Abstract: A shelving system including a first support unit including a plurality of rungs, a second support unit including a plurality of rungs, at least one shelf unit including a securing unit on opposite ends of the shelf unit where the securing unit includes a first support bar having a first end and a second end and a second support bar having a first end and a second end with each end of the first support bar and second support bar engage opposing rungs on the first support unit and second support unit, where the first support bar is substantially parallel to the second support bar.

Abstract: A shelving system including a first support unit including a plurality of rungs, a second support unit including a plurality of rungs, at least one shelf unit including a securing unit on opposite ends of the shelf unit where the securing unit includes a first support bar having a first end and a second end and a second support bar having a first end and a second end with each end of the first support bar and second support bar engage opposing rungs on the first support unit and second support unit, where the first support bar is substantially parallel to the second support bar.

Abstract: The present disclosure relates to a wire rack for mounting an iron on a wall and method of use thereof, and more specifically, to a wire rack for mounting an iron on a wall, the wire rack having a retractable rail for adjusting to different sizes of irons and equipped with an ironing board holder and a product holder. The iron holder holds the iron by the iron's base and can be adjusted to accommodate different sizes of irons. The frame is also made of heat-resistant, coated, welded wire that allows for the manufacture of a light, cost-effective device. The device is also equipped with large hooks to hold most types of ironing boards and arms designed to hold extra products used during ironing.

Abstract: The present disclosure relates to a wire rack for mounting an iron on a wall and method of use thereof, and more specifically, to a wire rack for mounting an iron on a wall, the wire rack having a retractable rail for adjusting to different sizes of irons and equipped with an ironing board holder and a product holder. The iron holder holds the iron by the iron's base and can be adjusted to accommodate different sizes of irons. The frame is also made of heat-resistant, coated, welded wire that allows for the manufacture of a light, cost-effective device. The device is also equipped with large hooks to hold most types of ironing boards and arms designed to hold extra products used during ironing.

Abstract: The present disclosure relates to a wire rack for mounting an iron on a wall and method of use thereof, and more specifically, to a wire rack for mounting an iron on a wall, the wire rack having a retractable rail for adjusting to different sizes of irons and equipped with an ironing board holder and a product holder. The iron holder holds the iron by the iron's base and can be adjusted to accommodate different sizes of irons. The frame is also made of heat-resistant, coated, welded wire that allows for the manufacture of a light, cost-effective device. The device is also equipped with large hooks to hold most types of ironing boards and arms designed to hold extra products used during ironing.

Abstract: The present disclosure relates to a wire rack for mounting an iron on a wall and method of use thereof, and more specifically, to a wire rack for mounting an iron on a wall, the wire rack having a retractable rail for adjusting to different sizes of irons and equipped with an ironing board holder and a product holder. The iron holder holds the iron by the iron's base and can be adjusted to accommodate different sizes of irons. The frame is also made of heat-resistant, coated, welded wire that allows for the manufacture of a light, cost-effective device. The device is also equipped with large hooks to hold most types of ironing boards and arms designed to hold extra products used during ironing.

Abstract: A modular shelving assembly comprising legs, support members, transverse members, and connectors. Independent modular shelving assemblies can be connected together to form a unit of shelves meeting an individual's needs. The connectors connecting the modular shelving assemblies together provide a tight friction fit between the individual modular shelving assemblies such that there is the added force of a vacuum holding the individual shelves together. Additionally, when a series of individual modular shelving assemblies are not needed, they may be stacked in a nested fashion, thereby taking much less space than the individual shelves, if stacked separately.