Lifestyle receiver/transmitter for differentiated consumer product

• US 20060205359A1
• Filed: 03/14/2006
• Published: 09/14/2006
• Est. Priority Date: 03/14/2005
• Status: Abandoned Application

• Current Assignee: Delphi Technologies, Inc. (BorgWarner Incorporated)
• Original Assignee: Delphi Technologies, Inc. (BorgWarner Incorporated)
• Inventors: Brooks, Vincent L.
• Application Number:
  US11/374,693
• Publication Number:
  US 20060205359A1
• Time in Patent Office: Days
• US Class Current: 455/73
• CPC Class Codes: H04B 1/385 Transceivers carried on the body, e.g. in helmets
• CPC Class Codes: H04B 2001/3866 carried on the head
• CPC Class Codes: H04M 1/72412 using two-way short-range wireless interfaces
• CPC Class Codes: H04M 2250/02 including a Bluetooth interface

Abstract

A receiver/transmitter for a consumer product having unique operational features, comprising: a microprocessor programmed to a numerical identifier associated with the consumer product; a housing for housing the microprocessor, the housing being separable from the consumer product; a data transferring component coupled to the microprocessor and configured for communicating with the consumer product; a receiver circuit disposed within the housing; a transmitter circuit disposed within the housing; wherein the microprocessor comprises programmable logic that enables a plurality of signals corresponding to the numerical identifier to be received and transmitted between the consumer product and the receiver/transmitter, wherein the consumer product comprises electrical components necessary to facilitate the receipt and transmission of the plurality of signals, wherein linear dimensions and configurations of the consumer product are not constrained by the microprocessor, the data transferring component, the receiver circuit and the transmitter circuit of the receiver/transmitter and the receiver/transmitter is a stand alone device not capable of providing any of the unique operational features of the consumer product.

Claims

1. A receiver/transmitter enabling device for a consumer product having unique operational features, comprising:

a microprocessor programmed to a numerical identifier associated with the consumer product;

a housing for housing the microprocessor;

a data transferring component coupled to the microprocessor and configured for communicating with the consumer product, the housing being separable from the consumer product; and

wherein the microprocessor comprises programmable logic that enables a plurality of signals corresponding to the numerical identifier to be received and transmitted to and from the consumer product, and wherein the consumer product comprises electrical components necessary to facilitate the receipt and transmission of the plurality of signals, wherein linear dimensions and configurations of the consumer product are not constrained by the microprocessor and the data transferring component of the receiver/transmitter enabling device and the receiver/transmitter enabling device is a stand alone device not capable of providing any of the unique operational features of the consumer product.

2. The receiver/transmitter enabling device as in claim 1, wherein the consumer product is an earpiece and microphone and the receiver/transmitter enabling device is configured to receive signals from a cellular phone network.

3. The receiver/transmitter enabling device as in claim 1, wherein the consumer product is a video display and the plurality of signals are a subscription of video programming for display on the video display and the unique operational features are video display of the plurality of signals.

4. The receiver/transmitter enabling device as in claim 1, wherein the consumer product is a personal digital assistant and the plurality of signals are a subscription to a wireless network.

5. The receiver/transmitter enabling device as in claim 1, wherein the consumer product is an audio receiver and the plurality of signals contain audio data and the unique operational features are audio playback of the audio data.

6. The receiver/transmitter enabling device as in claim 1, wherein the consumer product is one of a family of consumer products each being configured to be coupled to the data transferring component of the receiver/transmitter enabling device and the plurality of signals are a plurality of RF signals.

7. The receiver/transmitter enabling device as in claim 6, wherein the family of consumer products comprises any combination of the following:

personal digital assistants (PDAs);

computer systems;

communication systems;

vehicle systems;

home entertainment systems;

cameras or other video devices; and

hand held entertainment devices, wherein any one of the family of consumer products are configured to communicate with an Internet service provider (ISP).

8. The receiver/transmitter enabling device as in claim 7, wherein the microprocessor comprises machine-readable code for implementing the steps of:

searching for the consumer product, which is one of a family of consumer products each being configured to communicate with the receiver/transmitter enabling device;

establishing a communication link between the consumer product and the receiver/transmitter enabling device;

inquiring whether an account is to be accessed on the consumer product; and

providing an authorization identifier to the consumer product to allow for access to the account through the consumer product, wherein the authorization identifier is an encrypted digital certificate.

9. The receiver/transmitter enabling device as in claim 1, wherein the data transferring component is a USB connector mounted to the housing.

10. A receiver/transmitter for a consumer product having unique operational features, comprising:

a microprocessor programmed to a numerical identifier associated with the consumer product;

a housing for housing the microprocessor, the housing being separable from the consumer product;

a data transferring component coupled to the microprocessor and configured for communicating with the consumer product;

a receiver circuit disposed within the housing;

a transmitter circuit disposed within the housing;

wherein the microprocessor comprises programmable logic that enables a plurality of signals corresponding to the numerical identifier to be received and transmitted between the consumer product and the receiver/transmitter, wherein the consumer product comprises electrical components necessary to facilitate the receipt and transmission of the plurality of signals, wherein linear dimensions and configurations of the consumer product are not constrained by the microprocessor, the data transferring component, the receiver circuit and the transmitter circuit of the receiver/transmitter and the receiver/transmitter is a stand alone device not capable of providing any of the unique operational features of the consumer product.

11. The receiver/transmitter as in claim 10, wherein the consumer product is a video display and the plurality of signals are a subscription of video programming for display on the video display and the unique operational features are video display of the plurality of signals.

12. The receiver/transmitter as in claim 10, wherein the consumer product is one of a family of consumer products each being configured to be coupled to the data transferring component and the microprocessor comprises machine-readable code for implementing the steps of:

searching for the consumer product by transmitting radio waves at a frequency of between 2.402 GHz and 2.480 GHz, wherein the consumer product is one of a family of consumer products each being configured to communicate with the receiver/transmitter;

establishing a communication link between the consumer product and the receiver/transmitter to create a linked consumer product wherein data is exchanged between the consumer product and the receiver/transmitter;

inquiring whether an account is to be accessed on the consumer product; and

providing the numerical identifier to the consumer product to allow for access to the account, wherein the numerical identifier is an encrypted digital certificate.

13. The receiver/transmitter as in claim 12, wherein the family of consumer products comprises any combination of the following:

personal digital assistants (PDAs);

computer systems;

communication systems;

vehicle systems;

home entertainment systems;

cameras or other video devices; and

hand held entertainment devices, wherein any one of the family of consumer products are configured to communicate with an Internet service provider (ISP).

14. The receiver/transmitter as in claim 13, wherein the receiver/transmitter is configured to be incorporated into a wearable article of clothing.

15. The receiver/transmitter as in claim 14, wherein the data transferring component is an antenna for wirelessly transmitting and receiving the plurality of signals.

16. The receiver/transmitter as in claim 12, wherein the data transferring component is a USB connector mounted to the housing.

17. A system for receipt and transmission of a plurality of signals, the system comprising:

a family of consumer products each being configured to exchange data with a portable receiver/transmitter, wherein the portable receiver/transmitter, comprises;

a microprocessor programmed to a numerical identifier associated with each of the family of consumer products and each of the family of consumer products provides unique operational features;

a housing for housing the microprocessor, the housing being separable from the consumer product;

a data transferring component coupled to the microprocessor and configured for communicating with each of the family of consumer products;

a receiver circuit disposed within the housing;

a transmitter circuit disposed within the housing;

wherein the microprocessor comprises programmable logic that enables a plurality of signals corresponding to the numerical identifier to be received and transmitted between each of the family of consumer products and the portable receiver/transmitter, wherein each of the family of consumer products comprises electrical components necessary to facilitate the receipt and transmission of the plurality of signals and the microprocessor further comprises machine-readable code for implementing the steps of;

searching for at least one of the family of consumer products by transmitting radio waves at a frequency in a predetermined range;

establishing a communication link between at least one of the family of consumer products and the receiver/transmitter to create a linked consumer product wherein data is exchanged between the linked consumer product and the receiver/transmitter;

inquiring whether an account is to be accessed by the linked consumer product utilizing the numerical identifier; and

providing the numerical identifier to the linked consumer product to allow for access to the account, wherein the numerical identifier is an encrypted digital certificate; and

wherein linear dimensions and configurations of the consumer product are not constrained by the microprocessor, the data transferring component, the receiver circuit and the transmitter circuit of the portable receiver/transmitter.

18. The system as in claim 17, wherein the family of consumer products comprises any combination of the following:

personal digital assistants (PDAs);

computer systems;

communication systems;

vehicle systems;

home entertainment systems;

cameras or other video devices; and

hand held entertainment devices, wherein at least one of the family of consumer products is configured to communicate with an Internet service provider (ISP) and wherein each of the family of consumer products is not capable of operating unless the numerical identifier is received from the portable receiver/transmitter.

19. The system as in claim 17, wherein the receiver/transmitter is configured to be incorporated into an article of clothing and wherein the data transferring component is an antenna for transmitting and receiving the plurality of signals, and the receiver/transmitter is a stand alone device not capable of providing any of the unique operational features of the family of consumer products.

20. A method for accessing a plurality of consumer products with a single receiver/transmitter, comprising:

searching for at least one of the plurality of consumer products by transmitting radio waves from the receiver/transmitter;

establishing a communication link between at least one of the consumer products and the receiver/transmitter to create a linked consumer product wherein data is exchanged between the linked consumer product and the receiver/transmitter;

inquiring whether an account is to be accessed on the linked consumer product; and

providing a numerical identifier to the linked consumer product to allow for access to the account, wherein the numerical identifier is an encrypted digital certificate and the receiver/transmitter is a stand alone device not capable of providing any of the operational features of the plurality of consumer products.

21. The method as in claim 20, wherein the plurality of consumer products comprises any combination of the following:

personal digital assistants (PDAs);

computer systems;

communication systems;

vehicle systems;

home entertainment systems;

cameras or other video devices; and

hand held entertainment devices, wherein any one of the plurality of consumer products are able to access an Internet service provider (ISP).