Abstract: A urinary incontinence device for alleviating female urinary incontinence is disclosed. The device includes a resilient member and a non-absorbent positioned adjacent to the resilient member. The non-absorbent is constructed from a fibrous material. The resilient member and the non-absorbent are rolled into a softwind having a first end, a second end, a first end diameter and a second end diameter. The resilient member is located adjacent to the second end of the softwind such that the second end diameter is larger than the first end diameter. The softwind is radially compressed into a pledget having an initial diameter, an insertion end, a trailing end and a uniform cross-sectional area therebetween. The insertion end is capable of expanding radially outward about 1.2 to about 10 times the initial diameter and the resilient member is capable of providing a supportive backdrop for a woman's urethra when inserted into a woman's vagina.

Abstract: A urinary incontinence device for alleviating female urinary incontinence is disclosed. The urinary incontinence device includes a resilient member and a non-absorbent positioned adjacent to the resilient member. The non-absorbent is constructed from a fibrous material wherein the fibers do not absorb significant quantities of moisture within the fibers. The resilient member and the non-absorbent are rolled into an elongated softwind with the resilient member located adjacent to an end thereof. The softwind has a larger diameter at one end. The softwind is then radially compressed into an elongated pledget having an insertion end, a trailing end and a uniform cross-sectional area therebetween. The resilient member is capable of expanding the insertion end of the pledget to provide a supportive backdrop for a woman's urethra when inserted into a woman's vagina.

Abstract: A method of forming a urinary incontinence device for alleviating female urinary incontinence is disclosed. The method includes the steps of forming a resilient member and a non-absorbent. The resilient member has a side edge and the non-absorbent has a first surface and a side edge. The resilient member is positioned adjacent to the first surface of the non-absorbent. The side edge of the resilient member is aligned with the side edge of the non-absorbent. The resilient member and the non-absorbent are then rolled into a softwind having a non-uniform cross-sectional configuration. The softwind is compressed into a pledget having a uniform cross-sectional configuration. A withdrawal string is then secured to the pledget to form a urinary incontinence device.