WIRELESS POWER AND DATA APPARATUS, SYSTEM AND METHOD
First Claim
1. For use in wirelessly charging portable devices and in both powering and authenticating remote operator-carried transponders for activating an automotive circuit, an apparatus comprising:
- a first circuit-based module configured an arranged tooperate in a first mode to generate and transmit a first signal to wirelessly charge a portable device, andin response to detecting the presence of a remote transponder, operate in a second mode to generate and transmit a second signal to power and communicate authentication data with the remote transponder; and
a second circuit-based module configured and arranged to authenticate the transponder by accessing and processing stored authentication data with authentication data carried in signals received from the remote transponder via the first module, and generate an output for activating the automotive circuit based upon the authentication.
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0 Petitions
Accused Products
Abstract
Wireless charging and data communication are effected. In accordance with various example embodiments, a transceiver-type circuit wirelessly charges portable devices, such as hand-held telephones via wireless signals, and also wirelessly communicates data with remote transponders. The data communication is carried out to facilitate authentication of the remote transponders and may, for example, be limited relative to a power-carrying capability of the transponders. Such aspects may be implemented, for example, in a transceiver for both transponder-based operation and (high-power) wireless charging applications in vehicle-based circuits.
42 Citations
20 Claims
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1. For use in wirelessly charging portable devices and in both powering and authenticating remote operator-carried transponders for activating an automotive circuit, an apparatus comprising:
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a first circuit-based module configured an arranged to operate in a first mode to generate and transmit a first signal to wirelessly charge a portable device, and in response to detecting the presence of a remote transponder, operate in a second mode to generate and transmit a second signal to power and communicate authentication data with the remote transponder; and a second circuit-based module configured and arranged to authenticate the transponder by accessing and processing stored authentication data with authentication data carried in signals received from the remote transponder via the first module, and generate an output for activating the automotive circuit based upon the authentication. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A vehicle base station apparatus for wirelessly charging portable devices and communicating with remote operator-carried transponders, the apparatus comprising:
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a transceiver configured and arranged to operate in a first mode to generate and transmit a high-power signal to transmit wireless power to a portable device, and operate in a second mode to generate and transmit a low-power data-carrying signal to communicate authentication data with a remote operator-carried transponder, and to receive authentication data from the remote operator-carried transponder; an interface module configured and arranged to communicate data over a vehicle bus; and an authentication module configured and arranged to authenticate the remote operator-carried transponder by processing the authentication data received from the remote operator-carried transponder with stored authentication data, and in response to authenticating the remote operator-carried transponder, communicate activation data over the vehicle bus, via the interface module, the activation data being configured and arranged to control the operation of at least one vehicle circuit. - View Dependent Claims (14, 15, 16)
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17. A method for wirelessly charging portable devices and in both powering and authenticating remote operator-carried transponders for activating an automotive circuit, the method comprising:
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generating and transmitting a first signal to wirelessly charge a portable device; in response to detecting the presence of a remote transponder, generating and transmitting a second signal to power and communicate authentication data with the remote transponder; and authenticating the transponder by accessing and processing stored authentication data with authentication data carried in signals received from the remote transponder, and generate an output for activating the automotive circuit based upon the authentication. - View Dependent Claims (18, 19, 20)
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Specification