A shoe rack includes a rigid frame and a net defining a plurality of openings. The net is attached to the rigid frame such that the net is supported by the rigid frame in a substantially planar configuration at an offset dimension from a support surface, the plurality of openings are configured to allow a shoe or pair of shoes to be at least partially positioned within each of the plurality of openings so that the net at least partially supports the shoe or pair of shoes relative to the support surface.

A footwear security display hanger includes a generally flat body member, first and second hooks integrally connected to the body member, and first and second locking arms connected to the first and second hooks, respectively. The first and second hooks have a first open-ended hook cavity and a second open-ended hook cavity, respectively, for receiving a portion of footwear. The first and second locking arms are movable to overlie the first and second open-ended hook cavities and lock the first and second hooks to close the first and second open-ended hook cavities to prevent the footwear from being removed from the first and second hooks.

A footwear security display hanger includes a generally flat body member, first and second hooks integrally connected to the body member, and first and second locking arms connected to the first and second hooks, respectively. The first and second hooks have a first open-ended hook cavity and a second open-ended hook cavity, respectively, for receiving a portion of footwear. The first and second locking arms are movable to overlie the first and second open-ended hook cavities and lock the first and second hooks to close the first and second open-ended hook cavities to prevent the footwear from being removed from the first and second hooks.

A merchandising system that improves the merchandising of product by limiting the number and the frequency with which product can be removed from, for example, a merchandising shelf. The merchandising system may include a base configured to support product and a housing configured to engage the base. The housing may comprise a top wall, a first side wall, a second side wall, and a front retaining wall mounted to the base at an angle. The system may further include a spring-urged pusher movably mounted on the base. The system may further include an opening defined by the first side wall and the front retaining wall through which product may be removed.

A shoe carousel device that includes in one embodiment a base for stabilization and support, a support stem attached to the base and extending upwards therefrom at an approximate 90 degree angle, and a plurality of stackable shelves mounted on the support stem, including a discrete top shelf. The stackable shelves and top shelf are circular shaped with a raised outer tab and lighting disposed along their circumference and a relatively thin mesh surfacing. The top shelf includes a plurality of tilted slats which each can receive a pair of flat bottom shoes. In some embodiments, the tilted slats may extend upwards in order to increase the number of slats that can fit on the shelf. In some embodiments, the shoe carousel device also includes a foot pedal actuated motor operative to rotate the shoe carousel device.

A shoe carousel device that includes in one embodiment a base for stabilization and support, a support stem attached to the base and extending upwards therefrom at an approximate 90 degree angle, and a plurality of stackable shelves mounted on the support stem, including a discrete top shelf. The stackable shelves and top shelf are circular shaped with a raised outer tab and lighting disposed along their circumference and a relatively thin mesh surfacing. The top shelf includes a plurality of tilted slats which each can receive a pair of flat bottom shoes. In some embodiments, the tilted slats may extend upwards in order to increase the number of slats that can fit on the shelf. In some embodiments, the shoe carousel device also includes a foot pedal actuated motor operative to rotate the shoe carousel device.

The present invention discloses stackable shoe rack unit and shoe rack made therefrom, comprises: a pallet for placing shoes, both ends of the pallet extend upwardly to form a first plate and a second plate respectively; the first plate and a second plate extending toward each other at their respective extension ends to form a first support plate and a second support plate respectively; first magnetic member is provided on both upper surfaces of the first support plate and second support plate; and second magnetic member matching the first magnetic member is provided on a lower surface of the pallet. The stackable shoe rack unit may be used to form single-column-multiple-level shoe rack, or may be used to form multi-column-multi-level shoe rack, there are variety of possible ways for combination; the resulting shoe rack takes up little space, is suitable for both shopping malls and home environments, has wide range of applications, and is both practical and easy to use.

A shoe carousel device that includes in one embodiment a base for stabilization and support, a support stem attached to the base and extending upwards therefrom at an approximate 90 degree angle, and a plurality of stackable shelves mounted on the support stem, including a discrete top shelf. The stackable shelves and top shelf are circular shaped with a raised outer tab and lighting disposed along their circumference and a relatively thin mesh surfacing. The top shelf includes a plurality of tilted slats which each can receive a pair of flat bottom shoes. In some embodiments, the tilted slats may extend upwards in order to increase the number of slats that can fit on the shelf. In some embodiments, the shoe carousel device also includes a foot pedal actuated motor operative to rotate the shoe carousel device.

A shoe carousel device that includes in one embodiment a base for stabilization and support, a support stem attached to the base and extending upwards therefrom at an approximate 90 degree angle, and a plurality of stackable shelves mounted on the support stem, including a discrete top shelf. The stackable shelves and top shelf are circular shaped with a raised outer tab and lighting disposed along their circumference and a relatively thin mesh surfacing. The top shelf includes a plurality of tilted slats which each can receive a pair of flat bottom shoes. In some embodiments, the tilted slats may extend upwards in order to increase the number of slats that can fit on the shelf. In some embodiments, the shoe carousel device also includes a foot pedal actuated motor operative to rotate the shoe carousel device.

An adjustable shoe rack includes a support structure, at least one shoes plate, and at least one holding structure. The shoes plate is disposed on the support structure and is at a predetermined distance from a ground. The holding structure is disposed on a bottom face of the shoes plate and includes two clamping structures and a moving structure. The two clamping structures are parallel arranged. Each clamping structure includes a fixed clamping element and a movable clamping element wherein a clamping space is defined therebetween for receiving shoes. The two movable clamping elements are located between the two fixed clamping elements. The moving structure is located between the two movable clamping elements and is able to drive the two movable clamping elements to move toward opposite directions at the same time so as to alternate a width of the clamping space.