Connecting arrangement with a connector and mating element and a cable with electrical and optical properties

Claim 2

A connecting arrangement comprising a connector with a mating element that fits on the connector; a cable connectable to said connector and said mating element; said cable having at least one electrically conducting core; a light-transmitting electrical insulating layer surrounding said core; said connector and said mating element each having at least one electrical contact and one optical contact; said connector and said mating element being optically coupled for light transmission between said connector and said mating element at a location where said insulating layer lies against said connector, said connector and said mating element conducting both electrical and optical signals.

Claim 3

A connecting arrangement as defined in claim 1, including an optical coupling between said connector and said insulating layer, said connector being in contact with said insulating layer over a predetermined area, said insulating layer being transparent over said area for coupling optically said connector with said insulating layer in said optical coupling.

Claim 4

A connecting arrangement as defined in claim 1, including an optical coupling between said mating element and said insulating layer, said mating element being in contact with said insulating layer over a predetermined area, said insulating layer being transparent over said area for coupling optically said mating element with said insulating layer in said optical coupling.

Claim 5

A connecting arrangement as defined in claim 2, including optically conductive material in said connector over said area of contact between said connector and said insulating layer in said optical coupling.

Claim 6

A connecting arrangement as defined in claim 3, including optically conductive material in said mating element over said area of contact between said mating element and said insulating layer in said optical coupling.

Claim 7

A connecting arrangement as defined in claim 4, wherein said optical coupling is cylindrical.

Claim 8

A connecting arrangement as defined in claim 5, wherein said optical coupling is cylindrical.

Claim 9

A connecting arrangement as defined in claim 4, wherein said optical coupling has the same cross-section as said insulating layer.

Claim 10

A connecting arrangement as defined in claim 5, wherein said optical coupling has the same cross-section as said insulating layer.

Claim 11

A connecting arrangement as defined in claim 4, wherein said optical coupling has an end facing said cable with a cross-section smaller than the cross-section of said insulating layer.

Claim 12

A connecting arrangement as defined in claim 5, wherein said optical coupling has an end facing said cable with a cross-section smaller than the cross-section of said insulating layer.

Claim 13

A connecting arrangement as defined in claim 4, wherein said optical coupling has an end facing said cable with a cross-section larger than the cross-section of said insulating layer.

Claim 14

A connecting arrangement as defined in claim 5, wherein said optical coupling has an end facing said cable with a cross-section larger than the cross-section of said insulating layer.

Claim 15

A connecting arrangement as defined in claim 4, wherein said optical coupling has a lens-shaped surface facing said cable.

Claim 16

A connecting arrangement as defined in claim 5, wherein said optical coupling has a lens-shaped surface facing said cable.

Claim 17

A connecting arrangement as defined in claim 4, wherein an optical transmitter or receiver is connectable to said optical coupling.

Claim 18

A connecting arrangement as defined in claim 5, wherein an optical transmitter or receiver is connectable to said optical coupling.

Claim 19

A connecting arrangement as defined in claim 1, including a housing mounting selectively said connector and said mating element.

Claim 20

A connecting arrangement as defined in claim 18, wherein said mating element is connected to said connector on said housing, said cable having an optically conductive layer of insulation connected to said mating element.

Claim 21

A connecting arrangement as defined in claim 1, wherein said connector is a plug.

Claim 22

A connecting arrangement as defined in claim 1, wherein said mating element is a jack.

Claim 23

A connecting arrangement comprising a connector with a mating element that can fit on the connector; a cable connectable to said connector and said mating element; said cable having at least one electrically conducting core; a light-transmitting electrical insulating layer surrounding said core; said connector and said mating element each having at least one electrical contact and one optical contact; said connector and said mating element being optically coupled for light transmission between said connector and said mating element at a location where said insulating layer lies against said connector, said connector and said mating element conducting both electrical and optical signals; an optical coupling between said connector and said insulating layer, said connector being in contact with said insulating layer over a predetermined area, said insulating layer being transparent over said area for coupling optically said connector with said insulating layer in said optical coupling; optically conductive material in said connector over said area of contact between said connector and said insulating layer in said optical coupling; said optical coupling being cylindrical; said optical coupling having the same cross-section as said insulating layer; said optical coupling having a lens-shaped surface facing said cable; an optical transmitter or receiver being connectable to said optical coupling; a housing mounting selectively said connector and said mating element; said mating element being connected to said connector on said housing; said cable having an optically conductive layer of insulation connected to said mating element; said connector being a plug and said mating element being a jack.

Claim 24

A connecting arrangement comprising a connector with a mating element that can fit on the connector; a cable connectable to said connector and said mating element; said cable having at least one electrically conducting core; a light-transmitting electrical insulating layer surrounding said core; said connector and said mating element each having at least one electrical contact and one optical contact; said connector and said mating element being optically coupled for light transmission between said connector and said mating element at a location where said insulating layer lies against said connector, said connector and said mating element conducting both electrical and optical signals; an optical coupling between said connector and said insulating layer, said connector being in contact with said insulating layer over a predetermined area, said insulating layer being transparent over said area for coupling optically said connector with said insulating layer in said optical coupling; optically conductive material in said connector over said area of contact between said connector and said insulating layer in said optical coupling; said optical coupling being cylindrical; said optical coupling having the same cross-section as said insulating layer; said optical coupling having a lens-shaped surface facing said cable; an optical transmitter or receiver being connectable to said optical coupling; a housing mounting selectively said connector and said mating element; said mating element being connected to said connector on said housing; said cable having an optically conductive layer of insulation connected to said mating element; said connector being a plug and said mating element being a jack.