Abstract:
A folding collapsible luggage includes a folding collapsible luggage body selectively set between a collapsed position and an extended position, two base blocks fixedly mounted at the bottom side of the folding collapsible luggage body, a retractable handle assembly including two outer tubes fastened to the folding collapsible luggage body and respectively pivotally connected to the base blocks, and two spring-loaded pushers respectively mounted in the base blocks and abutted against the respective bottom ends of the outer tubes for facilitating biasing of the folding collapsible luggage body between the collapsed position and the extended position and stopping the folding collapsible luggage body in the collapsed or extended position positively.
Abstract:
A luggage article may include at least one panel attached to other walls to form the luggage article. The at least one panel may be framed by rods and/or a coil spring member connected to corner pieces to form a peripheral frame that extends around and is attached to and supports the periphery of a lamina to thereby form a framed panel that is attached to the other walls to form the luggage article. The configuration of the rods, coil spring member and the corner pieces may result in reduced weight and improved memory and elasticity comparative to conventional frames, and may offer an improvement and alternative to conventional luggage frames.
Abstract:
A mobile storage unit is disclosed. The mobile storage unit includes a rigid exo-skeletal frame and a flexible storage bag that couples to the rigid exo-skeletal frame while within an open storage region framed by the exo-skeletal frame. The mobile storage unit also includes a top seat portion and stabilizing features that extend and retract from the rigid exo-skeletal frame to support the mobile storage unit in the upright position. The mobile storage unit can also include a monitoring device for transmitting signals that are used to determine the location of the mobile storage unit.
Abstract:
A compound suitcase includes a top cover and a base which are formed with a plastic material by injection. The periphery of the top cover is formed with a side wall. The periphery of the base is formed with a side wall. Support units are connected at four corners of the top cover and the base, respectively. Each support unit includes a support board and a support member coupled to the support board. A covering fabric surrounds the outer surfaces of the four support units to form a front surface, two side surfaces, and a rear surface. The upper and lower ends of the front surface, the two side surfaces, and the rear surface are connected to the top cover and the base, respectively. The upper and lower portions of the compound suitcase are hard case configurations, and the middle portion is a soft case configuration.
Abstract:
A luggage case shell may be formed in a molding step. The luggage case shell may including an outer layer formed from a softer material, and a skeletal frame formed from a harder material. The skeletal frame may support the outer layer. A base frame may be joined to the outer layer and the skeletal frame. The base frame may support a telescoping handle and wheels. A foam layer may be positioned between the skeletal frame and the outer layer. Inner surfaces of the skeletal frame and the foam layer may be substantially co-planar. The outer layer and the skeletal frame may be joined in a pressing or molding operation. During the pressing or molding operation, the shell may also be shaped. The base frame or the foam layer may also be joined to the outer layer and the skeletal in the pressing or molding operation.
Abstract:
A remote cinching device 14 comprising a resiliency mechanism 15 and 16, a force-transferring device 17, and a cinching device 28, 30, 32 enhances luggage, totes, briefs, and other transport and/or storage devices. The resiliency mechanism biases the luggage in an open condition, while the cinching device, located remotely from the areas undergoing the highest levels of expansion force (the top and bottom ends of an upright luggage case, for example), allows effective, easy, and visually pleasing compression of the case once it has been closed. The cinch is carried by force-transferring structures 17, by which the act of cinching is made even more efficient.
Abstract:
A wheeled luggage item comprises a molded shell and fabric in combination. The molded shell includes arcuate side panels which in cooperation with the fabric side panels of the luggage enable the incorporation of oversize storage pockets on the side panels which are easily accessible without access to the interior of the luggage through a front side panel. A method of attaching the fabric to the molded shell is also disclosed along with various reinforcing boards and members to facilitate the integrity of the combination.
Abstract:
A sport bag comprises first and second substantially identical soft sided generally rectangular parallelepiped compartments having an array of layers of hard sided boxes which may be maintained at various elevations with respect to the bottom side of the compartments in order to enhance access of the hard sided boxes. The compartments are hinged together along a bottom edge and are also connected by a gusset and/or connecting straps joined to a carry strap that may be pulled to pivot the compartments flush back to back.
Abstract:
A kit comprising a storage bag containing at least two reels for linear elements. The storage bag comprises a body element and at least one end element, which is sized to receive at least one storage reel, and a releasable connection mechanism that connects each of the at least one end elements with matching openings in the body element. Preferably, the storage bag will have one end element and is a soft flexible storage bag. The storage bag of the present invention is tubular in shape with a circular cross section and one end element connected to one end of the tubular shape by a connection mechanism.
Abstract:
A storage and carrying case includes semi-rigid spaced end panels and a semi-rigid bottom panel all joined together by means of a fabric over layer and a fabric under layer which are stitched together by a binding which also connects to front and back panels to form an enclosure for tools or the like. A single binding may thus be utilized to join all of the flexible fabric materials which retain the semi-rigid or rigid panels forming the enclosure.