Apparatus and methods for receiving discharged urine

A urine collecting system, comprising:

• a urine collecting assembly including a body, the body including a proximal end and a distal end, the body defining a first opening at or near the proximal end, the body including:
• a sheath extending from or near the proximal end to or near the distal end, the sheath including at least one fluid impermeable layer, the sheath at least partially defining a reservoir;
• and
• an outlet at or near the distal end of the body, the outlet is distinct and separate from the at least one fluid impermeable layer, the outlet attached to the at least one fluid impermeable layer;
• and
• at least one porous material extending from or near the outlet to the proximal end, the at least one porous material adjacent to the fluid impermeable layer;
• a stabilization accessory defining a second opening therethrough, the stabilization accessory comprising:
• a base portion including a primary attachment portion and a secondary attachment portion, the base portion exhibits a maximum width measured perpendicular to a longitudinal axis of the body, and wherein the primary attachment portion includes at least a portion of the maximum width, wherein the secondary attachment portion includes an apex forming the minimum width of the stabilization accessory and the minimum width is spaced from and on an opposite side of the second opening from at least a portion of the primary portion including the maximum width;
• and
• a first attachment mechanism configured to attach the stabilization accessory to the body;
• and
• wherein the reservoir is defined by at least the outlet, the at least one porous material, and the fluid impermeable layer, such that the porous material forms a fluid path between the first opening and the reservoir.

A urine collecting system, comprising:

• a urine collecting assembly including a body, the body including a proximal end and a at least partially closed distal end, the body defining a first opening at or near the proximal end, the body including:
• a sheath extending from or near the proximal end to or near the at least partially closed distal end, the sheath including at least one fluid impermeable layer, the sheath at least partially defining a reservoir;
• and
• a sump at the at least partially closed distal end of the body, the sump defining an interior volume and including an outlet extending from the interior volume, the sump is distinct and separate from the at least one fluid impermeable layer, the sump attached to the at least one fluid impermeable layer;
• and
• at least one porous material extending from or near the outlet to the proximal end, the at least one porous material adjacent to the fluid impermeable layer;
• a stabilization accessory defining a second opening therethrough, the stabilization accessory comprising:
• a flexible base portion including a bottom surface configured to abut one or more regions about the penis of the user, the base surface including an adhesive, the base portion including a primary attachment portion configured to be attached to a pubic mound of a user and a secondary attachment portion configured to be attached to at least regions of the user on lateral sides of a penis and a scrotum of the user, the base portion exhibits a maximum width measured perpendicular to a longitudinal axis of the body, and wherein the primary attachment portion includes at least a portion of the maximum width, wherein the secondary attachment portion includes an apex forming the minimum width of the stabilization accessory and the minimum width is spaced from and on an opposite side of the second opening from at least a portion of the primary portion including the maximum width, the base portion exhibiting one or more rounded corners;
• and
• a first attachment mechanism distinct from the bottom surface and configured to attach the stabilization accessory to the body;
• and
• wherein the reservoir is defined by at least the outlet, the at least one porous material, and the fluid impermeable layer, such that the porous material forms a fluid path between the first opening and the reservoir.

A urine collecting system, comprising:

• a urine collecting assembly including a body, the body including a proximal end and a distal end, the body defining a first opening at or near the proximal end, the body including:
• a sheath extending from or near the proximal end to or near the distal end, the sheath including at least one fluid impermeable layer, the sheath at least partially defining a reservoir, a portion of the sheath at or near the distal end defines a hole;
• a top porous layer that at least partially covers the hole defined by the sheath;
• a sump at or near the at least partially closed distal end of the body, the sump defining an interior volume and including an outlet extending from the interior volume, the sump is distinct and separate from the at least one fluid impermeable layer, the sump attached to the at least one fluid impermeable layer;
• and
• at least one porous material extending from or near the outlet to the proximal end, the at least one porous material adjacent to the fluid impermeable layer;
• a stabilization accessory attached to the body and defining a second opening therethrough that is aligned with the first opening, the stabilization accessory comprising:
• a base portion including a bottom surface configured to abut one or more regions about the penis of the user, the base surface including an adhesive, the base portion including a primary attachment portion and a secondary attachment portion, the base portion exhibits a maximum width measured perpendicular to a longitudinal axis of the body, and wherein the primary attachment portion includes at least a portion of the maximum width, wherein the secondary attachment portion includes an apex forming the minimum width of the stabilization accessory and the minimum width is spaced from and on an opposite side of the second opening from at least a portion of the primary portion including the maximum width;
• and
• wherein the reservoir is defined by at least the outlet, the at least one porous material, and the fluid impermeable layer, such that the porous material forms a fluid path between the first opening and the reservoir.