Method of controlling fluid flow transfer in shoes

A method of controlling transfer of fluid flow in a shoe comprising the steps of:

• coupling a plurality of fluid transfer components together in a shoe fluid flow transfer system;
• providing a first fluid flow transfer chamber from said plurality of fluid flow transfer components within an outer sole of a shoe, said first fluid flow transfer chamber receiving and supporting a forward portion of a foot of a user above said outer sole;
• coupling said first fluid flow transfer chamber to a fluid filled outside toe periphery tube, said toe periphery tube extending along the outer periphery of said shoe;
• connecting at least one front cross tube to said first fluid flow transfer chamber, said front cross tube extending horizontally across a ball portion of said foot;
• providing a second fluid flow transfer chamber from said plurality of fluid flow transfer components, said first fluid flow transfer chamber and said second fluid flow transfer chamber being situated in a series arrangement, said second fluid flow transfer chamber receiving and supporting a forward portion of said foot above said outer sole;
• positioning said first fluid flow transfer chamber and said second fluid flow transfer chamber in immediate and direct fluid communication and alignment;
• coupling said second fluid flow transfer chamber to a fluid filled outside heel periphery tube, said heel periphery tube extending along the outer periphery of said shoe;
• connecting at least one rear cross tube to said heel periphery tube linking said rear cross tube to said second fluid flow transfer chamber thereby providing at least one transversely extending fluid flow path within said fluid flow transfer system from said outside heel periphery tube, thereby cushioning a heel portion of said foot;
• providing at least one upwardly extending ankle support tube formed integral with said outside heel periphery tube providing a direct fluid communication path adjacent an ankle area, thereby stabilizing said foot;
• providing a first pressure-sensitive component from said plurality of fluid flow transfer components within said first fluid flow transfer chamber;
• providing a second pressure sensitive component from said plurality of fluid flow transfer components;
• positioning said first fluid flow transfer chamber and pressure sensitive components in a series arrangement;
• compressing said first fluid flow transfer chamber;
• and
• directing fluid flow from said first fluid flow transfer chamber to said second fluid flow transfer chamber exceeds a predetermined pressure.