Dynamic shelving for automated frozen food kiosk system

1 . A dynamic shelving system for use within a refrigerated or frozen kiosk environment, the shelving system comprising:

a horizontal mounting structure and a vertical mounting structure that provide an adjustable support framework within a thermally insulated enclosure, wherein the vertical mounting structure includes a plurality of vertical columns and the horizontal mounting structure includes a plurality of horizontal columns;

each shelf supports a frozen or refrigerated container, and each shelf includes a pallet and a depth adjustment plate wherein the pallet further includes a plurality of pallet openings that are positioned to align with at least one vertical column;

a plurality of horizontal adjustment openings associated with the horizontal mounting structure, wherein each of the vertical columns includes a column width adjustment opening that causes the vertical columns to be fixedly coupled to the horizontal mounting structure when a fastener passes through the horizontal adjustment opening and the column width adjustment opening;

a plurality of row height adjustment openings disposed along the vertical column, wherein the row height adjustment openings supports variable vertical placement of the pallet;

each depth adjustment plate selectively varies the depth of a shelving plane; and

wherein the shelving system maintains structural and thermal integrity under frozen operating conditions.

2 . The shelving system of claim 1 , wherein each depth adjustment plate is positioned in discrete increments along the pallet to provide adjustable depth spacing.

3 . The shelving system of claim 1 , wherein the row height adjustment openings are spaced at uniform intervals along the vertical columns, and wherein the row height adjustment openings support adjustable vertical positioning of the pallets in defined increments.

4 . The shelving system of claim 1 , wherein each depth adjustment plate includes a position stopper that prevents inserting the container beyond a predefined shelf depth.

5 . The shelving system of claim 1 , wherein the pallet and the depth adjustment plate are coupled to the vertical columns with at least one of a mechanical fastener and a slot-in interface.

6 . The shelving system of claim 1 , wherein the horizontal mounting structure and the vertical mounting structure, the pallet, and the associated adjustment component are composed of materials selected for durability under sub-zero temperatures.

7 . The shelving system of claim 1 , wherein each pallet includes a planar upper surface with a predefined loading zone and having a geometric clearance to facilitate reliable engagement by a retrieval mechanism.

8 . A dynamic shelving system for use within a kiosk, the shelving system comprising:

a horizontal mounting structure and a vertical mounting structure that provide an adjustable support framework within a thermally insulated enclosure, wherein the vertical mounting structure includes a plurality of vertical columns and the horizontal mounting structure includes a plurality of horizontal columns;

each shelf supports a frozen or refrigerated container, and each shelf includes a pallet and a depth adjustment plate wherein the pallet further includes a plurality of pallet openings that are positioned to align with at least one vertical column;

a plurality of horizontal adjustment openings associated with the horizontal mounting structure, wherein each of the vertical columns includes a column width adjustment opening that causes the vertical columns to be fixedly coupled to the horizontal mounting structure when a fastener passes through the horizontal adjustment opening and the column width adjustment opening;

a plurality of row height adjustment openings disposed along the vertical column, wherein the row height adjustment openings supports variable vertical placement of the pallet;

each depth adjustment plate selectively varies the depth of a shelving plane;

wherein the shelving system maintains structural and thermal integrity under frozen operating conditions;

wherein the plurality of pallets and associated plurality of depth adjustment plates are coupled to the vertical column using at least one or a plurality of mechanical fasteners and a plurality of slot-in interfaces; and

wherein each pallet includes a planar upper surface with a predefined loading zone and having a geometric clearance to facilitate reliable engagement by a retrieval mechanism.

9 . The shelving system of claim 8 , wherein each depth adjustment plate is positioned in discrete increments along the pallet to provide adjustable depth spacing.

10 . The shelving system of claim 8 , wherein the row height adjustment openings are spaced at uniform intervals along the vertical columns, and wherein the row height adjustment openings support adjustable vertical positioning of the pallets in defined increments.

11 . The shelving system of claim 8 , wherein each depth adjustment plate includes a position stopper that prevents inserting the container beyond a predefined shelf depth.

12 . The shelving system of claim 8 , wherein the horizontal mounting structure and the vertical mounting structure, the pallet, and the associated adjustment component are composed of materials selected for durability under sub-zero temperatures.

13 . A method for configuring an adjustable shelving system for a plurality of frozen or refrigerated containers, the method comprising,

providing a horizontal mounting structure and a vertical mounting structure that provide an adjustable support framework within a thermally insulated enclosure, wherein the vertical mounting structure includes a plurality of vertical columns and the horizontal mounting structure includes a plurality of horizontal columns;

coupling a plurality of horizontal adjustment openings associated with the horizontal mounting structure with a plurality of vertical columns that includes a column width adjustment opening that causes the vertical column to be fixedly coupled to the horizontal mounting structure when a fastener passes through the horizontal adjustment opening and the column width adjustment opening;

installing a plurality of shelves, in which each shelf supports a frozen or refrigerated container, and each shelf includes a pallet and a depth adjustment plate;

selecting a vertical position for each shelf, wherein the pallet further includes a plurality of pallet openings that are positioned to align with at least one of the vertical columns;

modifying the depth of one or more shelves by installing the depth adjustment plate to selectively define a rear stop position relative to a front access face of the shelf; and

securing the pallets and the depth adjustment plates using at least one of a mechanical fastener and slot-in interface.

14 . The method of claim 13 further comprising providing a plurality of row height adjustment openings disposed along the vertical columns, wherein the row height adjustment openings supports variable vertical placement of the pallet.

15 . The method of claim 14 wherein each depth adjustment plate selectively varies the depth of the shelving plane.

16 . The method of claim 15 wherein the shelving system maintains structural and thermal integrity under frozen operating conditions.

17 . The method of claim 16 , coupling the pallet and the depth adjustment plate are to the vertical columns with at least one of a mechanical fastener and a slot-in interface.

18 . The method of claim 17 , wherein each depth adjustment plate includes a position stopper that prevents inserting the container beyond a predefined shelf depth.

19 . The method of claim 18 , wherein each depth adjustment plate is positioned in discrete increments along the pallet to provide adjustable depth spacing.

20 . The method of claim 18 , wherein the row height adjustment openings are spaced at uniform intervals along the vertical columns, and wherein the row height adjustment openings support adjustable vertical positioning of the pallets in defined increments.