A storage system for holding garments and other items is provided. The storage system can include a storage unit and at least one hanger. The hanger can be inserted into a hanger pocket provided on the sidewall of the storage unit and used to hang the storage system from a hanging rod. The storage unit includes one or more compartments defined by sidewall panels and an overlapping panel connected to and overlapping part of one of the sidewall panels. The sidewall panel and the overlapping panel can form the hanger pocket with a lower opening and an upper opening. The lower opening is sized to allow the hanger to be inserted into the pocket. The upper opening is sized to allow the hook of the hanger to extend from the pocket. When the hanger is inserted into the pocket, the storage system can be hung from a storage rod.

A boot rack with angled support, including a frame having a central bar extending between a pair of support feet, such that the pair of support feet engages a surface, and at least one elongate boot support element having a first end and a second end. The first end of the support element includes a fixed component and a rotating component, such that the fixed component is attached to the central bar, and the rotating component is connected to the fixed component via a hinge connection. The hinge connection can define an axis which allows the rotating component to rotate about the axis.

A boot rack with angled support, including a frame having a central bar extending between a pair of support feet, such that the pair of support feet engages a surface, and at least one elongate boot support element having a first end and a second end. The first end of the support element includes a fixed component and a rotating component, such that the fixed component is attached to the central bar, and the rotating component is connected to the fixed component via a hinge connection. The hinge connection can define an axis which allows the rotating component to rotate about the axis.

An organizer that is typically configured to hang from a door, the organizer including a base layer having a front surface and a back surface, and defining a shape of said organizer; at least one compartment provided on said base layer front surface; and a support component configured to provide structural support for said organizer, said support component including a first pocket provided on said base layer and extending at least part of a length of said base layer; a first support rod positioned within said first pocket; a second pocket provided on said base layer and extending at least part of said length of said base layer; and a second support rod positioned within said second pocket; wherein the first and second pockets join at a seam that permits the organizer to be folded along said seam in a lengthwise direction.

An organizer that is typically configured to hang from a door, the organizer including a base layer having a front surface and a back surface, and defining a shape of said organizer; at least one compartment provided on said base layer front surface; and a support component configured to provide structural support for said organizer, said support component including a first pocket provided on said base layer and extending at least part of a length of said base layer; a first support rod positioned within said first pocket; a second pocket provided on said base layer and extending at least part of said length of said base layer; and a second support rod positioned within said second pocket; wherein the first and second pockets join at a seam that permits the organizer to be folded along said seam in a lengthwise direction.

A collapsible shoe rack may include a plurality of shoe retaining members with two parallel side arms integrated with a horizontal arm as a single piece, and a plurality of connecting members with two parallel side arms and a horizontal arm. In one embodiment, the shoe retaining members are arranged in a reverse U-shaped manner in the shoe rack, and each of the shoe retaining members is connected with the connecting member. A locking member is disposed at the base of the shoe rack and pivotally connected to the base at one end, and the connecting member at the other end. The locking unit is configured to lock the entire structure of shoe rack to prevent it from collapsing.

A collapsible shoe rack may include a plurality of shoe retaining members with two parallel side arms integrated with a horizontal arm as a single piece, and a plurality of connecting members with two parallel side arms and a horizontal arm. In one embodiment, the shoe retaining members are arranged in a reverse U-shaped manner in the shoe rack, and each of the shoe retaining members is connected with the connecting member. A locking member is disposed at the base of the shoe rack and pivotally connected to the base at one end, and the connecting member at the other end. The locking unit is configured to lock the entire structure of shoe rack to prevent it from collapsing.

A rack for supporting items and comprising a first shelf and a second shelf that slideably interlocks with the first shelf and a plurality of support legs including at least two support legs for each of the first shelf and second shelf. Each of the first and second shelves has one end that includes a pair of spaced apart receiving ports with each receiving port for accommodating a corresponding support leg. Each of the first and second shelves further has an opposite end with the opposite ends for respective sliding engagement therebetween in order to provide the slideable interlocking.

A rack for supporting items and comprising a first shelf and a second shelf that slideably interlocks with the first shelf and a plurality of support legs including at least two support legs for each of the first shelf and second shelf. Each of the first and second shelves has one end that includes a pair of spaced apart receiving ports with each receiving port for accommodating a corresponding support leg. Each of the first and second shelves further has an opposite end with the opposite ends for respective sliding engagement therebetween in order to provide the slideable interlocking.

This innovative and Expandable Shoe Armoire/Closet invention is a grouping of connectable framed Display Shoe Cubicle Storage Towers sized using a combination of the footwear industry standard sizing and seven categories of fashion and utility styles of footwear. Prebuilt finishing storage units surround the Shoe Cubicle Storage Towers: Two Side-Paneled Cubicle Tower forms the closet sides and the room's wall serve as the closet back. Connecting Box-like storage unit form the aligned cubicle towers top and floor base in creating the encased expandable Shoe Armoire/Closet that expands with consumers footwear collection by extending a side cubicle and inserting one or more Shoe Cubicle Storage Towers as needed.