METHOD AND SYSTEM PROVIDING MORE ACCURATE FLUID TEMPERATURE MONITORING WITH SELECTABLE FLUID INPUT AND OUTPUT ARRAGEMENTS FOR BODY CAVITY TREATMENTS
Arrangements of components for use in support of a Hyperthermic Intraperitoneal Chemotherapy (HIPEC) System which conveys fluids from a system to a patient and back to the system in a complete circuit. The described arrangements provide multiple means of rapidly configuring the number of input lines and output lines into and out of the patient. Included are integral temperature probes in the inflow and outflow lines. Also included are various means of introducing and removing the fluids from the patient and additional temperature probes to be used at the discretion of the clinician.
1 . A process for hyperthermia treatment for an anatomical portion of a body: comprising,
(a) providing treatment fluid;
(c) causing said treatment fluid to flow to the anatomical portion of the body to be treated and from that body portion;
(d) causing the fluid to flow from the body portion to be treated in a continuous enclosed path to and from the body to be treated until the treatment procedure is terminated; and
(e) controlling selected aspects of the process by continuously monitoring the fluid temperature prior to entry of the flowing treatment fluid into the body portion to be treated and following exit of the flowing treatment fluid from the body portion being so treated.
2 . An arrangement of fluid flow lines to facilitate the flow of a fluid or fluids from a source of such fluids to a recipient to receive the fluids and from the recipient of the fluids; comprising,
(a) a first fluid flow line through which fluid is to flow through in a first given direction;
(b) a second fluid flow line through which fluid is to flow through in a second given direction; and
(c) a first temperature sensing device incorporated into said first fluid flow line to sense the temperature of fluid when flowing therethrough; and
(d) a second temperature sensing device incorporated into said second fluid flow line to sense the temperature of fluid when flowing therethrough.
3 . The arrangement of fluid flow lines of claim 2 wherein said first fluid flow line and said second fluid flow line are secured to each other to form a single dual lumen line.
4 . The arrangement of fluid flow lines of claim 2 wherein said first fluid flow line facilitates the flow of fluid in a first direction and said second fluid flow line facilitates the flow of fluid in a second direction, opposite to said first direction.
5 . The arrangement of fluid flow lines of claim 2 including a selection of other fluid flow lines connectable to said first line or said second line to facilitate fluid flow in multiple directions.
6 . The arrangement of fluid flow lines of claim 5 , including, a sub-arrangement of fluid flow components including single direction flow tubes connected by Y configured flow through with said single direction flow tube including single direction flow through components connected to each leg of the Y.