Remote control receiver

• US 20020177482A1
• Filed: 12/12/2001
• Published: 11/28/2002
• Est. Priority Date: 09/26/2000
• Status: Abandoned Application

• Current Assignee: Saitek Ltd.
• Original Assignee: Saitek Ltd.
• Inventors: Cheong, Richard, Gibbons, Chris, Yu, Kin Shing
• Application Number:
  US10/021,739
• Publication Number:
  US 20020177482A1
• Time in Patent Office: Days
• US Class Current: 463/39
• CPC Class Codes: A63F 13/23 for interfacing with the game device, e.g. specific interfaces between game controller and console
• CPC Class Codes: A63F 2300/1025 details of the interface with the game device, e.g. USB version detection

Abstract

A receiver unit for use with an electronic device such as a games player, digital video disc player or the like having a port for connection of a peripheral control device comprises: first connection means (18) allowing releasable electrical connection of the unit with the port of the electronic device; second connection means (20) allowing releasable connection of a peripheral control device, such as games pad or joystick; signal detection means (26) for receiving a signal from a remote transmitter such as a hand-held remote control device; and processing means (24) connected to said first and second connection means and to said signal detection means (26) to process received signals and supply them to said first connection means (18).

Claims

1. A receiver unit for use with an electronic apparatus having a port for connection of a peripheral control device, the receiver unit comprising:

a first connector allowing releasable electrical connection of the receiver unit with the port of the electronic apparatus;

a second connector allowing releasable connection of a peripheral control device;

a signal detector for receiving a signal from a remote transmitter; and

a processor connected to said first and second connectors and to said signal detector to process received signals and supply them to said first connector.

2. A receiver unit according to claim 1 wherein the first connector and second connector comprise connection ports having an identical sequence of pins or sockets.

3. A receiver unit according to claim 1 wherein the processor is adapted to provide direct connection of the first and second connectors in the absence of a received signal from said signal detector.

4. A receiver unit according to claim 1 wherein the processor is adapted to block transmission to said first connector of signals supplied to said second connector, from a peripheral control device connected thereto on receipt of signals from a remote transmitter.

5. A receiver unit according to claim 4 wherein the processor is adapted to block said transmission for a predetermined period of time after transmission of said signals from the remote transmitter.

6. A receiver unit according to claim 5 wherein the predetermined time is less than 5 minutes.

7. A receiver unit according to claim 4 wherein the processor is adapted to block transmission to said second connector of signals supplied to said first connector from the electronic apparatus on receipt of signals from the remote transmitter.

8. A receiver unit according to claim 1 wherein the processor detects the presence of a peripheral device.

9. A receiver unit according to claim 8 wherein on initial detection of the presence of a peripheral device, device-identifying data representative of the device functionality is communicated to the electronic apparatus in a device initialisation process.

10. A receiver unit according to claim 9 wherein on receipt of a signal from the remote transmitter the processor communicates to the electronic apparatus identifying data indicative of the attached device configured in a different mode, in a mode change initialisation process.

11. A receiver unit according to claim 10 wherein on cessation of said signal from the remote transmitter the processor communicates to the electronic apparatus identifying data indicative of the attached device functionality in a mode which corresponds to that on initial detection, in a mode change initialisation process.

12. A receiver unit according to claim 10 wherein the mode change initialisation process is of shorter duration than the device initialisation process.

13. A receiver unit according to claim 12 wherein the mode change initialisation process takes less than about 0.5 seconds.

14. A receiver unit according to claim 1 wherein the processor is adapted such that in the absence of a peripheral device on receipt of a signal from a remote transmitter the processor blocks the transmission of signals between first and second connectors, and communicates to the electronic apparatus identifying data representing a virtual peripheral device and effects with the electronic apparatus a device initialisation process on the basis of this data.

15. A receiver unit according to claim 14 wherein the identifying data representing a virtual peripheral device is equivalent to identifying data for a known existing peripheral device.

16. A receiver unit according to claim 1 wherein the processor is adapted to receive incoming signals from the remote transmitter and to convert them to a protocol required by the electronic apparatus, and to provide a switchable connection between the first and second connectors.

17. A receiver unit according to claim 16 wherein the processor comprises a first processor which receives the incoming signals from the remote transmitter and converts them to the requisite protocol and a multiplexing processor to provide the switchable connection between the first and second connector, the switching being controlled by the first processor.

18. A receiver unit according to claim 17 wherein said first processor is a programmable microcontroller unit.

19. A receiver unit according to claim 17 wherein said first processor is an application specific integrated circuit.

20. A receiver unit according to claim 1 wherein the signal detector is adapted to receive a wirelessly transmitted signal.

21. A receiver unit according to claim 20 wherein the signal detector is an infra-red receiver.

22. A receiver unit according to claim 20 wherein the signal detector is a radio frequency receiver.

26. A receiver unit according to claim 25 wherein on initial detection of the presence of a peripheral device, device-identifying data representative of the device functionality is communicated to the electronic apparatus in a device initialisation process.

27. A receiver unit according to claim 26 wherein on receipt of a signal from the remote transmitter the processing means communicates to the electronic apparatus identifying data indicative of the attached device configured in a different mode, in a mode change initialisation process.

28. A receiver unit according to claim 27 wherein on cessation of said signal from the remote transmitter the processing means communicates to the electronic apparatus identifying data indicative of the attached device functionality in a mode which corresponds to that on initial detection, in a mode change initialisation process.

29. A receiver unit according to claim 27 wherein the mode change initialisation process is of shorter duration than the device initialisation process.

30. A receiver unit according to claim 29 wherein the mode change initialisation process takes less than about 0.5 seconds.

23. A receiver unit for use with an electronic apparatus having a port for connection of a peripheral control device, the receiver unit comprising:

first connection means allowing releasable electrical connection of the receiver unit with the port of the electronic apparatus;

second connection means allowing releasable connection of a peripheral control device;

signal detection means for receiving a signal from a remote transmitter; and

processing means connected to said first and second connection means and to said signal detection means to process received signals and supply them to said first connection means, the processing means being adapted to block transmission to said first connection means of signals supplied to said second connection means from a peripheral control device connected thereto on receipt of signals from a remote transmitter, the processing means being adapted to block said transmission for a predetermined period of time after transmission of said signals from the remote transmitter, the predetermined period of time being less than about 5 minutes.

24. A receiver unit for use with an electronic apparatus having a port for connection of a peripheral control device, the receiver unit comprising:

first connection means allowing releasable electrical connection of the receiver unit with the port of the electronic apparatus;

second connection means allowing releasable connection of a peripheral control device;

signal detection means for receiving a signal from a remote transmitter; and

processing means connected to said first and second connection means and to said signal detection means to process received signals and supply them to said first connection means, the processing means being adapted to block transmission to said first connection means of signals supplied to said second connection means from a peripheral control device connected thereto on receipt of signals from a remote transmitter and being adapted to block transmission to said second connection means of signals supplied to said first connection means from the electronic apparatus on receipt of signals from the remote transmitter.

25. A receiver unit for use with an electronic apparatus having a port for connection of a peripheral control device, the receiver unit comprising:

first connection means allowing releasable electrical connection of the receiver unit with the port of the electronic apparatus;

second connection means allowing releasable connection of a peripheral control device;

signal detection means for receiving a signal from a remote transmitter; and

processing means connected to said first and second connection means and to said signal detection means to process received signals and supply them to said first connection means, the processing means detecting the presence of a peripheral device.

31. A receiver unit for use with an electronic apparatus having a port for connection of a peripheral control device, the receiver unit comprising:

first connection means allowing releasable electrical connection of the receiver unit with the port of the electronic apparatus;

second connection means allowing releasable connection of a peripheral control device;

signal detection means for receiving a signal from a remote transmitter; and

processing means connected to said first and second connection means and to said signal detection means to process received signals and supply them to said first connection means, the processing means being adapted such that in the absence of a peripheral device on receipt of a signal from a remote transmitter the processing means blocks the transmission of signals between first and second connection means, and communicates to the electronic apparatus identifying data representing a virtual peripheral device and effects with the electronic apparatus a device initialisation process on the basis of this data.

32. A receiver unit according to claim 31 wherein the identifying data representing a virtual peripheral device is equivalent to identifying data for a known existing peripheral device.

33. A receiver unit for use with an electronic apparatus having a port for connection of a peripheral control device, the receiver unit comprising:

first connection means allowing releasable electrical connection of the receiver unit with the port of the electronic apparatus;

second connection means allowing releasable connection of a peripheral control device;

signal detection means for receiving a signal from a remote transmitter; and

processing means connected to said first and second connection means and to said signal detection means to process received signals and supply them to said first connection means, the processing means being adapted to receive incoming signals from the remote transmitter and to convert them to a protocol required by the electronic apparatus and to provide a switchable connection between the first and second connection means.

34. A receiver unit according to claim 33 wherein the processing means comprises a first processor which receives the incoming signals from the remote transmitter and converts them to the requisite protocol and a multiplexing processor to provide the switchable connection between the first and second connector, the switching being controlled by the first processor, said first processor being an application specific integrated circuit.