Vaginal electrode with snap-on electrode pad and method for preparing electrode for use

Claim 2

A vaginal electrode, including: a carrier for insertion into a vagina, comprising; an elongated member having an exterior surface; at least two first conductive fastener sections mounted to the elongated member and communicating with the exterior surface, each first conductive fastener section including a plurality of fasteners arranged in a ring around the elongated member; and leads for coupling electrical energy to the first conductive fastener sections; and an electrode pad removably mounted to the carrier, including: a generally rectangular flexible pad member conformable to the elongated member by wrapping around the elongated member so that a vaginal contact surface is facing outward and a carrier contact surface is facing inward, and so that first and second side edges are adjacent one another; at least two electrically isolated electrode sections on the vaginal contact surface of the pad member; and at least two second conductive fastener sections, each mounted to the pad in electrical contact with one of the electrode sections and communicating with the carrier contact surface, each of the second conductive fastener sections including a plurality of fasteners arranged in a band and cooperable with the fasteners of the first fastener sections to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 3

The vaginal electrode of claim 1 wherein the elongated member includes a tubular member having a generally circular cross sections and an interior surface.

Claim 4

The vaginal electrode of claim 2 wherein the carrier further includes: a conductive member coupling the fasteners of each section.

Claim 5

The vaginal electrode of claim 3 and further including a fluid resistant polymer coating over the conductive members.

Claim 6

The vaginal electrode of claim 1 wherein the elongated tubular member includes a plurality of apertures therethrough.

Claim 7

The vaginal electrode of claim 5 wherein the apertures are arranged circumferentially around the elongated tubular member and between adjacent sets of first conductive fastener sections.

Claim 8

The vaginal electrode of claim 5 wherein the elongated tubular member includes a plastic tubular member.

Claim 9

The vaginal electrode of claim 1 wherein each of the first and second conductive fastener sections is formed by a plurality of snap fasteners.

Claim 10

The vaginal electrode of claim 1 wherein the electrically isolated electrode sections of the pad member are arranged on the vaginal contact surface so as to be positioned adjacent the first conductive fastener sections when the electrode pad is mounted to the carrier.

Claim 11

The vaginal electrode of claim 1 wherein the electrode sections include conductive polymer sections.

Claim 12

The vaginal electrode of claim 10 and further including nonconductive polymer sections between the electrode sections.

Claim 13

A vaginal electrode, including: a carrier for insertion into a vagina, comprising: an elongated tubular member having a generally circular cross section and an exterior surface, the tubular member having a length and an outer circumference; a plurality of sets of conductive first snap fastener sections mounted to and arranged about the tubular member and communicating with the exterior surface; and leads for coupling electrical energy to the sets of first snap fastener sections; and an electrode pad removably wrapped around and secured to the carrier; comprising: a flexible pad member conformable to the elongated tubular member and having a vaginal contact surface and a carrier contact surface, the flexible pad member being generally rectangular with first and second side edges and first and second end edges, a length approximately equal to the length of the tubular member, and a width approximately equal to the circumference of the tubular member so that the first and second side edges are adjacent one another when the pad member is wrapped around the tubular member; a plurality of electrode sections arranged on the vaginal contact surface of the pad member so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier; and a plurality of sets of conductive second snap fastener sections releasably cooperable with the first snap fastener sections, the fastener sections of each set in electrical contact with one of the electrode sections and communicating with the carrier contact surface to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 14

A vaginal electrode, including: a carrier for insertion into a vagina, comprising: an elongated tubular member having a generally circular cross section and an exterior surface, the tubular member having a length and an outer circumference; a plurality of sets of conductive first snap fastener sections mounted to and arranged about the tubular member and communicating with the exterior surface; and leads for coupling electrical energy to the sets of first snap fastener sections; and an electrode pad removably wrapped around and secured to the carrier; comprising: a flexible pad member conformable to the elongated tubular member and having a vaginal contact surface and a carrier contact surface, the flexible pad member being generally rectangular with first and second side edges and first and second end edges, a length approximately equal to the length of the tubular member, and a width approximately equal to the circumference of the tubular member so that the first and second side edges are adjacent one another when the pad member is wrapped around the tubular member; a plurality of electrode sections arranged on the vaginal contact surface of the pad member so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier; and a plurality of sets of conductive second snap fastener sections releasably cooperable with the first snap fastener sections, the fastener sections of each set in electrical contact with one of the electrode sections and communicating with the carrier contact surface to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 15

The vaginal electrode of claim 12 wherein the elongated tubular member includes a plastic tubular member.

Claim 16

The vaginal electrode of claim 12 and including a conductive member coupling the first snap fastener sections of each set of conductive first snap fastener sections.

Claim 17

The vaginal electrode of claim 14 and further including a fluid resistant polymer coating over the conductive members.

Claim 18

The vaginal electrode of claim 12 wherein the sets of conductive first snap fastener sections are arranged circumferentially around the elongated tubular member.

Claim 19

The vaginal electrode of claim 12 wherein the elongated tubular member includes a plurality of apertures therethrough.

Claim 20

The vaginal electrode of claim 17 wherein the apertures are arranged circumferentially around the elongated tubular member and between adjacent sets of conductive first snap fastener sections.

Claim 21

The vaginal electrode of claim 12 wherein the electrically isolated electrode sections of the pad member are arranged on the vaginal contact surface so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier.

Claim 22

The vaginal electrode of claim 19 wherein the electrode sections of the pad member include conductive polymer strips.

Claim 23

The vaginal electrode of claim 20 and further including nonconductive polymer sections between the electrode sections.

Claim 24

A vaginal electrode pad configured to be removably wrapped around and secured to a generally cylindrical vaginal electrode carrier having first conductive fastener sections, including: a flat, generally rectangular flexible pad member having first and second side edges and first and second side ends, the pad member being sufficiently flexible to wrap around and conform to the electrode carrier so that the first and second side edges are adjacent one another, and the pad member having a vaginal contact surface and carrier contact surface; at least two electrically isolated electrode sections on the vaginal contact surface of the pad member, the electrode sections extending as generally parallel bands between the first and second side edges; and at least two second conductive fastener sections, each mounted to the pad in electrical contact with one of the electrode sections and communicating with the carrie contact surface, the conductive fastener sections cooperable with the first conductive fastener sections to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 25

A vaginal electrode pad configured to be removably wrapped around and secured to a generally cylindrical vaginal electrode carrier having first conductive fastener sections, including: a flat, generally rectangular flexible pad member having first and second side edges and first and second side ends, the pad member being sufficiently flexible to wrap around and conform to the electrode carrier so that the first and second side edges are adjacent one another, and the pad member having a vaginal contact surface and carrier contact surface; at least two electrically isolated electrode sections on the vaginal contact surface of the pad member, the electrode sections extending as generally parallel bands between the first and second side edges; and at least two second conductive fastener sections, each mounted to the pad in electrical contact with one of the electrode sections and communicating with the carrie contact surface, the conductive fastener sections cooperable with the first conductive fastener sections to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 26

The vaginal electrode pad of claim 22 wherein the isolated electrode sections of the pad member include conductive polymer strips.

Claim 27

The vaginal electrode of claim 23 and further including nonconductive polymer strips separating the conductive polymer strips.

Claim 28

A vaginal electrode pad that can be removably wrapped around and secured to sets of conductive first snap fastener sections mounted in parallel bands to a vaginal electrode carrier, including: a flexible pad member having a vaginal contact surface and a carrier contact surface the pad member having first and second side edges and first and second ends, the pad member being sufficiently flexible to wrap around the carrier so that the first and second side edges are adjacent one another; a plurality of electrode sections arranged on the vaginal contact surface of the pad member so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier, the electrode selections being generally parallel bands extending between the first and second side edges; and a plurality of sets of conductive second snap fastener sections releasably cooperable with the first snap fastener sections, the fastener sections of each set in electrical contact with one of the electrode sections and communicating with the carrier contact surface to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 29

A vaginal electrode pad that can be removably wrapped around and secured to sets of conductive first snap fastener sections mounted in parallel bands to a vaginal electrode carrier, including: a flexible pad member having a vaginal contact surface and a carrier contact surface the pad member having first and second side edges and first and second ends, the pad member being sufficiently flexible to wrap around the carrier so that the first and second side edges are adjacent one another; a plurality of electrode sections arranged on the vaginal contact surface of the pad member so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier, the electrode selections being generally parallel bands extending between the first and second side edges; and a plurality of sets of conductive second snap fastener sections releasably cooperable with the first snap fastener sections, the fastener sections of each set in electrical contact with one of the electrode sections and communicating with the carrier contact surface to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 30

The vaginal electrode of claim 25 wherein the electrically isolated electrode sections of the pad member are arranged on the vaginal contact surface so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier.

Claim 31

The vaginal electrode pad of claim 26 wherein the isolated electrode sections of the pad member include conductive polymer strips.

Claim 32

The vaginal electrode of claim 27 and further including nonconductive polymer strips separating the conductive polymer strips.

Claim 33

A vaginal electrode carrier for supporting a vaginal electrode pad having at least two second conductive fastener sections mounted to the pad and in electrical contact with at least two electrically isolated electrode sections on the electrode pad for contact with a vagina, including: an elongated tubular member having an exterior surface and having a plurality of apertures therethrough; at least two first conductive fastener sections mounted to the elongated member and communicating with the exterior surface, the first conductive fastener sections cooperable with the second fastener sections of the electrode pad to removably secure the pad to the carrier and couple electrical energy to the electrode sections; leads for coupling electrical energy to the first conductive fastener sections.

Claim 34

A vaginal electrode carrier for supporting a vaginal electrode pad having at least two second conductive fastener sections mounted to the pad and in electrical contact with at least two electrically isolated electrode sections on the electrode pad for contact with a vagina, including: an elongated tubular member having an exterior surface and having a plurality of apertures therethrough; at least two first conductive fastener sections mounted to the elongated member and communicating with the exterior surface, the first conductive fastener sections cooperable with the second fastener sections of the electrode pad to removably secure the pad to the carrier and couple electrical energy to the electrode sections; leads for coupling electrical energy to the first conductive fastener sections.

Claim 35

The vaginal electrode carrier of claim 29 wherein the carrier further includes: a plurality of sets of first conductive fastener sections; and a conductive member coupling the first conductive fastener sections of each set.

Claim 36

The vaginal electrode carrier of claim 30 wherein the sets of first conductive fastener sections are arranged circumferentially around the elongated tubular member.

Claim 37

The vaginal electrode carrier of claim 30 and further including a fluid resistant polymer coating over the conductive members.

Claim 38

The vaginal electrode carrier of claim 29 wherein the apertures are arranged circumferentially around the elongated tubular member and between adjacent sets of first conductive fastener sections.

Claim 39

The vaginal electrode carrier of claim 29 wherein the elongated tubular member includes a plastic tubular member.

Claim 44

A vaginal electrode, including: a carrier for insertion into a vagina, comprising: an elongated plastic tubular member having a generally circular cross section and an exterior surface; a plurality of sets of conductive first snap fastener sections mounted to and arranged about the tubular member and communicating with the exterior surface; and leads for coupling electrical energy to the sets of first snap fastener sections; and an electrode pad removably wrapped around and secured to the carrier; the pad comprising: a flexible pad member conformable to the elongated tubular member and having a vaginal contact surface and a carrier contact surface; a plurality of electrode sections arranged on the vaginal contact surface of the pad member so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier; and a plurality of sets of conductive second snap fastener sections releasably cooperable with the first snap fastener sections, the fastener sections of each set in electrical contact with one of the electrode sections; and communicating with the carrier contact surface to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.

Claim 45

A vaginal electrode, including: a carrier for insertion into a vagina, comprising: an elongated plastic tubular member having a generally circular cross section and an exterior surface; a plurality of sets of conductive first snap fastener sections mounted to and arranged about the tubular member and communicating with the exterior surface; and leads for coupling electrical energy to the sets of first snap fastener sections; and an electrode pad removably wrapped around and secured to the carrier; the pad comprising: a flexible pad member conformable to the elongated tubular member and having a vaginal contact surface and a carrier contact surface; a plurality of electrode sections arranged on the vaginal contact surface of the pad member so as to be positioned adjacent the sets of first snap fastener sections when the pad member is wrapped around the carrier; and a plurality of sets of conductive second snap fastener sections releasably cooperable with the first snap fastener sections, the fastener sections of each set in electrical contact with one of the electrode sections; and communicating with the carrier contact surface to removably secure the electrode pad to the carrier and couple electrical energy to the electrode sections.