A reversible handbag comprises front, back, bottom, first side, and second side panels configured together to form a handbag with the bottom panel permanently joined to the bottom side of the front, back, first side, and second side panels. The remaining sides of the front, back, first side, and second side panels removably attach to corresponding others sides of the front, back, first side, and second side panels at various seams so that, when so attached, exterior surfaces of the panels form a bag exterior and interior surfaces of the panels form a bag interior, to reverse the handbag from exposing the bag exterior to exposing the bag interior, the panels are temporarily detached from one another at the seams and, thereafter, reattached in a different configuration. An interior sack removably attaches to the bag interior to be a lining of the handbag and act as a bag content receptacle.

A pack with a variety of panels which can be deployed. A mid-panel is defined on the fabric housing. A head panel is attached to the mid-panel adapted to be folded and contained over the mid-panel. A leg panel is attached to the mid-panel adapted to be folded and contained over the mid-panel. The top finger loop is attached to the head panel and extends from the top. A bottom finger loop is attached to the leg panel extending from the bottom. Upon pulling the top finger loop and the bottom finger loop, the head panel and the leg panel, respectively, can be deployed from the fabric housing. A chest strap is deployable using an upper side finger loop. A waist strap is deployable using a lower side finger loop. The instant pack includes semi-rigid body boards contained over the mid-panel to add rigidity and enhance safety.

A dual form and dual use of a folding accessory is disclosed. A folding plate suitable for supporting and strengthening a folded cloth or soft sheet has another use, after its role as a folding support ends. The folding accessory may be used as raw material for preparing a useful container, for example by marking in advance proper folding lines and cutting in advance cuts in the folding accessory. Thus, once the factory manufactured and packed article has been opened, the folding accessory can be formed as a container simply by folding its various facets along the respective lines, and inserting strengthening tabs into pre-prepared cuts.

A convertible device that converts between an activity mat and a storage container to capture and store numerous articles. Upon reclosing the activity mat, the articles are recaptured into the storage container. The device includes walls and a base, webbing connected between each adjacent wall pair, and a joint connected between the base and walls so that they are foldable into a third configuration wherein the footprint of the folded device is roughly the size of the base. In the third configuration, the walls are stacked relative to the base. The convertible device may further include two zippers for releasably holding the walls in a rigid and upright position in the first configuration. The webbing can be inwardly biased such that when the walls are urged from the second to the first configuration, the webbing folds toward the interior of the convertible device.

The portable wig storage device includes a plurality of enclosure panels, a plurality of internal compartments, a folding shelf, and one or more mirrors. The portable wig storage device may be operable to store and organize one or more wigs and wig accessories. The plurality of enclosure panels may form an enclosure that may fold into a folded configuration for transporting and storing. The plurality of enclosure panels may be unfolded to a flat configuration and hang vertically for use. In the flat configuration, the plurality of internal compartments, the folding shelf, and the one or more mirrors may be accessible. In the folded configuration, the plurality of internal compartments, the folding shelf, and the one or more mirrors may be concealed.

An example collapsible charging case for a pair of smart glasses comprises a foldable component that is configured to operate in two states, including: a folded state that defines a first internal volume, and an unfolded state that defines a second internal volume that is greater than the first interior volume, and the second interior volume being configured to house a pair of smart glasses. The collapsible charging case also includes a deployable mechanism configured to contact a nose bridge portion of a pair of smart glasses, and the deployable mechanism is configured to operate in two states, including: an undeployed state that occurs when the foldable component of the collapsible charging case is in the first foldable state, and a deployed state that occurs when the foldable component of the collapsible charging case is in the second foldable state.

A combination bag, includes a sling bag and a backpack with an interior space, wherein the sling bag includes: a flat-shaped and foldable bag body with a first surface and a second surface, a rigid support structure embedded within the flat-shaped bag body, symmetrically arranged along a fold line of the flat-shaped bag body; a shoulder strap attached to the flat-shaped bag body; at least two bag components positioned on the second surface of the flat-shaped bag body, for forming an independent storage compartment; and the interior space is defined by a first wall, a second wall opposite the first wall, and a continuous side wall connecting the first and second walls; wherein the first wall has an area approximately equal to that of the flat-shaped bag body, and flat-shaped bag body is detachably fixed and close contacted with the first wall by a connecting component.