Radiotransparent lead assembly for monitoring electrodes

Claim 2

A radiotransparent lead assembly for use with diagnostic equipment and monitoring electrodes including electrically conductive elements thereon, comprising: a molded, substantially non-metallic radiotransparent electrode clip having two opposing members, each of said members having a first end and a second end, the first end of one of said members provided with an electrical contacting element for contacting with the electrically conductive element of the monitoring electrode, said members connected by a flexible bridge, said members extending generally perpendicular to the axis of the electrically conductive element of the monitoring electrode, said second ends being manually operable to separate said first ends for electrical attachment to the monitoring electrode; connector means for electrically connecting the electrode clip to the diagnostic equipment; and a flexible, radiotransparent insulated conductor substantially extending between said contacting element and said connector means for transmitting bioelectric signals therebetween.

Claim 3

The lead assembly as defined in claim 1 wherein said connector means includes a body having slidably mateable end portions thereon.

Claim 4

The lead assembly as defined in claim 2 wherein said slidably mateable end portions include a male portion on one end and a corresponding female portion on the other end, the male portion adapted to be slidably received in the corresponding female portion of an adjacent connector means.

Claim 5

The lead assembly as defined in claim 2 wherein said connector means includes an electrical contacting post projecting outwardly from said body.

Claim 6

The lead assembly as defined in claim 1 wherein said electrical contacting element is electrically connected to said insulated conductor by means of a continuous metallic coating which extends between said element and said conductor.

Claim 7

The lead assembly as defined in claim 5 wherein said metallic coating is a silver metal coating.

Claim 8

The lead assembly as defined in claim 5 wherein said coating is encased within an exterior layer of nonconductive plastic.

Claim 9

The lead assembly as defined in claim 1 wherein said electrical contacting element is made of conductive plastic, said plastic transmitting a bioelectric signal to said insulated conductor.

Claim 10

The lead assembly as defined in claim 8 wherein said conductive plastic is encased within an exterior layer of nonconductive plastic.

Claim 11

A radiotransparent lead assembly for use with diagnostic equipment and monitoring electrodes having an electrically conductive element thereon, comprising: a molded, substantially non-metallic radiotransparent electrode clip having two opposing members, each of said members having a first end and a second end, the first end of one of said members provided with an electrical contacting element for contacting with the electrically conductive element of the monitoring electrode, said members connected by an integral molded flexible bridge, said second ends being manually operable to separate said first ends for electrical attachment to the monitoring electrode; connector means for electrically connecting the electrode clip to the diagnostic equipment, said connector means including a body having slidably mateable end portions thereon, said end portions including a male portion on one end and a corresponding female portion on the other end, said male portion adapted to be slidably received in said corresponding female portion of an adjacent connector means, said body also having an electrical contacting post projecting therefrom; and a flexible, radiotransparent insulated conductor extending between said contacting element and said connector means for transmitting bioelectric signals therebetween, said insulated conductor electrically connected to said contacting element by means of a continuous metallic coating which extends between said element and said conductor.

Claim 12

A radiotransparent lead assembly for use with diagnostic equipment and monitoring electrodes having an electrically conductive element thereon, comprising: a molded, substantially non-metallic radiotransparent electrode clip having two opposing members, each of said members having a first end and a second end, the first end of one of said members provided with an electrical contacting element for contacting with the electrically conductive element of the monitoring electrode, said members connected by an integral molded flexible bridge, said second ends being manually operable to separate said first ends for electrical attachment to the monitoring electrode; connector means for electrically connecting the electrode clip to the diagnostic equipment, said connector means including a body having slidably mateable end portions thereon, said end portions including a male portion on one end and a corresponding female portion on the other end, said male portion adapted to be slidably received in said corresponding female portion of an adjacent connector means, said body also having an electrical contacting post projecting therefrom; and a flexible, radiotransparent insulated conductor extending between said contacting element and said connector means for transmitting bioelectric signals therebetween, said insulated conductor electrically connected to said contacting element by means of a continuous metallic coating which extends between said element and said conductor.

Claim 13

The lead assembly as defined in claim 10 wherein said metallic coating is a silver metal coating.

Claim 14

The lead assembly as defined in claim 10 wherein said coating is encased within an exterior layer of nonconductive plastic.