A folding handcart includes: a main body provided with at least one wheel unit for moving at a lower portion thereof and provided with a supporter configured to extend vertically from the lower portion thereof; and a loading plate connected to the supporter of the main body through a hinge unit, folded while being rotated toward the main body by the hinge unit, and stowing an article or a folding box, wherein, when the loading plate is folded while being rotated toward the main body, a predetermined stowing space is provided between the main body and the loading plate in accordance with an area of the supporter such that the folding box is folded and stowed therein.

A mobile storage device comprises an exterior frame and an interior storage area within the exterior frame. The exterior frame comprises a seat for sitting on when the mobile storage device is not being rolled or moved. In some embodiments, the seat is movable from a closed position to an open position to access the interior storage frame. A flexible storage bag comprising one or more pockets is able be configured to fit within the interior storage area. In some embodiments, the exterior frame is adjustable to adjust a size of the interior storage area. In some embodiments, the exterior frame is collapsible for storing the mobile storage device.

A cart for use by a store associate in a lawn and garden center comprises a frame; a folding tray table extending from a top region of the frame; at least one basket extending from the frame, wherein a combination of the tray table and the at least one basket are configured for receiving lawn and garden items and items used by the store associate to assist customers; at least one bagging fixture for holding shopping bags; and a wheel assembly coupled to a bottom region of the frame, comprising at least two wheels.

A luggage transport system includes a first piece of luggage and a transport platform coupled to the first piece of luggage and adapted for supporting at least one additional piece of luggage when in a working position, wherein the transport platform has a first part and a second part pivotably connected to the first part, wherein the second part is substantially perpendicular to the first part when the transport platform is in the working position.

An example cart inventory system and associated methods are described. The example cart inventory system includes a cart and a detection system. The cart includes a frame, and a shelf movably mounted to the frame and configured to be positioned between an extended position and a folded position. A top surface and a rear surface of the shelf include first and second identifiers, respectively. The detection system is configured to detect the first identifier when the shelf is in the extended position and detect the second identifier when the shelf is positioned in the folded position. In the extended position, the top surface is oriented upwards relative to horizontal and the rear surface is disposed against the frame. In the folded position, the rear surface is oriented upwards relative to horizontal.

A wagon is adjustable between a collapsed configuration, an intermediate configuration, and an expanded configuration. The frame has a vertical pole assembly arranged at each of the four corners of the frame. Each of the vertical pole assemblies comprises an extension member telescopically arranged with a fixed member and a slider operatively slidingly connected with the fixed member. When the frame is altered from the expanded configuration to the intermediate configuration, the slider of each vertical pole assembly moves away from the distal end of the fixed member toward the proximal end of the fixed member and the extension member moves from the raised position to the lowered position. When the frame is altered from the intermediate configuration to the collapsed configuration, the extension member moves from the lowered position to the raised position with the slider at or adjacent to the proximal end of the fixed member.

Disclosed is a foldable chassis of manually driven carrier vehicles capable of self-locking in unfolded position. The chassis includes a frame having a reference plane, an actuator attached pivotally to said frame, a first mechanism comprising said actuator and a platform attached pivotally to said frame, and a second mechanism comprising said actuator and two arms, each attached to said frame pivotally around a first axis and configured for attaching a wheel arrangement rotatable around a second axis. Said first and second mechanisms configured to move independently of each other between at least a first position, in which said platform generally perpendicular to said frame and said wheel arrangements generally perpendicular to said reference plane, and a second position, in which said platform adjacent to said frame and said wheel arrangements adjacent and parallel to said reference plane.

A nestable shopping trolley (10) comprising a basket (100) defining an interior space and having a hingeable wall (120) formed by a flap (125) having a first horizontal hinge (500) enabling the flap to rotate into the interior space. The nestable shopping trolley (10) also comprises a first shelf 600 having a supporting surface (605), a stowed position and a horizontal position. The nestable shopping trolley (10) also comprises a second horizontal hinge (620) connecting the first shelf 600 to a first side wall (140) of the basket (100), wherein the second horizontal hinge (620) enables movement of the first shelf (600) between the stowed and horizontal positions. The present invention also provides a kit for adapting a basket (100) of a nestable shopping trolley (10) and a method of adapting a basket (100) of a nestable shopping trolley (10).

A multiuse foldable furniture including a main body and two sets of side supports, the main body includes a seat plate and a back plate, the seat plate is hinged with the back plate, the two sets of side supports are respectively disposed at two sides of the main body; each set of side support includes a front support, a back support, and a retracting sleeve, the retracting sleeve is slidably sleeved outside the front support, the retracting sleeve is hinged with the back plate, the top of the front support is hinged with the back plate, the top of the back support is hinged with the seat plate, a supporting connector is set between the front support and the back support, an inner side and an outer side of both ends of the supporting connector are hinged with the front support and the back support, respectively.

An assistive device for heavy tool operation includes a rectangular frame and four legs extending from the corners of the frame. A tool base can extend through a slot in the frame. The tool base is configured to support a mechanical support arm and tool. A height and horizontal position of the tool base relative to the frame is adjustable. Each leg is connected to a wheel to allow the assistive device to travel with a user. The assistive device can support a majority, if not all, of the weight of an attached heavy tool and mechanical support arm, while allowing the user to operate the tool and adjust its position with minimal applied force.