Fertility-enhancing cooling seat

A fertility-enhancing cooling seat with a plurality of isolated cooling cells for lowering temperatures of human testicles so as to increase sperm quality and quantity, comprising:

• a top flexible portion including a plurality of cooling-cell top portions and a base portion extending between the cooling-cell top portions;
• a bottom flexible portion coupled to the top flexible portion, the bottom flexible portion forming a seal with the base portion, portions of the bottom flexible portion forming a plurality of cooling-cell bottom portions, such that each cooling-cell top portion of the plurality of cooling-cell top portions in combination with a cooling-cell bottom portion defines an isolated cooling-cell volumetric space, and the plurality of cooling-cell top portions in combination with the plurality of cooling-cell bottom portions define a plurality of isolated cooling-cell volumetric spaces;
• a phase-change material located in the plurality of cooling-cell volumetric spaces, the phase-change material configured to change from a solid phase to a liquid phase at a first temperature and that is configured to change from a liquid phase to a solid phase at a second temperature that is lower than the first temperature;
• wherein the phase-change material, plurality of cooling-cell top portions and the plurality of cooling-cell bottom portions form the plurality of isolated cooling cells, and at least one of the plurality of isolated cooling cells has a volumetric space for phase-change material that is at least twice as large as the other of the plurality of isolated cooling cells;
• wherein a height of the at least one of the plurality of isolated cooling cells that has a volumetric space for phase-change material that is at least twice as large as the other of the plurality of isolated cooling cells is larger than a height of another of the plurality of isolated cooling cells and is substantially located at a position that is equidistant to a front edge and a rear edge of the cooling seat, and is closer to a right edge of the cooling seat as compared to a left edge of the cooling seat;
• and
• wherein the phase-change material is an alkane phase-change material and is configured to change from a solid phase to a liquid phase at the first temperature that is below 37° C. and that is configured to change from a liquid phase to a solid phase at the second temperature that is at or above 19° C.