Abstract: An improved waveguide is disclosed. The waveguide utilizes a luminescent material disposed within or around its perimeter to introduce additional light into the waveguide. For example, the waveguide may include a plurality of planar layers having different refractive indexes. A luminescent material may be disposed along the outer edge of these layers. When light from within the waveguide strikes the luminescent material, it emits light, thereby adding to the light in the waveguide. Not only does the luminescent material introduce more light into the waveguide, it also introduces more light sources, thereby making it more difficult to introduce a probe without blocking at least a portion of the light destined for the image sensor. The luminescent material may be a phosphor.

Abstract: An improved waveguide is disclosed. The waveguide utilizes a luminescent material disposed within or around its perimeter to introduce additional light into the waveguide. For example, the waveguide may include a plurality of planar layers having different refractive indexes. A luminescent material may be disposed along the outer edge of these layers. When light from within the waveguide strikes the luminescent material, it emits light, thereby adding to the light in the waveguide. Not only does the luminescent material introduce more light into the waveguide, it also introduces more light sources, thereby making it more difficult to introduce a probe without blocking at least a portion of the light destined for the image sensor. The luminescent material may be a phosphor.

Abstract: An improved waveguide is disclosed. The waveguide utilizes a luminescent material disposed within or around its perimeter to introduce additional light into the waveguide. For example, the waveguide may include a plurality of planar layers having different refractive indexes. A luminescent material may be disposed along the outer edge of these layers. When light from within the waveguide strikes the luminescent material, it emits light, thereby adding to the light in the waveguide. Not only does the luminescent material introduce more light into the waveguide, it also introduces more light sources, thereby making it more difficult to introduce a probe without blocking at least a portion of the light destined for the image sensor. The luminescent material may be a phosphor.

Abstract: A circuit for secure operation includes a plurality of mutually exclusive circuit zones including a first circuit zone having a first level of security and a second circuit zone having a second level of security less than the first level of security and one or more gate circuits each providing limited transfer of data between the circuit zones, the gate circuits providing all data connectivity between the first circuit zone and the second circuit zone and statically configured to prevent unmodified transfer of data from the first circuit zone to the second circuit zone.

Abstract: A method for operating a secure device having a plurality of mutually exclusive circuit zones, including a first circuit zone having a first level of security and a second circuit zone having a second level of security less than the first level of security, the method including unpacking a key exchange package including receiving a key exchange package in the second circuit zone, the key exchange package including encrypted key data and processing the encrypted key data using a content key in the first circuit zone to generate decrypted key data and storing the decrypted key data in the first circuit zone without disclosing the decrypted key data into the second circuit zone.

Abstract: An improved waveguide is disclosed. The waveguide utilizes a luminescent material disposed within or around its perimeter to introduce additional light into the waveguide. For example, the waveguide may include a plurality of planar layers having different refractive indexes. A luminescent material may be disposed along the outer edge of these layers. When light from within the waveguide strikes the luminescent material, it emits light, thereby adding to the light in the waveguide. Not only does the luminescent material introduce more light into the waveguide, it also introduces more light sources, thereby making it more difficult to introduce a probe without blocking at least a portion of the light destined for the image sensor. The luminescent material may be a phosphor.

Abstract: A method for operating a secure device having a plurality of mutually exclusive circuit zones, including a first circuit zone having a first level of security and a second circuit zone having a second level of security less than the first level of security, the method including unpacking a key exchange package including receiving a key exchange package in the second circuit zone, the key exchange package including encrypted key data and processing the encrypted key data using a content key in the first circuit zone to generate decrypted key data and storing the decrypted key data in the first circuit zone without disclosing the decrypted key data into the second circuit zone.

Abstract: A method for operating a secure device having a plurality of mutually exclusive circuit zones, including a first circuit zone having a first level of security and a second circuit zone having a second level of security less than the first level of security, the method including unpacking a key exchange package including receiving a key exchange package in the second circuit zone, the key exchange package including encrypted key data and processing the encrypted key data using a content key in the first circuit zone to generate decrypted key data and storing the decrypted key data in the first circuit zone without disclosing the decrypted key data into the second circuit zone.

Abstract: A method for operating a secure device having a plurality of mutually exclusive circuit zones, including a first circuit zone having a first level of security and a second circuit zone having a second level of security less than the first level of security, the method including unpacking a key exchange package including receiving a key exchange package in the second circuit zone, the key exchange package including encrypted key data and processing the encrypted key data using a content key in the first circuit zone to generate decrypted key data and storing the decrypted key data in the first circuit zone without disclosing the decrypted key data into the second circuit zone.

Abstract: A method for operating a secure device having a plurality of mutually exclusive circuit zones, including a first circuit zone having a first level of security and a second circuit zone having a second level of security less than the first level of security, the method including unpacking a key exchange package including receiving a key exchange package in the second circuit zone, the key exchange package including encrypted key data and processing the encrypted key data using a content key in the first circuit zone to generate decrypted key data and storing the decrypted key data in the first circuit zone without disclosing the decrypted key data into the second circuit zone.

Abstract: A circuit for secure operation includes a plurality of mutually exclusive circuit zones including a first circuit zone having a first level of security and a second circuit zone having a second level of security less than the first level of security and one or more gate circuits each providing limited transfer of data between the circuit zones, the gate circuits providing all data connectivity between the first circuit zone and the second circuit zone and statically configured to prevent unmodified transfer of data from the first circuit zone to the second circuit zone.

Abstract: An articulating speaker assembly for a sound system of a vehicle includes a speaker that is mounted in a trim panel of the vehicle and is movable from a first stowed position corresponding to a typical vehicle speaker location to a deployed position wherein the speaker is configured to direct sound towards an exterior of the vehicle. In one embodiment, the articulating speaker is generally flush with the trim panel when it is in the stowed position, and when it is in the deployed position, is rotated approximately 90° and spaced apart from the trim panel.

Abstract: An automotive vehicle having a front end, a rear end, and a longitudinal axis. The vehicle includes a passenger compartment disposed between the front end and the rear end. A roof overlies the passenger compartment. The roof is comprised of a pair of roof beams extending parallel to the longitudinal axis adjacent opposed sides of the vehicle. A first forward transverse beam extends between the roof beams. A second rearward transverse beam extends between the first and second roof beams. A first removable roof panel closes a space between the first and second transverse beams. A second removable roof panel closes a space rearward of the second transverse beam. The roof panels can be assembled to form a shelf in a storage compartment of the vehicle.

Abstract: An automotive vehicle including a removable table and chair set is described. The set is constructed from a removable front passenger seat configured to releasably engage a seat mounting member secured to the vehicle and includes at least two legs configured to support the front passenger seat when positioned on a surface outside of the vehicle. A removable structural component of the vehicle is configured to releasably engage the vehicle and includes at least two extendable leg elements configured to support the structural component as a table when positioned on a surface outside of the vehicle. A removable rear passenger seat is configured to releasably engage a seat mounting member secured to the vehicle and includes at least two legs configured to support the rear passenger seat when positioned on a surface outside of the vehicle.

Abstract: An automotive vehicle having a front end, a rear end, and a longitudinal axis. The vehicle includes a passenger compartment disposed between the front end and the rear end. A roof overlies the passenger compartment. The roof is comprised of a pair of roof beams extending parallel to the longitudinal axis adjacent opposed sides of the vehicle. A first forward transverse beam extends between the roof beams. A second rearward transverse beam extends between the first and second roof beams. A first removable roof panel closes a space between the first and second transverse beams. A second removable roof panel closes a space rearward of the second transverse beam. The roof panels can be assembled to form a shelf in a storage compartment of the vehicle.

Abstract: An automotive vehicle including a removable table and char set is described. The set is constructed from a removable front passenger seat configured to releasably engage a seat mounting member secured to the vehicle and includes at least two legs configured to support the front passenger seat when positioned on a surface outside of the vehicle. A removable structural component of the vehicle is configured to releasably engage the vehicle and includes at least two extendable leg elements configured to support the structural component as a table when positioned on a surface outside of the vehicle. A removable rear passenger seat is configured to releasably engage a seat mounting member secured to the vehicle and includes at least two legs configured to support the rear passenger seat when positioned on a surface outside of the vehicle.

Abstract: An articulating speaker assembly for a sound system of a vehicle includes a speaker that is mounted in a trim panel of the vehicle and is movable from a first stowed position corresponding to a typical vehicle speaker location to a deployed position wherein the speaker is configured to direct sound towards an exterior of the vehicle. In one embodiment, the articulating speaker is generally flush with the trim panel when it is in the stowed position, and when it is in the deployed position, is rotated approximately 90° and spaced apart from the trim panel.

Abstract: Methods and systems for remote data collection and distribution include components and operations for receiving, at a server, data transmitted by a first client device via a communication network. The method may also include selecting, by one or more client devices associated with the communication network, a second device to receive the data. The method may further include establishing a connection between the server and the selected second device via the communication network. The method may also include automatically transmitting the received data to the second device using the connection via the communication network. The method may further include causing, by the one or more client devices, the second device to execute a predefined operation.

Abstract: Methods and systems for remote data collection and distribution include components and operations for receiving, at a server, data transmitted by a first client device via a communication network. The method may also include selecting, by one or more client devices associated with the communication network, a second device to receive the data. The method may further include establishing a connection between the server and the selected second device via the communication network. The method may also include automatically transmitting the received data to the second device using the connection via the communication network. The method may further include causing, by the one or more client devices, the second device to execute a predefined operation.

Abstract: Methods and systems for remote data collection and distribution include components and operations for receiving, at a server, data transmitted by a first client device via a communication network. The method may also include selecting, by one or more client devices associated with the communication network, a second device to receive the data. The method may further include establishing a connection between the server and the selected second device via the communication network. The method may also include automatically transmitting the received data to the second device using the connection via the communication network. The method may further include causing, by the one or more client devices, the second device to execute a predefined operation.