Abstract: A thermoacoustic transducer includes a mechanical converter providing power conversion between acoustic and mechanical power and includes a diaphragm defining a compression and an expansion chamber. A thermal converter including a flow passage having a regenerator portion is thermally coupled for conversion between acoustic and thermal power. The mechanical converter is in fluid communication with the flow passage through transmission ducts completing an acoustic power loop having a volume containing a working gas. A transmission duct cross-sectional area is less than a regenerator flow area, which is less than a diaphragm surface area. The diaphragm undergoes resilient displacement causing pressure oscillations within the volume. The power loop is configured to cause one location along the loop to have anti-phase pressure oscillations to pressure oscillations in the mechanical converter.

Abstract: A thermoacoustic transducer includes a mechanical converter providing power conversion between acoustic and mechanical power and includes a diaphragm defining a compression and an expansion chamber. A thermal converter including a flow passage having a regenerator portion is thermally coupled for conversion between acoustic and thermal power. The mechanical converter is in fluid communication with the flow passage through transmission ducts completing an acoustic power loop having a volume containing a working gas. A transmission duct cross-sectional area is less than a regenerator flow area, which is less than a diaphragm surface area. The diaphragm undergoes resilient displacement causing pressure oscillations within the volume. The power loop is configured to cause one location along the loop to have anti-phase pressure oscillations to pressure oscillations in the mechanical converter.

Abstract: A method includes adding, by a computing device, a brain wave pattern having a first frequency to a music track having a first decibel level at or above a threshold of hearing by mixing the brain wave pattern under the music track at a second decibel level less than the first decibel level, wherein the second decibel level is at or below the threshold of hearing, adding, by the computing device, a repetitive chant having a second frequency to the music track, by mixing the repetitive chant under the music track at a third decibel level less than the first decibel level, wherein the third decibel level is at or below the threshold of hearing, and recording, by the computing device, the music track with the brain wave pattern and the repetitive chant to a computer-readable medium.

Abstract: An inkjet nozzle array includes a plurality of nozzles. Each nozzle includes a chamber having an input aperture adapted to receive ink into the chamber and an output aperture through which ink is ejected from the chamber. Each chamber further includes a window adapted to receive electromagnetic radiation and operable to heat ink in the chamber responsive to the electromagnetic radiation and eject an ink droplet through the output aperture.

Abstract: A storage system is provided having at least one storage unit, the storage unit including an electrical power source, a communication source and a cover that defines, at least in part an interior space. The storage system operates with a media blade that comprises a plurality of data storage elements, the media blade moveable in a drawer like motion though a cooperating opening in the cover. The storage system further includes a motion accommodating conductor apparatus connecting the plurality of data storage elements to the electrical power source and the communication source such that power from the electrical power source and communication from the communication source may be provided to the media blade without interruption when the media blade is moved in the drawer like motion outward from at least partially within the interior space.

Abstract: A storage system is provided having at least one storage unit, the storage unit including an electrical power source, a communication source and a cover that defines, at least in part an interior space. The storage system operates with a media blade that comprises a plurality of data storage elements, the media blade moveable in a drawer like motion though a cooperating opening in the cover. The storage system further includes a motion accommodating conductor apparatus connecting the plurality of data storage elements to the electrical power source and the communication source such that power from the electrical power source and communication from the communication source may be provided to the media blade without interruption when the media blade is moved in the drawer like motion outward from at least partially within the interior space.

Abstract: A storage system is provided having at least one storage unit, the storage unit including an electrical power source, a communication source and a cover that defines, at least in part an interior space. The storage system operates with a media blade that comprises a plurality of data storage elements, said media blade moveable in a drawer like motion though a cooperating opening in said cover. The storage system further includes a motion accommodating conductor apparatus connecting said plurality of data storage elements to said electrical power source and said communication source such that power from said electrical power source and communication from said communication source may be provided to said media blade without interruption when said media blade is moved in said drawer like motion outward from at least partially within said interior space.

Abstract: An inkjet nozzle array includes a plurality of nozzles. Each nozzle includes a chamber having an input aperture adapted to receive ink into the chamber and an output aperture through which ink is ejected from the chamber. Each chamber further includes a window adapted to receive electromagnetic radiation and operable to heat ink in the chamber responsive to the electromagnetic radiation and eject an ink droplet through the output aperture.

Abstract: An inkjet nozzle array includes a plurality of nozzles. Each nozzle includes a chamber having an input aperture adapted to receive ink into the chamber and an output aperture through which ink is ejected from the chamber. Each chamber further includes a window adapted to receive electromagnetic radiation and operable to heat ink in the chamber responsive to the electromagnetic radiation and eject an ink droplet through the output aperture.

Abstract: Systems and methods of balancing crossbar bandwidth in a multiprocessing system are disclosed. In an exemplary embodiment a system may comprise a crossbar switch having a plurality of links to processors in the multiprocessing system. A plurality of synchronizers is provided to receive micropackets from the links. At least one wait register holds the micropackets. An arbitrator is operatively associated with the at least one wait register, the arbitrator determining which micropackets are output from the crossbar if a threshold is satisfied.

Abstract: A storage system is provided having at least one primary storage unit, the primary storage unit having a power source, a server mother board, an expander device connected to a second data storage unit and a plurality of retractable media drawers wherein each of the retractable media drawers comprise a plurality of data storage elements. Each of the retractable media drawers maintain connectivity to the power source, the server mother board and the expander device when each of the media drawers is between a first position that is extended partially away from the primary data storage unit and a second position that is at least partially retracted from the first position towards the primary data storage unit.

Abstract: A display apparatus that can be worn by a user, attached to a surface, and/or comprise a stand-alone display containing a light source that emits light and is positioned so as to illuminate a design on the surface of the display apparatus, and/or that incorporates a lighted surface or video-capable technology and that may be connected to a microprocessor and/or light, sound or motion sensor functionalities connected to a microprocessor that can interpret external stimulus and modify the display according to various criteria to attract viewers. The display apparatus also is connected to or in the case of a wearable display contains a power supply that provides power to the light source or lighted display technology and microprocessor and/or sensor functionalities. In some embodiments, the invention may also include a promotional display member that displays advertising or sponsoring information.

Abstract: The present invention is directed to a modular fishing lure system having components which allow a user to create customizable fishing lures with greater flexibility and creativity while also being modifiable in the fishing environment in a manner that the user can alter the lure as needed while the user is fishing. The fishing lure system can include a propeller which provides desired action and movement of both the lure and the water surrounding the lure to entice fish to attack the fishing lure. The fishing lure system can include color components, which are provided to allow the user to select different colors and patterns in the body of the fishing lure. A secondary lure is provided in connection with the primary lure which trails behind the primary lure.

Abstract: The velocity of a printhead scanning across a sheet of paper or other print medium is varied on the basis of whether masking patterns for selectively activating nozzle of the printhead include activations in consecutive pixel locations of the masking pattern. The pixel locations are “firing opportunities” as defined by the maximum firing frequency assigned to the nozzles when the printhead is scanned at a particular velocity. The printhead is moved at that velocity when a masking pattern includes activation in consecutive pixel locations. On the other hand, a higher scanning velocity is available when a constraint is enforced to prevent occasions of firings in consecutive pixel locations. In one embodiment, the constraint is not enforced, but masking patterns are analyzed on a pattern-by-pattern basis to detect those patterns which satisfy the constraint, so that the scanning velocity can be increased during the suitable masking patterns.

Abstract: A different adaptive control method is used to control a motor during each of two or more phases of motor operation. Thus, in a first phase of motor operation the motor is controlled using a first adaptive control method, in a second phase of motor operation the motor is controlled using a second adaptive control method, and so forth. The motor can be controlled in this manner in any number of phases, in which the motor is used for any of a number of corresponding purposes. The method used in each phase can be optimized to suit that type of operation without compromising operation during other phases.

Abstract: A storage system is provided having at least one primary storage unit, the primary storage unit having a power source, a server mother board, an expander device connected to a second data storage unit and a plurality of retractable media drawers wherein each of the retractable media drawers comprise a plurality of data storage elements. Each of the retractable media drawers maintain connectivity to the power source, the server mother board and the expander device when each of the media drawers is between a first position that is extended partially away from the primary data storage unit and a second position that is at least partially retracted from the first position towards the primary data storage unit.

Abstract: A storage system having at least one storage unit, the storage unit including a frame that defines a storage unit interior space, at least one media blade capable of removably supporting a plurality of storage elements wherein the media blade is adapted to provide a communicating path between the storage elements and the storage unit. The media blade is capable of moving between a retracted position wherein substantially all of the storage elements are within the interior space and an extended position wherein substantially all of the storage elements are external to the interior space. Power and communication are provided to the media blade when the media blade is at or between the retracted and extended positions the power and communication is uninterrupted.

Abstract: A storage unit including a frame that defines a storage unit interior space, at least one storage media support structure capable of removably supporting a plurality of storage elements wherein the storage media support structure is adapted to provide a communicating path between the storage elements and the storage unit. The storage media support structure is capable of moving between a retracted position wherein substantially all of the storage elements are within the interior space and an extended position wherein substantially all of the storage elements are external to the interior space. Power and communication are provided to the storage media support structure when the storage media support structure is at or between the retracted and extended positions the power and communication is uninterrupted.

Abstract: A storage system is provided having at least one storage unit, the storage unit including an electrical power source, a communication source and a cover that defines, at least in part an interior space. The storage system operates with a media blade that comprises a plurality of data storage elements, said media blade moveable in a drawer like motion though a cooperating opening in said cover. The storage system further includes a motion accommodating conductor apparatus connecting said plurality of data storage elements to said electrical power source and said communication source such that power from said electrical power source and communication from said communication source may be provided to said media blade without interruption when said media blade is moved in said drawer like motion outward from at least partially within said interior space.

Abstract: A different adaptive control method is used to control a motor during each of two or more phases of motor operation. Thus, in a first phase of motor operation the motor is controlled using a first adaptive control method, in a second phase of motor operation the motor is controlled using a second adaptive control method, and so forth. The motor can be controlled in this manner in any number of phases, in which the motor is used for any of a number of corresponding purposes. The method used in each phase can be optimized to suit that type of operation without compromising operation during other phases.