mhurhangee/patent-ind-claim-en huggingface dataset:
A vented box loudspeaker system comprising: a speaker driver including a diaphragm ; and a controller configured to: receive a source signal for reproduction via the speaker driver ; determine a target displacement of the diaphragm based on an input voltage of the source signal and a first physical model of the vented box loudspeaker system ; determine a target sound pressure in the vented box loudspeaker system based on the input voltage of the source signal and the first physical model of the vented box loudspeaker system ; determine a target current to draw through the speaker driver based on the target displacement, the target sound pressure and a second physical model of the vented box loudspeaker system ; generate a control voltage based on the target displacement, the target current and the second physical model of the vented box loudspeaker system ; and control an actual displacement of the diaphragm based on the generated control voltage during reproduction of the source signal. a speaker driver including a diaphragm ; and a controller configured to: receive a source signal for reproduction via the speaker driver ; determine a target displacement of the diaphragm based on an input voltage of the source signal and a first physical model of the vented box loudspeaker system ; determine a target sound pressure in the vented box loudspeaker system based on the input voltage of the source signal and the first physical model of the vented box loudspeaker system ; determine a target current to draw through the speaker driver based on the target displacement, the target sound pressure and a second physical model of the vented box loudspeaker system ; generate a control voltage based on the target displacement, the target current and the second physical model of the vented box loudspeaker system ; and control an actual displacement of the diaphragm based on the generated control voltage during reproduction of the source signal. receive a source signal for reproduction via the speaker driver ; determine a target displacement of the diaphragm based on an input voltage of the source signal and a first physical model of the vented box loudspeaker system ; determine a target sound pressure in the vented box loudspeaker system based on the input voltage of the source signal and the first physical model of the vented box loudspeaker system ; determine a target current to draw through the speaker driver based on the target displacement, the target sound pressure and a second physical model of the vented box loudspeaker system ; generate a control voltage based on the target displacement, the target current and the second physical model of the vented box loudspeaker system ; and control an actual displacement of the diaphragm based on the generated control voltage during reproduction of the source signal.
A sensor package, comprising: an integrated circuit chip which carries at least one sensor element on a first surface and comprises non-solder metal bumps , in particular comprises gold bumps, nickel bumps or gold-nickel bumps; an intermediate carrier having a first surface to which the first surface of the integrated circuit chip is bonded by an adhesive, wherein the intermediate carrier has a set of openings comprising at least one opening beneath the sensor element and wherein the metal bumps are bonded to the first surface of the intermediate carrier by the adhesive; and solder bond pads on a second surface of the intermediate carrier opposite the fist surface, wherein the outer shape defined by the outer edge of the intermediate carrier is within 0.5 mm of the outer edge of the shape of the chip, wherein the intermediate carrier forms a shield to protect the sensor element when soldering the sensor package to a circuit board , and wherein the set of openings has a smaller area than a sensor area of the sensor element . an integrated circuit chip which carries at least one sensor element on a first surface and comprises non-solder metal bumps , in particular comprises gold bumps, nickel bumps or gold-nickel bumps; an intermediate carrier having a first surface to which the first surface of the integrated circuit chip is bonded by an adhesive, wherein the intermediate carrier has a set of openings comprising at least one opening beneath the sensor element and wherein the metal bumps are bonded to the first surface of the intermediate carrier by the adhesive; and solder bond pads on a second surface of the intermediate carrier opposite the fist surface, wherein the outer shape defined by the outer edge of the intermediate carrier is within 0.5 mm of the outer edge of the shape of the chip, wherein the intermediate carrier forms a shield to protect the sensor element when soldering the sensor package to a circuit board , and wherein the set of openings has a smaller area than a sensor area of the sensor element .
A method comprising: receiving at least a first audio signal and a second audio signal; analysing the first audio signal and the second audio signal to determine one or more expressions within the first audio signal and/or the second audio signal; and controlling the first audio signal and the second audio signal in response to the determination of the one or more expressions in the first audio signal or the second audio signal, wherein the controlling comprises spatial processing of the first audio signal and the second audio signal such that the audio signal comprising a determined expression is spatially located to the front or side of a listener and the other audio signal is spatially located to the rear of the listener. receiving at least a first audio signal and a second audio signal; analysing the first audio signal and the second audio signal to determine one or more expressions within the first audio signal and/or the second audio signal; and controlling the first audio signal and the second audio signal in response to the determination of the one or more expressions in the first audio signal or the second audio signal, wherein the controlling comprises spatial processing of the first audio signal and the second audio signal such that the audio signal comprising a determined expression is spatially located to the front or side of a listener and the other audio signal is spatially located to the rear of the listener.
A spray container including an open-topped receptacle with a flexible resilient wall and a spray cap connected to the top of the receptacle, the spray cap constituting a one-piece moulding of polymeric material and including a cap plate in which a plurality of spray slits is formed, the width of each spray slit varying along its length between substantially 0 and 0.3mm, preferably 0.1mm, wherein integral with the spray cap is a non-return valve arranged to permit air to flow through it in one direction which, in use, is towards the interior of the spray container but substantially to prevent the flow of air through it in the opposite direction.
A steam turbine side support system for use with a steam turbine having a rotor, comprising: a shell for the steam turbine ; a plurality of side support arms extending from the shell in a perpendicular configuration with respect to the rotor, wherein the plurality of side support arms comprises a first side first arm and a first side second arm extending from a first side of the shell and a second side first arm and a second side second arm extending from a second side of the shell; a foundation in communication with the plurality of side support arms ; and a plurality of arm supports connecting the plurality of side support arms to the foundation , wherein the plurality of arm supports comprises a plurality of horizontal supports in the form of I-beams . a shell for the steam turbine ; a plurality of side support arms extending from the shell in a perpendicular configuration with respect to the rotor, wherein the plurality of side support arms comprises a first side first arm and a first side second arm extending from a first side of the shell and a second side first arm and a second side second arm extending from a second side of the shell; a foundation in communication with the plurality of side support arms ; and a plurality of arm supports connecting the plurality of side support arms to the foundation , wherein the plurality of arm supports comprises a plurality of horizontal supports in the form of I-beams .
A method performed by a base station in a communication system, the method comprising: determining (S320) first information indicating first resources where first data for a first terminal and second data for a second terminal are to be transmitted and second information on a power ratio between a power for the first data and a power for the second data in the first resources, wherein the first resources are from among second resources where resources allocated to the first terminal and resources allocated to the second terminal overlap; transmitting (S330), to the first terminal and the second terminal, control information including the first information and the second information; and transmitting (S340), to the first terminal and the second terminal, the first data and the second data based on the control information, wherein the control information indicates that the first terminal decodes the first data based on the power ratio identifying interference from the second data. determining (S320) first information indicating first resources where first data for a first terminal and second data for a second terminal are to be transmitted and second information on a power ratio between a power for the first data and a power for the second data in the first resources, wherein the first resources are from among second resources where resources allocated to the first terminal and resources allocated to the second terminal overlap; transmitting (S330), to the first terminal and the second terminal, control information including the first information and the second information; and transmitting (S340), to the first terminal and the second terminal, the first data and the second data based on the control information, wherein the control information indicates that the first terminal decodes the first data based on the power ratio identifying interference from the second data.
An electric connector comprising: a housing including an extension receiving cavity and a plurality of contact insert slots ; a plurality of contacts configured to be at least partially inserted to the plurality of contact insert slots ; and a wire holder including a wire support extension configured to be at least partially inserted to the extension receiving cavity , the wire support extension including a plurality of wire receiving passages configured to be aligned to the plurality of contact insert slots when the wire support extension is inserted to the extension receiving cavity , wherein the plurality of wire receiving passages are configured to arrange wires of a first cable thereon and align the wires of the first cable with the plurality of contact insert slots , the wires of the first cable having a first diameter, and wherein the wire holder includes a plurality of wire support ribs , the plurality of wire support ribs at least partially arranged on the plurality of wire receiving passages and configured to arrange wires of a second cable on the plurality of wire receiving passages and align the wires of the second cable with the plurality of contact insert slots , the wires of the second cable having a second diameter smaller than the first diameter. a housing including an extension receiving cavity and a plurality of contact insert slots ; a plurality of contacts configured to be at least partially inserted to the plurality of contact insert slots ; and a wire holder including a wire support extension configured to be at least partially inserted to the extension receiving cavity , the wire support extension including a plurality of wire receiving passages configured to be aligned to the plurality of contact insert slots when the wire support extension is inserted to the extension receiving cavity , wherein the plurality of wire receiving passages are configured to arrange wires of a first cable thereon and align the wires of the first cable with the plurality of contact insert slots , the wires of the first cable having a first diameter, and wherein the wire holder includes a plurality of wire support ribs , the plurality of wire support ribs at least partially arranged on the plurality of wire receiving passages and configured to arrange wires of a second cable on the plurality of wire receiving passages and align the wires of the second cable with the plurality of contact insert slots , the wires of the second cable having a second diameter smaller than the first diameter.
An LED filament lamp comprising: a two-dimensional flexible printed circuit board , PCB, having a first and a second opposing connection end portions , the two-dimensional flexible PCB comprises a plurality of filaments lines (130a-d) extending from the first connection end portion to the second connection end portion , wherein each filament line comprises an array of LEDs (130a 1 -130a N ), wherein the two-dimensional flexible PCB is arranged in a cylinder shape characterized in that said arranging in said cylinder shape is by connecting the first and the second opposing connection end portions such that each of the plurality of filament lines (130a-d) is connected to another one of the plurality of filament lines (130a-d) thereby a spiral LED filament is formed by the plurality of filament lines (130a-d). a two-dimensional flexible printed circuit board , PCB, having a first and a second opposing connection end portions , the two-dimensional flexible PCB comprises a plurality of filaments lines (130a-d) extending from the first connection end portion to the second connection end portion , wherein each filament line comprises an array of LEDs (130a 1 -130a N ), wherein the two-dimensional flexible PCB is arranged in a cylinder shape characterized in that said arranging in said cylinder shape is by connecting the first and the second opposing connection end portions such that each of the plurality of filament lines (130a-d) is connected to another one of the plurality of filament lines (130a-d) thereby a spiral LED filament is formed by the plurality of filament lines (130a-d).
A composition, comprising a recombinant polymerase that comprises an amino acid sequence that is at least 90% identical to SEQ ID NO:2 or a biologically active fragment thereof, and wherein the recombinant polymerase includes N487R, D264A, and E493R and further includes H273N and H281M, wherein the numbering is relative to SEQ ID NO: 34, and wherein the recombinant polymerase retains polymerase activity.
A pharmaceutical composition for use in the topical treatment of dry eye disease in a human subject suffering from dry eye disease, wherein the composition comprises 0.05 to 0.1 % (w/v) cyclosporine dissolved in 1-perfluorobutyl-pentane and wherein the amount of cyclosporine administered in a single dose per eye is 4 to 12 μg.
A method of fabricating a composite material for structural applications, the method comprising the steps of: providing a bamboo culm; separating a slice or sheet from the bamboo culm such that the slice or sheet has a longitudinal axis along a fiber direction of the bamboo culm; partially detaching individual fiber bundles of the slice or sheet from each other along the longitudinal axis of the slice or sheet such that one or more gaps between adjacent fibre bundles extend through the entire thickness of the slice or sheet; applying a glue to the slice or sheet; and curing the glued slice or sheet. providing a bamboo culm; separating a slice or sheet from the bamboo culm such that the slice or sheet has a longitudinal axis along a fiber direction of the bamboo culm; partially detaching individual fiber bundles of the slice or sheet from each other along the longitudinal axis of the slice or sheet such that one or more gaps between adjacent fibre bundles extend through the entire thickness of the slice or sheet; applying a glue to the slice or sheet; and curing the glued slice or sheet.
Cushioning material for packaging purposes, comprising at least one planar element which has at least one edge portion (20a-d) which delimits the planar element , and a cushioning portion , the cushioning portion being cushioned and providing a property which is desired for protecting an object to be packaged, and an adhesive system being applied at least in regions to at least one edge portion (20a-d), characterized in that the adhesive system is designed for such a connection to another portion (20a-d) of another planar element or of the same planar element , which connection can be released without auxiliary means, i.e. without special heat exposure and without special tools, and non-destructively, i.e. without damaging the cushioning material or the object.
A welding tool member for friction stir welding comprising a silicon nitride sintered body, characterised in that the silicon nitride sintered body includes an additive component other than silicon nitride in a content of 12.5% by mass or less, and the additive component includes three or more elements selected from Y, Al, Mg, Si, Ti, Hf, Mo and C, wherein a surface roughness Ra of a friction surface of the silicon nitride sintered body is 0.05 μm or more and 5 μm or less, and a maximum cross sectional height Rt of the friction surface is 0.04 μm or more and 20 um or less.
A head-up display configured to generate a first virtual image display surface capable of displaying a first virtual image (V1) on a plane inclined in a depth direction of a line of sight, the head-up display comprising an image display unit having a first display surface for displaying a first image; a projection unit for projecting display light from the image display unit toward the outside of the head-up display such that the first image displayed on the first display surface is visually recognized as the first virtual image on the first virtual image display surface ; an interface for acquiring a distance (G) between an own vehicle and an obstacle located in front of the own vehicle; and a display control unit , which is configured to move the first virtual image (V1) displayed in a distant area of the first virtual image display surface that is farther than the distance (G) acquired by the interface to an area of the first virtual image display surface that is closer than the distant area. an image display unit having a first display surface for displaying a first image; a projection unit for projecting display light from the image display unit toward the outside of the head-up display such that the first image displayed on the first display surface is visually recognized as the first virtual image on the first virtual image display surface ; an interface for acquiring a distance (G) between an own vehicle and an obstacle located in front of the own vehicle; and a display control unit , which is configured to move the first virtual image (V1) displayed in a distant area of the first virtual image display surface that is farther than the distance (G) acquired by the interface to an area of the first virtual image display surface that is closer than the distant area.
A flexible coupling for the rotary encoder of a reduction gear, comprising at least one sleeve , at least one plug-in toothing arranged at an axial end of the sleeve , at least one ring surrounding the plug-in toothing , and at least one stiffener extending inside the sleeve , the stiffener being designed at least partially as a dome and/or extending at least partially substantially axially, characterized in that all components of the flexible coupling are additively manufactured in one piece with each other.
A method of generating an inclusion list for targeted mass spectrometric analysis, comprising: a. generating, using a mass spectrometer and a chromatography column, experimentally-acquired data for a plurality of isobarically-labeled peptides of interest, the data including, for each one of the isobarically-labeled peptides, a mass-to-charge ratio (m/z), a charge state, and a chromatographic retention time; b. receiving, at a computer, said experimentally -acquired data; c. determining, via the computer, for each one of the isobarically-labeled peptides, predicted properties for a corresponding unlabeled peptide, the predicted properties including a predicted m/z, a predicted charge state, and a predicted chromatographic retention time; and d. storing the predicted properties for each corresponding unlabeled peptide to the inclusion list; wherein the predicted chromatographic retention time for the corresponding unlabeled peptide is determined based on hydrophobicity indices of the isobarically-labeled peptide and the corresponding unlabeled peptide, and chromatographic conditions for the targeted mass spectrometric analysis. a. generating, using a mass spectrometer and a chromatography column, experimentally-acquired data for a plurality of isobarically-labeled peptides of interest, the data including, for each one of the isobarically-labeled peptides, a mass-to-charge ratio (m/z), a charge state, and a chromatographic retention time; b. receiving, at a computer, said experimentally -acquired data; c. determining, via the computer, for each one of the isobarically-labeled peptides, predicted properties for a corresponding unlabeled peptide, the predicted properties including a predicted m/z, a predicted charge state, and a predicted chromatographic retention time; and d. storing the predicted properties for each corresponding unlabeled peptide to the inclusion list;
An access device to an aircraft , bus or building, comprising a vehicle as well as a loading surface connected to the vehicle, wherein a protection device for passengers is arranged on the loading area , wherein the protection device includes several displaceable tunnel elements which can be telescopically mounted one inside the other and which can be transported on the loading surface and displaced from the loading surface , characterised in that the tunnel elements are formed conically.