Feminine hygiene product with protrusion

A feminine hygiene product comprising:

• a top layer;
• a base layer;
• a protrusion formed in the top layer, the protrusion having a primary channel, wherein the protrusion is configured to be inserted within an orifice of a user;
• a fluid absorbing section, wherein the fluid absorbing section comprises a plurality of fluid channels;
• wherein the plurality of fluid channels are configured to wick fluid away from the primary channel of the protrusion;
• wherein each of the plurality of fluid channels comprises a material having an absorption metric;
• wherein the plurality of fluid channels have a gradient of absorbency;
• wherein a first fluid channel of the plurality of fluid channels has a material having a first absorption metric;
• wherein a second fluid channel of the plurality of fluid channels has a material having a second absorption metric;
• wherein the first absorption metric is greater than the second absorption metric;
• wherein the first fluid channel is adjacent to the second fluid channel;
• and
• wherein the primary channel of the protrusion is positioned within the fluid absorbing section;
• and
• a reservoir section positioned between the top layer and the base layer, wherein the reservoir section is positioned at a distal opening of the primary channel of the protrusion, and wherein the reservoir section comprises an absorbent material.

A feminine hygiene product comprising:

• a top layer;
• a base layer;
• a protrusion formed in the top layer, the protrusion having a primary channel, wherein the protrusion is configured to be inserted within an orifice of a user;
• a fluid absorbing section, wherein the fluid absorbing section comprises a plurality of fluid channels, wherein the plurality of fluid channels are configured to wick fluid away from the primary channel of the protrusion;
• a reservoir section positioned between the top layer and the base layer, wherein the reservoir section is positioned at a distal opening of the primary channel of the protrusion, and wherein the reservoir section comprises an absorbent material;
• and
• a heating device, wherein the heating device comprises an aperture, and wherein the aperture is configured to fit over the protrusion formed in the top layer.