Abstract: A graphical operator machine interface for a dialysis machine and a method of graphically programming the dialysis machine involves graphically accessing substantially all typical machine operating and dialysis treatment parameters employed in a typical dialysis treatment, and graphically entering selections with respect to each of the selected parameters. The selections of the individual parameters establish display screens which individually present the selected parameters. The selections of the individual parameters also allow the operator to establish values for those selected parameters. The parameters include those involved for setup of the machine for dialysis treatment, those monitored during treatment, the alarm limits established during the treatment, and parameters which allow the automatic initiation of machine functionality prior to the use of the machine for treatments.

Abstract: A technique for automatically cleaning, disinfecting and otherwise preparing a dialysis machine includes a method and apparatus for programming the dialysis machine to awaken from a reduced power mode at a predetermined time and perform one of several wake-up procedures (e.g., rinsing, dialysate preparation, or hot water or chemical disinfection). A wake-up time and a corresponding wake-up procedure is preferably programmed for each day of the week. If disinfection is programmed, the machine wakes up at the predetermined time to heat the water or mix the chemicals before pumping the cleaning/disinfecting liquid through the dialysis machine. The machine then rinses the cleaning/disinfecting liquid down a waste drain. If a chemical solution is utilized, the dialysis machine may be programmed to allow the chemical solution to dwell within the dialysis machine for a predetermined period before rinsing it down the drain.