engages the T-shaped end of a charging handle of an AR platform rifle to enhance accessibility of that handle. A first ring captures one arm of the T-shaped end and engages the security latch. A second ring captures the other arm of the T-shaped end. A loop or handle attaches to the rings and is pulled by the shooter to charge the rifle.

Abstract: A wave-shaped hook captures a rifle sling positioning the sling on a hunter's shoulder for rapid access. The hook attaches to the strap of a backpack. A base with attachment slots allow the hook to be positioned on the strap in a variety of orientations. A picatinny rail on the back of the hook's wave allows cameras or other accessories to be supported on the user's shoulder.

Abstract: A strap engages the T-shaped end of a charging handle of an AR platform rifle to enhance accessibility of that handle. A first ring captures one arm of the T-shaped end and engages the security latch. A second ring captures the other arm of the T-shaped end. A loop or handle attaches to the rings and is pulled by the shooter to charge the rifle.

Abstract: An insulated foot pad for a tripod has an insulated block sandwiched between two plates. The plates are made of a material that is a poor conductor of heat. Tripod legs placed on the foot pads will not sink into the snow on sunny days nor into warm asphalt on hot days.

Abstract: An elongated mounting platform has Picatinny rails on the surface of its opposing elongated sides, opposing elongated edges, and opposing ends. Rails can be continuous or discontinuous along each surface. The mounting platform serves to support Picatinny accessories that are not being used in association with a firearm.

Abstract: An insulated foot pad for a tripod has an insulated block sandwiched between two plates. The plates are made of a material that is a poor conductor of heat. Tripod legs placed on the foot pads will not sink into the snow on sunny days nor into warm asphalt on hot days.

Abstract: Briefly described, embodiments of this disclosure include print media and methods of preparing print media.

Abstract: A hand-held sharpener device for sharpening and deburring convergent surface cutting edge implements including an elongated cylindrical body having a central area mounting a plurality of sharpener bit assemblies and opposite end areas providing hand grips for holding and moving the sharpener device across a cutting edge to be sharpened. One of the sharpener bit assemblies includes two associated sharpening bits for sharpening blades having two converging cutter surfaces and a second sharpener bit assembly includes a sharpening bit and a dummy bit for sharpening blades having only one cutting surface. The sharpener bits and the dummy bit are held and clamped in bit receiving cavities in mating sections of the sharpener body.

Abstract: An aqueous printing fluid, comprising a cosolvent, the cosolvent or mixture of compounds comprising at least one inner salt compound having a sp3-hybridized nitrogen cation and an associated anionic charge either isolated on an N-substituted oxygen anion bound directly to the sp3-hybridized nitrogen cation or isolated among the oxygens of a carboxylate group; a method of avoiding paper curl in printed paper by using the above-described aqueous printing fluid; and a printer system for avoiding paper curl in printed paper through using the above-described aqueous printing fluid.

Abstract: A tie strap assembly for encircling and securing bundles of articles or discrete items including a looped tie strap or elastic band and a coupler for engaging opposite ends of the strap. The coupler includes an elongated shank having hook shaped arms on one end and an open ring on the opposite end. Protrusions are provided on the ring for capturing one end of the strap and keeper arms protrude from the shank to aid in holding the opposite end of the strap on the hook shaped arms. The ring has an open center for hanging the assembly for storage.

Abstract: The present method is drawn to the creation of fast-drying, photo-quality images with an ink-jet inks. The method comprises the steps of providing a inorganic porous media substrate, providing an aqueous ink-jet ink comprising an ink vehicle and an effective amount of a metallized dye having at least one heterocyclic nitrogen ring and an azo bond wherein the heterocyclic nitrogen is chelated or completed to a transition metal, and jetting the aqueous ink-jet ink onto the inorganic porous media substrate.