A clothing storage system includes a suitcase that includes a first half hingedly coupled to a second half. A bag is provided and the bag may contain an article of clothing. The bag may be fluidly coupled to a vacuum thereby facilitating air to be removed from the bag. The bag is removably coupled to the suitcase such that the bag is contained within the suitcase. A pair of shafts is provided and each of the shafts removably engages the bag. The shafts are spaced apart from each other such that the shafts divide the bag into a plurality of quadrants. The bag may be folded along each of the quadrants such that the bag fits within the suitcase.

The invention relates to an item of luggage comprising a shell composed of a first half-shell and a second half-shell, at least two casters, each of the casters being mounted on a support, the first half-shell comprising two housings for taking up the caster supports, the item of luggage further comprising a vacuum storage device placed in the first half-shell, the vacuum storage device comprising a stiffening plate, a bag having a main compartment, a sealing device for sealing the main compartment, and a non-return valve arranged so as to block the air intake in the main compartment and allow air to exit from the bag when the main compartment is sealed, and a fastening device for detachably fastening the vacuum storage device to the first half-shell.

A selectively sealable evacuable storage bag comprises a first side comprising a flexible waterproof bag material having a first peripheral shape, a thickness, a first inner surface and a first outer surface; an opposed second side of the bag material comprising a mirror image of the first side in corresponding engagement with the first side; a waterproof weld joining the first side to the second side and defining an opening and a storage chamber extending between them, the opening configured to receive an article; a valve disposed on the first side or the second side, the valve disposed in a conduit attached to respective side and extending from a conduit opening to an outlet opening; and a selectively openable and closable seal disposed proximate the opening and providing a watertight, dust tight, and airtight seal in a closed condition, wherein in the closed condition the storage chamber is evacuable.

A space saving luggage assembly with a luggage body having a plurality of side walls and an inner back support surface defining an article placement zone and a cover thereto that includes an open position exposing the article placement zone to an ambient environment and a closed position encapsulating the article placement zone. The space saving luggage assembly also includes a battery-powered vacuum assembly integrated into one of a plurality of side walls of the luggage body and having a tube, defining a tube conduit, with a free end disposed within the article placement zone when the cover is in the closed position, the battery-powered vacuum assembly operably configured to induce a vacuum within the tube conduit.

A clothing storage system includes a suitcase that includes a first half hingedly coupled to a second half. A bag is provided and the bag may contain an article of clothing. The bag may be fluidly coupled to a vacuum thereby facilitating air to be removed from the bag. The bag is removably coupled to the suitcase such that the bag is contained within the suitcase. A pair of shafts is provided and each of the shafts removably engages the bag. The shafts are spaced apart from each other such that the shafts divide the bag into a plurality of quadrants. The bag may be folded along each of the quadrants such that the bag fits within the suitcase.

Embodiments of the disclosed technology are directed to an article of luggage having at least one air-sealable compartment/bag disposed therein, and a method of using the article of luggage. A vacuum or pump is used to suction air out of each compartment in order to effectively reduce the size of the compartment. In an embodiment, multiple compartments may be individually compressed. One or more hoses may coupled the compartments to the vacuum. The vacuum may be controlled and operated using switches. Air pressure sensors and/or switches may be used to detect when a compartment is sufficiently compressed. Multiple compartments may be individually compressed in succession via an airflow diversion switch associated with the vacuum.

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.

An automatic vacuum suitcase includes a suitcase body and a vacuumizing assembly. A vacuum bag is connected inside a case body of the suitcase body in a sealing manner, the vacuumizing assembly includes a panel, a housing, a motor, a battery, and a vacuum pump, the housing is secured to an inner wall of the case body, the battery and the motor are mounted inside the housing, the vacuum pump is secured on the housing, a suction port of the vacuum pump is connected to the vacuum bag, the vacuum pump is driven by the motor, the motor is powered by the battery, the panel is secured to an outer wall of the case body, a power button is disposed on the panel, the panel is provided with an operation port connected to a mounting cavity of the battery, and the operation port is sealed with a detachable cap.