Abstract: A gravity feed product display rack. In one embodiment the display rack has a support frame and at least one shelf. The at least one shelf has a floor, a front side, and at least one edge side, all integrally made. The shelf further has a hinge coupled to at least one edge side of the shelf via an affixing device. The hinge has a first stable position corresponding to a loading position and a second stable position corresponding to a displaying position. The shelf can be adjusted between the loading and displaying positions by adjusting the shelf relative to the affixing member.

Abstract: A gravity feed product display rack. In one embodiment the display rack comprises a support frame and at least one shelf. The at least one shelf comprise a floor, a front side, and at least one edge side, all integrally made. The shelf further comprises a hinge coupled to at least one edge side of the shelf via an affixing device. The hinge comprises a first stable position corresponding to a loading position and a second stable position corresponding to a displaying position. The shelf can be adjusted between the loading and displaying positions by adjusting the shelf relative to the affixing member.

Abstract: A modular display rack and, more specifically, a display rack having a plurality of cylindrical bins oriented horizontally and stacked vertically. The cylindrical bins consist of a transparent half-pipe bottom with vertical dividers attached to two circular end caps. The circular end caps provide a hinge for a rotatable door and snap-to-fit features that allow the stacking of the bins vertically.

Abstract: A modular display rack and, more specifically, a display rack having a plurality of cylindrical bins oriented horizontally and stacked vertically. The cylindrical bins consist of a transparent half-pipe bottom with vertical dividers attached to two circular end caps. The circular end caps provide a hinge for a rotatable door and snap-to-fit features that allow the stacking of the bins vertically.

Abstract: A modular display rack capable of multi-unit stacking and simultaneously accommodating trays in either a gravitational-feed orientation or a non-gravitational-feed orientation. A preferred embodiment comprises: a first tray and a second tray, wherein each one of said trays comprises a left tray panel, a right tray panel, a front tray panel, a rear tray panel, and a bottom tray panel; a first pillar, a second pillar, and a third pillar; wherein the second tray is aligned above the first tray, and the first and second trays are spaced apart and secured in their relative positions by shared attachment to the first, second, and third pillars such that: the first pillar is adjacent to the trays' left tray panels; the second pillar is adjacent to the trays' right tray panels; and the third pillar is adjacent to the trays' rear tray panels.

Abstract: A modular display rack and, more specifically, a display rack having a plurality of cylindrical bins oriented horizontally and stacked vertically. The cylindrical bins consist of a transparent half-pipe bottom with vertical dividers attached to two circular end caps. The circular end caps provide a hinge for a rotatable door and snap-to-fit features that allow the stacking of the bins vertically.

Abstract: A product display rack having a plurality of interlocking modular units, each of which are capable of tessellation. Preferably, each unit comprises: four parallel wire members, the first and second of which define a base, and the third and fourth of which define a top; a first L-shaped flange and a second, parallel L-shaped flange, wherein said first and second L-shaped flanges are attached and parallel to said first and third wire members, respectively, and wherein further the first and second L-shaped flanges have their own respective receiving portions that face each other; a third L-shaped flange and a fourth, parallel L-shaped flange, wherein said third and fourth L-shaped flanges are attached and parallel to said third and fourth wire members, respectively, and wherein further the third and fourth L-shaped flanges each have their own respective receiving portions that face each other.

Abstract: A display rack having a support frame and at least one tray for holding and displaying product. Each tray attaches at its rear to the support frame by way of at least one moveable suspension arm and at least two possible tray-to-frame buttress points (or stops) for every suspension arm. The at least two tray-to-frame buttress points act together as a dual-position stop, which dual-position stop is capable of maintaining the tray in two different orientations with respect to the support frame. In a preferred embodiment, each tray has two L-shaped, pivoting suspension arms, where a portion of each suspension arm is horizontal and passes through a receiving channel in the support frame.

Abstract: A modular display rack capable of multi-unit stacking and simultaneously accommodating trays in either a gravitational-feed orientation or a non-gravitational-feed orientation. A preferred embodiment comprises: a first tray and a second tray, wherein each one of said trays comprises a left tray panel, a right tray panel, a front tray panel, a rear tray panel, and a bottom tray panel; a first pillar, a second pillar, and a third pillar; wherein the second tray is aligned above the first tray, and the first and second trays are spaced apart and secured in their relative positions by shared attachment to the first, second, and third pillars such that: the first pillar is adjacent to the trays' left tray panels; the second pillar is adjacent to the trays' right tray panels; and the third pillar is adjacent to the trays' rear tray panels.

Abstract: A product display rack having a plurality of interlocking modular units, each of which are capable of tessellation. Preferably, each unit comprises: four parallel wire members, the first and second of which define a base, and the third and fourth of which define a top; a first L-shaped flange and a second, parallel L-shaped flange, wherein said first and second L-shaped flanges are attached and parallel to said first and third wire members, respectively, and wherein further the first and second L-shaped flanges have their own respective receiving portions that face each other; a third L-shaped flange and a fourth, parallel L-shaped flange, wherein said third and fourth L-shaped flanges are attached and parallel to said third and fourth wire members, respectively, and wherein further the third and fourth L-shaped flanges each have their own respective receiving portions that face each other.

Abstract: A display rack having a support frame and at least one tray for holding and displaying product. Each tray attaches at its rear to the support frame by way of at least one moveable suspension arm and at least two possible tray-to-frame buttress points (or stops) for every suspension arm. The at least two tray-to-frame buttress points act together as a dual-position stop, which dual-position stop is capable of maintaining the tray in two different orientations with respect to the support frame. In a preferred embodiment, each tray has two L-shaped, pivoting suspension arms, where a portion of each suspension arm is horizontal and passes through a receiving channel in the support frame.