초록 ▼

A container assembly that is adapted to retain an amount of dry ice therein and be disposed within a cooler as a cooling source is provided. The container assembly includes a base and a lid assembly that seal together to provide an inner space to receive the dry ice. The container also includes an a

A container assembly that is adapted to retain an amount of dry ice therein and be disposed within a cooler as a cooling source is provided. The container assembly includes a base and a lid assembly that seal together to provide an inner space to receive the dry ice. The container also includes an attached valve assembly and an outlet hose. The valve assembly is disposed on a side surface of the container to allow for an outflow of carbon dioxide gas produced by the dry ice within the container assembly. The hose is attached to the valve and fastened at its end to an inside surface of the cooler providing a flow of cold carbon dioxide gas to the interior of the cooler as the dry ice sublimates.

대표청구항 ▼

1. A container assembly adapted to be disposed within a cooler, comprising: a base assembly having a bottom and four enclosing sidewalls to form a base enclosure about a base interior space; a lid assembly hingedly attached to said base assembly and having four enclosing sidewalls to form a lid encl

1. A container assembly adapted to be disposed within a cooler, comprising: a base assembly having a bottom and four enclosing sidewalls to form a base enclosure about a base interior space; a lid assembly hingedly attached to said base assembly and having four enclosing sidewalls to form a lid enclosure about a lid inner space, said lid assembly is hingedly attached by at least one hinge having a slideable pin to allow said lid assembly to be operatively detached from said base assembly; at least one latch disposed on said base assembly and at least one corresponding catch disposed on said lid assembly that operatively connect and seal said lid assembly to said base assembly; an outlet tube disposed on said base assembly; an outlet hose operatively connected to said outlet tube and having a portion of said tube extending from said outlet tube and removably affixed to a surface of an interior of said cooler; a set of complementary hook and loop fasteners configured to removably affix said outlet hose to said interior of said cooler; a check valve operatively disposed between said outlet tube and said outlet hose; a pair of barrier dam structures formed in said base enclosure adjacent said outlet tube to prevent dry ice from blocking an outflow of carbon dioxide gas to said tube; an auxiliary port and a sealing cap disposed upon an inlet of said auxiliary port, said sealing cap is configured to operatively prevent the outflow of said carbon dioxide gas from said auxiliary port; and, an inlet hose, wherein said inlet hose is disposed on said auxiliary port and is in fluid communication with an auxiliary port of a second container assembly thereby linking said container assembly to said second container assembly to provide an additional cooling source to said cooler; wherein said base enclosure and said lid enclosure are adapted to receive and retain an amount of dry ice therein and seal to each other when said base and said lid assemblies are closed, and; wherein said outlet tube allows for the outflow of carbon dioxide gas produced by said dry ice within said container assembly to enter said cooler as a cooling media for said cooler. 2. A container assembly adapted to retain an amount of dry ice therein, comprises: a base assembly having a bottom and four enclosing sidewalls to form a base enclosure about a base interior space; a lid assembly having four enclosing sidewalls to form a lid enclosure about a lid inner space; at least one hinge, each hinge configured to operatively connect said base assembly to said lid assembly along a concomitant edge, wherein at least one of said hinge comprises a slideable pin to allow said lid assembly to be operatively detached from said base assembly; at least one latch disposed on said base assembly and at least one corresponding catch disposed on said lid assembly that operatively connect and seal said lid assembly to said base assembly; an outlet tube disposed in said base assembly; an outlet hose operatively connected to said outlet tube and having a portion of said tube extending from said outlet tube and removably affixed to a surface of an interior of a cooler; a set of complementary hook and loop fasteners configured to removably affix said outlet hose to said interior of said cooler; a check valve operatively disposed between said outlet tube and said outlet hose; a pair of barrier dam structures formed in said base enclosure adjacent said outlet tube to prevent said dry ice from blocking an outflow of carbon dioxide gas to said tube; an auxiliary port and a sealing cap disposed upon an inlet of said auxiliary port, said sealing cap is configured to operatively prevent the outflow of said carbon dioxide gas from said auxiliary port; and, an inlet hose, wherein said inlet hose is disposed on said auxiliary port and is in fluid communication with an auxiliary port of a second container assembly thereby linking said container assembly to said second container assembly to provide an additional cooling source to said cooler; wherein said base enclosure and said lid enclosure are formed to have cooperative lower and upper edge mating portions, respectively, that seal to each other when said base and said lid assemblies are closed; wherein said base inner space and said lid inner space receive and retain said dry ice; wherein said outlet tube allows for the outflow of carbon dioxide gas produced by said dry ice within said container assembly, and; wherein said container assembly is adapted to be placed within the cooler and said outflow of carbon dioxide gas through said tube acts as a cooling media for said cooler.