Abstract: A soundboard panel assembly for a vehicle, including a mounting structure, a soundboard panel connected to the mounting structure, and an inertial-type acoustic transducer connected to the soundboard panel.

Abstract: The present disclosure generally relates to semiconductor structures and, more particularly, to charge trap memory devices and methods of manufacture and operation. The semiconductor memory includes: a charge trap transistor comprising a gate structure, a source region and a drain region; and a self-heating circuit which selectively applies an alternating bias direction between the source region and the drain region of the charge trap transistor to provide an erase operation or a programming operation of the charge trap transistor.

Abstract: A soundboard panel assembly for a vehicle, including a mounting structure, a soundboard panel connected to the mounting structure, and an inertial-type acoustic transducer connected to the soundboard panel.

Abstract: Disclosed is a ceiling panel support assembly, including at least one support structure configured to provide at least one panel receiving region adjacent thereto, and at least one support hub structure to be centrally positioned in the at least one panel receiving region. The at least one support structure and the at least one support hub structure may be configured to support a plurality of panels therebetween, with at least a subset of the plurality of panels oriented in side-by-side relation along a circumferential region of the at least one support hub structure and extending outwardly therefrom.

Abstract: The present disclosure generally relates to semiconductor structures and, more particularly, to charge trap memory devices and methods of manufacture and operation. The semiconductor memory includes: a charge trap transistor comprising a gate structure, a source region and a drain region; and a self-heating circuit which selectively applies an alternating bias direction between the source region and the drain region of the charge trap transistor to provide an erase operation or a programming operation of the charge trap transistor.

Abstract: Systems and methods are disclosed related to presenting an interactive audiovisual presentation that provides a user with information regarding individual items matching a user's search request or other request that results in a set of items. The audiovisual content may be generated to include a summary of a subset of item attributes associated with the individual items, and may include both an audio summary and visual content that are presented in synchronization with each other based on markup information in a presentation file.

Abstract: Systems and methods are disclosed related to presenting an interactive audiovisual presentation that provides a user with information regarding individual items matching a user's search request or other request that results in a set of items. The audiovisual content may be generated to include a summary of a subset of item attributes associated with the individual items, and may include both an audio summary and visual content that are presented in synchronization with each other based on markup information in a presentation file.

Abstract: An audio bed board having an inertial type acoustics transducer is disclosed. The novel bed board structure is capable of emitting sound without any exposed audio speakers or speaker openings allowing sound to escape. The bed board typically acts as an audio emitter. In a preferred embodiment, the bed board is generally hollow thereby allowing the installation of the acoustic elements within the bed board. Additionally, an audio amplifier contained therein may be coupled to the headboard, other bed structures or surrounding structures. The bed board generally has a surface adjacent one of head end and foot end having no normally apparent openings so as to facilitate cleaning of the bed board. Furthermore, the emitted sound signal may utilize multiple audio sources for reproduction by the bed board sound system including but not limited to digital, analog, optical and emergency signals.

Abstract: A ceiling speaker assembly having a substantially planar sound board, an inertial type acoustic transducer fixed secured to the sound board, and, means for suspending the sound board from a structure.

Abstract: This invention is directed to decreasing the CO2 concentration. The invention makes use of fluids and apparatuses for diminishing CO2 concentrations of fluids.

Abstract: An audio bed board having an inertial type acoustics transducer is disclosed. The novel bed board structure is capable of emitting sound without any exposed audio speakers or speaker openings allowing sound to escape. The bed board typically acts as an audio emitter. In a preferred embodiment, the bed board is generally hollow thereby allowing the installation of the acoustic elements within the bed board. Additionally, an audio amplifier contained therein may be coupled to the headboard, other bed structures or surrounding structures. The bed board generally has a surface adjacent one of head end and foot end having no normally apparent openings so as to facilitate cleaning of the bed board. Furthermore, the emitted sound signal may utilize multiple audio sources for reproduction by the bed board sound system including but not limited to digital, analog, optical and emergency signals.

Abstract: A luminaire used as a soundboard capable of transmitting desired acoustical signals into an environment using an audio transducer, and an acoustical transmission structure as needed, and an audio content delivery system.

Abstract: A food processing device that manually operates for rotating a drive mechanism where a spring is used to create potential energy when the spring is pulled by a handle and to impart rotation to the drive mechanism when the handle is released.

Abstract: The inertial transducer comprises a foot, a modular key, at least one suspension means having at least three contact points, and heat dissipation means comprising multiple heat transfer points. The foot alternatively includes an opening or a cap. The cap may be frangible. Preferably, the foot includes a cylindrical wall that extends within the inertial transducer and the foot's lower surface is coplaner with the lower surface of a housing of the transducer, thereby reducing stack height. The cylindrical wall may or may not be threaded and may accept a shaft from a receiving apparatus used to associate the transducer with a substrate.

Abstract: The invention converts non audio systems into distributed audio sources for active noise control solutions. The system transforms non acoustic structures into soundboards using inertial type acoustic transducers. Acoustic parameters unique for each application due to the variation in properties of the sound board are compensated by equalizers. The invention also uses damping means to limit the reflection of bending waves from the edges. The inertial type acoustic transducer is driven by an amplifier. The acoustic signal to the amplifier is modified by a signal conditioner to compensate for the non optimal response of the acoustic system. An external controller communicates with the amplifier to control its operating parameters. A series of distributed audio sources in a variety of positions may each be addressable as a node on a network wherein noise detected at that source is analyzed and the system generates sound at that source to mask the noise.

Abstract: The inertial transducer comprises a foot, a modular key, at least one suspension means having at least three contact points, and heat dissipation means comprising multiple heat transfer points. The foot alternatively includes an opening or a cap. The cap may be frangible. Preferably, the foot includes a cylindrical wall that extends within the inertial transducer and the foot's lower surface is coplaner with the lower surface of a housing of the transducer, thereby reducing stack height. The cylindrical wall may or may not be threaded and may accept a shaft from a receiving apparatus used to associate the transducer with a substrate.

Abstract: The invention is a novel circuit wherein maximum shove is achieved yet the transducer's height profile is minimized. The profile is minimized by using mated beveled surfaces on an annular magnet and the top plate which prevents the top plate from reaching saturation and reduces the reluctance f the magnetic flux path. A novel anti-fringe geometry to reduce flux leakage and net saturation in the center post improves the magnetic reluctance of the circuit. An external housing assembly is provided with integral suspension elements for radial stiffness and axial compliance and for aligning the circuit within the housing to prevent cocking and resulting distortion.