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`PROVISIONAL APPLICATION FOR PATENT COVER SHEET
`This is a request for filing a PROVISIONAL APPLICATION FOR PATENT under 37 CFR 1.53(c)
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`Express Mail Label No.: EV317193524 US
`INVENTORS
`
`Inventor Name
`
`Richard M. Clayton
`
`Residence
`(City and either State or Foreign Country)
`Phoenix, AZ USA
`
`separately numbered sheet attached hereto
`Additional inventors are being named on the _X
`TITLE OF THE INVENTION (280 characters maximum)
`WIRELESS AUDIO ADAPTER FOR CAR RADIOS
`CORRESPONDENCE ADDRESS
`
`Direct all correspondence to:
`^ Customer Number
`
`000043471
`
`•©
`
`£5 m .
`OTO)
`o
`LO o<o
`
`CVJ
`
`.
`
`CO
`
`Zip
`Fax
`
`OR
`
`Firm or Individual Name
`Address
`Address
`City
`Country
`
`State
`Telephone
`ENCLOSED APPLICATION PARTS (check all that apply)
`Q CD(s), Number
`IX | Specification Pages Number of Pages
`I | Other (specify)
`
`Number of Sheets
`
`| | Drawings
`I
`| Application Data Sheet. See 37 CFR 1.76
`METHOD OF PAYMENT OF FILING FEES FOR THIS PROVISIONAL APPLICATION FOR PATENT
`| 1 Applicant claims small entity status. See 37 CFR 1.27.
`I
`| A check or money order is enclosed to cover the filing fees
`
`Filing Fee
`Amount ($)
`
`$160.00
`
`0 The Director is hereby authorized to charge filing fees or credit any overpayment to
`
`Deposit Account Number: 502117
`
`| Payment by credit card. Form PTO-2038 is attached.
`I
`The invention was made by an agency of the United States Government or under a contract with an agency of
`the United States Government.
`[Xl No.
`I | Yes, the name of the U.S. Government agency and the Government contract number are:
`
`Respectfully submitted,
`
`SIGNATURE
`
`Date
`
`TYPED or PRINTED NAME
`
`Esteban A. Rockett
`
`TELEPHONE
`
`215-323-1798
`
`REGISTRATION NO. 55,578
`(if appropriate)
`Docket Number:
`
`BCS03802
`
`TOYOTA Ex. 1003
`
`Page 1 of 667
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`PROVISIONAL APPLICATION COVER SHEET
`Additional Page
`
`Docket Number: BCS03802
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`Inventor Name
`
`INVENTOR(S)/APPLICANT(S)
`Residence
`(City and either State or Foreign Country)
`
`Michael T. Gaumond
`David E. Ulmer
`Jean Marc A. Villevieille
`Brian J. Tucker
`
`Scottsdale, AZ USA
`Phoenix, AZ
`USA
`Phoenix, AZ
`USA
`Mesa, AZ
`USA
`
`WARNING: Information on this form may become public. Credit card information should not be included on this form.
`Provide credit card information and authorization on PTO-2038.
`
`Number 2
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`of
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`2
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`Page 2 of 667
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`TEXT DISPLAY
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`Car Radio
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`Status information.
`Cable carries audio, button and
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`Statuk Events
`Control and
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`Audio data
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`Player
`Music
`Portable
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`Adapter
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`k*?
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`Wireless proximity network
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`Wireless audio adapter for car radios
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`Page 3 of 667
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`PREVIOUSLY FILED IN US PTO -
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`BACKGROUND INFORMATION
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`Page 4 of 667
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`SYSTEM AM) METHOD FOR MANAGING CONTENT BETWEEN
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`DEVICES IN VARIOUS DOMAINS
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`FIELD OF THE INVENTION
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`5
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`This invention in general relates to managing content between devices in
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`various domains and, more particularly, to a system and method for delaying or time-
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`slipping broadcast content across different domains.
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`BACKGROUND OF THE INVENTION
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`10
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`Digital video recorders and other content storage devices exist that allow a
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`user to store and playback content at later times. Conventional systems, however, are
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`limited in that they deal with storage and playback of the broadcast content in a single
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`domain.
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`A need exists for a user to seamlessly listen to (or watch) audio (or video)
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`content when moving from one domain (such as a vehicle) to a different domain (such
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`as a home) without missing a portion of that content. For instance, assume that a
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`vehicle operator would like to listen to a talk show or a sporting event that is
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`scheduled for broadcasting one hour before the operator's commute time. It may not
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`be feasible for the vehicle to store the broadcast itself because the vehicle is turned off
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`20
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`and the operator does not want to drain the vehicle's battery. Currently, a user cannot
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`delay the playback of the originally broadcast program to a time period when the
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`driver is in the vehicle. The same applies for video, e.g., delay the playing of a
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`regularly scheduled video program on an entertainment system in the vehicle for a
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`time that the occupants may be in the vehicle.
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`It is, therefore, desirable to provide a system and method to overcome or
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`minimize most, if not all, of the preceding problems especially in the area of
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`managing content in different domains.
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`5
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`BRIEF DESCRIPTION OF THE DRAWINGS
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`FIG. 1 is a block diagram of a system having client devices in different
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`domains supported by a host system located at a home or at a central service provider;
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`FIG. 2 is a block diagram of one embodiment of a client device;
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`FIG. 3 is a perspective view of the inside of a vehicle illustrating one
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`10
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`embodiment of a client device in the vehicular domain;
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`FIG. 4 is a perspective view of the inside of a vehicle illustrating another
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`embodiment of a client device in the vehicular domain;
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`FIG. 5 is a block diagram of another embodiment of a client device in
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`communication with a separate local wireless communication device;
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`FIG. 6 is a block diagram of one embodiment of a host system that
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`communicates with different client devices in different domains;
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`FIG. 7 is a diagram of one embodiment of a database that may reside in a host
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`system to access information and characteristics about a particular client device;
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`FIG. 8 is a flow diagram of one method for managing broadcast content and
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`providing for the ability of delaying the broadcast content for a later time; and
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`FIG. 9 is a flow diagram of another method for managing content between a
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`first client device and a second client device.
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`While the invention is susceptible to various modifications and alternative
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`forms, specific embodiments have been shown by way of example in the drawings
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`and will be described in detail herein. However, it should be understood that the
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`invention is not intended to be limited to the particular forms disclosed. Rather, the
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`invention is to cover all modifications, equivalents and alternatives falling within the
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`spirit and scope of the invention as defined by the appended claims.
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`5
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`DETAILED DESCRIPTION
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`What is described is a system and method for managing content between
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`different client devices in various domains (such as vehicle, home, person, hotspot.
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`workplace, or school). To this end, in one embodiment there is a method for
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`managing content that is scheduled for broadcast during a first time period. The
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`10 method comprises the steps of: receiving an input from a user on a first device to
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`delay the content to a second time period, the second time period being different from
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`the first time period; determining whether the first device is connected to a first
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`wireless communication system; sending a data message to a host controller if the
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`first device is connected to the first wireless communication system; and obtaining the
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`content scheduled for broadcast during the first time to permit the user to playback the
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`content during the second time period.
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`The broadcast content may be obtained in a variety of ways. The broadcast
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`content could be obtained by the host controller from a content provider through an
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`Internet connection. The broadcast content may also be obtained by the host
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`20
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`controller through a digital satellite communication system that will store the
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`broadcast content during the first time period. Broadcast content may also be
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`obtained from local radio broadcasters over a radio tuner.
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`Moreover, the step of obtaining the content may further include a
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`determination of whether a broadcast program is stored in whole or in part. If the
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`broadcast program is stored in part, then the host system will store a first segment of
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`the broadcast program and send the first segment of the broadcast program to the first
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`device. The first device will then begin recording the second segment of the
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`broadcast program and connect or overlap the first segment to the second segment of
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`the broadcast program to provide seamless playback to the user.
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`5
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`In one embodiment, the first communication system is a short-range wireless
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`communication system such as a Bluetooth™ communication system, an IEEE
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`802.11 communication system, an IEEE 802.16 communication system, an EEEE
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`802.20 communication system, a Wireless Universal Serial Bus (WUSB) system, or a
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`Dedicated Short-Range Communications (DSRC) system. The first device may also
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`10
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`include a second transceiver for communication with a second wireless
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`communication system such as a cellular communication network. In a further
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`embodiment, where the first device has a second transceiver, the method may further
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`include the steps of: determining whether the first device is connected to the second
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`wireless communication system and sending the data message over the second
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`15 wireless communication system if a connection exists. If the first client device is not
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`connected to either the first or second wireless communication system, the first client
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`device may store the data message for later transmission.
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`In another embodiment, there is a method for managing content between a
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`first client device and a second client device that is scheduled for broadcast during a
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`20
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`first time period, where the first client device is in a first domain (such as a vehicle)
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`and the second client device is in a second domain (such as in a home or on the
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`person). The method comprises the steps of: receiving a data message from the first
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`device over a wireless communication system, the data message being received in
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`response to an input from a user on the first device to delay the content to a second
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`25
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`time period; obtaining the content scheduled for broadcast during the first time
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`period; and sending the content to the second device over the wireless
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`communication system to permit the user to playback the content on the second
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`device during the second time period. Here, the data message sent to the wireless
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`gateway comprises a plurality of information elements that includes at least a store
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`5
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`content instruction. Additionally, the method may further include the steps of
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`determining a content type associated with the second device and formatting the
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`content in the content type associated with the second device before sending the
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`content to the second device.
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`In a further embodiment, there is a client device in a communication system
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`10 where the system is capable of managing content that is scheduled for broadcast
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`during a first time period. The client device includes at least a user interface, a first
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`wireless transceiver, a controller, and a memory. The user interface is used to receive
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`an input from a user to access content during a second time period where the second
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`time period is different from the first time period. The first wireless transceiver is
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`capable of wirelessly connecting the client device to a first wireless communication
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`system. The controller, in response to the input from the user, determines whether the
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`client device is connected to the first wireless communication system. If so, the
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`controller generates and sends a data message to a remote host controller over the first
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`communication system. The data message sent to the wireless gateway includes at
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`20
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`least a delay content instruction and any additional information as described in more
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`detail below. The memory is used for storing the content that is scheduled for
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`broadcast during the first time period. The content stored in memory is received from
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`the remote host controller in response to the data message sent to the remote host
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`controller. The content may be an entire program broadcast or be a smaller segment
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`25
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`of the original program broadcast.
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`In another embodiment, there is a host system for managing content for a
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`mobile client device that is scheduled for broadcast during a first time period. The
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`mobile client device is selected from one of the domains mentioned above. The host
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`system includes at least a wireless gateway, a database, and a controller. The wireless
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`5
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`gateway is configured to receive a data message from the client device that includes a
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`delay content instruction. The data message comprises a plurality of information
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`elements including at least a store content instruction. The database is configured to
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`store information regarding the client device and any other client devices of the user.
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`The controller is connected to the wireless gateway and the database. The controller
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`10
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`is capable of identifying the client device from the database and obtaining the content
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`scheduled for broadcast during the first time period. The controller then sends the
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`content to the client device over the wireless communication system to permit the user
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`to playback the content on the client device during the second time period.
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`Now, turning to the drawings, FIG. 1 illustrates a top-level block diagram of
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`15
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`an example use of a communication system 20 for the present invention. Generally,
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`the communication system 20 may include a plurality of client devices 22a, 22b, 22c,
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`22d that exist in various domains such as the vehicle, home, and person. For instance.
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`a client device 22a in the vehicular domain may be incorporated into a vehicle's head
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`unit and/or entertainment system. A client device 22b, 22c in the home domain may
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`20
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`include items such as a personal computer, a home entertainment system, a digital
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`audio recorder, and/or a digital video recorder. A client device 22d in the personal
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`domain may include items such as a portable electronic device such as a personal
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`digital assistant (PDA), a digital music player, and/or a portable phone. Client
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`devices may also exist in other domains such as a hotspot, workplace, or school.
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`The communication system 20 also includes a central service provider 24 that
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`can communicate with the client devices 22a-d through a combination of wireless and
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`wired links. In one embodiment, the central service provider 24 is connected to a
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`high-speed Internet network 34. The central service provider 24 may assist in
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`5 managing the distribution and control of content between different client devices 22a-
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`d. The central service provider 24 may further provide additional services or be
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`incorporated into the services of other service providers such as a cellular service
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`provider, a satellite broadcast content provider, a cable television content provider, or
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`a stored Internet content provider. Moreover, some or all of the functions of
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`10 managing the distribution and control of the content between client devices 22a-d may
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`reside locally with a user in the home domain.
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`In one embodiment, where the client device 22a-d has a content receiver, the
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`client devices 22a-d may receive broadcast content (audio and/or video) from a
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`satellite content provider 26. This is shown in FIG. 1 through an exemplary satellite
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`15
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`content provider and the receipt of a communication link A to the client devices 22a-
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`d. In other embodiments, the client device 22a-d may also have a receiver to receive
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`broadcast content via radio signals from local content broadcasters (not shown). The
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`client device 22a-d may also receive stored content from an Internet content provider
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`27. The Internet content provider 27 may provide stored broadcast content to users or
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`20
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`be part of a cable television provider. If the client device is a portable or mobile unit
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`(such as a client device 22a in the vehicular domain or a client device 22d in the
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`person domain), as explained in more detail below, the client device may receive
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`stored broadcast content from a home gateway 28 or a hot spot gateway 30 through a
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`short-range communication system.
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`As illustrated in FIG. 1, the client devices 22a-d may wirelessly communicate
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`in the communication system 20 through different communication links (see
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`communication arrows B-E). The wireless communication links B-E may be divided
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`into individual sets (B-C, D-E) for different types of wireless communication
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`5
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`protocols. For instance, the client devices 22a-d may include a first wireless
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`transceiver that is capable of establishing a wireless communication link B-C through
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`a short-range wireless communication system or network. In this embodiment, the
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`short-range wireless communication system or network may include a Bluetooth™
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`communication system, an IEEE 802.11 communication system, an IEEE 802.16
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`10
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`communication system, an IEEE 802.20 communication system, a Wireless Universal
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`Serial Bus (WUSB) system, or a Dedicated Short-Range Communications (DSRC)
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`system. The short-range wireless transceiver in a client device 22a-d may provide
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`direct communication to another client device 22a-d through a home wireless gateway
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`28 (such as from the client device 22a in the vehicle to the client device 22b, 22c in
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`15
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`the home). Alternatively, the short-range wireless transceiver in a client device 22a-d
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`may provide indirect wireless communication to another client device through a hot
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`spot gateway 30 (such as from a client device 22a in the vehicle, through the hot spot
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`gateway 30, to the client device 22b, 22c in the home). The wireless communication
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`links over the short-range communication system can provide for the exchange of data
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`20 messages as well as the transfer of stored broadcast content to client devices.
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`Additionally, the client devices 22a-d may include a second wireless
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`transceiver that is capable of establishing a wireless communication link D-E through
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`a second wireless communication system, such as a cellular communication system
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`and network 32. The cellular communication system and network 32 can operate
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`according to a wireless communication protocol such as a Global System for Mobile
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`Communications (GSM) protocol, a Universal Mobile Telphony System (UMTS)
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`protocol, a Code Division Multiple Access (CDMA) protocol, a Wideband CDMA
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`(WCDMA) protocol, a CDMA2000 protocol, or a Time Division Multiple Access
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`(TDMA) protocol. Here, the cellular system or network 32 is further coupled to the
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`5
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`Internet 34 by the cellular service provider 36 or other wired network on route to the
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`central service provider 24, which may ultimately act as the host for data message
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`communications between client devices 22a-d. Alternatively, the cellular system or
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`network 32 is coupled to the Internet 34 or other wired network on route to another
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`client device (such as from the client device 22a in the vehicle, through to the cellular
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`10
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`network provider 36, to the client device 22b, 22c in the home). The above described
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`wireless communication protocols are merely representative of existing protocols that
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`could be used in the present invention.
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`An exemplary client device 22a in a vehicular domain will now be described
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`in further detail with relation to FIGS. 2-4. In one embodiment, a client device 22a in
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`15
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`a vehicle may comprise of two main components: a head unit 40 and a Telematics
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`control unit 70. Although shown as separate components for purposes of illustration,
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`one skilled in the art having the benefit of this disclosure will recognize that aspects
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`of the head unit 40 and the Telematics control unit 70, and components thereof, can
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`be combined or swapped. In any event, in the embodiment as shown in FIG. 2, the
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`20
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`head unit 40 may include a controller 42, a user interface 44, 46, a content receiver
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`48, a first wireless transceiver 50, a memory 52.
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`The user interface includes a user input 44 and a user output 46. The user
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`input 44 may include a keypad or a specific user dedicated set of buttons 54. The user
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`may use the keypad or dedicated buttons to perform particular functions of the present
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`invention, including a request to delay or reschedule content that is scheduled for a
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`first time period. As described in more detail below, the user may request that
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`broadcast content that is originally scheduled for a first time period be delayed to a
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`second time period. The present invention is particular advantageous for users that
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`want to re-schedule and delay an original broadcast to fit the user's personal schedule.
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`5
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`For instance, if the user knows that they regularly commute to work at 7:00 am but
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`would like to listen to a broadcast (such as a talk show) that begins at 6:30 am, the
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`user may specify that the broadcast be delayed or otherwise time-slipped by 30
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`minutes. Alternatively, the broadcast content could be delayed to a later time after
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`receiving further input from the user. In addition to allowing the user to provide a
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`delay request through the user interface in the vehicular client device 22a, the user
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`may also make this selection from another client device 22b-22d (such as a personal
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`computer or another mobile device) that is directed to the vehicular client device 22a.
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`Additionally, a microphone 56 in the client device 22a may also be used to pick up a
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`speaker's voice in the vehicle, and/or possibly to give commands to the head unit 40 if
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`15
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`it is equipped with a voice recognition module 58.
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`Ultimately, user inputs 44 are processed by the controller 42 in the head unit
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`40. The controller 42 also executes processes to provide outputs to the occupants in
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`the vehicle through the user output 46, such as through a speaker 60 and/or a display
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`62. The speakers 60 employed can be the audio (radio) speakers normally present in
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`20
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`the vehicle, of which there are typically four or more, although only one is shown for
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`convenience.
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`The content receiver 48 in the client device 22a is capable of receiving
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`broadcast content (audio and/or video) from a content provider 26. This is shown in
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`FIG. 3 through an exemplary satellite content provider by the receipt of a
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`communication link A to the client device 22a. The user may use the user interface to
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`select one of a plurality of satellite channels that are received by the satellite receiver
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`antenna 64. In other embodiments, as shown in FIG. 4, the client device 22a may also
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`have an antenna 66 and a radio receiver to receive broadcast content via radio signals
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`F from local content broadcasters in the geographic area. This type of broadcast
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`5
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`content may be obtained through the content receiver 48 by tuning a radio receiver to
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`a specific radio frequency.
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`Referring back to FIG. 2, the client device 22a may also obtain stored
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`broadcast content (as well as exchange data messages with a host system or other
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`client devices) through the use of the first wireless transceiver 50. The first wireless
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`10
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`transceiver 50 is used for establishing wireless communications B-C over a short-
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`range wireless communication system or network as discussed above. Although
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`shown as part of the head unit 40, the first wireless transceiver 50 could also be
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`included as part of the Telematics control unit 70 or other vehicle control unit. In any
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`event, the short-range wireless transceiver 50 may provide wireless communication to
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`15
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`a remote host system 90 (see FIG. 6) over a home gateway 28 or may provide
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`wireless communication to a remote host controller 90 through a hot spot gateway 30.
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`Additionally, the client device 22a includes a memory 52 for storing broadcast
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`content. In one embodiment, the type of content stored in memory 52 may include
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`content that was scheduled for broadcast during an original broadcast time that the
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`20
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`user wishes to playback during a later second time period. The content may be
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`received through the first wireless transceiver 50 from the home gateway 28. For
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`instance, assume that a user of the vehicular client device 22a would like to delay the
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`listening of specific broadcast content that is scheduled during an original first time
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`period. The user may select an input (either on the client device 22a or from another
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`client device 22b-22d) to delay the playback of an original broadcast program content.
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`A remote host system 90 will obtain the content (in whole or in part) and send the
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`content to the client 22a for storage in memory 52. The content would then be
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`automatically played back to the user at the designated second time period.
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`In the embodiment where the client device 22a is incorporated into the head
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`5
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`unit 40 of a vehicle, the controller 42 may also be configured to communicate via a
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`vehicle bus interface 68 to a vehicle bus 80, which carries communication information
`
`and other operational data throughout the vehicle. This connection may be important
`
`to allow the controller 42 to utilize a cellular communication transceiver in the
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`Telematics control unit 70 to transmit and receive data messages. In particular, the
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`10 Telematics control unit 70 is similarly coupled to the vehicle bus 80, via a vehicle bus
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`interface 72, and hence the head unit 40. The Telematics control unit 70 is
`
`responsible for sending and receiving voice or data communications to and from the
`
`vehicle over a cellular communication network. As such, it comprises a Telematics
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`controller 74 to organize such communications, and a network access device (NAD)
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`15
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`that includes a cellular wireless transceiver 76, which may be used as a second
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`wireless transceiver for purposes of the present invention as described further below.
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`In an alternative embodiment, the client device 22a may be configured to seek
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`out a local wireless communication device to determine whether a data message may
`
`be sent over a second wireless communication system. For instance, in FIG. 5, the
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`controller 42 in the client device 22a may determine whether it has access to a second
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`wireless communication network through another wireless communication device 110
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`that is within proximity of the short-range wireless transceiver 50. Here, the wireless
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`communication device 110, such as a cellular phone, has its own controller 112, a
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`short-range wireless transceiver 114 and a cellular wireless transceiver 116. The
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`short-range wireless transceivers 50 and 114 may communication with each other
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`through a short-range communication protocol. The benefit of this design is that it
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`will allow the controller 42 to utilize a cellular transceiver in the local wireless
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`communication device 110 to transmit and receive data messages, which may be used
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`as a second wireless transceiver for purposes of the present invention as described
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`5
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`further below.
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`In a further embodiment, the wireless communication device 110 in FIG. 5
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`could serve as a client device itself. For instance, the wireless communication device
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`110 may include a controller 112, a memory 115, and transceivers 114, 115. In this
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`case, the audio or video from any content stored on the wireless communication
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`device 110 could be sent or transmitted over the short-range wireless transceiver 114
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`to another system or device, such as the head unit 40 in a vehicle. The transmitted
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`audio or video may then be outputted over the speakers 60 or display 62.
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`The client device 22a illustrated above can provide a great deal of
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`communicative flexibility within vehicle to manage and control content with other
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`15
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`client devices 22b-d owned by a user. For example, assume for purposes of
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`illustration that a driver of the vehicle, using client device 22a, is driving to his/her
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`workplace in the morning and hears an advertisement through their content receiver
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`48 for a broadcast program such as a talk show or a sporting event that is scheduled
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`for broadcast during the driver's work day (e.g., beginning at 2 pm). However, the
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`driver is unable to listen to the broadcast program during its originally scheduled time
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`period because the driver will be at work. The present invention allows the driver to
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`delay the playback of that originally broadcast program to a later time when the driver
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`will be back inside the vehicle (e.g., the commute home from work at 5:30 pm). The
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`driver can initiate this function by submitting an input that requests the content to start
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`at a second time period such as 5:30 pm or at another time specified by the driver. In
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`response to the user's input, the controller 42 in the client device 22a will send a data
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`message to a remote host controller through either the first wireless transceiver 50
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`(short-range transceiver) or through the second wireless transceiver 72 (cellular
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`transceiver), depending on the location of the client device 22a. The remote host
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`5
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`controller will obtain the originally scheduled broadcast content and then send the
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`content to the client device 22a for subsequent playback to the driver during the
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`driver's designated time period. In one embodiment, the content may be sent to the
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`client device 22a, from the remote host controller, through a hot spot gateway 30 that
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`is located at the driver's workplace.
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`The example provided above presents a situation where the entire broadcast
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`program is obtained by the home gateway 28 and sent to the client device for later
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`playback. The present invention also solves the problem where the user of the client
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`device 22a only wants to delay or time-slip the content over a relatively short period
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`of time. For instance, in another illustrative example, the driver of a vehicle having a
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`client device 22a may know that a regularly scheduled talk show starts at 6:30 am and
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`would like to listen to the broadcast from the beginning of the talk show. However,
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`the driver knows that they do not start their commute to work until 6:45 am (15
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`minutes later). In one embodiment, the driver can use a client device (such as a
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`. personal computer having a client device 22b) to delay the program by 15 minutes.
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`20
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`Here, the driver would submit an input into the client device 22b to request a delay of
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`the broadcast content during a second time period. The home gateway 28 would then
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`obtain a first segment of the content (e.g., the first 15 minutes of the broadcast) and
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`then send the first segment of the content to the vehicular client device 22a. The first
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`segment of the content received by the vehicular client device 22a would then be
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`stored in the memory 52 of the client device 22a. The vehicular client device 22a
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`would then store the second segment of the content (e.g., the remainder of the
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`program) itself through its own content receiver 48. The controller 42 would couple
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`together or overlap the first and second segments of the program to provide seamless
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`playback to the user of the vehicular client device 22a.
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`5
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`In one embodiment, before sending a data message that requests delaying
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`content to a later time, the controller 42 would determine whether the client device
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`22a in the vehicle is connected to, or capable of sending messages over, a first
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`wireless communication system. This may be done by having the controller 42
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`determine whether the first wireless transceiver 50 is connected to a wireless gateway
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`10
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`28 in the home or a hot spot gateway 30 mentioned above. If the client device 22a in
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`the vehicle is not connected to, or not capable of sending data messages over, a first
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`wireless communication system, the controller 42 may then make a determination
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`whether the client device 22a in the vehicle is connected to, or capable of sending data
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`message over, a second wireless communication system. The second wireless
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`communication system in FIG. 2 is shown as a cellular wireless transceiver 72 in the
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`Telematics control unit 70 and in FIG. 5 as a cellular wireless transceiver 116 in a
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`portable