A shoe care apparatus includes a main body, a moving body, and a blower. The moving body includes transparent windows including a first window, a second window, and a third window. The air in an accommodation space inside the shoe care apparatus can be controlled by the operation of the blower. Shoes are visible through the first window, the second window, and the third window, and are also visible, without obstruction, through a connection part of the first window and the second window and a connection part between the first window and the third window.

A base, elongated member, and illumination source are combined to form the core of an organizational unit. The base has a first support structure and second support structure which serve as legs. These support a tabletop, as well as a shelf which is used to hold footwear or other items. The shelf is perforated in order to allow for drainage and prevent moisture accumulation, enhancing drying of items placed on the shelf. The elongated member is a height-adjustable pole connected on top of the tabletop, with the illumination source being placed at the top of the elongated member. A locking mechanism is provided for the elongated member, the elongated member itself being divided into a sleeve connected to the tabletop and a post that slides into and out of the sleeve. One or more hooks and an accessory receptacle may be attached to the elongated member.

The invention disclosed herein provides a device and method of storing shoes that allows for immediate accessibility, ready visibility and reduction of clutter. Shoes can be organized, categorized, accessed and stored for instant use. Also, the device and method presented allow for commercial display of shoes in shops, stores or outlets that offer shoes for sale. Balls bearing user-selected and positioned designs or indicia at the end of hangars allow the user to readily change, replace, expand, and reposition shoes for visually appealing inspection easily and instantly.

The invention disclosed herein provides a device and method of storing shoes that allows for immediate accessibility, ready visibility and reduction of clutter. Shoes can be organized, categorized, accessed and stored for instant use. Also, the device and method presented allow for commercial display of shoes in shops, stores or outlets that offer shoes for sale. Balls bearing user-selected and positioned designs or indicia at the end of hangars allow the user to readily change, replace, expand, and reposition shoes for visually appealing inspection easily and instantly.

A shoe rack that is capable of being attached to a wall or surface. The shoe rack generally comprises a base, wherein the base has a slot or orifice through a surface thereof. The shoe rack has a first arm extending from a first end of the base and a second arm extending from a second end of the base. The shoe rack also includes a bottom member arranged at a bottom end of the first arm and the bottom end of the second arm. A single shoe is placed in the shoe rack. The shoe rack for the present invention may have a plurality of the shoe racks arranged on a wall in any known pattern or design.

A shoe rack that is capable of being attached to a wall or surface. The shoe rack generally comprises a base, wherein the base has a slot or orifice through a surface thereof. The shoe rack has a first arm extending from a first end of the base and a second arm extending from a second end of the base. The shoe rack also includes a bottom member arranged at a bottom end of the first arm and the bottom end of the second arm. A single shoe is placed in the shoe rack. The shoe rack for the present invention may have a plurality of the shoe racks arranged on a wall in any known pattern or design.