Various implementations and configurations of a user configurable modular storage apparatus are disclosed. In an example implementation, a storage apparatus comprises: a side wall and a back wall which form an interior portion of a cabinet and an opening through which the interior portion is accessible; and a pair of slotted walls comprising pairs of slots configured to receive a storage module comprising a left mounting rod and a right mounting rod, wherein the storage module is insertable into the interior portion through the opening thereby enabling a user mounting and unmounting of the storage module to a pair of slots of the pair of slotted walls.

A desktop pendant stand is provided, having a base with a center and an outer perimeter edge. One or more arms are attached to the base. The arm has a lower portion extending upwards from the base, and an upper portion extending above the lower portion. A cylindrical orifice is located on an inside of the upper portion of the arm. A stand magnet is located in the orifice. A clasp assembly is provided, having a mechanical clasp for connection to a bail of a pendant. A clasp magnet is pivotally connected to a distal end of the clasp by a connector. The clasp magnet is magnetically connectable to the stand magnet to suspend the mechanical clasp downward from the upper portion of the arm.

A desktop pendant stand is provided, having a base with a center and an outer perimeter edge. One or more arms are attached to the base. The arm has a lower portion extending upwards from the base, and an upper portion extending above the lower portion. A cylindrical orifice is located on an inside of the upper portion of the arm. A stand magnet is located in the orifice. A clasp assembly is provided, having a mechanical clasp for connection to a bail of a pendant. A clasp magnet is pivotally connected to a distal end of the clasp by a connector. The clasp magnet is magnetically connectable to the stand magnet to suspend the mechanical clasp downward from the upper portion of the arm.

A merchandise display security device for displaying and protecting a wearable device from theft is provided. In one example, the wearable device includes a body and a band secured thereto. The merchandise security device includes a sensor configured to be coupled to the wearable device between the body and the band. The sensor includes a sensing device configured to detect unauthorized removal of the body from the band.

Described is a hanging device for hanging equipment, comprising of a coated material bent in a S, P, or L shape or similar shape. The apparatus comprises of two hooks on the first end to hang multiple items and a looped second end to hang off of multiple structures.

A system that provides an easy way to organize, store, display, and access hair accessories such as hair clips, bobby pins, and elastic pony tails. In a first embodiment, the system includes a support structure, a fabric piece secured to the support structure, a magnet secured to the fabric piece, at least one metallic disc or charm which attaches to the magnet and which is attachable to a hair accessory, and a mechanism for attaching the system to a vertical surface. In a second embodiment, the system includes a support structure, a magnet secured to the support structure, and at least one metallic charm that is attachable to hair accessories.

A non-slip jewelry holder having a first and second layer of a non-slip material located adjacent to each other, wherein the first layer includes a plurality of slits located along the first layer; at least one set of adjustable prongs located between the first and second layers, wherein the set of adjustable prongs includes two prongs located a distance from each other, wherein each of the two prongs include a prong retainer, a prong edge operatively connected to the prong retainer, a prong extension having a first end and a second end such that the first end of the prong extension is operatively connected to the prong edge and a prong slot such that the second end of the prong extension is operatively connected to the prong slot; and a jeweler holder fastener to retain the non-slip jewelry holder in a rolled-up form.

A non-slip jewelry holder having a first and second layer of a non-slip material located adjacent to each other, wherein the first layer includes a plurality of slits located along the first layer; at least one set of adjustable prongs located between the first and second layers, wherein the set of adjustable prongs includes two prongs located a distance from each other, wherein each of the two prongs include a prong retainer, a prong edge operatively connected to the prong retainer, a prong extension having a first end and a second end such that the first end of the prong extension is operatively connected to the prong edge and a prong slot such that the second end of the prong extension is operatively connected to the prong slot; and a jeweler holder fastener to retain the non-slip jewelry holder in a rolled-up form.

The invention of the current application is directed to a jewelry display device which securely displays jewelry at optionally varying heights in such a way that the jewelry optionally face outward when the hold bar is positioned horizontal to the eye line of the customer and also optionally prevent theft while optionally still allowing the customer to handle and interact with the jewelry.

A jewelry display includes a ferromagnetic planar substrate and a bracket attached to a wall. The bracket has a wall engagement surface along an inner surface and a ferromagnetic planar substrate engagement surface along an outer surface. A non-slip covering attached to the ferromagnetic planar substrate engagement surface abuts the back surface of the ferromagnetic planar substrate. At least one bracket magnet is attached to the bracket. The back surface of the ferromagnetic planar substrate is configured to removably attach to the bracket due to the magnetic force of the at least one bracket magnet attracting the ferromagnetic planar substrate and a frictional force between the non-slip covering and the back surface of the ferromagnetic planar substrate. A plurality of jewelry fixtures are removably attached to the front surface of the ferromagnetic planar substrate, each jewelry fixture having at least one permanent fixture magnet and a jewelry holding structure.