Abstract
A system for the treatment of erectile dysfunction includes a pubic pad devised to be worn upon the pubis of a user in conjunction with an inflatable constriction member. The pubic pad creates a mated, airtight seal with the mouth of a vacuum tube. The inflatable constriction member may be inflated via an air tube accommodated within a transverse duct in the pad. Inflation of the constriction member is therefore enabled while the vacuum is instated and after tumesecnce is induced, to sustain maximum engorgement before the vacuum is released. Once the ring is inflated, the vacuum may to be released, the pad removed, leaving the constriction ring in place upon the erect penis to sustain the erection during intercourse.
Claims
1. A system for the treatment of erectile dysfunction comprising: a pubic pad configured to gird a user's penis, said pad having: an aperture; an inner edge; an obverse surface configured to sealably contact the rim of a vacuum tube; and a reverse surface configured to sealably contact the user's body when applying a vacuum to induce an erection; an inflatable constriction member wearable upon the user's penis in conjunction with the pubic pad nested within the aperture of the pubic pad, said inflatable constriction member having a valve connectable to an air tube accommodated under or through the pubic pad; wherein an airtight seal is formable around a rim of the vacuum tube when placed in contact with the pubic pad to increase a relative strength of the vacuum applied to the penis wherein the inflatable constriction member is inflatable after an erection has been induced to constrict blood flow out of the penis before the vacuum has been released and wherein the pubic pad is removable leaving only the constriction member girding the user's penis.
2. The system for the treatment of erectile dysfunction of claim 1 wherein the inflatable constriction member comprises at least one ring.
3. The system for the treatment of erectile dysfunction of claim 2 wherein the at least one ring comprises: a first end and a second end unconnected to the first end; wherein the at least one ring is hoop-shaped and the said ring may be opened for direct application to the user's penis before the said ring is inflated and whereby inflation of the said ring rigidifies the ring in position about the user's penis.
4. The system for the treatment of erectile dysfunction of claim 3 wherein the first end and the second end include connection means by which said first and second end are connectable together.
5. The system for the treatment of erectile dysfunction of claim 2 where the inflatable constriction member comprises a proximal ring and a distal ring interconnected by an inflatable splint.
6. The system for the treatment of erectile dysfunction of claim 5 wherein the proximal ring and the distal ring each comprise: a first end; and a second end unconnected from the first end; wherein the first and second ring are hoop-shaped and each said ring may be opened for direct application to portions of the user's penis before they are inflated whereby inflation of each said ring rigidifies the said rings in position about the user's penis.
7. The system for the treatment of erectile dysfunction of claim 1 wherein the pubic pad comprises a recessed annular surface disposed in the reverse surface, said recessed annular surface disposed to enable accommodation of the inflatable constriction member therein.
8. The system for the treatment of erectile dysfunction of claim 7 wherein the recessed annular surface is devised to accommodate at least one additional element usable upon or in connection with the inflatable constriction ring.
9. A system for the treatment of erectile dysfunction comprising: a pubic pad configured to gird a user's penis, said pubic pad comprising: an elastomeric body having an outer edge and an inner edge disposed circumferentially or perimetrically bounding an aperture; an obverse surface configured to sealably engage with a rim of a vacuum tube to create an airtight seal when the rim is contacted thereagainst; a reverse surface configured to sealably contact the user; a transverse duct disposed from the outer edge of the pubic pad through to the inner edge, said transverse duct configured to accommodate passage of an air tube therethrough; and an elastomeric, inflatable constriction member having a diameter generally less than a diameter of the aperture of the pubic pad, said constriction member comprising: an air valve alignable with the transverse duct for interconnection with the air tube; wherein the pubic pad is wearable in conjunction with the constriction member nested in the aperture; and wherein the constriction member is inflatable after an erection has been induced into the vacuum tube, while a vacuum is instated and before the vacuum is released and wherein the pubic pad is removable leaving only the constriction member in place girding the user's penis.
10. The system for the treatment of erectile dysfunction of claim 9 wherein the inflatable constriction member comprises at least one ring.
11. The system for the treatment of erectile dysfunction of claim 10 wherein the at least one ring comprises: a first end and a second end unconnected to the first end; wherein the at least one ring is hoop-shaped and the said ring may be opened for direct application to the user's penis before the said ring is inflated and whereby inflation of the said ring rigidifies the ring in position about the user's penis.
12. The at least one ring of claim 11 wherein the first end and the second end include connection means whereby the first and the second end are connectable together.
13. The system for the treatment of erectile dysfunction of claim 10 where the inflatable constriction member comprises a proximal ring and a distal ring interconnected by an inflatable splint.
14. The system for the treatment of erectile dysfunction of claim 13 wherein the proximal ring and the distal ring each comprise: a first end; and a second end unconnected from the first end; wherein the first and second ring are hoop-shaped and each said ring may be opened for direct application to portions of the user's penis before they are inflated whereby inflation of each said ring rigidifies the said rings in position about the user's penis.
15. The system for the treatment of erectile dysfunction of claim 9 wherein the pubic pad comprises a recessed annular surface disposed in the reverse surface, said recessed annular surface disposed to enable accommodation of the inflatable constriction member therein.
16. The system for the treatment of erectile dysfunction of claim 15 wherein the recessed annular surface is devised to accommodate an additional element disposed upon or used in conjunction with the inflatable constriction ring.
17. The system for the treatment of erectile dysfunction of claim 15 wherein the transverse channel is configured to be connected to an air pump at the outer edge of the pubic pad and the constriction member seats into the recessed annular surface such that the valve mates with the transverse channel at the inner edge.
Description
BRIEF DESCRIPTION OF THE DRAWINGS
Figures
(1) FIG. 1 is a top elevation view of an example embodiment of a pubic pad.
(2) FIG. 2 is a top elevation view of an example embodiment of the pubic pad in conjunction with an inflatable constriction member having at least one inflatable ring connected with a manual pump.
(3) FIG. 3 is an elevation view of an example embodiment of the pubic pad in-use, worn by the user in conjunction with the inflatable constriction member.
(4) FIG. 4 is an elevation view of an example embodiment of the pubic pad in-use with a vacuum tube applied atop an obverse surface of the pad to induce tumescence.
(5) FIG. 5 is an elevation view of an example embodiment after the constriction member has been inflated and the vacuum released for removal of the vacuum tube.
(6) FIG. 6 is an elevation view of an example embodiment after removal of the pubic pad and disconnection of the air pump.
(7) FIG. 7 is an elevation view of an example embodiment of the inflatable constriction member having a proximal ring and a distal ring interconnected by an inflatable splint.
(8) FIG. 8 is an in-use elevation view of the example embodiment of FIG. 7 worn in conjunction with the pubic pad.
(9) FIG. 9 is an in-use elevation view of the example embodiment of FIG. 8 showing application of the vacuum tube to induce tumescence.
(10) FIG. 10 is an in-use elevation view of the example embodiment of FIG. 9 after inflation of the constriction member and removal of the vacuum tube and pubic pad.
(11) FIG. 11 is an elevation view of an example embodiment of the pubic pad having a recessed annular surface in the reverse side for accommodation of a constriction member having additional elements, such as vibratory units, attached.
(12) FIG. 12 is an elevation view of an example embodiment of a constriction member having a hoop-shaped ring with connectable ends.
(13) FIG. 13 is an elevation view of an example embodiment of the pubic pad illustrating in FIG. 11 that operatively couples with an example embodiment of the constriction member fit into the recessed annular surface.
DETAILED DESCRIPTION OF THE DRAWINGS
(14) With reference now to the drawings, and in particular FIGS. 1 through 12 thereof, example of the instant system for the treatment of erectile dysfunction employing the principles and concepts of the present system for the treatment of erectile dysfunction and generally designated by the reference number 10 will be described.
(15) Referring to FIGS. 1 through 12 example embodiments of the present system for the treatment of erectile dysfunction 10 are illustrated.
(16) FIG. 1 shows a top elevation view of an example embodiment of a pubic pad 20 wearable by a user. In the example embodiment depicted, the pubic pad 20 is devised annularly, however differing shapes are contemplated as within scope of the invention where not departing from the general motivation and performance intended.
(17) The user's penis 100 is placed through aperture 22 so that the pubic pad 20 circumferentially bounds the base of the user's penis 100. Pubic pad 20 is generally positioned upon the pubis of the user to gird the base of the penis 100 (see for example FIG. 3). Pubic pad 20 includes obverse surface 24, reverse surface 26, outer edge 28, and inner edge 30. Transverse duct 32 is disposed from outer edge 28 to inner edge 30 to enable passage (and maintain patency of) air tube 80 (see for example FIG. 2) and, alternatively, airflow (see for example FIG. 13). A bushing, flange, or other annular member (not shown) may be disposed upon the reverse surface 26 to assist in forming sealable contact against the body of the user.
(18) FIG. 2 illustrates the pubic pad 20 disposed in conjunction with an inflatable constriction member 40. In this example embodiment shown, constriction member 40 is a ring. Constriction member 40 includes at least one valve 42, connectable to air tube 80, for operational communication with air pump 500. In the example embodiment depicted, air pump 500 is a handheld, stylized pump, however additional pumps are contemplated as within scope of this invention including, for example, electric pumps, or even pumps operatively coupled with the vacuum tube proper. Constriction member 40 may include a separate pressure release valve (not shown) for manual deflation of the ring. Alternatively, valve 42 may accommodate deflation by manual engagement thereof, or by manual action effected at the pump 500 interconnected therewith, which may control airflow into and out of the constriction member 40, as case may be. Operative coupling of a pressure gauge (not shown) in operational communication with valve 42, to ascertain internal pressure within the constriction member, is also contemplated for use in some embodiments.
(19) As show in FIG. 3, constriction member 40 and pubic pad 20 are worn in conjunction by a user. Constriction member 40 is nested within aperture 22 of pubic pad 20. Obverse surface 24 is devised to provide sealable contact with rim 72 of vacuum tube 70 and may be rendered of any suitable material effective of the same. Example materials contemplated as within scope of this invention, but not intended to be limiting of the same, include silicone, rubber, polymer, elastomer, resin, plastic, or any other rubberlike, polymeric, or elastomeric substance(s) known to sealably contact with a glass, plastic, or polymeric rim of vacuum tube 70.
(20) As shown in FIG. 4, vacuum tube 70 is positionable to contact obverse surface 24 to create an airtight seal with the vacuum tube 70. A vacuum is thence applied to induce tumescence and engorge the penis. Once the vacuum is instated, and tumescence attained, the user may inflate constriction member 40 by action of the interconnected pump 500 to constrict the penis before the vacuum is released. Once constriction member 40 is inflated to a desired pressure, the vacuum may be released and vacuum tube 70 removed. See for example FIG. 5. Air tube 80 is thence disconnectable from the constriction member 40, pubic pad 20 is removable, and the user's penis is exposed with just constriction member 40 in place. See for example FIG. 6.
(21) FIG. 7 illustrates an example embodiment of an inflatable constriction member 40. In this particular embodiment, constriction member 40 includes proximal ring 44, distal ring 46, and inflatable splint 48. Proximal ring 44 is configured for use in a manner generally consistent with the examples already discussed and illustrated above, worn at the base of the penis 100 and inflatable by nesting interior to the aperture 22 of the pubic pad 20 after the vacuum has been instated and the erection attained (see for example FIG. 9). Distal ring 46 is included for installation approximal the glans of a user, to constrict outflow of blood from the glans. As shown in FIG. 8, constriction member 40 is fitted to the user's penis 100 in conjunction with pubic pad 20. Proximal ring 44 is then connected to air tube 80 at valve 42, as in the previous embodiment disclosed. As shown in FIG. 9, once an erection is induced, constriction member 40 may be inflated by action of air pump 500 to rigidify the proximal ring 44, the inflatable splint 48, and the distal ring 46, assist in lengthening the penis 100 during tumescence and constrict the penis 100 at the base and approximal the glans when a maximized tumescence has been induced by application of the strong vacuum. In like manner as previously described, once constriction member 40 has been inflated to a desired pressure, the vacuum may be released and the vacuum tube 70 and pad 20 removed. See for example FIG. 10.
(22) In the example embodiment depicted in FIG. 7, the proximal ring 44 and distal ring 46 are hoop-shaped and open-ended. Each ring 44, 46 therefore includes a first end 50 and a second end 52 that may be connectable together (see for example FIG. 12). In such an embodiment, the constriction member 40 is more easily fitted to the unerect penis. Proximal and distal rings 44, 46 may be attached directly to the penis 100 without the user having to first position the unerect penis 100 through the rings 44, 46. It should be understood that such a hoop-shaped embodiment is contemplated in practice of any ring as may be employed in enabling the constriction member 40 as devised in the present invention 10. In such an embodiment, ends 50, 52 may be connectable together (see for example FIG. 12) or may remain disconnected. Where ends 50, 52 of the ring remain disconnected, the ring may rigidify at pressure and be positionable such that the gap between the ends 50, 52 is situated to accommodate the user's urethra. This may be preferable for enablement of the distal ring 46. However, connection of ends 50, 52 of the ring is also contemplated as within scope of this disclosure, whereby an elastomeric sleeve member 82 may extend from the second end 52 to connect with the first end 50, for example. Additional means of effectuating the connection are contemplated as within the scope of this disclosure, including a tie, a buckle, a hasp, a clip, a belt, a hook and loop portion, or interconnecting members devised to connect together at each of the first and second end, an optionally connectable tie or body or connection means that may be applicable to the ends 50, 52 to draw them together, among other means known in the art. Such interconnection enables securement of the constriction member 40 to the unerect penis at a desired position before and during the application of the vacuum, such as approximal the glans. Nonlimiting examples are shown in FIG. 12.
(23) FIG. 11 depicts an example embodiment of pubic pad 20 having a recessed annular surface 34 disposed in the reverse surface 26 encircling (or, in other potential embodiments, bounding) aperture 22. This recessed annular surface 34 is incorporated to accommodate additional elements 90 as may be used attached to or used in conjunction with constriction member 40, such as vibratory units 92 or stimulation beads 94. In such an embodiment, the obverse surface 24 effectively overhangs aperture 22, whereby the airtight seal with the vacuum tube 70 mouth is enabled and the additional elements 90 are accommodated under the obverse surface 24 in the space above the recessed annular surface 34.
(24) FIG. 13 depicts an alternative embodiment of pubic pad 20 and inflatable constriction member 40. In this embodiment, constriction member 40 seats into recessed annular surface 34 disposed in reverse side 26 of pad 20. Such an arrangement may enable accommodation of constriction member 40 at least partially under obverse surface 24 and therefore creation of a stronger vacuum. Further, in this example embodiment, operative coupling of constriction member 40 to pubic pad 20 is contemplated, whereby valve 42 may be caused to engage with the transverse duct 32 at inner edge 30. Coupling of air pump 500 to the pad 20 at the outer edge 28 may thence enable easier inflation of the inflatable constriction member 40 once the erection has been attained. Decoupling of the pump 500 may be more readily effected, and removal of the pad 20 may disengage operative coupling with the constriction member 40 whereby the valve 42 maintains pressure interior to the constriction member 40.
