Abstract: A vehicle seating assembly comprises a seat base, a seat back, an articulation mechanism coupled to the seat base and seat back to allow the seat back to move between an upright seating position and a folded position, a back panel provided on the seat back, an accessory attachment system located on the back panel and having one or more alignment connector structures and one or more latches, and an accessory configured to connect onto the back panel and engage the one or more alignment connectors and the one or more latches.

Abstract: A furniture structure including: one or more generally vertical side panels; one or more shelf boards configured to extend from the one or more side panels; two electrical conductors coupled to a side panel of the furniture structure, to receive electrical power of differing polarity from a power supply; an electrical component coupled to a shelf board, wherein said electrical component includes two power terminals located at one end of the electrical component, the power terminals being accessible from a side surface of the shelf board; and wherein the electrical power is supplied to the electrical component via a direct physical contact between the power terminals of the electrical component and the two electrical conductors.

Abstract: Embodiments of the present concept are directed to a Vortex Ring Generator (VRG) that generates vortexes or rings of air that can be sent toward various targets to apply force to that target. In one example, a vortex ring generating system includes a first fuel source, a second fuel source, and a combustion chamber connected to each of the first and second fuel sources through respective fuel control valves. The system also includes a vortex cone connected to the combustion chamber, the cone structured to form vortex rings of air in response to fuel in the combustion chamber being ignited. A control unit controls at least some of the valves and an ignitor connected to the combustion chamber to control the generation of the vortex rings.

Abstract: In one general aspect, a method of processing surface profile measurements includes obtaining a calibration image, the calibration image including one or more surface profile measurements at one or more discrete points on a surface, performing calibration processing on the surface profile measurements, performing data processing on the surface profile measurements, and providing data output based upon the calibration processing and the data processing.