Inflatable ice making assembly

An inflatable ice making assembly comprising:

• a shell defining an interior space, said shell having a first end and a second end, said first end being open, said second end being closed, said shell being resilient such that said shell configured for collapsing and twisting, said shell being impermeable, said shell being substantially rectangularly box shaped, said shell comprising silicone, said shell comprising an inner layer and an outer layer, said inner layer and said outer layer defining a chamber;
• a valve positioned through said outer layer such that said valve is fluidically coupled to said chamber, wherein said valve is positioned on said shell such that said valve is configured for forcing air into said chamber for stiffening said shell and for insulating said interior space, said valve being positioned on said second end of said shell;
• a cap hingedly coupled to said valve distal from said shell, said cap being complementary to an orifice of said valve, said cap being selectively couplable to said valve for closing said orifice, wherein said cap is positioned on said valve such that said cap is positioned for decoupling from said valve such that said valve is configured for forcing the air through said orifice into said chamber for stiffening said shell and for insulating said interior space, wherein said cap is positioned on said valve such that said cap is positioned coupling to said valve for closing said orifice for retaining the air in said chamber, wherein said cap is positioned on said valve such that said cap is positioned for decoupling from said valve such that said valve is configured for exiting of the air from said chamber for collapsing said shell;
• a plurality of first panels and a plurality of second panels coupled to said shell and positioned in said interior space defining a plurality of air conduits, each said first panel and each said second panel extending between opposing sides of said shell, said first panels and said second panels being alternately positioned between a top and a bottom of said shell such that each said first panel and an adjacently positioned said second panel define a sleeve, said first panels and said second panels being resilient, wherein said sleeves are positioned in said shell such that said sleeves are configured for adding water, each said first panel and each said second panel extending between said first end and said second end, each said first panel and said adjacently positioned said second panel being coupled to said second end of said shell, said plurality of first panels comprising four said first panels and said plurality of second panels comprising four said second panels;
• a plurality of first recesses positioned in said first panels and extending toward said top, said first recesses being arcuate;
• a plurality of second recesses positioned in said second panels and extending toward said bottom such that each said second recess and an associated said first recess define a pocket, wherein said pockets are positioned in said shell such that said pockets are configured for shaping cubes of ice formed from water positioned in said pockets when said shell is positioned in a freezer, said second recesses being arcuate, said pockets being positioned in a plurality of rows, each said row extending between said opposing sides of said shell, said plurality of rows extending between said first end and said second end;
• a lid complementary to said first end of said shell, said lid being selectively couplable to said shell for closing said first end for retaining the water in said sleeves;
• a plurality of protrusions coupled to an inner face of said lid, said protrusions being positioned in a plurality of lines, each said line extending between opposing edges of said lid such that said line is complementary to an opening of an associated said sleeve, wherein said protrusions are positioned on said lid such that said opening of said associated said sleeve is positioned for inserting an associated said line of said protrusions for sealing said associated said sleeve, said protrusions comprising silicone;
• a plurality of handles coupled to said shell, wherein said handles are positioned on said shell such that each said handle is configured for grasping in a hand of a user for lifting and manipulating said shell, such as for twisting said shell for freeing the cubes of ice from said pockets, said plurality of handles comprising four said handles positioned singly on said lid, said second end, and said opposing sides of said shell, each said handle comprising a strap having opposing ends, each said opposing end being coupled to said shell defining a loop, wherein said straps are positioned on said shell such that each said loop is configured for grasping in the hand of the user for lifting and manipulating said shell, such as for twisting said shell for freeing the cubes of ice from said pockets;
• and
• wherein said cap is positioned on said valve such that said cap is positioned for decoupling from said valve such that said valve is configured for forcing the air through said orifice into said chamber for stiffening said shell and for insulating said interior space, wherein said cap is positioned on said valve such that said cap is positioned coupling to said valve for closing said orifice for retaining the air in said chamber, wherein said sleeves are positioned in said shell such that said sleeves are configured for adding the water through said openings, wherein said protrusions are positioned on said lid such that said opening of said associated said sleeve is positioned for inserting said associated said line of said protrusions for sealing said associated said sleeve, wherein said pockets are positioned in said shell such that said pockets are configured for shaping the cubes of ice formed from the water positioned in said pockets when said shell is positioned in the freezer, wherein said straps are positioned on said shell such that each said loop is configured for grasping in the hand of the user for lifting and manipulating said shell, such as for twisting said shell for freeing the cubes of ice from said pockets, wherein said cap is positioned on said valve such that said cap is positioned for decoupling from said valve such that said valve is configured for exiting of the air from said chamber for collapsing said shell.