초록

A tray in accordance with the present disclosure includes a floor and a side wall arranged to extend along a perimeter edge of the floor. The floor and the side wall cooperate to form a product-storage region.

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1. A food-storage tray comprising a tray floor; anda tray side wall arranged to extend along an edge of the tray floor and to cooperate with the tray floor to form a product-storage region,wherein the tray floor is formed to include an array of liquid-storage basins and a web coupled to the tray sid

1. A food-storage tray comprising a tray floor; anda tray side wall arranged to extend along an edge of the tray floor and to cooperate with the tray floor to form a product-storage region,wherein the tray floor is formed to include an array of liquid-storage basins and a web coupled to the tray side wall and to a brim of each of the liquid-storage basins,wherein each of the liquid-storage basins is formed to include chamber means communicating with the product-storage region for receiving and retaining liquid discharged from food deposited into the product-storage region and supported on the web so that such liquid is collected in at least one of the chamber means without the use of any separate absorbent pad supported on the web and located between the web and the food;wherein the tray floor is formed to include a plurality of micro-bore reservoirs and each micro-bore reservoir provides means for receiving and retaining minute quantities of liquid discharged from food deposited into the product-storage region and supported on the web; andwherein the tray floor includes an inner surface facing into the product-storage region and an outer surface facing away from the tray floor, the tray floor includes an upper layer comprising the inner surface and portions of the web and the liquid-storage basins and a lower layer lying under the upper layer and comprising the outer surface and portions of the web and the liquid-storage basins and wherein a first group of the micro-bore reservoirs are formed in the web and arranged to open into the product-storage region and a second group of the micro-bore reservoirs are formed in one of the liquid-storage basins and arranged to open into the chamber means of such liquid-storage basin. 2. The food-storage tray of claim 1, wherein each liquid-storage basin includes a basin floor located below and in spaced-apart relation to the web and a basin side wall arranged to interconnect the basin floor and the web and cooperate with the basin floor to define the chamber means thereof. 3. The food-storage tray of claim 2, wherein the basin floor has a hexagonal shape and six serially connected side edges and the basin side wall has a hexagonal shape in cross section and comprises a series of six serially connected panels and each of the panels is coupled to one of the six serially connected side edges included in the basin floor. 4. The food-storage tray of claim 3, wherein the web is formed to include an array of basin apertures, each basin aperture opens into the chamber means formed in one of the liquid-storage basins, each basin aperture has a hexagonal shape and is bordered by a border edge comprising a series of six serially connected web segments, and each of the six serially connected panels is coupled to a companion one of the web segments. 5. The food-storage tray of claim 3, wherein each of the panels is flat. 6. The food-storage tray of claim 3, wherein each of the panels has a rectangular shape. 7. The food-storage tray of claim 2, wherein the basin side wall is configured to design surface-tension means for causing a free surface of liquid stored in the chamber means bounded by the basin side wall to act like a membrane under tension so that such liquid is retained in the chamber means while the web is level and while the web is inclined with respect to a horizontal plane. 8. The food-storage tray of claim 2, wherein the web is formed to include an array of basin apertures, each basin aperture is arranged to open into the chamber means formed in one of the liquid-storage basins and is bordered by a border edge comprising a series of serially connected web segments arranged at angles to one another, and the basin side wall is coupled at a lower end thereof to a companion basin floor and at an upper end thereof to the series of serially connected web segments that cooperate to define a companion basin aperture. 9. The food-storage tray of claim 8, wherein the series of serially connected web segments cooperate to define surface-tension means for causing a free surface of liquid stored in a companion chamber means to act like a membrane under tension so that such liquid is retained in the companion chamber while the web is level and while the web is inclined with respect to a horizontal plane at an acute angle of about 30°. 10. The food-storage tray of claim 9, wherein the border edge is hexagon-shaped. 11. The food-storage tray of claim 9, wherein the tray side wall extends upwardly away from a top side of the web in a first direction and the basin side wall extends downwardly from an underside of the web in a second direction. 12. The food-storage tray of claim 1, wherein the web is formed to include an array of basin apertures, each basin aperture is arranged to open into the chamber means formed in one of the liquid-storage basins and is bordered by a border edge comprising a series of serially connected web segments arranged at angles to one another and coupled to the brim of the liquid-storage basin, and the series of serially connected web segments cooperate to define surface-tension means for causing a free surface of liquid stored in a companion chamber means to act like a membrane under tension so that such liquid is retained in the companion chamber while the web is level and while the web is inclined with respect to a horizontal plane at an acute angle of about 30°. 13. The food-storage tray of claim 1, wherein a first group of the micro-bore reservoirs are formed in the web and arranged to open into the product-storage region and a second group of the micro-bore reservoirs are formed in one of the liquid-storage basins and arranged to open into the chamber means of such liquid-storage basin. 14. The food-storage tray of claim 13, wherein each of the micro-bore reservoirs in the first group includes a reservoir floor located in the tray floor in a position between an inner surface of the tray floor facing into the product-storage region and an outer surface of the tray floor facing away from the product-storage region and a reservoir side wall extending from the reservoir floor to the inner surface of the tray floor and cooperating with the reservoir floor to define a micro-volume liquid-receiving space. 15. The food-storage tray of claim 13, wherein each liquid-storage basin includes a basin floor located below and in spaced-apart relation to the web and a basin side wall arranged to interconnect the basin floor and the web and cooperate with the basin floor to define the chamber means thereof, the tray floor includes an inner surface of the tray floor facing into the product-storage region and an outer surface of the tray floor facing away from the product-storage region, and each of the micro-bore reservoirs in a first subset of the second group includes a reservoir floor located in the tray floor between the outer surface of the tray floor and the basin floor of one of the liquid-storage basins and a reservoir side wall coupled to each of the reservoir floor and the basin floor and arranged to interconnect the reservoir floor and the basin floor. 16. The food-storage tray of claim 13, wherein each liquid-storage basin includes a basin floor located below and in spaced-apart relation to the web and a basin side wall arranged to interconnect the basin floor and the web and cooperate with the basin floor to define the chamber means thereof and the tray floor includes an inner surface of the tray floor facing into the product-storage region and an outer surface of the tray floor facing away from the product-storage region and a reservoir side wall extending from a reservoir floor to the inner surface of the tray floor, and each of the micro-bore reservoirs in a second subset of the second group includes a reservoir floor located in the tray floor and a reservoir side wall coupled to each of and arranged to interconnect the reservoir floor and the basin side wall. 17. The food-storage tray of claim 1, wherein each of the micro-bore reservoirs in the first group includes a reservoir floor located in the tray floor in a position between an inner surface of the tray floor facing into the product-storage region and an outer surface of the tray floor facing away from the product-storage region and a reservoir side wall extending from the reservoir floor to the inner surface of the tray floor. 18. The food-storage tray of claim 1, wherein each liquid-storage basin includes a basin floor located below and in spaced-apart relation to the web and a basin side wall arranged to interconnect the basin floor and the web and cooperate with the basin floor to define the chamber means thereof and wherein the tray floor includes an inner surface of the tray floor facing into the product-storage region and an outer surface of the tray floor facing away from the product-storage region and a reservoir side wall extending from a reservoir floor to the inner surface of the tray floor and each of the micro-bore reservoirs in a first subset of the second group includes a reservoir floor located in the tray floor between the outer surface of the tray floor and the basin floor of one of the liquid-storage basins and a reservoir side wall coupled to each of the reservoir floor and the basin floor and arranged to interconnect the reservoir floor and the basin floor. 19. The food-storage tray of claim 1, wherein each liquid-storage basin includes a basin floor located below and in spaced-apart relation to the web and a basin side wall arranged to interconnect the basin floor and the web and cooperate with the basin floor to define the chamber means thereof and the tray floor includes an inner surface of the tray floor facing into the product-storage region and an outer surface of the tray floor facing away from the product-storage region and a reservoir side wall extending from a reservoir floor to the inner surface of the tray floor, and each of the micro-bore reservoirs in a second subset of the second group includes a reservoir floor located in the tray floor and a reservoir side wall coupled to each of and arranged to interconnect the reservoir floor and the basin side wall.