A portable valet system and method of use that incorporates a basket for storing items for movement as well as a collapsible hanger assembly that can be used for hanging items while in use. The portable valet system and method of use is collapsible and on wheels for portability.

A portable clothes hanging assembly includes a pair of mounts that is each attachable to an outer wall of a storage tote. Each of the mounts has a pair of grips which defines a receiving space associated with a respective mount. A pair of risers is provided which comprise a lower section slidably attached to an upper section such that each of the pair of risers has an adjustable length. Each of the pair of risers is insertable into the receiving space defined in a respective one of the mounts thereby facilitating each of the pair of risers to be vertically oriented on the storage tote. A pole is insertable through respective ones of the plurality of attachment points in the upper section of each of the pair of risers. In this way the pole can support clothes hangers for hanging clothes stored in the storage tote.

A system for support and display of hanging articles and for mounting to a horizontal attachment surface. The system comprises: (i) a support arm having a length portion with a first end and a second end; (ii) multiple stays disposed at various locations along the support arm; and (iii) an attachment member configurable to variably fit either of a first size horizontal attachment surface or a second size horizontal attachment surface. A majority of the length portion extends in a descending and non-vertical direction away from the first end. Each stay, in the multiple stays, is configured to retain a portion of a hanger so as to impede the hanger from sliding in the descending and non-vertical direction.

A size-adjustable net frame and a wardrobe stand are provided, including an outer net assembly, an inner net assembly, and a locking assembly. The outer net assembly includes two opposite supporting rails, first supporting rods between the two supporting rails, and a first connecting piece arranged at the same ends of the two supporting rails. The inner net assembly includes two first supporting frames, second supporting rods between the two first supporting frames, a second connecting piece at one ends of the first supporting frames away from the outer net assembly, and a moving assembly at one ends of the two first supporting frames away from the second connecting piece. The inner net assembly is partially retractably arranged within the outer net assembly through the moving assembly and the supporting rails. A locking assembly locks a relative position between the outer net assembly and the inner net assembly.

Rack assemblies and methods of use. Such a rack assembly includes upper and lower subassemblies, the upper subassembly having an upper rod having an upper end and a lower end and at least one prong extending laterally at the upper end of the upper rod. The lower subassembly is removably connectable to the upper subassembly and includes a lower rod having an upper end and a lower end, multiple stabilizing prongs at the lower end of the lower rod, and at least one beam that laterally extends from the lower rod adjacent the lower end thereof and offsets at least one of the stabilizing prongs from an axis of the lower rod.