Ethernet digital storage (EDS) card and satellite transmission system

• US 8,774,082 B2
• Filed: 09/11/2012
• Issued: 07/08/2014
• Est. Priority Date: 04/03/1998
• Status: Expired due to Fees

• Current Assignee: Rateze Remote Mgmt. L.L.C. (Intellectual Ventures LLC)
• Original Assignee: Megawave Audio LLC (Intellectual Ventures LLC)
• Inventors: Roberts, Roswell, Lerner, Ian, Teschmacher, Lowell E.
• Primary Examiner(s): Lee, Andrew
• Application Number:
  US13/610,628
• Publication Number:
  US 20130065509A1
• Time in Patent Office: 665 Days
• Field of Search: 370/316, 370/392, 370/419, 370/463
• US Class Current: 370/316
• CPC Class Codes: H04H 20/103 Transmitter-side switching
• CPC Class Codes: H04H 60/95 for local area

Abstract

An Ethernet Digital Storage (EDS) Card and satellite transmission system is provided for receiving, storing, and transmitting files. A data stream is received and may be stored at the receiver or routed as TCP/IP packets. The EDS Card includes an HTTP server. A DHCP on the EDS card provides dynamic configuration of the card'"'"'s IP address. The EDS card includes a PPP and modem processor. The EDS card includes an event scheduler. A command processor keeps a built-in log of audio spots played. Files may be transmitted from the EDS card via an M&C port, an Ethernet port, or an auxiliary RS-232 port. Files may be received from a data stream from a satellite, an M&C port, an Ethernet port, or an auxiliary RS-232 port. The EDS card also provides time shifting and may be used without a satellite feed as an HTTP-controlled router with storage.

Claims

1. A network card configured to be integrated in a satellite receiver, the network card comprising:

a storage component configured to store data received via the satellite receiver as files;

a router configured to select a path for at least one of said files;

a network transceiver configured to transmit at least one of said files;

a server configured to communicate with external devices; and

a resolver configured to translate mnemonic network addresses into numerical network addresses, wherein the server and resolver are configured to allow operation of the network card to be configured and contents of the storage component to be accessed remotely via a web browser.

2. The network card of claim 1 further comprising a multicasting processor configured to provide multicasting of at least some of said data.

3. The network card of claim 1 further comprising a processor configured to dynamically configure a network address of said network card.

4. The network card of claim 1 further comprising a confirmation web client configured to send confirmations indicative of data being received by the network card to a remote location in response to a predetermined event.

5. The network card of claim 1 further comprising an audio subsystem configured to combine a received audio signal with locally inserted audio signals.

6. The network card of claim 1 further comprising a command processor configured to display at least a portion of data stored in said network card and prompt said network card to transmit at least one of the data.

7. The network card of claim 1, wherein said network card is configured to be connected to a backplane in the satellite receiver.

8. The network card of claim 1, wherein said network card is configured to store and forward media files.

9. The network card of claim 1, wherein said audio signals comprise media data packets and said network card is configured to route said media data packets.

10. The network card of claim 1, wherein said network card further includes:

a multicasting processor configured to provide multicasting of at least some of said files; and

an audio subsystem configured to combine a received audio signal with a locally inserted audio signal; and

a command processor configured to generate display data representative of at least a portion of said files and to prompt said network card to transmit at least a portion of said files.

11. The network card of claim 10, wherein said network card further includes:

a processor configured to dynamically configure a network address of said network card; and

a confirmation web client configured to send confirmations to a remote location when predetermined events occur.

12. A network card for use in a satellite data stream reception system, the network card comprising:

a flash memory storage configured to store at least a portion of a data stream received via the satellite data stream reception system;

a network transceiver configured to transmit the portion of the received data stream;

a resolver configured to translate mnemonic network addresses into numerical network addresses and vice versa; and

a server configured to allow operation of the network card to be configured and contents of the flash memory storage to be accessed remotely via a web browser.

13. The network card of claim 12 further comprising a processor configured to dynamically configure a network address of said network card.

14. The network card of claim 12 further comprising a confirmation web client configured to send confirmations indicative of data being received by the network card to a remote location in response to a predetermined event.

15. The network card of claim 12 further comprising an audio subsystem configured to combine a received audio data stream with locally inserted audio.

16. The network card of claim 12 further comprising a command processor configured to display the portion of the received data stream stored in said flash memory storage and prompt said network transceiver to transmit the portion of the received data stream.

17. The network card of claim 12 further comprising a multicasting processor configured to provide multicasting of the portion of the received data stream.

18. The network card of claim 12 further comprising a router configured to select a path for the portion of the received data stream.

19. The network card of claim 12, wherein said network card is configured to be connected to a backplane in the satellite data stream reception system.

20. A network card for use in a satellite data stream reception system, the network comprising:

a flash memory storage configured to store at least a portion of a data stream received via the satellite data stream reception system;

a network transceiver configured to transmit the portion of the received data stream;

a multicasting processor configured to provide multicasting of the portion of the received data stream;

a resolver configured to translate mnemonic network addresses into numerical network addresses and vice versa; and

a server configured to allow operation of the network card to be configured and contents of the flash memory storage to be accessed remotely via a web browser.

21. The network card of claim 20 further comprising a processor configured to dynamically configure a network address of said network card.

22. The network card of claim 20 further comprising a confirmation web client configured to send confirmations indicative of data streams being received by the network card to a remote location in response to a predetermined event.

23. The network card of claim 20 further comprising an audio subsystem configured to combine a received audio data stream with locally inserted audio.

24. The network card of claim 20 further comprising a command processor configured to display the portion of the received data stream stored in said flash memory storage and prompt said network transceiver to transmit the portion of the received data stream.

25. The network card of claim 20, wherein said network card is configured to be connected to a backplane in the satellite data stream reception system.

26. A network card configured to be integrated in a satellite receiver, the network card comprising:

a storage component configured to store signals received via the satellite receiver as files, wherein the received signals comprises at least one audio signal;

a multicasting processor configured to provide multicasting of at least one of said received signals;

an audio subsystem configured to combine the audio signal with a local audio signal;

a command processor configured to display at least a portion of the received signals stored in said network card and to prompt said network card to transmit the portion of said received signals;

a router configured to select a path for at least one of said received signals; and

a network transceiver configured to transmit at least one of said received signals.

27. The network card of claim 26 further comprising a server configured to communicate with an external device via a web browser.

28. The network card of claim 26 further comprising a resolver configured to translate mnemonic network addresses into numerical network addresses.

29. The network card of claim 26 further comprising a processor configured to dynamically configure a network address of said network card.

30. The network card of claim 26 further comprising a confirmation web client configured to send confirmations to a remote location in response to a predetermined event.

31. The network card of claim 26, wherein said network card is configured to be connected to a backplane.

32. The network card of claim 26, wherein said network card is configured to store and forward media files.

33. The network card of claim 26, wherein said signals comprise media data packets and said network card is configured to route said media data packets.

34. A method for network communication using a network card communicatively coupled to a satellite receiver, the method comprising:

storing data received via the satellite receiver as files;

communicating with external devices and selecting a path for transmitting at least one of said files;

translating mnemonic network addresses into numerical network addresses;

allowing operation of the network card to be configured remotely via a web browser; and

allowing the stored data to be accessed remotely via the web browser.

35. The method of claim 34 further comprising sending confirmations indicative of data being received by the network card to a remote location in response to a predetermined event.

36. The method of claim 34, further comprising:

multicasting at least some of said files;

combining a received audio signal with a locally inserted audio signal; and

generating display data representative of at least a portion of said files and causing said network card to transmit at least a portion of said files.

37. A method for network communication using a network card coupled to a satellite receiver, the method comprising:

storing signals received via the satellite receiver as files, wherein the received signals comprise at least one audio signal;

multicasting at least one of the received signals;

combining the audio signal with a local audio signal;

displaying at least a portion of the received signals stored in said network card and causing the network card to transmit the portion of the received signals;

selecting a path for at least one of the received signals; and

transmitting at least one of the received signals.

38. The method of claim 37 further comprising translating mnemonic network addresses into numerical network addresses.

39. The method of claim 38 further comprising storing and forwarding media files.

40. The method of claim 37 wherein the signals comprise media data packets, further comprising routing the media data packets.