Multi-chamber mixing beverage container

A multi-chamber mixing beverage container comprising

• a container body;
• a storage base;
• an additive dispensing mechanism;
• a cap;
• the container body comprising a first open end and a second open end;
• the storage base comprising at least one storage chamber and at least one sealable cover;
• the at least one storage chamber being integrated within the storage base;
• the at least one sealable cover being positioned coextensive with the at least one storage chamber;
• the at least one sealable cover being mounted within the storage base;
• the storage base being axially oriented with the container body;
• the storage base being in fluid communication with the second open end;
• the cap being threadably engaged with the first open end;
• the additive dispensing mechanism being operatively connected to the storage base, wherein the additive dispensing mechanism is used to selectively perforate the at least one sealable cover;
• the at least one sealable cover comprising a cover body and at least one valve;
• the additive dispensing mechanism comprising a collar and a bayonet connector;
• the at least one valve being positioned coextensive with the at least one storage chamber;
• the at least one valve being integrated into the cover body;
• the cover body being positioned concentric with the storage base;
• the cover body being mounted within the storage base;
• the collar being axially oriented with the storage base;
• the collar being threadably engaged with the second open end;
• the storage base being rotatably connected with the collar by the bayonet connector;
• the additive dispensing mechanism further comprising at least one perforator;
• the at least one perforator being positioned geometrical normal to the storage base;
• the at least one perforator being aligned with the at least one storage chamber;
• the at least one perforator being mounted within the collar;
• the at least one storage chamber being a plurality of storage chambers;
• the at least one valve being a plurality of valves;
• the at least one perforator being a plurality of perforators;
• the plurality of storage chambers being radially distributed within the storage base;
• the plurality of valves being radially distributed about the cover body;
• the plurality of perforators being radially distributed within the collar;
• a valve of the plurality of valves being positioned coextensive with a specific storage chamber of the plurality of storage chambers;
• and
• a perforator of the plurality of perforators being aligned a specific storage chamber of the plurality of storage chambers.