Abstract: An applicator for urinary incontinence devices has an insertion barrel, a deployment plunger, and an adjustable insertion depth indicator. The applicators are useful to correct for a consumer's body mass index to ensure that urinary incontinence devices are placed in the appropriate position to be effective.

Abstract: An applicator for intravaginal devices includes an elongate handle, an insertion sleeve, and an intravaginal device support member. The elongate handle has an open first end that defines a cavity extending into the handle. The insertion sleeve extends from the open first end of the handle; it is arranged and configured to slide into the cavity of the handle and to accommodate an intravaginal device; and it has associated therewith a trigger. The intravaginal device support member is disposed in the cavity of the handle; it is operatively connected to the handle; and it has a bearing surface disposed proximate the open first end of the handle. The applicators are useful to ensure that intravaginal devices are placed in the appropriate position to be effective.

Abstract: A method and system for applying an adhesive/superabsorbent mixture to a substrate, the method and system being adapted for heating an adhesive and superabsorbent polymer mixture to a first temperature at a first pressure, the first temperature being less than the boiling temperature of said mixture at the first pressure; heating the mixture through a heat exchanger at a second pressure, the second pressure being higher than the first pressure, the heat exchanger being adapted to raise the temperature of the mixture to a second temperature that is higher than the first temperature; and selectively applying the mixture to a substrate.

Abstract: An applicator for delivering an insertable device into a body cavity includes (a) a barrel having an insertion end and an opposed gripper end, (b) a lubricant carrier operatively linked to the barrel (c) a fluid lubricant in fluid communication with lubricant carrier, and optionally (d) a plunger arranged and configured to be moveable within the barrel to expel the insertable device from the barrel and into a body cavity. The barrel is arranged and configured to contain the insertable device. The applicator may be included in a packaged applicator system.

Abstract: An absorbent device for insertion into a vaginal cavity, the absorbent device having an absorbent body and an indicator structure arranged and configured within the absorbent body, the indicator structure having a resilient member maintained in a strained configuration by a restraint; wherein the resilient member is capable of reverting to a relaxed configuration upon the weakening of the restraint and the restraint weakens upon exposure to moisture.

Abstract: A sanitary napkin has a strip that extends rearwardly to reside in the intergluteal crevice. The pad is sized and configured to fit snugly against the wearer's body without penetrating the vaginal orifice. The strip provides improved body contact thus providing similar protection with a smaller pad and a discretion benefit to the user. The invention provides various alternative mechanisms for varying the length of the strip by the user.

Abstract: A method for separating a supply of material into distinct sections of material, while controlling the position and orientation of these distinct sections during further manipulation in a continuous process is disclosed. The method includes forming a line of weakness comprising perforations and scores extending substantially from the first edge to the second edge and applying a force substantially parallel to the length of the web sufficient to separate an individual sheet from the web at the line of weakness.

Abstract: A power toothbrush has an elongated body defining a handle and containing a power source, a stepper motor and an electronic controller; an elongated housing having bristles at the end thereof, and structure for operatively connecting the output shaft of the stepper motor to the housing. The stepper motor provides rotary oscillating motion which is transmitted to the housing which carries the bristles.

Abstract: An applicator system for delivering an object into mammalian body cavity and a method for delivering the object are disclosed. The applicator includes a tubular insertion member having a perimeter and an expulsion member, which is slideably fitted within the insertion member and linearly-biased. The expulsion member extends out of the gripper end of the insertion member and is restrained proximate the outer surface of the insertion member. The perimeter of the folded applicator about both the insertion and expulsion members is of similar length to that of the insertion member. The method includes the steps of releasing the expulsion member from restraint such that it extends rearwardly from the insertion member, inserting the insertion member into the body cavity, applying force on the expulsion member, expelling the object into the body cavity, and removing the insertion portion of the applicator.

Abstract: The present invention is directed to a topographical support member which is useful for-producing nonwoven fabrics or apertured plastic films. The topographical support member is a rotatable hollow cylindrical tube having a substantially smooth surface and plurality of apertures therethrough. A substantial portion of the surface of the topographical support member has an ion beam deposited coating, the coating being highly adherent and exhibiting improved wear resistance relative to uncoated topographical support surfaces. The coating layer is deposited on the support member by a beam of ions containing two or more of the elements of C, Si, H, O, or N.

Abstract: An improved apparatus and method compresses a cylindrical blank into a tampon which is dimensionally stable and which is provided with a domed insertion end. A cylindrical blank is radially compressed and then introduced into a cylindrical axial compression chamber. The blank is then subjected to an extreme axial overcompression. The closed insertion end of the compression chamber has a bore formed therethrough. The bore is generally coaxial and is adapted to accept a reciprocating ejection ram having a ram surface facing into the chamber. When the ram is seated in the first position, the ram surface and the insertion end wall of the compression chamber together form a smooth doming surface. The bore periphery is of a smaller diameter than the chamber and hence radially spaced from the side walls of the chamber, and the ram has sufficient clearance to move through the chamber and eject the tampon without interference from the walls of the chamber.

Abstract: The present invention relates to an intravaginal catamenial device having a distensible member for sealingly engaging walls of a vagina. Inflating the distensible member provides immediate expansion after insertion into the vagina, thereby minimizing the potential for any by-pass leakage of bodily fluids. The device of the present invention employs a valve mechanism capable of two-way fluid communication that enables both inflation and deflation of the device. The distensible member may be of any shape that is useful for blocking and/or collecting bodily fluids.

Abstract: The absorbent structure of the invention has a substantially continuous absorbent web having an absorbent layer and a transfer layer. The transfer layer includes a nonabsorbent material and is capable of transferring liquids which it receives to the absorbent layer. The first and second edges of the absorbent web are coiled to form side walls, and the side walls form a trough therebetween. The top, trough-containing surface provides a natural trough in the space between the side walls for receiving and holding large gushes of body fluid until they can be absorbed by or dispersed into the rest of the structure.

Abstract: An improved apparatus and method compresses a cylindrical blank into a tampon which is dimensionally stable and which is provided with a domed insertion end. A cylindrical blank is radially compressed and then introduced into a cylindrical axial compression chamber. The blank is then subjected to an extreme axial overcompression. The closed insertion end of the compression chamber has a bore formed therethrough. The bore is generally coaxial and is adapted to accept a reciprocating ejection ram having a ram surface facing into the chamber. When the ram is seated in the first position, the ram surface and the insertion end wall of the compression chamber together form a smooth doming surface. The bore periphery is of a smaller diameter than the chamber and hence radially spaced from the side walls of the chamber, and the ram has sufficient clearance to move through the chamber and eject the tampon without interference from the walls of the chamber.

Abstract: The absorbent structure of the invention has a substantially continuous absorbent web having an absorbent layer and a transfer layer. The transfer layer includes a nonabsorbent material and is capable of transferring liquids which it receives to the absorbent layer. The first and second edges of the absorbent web are coiled to form side walls, and the side walls form a trough therebetween. The top, trough-containing surface provides a natural trough in the space between the side walls for receiving and holding large gushes of body fluid until they can be absorbed by or dispersed into the rest of the structure.

Abstract: A wrapped cylindrical body such as a catamenial tampon is provided with a wrapper which will maintain the body clean and dust and moisture proof and can easily be opened. Specifically, the cylindrical body is wrapped in a wrapper having perforations arranged in a pattern whereby almost the entire wrapper can be removed in one motion without the need for pulling substantial quantities of wrapping from the ends of the cylindrical body. Further, the wrapper provides no open path for dust and other contaminants to reach the wrapped product. These advantages are achieved by providing two perforated zones in the wrapping material, double wrapping the cylindrical body and having the perforations of each of the zones offset so as to close any path into the product. The zones are located so as to overlie each other when the product is wrapped and are adhered together whereby essentially the entire product may be unwrapped in a single unwrapping operation.