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A food packaging system wherein one or more food component preparation lines deliver heated, e.g., cooked, components to a packaging station that operates at overpressure to maintain aseptic conditions as a container is filled and sealed. The preparation line may be a high pressure heated conduit, a

A food packaging system wherein one or more food component preparation lines deliver heated, e.g., cooked, components to a packaging station that operates at overpressure to maintain aseptic conditions as a container is filled and sealed. The preparation line may be a high pressure heated conduit, a covered batch conveyer, sealed pocket feeder or similar line, and prepares each component at a temperature and time suitable for the particular ingredient. Plural separate preparation lines may deliver different food components to the pressure chamber in which filling occurs, and each component attains a narrowly-defined degree of cooking or uniform stage of undercooking. A loading lock interfaces the packaging and preparation sections so as to prevent evaporative fluid loss or cooling and preserve aseptic conditions during filling and sealing. The sealed containers may be heated or held in a sterilizing chamber for a brief time, after which they may be cooled, labeled and placed on or in pallets or cartons for shipping or storage.

대표청구항 ▼

A food packaging system wherein one or more food component preparation lines deliver heated, e.g., cooked, components to a packaging station that operates at overpressure to maintain aseptic conditions as a container is filled and sealed. The preparation line may be a high pressure heated conduit, a

A food packaging system wherein one or more food component preparation lines deliver heated, e.g., cooked, components to a packaging station that operates at overpressure to maintain aseptic conditions as a container is filled and sealed. The preparation line may be a high pressure heated conduit, a covered batch conveyer, sealed pocket feeder or similar line, and prepares each component at a temperature and time suitable for the particular ingredient. Plural separate preparation lines may deliver different food components to the pressure chamber in which filling occurs, and each component attains a narrowly-defined degree of cooking or uniform stage of undercooking. A loading lock interfaces the packaging and preparation sections so as to prevent evaporative fluid loss or cooling and preserve aseptic conditions during filling and sealing. The sealed containers may be heated or held in a sterilizing chamber for a brief time, after which they may be cooled, labeled and placed on or in pallets or cartons for shipping or storage. extending parallel to one another. 13. A heat insulation blanket assembly for application to a building structure, said heat insulation blanket assembly comprising: an elongated blanket of heat insulation material having a first surface for facing a temperature controlled interior space of a building structure and a second surface for facing the atmosphere outside the building structure, and opposed side edge surfaces, a layer of radiant heat reflective sheet insulation applied in overlying relationship to said first surface of said elongated blanket of heat insulation material for facing the interior of said building structure, a plurality of protrusions formed in said layer of radiant heat reflective sheet insulation and spaced from one another for maintaining said layer of radiant heat reflective sheet insulation spaced from an adjacent surface and for forming a space adjacent said layer of radiant heat reflective sheet insulation. 14. The heat insulation blanket assembly of claim 13, wherein said plurality of protrusions face away from said blanket of heat insulation material for facing the temperature controlled interior of a building structure. 15. The heat insulation blanket assembly of claim 13, wherein said layer of radiant heat reflective sheet insulation is metal foil. 16. The heat insulation blanket assembly of claim 13, wherein said blanket of heat insulation material is formed of fiberglass. 17. The heat insulation blanket assembly of claim 13, wherein said plurality of protrusions comprises a plurality of deformations formed in said radiant heat reflective sheet insulation. 18. The heat insulation blanket assembly of claim 13, wherein said plurality of protrusions comprise corrugations formed in said layer of radiant heat reflective sheet insulation. 19. The heat insulation blanket assembly of claim 13, wherein said elongated blanket of heat insulation material is of a width that is sized for spanning a space between studs of a vertical wall on sixteen inch centers. 20. The heat insulation blanket assembly of claim 13, wherein said blanket of heat insulation material includes tabs formed on said opposed side edge surfaces for mounting to support elements of a building structure. 21. The heat insulation blanket assembly of claim 20, wherein said layer of radiant heat reflective sheet insulation is applied to said tabs of said blanket of heat insulation material. 22. The heat insulation blanket assembly of claim 13, wherein said protrusions formed in said layer of radiant heat reflective sheet insulation extend toward said blanket of heat insulation material and form air spaces between said layer of radiant heat reflective sheet insulation and said blanket of heat insulation material. 23. The heat insulation blanket assembly of claim 13, wherein said protrusions formed in said layer of radiant heat reflective sheet insulation extend away from said blanket of heat insulation material for forming air spaces between said layer of radiant heat reflective sheet insulation and an adjacent structure. 24. Heat insulated wallboard for application in a wall structure of a building structure, comprising: a board formed of heat insulation material, a sheet of heat reflective material, protrusions formed in said sheet of heat reflective material, and said protrusions engaging said board and holding said sheet of heat reflective material away from said board. 25. The heat insulated wall board of claim 24, wherein said board comprises gypsum board. 26. The heat insulated wallboard of claim 24, wherein said protrusions are adhesively mounted to said board. 27. The heat insulated wallboard of claim 24, wherein said sheet of heat reflective material comprises metal foil. 28. Heat insulated wallboard for application in a wall structure of a building structure, comprising: a board, a sheet of heat reflective material, spacers disposed between said board and said sheet of heat reflective material, said spacers ho