Abstract: A display system includes a vertical display structure and a bump out assembly. The vertical display structure includes a substantially horizontal support, a pair of substantially vertical supports, and a slotted board. The pair of substantially vertical supports is disposed upright relative to the substantially horizontal support, and the slotted board is supported between the substantially horizontal support and the pair of substantially vertical supports. The bump out unit couples to the vertical display structure and comprises an outer frame, a slotted display panel, and a substantially horizontal bracket. The outer frame has an extended sidewall extending axially from the vertical display structure and surrounding the substantially horizontal bracket. The slotted display panel is disposed over the outer frame. The substantially horizontal bracket couples the outer frame and the slotted display to the pair of substantially vertical supports.

Abstract: An end frame assembly, for use with a display unit including a post having at least one aperture formed through each of two opposing surfaces of the post, including an end frame, a first stationary plate coupled to the end frame, a second stationary plate coupled to the end frame and spaced from and extending substantially coplanarly with respect to the first stationary plate, and a first slide plate disposed over the first stationary plate and including a first tab capable of fitting within one of the apertures formed through one of the two opposing surfaces of the post. The first slide plate is selectively coupled with the first stationary plate via at least a first fastener, and the first fastener is selectively releasable to selectively allow linear movement of the first slide plate and selectively securable to hold the first slide plate in a substantially static position.

Abstract: An end frame assembly, for use with a display unit including a post having at least one aperture formed through each of two opposing surfaces of the post, comprises an end frame, a first stationary plate coupled to the end frame, a second stationary plate coupled to the end frame and spaced from and extending substantially coplanarly with respect to the first stationary plate, and a first slide plate disposed over the first stationary plate and including a first tab configured to fit within one aperture formed through one of the two opposing surfaces of the post. The first slide plate is selectively coupled with the first stationary plate via at least a first fastener, and the first fastener is selectively releasable to selectively allow linear movement of the first slide plate and selectively securable to hold the first slide plate in a substantially static.

Abstract: A display table includes a drawer section, a main drawer, an internal light drawer, and an upper section. The drawer section includes two opposing sidewalls partially defining a drawer compartment and a main opening. The main drawer, disposed within the drawer compartment, slidably mounts to the two opposing sidewalls and includes an exposed front panel for concealing the main opening. The internal light drawer is disposed above the main drawer and slidably couples to the two opposing sidewalls. The upper section is disposed over the drawer section to receive light when the internal light drawer is illuminated. When the main drawer is in an open position, the internal light drawer is movable relative to the main drawer. When the main drawer is in a closed position, the internal light drawer is concealed by the front panel.

Abstract: A display system includes a vertical display structure and a bump out assembly. The vertical display structure includes a substantially horizontal support, a pair of substantially vertical supports, and a slotted board. The pair of substantially vertical supports is disposed upright relative to the substantially horizontal support, and the slotted board is supported between the substantially horizontal support and the pair of substantially vertical supports. The bump out unit couples to the vertical display structure and comprises an outer frame, a slotted display panel, and a substantially horizontal bracket. The outer frame has an extended sidewall extending axially from the vertical display structure and surrounding the substantially horizontal bracket. The slotted display panel is disposed over the outer frame. The substantially horizontal bracket couples the outer frame and the slotted display to the pair of substantially vertical supports.

Abstract: A display table includes a drawer section, a main drawer, an internal light drawer, and an upper section. The drawer section includes two opposing sidewalls partially defining a drawer compartment and a main opening. The main drawer, disposed within the drawer compartment, slidably mounts to the two opposing sidewalls and includes an exposed front panel for concealing the main opening. The internal light drawer is disposed above the main drawer and slidably couples to the two opposing sidewalls. The upper section is disposed over the drawer section to receive light when the internal light drawer is illuminated. When the main drawer is in an open position, the internal light drawer is movable relative to the main drawer. When the main drawer is in a closed position, the internal light drawer is concealed by the front panel.

Abstract: A clothing display fixture includes a sleeve having an inner surface, an outer surface, a pair of opposing edges defining a top and a bottom, a joint, a first cross member and a second cross member. The first and second cross members have first lengthwise edges and opposing second lengthwise edges and first widthwise edges and opposing second widthwise edges. The first and second opposing widthwise edges are located adjacent to the inner surface of the sleeve such that the second widthwise edges span across the joint and wherein the first and second support members extend through a center of the sleeve.

Abstract: A clothing display fixture includes a sleeve having an inner surface, an outer surface, a pair of opposing edges defining a top and a bottom, a joint, a first cross member and a second cross member. The first and second cross members have first lengthwise edges and opposing second lengthwise edges and first widthwise edges and opposing second widthwise edges. The first and second opposing widthwise edges are located adjacent to the inner surface of the sleeve such that the first widthwise edges span across the joint and wherein the first and second support members extend through a center of the sleeve.