A refrigerator includes: a cabinet; an upper door; a lower door that is a drawer type door; a draw-out rail that connects the lower door to a storage space in the cabinet and that guides insertion and withdrawal of the lower door in a front-rear direction; an elevation assembly that is located in the lower door, that elevates an object stored in the lower door in a state in which the lower door is withdrawn, and that elevates the object relative to the lower door; and a door restriction device configured to selectively restrict an opening movement of the upper door based on whether the lower door is opened or closed. The door restriction device is configured to restrict the opening movement of the upper door based on the lower door being opened, and to allow the opening movement of the upper door based on the lower door being closed.

A refrigerator drawer assembly, comprising: a drawer body, the drawer body comprising a front wall and a rear wall arranged opposite to each other along the pulling direction thereof, and defining an accommodating cavity used for placing articles, wherein the front wall is provided with two first sliding grooves extending along the horizontal direction and running along the thickness direction thereof, and the rear wall is provided with two second sliding grooves aligned with the two first sliding grooves; and two sliding partition assemblies, wherein two ends of each sliding partition assembly are inserted into a set of a first sliding groove and a second sliding groove that are aligned, and the two sliding partition assemblies are configured to be able to slide along the first sliding grooves and the second sliding grooves and are capable of sliding to a fitted state. The drawer assembly may achieve two-chamber separation and three-chamber separation of the drawer body, thereby effectively improving the user experience.

An adjustable refrigerator drawer assembly, comprising a drawer body having a cavity for placing articles; a sliding assembly, slidably disposed in the drawer body in a direction perpendicular to the drawing direction of the drawer body; and at least one partition plate detachably connected to the sliding assembly and configured to partition an accommodating cavity and move along with the sliding assembly to change the sizes of chambers partitioned by the partition plate. The adjustable refrigerator drawer assembly can effectively use the space of the drawer body to simplify the disassembling and assembling process of the partition plate.

The present invention discloses an adjustable rack device and a refrigerator having the same; the adjustable rack device includes a rack assembly and a slide rail assembly, the rack assembly includes a rack body and a bracket, the slide rail assembly includes a rail groove, an elastic assembly, a sliding plate fixedly connected with the bracket and at least two stop positions, a first end of the elastic assembly is provided at an end portion of the rail groove located at a supporting surface of the rack body, and a second end of the elastic assembly is connected with the sliding plate and provides an elastic restoring force for the sliding plate. Gravity of an adjustable rack is not required to be overcome for work in a moving process of the rack, and the rack is more portable and labor-saving.

A refrigerator shelving system includes a first shelf, a second shelf, and a slide member. The first shelf has ramped surfaces defining a guideway and a nest disposed within the guideway. The second shelf is suspended from the first shelf. The slide member is secured to the second shelf. The slide member is configured to slide linearly relative to the second shelf. The slide member has a protrusion extending outward therefrom. In response to upward forces acting on the second shelf, the protrusion engages the ramped surfaces and the nest to transition between operational and stowed positions.

A shelf assembly for a refrigerator includes a frame assembly having front and rear frame members with respective front and rear channels. A panel includes first and second ends, wherein the first end is fully received in the front channel, and further wherein the second end is partially received in the rear channel. A spacer assembly includes a spacer member and one or more clip members extending upwardly from a base portion. The clip members are clipped to mounting apertures disposed on the second portion of the rear frame member. The spacer member is received through a receiving aperture disposed through the rear frame member. The spacer member extends into the rear channel and engages the second end of the panel when the spacer assembly is clipped to the rear frame member to retain the panel in the channels of the front and rear frame members.

A shelving system for an appliance includes a cabinet liner that defines sidewalls and an interior. Opposing first and second sidewall adapters are coupled to the sidewalls of the cabinet liner. The first and second sidewall adapters each include a body that is operably coupled with each of the first and second sidewall adapters and that defines a plurality of vertically spaced ledges. A recess is defined partially within the body. A base plate is coupled to each of the vertically spaced ledges. The base plate is configured to attract a glide assembly. A shelf is coupled to the glide assembly such that the shelf is slidable fore and aft.

A shelf assembly includes a frame assembly having a side member, wherein the frame assembly is operable between stowed and extended positions. A rack assembly includes a first rack hingedly coupled to a second rack. The first rack and the second rack are pivotally coupled to the side member of the frame assembly, and the rack assembly is operable between first and second positions. The first rack and the second rack are angled towards a pivot axis defined between the first rack and the second rack when the rack assembly is in the second position. The rack assembly moves from the first position to the second position as the frame assembly moves from the stowed position to the extended position.

A refrigerator includes a cabinet defining a storage chamber, a drawer door comprising a drawer part defining a storage space and a door part, an elevation device for elevating the storage space, a driving device, and a wiring guider between a top surface of the storage chamber and a bottom surface of the drawer door, the wiring guider guiding a wiring that provides an electrical connection between the cabinet and the driving device. The wiring guider includes a rotation connection member that rotatably couples a first end of the wiring guide to the cabinet, a guide head that fixedly couples a second end of the wiring guide to the door part, and a flexible portion that connects the rotation connection member to the guide head. The wiring between the cabinet and the driving device sequentially passes through the rotation connection member, the flexible portion, and the guide head.

A refrigerator includes a cabinet defining a storage chamber, a drawer door configured to be inserted into and withdrawn out of the storage chamber, a driving device provided at the door part, an elevation device provided at the drawer part and having a scissors lift assembly, and a connecting assembly that couples the driving device to the scissors lift assembly to transfer driving force from the driving device to the scissors lift assembly. The elevation device is configured, based on being uncoupled from the connecting assembly, to be separable from the drawer part, and the elevation device includes a restricting unit configured to restrict the scissors lift assembly from unfolding when the elevation device is separated from the drawer part. The drawer door includes a drawer part and a door part that is configured to, based on the drawer door being inserted into the storage chamber, close the storage chamber.