An adjustable rack assembly includes a base frame defining an upper end and an open front side and an extension frame defining an upper end, a bottom end and an open front side. The extension frame is slidably mounted to the base frame. The assembly further includes an actuator coupled between the base frame and the extension frame and operable to move the extension frame between a collapsed position and an extended position. A compartment unit is supported by the extension frame and is at least partially collapsible to accommodate the movement of the extension frame between the collapsed position and the extended position.

In a tray (2) of the present invention, an orientation of the tray (2) with respect to a cart body (3) is changed and the tray (2) is detachably attached to the cart body (3), and an aspect of an article accommodation region of the tray (2) when a front side of the tray (2) faces the support base (3b) side and the tray (2) is mounted on a tray support mechanism (4) and an aspect of an article accommodation region when a rear side of the tray (2) faces the support base (3b) side and the tray (2) is mounted on a tray support mechanism (4) are different from each other.

The invention relates to a knock down table suitable for food preparation that includes extension legs and terminal legs that are interconnected with a threaded connector and threaded receiving plugs in the connecting ends of the extension and terminal legs. One of the receiving plugs in each connection protrudes from the end of its legs and is configured to extend into the connecting leg and abut with the receiving plug in the other leg.

A base assembly integrated into an appliance including a lower frame and an upper operating component. A plurality of inter-assembleable and planar shaped members include each of a bottom and upwardly supported and interconnected front, back and sides, these collectively defining an enclosure having an upper surface adapted to support the operating component and a lower surface adapted to secure upon the lower frame. Mounting hardware including at least a plurality of threaded fasteners secures the bottom to locations along the front and back. Pluralities of vertically spaced tabs and opposing vertically spaced slots are configured along each of opposite edges of the sides and along each of first and second pairs of opposite edge extending brackets secured to each of the front and back and which overlap the side edges. The planar shaped members and mounting hardware are adapted to being shipped in a first flat-packed arrangement and subsequently assembled on site in a second use arrangement.

A system for preparation and delivery of meals includes a kitchen appliance for cooking or storing food and a food service cart with a frame for carrying meals and a temperature sensor for insertion into the meal. The kitchen appliance and the cart communicate wirelessly with each other. The cart is insertable into the kitchen appliance and includes the temperature sensor, which transmits information to a first communication box, which communicates wirelessly with peripheral devices and transmits the current temperature of the meal, and a second communication box communicates wirelessly with a controller for controlling the kitchen appliance. The second communication box connects to an external power source, and the cart includes an energy storage means. The first communication box allows wireless charging of the energy storage means. A method for preparation and delivery of meals with the use of such a system is also disclosed.

Technologies are described for a collapsible cart and method of assembly. The cart has a cart base and a removable cart table top. The cart base has a rectangular cart frame and a foldable leg extending from a first side, proximate each corner, of the rectangular cart frame. Each foldable leg is configured to rotate about a first end and to lock into an extended orientation, and to rotate into a folded orientation and become proximate the rectangular cart frame. A clasp assembly is proximate a second end of each of the foldable legs and are configured to clasp arms proximate each corner of the removable cart table top.

A shelf for a rolling container, a rolling container provided therewith and a method for transporting and/or storing goods. The shelf according to the invention comprises: a loading surface suitable for placing goods thereon; two side edge profiles extending in longitudinal direction of the loading surface; two end profiles; and a number of connecting hooks arranged at or close to corner points of the loading surface arid configured for attachment to the rolling container, wherein the connecting hooks are provided with an integrally manufactured hook element and support surface, on which support surface, the loading surface is placeable.

Technologies are described for a collapsible cart and method of assembly. The cart has a cart base and a removable cart table top. The cart base has a rectangular cart frame and a foldable leg extending from a first side, proximate each corner, of the rectangular cart frame. Each foldable leg is configured to rotate about a first end and to lock into an extended orientation, and to rotate into a folded orientation and become proximate the rectangular cart frame. A clasp assembly is proximate a second end of each of the foldable legs and are configured to clasp arms proximate each corner of the removable cart table top.

A shelf for a trolley comprising a plate providing a surface for carrying goods, such as potted plants and flowers, and hooks for mounting the shelf in the trolley. One or more of the hooks are formed from a metal strip bent about an axis extending perpendicular to the central plane of the plate.

A trolley comprising a plurality of rectangular and elongated shelves comprising a plate providing a surface for carrying goods, such as potted plants and flowers, and hooks, and a plurality of posts provided with a series of openings, such as slots, receiving the hooks. The hooks extend in lateral direction and a series of openings is provided in precisely one side of the posts or in precisely two and opposite sides of the posts.