Hybrid telephone network utilizing wireless link and landline services

• US 20040235518A1
• Filed: 11/07/2003
• Published: 11/25/2004
• Est. Priority Date: 05/22/2003
• Status: Abandoned Application

• Current Assignee: Clifton Labs, Inc.
• Original Assignee: Clifton Labs, Inc.
• Inventors: Beyette, Fred R., Wilsey, Philip A.
• Application Number:
  US10/703,324
• Publication Number:
  US 20040235518A1
• Time in Patent Office: Days
• US Class Current: 455/554.2
• CPC Class Codes: H04M 1/725 Cordless telephones user interfaces specially adapted therefor H04M1/724
• CPC Class Codes: H04W 4/16 Communication-related supplementary services, e.g. call-transfer or call-hold

Abstract

Described are a method and system that combine the features of wireless telephone service and landline telephones through a wired telephone network. The system includes a landline phone and a cell phone coupled to the wired telephone network through a landline interface module and a cell interface module, respectively. The landline interface module generates data for transmission over the wired telephone network to the cell interface module and generates a phone signal at the landline phone in response to data received over the wired telephone network from the cell interface module. The cell interface module generates data for transmission to the landline interface module and generates a phone signal at the cell phone in response to data received from the landline interface module. The cell phone enables communication between the landline phone and a remote cell phone over a wireless link.

Claims

1. A hybrid telephone network comprising:

a wired telephone network having a plurality of nodes;

a landline phone coupled to the wired telephone network at one of the nodes;

a cell phone coupled to the wired telephone network at another of the nodes, the cell phone adapted for communicating with a remote cell phone over a wireless link, the landline phone and the cell phone communicating with each other by transmitting information therebetween, the cell phone enabling communication between the landline phone and a remote cell phone over the wireless link.

2. The hybrid telephone network of claim 1 wherein the information comprises data packets.

3. The hybrid telephone network of claim 1 wherein the landline phone has a display that is suitable for display of cell phone display features.

4. The hybrid telephone network of claim 1 wherein the landline phone has an operational feature to provide an operational feature of the cell phone.

5. The hybrid telephone network of claim 1 further comprising a landline interface module coupled to the wired telephone network between the landline phone and the one of the nodes, the landline interface module generating data for transmission over the wired telephone network to the cell phone in response to a phone signal provided by the landline phone, the landline interface module generating a phone signal at the landline phone in response to data received over the wired telephone network from the cell phone.

6. The hybrid telephone network of claim 5 wherein the data transmitted over the wired telephone network comprise data packets.

7. The hybrid telephone network of claim 5 wherein the data is transmitted over the wired telephone network as a modulated optical carrier signal.

8. The hybrid telephone network of claim 5 wherein the data is transmitted over the wired telephone network as a frequency modulated carrier signal.

9. The hybrid telephone network of claim 5 wherein at least one of the phone signal provided by the landline phone and the phone signal generated by the landline interface module is an analog signal.

10. The hybrid telephone network of claim 5 wherein at least one of the phone signal provided by the landline phone and the phone signal generated by the landline interface module is a digital signal.

11. The hybrid telephone network of claim 5 wherein the phone signal provided by the landline phone comprises video data.

12. The hybrid telephone network of claim 1 further comprising a cell interface module coupled to the wired telephone network between the cell phone and the another of the nodes, the cell interface module generating data for transmission to the landline phone in response to a phone signal provided by the cell phone, the cell interface module generating a phone signal at the cell phone in response to data received from the landline phone.

13. The hybrid telephone network of claim 12 wherein the data transmitted over the wired telephone network comprise data packets.

14. The hybrid telephone network of claim 12 wherein the data is transmitted over the wired telephone network as a modulated optical carrier signal.

15. The hybrid telephone network of claim 12 wherein the data is transmitted over the wired telephone network as a frequency modulated carrier signal

16. The hybrid telephone network of claim 12 wherein at least one of the phone signal provided by the cell phone and the phone signal generated by the cell interface module is an analog signal.

17. The hybrid telephone network of claim 12 wherein at least one of the phone signal provided by the cell phone and the phone signal generated by the cell interface module is a digital signal.

18. The hybrid telephone network of claim 12 wherein the phone signal provided by the cell phone comprises video data.

19. The hybrid telephone network of claim 1 wherein the cell interface module comprises a cell phone charging unit.

20. The hybrid telephone network of claim 1 further comprising one of a facsimile machine, a modem and an answering machine coupled to a respective one of the nodes.

21. The hybrid telephone network of claim 1 further comprising at least one other landline phone coupled to the wired telephone network at a respective node, the landline phones and the cell phone communicating with each other by transmitting voice data packets from the cell phone to each of the landline phones and from each landline phone to the cell phone and the other landline phones, the cell phone providing communication between the landline phones and a remote cell phone over the wireless link.

22. The hybrid telephone network of claim 1 wherein the landline phone is a cordless phone.

23. The hybrid telephone network of claim 1 wherein the wired telephone network is coupled to a POTS line at one of the nodes.

24. The hybrid telephone network of claim 23 wherein the communication occurs between a remote landline phone and the landline phone over the POTS line and the wired telephone network.

25. The hybrid telephone network of claim 23 wherein communication occurs between a remote landline phone and the cell phone while the cell phone is removed from the wired telephone network, the communication transmitted over the POTS line, the wired telephone network and the wireless link.

26. The hybrid telephone network of claim 23 wherein communication transitions between a first communication mode and a second communication mode, the first communication mode including the transfer of communication data between a remote landline phone and the landline phone, the second communication mode including the transfer of communication data between the remote landline phone and the cell phone while the cell phone is removed from the wired telephone network.

27. A hybrid telephone network comprising:

a wired telephone network having a plurality of nodes;

at least one landline phone coupled to the wired telephone network at a respective node;

at least one cell phone coupled to the wired telephone network at a respective node, each of the at least one cell phones adapted for communicating with a remote cell phone over a respective wireless link, the at least one landline phone and the at least one cell phone communicating with each other by transmitting information therebetween.

28. The hybrid telephone network of claim 27 wherein a selection of the one of the cell phones to use to establish a wireless link is made at one of the at least one landline phones.

29. The hybrid telephone network of claim 27 wherein a selection of the one of the cell phones to use to establish a wireless link is made at one of the at least one cell phones.

30. The hybrid telephone network of claim 27 wherein communication transitions between a first communication mode and a second communication mode, the first communication mode including the transfer of communication data between a remote cell phone and one of the at least one landline phones, the second communication mode including the transfer of communication data between the remote cell phone and one of the at least one cell phones while the one of the at least one cell phones is removed from the wired telephone network.

31. The hybrid telephone network of claim 27 wherein the wired telephone network comprises an optical fiber network and wherein the transmitting of information between the at least one landline phone and the at least one cell phone is an optical transmission.

32. The hybrid telephone network of claim 31 wherein a first one of the at least one landline phone communicates with a first one of the at least one cell phone on a first optical wavelength and a second one of the at least one landline phone communicates with a second one of the at least one cell phone on a second optical wavelength.

33. The hybrid telephone network of claim 27 wherein a first one of the at least one landline phone communicates with a first one of the at least one cell phone according to a frequency modulation of a first carrier frequency and a second one of the at least one landline phone communicates with a second one of the at least one cell phone according to a frequency modulation of a second carrier frequency.

34. A landline interface module for coupling a landline phone to a wired telephone network, comprising:

a landline port to receive a phone signal generated at the landline phone;

a network port to receive network data generated by a communications device coupled to the wired telephone network; and

a processor circuit in communication with the landline port and the network port, the processor circuit generating network data at the network port responsive to the phone signal received at the landline port, the processor circuit generating a phone signal at the landline port responsive to the network data received at the network port.

35. The landline interface module of claim 34 wherein the communications device is a cell interface module.

36. The landline interface module of claim 34 wherein the network data comprise data packets.

37. The landline interface module of claim 34 wherein the data packets comprise address data.

38. A cell interface module for coupling a cell phone to a wired telephone network, comprising:

a docking port to receive a phone signal generated at the cell phone;

a network port to receive network data generated by a communications device coupled to the wired telephone network; and

a processor circuit in communication with the docking port and the network port, the processor circuit generating network data at the network port responsive to the phone signal received at the docking port, the processor circuit generating a phone signal at the docking port responsive to the network data received at the network port.

39. The cell interface module of claim 38 wherein the communications device is a landline interface module.

40. The cell interface module of claim 38 wherein the network data comprise data packets.

41. The cell interface module of claim 38 wherein the network data comprise address data.

42. The cell interface module of claim 38 further comprising an adapter module coupled to the docking port.

43. A method of communicating between a landline phone and a cell phone, the landline phone and the cell phone each being coupled to a wired telephone network, the method comprising:

generating data in response to a phone signal provided by one of the landline phone and the cell phone;

transmitting the data over the wired telephone network to the other of the landline phone and the cell phone; and

generating a phone signal at the other of the landline phone and the cell phone in response to the transmitted data.

44. The method of claim 43 further comprising transmitting a landline signal over a POTS line, the landline signal being responsive to the generated phone signal.

45. The method of claim 43 further comprising transmitting a wireless signal over a wireless link, the wireless signal being responsive to the generated phone signal.

46. A method of communicating between a landline phone and a cell phone, the landline phone and the cell phone each being coupled to a wired telephone network, the method comprising:

detecting the presence of an incoming call on the cell phone;

providing a ring signal to the landline phone if the landline phone is not in use; and

establishing a communication path between the landline phone and the cell phone over the wired telephone network in response to an answering of the landline phone.

47. The method of claim 46 wherein a plurality of landline phones are coupled to the wired telephone network and wherein the provision of a ring signal comprises providing a ring signal to each of the landline phones that are not in use.

48. The method of claim 47 further comprising switching each of the landline phones that is not in use from a POTS mode to a networked mode upon the detection of the presence of the incoming call.

49. The method of claim 48 wherein one of the landline phones is answered during a predetermined time, the method further comprising switching each of the landline phones that is unanswered to the POTS mode.

50. The method of claim 48 further comprising switching each of the landline phones from the networked mode to the POTS mode if none of the landline phones that are not in use are answered during a predetermined time.

51. A method of communicating with a remote phone using a cell phone and a landline phone, the method comprising:

establishing a communication between the cell phone and a remote phone over a wireless link;

sending an indication to a wireless provider to transfer the communication to a predetermined landline associated with a landline phone; and

routing the communication with the remote phone to the landline phone.

52. The method of claim 51 further comprising routing the communication between the remote phone and the landline phone to a communication over a wireless link between the cell phone and the remote phone if an incoming call is detected on the landline during the communication between the remote phone and the landline phone.

53. The method of claim 51 wherein the sending of the indication comprises transmitting the indication over the wireless link.

54. The method of claim 51 wherein the sending of the indication comprises transmitting the indication over a landline associated with the landline phone.

55. A method of communicating with a remote phone using a cell phone and a landline phone, the method comprising:

establishing a communication between the landline phone and a remote phone over a landline;

sending an indication to a landline provider to transfer the communication to a predetermined cell phone; and

routing the communication with the remote phone to the predetermined cell phone.

56. The method of claim 55 wherein the sending of the indication comprises transmitting the indication over the landline.

57. The method of claim 55 wherein the sending of the indication comprises transmitting the indication over a wireless link initiated by the cell phone.

58. The method of claim 55 wherein the sending of the indication is performed after the expiration of a predetermined time.

59. A method of communicating with a remote phone using a cell phone and a landline phone comprising:

providing a communication between the landline phone and a remote phone over a landline;

detecting an incoming call from another remote phone on the landline associated with the landline phone; and

transferring the communication between the landline phone and the remote phone to a communication between the cell phone and the remote phone over a wireless link in response to the detection of the incoming call.

60. The method of claim 59 further comprising establishing a communication between the another remote phone and the landline phone.