Hemodialysis system incorporating dialysate generator

A hemodialysis system comprising:

• a hemodialysis machine including,
• a dialyzer;
• a blood flow path which transports blood through said dialyzer, said blood flow path includes an arterial blood line which connects to a patient's artery and a venous blood line which connects to a patient's vein;
• a dialysate flow path, isolated from the blood flow path, which transports dialysate through said dialyzer, said dialysate flow path including a dialysate flow path inlet which receives fresh dialysate and a dialysate flow path outlet which expels used dialysate;
• a blood pump which pumps blood through said blood flow path;
• a dialysate pump which pumps dialysate through said dialysate flow path;
• a primary processor connected to said first and second pumps;
• a user interface which is connected to said primary processor;
• hemodialysis machine electrical terminals which are electrically connected to said primary processor;
• a hemodialysis machine housing wherein said dialysate pump, blood pump, and primary processor are located within said hemodialysis machine housing, and said user interface is affixed to said hemodialysis machine housing;
• said hemodialysis system further comprising a dialysate generator machine, said dialysate generator machine comprising,
• a dialysate generator flow path including a dialysate generator outlet which connects to said dialysate flow path inlet and a dialysate generator inlet which connects to said dialysate flow path outlet;
• a source of water connected to said dialysate generator flow path;
• a water purification system connected to said dialysate generator flow path which purifies said water;
• a source of chemical reagents connected to said dialysate generator flow path which when mixed with said water forms dialysate;
• a first reservoir for storing dialysate having a volume between 0.5 liters and 5.0 liters which is in said dialysate flow path to store dialysate and supply dialysate to said dialyzer;
• at least one chemical reagent pump which controls the flow of said chemical reagents into said dialysate generator flow path which then mixes with said water to form dialysate;
• at least one dialysate generator pump which controls the flow of dialysate through said dialysate generator flow path to said dialysate flow path inlet;
• dialysate generator electrical terminals which are electrically connected to said at least one chemical reagent pump and said at least one dialysate generator pump;
• and
• a dialysate generator housing wherein said source of water, water purification system, source of chemical reagents, first reservoir, at least one chemical reagent pump, and at least one dialysate generator pump are located within said dialysate generator housing;
• and
• said hemodialysis machine is mechanically and electrically connectable and disconnectable to said dialysate generator machine wherein said dialysate flow path inlet is connectable and disconnectable to said dialysate generator outlet, said dialysate flow path outlet is connectable and disconnectable to said dialysate generator inlet, said hemodialysis machine electrical terminals are electrically connectable and disconnectable to said dialysate generator electrical terminals;
• said dialysate flow path connecting to said dialysate generator flow path to form a closed loop system wherein said first reservoir supplies dialysate to said dialyzer and said dialyzer supplies spent dialysate back to said first reservoir when said hemodialysis machine is connected to said dialysis generator;
• and
• said hemodialysis machine's user interface and primary processor control the operation of both said hemodialysis machine and said dialysate generator including said user interface and primary processor controlling the operation of said blood pump, said dialysate pump, said at least one chemical reagent pump, and said at least one dialysate generator pump.