Female urinary catheter system

A female urinary catheter system, comprising:

• a drainage aperture element comprising an outer drain edge surrounding an inner drain aperture, wherein:
• the inner drain aperture is coupled to a drainage conduit, and
• the outer drain edge comprises a width dimension larger than that of the drainage conduit;
• a catheter conduit coupled to the drainage conduit, wherein:
• the catheter conduit comprises a plurality of conduit segments each comprising a first terminal end and a second terminal end,
• the first terminal end of each conduit segment overlaps the second terminal end of each adjacent conduit segment at respective coupling joints,
• the catheter conduit comprises a multilayered structure comprising a base structural outer layer, a biocompatible inner layer, and an infection detection system layer disposed upon the biocompatible inner layer, wherein the base structural outer layer is fabricated from Poly (N-vinylcaprolactam) or Poly (oligo (ethylene glycol) methacrylate) and the biocompatible inner layer is fabricated from a silicone elastomer, and
• the infection detection system layer comprising a plurality of colorimetric sensors arranged in series at the second terminal end of one of the plurality of conduit segments at each of the coupling joints, wherein each of the colorimetric sensors is covered by the second terminal end of the one of the plurality of conduit segments and by the first terminal end of an adjacent one of the plurality of conduit segments;
• and
• an anchor element coupled to the drainage conduit and the catheter conduit, wherein:
• the anchor element comprises a deployable anchor that is deployed via translating an actuation element along a support post, and
• the deployable anchor is secured within a vaginal canal or a cervical canal.

A female urinary catheter system, comprising:

• a drainage aperture element comprising an outer drain edge surrounding an inner drain aperture, wherein:
• the inner drain aperture is coupled to a drainage conduit, and
• the outer drain edge comprises a width dimension larger than that of the drainage conduit;
• a catheter conduit coupled to the drainage conduit, wherein:
• the catheter conduit comprises a plurality of conduit segments each comprising a first terminal end and a second terminal end,
• the first terminal end of each conduit segment overlaps the second terminal end of each adjacent conduit segment at respective coupling joints, and
• the catheter conduit comprises a multilayered structure comprising a base structural outer layer, a biocompatible inner layer, an outer hydrophilic layer disposed over the base structural outer layer and an inner hydrophilic layer disposed over the biocompatible inner layer, wherein an infection detection system layer is disposed over the inner hydrophilic layer, wherein the infection detection system layer comprises a plurality of colorimetric sensors arranged in series on the inner hydrophilic layer, wherein each of the colorimetric sensors comprise biochemical reaction indicators sensing leukocyte esterase and nitride biomarkers, wherein each of the colorimetric sensors is covered by the second terminal end of the one of the plurality of conduit segments that is overlapped by the first terminal end of an adjacent one of the plurality of conduit segments;
• and
• an anchor element coupled to the drainage conduit and the catheter conduit via a support post terminating into a T-joint conduit coupling element.