An article of luggage (2) is disclosed comprising a first portion ((4), (104), (204), (304), (404)), a second portion ((6), (106), (206), (306), (406)), the first and second portions being hingedly connected for movement between a closed position and an open position, and a zip fastener ((50), (150), (250), (350), (450)) for releasably securing the first portion ((4), (104), (204), (304), (404)) of the article of luggage to the second portion ((6), (106), (206), (306), (406)) of the article of luggage in the closed position to define an internal storage volume between the first and second portions of the article of luggage, in which the article of luggage further comprises retention means ((60), (160), (260), (360), (460)) in use extending across the zip fastener ((50), (150), (250), (350), (450)) and in part permanently secured to one of the first and second portions. It is an advantage that this construction allows for the first and second portions of the article of luggage easily to be zipped together while providing additional means to keep the first and second portions of the article of luggage together in the event of failure of the zip mechanism.

A carrying case has a flat top surface and bottom surface aligned in a first direction (Z direction) and includes two top surface rib grooves, extending in a second direction (X direction) perpendicular to the first direction and recessed in the first direction, on the top surface and four interfering projections, projecting in the first direction, on the bottom surface. Both ends of one of the top surface side rib grooves seen from the second direction are inclined toward one side in a third direction (Y direction) perpendicular to the second direction and both ends of the other top surface side rib groove seen from the second direction are inclined toward the other side in the third direction. The respective interfering projections are disposed corresponding to the respective inclining portions such that the interfering projections touch the inclining portions from inside.

A carrying case has a flat top surface and bottom surface aligned in a first direction (Z direction) and includes two top surface rib grooves, extending in a second direction (X direction) perpendicular to the first direction and recessed in the first direction, on the top surface and four interfering projections, projecting in the first direction, on the bottom surface. Both ends of one of the top surface side rib grooves seen from the second direction are inclined toward one side in a third direction (Y direction) perpendicular to the second direction and both ends of the other top surface side rib groove seen from the second direction are inclined toward the other side in the third direction. The respective interfering projections are disposed corresponding to the respective inclining portions such that the interfering projections touch the inclining portions from inside.

A protective case for an electronic device may have two layers: an inner cushion cover that surrounds a portion of the electronic device, and an outer shell that surround part of the cushion cover. The outer shell has side walls that engage and hold the cushion cover on the electronic device. The cushion cover has reduced thickness portions so that the side walls are embedded in the cushion cover and provide a protective case having a substantially smooth exterior. The cushion cover is capable of absorbing shocks from impacts on the rigid outer shell. Coring on the inner portion of the cushion cover provides additional softness and the ability of the cushion cover to absorb shocks while using a higher density material, which is able to conform to the electronic device.

A luggage apparatus includes a front shell and a rear shell which are connected by a zipper closure and a hinge. A cup bolder includes a body portion which projects into the interior of the front shell. The cup holder includes a rim which rests on the outer surface of the front shell. The rear shell includes a telescoping handle and lower surfaces of the front and rear shells each have caster-type wheels. The front shell includes a fabric liner which prevents damage to items stored in the apparatus in the event that there is an accidental spill from the cup holder.

A container having integrated liquid product dispensers for enabling transport of a plurality of liquid product dispensing receptacles defines a base pouch defining a five solid sided pouch housing with an open top, a fastenable flap attached to the base pouch, and a receptacle fastening system enabled from the interior of the base pouch. The fastenable flap includes an elastic section that extends from the base pouch and which stretches over the open top of the base pouch when the flap is closed and a non-elastic section attachable to front side of the base pouch. A suitable liquid product dispensing receptacle includes a receptacle fastening surface near the bottom of its exterior surface. The receptacle fastening surface and an interior fastening strip inside the base pouch form the receptacle fastening system and enable such a receptacle to be fixed in place in the base pouch in an upright position.

The present invention discloses a container comprising a pump to vacuum the air contained in the container. The pump is combined with the telescopic handle of the container. A check valve in communication with the interior chamber of the container is connected to the vacuum pump for withdrawing air from the container to decrease the volume occupied by the items contained in the container.

The present invention discloses a container comprising a pump to vacuum the air contained in the container. The pump is combined with the telescopic handle of the container. A check valve in communication with the interior chamber of the container is connected to the vacuum pump for withdrawing air from the container to decrease the volume occupied by the items contained in the container.

A protective enclosure for a mobile computing device that has an interactive touchscreen includes a first case member and a second case member. The second case member is attachable to the first case member via a latching mechanism, and the combined case members provide a protective interior of the enclosure. Pliable areas of the first and/or second case member align with a control button of the mobile computing device and transfer external force to the control button. An electrical connector of the protective enclosure is structured to engage a corresponding connector of the mobile computing device. The protective cover includes audio headphones and a headphone cable that connects between the audio headphones and an exterior surface of the second case member, electrically connecting the audio headphones to the electrical connector of the protective enclosure.

A suitcase includes pivotally attached first and second shells, and latch means for releasably securing the shells when closed. A partition divides the second shell into first and second compartments. Second and third partitions sub-divide the second compartment into first, second, and third sub-compartments adapted to separately store two pairs of shoes, and a blow-dryer. A transparent flap releasably seals the shoe compartments using Velcro, preventing egress of dislodged debris. Fishnet secures the blow-dryer in the third sub-compartment. The first compartment receives a correspondingly shaped case that is partitioned to form a plurality of shaped sub-compartments, to receive correspondingly shaped toiletry items. A pivotal cover seals the case, and alternatively supports it in a selective upright position for hygienic display/use on a vanity countertop of a hotel room. A third shell is pivotally coupled to the second shell to form a tri-fold arrangement for use with a hotel luggage rack.