Firearm rack kits for wire shelf systems. The firearm rack kits include a first bracket, a second bracket, and an upper support member. The first bracket and the second bracket are complementarily configured with the wire shelf system to releasably mount to a wire shelf of the wire shelf system. The second bracket is complementarily configured to releasably mount to the wire shelf in a position laterally spaced from the first bracket. The upper support member defines a barrel cutout configured to receive and support a barrel of a firearm. The upper support member is configured to span between the first bracket and the second bracket and to releasably couple to the first bracket and to the second bracket. In some examples, the firearm rack kit includes a floor member. In some examples, the firearm rack kit includes a butt support member.

In some embodiments, a device includes a firearm holder including a stock lock. The stock lock may include a first jaw, a second jaw, a pivot pin to couple the first jaw to the second jaw. The first jaw may pivot about the pivot pin relative to the second jaw and may open and close about a neck of a stock of a firearm. The stock lock may further include a rotatable element coupled to the first jaw to allow at least a portion of the first jaw to rotate about the rotatable element to move into and out of alignment with the first jaw. In some implementations, the stock lock may include a locking mechanism. In some aspects, the stock lock may include a cowl extending about at least a portion of the locking mechanism.

The disclosed embodiments include systems and methods configured to provide novel security tool holders that are configured to engage with the battery receiver slots of a variety of different battery-powered tools to securely display and hold the tools in a retail merchandise display. In the disclosed embodiments, the security tool holders comprise a base that attaches to a merchandise display system, such as on a shelf, and a tool mount portion on the base that is configured to engage with a battery receiver slot to attach a battery powered tool to the base. In some embodiments, the security tool holder may be formed by cutting a two-dimensional shape out of a single sheet of material, then bending the two-dimensional shape at predetermined locations to form the three-dimensional security tool holder.

A nail polish holder having a sepal section. The sepal section has a concave base formed in an upward posture. A concave roof is formed in a downward posture, wherein the concave base and the concave roof are coupled together using a stitch such the sepal section forms an oval disc. A petal holder is coupled to the concave roof. A first petal forming a droplet is integrally coupled to a second petal forming a droplet. A third petal forming a droplet is integrally coupled to the second petal. A fourth petal forming a droplet is integrally coupled to the third petal. A fifth petal forming a droplet is integrally coupled to the first petal such that the first petal, the second petal, the third petal, the fourth petal, and the fifth petal forms a cavity for holding the nail polish tool.

An item managing apparatus includes: an item attachment device including a linear member and a biasing member, the linear member including one end that is attached to an item, the biasing member biasing the linear member from the one end in a first direction; a communication device attached to the linear member; and a device accommodation part that can accommodate the communication device, the device accommodation part being configured to exert an electromagnetic shielding function for the communication device when the communication device is accommodated in the device accommodation part. When no external force is applied to the item against biasing force of the first direction generated by the biasing member, the communication device is accommodated in the device accommodation part, and when external force is applied to the item against the biasing force of the first direction, the communication device is enabled to exit from the device accommodation part.

In some embodiments, a device may include a support and a slidable rack. The support includes a support base and first and second inclined slide mechanisms attached to opposed sides of the support base. The first and second inclined slide mechanisms are inclined so that a first distance between top edges of the first and second inclined slide mechanisms is less than a second distance between bottom edges of the first and second inclined slide mechanisms, wherein each of the first and second inclined slide mechanisms comprises an outward facing u-shaped channel guide. The slidable rack is configured to slide back and forth along the first and second inclined slide mechanisms.

A nail polish holder having a sepal section. The sepal section has a concave base formed in an upward posture. A concave roof is formed in a downward posture, wherein the concave base and the concave roof are coupled together using a stitch such the sepal section forms an oval disc. A petal holder is coupled to the concave roof. A first petal forming a droplet is integrally coupled to a second petal forming a droplet. A third petal forming a droplet is integrally coupled to the second petal. A fourth petal forming a droplet is integrally coupled to the third petal. A fifth petal forming a droplet is integrally coupled to the first petal such that the first petal, the second petal, the third petal, the fourth petal, and the fifth petal forms a cavity for holding the nail polish tool.