Abstract:
An absorbent personal care device, such as an interlabial pad, tampon, sanitary pad or liner, or incontinence product adapted to deliver a therapeutic agent to the vaginal epithelium for systemic and topical treatment, the tampon including absorbent material and a formulation including a therapeutic agent, wherein the therapeutic agent is a botanical. The botanical may be, but is not limited to, Agnus castus, aloe vera, comfrey, calendula, dong quai, black cohosh, chamomile, evening primrose, Hypericum perforatum, licorice root, black currant seed oil, St. John's wort, tea extracts, lemon balm, capsicum, rosemary, Areca catechu, mung bean, borage seed oil, witch hazel, fenugreek, lavender, soy, heath, cranberries, blueberries, azaleas, red onion skin, short red bell peppers, long red bell peppers, beet root extract, capsanthin, whortleberry, lingenberry, chokeberry, sweet rowan, rowanberry, seabuckhrouberry, crowberry, strawberries, or gooseberries.
Abstract:
The present invention relates to an insertion device formed of a tubular element capable of substantially containing an insertable element. The tubular element has an insertion end and a gripper end. The gripper end has a plurality of finger-accepting apertures. These apertures are dimensioned to accept a portion of a user's finger. This device is particularly useful in a tampon applicator tube which has a high-gloss outer surface.
Abstract:
A shortened tampon applicator of the telescoping tube type employs an ejector tube to store a tampon at its distal end and an outer tube disposed by a slip fit thereover. Directionally-locking inward flaps fixed within the distal end of said outer tube engage the distal end of the tampon stored in the ejector tube thus securing the latter relative to said outer tube while permitting only distal expulsion therefrom. The ejector tube advantageously has inwardly biased short stubby fingers at its distal end which catch behind the proximal end of the tampon. Preferably, the applicator tubes are both molded form soft plastic and have an improved restraining means for interlocking the two tubes. This means comprises a stopping ring and a shorter adjacent inner stabilizing ring positioned to project from the inner surface of the outer tube at its proximal end and an axially overlapping a third ring of ribs positioned around the outer surface of the ejector tube near its distal end. The positioning and shape of the stabilizing third ring relative to the other two rings serve to decrease wobble and to increase the tube interlock strength, among other advantages.
Abstract:
A tampon pack, in particular for female hygiene, as indicated, which consists of a tampon applicator (1) having an applicator shell (2) and a plunger (3) telescopically mounted therein to be axially movable, and of a tampon (4) which is located in the applicator shell (2), has a withdrawal cord (5) and can be pushed out of the applicator shell (2) by means of the plunger (3), a flexible packaging film (6) being provided in the region of the introduction end (7) of the tampon (4) and being held on the applicator shell (2). The special point of the tampon pack is that the packaging film (6) surrounds substantially the entire surface of the tampon (4), is made to be substantially impermeable to water vapor and is provided, on the inside facing the tampon (4), with a coating having a high coefficient of sliding friction. An increase in the volume of the tampon, caused by moisture absorption during the storage period, is thereby prevented and/or alleviated on all sides, and it is ensured that the tampon (4) can easily be pushed out of the applicator shell (2). Moreover, packaging material is saved by this type of wrapping the tampon (4). (FIG. 1).
Abstract:
This invention relates to a tampon applicator. More particularly, this invention relates to an application system for hygienic introduction of a tampon which comprises a substantially cylindrical outer sleeve, a substantially cylindrical inner sleeve displaceable therein having an outer diameter substantially the same as the inner diameter of the outer sleeve and a flanged end, and a substantially cylindrical tampon, wherein (a) the front end of the outer sleeve is a conically rounded lamellar shutter means consisting of a ring of tulip-shaped lamellae abutting a circumferential groove acting as a hinge means, the shutter means being normally closed and opening during ejection of the tampon; (b) the outer sleeve consists of a high-gloss, plastic-coated paper, said paper being coated on the outer surface and said coated paper being readily water degradable or water dispersible; (c) the inner sleeve is comprised of water degradable or water dispersible paper; (d) the inner surface of the outer sleeve and the outer surface of the inner sleeve have co-efficients of friction such that they do not readily slide without applied pressure but on application of slight manual pressure readily slide, thus facilitating the opening of the lamellar shutter means and ejection of the tampon; (e) the outer sleeve has a grip in the form of a scoring; (f) said inner sleeve has substantially the same length as the outer sleeve; and (g) the outer sleeve, inner sleeve, and tampon form with the closed lamellar shutter means at the front end of the tampon a substantially closed system.
Abstract:
A tampon applicator comprises an outer cylinder containing an absorber and first and second inner cylinders for pushing out the absorber, wherein the first inner cylinder is fitted slidably into the outer cylinder, the second inner cylinder is fitted slidably into the first inner cylinder, and the second inner cylinder is provided on the outer surface thereof with a projection(s) having means for significantly changing the size thereof in the radial direction, which projection(s) is(are) kept in the first inner cylinder before use but serve to transmit a pushing-out pressure to the first inner cylinder at the time of the application.
Abstract:
A tampon inserter is disclosed having a tubular front barrel member including an insertion tip formed from a plurality of triangular-shaped segments which converge to a predetermined desired shape to aid insertion. The cross-sectional wall thickness of the tubular portion of the barrel member and insertion tip are tailored to provide a relatively high strength side wall and a relatively flexible and supple insertion tip such that insertion is facilitated and a tampon may be ejected at an acceptable tampon ejection pressure.
Abstract:
The combination in which an absorbent tampon in compressed selfsustaining form and having a detachable inserter rod seated in its base is frictionally engaged with an outer inserter tube having a tapered insertion-aiding forward end. The tampon is of substantially uniform diameter which is not greater than the inner diameter of the tube, except for the presence of at least one small protuberance on its circumference. The protuberance is of sufficient magnitude to provide the tampon body at the point of the protuberance with a diameter slightly greater than the inner diameter of the tube, and is adapted to provide sufficient frictional resistance to prevent disassociation of the tampon and the tube during shipping and handling while permitting easy ejection and radial orientation when the combination is used for tampon insertion.
Abstract:
A three-ply, laminated tube structure for use in the fabrication of tampon applicator devices or the like typically comprising an external tube for carrying the tampon and an internal, tamponejecting tube slidably received in the external tube. The tube structure is particularly advantageous for use as stock material in the manufacture of external applicator tubes of the type having a folded, tapered forward end which opens by unfolding during ejection of the tampon. The structure includes a glazed tissue inner ply having a relatively high fold endurance, a thin outer ply made of high quality, high strength paper having an extremely smooth coating on the exterior surface, and a relatively thick intermediate ply of short-fibered, porous, blotter-type paper having negligible fold endurance and interposed between and bonded to the inner and outer plies by a brittle, water soluble adhesive. The rear extremity of the external tube is provided with a reenforcing and gripping ring made from relatively heavy tube stock. The internal, tamponejecting tube of the applicator device may be formed from three ply tube stock similar to that used for the external tube.
Abstract:
1,116,742. Applicators for catamenial tampons. DR. CARL HAHN KOMM. GES. 29 July 1965 [4 Aug., 1964; 31 Dec., 1964], No. 32483/65. Heading A5R. In a catamenial tampon applicator comprising a tubular shell in which is slidably mounted an ejector for a tampon which is housed within one longitudinal region of the shell, one end of the ejector is disposed ad jacent one end of the tampon, the other end of the ejector protrudes from the shell by a dis tance which is approximately equal to the length of the tampon, and the tampon is gripped for retention by the shell over a part only of the longitudinal surface of the tampon. The region of the shell which houses the tampon may be uniform in interior size along its length but have an interior cross-section which differs in shape from the cross-section of the tampon the tampon thereby being gripped for retention by the shell at circumferentially-spaced "lands" formed on the internal surface of the shell; the shell may be externally cylindrical. As illustrated in Figures 1, 2 and 3, a tampon applicator comprises a tubular shell 2 which has a non-circular internal cross-section presenting internal "lands" 2a, 2b and 2c in the region housing the tampon 1 and internal "lands" 2d, 2e and 2f in the region housing part of the ejector 3 which is circular in crosssection and through which passes a drawstring 4 attached to the tampon; as illustrated in Figures 4 and 7 (not shown), the longitudinal region of the shell which houses the tampon is shaped to present two "lands" and four "lands," respectively. If desired, the "lands" may be present only at longitudinally-spaced portions of the shell, the interior cross-section of the shell being non-circular at these portions and circular at positions intermediate these portions. Alternatively, the region of the shell which houses the tampon may have an interior crosssection which is smaller at the portion surrounding the withdrawal end of the tampon than at the portion surrounding the other end of the tampon, the tampon thereby being gripped for retention by the shell only at its withdrawal end. As illustrated in Figure 15, the internal surface of the region of shell 20 which houses the tampon is frusto-conical, tampon 1 being gripped only at its withdrawal end 1a by the adjacent end 20a of the shell the expulsion end of which preferably has a rounded edge 20c; ejector 3 may be spot glued to the shell. As illustrated in Figure 16, the internal surface of the region of shell 25 which houses the tampon is in the form of the frustrum of a cone 25b the apex of which is continued as an integral coaxial cylinder 25a, tampon 1 being gripped only at its withdrawal end 1a by the adjacent internally cylindrical portion of the shell the expulsion end of which preferably has a rounded edge 25c; ejector 26 may be formed with dimples 26a which engage with inwardlydirected pips 25d formed on the adjacent portion of the shell. As illustrated in Figure 17, the internal surface of the region of shell 27 which houses the tampon is in the form of a stepped cylinder, tampon 1 being gripped only at its withdrawal end 1a by small diameter portion 27a of the shell the large diameter portion 27b of which preferably has a rounded edge 27c; the end of ejector 28 adjacent the tampon may be formed with an inwardly-directed flange 28a to present a larger surface for engaging the tampon. In the embodiments of the invention illustrated in Figures 16 and 17, the interior cross-section of the portion of the shell which grips the tampon may be circular or non - circular, for example may be formed to present "lands" as in the embodiment of the invention illustrated in Figure 3. The ejector may have a circular cross-section, see Figure 2, or a non-circular cross-section having at least one re-entrant portion, see Figure 8 (not shown); as illustrated in Figure 14 (not shown), the ejector consists of a single sheet of paper with zig-zag folds, the ends of the sheet loosely overlapping each other. Alternatively the ejector may comprise three or more radially disposed longitudinally extending blades which bear against the inner surface of the ap plicator shell; such an ejector either may have a solid cross-section or may be formed with a central cavity extending throughout its length. In the former construction, the ejector may be made of a cellulose rope preferably impregnated with a strengthener, see Figure 9 (not shown); in the latter construction, the ejector either may be formed from a single folded sheet of paper the ends of which are connected together by glue and/or with the aid of perforations, see Figures 12 and 13 (not shown). or may consist of a number of sheets of paper connected together by glue and/or with the air of perforations. the number of sheets corresponding to the number of blades which bear against the applicator shell, see Figures 10 and 11 (not shown). The shell, which preferably is elastically deformable, may be made of paper, at least that part of the shell which houses the tampon being rendered air- and water-tight, for example by lining the shell with a metal foil (for example aluminium foil), a wax (for example paraffin wax), a silicone, a synthetic plastics material, or a mixture of a synthetic plastics material and a silicone; such as a lining reduces the frictional resistance between the tampon and the shell. Alternatively, both the shell and the ejector may be made of a plastics material.