The present invention discloses a food waste storage device for a dining table. A plurality of through holes are provided in the table top of the dining table; dish-shaped storage bucket fixing bases are provided on the lower end surfaces of the through holes; storage buckets are provided below the storage bucket fixing bases; a longitudinal partition plate is provided in each storage bucket to divide the storage bucket into two semicircular buckets; inner containers are provided in the two semicircular buckets; storage bucket upper covers are provided in the through holes; turnover covers capable of turning over symmetrically are provided on the storage bucket upper covers; and turnover shafts of the turnover covers are parallel to the partition plates.

A telescoping countertop support bracket assembly includes a channel member that defines a plurality of through holes through a lateral wall of the channel member. Each of the through holes is configured to receive a fastener; the channel member defines a support bar receiving portion and an accessory bar receiving portion. A support bar is received by the channel member, and it is telescopically adjustable within the channel member. A countertop contact surface is supported by the support bar, and the fasteners secure the support bar within the channel member at an adjustable support length.

A telescoping countertop support bracket assembly includes a channel member that defines a plurality of through holes through a lateral wall of the channel member. Each of the through holes is configured to receive a fastener; the channel member defines a support bar receiving portion and an accessory bar receiving portion. A support bar is received by the channel member, and it is telescopically adjustable within the channel member. A countertop contact surface is supported by the support bar, and the fasteners secure the support bar within the channel member at an adjustable support length.

An height-adjustment apparatus for a structure (e.g., a workstation, a work table, shelf system and/or a rack system) is disclosed including a release mechanism, a pawl coupled to the release mechanism and a sleeve including a plurality of slots. The plurality of slots is configured to receive a locking portion of the pawl, the sleeve is configured to be coupled to a support element (e.g., a leg or post) of the structure and while the release mechanism is activated the locking portion is configured to disengage from one of the plurality of slots and a height of a surface of the structure is configured to be adjusted. The surface of the structure is coupled to the apparatus via an end cap adapter.

An height-adjustment apparatus for a structure (e.g., a workstation, a work table, shelf system and/or a rack system) is disclosed including a release mechanism, a pawl coupled to the release mechanism and a sleeve including a plurality of slots. The plurality of slots is configured to receive a locking portion of the pawl, the sleeve is configured to be coupled to a support element (e.g., a leg or post) of the structure and while the release mechanism is activated the locking portion is configured to disengage from one of the plurality of slots and a height of a surface of the structure is configured to be adjusted. The surface of the structure is coupled to the apparatus via an end cap adapter.

A height adjustable table is disclosed, comprising at least one electrically height adjustable table column and a control device, wherein the height adjustable table comprises an operating element with at least one fingerprint sensor. Furthermore, a method is disclosed by which the height adjustable table can be controlled using the fingerprint of a user.

A height adjustable table is disclosed, comprising at least one electrically height adjustable table column and a control device, wherein the height adjustable table comprises an operating element with at least one fingerprint sensor. Furthermore, a method is disclosed by which the height adjustable table can be controlled using the fingerprint of a user.

A workstation includes a work surface disposed in a first horizontal plane and a multi-tiered food preparation receptacle positioned adjacent the work surface. The multi-tiered food preparation receptacle includes a first pair of rails and a second pair of rails. The first pair of rails defines a second horizontal plane and the second pair of rails defines a third horizontal plane. The third horizontal plane is located below the second horizontal plane and the second horizontal plane is located below the first horizontal plane. The first pair of rails and the second pair of rails are configured to receive items of food service equipment and permit the items of food service equipment to translate in the multi-tiered food preparation receptacle relative to one another without interference.

A workstation includes a work surface disposed in a first horizontal plane and a multi-tiered food preparation receptacle positioned adjacent the work surface. The multi-tiered food preparation receptacle includes a first pair of rails and a second pair of rails. The first pair of rails defines a second horizontal plane and the second pair of rails defines a third horizontal plane. The third horizontal plane is located below the second horizontal plane and the second horizontal plane is located below the first horizontal plane. The first pair of rails and the second pair of rails are configured to receive items of food service equipment and permit the items of food service equipment to translate in the multi-tiered food preparation receptacle relative to one another without interference.

A kit of parts for forming a kitchen unit 100 includes a first frame component 110 having a plurality of tubular edge elements 111-114, a second frame component 120 having a plurality of tubular edge elements 121-123; and a plurality of tubular legs 130,140. The plurality of tubular legs include a plurality of end legs 130, to be secured to the first frame component 110 in a recess 116 disposed between adjacent edge elements 111-114 of the first frame component 110 and a plurality of intermediate legs 140 configured to be secured to the first frame component 110 and the second frame component 120 in a recess defined by an edge element 111-114 of the first frame component 110 and an edge element 121-123 of the second component 120.