The present invention is directed to a suitcase which is made of a metal material such as aluminum or made of synthetic resin or fabric, is formed in a quadrangular shape, and is provided with a zipper or one-touch locking device along a center thereof so that a suitcase body can be selectively opened and closed, and in which a handle is installed to be retractable on the top surface of the suitcase body, wherein an auxiliary moving means configured such that auxiliary casters are rotated and deployed by the extension of a handle is installed on the suitcase body so that the suitcase body can be laid down and moved, and a loading guide is installed to be foldable on the suitcase body so that a load can be loaded thereonto in the state where the suitcase body is laid down.

The present invention generally relates to a smart modular travel bag including a suitcase with a removable portable battery charger. Specifically, embodiments of the present invention are directed toward a modular travel, garment bag or similar container system that can be customized based on the needs of the user. Furthermore, the various modules or segments of the bag may have different shapes and sizes so as to be adapted to carry items, with such modules or segments being combinable in varying arrangements to provide a flexibly configured bag that is suitable for a variety of uses. Some of such modules may comprise a battery. The present invention also relates to a method for using a smart modular travel bag and for a packaging system for suits, blazers and jackets from garment, fashion and retail brands.

A device for retaining at least one container, in particular a case, on a transport unit, including a retaining bracket for insertion into a recess of the container, whereby the container is retained by the retaining bracket and is fastened on the transport unit, the retaining bracket including a first and second bearing pin; and a first bearing element for accommodating the first bearing pin and a second bearing element for accommodating the second bearing pin, the first and second bearing pins being rotatable in the particular bearing element around a shared axis. The retaining bracket is insertable into the recess of the container. The first and second bearing elements each include a recess, so that the first and second bearing pins are removable from the particular bearing element when the retaining bracket is located in a removal position.

The present invention relates, in some embodiments thereof, to a modular handbag with detachable parts. The handbag includes a bag's body with front and back facets, side facets and a bottom facet. At least one of the bag's body facets is reversibly detachable, allowing a user to exchange one or more of the facets and design the handbag as desired. The handbag may further include a top cover with an opening and one or more straps.

Case for containing an item and method of manufacture comprising: a first panel having a perimeter edge and at least one hinge for folding the first panel. A second panel having a perimeter edge and at least one hinge for folding the second panel. A side panel. A first fastener configured to attach the side panel to the perimeter edge of the first panel. A second fastener configured to attach the side panel to the perimeter edge of the second panel. Method of manufacture of a layered material comprising the steps of: placing a substrate between a first and a second layer of self-reinforced polypropylene (srPP). Bonding the layers of srPP and substrate by: stitching, or riveting through the first layer of srPP, the substrate and the second layer of srPP; or gluing the first layer of srPP, the substrate and the second layer of srPP together.

A system for holding multiple objects, the system comprising a sheet of flexible sheet of material having a front surface, a back surface, and a longitudinal axis, one or more undulating straps coupled to the front surface of the sheet of material, each strap having a longitudinal axis that is parallel to the longitudinal axis of the sheet of material, wherein the undulation creates a plurality of humps and valleys, each hump forming a slot for receiving and retaining an object therein, one or more fasteners for coupling the straps to the sheet material, wherein the fasteners are disposed within the valleys of the undulating straps, and one or more removable coupling means comprising hook and loop fasteners coupled to the back surface of the sheet of material.

The present invention provides a backpack structure for easily loading a large item having column shape or “T”-shape that cannot be put into a storage space of a backpack. The backpack (500) includes a first backpack member (510) provided on both sides thereof with shoulder straps 530, a second backpack member (520) configured onto a rear surface of the first backpack member, an auxiliary loading portion (540) configured to fix the bottom surfaces of the first backpack member and the second backpack member to each other to enable the first backpack member and the second backpack member to be unfolded in opposite directions, and configured to be exposed outward from the first backpack member and the second backpack member, and a buckle (550) for coupling both side portions of the first backpack member (510) and the second backpack member (520) to each other, wherein the auxiliary loading portion 540 includes a spacing adjusting device capable of adjusting a spacing according to the item loaded between the first backpack member and the second backpack member.

A segmented duffle bag with a single continuous strap. A cylindrical duffle bag with two segments secured together with diametrically opposed longitudinal zippers. A multi-segmented duffle bag with two semi-cylindrical segments secured together with longitudinal zippers and each semi-cylindrical segment having quarter sections secured together with an annular zipper. The single continuous strap functions as a hand grip or a shoulder strap and maintains the connectivity of the duffle bag segments even when separated.

A unique and useful configuration for a multicompartment handbag that opens in a unique way displaying an interior with useful compartments and a shelf sized for a smart phone. When closed, the multicompartment handbag has a pleasing visual aesthetic with exterior panels manufactured from unique, functional, and varied materials such as wood, various plastics including Lucite and resin, leather, leather alternatives such as mushroom or grape leather, and various metals. Pieces or panels of the handbag are cut with a CNC cutting machine but many other manufacturing methods are anticipated.

An automatically opening box comprising a rectangular base formed from two rectangular panels joined by a foldable spine. A pair of opposed sides extend upwardly from the base at base corners perpendicular to the spine, each having a vertical fold aligned with the spine. A pair of opposed sides extend upwardly from edges of the base at base corners parallel to the spine. Adjacent sides are connected at side corners. At least two side corners include sprung hinges. Both sides of one of the pairs of opposed sides having diagonal folds. The box has a collapsed configuration where both pairs of opposed sides are folded down to be parallel to the base, the base is folded along the spine and vertical folds, and a fastener secures the box in the collapsed configuration, and a deployed configuration where the fastener is released and the sprung hinges deploy the sides and base.