System and method for remotely interfacing with a plurality of electronic devices

• US 20030038849A1
• Filed: 07/10/2002
• Published: 02/27/2003
• Est. Priority Date: 07/10/2001
• Status: Abandoned Application

• Current Assignee: Nortel Networks Limited (Nortel Networks Corporation)
• Original Assignee: Nortel Networks Limited (Nortel Networks Corporation)
• Inventors: Bugajski, Marek, Craven, Jeffrey Alan
• Application Number:
  US10/192,780
• Publication Number:
  US 20030038849A1
• Time in Patent Office: Days
• US Class Current: 345/864
• CPC Class Codes: G08C 2201/41 Remote control of gateways
• CPC Class Codes: H04B 1/202 by remote control
• CPC Class Codes: H04L 12/2801 Broadband local area networks
• CPC Class Codes: H04L 12/2803 Home automation networks
• CPC Class Codes: H04L 12/282 based on user interaction within the home receiver circuitry for displaying additional information being controlled by a remote control apparatus H04N21/42204

Abstract

A method for interfacing a gateway with a plurality of electronic devices provided in a home networking environment includes establishing a communications link between the gateway and an intermediate device as well as providing input and output features at the intermediate device. A gateway in accordance with the disclosed technology may, for example, correspond to a cable modem, DSL interface, or other wireless home gateway that interfaces multiple data lines in a home networking environment. The remote intermediate device is outfitted with at least one wireless transmitter/receiver for communicating with a gateway and optionally with the networked electronic devices or appliances. Input features include a keypad with multiple user input buttons which may be actuated by a user'"'"'s single hand when the remote device is held in the same single hand. Output features include a visual display such as an LCD matrix display. The visual display may be outfitted with touchscreen capabilities providing such output feature with an ability to dually function as an input feature. Additional functional components of the remote intermediate device include a processor and associated operating system, volatile and nonvolatile memory modules, an infrared transmitter/receiver, audio element, and smart battery with a recharging interface.

Claims

1. A remote communication device for wirelessly interfacing with a gateway, said remote communication device comprising:

a visual display;

a plurality of user input buttons, wherein selected of said user input buttons are utilized to actuate multiple distinct functions;

an RF transmitter/receiver for wirelessly communicating with a gateway;

a processor electrically connected to said LCD matrix display, said user input buttons, and to said RF transmitter/receiver; and

memory connected to said processor.

2. A remote communication device as in claim 1, wherein said remote communication device is a handheld device.

3. A remote communication device as in claim 1, wherein said visual display is an LCD matrix display.

4. A remote communication device as in claim 1, wherein said visual display includes touch screen technology such that a user can input information to said remote communication device via contact with said matrix display.

5. A remote communication device as in claim 4, wherein said visual display is an LCD matrix display.

6. A remote communication device as in claim 1, wherein said plurality of user input buttons comprise a power button, a menu button, a devices button, buttons corresponding to each digit 0-9 respectively, volume actuation buttons, and at least two scrolling buttons.

7. A remote communication device as in claim 1, wherein said RF transmitter/receiver is capable of wirelessly and remotely transmitting and receiving signals over ranges of at least fifty meters and with or without a clear line of sight between communicating devices.

8. A remote communications device as in claim 7, wherein said RF transmitter/receiver communicates in accordance with Bluetooth technology standards.

9. A remote communications device as in claim 1, wherein said processor provides the capability to automatically and dynamically load and unload applications from a remote location.

10. A remote communications device as in claim 1, wherein said memory comprises both volatile and non-volatile memory.

11. A remote communications device as in claim 10, wherein said memory includes flash memory, read-only memory (ROM) and random-access memory (RAM).

12. A remote communications device as in claim 1, wherein the gateway with which said remote communication device communicates provides at least one respective voice, data, and video datastream to a plurality of electronic devices within an end location.

13. A remote communication device as in claim 1, further comprising an infrared transmitter/receiver electrically connected to said processor for providing a remote signal directly to an electronic device.

14. A personal communication device for remotely accessing and controlling a plurality of electronic devices provided at a single or multiple dwelling unit, said personal communication device comprising:

an LCD matrix display with touch-screen interfacing capabilities;

a keypad with a plurality of user input buttons;

a processor electrically connected to said keypad such that information inputted by a user can be processed and further electrically connected to said LCD matrix display such that output and input can be processed;

a wireless transmitter/receiver electrically connected to said processor for providing a remote signal to selected of the plurality of electronic devices provided at the single or multiple dwelling unit;

an infrared transmitter/receiver electrically connected to said processor for providing a remote signal to selected of the plurality of electronic devices provided at the single or multiple dwelling unit;

memory connected to said processor; and

a power input location for interfacing with an energy storage device.

15. A personal communication device as in claim 14, wherein said LCD matrix display with touchscreen capabilities provides an additional plurality of user input buttons to effect selected actions at selected electronic devices provided at the single or multiple dwelling unit.

16. A personal communication device as in claim 14, wherein said plurality of user input buttons comprise but not limited to a power button, a menu button, a devices button, buttons corresponding to each digit 0-9 respectively, volume actuation buttons, and at least two scrolling buttons.

17. A personal communication device as in claim 14, wherein said wireless transmitter/receiver is capable of remotely transmitting and receiving signals over ranges of at least fifty meters and with or without a clear line of sight between communicating devices.

18. A personal communication device as in claim 17, wherein said wireless transmitter/receiver communicates in accordance with Bluetooth technology standards.

19. A personal communication device as in claim 17, further comprising an antenna for radiating and receiving the remote wireless signals transmitted and received by said wireless transmitter and receiver.

20. A personal communication device as in claim 14, wherein said processor provides the capability to load and unload applications from a remote location.

21. A personal communication device as in claim 14, wherein said memory comprises both volatile and non-volatile memory.

22. A personal communication device as in claim 21, wherein said volatile and non-volatile memory comprises flash memory, read-only memory (ROM) and random-access memory (RAM).

23. A personal communication device as in claim 14, wherein the plurality of electronic devices provided at a multiple or single dwelling unit include at least one device selected from the group consisting of a television, a telephone, a camera, a stereo, a jukebox, a home security device, a home telemetry device, a home appliance and a computer.

24. A personal communication device as in claim 14, wherein said personal communication device is designed to be held by a user'"'"'s single hand and such that each of the plurality of user input buttons are readily accessible by a user when held by a single hand.

25. A personal communication device as in claim 14, further comprising at least one audio output element.

26. A personal communication device as in claim 25, wherein said at least one audio output element comprises a speaker.

27. A personal communication device as in claim 14, further comprising an AC/DC converter and a smart battery configured to interface with a battery charger.

28. A remote system for controlling a plurality of electronic devices connected in a home networking environment, wherein said plurality of electronic devices includes a television and wherein said remote system comprises:

non-infrared communication means for wirelessly transmitting and receiving signals from selected of the plurality of electronic devices;

actuation means for inputting user-selected information indicative of functions to be performed by selected of the plurality of electronic devices;

display means for providing a user with visible information corresponding to status and functionality of selected of the electronic devices; and

processing means for manipulating information inputted to said remote system via said non-infrared communication means and via said actuation means as well as information outputted by said remote system to said display means.

29. A remote system for controlling a plurality of electronic devices connected in a home networking environment as in claim 28, wherein said remote system provides an interactive program guide with content information indicative of program listings for different television channels.

30. A remote system for controlling a plurality of electronic devices connected in a home networking environment as in claim 28, wherein said non-infrared communication means comprises a Bluetooth transmitter/receiver capable of wirelessly communicating signals over a range of at least fifty meters.

31. A remote system for controlling a plurality of electronic devices connected in a home networking environment as in claim 28, wherein said actuation means comprises a keypad with a plurality of buttons accessible by a user'"'"'s single hand as the remote system is held by user'"'"'s same single band.

32. A remote system for controlling a plurality of electronic devices connected in a home networking environment as in claim 28, wherein said display means comprises an LCD matrix display with touchscreen functionality.

33. A remote system for controlling a plurality of electronic devices connected in a home networking environment as in claim 32, wherein said display means further provides an additional actuation means for inputting user-selected information indicative of functions to be performed by selected of the plurality of electronic devices.

34. A remote system for controlling a plurality of electronic devices connected in a home networking environment as in claim 28, further comprising memory means for storing select information inputted by a user.

35. A remote system for controlling a plurality of electronic devices as in claim 34, wherein said memory means comprises flash memory and random-access memory (RAM).

36. A method for interfacing a gateway with a plurality of electronic devices provided in a home networking environment, wherein a wired or wireless link between selected electronic devices and said gateway is provided, said method comprising the steps of:

establishing an RF link between said gateway and an intermediate device, wherein said RF link is capable of relaying signals without having a direct line of sight between the gateway and the intermediate device;

providing means for a user to provide input to the intermediate device, such user input capable of being processed and transmitted over the established RF link; and

providing means for a user to view output at the intermediate device, wherein selected output is received by the intermediate device from the gateway.

37. A method for interfacing a gateway with a plurality of electronic devices as in claim 36, wherein the established RF link comprises a non-infrared wireless link characterized by a minimum signal relay distance of fifty meters.

38. A method for interfacing a gateway with a plurality of electronic devices as in claim 36, wherein signals transmitted and received over the established RF link are configured according to Bluetooth technology standards.

39. A method for interfacing a gateway with a plurality of electronic devices as in claim 36, wherein the means for a user to provide input to the intermediate device comprises a keypad with a plurality of user input buttons.

40. A method for interfacing a gateway with a plurality of electronic devices as in claim 36, wherein the means for a user to view output at the intermediate device comprises an LCD matrix display.

41. A method for interfacing a gateway with a plurality of electronic devices as in claim 40, wherein the LCD matrix display includes touchscreen capabilities such that the display also serves as a means for a user to provide input to the intermediate device.