Abstract: A urine powered garment has a shirt and trousers. A collector positioned beneath the trousers is adapted to collect urine. A container is located below and coupled to the collector. A converter dis-associates the constituent elements of the urine within the container to create electrical energy. A pouch receives urine from the container. The pouch has a top opening above and a drain tube below. The drain tube couples the pouch and the converter. A source of potential is adapted to receive electrical potential and to store the received electrical potential until accessed. A super-capacitor couples the converter and the source of potential. The super-capacitor converts the output of the converter prior to feeding to the source of potential.

Abstract: A collector has a bottom and an open top and a peripheral wall. The collector has an outlet opening. The bottom and the peripheral wall form a chamber. The chamber has a front and rear and sides and a peripheral edge adjacent to the open top. The peripheral edge is positionable inter-labially between the labia majora to cover a user's genitalia including the user's vulvar vestibule and urethral orifice/meatus, with the chamber front posterior to the user's clitoris and with the chamber rear overlying soft tissue in proximity to the labia majora and vagina. The collector is held in place during use solely by the fingers of the user adhesive free and insert free.

Abstract: A urine powered garment has a shirt and trousers. A collector positioned beneath the trousers is adapted to collect urine. A container is located below and coupled to the collector. A converter dis-associates the constituent elements of the urine within the container to create electrical energy. A pouch receives urine from the container. The pouch has a top opening above and a drain tube below. The drain tube couples the pouch and the converter. A source of potential is adapted to receive electrical potential and to store the received electrical potential until accessed. A super-capacitor couples the converter and the source of potential. The super-capacitor converts the output of the converter prior to feeding to the source of potential.