Interconnection between media connectors of unknown interface standards and a computer communications card

Claim 2

A communication card for interfacing a computer with any one of a plurality of different types of communications networks that are operably supported by said communication card, said communication card comprising: (a) an aperture configured to physically receive at least a portion of a media connector having at least one lead that receives network signals from a communications network selected from one of said plurality of network types, said aperture having at least one electrical contact therein for operably and electrically coupling with the at least one lead; and (b) a fixed portion comprising a sensing circuit configured to receive at least a portion of the network signals and thereby automatically identify which one of said plurality of network types is connected via the media connector and thereby configure said communication card to permit the computer to operably interact with said identified communications network.

Claim 3

The communication card as recited in claim 1, wherein said aperture comprises an aperture compatible for receiving said media connector having a form-factor of one of an RJ-11 plug and an RJ-45 plug.

Claim 4

The communication card as recited in claim 1, wherein the plurality of communications networks includes at least two networks selected from a wireless network, an Ethernet network, a Public Switched Telephone Network (PSTN) and a Integrated Services Digital Network (ISDN).

Claim 5

The communication card as recited in claim 1 wherein the aperture is positioned within a retractable access portion of the communication card.

Claim 6

The communication card as recited in claim 1, wherein said sensing circuit comprises a network access signal pre-processor capable of identifying which one of the plurality of network types is supplying the network signals via the at least one lead of the media connector based upon at least one electrical characteristic of the network signals.

Claim 7

The communication card as recited in claim 5, wherein said sensing circuit is further comprised of analog isolation and electromagnetic interference (EMI) isolation circuitry, said analog isolation circuitry being operably and electrically coupled to electrically isolate the sensing circuit from the identified communications network and said electromagnetic interference circuitry being electrically and operably coupled to filter electrical noise from data signals present within the network signals received via the at least one lead of the media connector.

Claim 8

The communication card as recited in claim 6, wherein said sensing circuit further comprises digital isolation circuitry configured to convert at least a portion of the network signals from an analog form into a digital form.

Claim 9

In a communications card having a retractable connecting mechanism with an aperture formed therein configured to receive at least a portion of a media connector with electrical contacts also therein for use in interfacing between said media connector having an interface standard from among a plurality of media standards operably supported by said communication card, a sensing circuit to both determine which one of said plurality of media standards supported by said communication card corresponds with said media connector and operably configure said communication card to compatibly interact with said media connector using a compatible one of said plurality of media standards, said sensing circuitry comprising a network access signal pre-processor for both determining which one of said plurality of media supported by said communications card is presented to said communications card from among a plurality of media operably supported by said communications card and for operably configuring said communications card to compatibly interact with said media connector; and analog isolation and electromagnetic interference (EMI) isolation circuitry, said analog isolation circuitry being operably and electrically coupled between said electrical contacts interfacing with said media connector and said electromagnetic interference circuitry which is electrically and operably coupled with said network access signal pre-processor for electrically isolating said media connector from said network access signal pre-processor.

Claim 10

In a communications card having a retractable connecting mechanism with an aperture formed therein configured to receive at least a portion of a media connector with electrical contacts also therein for use in interfacing between said media connector having an interface standard from among a plurality of media standards operably supported by said communication card, a sensing circuit to both determine which one of said plurality of media standards supported by said communication card corresponds with said media connector and operably configure said communication card to compatibly interact with said media connector using a compatible one of said plurality of media standards, said sensing circuitry comprising a network access signal pre-processor for both determining which one of said plurality of media supported by said communications card is presented to said communications card from among a plurality of media operably supported by said communications card and for operably configuring said communications card to compatibly interact with said media connector; and analog isolation and electromagnetic interference (EMI) isolation circuitry, said analog isolation circuitry being operably and electrically coupled between said electrical contacts interfacing with said media connector and said electromagnetic interference circuitry which is electrically and operably coupled with said network access signal pre-processor for electrically isolating said media connector from said network access signal pre-processor.

Claim 11

In a communications card having a retractable connecting mechanism, said sensing circuit as recited in claim 8, wherein said sensing circuit is further comprised of digital isolation circuitry.

Claim 12

In a communications card having a retractable connecting mechanism, said sensing circuit as recited in claim 8, wherein said sensing circuit is closed within said communications card assuming a PCMCIA form factor for compatible integration with said computer.

Claim 13

In a communications card having a retractable connecting mechanism, said sensing circuit as recited in claim 8, wherein said sensing circuit interfaces with said media connector having a form-factor of one of an RJ-11 plug and an RJ-45 plug.

Claim 14

A communications connection system for interfacing a computer with any one of a plurality of different types of communications networks that each operate in accordance with different predefined communication protocols, said connection system comprising: a. a communications card slot formed in a housing of said computer; b. a communications card capable of being received into said communications card slot of said housing and said communications card operably supporting said plurality of predefined communication protocols, said communications card being comprised of: i. a retractable access portion having an aperture formed therein configured to electrically and physically receive at least a portion of a media connector that is electrically connected to a communications network selected from one of the plurality of communications networks, said aperture having electrical contacts therein for operably and electrically coupling with said media connector so as to receive network signals from the connected communications network; and ii. a fixed portion being electrically connected with the electrical contacts of said retractable portion and with said computer during use, said fixed portion further comprising a sensing circuit configured to automatically identify which one of said plurality of network types is connected to the media connector based upon at least one electrical characteristic of the network signals and thereby configure said communication card to permit the computer to operably interact with said connected communications network.

Claim 15

A communications connection system for interfacing a computer with any one of a plurality of different types of communications networks that each operate in accordance with different predefined communication protocols, said connection system comprising: a. a communications card slot formed in a housing of said computer; b. a communications card capable of being received into said communications card slot of said housing and said communications card operably supporting said plurality of predefined communication protocols, said communications card being comprised of: i. a retractable access portion having an aperture formed therein configured to electrically and physically receive at least a portion of a media connector that is electrically connected to a communications network selected from one of the plurality of communications networks, said aperture having electrical contacts therein for operably and electrically coupling with said media connector so as to receive network signals from the connected communications network; and ii. a fixed portion being electrically connected with the electrical contacts of said retractable portion and with said computer during use, said fixed portion further comprising a sensing circuit configured to automatically identify which one of said plurality of network types is connected to the media connector based upon at least one electrical characteristic of the network signals and thereby configure said communication card to permit the computer to operably interact with said connected communications network.

Claim 16

The communications connection system as recited in claim 12, wherein said aperture of said retractable access portion of said communication card comprises an aperture compatible for receiving said media connector having a form-factor of one of an RJ-11 plug and an RJ-45 plug.

Claim 17

The communications connection system as recited in claim 12, wherein the plurality of communications networks includes at least two networks selected from a wireless network, an Ethernet network, a Public Switched Telephone Network (PSTN) and a Integrated Services Digital Network (ISDN).