Device, method, and system for sphincter closing and reopening to treat infertility caused by retrograde ejaculation

A method for treating retrograde ejaculation in a patient, the method comprising:

• positioning a series of magnetizable metal objects to surround a wall of a bladder of the patient around a circumference of the internal urinary sphincter at the neck of the bladder;
• providing an energy source comprising at least two batteries to create at least a first electric current and a second electric current, respectively, to magnetize each magnetizable metal object of the series of magnetizable metal objects;
• connecting the at least two batteries to alternating magnetizable metal objects of the series of magnetizable metal objects to provide at least a first circuit and a second circuit, respectively, the first circuit containing odd-numbered alternating magnetizable metal objects and the second circuit containing even-numbered alternating magnetizable metal objects as counted by starting from a first one of the alternating magnetizable metal objects which is considered alternating metal object number 1, the first metal object of the odd-numbered alternating magnetizable metal objects, the next one of the alternating magnetizable metal objects which is considered alternating metal object number 2, the first metal object of the even-numbered metal objects, and with each alternating metal object of the series of magnetizable metal objects thereafter being among the odd-numbered alternating magnetizable metal objects or the even-numbered alternating magnetizable metal objects, accordingly, to provide the first electric current to each of the odd-numbered alternating magnetizable metal objects of the series of magnetizable metal objects in the first circuit and the second electric current to each of the even-numbered alternating magnetizable metal objects of the series of magnetizable metal objects in the second circuit;
• selectively activating a single-pole, single-throw transfer switch (SPST) connected to batteries of the at least two batteries in each of the first circuit and the second circuit to enable an attraction mode to provide the first electric current to each odd-numbered alternating magnetizable metal object of the series of magnetizable metal objects and to provide the second electric current to each even-numbered alternating magnetizable metal object of the series of magnetizable metal objects, thereby alternately magnetizing each odd-numbered alternating magnetizable metal object of the series of magnetizable metal objects and each even-numbered alternating magnetizable metal object of the series of magnetizable metal objects with attractive magnetic polarities such that each magnetizable metal object of the series of magnetizable metal objects are attracted to each other to close the internal urinary sphincter in the bladder and prevent the retrograde ejaculation;
• if each of the magnetizable objects in the series of magnetizable metal objects do not drift apart from one another due to a change in ambient conditions, selectively activating each SPST connected to the at least two batteries in each of the first circuit and the second circuit while reversing polarity of each of the even-numbered alternating magnetizable metal objects of the series of magnetizable metal objects by flipping a single-pole double-transfer (SPDT) switch, to enable a repulsion mode to magnetize each of the odd-numbered alternating magnetizable metal objects of the series of magnetizable metal objects and each of the even-numbered alternating magnetizable metal objects of the series of magnetizable metal objects with repulsive magnetic polarities such that each magnetizable metal object of the series of magnetizable objects separates from one another to forcibly reopen the internal urinary sphincter of the bladder, thereby allowing urine to exit the bladder;
• and
• selectively deactivating each SPST switch connected to the batteries in each of the first circuit and the second circuit to release the electric current such that each magnetizable metal object of the series of magnetizable metal objects demagnetize, permitting the magnetizable metal objects to remain in the open position if the repulsion mode was enabled before the rest mode, or to move apart from one another due to a change in ambient conditions that pull the internal urinary sphincter of the bladder to an open position in case the repulsion mode was not enabled before the rest mode, thereby reopening the internal urinary sphincter in the bladder.