A handbag comprising a bag body with a hollow interior having a detachable reversible cover. In embodiments, the cover is releasably attached to the handbag via a magnetic fastening mechanism comprising a swivel bar assembly to allow for reversibility of the cover. In embodiments, the handbag comprises additional features such as foot elements and closure mechanism.

A handbag comprising a bag body with a hollow interior having a detachable reversible cover. In embodiments, the cover is releasably attached to the handbag via a magnetic fastening mechanism comprising a swivel bar assembly to allow for reversibility of the cover. In embodiments, the handbag comprises additional features such as foot elements and closure mechanism.

A versatile backpack is disclosed, capable of transforming into a laptop stand. The backpack features a rigid structure comprising a bottom panel, two side panels, a front panel, and a back panel with a pivotable top section. A soft top panel encloses the interior volume of the backpack with a closeable opening. Shoulder straps allow for comfortable wear. The top back panel can fold down to meet the side panels, creating a rigid box structure suitable for supporting a laptop. This innovative design provides a convenient and portable solution for users needing both a backpack and a laptop stand in one compact unit.

A versatile backpack is disclosed, capable of transforming into a laptop stand. The backpack features a rigid structure comprising a bottom panel, two side panels, a front panel, and a back panel with a pivotable top section. A soft top panel encloses the interior volume of the backpack with a closeable opening. Shoulder straps allow for comfortable wear. The top back panel can fold down to meet the side panels, creating a rigid box structure suitable for supporting a laptop. This innovative design provides a convenient and portable solution for users needing both a backpack and a laptop stand in one compact unit.

A storage bag assembly for storing and readily retrieving an article includes a shell, which is semirigid or rigid and has a top that is open, and a hood, which is resiliently flexible. The shell comprises opposed sidewalls, which extend between front and back walls. As the front wall is dimensionally shorter than the back wall, an upper section of each opposed sidewall extends convexly from the front wall to the back wall. The hood comprises a center panel and a pair of side panels. A front edge of the center panel is attached to an upper edge of the front wall and the side panels are attached to its opposing edges. Rear and bottom edges of the side panels are resiliently elastic, enabling the hood to be positionable and self-retained in an open configuration and a closed configuration.

A storage bag assembly for storing and readily retrieving an article includes a shell, which is semirigid or rigid and has a top that is open, and a hood, which is resiliently flexible. The shell comprises opposed sidewalls, which extend between front and back walls. As the front wall is dimensionally shorter than the back wall, an upper section of each opposed sidewall extends convexly from the front wall to the back wall. The hood comprises a center panel and a pair of side panels. A front edge of the center panel is attached to an upper edge of the front wall and the side panels are attached to its opposing edges. Rear and bottom edges of the side panels are resiliently elastic, enabling the hood to be positionable and self-retained in an open configuration and a closed configuration.

A bag for electronic devices, characterised in that it comprises a pair of facing rectangular flaps, which are provided with respective appendixes, having a semi-cylindrical profile, at one end of their long side, and with a couple of cylindrical hinges arranged in the proximity of said long side of the flap at the other end, in the inner surface, an arm 8 being fixed to each said cylindrical hinges, said arm 8 being connected to a frame through a central pivot, both being arranged on the edge of the short side of said bag.

A bag for electronic devices, characterised in that it comprises a pair of facing rectangular flaps, which are provided with respective appendixes, having a semi-cylindrical profile, at one end of their long side, and with a couple of cylindrical hinges arranged in the proximity of said long side of the flap at the other end, in the inner surface, an arm 8 being fixed to each said cylindrical hinges, said arm 8 being connected to a frame through a central pivot, both being arranged on the edge of the short side of said bag.

A portable, collapsible modular container system for transportation and storage is provided. The containers are modular and can be stacked in either extended or expanded position, collapsed, or a mix thereof. The container system is modular and customizable, and attachments such as wheel, handles, carry straps, tie down straps, and other accessories, may be added or removed at the option of the user.

A versatile backpack is disclosed, capable of transforming into a laptop stand. The backpack features a rigid structure comprising a bottom panel, two side panels, a front panel, and a back panel with a pivotable top section. A soft top panel encloses the interior volume of the backpack with a closeable opening. Shoulder straps allow for comfortable wear. The top back panel can fold down to meet the side panels, creating a rigid box structure suitable for supporting a laptop. This innovative design provides a convenient and portable solution for users needing both a backpack and a laptop stand in one compact unit.