An enclosure system for vehicles may include a body with mounting points for mounting the body in a passenger compartment of a vehicle and adapted to fit under a bench seat in the vehicle. The body may include multiple walls coupled together and may couple with one or more doors. For example, the one or more doors may couple with the body with one or more hinges and may close over a top of the body to form one or more cavities in which items may be stored. The enclosure system may also include one or more locking mechanisms for coupling the doors in a closed position and securing the cavities and items within the cavities.

A configurable storage assembly for a storage compartment of a vehicle, the storage assembly including a plurality of struts extendable between a retracted position and an extended position, one or more attachment features coupled to the first end of each wall portion, and one or more receiving features coupled to the vehicle, the receiving features are configured to be selectively coupled to the attachment features. Each strut includes a wall portion having a first end and an opposite second end, the second end of the wall portion extending from a surface of the vehicle. In the retracted position, the attachment feature of each strut is spaced apart from the receiving features. In the extended position, the attachment feature of each strut is coupled to one of the receiving features.

A foldable holding device that is provided in or on a floorboard, the foldable holding device including: a housing member; raisable top panels that fits into the housing member while the raisable top panels are housed; side panels foldably connected to side edges of the raisable top panels such that as the raisable top panels are raised, the side panels outwardly moves to form the foldable holding device in a reversed truncated quadrangular pyramid shape. The foldable holding device fixed to the floorboard so that the foldable holding device and floorboard configure a single member. Alternatively, the foldable holding device is detachable to the floorboard.

A storage bag for use with a tonneau cover is provided. The storage bag has a main body having at least one pocket, and at least one first fastener secured to the main body for releaseably fastening the main body to a bottom surface of a tonneau cover.

A storage bag for use with a tonneau cover is provided. The storage bag has a main body having at least one pocket, and at least one first fastener secured to the main body for releaseably fastening the main body to a bottom surface of a tonneau cover.

A vehicle trunk storage system may include a vehicle trunk having a trunk floor defining an opening and a lip extending around the opening, and a cart including a compartment and a wheeled base, wherein the lip is configured to receive a bottom of the compartment of the cart within the trunk.

This utility model relates to a vehicle-mounted storage box, which could be a new product in the field of auto parts. The vehicle-mounted storage box includes boxes, which are provided with push-pull drawers. Both sides of the drawer are provided with a sliding mechanism that is used to slide the drawer. The mechanism comprises guide pulley seats, guide pulleys, and a guide track. The guide pulleys are installed on the guide pulley seats and are rotatable. The guide track is located at one side of the drawer. The guide pulley seats are fixed in the box at the positions corresponding to the location of the guide track. The guide pulleys are embedded in the guide track and can roll on the guide track. There is a ringed groove carved at the outer edge of the guide pulley, and there are raised lines on the guide track, which can be set in the ringed groove. The shape of the ringed groove is well matched with that of the raised line. The storage box is provided with push-pull drawers, so that users can use the storage box directly without having to remove the articles on it and lift its top covers, and thus save a lot of time and labor. Meanwhile, the raised line structure at the contact area between the guide track and guide pulleys in the sliding mechanisms on both sides of the drawer enables the drawer to carry relatively heavy objects.

This utility model relates to a vehicle-mounted storage box, which could be a new product in the field of auto parts. The vehicle-mounted storage box includes a bottom plate, a top plate, and side plates. The top plate and bottom plate are placed horizontally with a space between them, and connected with the side plates; thus, the inner space of the vehicle-mounted storage box is enclosed by the three kinds of plates. At least one of the bottom plate, top plate, and side plates is a hollow plate made through double-layer blow-molding process. This utility model, namely the vehicle-mounted storage box, adopts hollow plates, which bring lighter weight and higher bearing capability of the storage box while ensuring its structural strength, save material cost, reduce the load of the storage box on cars, and make it more convenient to install and remove the storage box.

A command center storage system includes a stationary unit and a moveable unit. The stationary unit comprises a support platform and a lower storage cavity disposed at least partially below the support platform. The support platform has an upper and lower surface and a forward and rearward region. The lower surface is adjacent to a loading floor of a vehicle and the rearward region includes an opening to the lower storage chamber. The moveable unit moves between a rear position and a forward position relative to the stationary unit, and extends over a portion of the rearward region of the support platform and the opening to the lower storage chamber when the moveable unit is in the rear position. The moveable unit extends over a portion of the forward region of the support platform such that the opening to the lower storage chamber is accessible when the moveable unit is in the forward position.

A command center storage system includes a stationary unit and a moveable unit. The stationary unit comprises a support platform and a lower storage cavity disposed at least partially below the support platform. The support platform has an upper and lower surface and a forward and rearward region. The lower surface is adjacent to a loading floor of a vehicle and the rearward region includes an opening to the lower storage chamber. The moveable unit moves between a rear position and a forward position relative to the stationary unit, and extends over a portion of the rearward region of the support platform and the opening to the lower storage chamber when the moveable unit is in the rear position. The moveable unit extends over a portion of the forward region of the support platform such that the opening to the lower storage chamber is accessible when the moveable unit is in the forward position.