A sliding tray system for a storage unit to allow a user to easily access and utilize the rear of an elevated storage unit. The sliding tray system has a tray, roller supports, rollers, two tracks, and a pull strap. The tray has a well having a bottom wall, side walls and flanges extending outwardly from the side walls at a top of the well. The rollers are secured to the roller support and ride within the tracks. Additionally, retaining walls are secured to the flanges to provide a rear wall for the sliding tray system. Preferably, the retaining walls do not extend from the second end of the tray all the way to the first end of the tray.

A corner cabinet drawer (14, 114) includes first and second drawer modules (36a,b, 136a,b) each including drawer frames (38a,b, 138a) having side walls (46a,b 146a), rear walls (52a,b, 152a), and front walls (54a,b, 154a), and wherein the drawer modules are pivotable between a side-by-side closed position and a spread-apart open position. A corner cabinet (10, 110) includes the corner cabinet drawer translatably and pivotably mounted with respect to a cabinet housing (12), and including drawer articulators (40a,b, 41a,b, 60a,b, 140a, 141a, 160a,b) coupled to the cabinet housing and to the drawer, wherein the first and second drawer modules are translatable via the drawer articulators from a stored position with respect to the cabinet housing to the extended closed position and the spread-apart open position. Aspects of individual drawer modules are also disclosed.

A corner cabinet drawer (14, 114) includes first and second drawer modules (36a,b, 136a,b) each including drawer frames (38a,b, 138a) having side walls (46a,b 146a), rear walls (52a,b, 152a), and front walls (54a,b, 154a), and wherein the drawer modules are pivotable between a side-by-side closed position and a spread-apart open position. A corner cabinet (10, 110) includes the corner cabinet drawer translatably and pivotably mounted with respect to a cabinet housing (12), and including drawer articulators (40a,b, 41a,b, 60a,b, 140a, 141a, 160a,b) coupled to the cabinet housing and to the drawer, wherein the first and second drawer modules are translatable via the drawer articulators from a stored position with respect to the cabinet housing to the extended closed position and the spread-apart open position. Aspects of individual drawer modules are also disclosed.

The invention relates to a cabinet drawer (1), in particular for tall cabinets, comprising a frame (4) which is to be arranged in the interior of the cabinet body (2) and has a cabinet door (3) or a similar cabinet covering on the front face on a vertical longitudinal support (6). The frame (4), which has a respective support base (7), can be moved out of a first operating position, which lies within the cabinet body (2), into a pull-out position, which lies in front of the cabinet body (2), as a second operating position in a translational manner, and the frame (4), which has an upper (8) and a lower (9) pull-out rail, can be converted into the second operating position using a rear vertical longitudinal support (5) such that the frame (4) can be pivoted about a vertical pivot axis in the second operating position. The cabinet drawer (1) is paired with a blocking device (13) which prevents the frame (4) from carrying out a pivoting movement before reaching the second operating position and releases the frame (4) to carry out a pivoting movement in the second operating position. The aim of the invention is to improve such a cabinet drawer (1). This is achieved in that the blocking device (13) has a slotted gate part (14) which can be pivoted about a vertical axis and comprises a guide path (15), the slotted gate part (14) together with the frame (4) can be moved into the second operating position, a guide part (16) of the frame (4) is guided in the guide path (15) of the slotted gate part (14) during a part of the pivoting movement of the frame, and the slotted gate part (14) is arranged within the blocking device (13) in the course of the translational movement of the frame (4) into the second operating position so as to be prevented from carrying out a pivoting movement.

The invention relates to a cabinet drawer (1), in particular for tall cabinets, comprising a frame (4) which is to be arranged in the interior of the cabinet body (2) and has a cabinet door (3) or a similar cabinet covering on the front face on a vertical longitudinal support (6). The frame (4), which has a respective support base (7), can be moved out of a first operating position, which lies within the cabinet body (2), into a pull-out position, which lies in front of the cabinet body (2), as a second operating position in a translational manner, and the frame (4), which has an upper (8) and a lower (9) pull-out rail, can be converted into the second operating position using a rear vertical longitudinal support (5) such that the frame (4) can be pivoted about a vertical pivot axis in the second operating position. The cabinet drawer (1) is paired with a blocking device (13) which prevents the frame (4) from carrying out a pivoting movement before reaching the second operating position and releases the frame (4) to carry out a pivoting movement in the second operating position. The aim of the invention is to improve such a cabinet drawer (1). This is achieved in that the blocking device (13) has a slotted gate part (14) which can be pivoted about a vertical axis and comprises a guide path (15), the slotted gate part (14) together with the frame (4) can be moved into the second operating position, a guide part (16) of the frame (4) is guided in the guide path (15) of the slotted gate part (14) during a part of the pivoting movement of the frame, and the slotted gate part (14) is arranged within the blocking device (13) in the course of the translational movement of the frame (4) into the second operating position so as to be prevented from carrying out a pivoting movement.

A storage cabinet includes a housing with a drawer that slides into and out of the housing. A turntable is coupled to the drawer and a tray is disposed on the turntable. A pivot is coupled to the housing and the turntable and includes an extension received in a guide slot of the turntable. The turntable and the tray rotate in response to linear movement of the drawer into and out of the housing via movement of the extension of the pivot along the guide slot of the turntable. The cabinet may also include rolling elements between the turntable and the drawer. An item stored on the tray is rotated as the drawer moves into and out of the housing to enable traditional storage configurations while also allowing users to view different sides of the item based on the position of the drawer.

A storage cabinet includes a housing with a drawer that slides into and out of the housing. A turntable is coupled to the drawer and a tray is disposed on the turntable. A pivot is coupled to the housing and the turntable and includes an extension received in a guide slot of the turntable. The turntable and the tray rotate in response to linear movement of the drawer into and out of the housing via movement of the extension of the pivot along the guide slot of the turntable. The cabinet may also include rolling elements between the turntable and the drawer. An item stored on the tray is rotated as the drawer moves into and out of the housing to enable traditional storage configurations while also allowing users to view different sides of the item based on the position of the drawer.

Rack and drawer systems. An embodiment of a system of the present disclosure comprises a support box at least partially surrounding a first tray positioned below a second tray; a first glider mechanism and a second glider mechanism each coupled to the first tray and the support box and configured to allow the first tray to be extended outward from the support box in a first direction; and a third glider mechanism coupled to the first tray and the second tray and configured to allow the second tray to be extended sideways perpendicular to the first direction.

A rack and drawer system includes a tray having at least one glider mechanism and at least one rotation mechanism coupled to the side of the tray, wherein the at least one glider mechanism is operable to allow the tray to move back and forth along a glider mechanism axis, and wherein the tray is operable to rotate about the at least one rotation mechanism. In another embodiment, the rack system further includes at least one hinge mechanism coupled to a first end of the at least one glider mechanism, wherein the at least one hinge mechanism is operable to allow the tray to pivotally move relative to a pivot point.

Rack and drawer systems include a first tray configured to receive spices and/or other objects, a first glider mechanism coupled to the first tray on a first side, the first glider mechanism further configured to couple to a first additional object, the first additional object selected from the group including an external structure, an extension housing coupled to the external structure, and a first backer plate coupled to the external structure, and a first cam mechanism coupled to the first tray on the first side, the first cam mechanism structured to fit within a first guide channel defined within the additional object, wherein the first tray is structured to extend from the external structure in at least a horizontal manner.