Patent Document

CROSS-REFERENCE TO RELATED APPLICATIONS 
     This application claims the benefit of U.S. Provisional Application No. 61/823,973, filed on May 16, 2013. The entire disclosure of the above application is incorporated herein by reference. 
    
    
     FIELD 
     The present disclosure relates to systems and methods for controlling the unlocking and use of applications and features stored on an electronics subsystem, such as an electronics subsystem of a motor vehicle, and more particularly to a system and method for controlling the wireless unlocking of applications and features through a short range wireless connection between a subsystem of the vehicle and a user&#39;s smartphone. 
     BACKGROUND 
     The statements in this section merely provide background information related to the present disclosure and may not constitute prior art. 
     It is becoming more and more common for motor vehicle manufacturers to offer various services, applications and features for use with their vehicles. Sirius XM™ satellite radio is just one such example. Music streaming services are another example. However, before a user may make use of the service/application or feature, the user typically must obtain the involvement of a vehicle dealership or possibly that of the service/application/feature provider. More typically the user may be required to present some proof of ownership of the vehicle in order to obtain some type of unlocking code from a premium content service before the application/service/feature can be activated. As such, typically there is some involvement of the user that is required to activate the application/service/feature. This can contribute to providing a negative user experience if the user has difficulty obtaining the needed authorization code, and/or must spend his/her own time in going through one or more procedures to activate the application/service/feature. This also may require added involvement and time from the vehicle dealer if additional action is needed by the vehicle dealer to configure the vehicle radio system to allow the application/service/feature. 
     SUMMARY 
     In one aspect the present disclosure relates to a method for enabling seamless user access to restricted content, via a wireless connection with a remote content source, for use by a user within a vehicle. In one implementation the method may include storing an identifier in an electronic component of the vehicle. A short range, wireless protocol connectivity system may be used, which is associated with the vehicle, to establish a wireless, short range communications link with a personal electronic device (PED) of the user when the user enters the vehicle with the PED powered on. The short range communications link may be used to automatically transmit the identifier to the PED. The PED may be used to transmit the identifier to a remote authorization source, and the remote authorization source may be used to check to determine if the identifier is valid. If the identifier is valid, the authorization source may send an unlock code back to the PED. The unlock code is used by the PED to unlock an application on the PED which enables the application to access and make use of content from the remote content source. 
     In another aspect the present disclosure relates to a method for enabling seamless user access to restricted content, via a wireless connection with a remote content source, for use by a user within a vehicle. The method may include storing an identifier in an electronic component of the vehicle. A system may be used which is associated with the vehicle to establish a communications link with a personal electronic device (PED) of the user after the user enters the vehicle with the PED powered on. The communications link may be used to automatically transmit the identifier to the PED, the identifier having a limited time period associated therewith during which the identifier is valid. The PED may be used to transmit the identifier via a network to a remote, cloud-based authorization source. The remote, cloud based authorization source may be used to check to determine if the identifier is valid, and if so, to send an unlock code back to the PED via the network. The PED may be then be caused to use the unlock code to enable an application on the PED to access and make use of predetermined content from the remote content source while the PED is present in the vehicle and being operated within the vehicle. 
     In still another implementation the present disclosure relates to a system for enabling seamless user access to restricted content, via a wireless connection with a remote content source, by a user within a vehicle. The system may comprise a carryable personal electronic device (PED) that a user may use to access cloud-based subsystems. An identifier may be used which is stored in an electronic component of the vehicle. A short range, wireless protocol connectivity system associated with the vehicle may be included to automatically establish a wireless, short range communications link with the PED of the user when the user enters the vehicle with the PED powered on. The short range communications link may automatically transmit the identifier to the PED. The PED may further be configured to transmit the identifier to a remote authorization source and to receive an unlock code back from the remote authorization source if the authorization code determines that the authorization code is valid. The PED may further be configured to use the unlock code to unlock an application on the PED which enables the application to access and make use of content from the remote content source. 
     Further areas of applicability will become apparent from the description provided herein. It should be understood that the description and specific examples are intended for purposes of illustration only and are not intended to limit the scope of the present disclosure. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
       The drawings described herein are for illustration purposes only and are not intended to limit the scope of the present disclosure in any way. 
         FIG. 1  is a highly simplified block diagram of a system in accordance with one embodiment of the present disclosure for automatically, seamlessly and wirelessly unlocking a stored application/service/feature on a user&#39;s smartphone; and 
         FIG. 2  is a flowchart illustrating one example of a sequence of operations of the system of  FIG. 1 . 
     
    
    
     DETAILED DESCRIPTION 
     The following description is merely exemplary in nature and is not intended to limit the present disclosure, application, or uses. It should be understood that throughout the drawings, corresponding reference numerals indicate like or corresponding parts and features. 
     Referring to  FIG. 1 , there is a system  10  in accordance with one embodiment of the present disclosure. The system  10  makes use of a vehicle  10 , in this example a motor vehicle  12  such as an automobile, which has a radio system  14 . The radio system  14  has a short range wireless protocol transceiver  16 , for example (and without limitation) a Bluetooth® protocol wireless transceiver or a ZigBee wireless protocol transceiver. One or more unique identifiers  18  for unlocking a premium content service or application may also be stored in a suitable memory of the vehicle radio system  14  or elsewhere in the vehicle&#39;s electronics. For the purpose of the following examples, it will be assumed that a single unique identifier is being stored, although more than one could just as readily be stored to provide added security. The stored unique identifier may be the VIN of the vehicle  12 , a MAC address on a USB driver or Bluetooth® wireless protocol card, or any other unique identifier. This identifier may be stored in the vehicle&#39;s radio system  14  or elsewhere in the vehicle&#39;s electronics when the vehicle is being built or even thereafter by a vehicle dealership. 
     A user may use her/his smartphone  20 , which has its own short range wireless transceiver  22  (e.g., Bluetooth transceiver or ZigBee transceiver) and a premium content application  24  stored on the smartphone, to communicate with the vehicle radio system  14 . More specifically, the smartphone  20  may use the short range wireless protocol link that is automatically and seamlessly established between the short range wireless transceivers  16  and  22  to obtain the stored identifier  18 . The smartphone  18  may then forward the identifier  18  via a wireless signal to an authorization server  28  associated with a premium content provider  26 . The authorization server  28  contains identifiers (e.g., VINs, MAC addresses, etc.) that indicate when a vehicle is authorized to obtain the premium content. The identifier may be initially set by the vehicle manufacturer to correspond to a limited time, for example six months from a date on which the vehicle  12  is sold or leased to the user. When the authorization server  28  is provided the identifier by the smartphone  20 , it checks its stored database of identifiers to determine if the identifier is valid. If so, it provides one or more “unlock” codes to the smartphone  20  that the smartphone may use to unlock the premium content application  24  and allow the user to begin using the premium content. These actions take place seamlessly and without any action by the user. Essentially, as soon as the user enters the vehicle  12  with her/his smartphone  20  turned on, the unlocking operations described above begin and are carried out. There is no need for the user to present any purchase information to the premium content provider  26 , and no need for the personnel at the vehicle dealership to instruct the user as to how to unlock the premium content application  24 . And while the authorization server  28  is shown as a Cloud based component, it will be appreciated that this is just intended to be one example of where the authorization server may be located. 
     Referring briefly to  FIG. 2 , a flowchart  100  is shown that sets forth one example of the sequence of operations that may take place in using the system  10 . At operation  102  the user may enter her/his vehicle with her/his smartphone  20  turned on. At operation  104  the vehicle&#39;s wireless protocol transceiver  16  pairs with the short range wireless transceiver  22  of the smartphone to establish a short range wireless link between the two components. At operation  106  the vehicle&#39;s electronics subsystem or radio system  14  passes the stored identifier  18  to the user&#39;s smartphone  20  using the short range wireless communications link established between them. At operation  108  the user&#39;s smartphone  20  uploads the identifier to the remote authorization server  28 . At operation  110  the remote authorization server  28  determines if the identifier is valid. If not, the sequence of operations performed by the system  10  ends. If the identifier is determined to be valid, then the authorization server  28  transmits one or more unlock codes back to the user&#39;s smartphone  20 , as indicated at operation  112 . At operation  114  the user&#39;s smartphone  20  uses the unlock code(s) to unlock the premium content application  24  stored on the smartphone. At operation  116  the premium content application  24  begins receiving premium content from the remote premium content provider  26 . 
     As another example, consider a vehicle manufacturer that wishes to provide a promotion to an owner of one of its vehicles. The vehicle owner may be sent an email by the manufacturer announcing that the owner will be provided with an upgrade to a premium version of the ABC Music Streaming application for a three month trial period. The user may then download the basic ABC Music Streaming application onto her/his smartphone  20 . The next time the owner enters the vehicle with her/his smartphone  20  turned on and opens the basic ABC Music Streaming application, the Bluetooth® (or ZigBee, etc.) wireless protocol communications link between the vehicle&#39;s radio short range wireless protocol transceiver  16  and the smartphone&#39;s transceiver  22  will be established. This communications link allows the identifier  18  to be passed to the owner&#39;s smartphone  20 . The owner&#39;s smartphone then forwards the identifier  18  to the authorization server  28 . If the identifier is authenticated/verified by the authorization server  28 , then the unlock code(s) will be sent by the authorization server  28  (or some other component instructed to do so) back to the smartphone  20 . The unlock code(s) is/are then used by the ABC Music Streaming application to unlock it&#39;s premium features and the application, operating with its premium features, is made available to the owner for use while the owner is operating the vehicle  12 . In this example, just like the example of flowchart  100 , the actions of checking to determine if the identifier is valid and providing the unlock code(s) to the owner&#39;s smartphone  20  happen seamlessly and without any specific actions to needing to be taken by the owner. 
     From the foregoing it will be appreciated that a significant benefit of the system  10  and method described herein is that no actions need to be taken by the user in unlocking the premium content application on her/his smartphone. This action happens seamlessly and automatically without any physical actions needing to be taken by the user as soon as the user enters the vehicle with her/his smartphone  20  turned on. This provides a highly efficient and convenient method for both the vehicle seller and the user to begin experiencing the premium content that is being provided, at least on a limited basis, with the purchase or lease of her/his vehicle. 
     While the premium content application has been described in the above examples as an “application”, it will be appreciated that the teachings provided herein could be applied to any service or otherwise locked capability. Moreover, while this capability has been described as being provided in connection with an automobile, the present disclosure is applicable to any scenario where one party wishes to be able to provide limited premium content to another party via a smartphone, while the user uses a given product. The present teachings will therefore be applicable to vans, trucks, boats and other water craft, as well as any other recreational vehicle. The premium content could also be used in connection with other electronic appliances such as televisions and other personal electronic devices whose performance could be augmented by the use of some form of premium program or service. 
     The present system and method also makes it easy for application companies to set up free trial periods with vehicle OEMs or the manufacturers of other types of products that may be used in connection with premium content or a premium service. In this manner, user&#39;s may potentially be exposed to various types of premium content that they would ordinarily not have made the effort to try out, were it not for the automatic and seamless unlocking provided by the present system and method. 
     While various embodiments have been described, those skilled in the art will recognize modifications or variations which might be made without departing from the present disclosure. The examples illustrate the various embodiments and are not intended to limit the present disclosure. Therefore, the description and claims should be interpreted liberally with only such limitation as is necessary in view of the pertinent prior art.

Technology Category: h