Rectal catheter assembly

A rectal catheter assembly for delivering and subsequently draining a rectal enema, said assembly comprising:

• a rectal catheter having a plurality of fluid outlets, said rectal catheter being insertable into a patient's rectum such that each of said plurality of fluid outlets is in fluid communication with the patient's colon, said rectal catheter having a first end, a second end and an outer wall extending between said first end and said second end, each of said plurality of fluid outlets extending through said outer wall, said plurality of fluid outlets being arranged in plurality of rows each extending from said first end toward said second end, each of said plurality of fluid outlets being elongated along an axis extending between said first end and said second end such that each of said plurality of fluid outlets has an ovoid shape;
• a balloon being positioned around said rectal catheter, said balloon being inflatable thereby facilitating said balloon to seal the patient's rectum wherein said balloon is configured to inhibit fluids from leaking outwardly from the patient's rectum, said balloon having a channel extending through a center of said balloon, said rectal catheter extending through said channel such that said balloon is positioned adjacent to said second end of said rectal catheter;
• a feed tube being fluidly coupled to said rectal catheter, said feed tube having a first injection port for insertably receiving an injection needle, said feed tube having a second injection port for insertably receiving an injection needle, said first injection port being in fluid communication with said balloon for inflating said balloon with the injection needle, said second injection port being in fluid communication with said rectal catheter for delivering a medication from the injection needle into said rectal catheter, said feed tube having a coupling port being in fluid communication with said rectal catheter, each of said first injection port and said second injection port angling away from an outer wall of said feed tube at a point being located adjacent to said coupling port, said feed tube having a first conduit being fluidly coupled between said first injection port and said balloon, said feed tube having a second conduit being fluidly coupled between said second injection port and said second end of said rectal catheter, each of said first injection port and said second injection port including a fluid lock being positionable between a closed condition or an open condition to control a flow of fluid through said fluid lock;
• an extension tube being fluidly coupled to said feed tube, said extension tube having a primary end being insertable into said coupling port on said feed tube;
• a tube lock being attached to said extension tube, said tube lock compressing said extension tube when said tube lock is closed thereby inhibiting a fluid from flowing through said extension tube, said tube lock being released from compressing said extension tube when said tube lock is open thereby facilitating the fluid to flow through said extension tube;
• a bag being fluidly attached to said extension tube such that said bag is in fluid communication with said rectal catheter thereby facilitating said bag to deliver and subsequently receive a fluid enema solution to said rectal catheter the fluid enema back through said rectal catheter, said bag having a fluid port being integrated into an outer wall of said bag, said fluid port insertably receiving a secondary end of said extension tube;
• and a hook being coupled to and extending upwardly from said bag thereby facilitating said bag to be suspended from a support to gravity feed the fluid enema solution to said rectal catheter, said hook having a distal end and a front edge extending between said bag and said distal end, said front edge being concavely arcuate between said bag and said distal end thereby facilitating said hook to conform to a rod of an intravenous bag support rack.