Compartmented flexible solution container

A compartmented flexible I.V. container for at least two different and incompatible I.V. fluids wherein said fluids can be intermixed inside said container through breaking of a frangible member in said container comprising:

• a body section defined by spaced apart opposing walls formed from a plastic resinous material and having internal wall surfaces;
• a substantially flat and singular planar frangible member positioned inside said body section in a manner to separate the inside of said body section into two separate compartments, said frangible member defined by first and second longitudinally extending attachment members with a weakened portion extending longitudinally therebetween;
• each said first and second attachment members having at least two surface portions with one of said surface portions facing in one direction and the other in an opposing direction;
• said first attachment member secured to said one internal wall surface by means of one of said surface portions facing in said one direction and said second attachment member secured to said opposing internal wall surface by means of one of said surface portions facing the opposing direction, with the surface portion of said first attachment member facing said opposing direction and the surface portion of said second attachment member facing said one direction being unattached;
• an I.V. fluid material in one of said compartments;
• a different and incompatible I.V. fluid material in the other of said compartments;
• whereby upon bending of said body section of said container along a line parallel and adjacent to said weakened portion, said weakened portion will fracture and the I.V. fluid materials will flow together and can be intermixed.