mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, based on spectral information corresponding to an audio signal that includes a low-band portion and a high-band portion, that the audio signal includes a component corresponding to an artifact-generating condition; filtering the high-band portion of the audio signal to generate a filtered high-band output based on an inter-line spectral pair spacing associated with the high-band portion of the audio signal; and generating an encoded signal, wherein generating the encoded signal includes determining gain information based on a ratio of a first energy corresponding to the filtered high-band output to a second energy corresponding to a synthesized high-band signal generated based on the low-band portion and a modulated noise signal or the low-band portion to reduce an audible effect of the artifact-generating condition. determining, based on spectral information corresponding to an audio signal that includes a low-band portion and a high-band portion, that the audio signal includes a component corresponding to an artifact-generating condition; filtering the high-band portion of the audio signal to generate a filtered high-band output based on an inter-line spectral pair spacing associated with the high-band portion of the audio signal; and generating an encoded signal, wherein generating the encoded signal includes determining gain information based on a ratio of a first energy corresponding to the filtered high-band output to a second energy corresponding to a synthesized high-band signal generated based on the low-band portion and a modulated noise signal or the low-band portion to reduce an audible effect of the artifact-generating condition.
A sound attenuation panel comprising: an incident wall defining an aperture therethrough; and a frame unit connected to the incident wall, the frame unit including multiple spoke members spaced apart from one another and radially extending from one or more central hub openings of the frame unit, the one or more central hub openings aligning with the aperture of the incident wall, wherein the frame unit defines channels between adjacent pairs of the spoke members, and wherein the frame unit is configured to receive sound waves into the one or more central hub openings through the aperture of the incident wall to dissipate the sound waves through the channels between the spoke members, and wherein the spoke members of the frame unit are seamlessly connected to the incident wall to define a one-piece, monolithic structure. an incident wall defining an aperture therethrough; and a frame unit connected to the incident wall, the frame unit including multiple spoke members spaced apart from one another and radially extending from one or more central hub openings of the frame unit, the one or more central hub openings aligning with the aperture of the incident wall, wherein the frame unit defines channels between adjacent pairs of the spoke members, and wherein the frame unit is configured to receive sound waves into the one or more central hub openings through the aperture of the incident wall to dissipate the sound waves through the channels between the spoke members, and wherein the spoke members of the frame unit are seamlessly connected to the incident wall to define a one-piece, monolithic structure.
A surgical suction device comprising: - a connector, - a surgical cavity insertion tube, and - a suction tip, wherein the surgical cavity insertion tube is connected at a proximal end thereof to the connector and at a distal end thereof to the suction tip, wherein the suction tip comprises an inner hollow shaft and an outer hollow shaft coaxial to each other, the inner hollow shaft having a first central opening at a distal end thereof, and the outer hollow shaft having an end wall at a distal end thereof, wherein the end wall has a second central opening in axial alignment with the first central opening of the inner hollow shaft, and wherein the outer hollow shaft has one or more openings on a lateral wall thereof, the device characterized in that the suction tip has a weight per unit length greater than four times the weight of same length of the surgical cavity insertion tube. - a connector, - a surgical cavity insertion tube, and - a suction tip,
A method for control channel transmission by a network apparatus, comprising: transmitting a bundle size of a resource element group, REG, bundle of each control resource set, CORESET, in multiple CORESETs, wherein the bundle size of the REG bundle of the each CORESET is for bundling REGs of each control channel element, CCE, of the each CORESET into one or more REG bundles, the one or more REG bundles are mapped to physical resource elements for transmission of a control channel; and transmitting the control channel on the physical resource elements according to the bundle size. transmitting a bundle size of a resource element group, REG, bundle of each control resource set, CORESET, in multiple CORESETs, wherein the bundle size of the REG bundle of the each CORESET is for bundling REGs of each control channel element, CCE, of the each CORESET into one or more REG bundles, the one or more REG bundles are mapped to physical resource elements for transmission of a control channel; and transmitting the control channel on the physical resource elements according to the bundle size.
Folding wheelchair consisting of a seat, to which drive wheels adapted for manual propulsion are detachably mounted on both sides, a backrest which is hinged to the seat with the possibility of folding it to the upper side of the seat in the folded state of the wheelchair, and of a foot frame, which is provided with a footrest and directional wheels and is hinged to the seat with the possibility of folding it to the underside of the seat in the folded state of the wheelchair, characterized in that the rear side of the backrest is provided with a first transport handle for fixing a drive wheel, and the underside of the seat is provided with a second transport handle for fixing a drive wheel, the drive wheels being able to be fastened to the transport handles (8, 9) in the folded state of the wheelchair.
A method for generating extended sequence reads of long DNA molecules in a sample, comprising the steps of: (i) assigning a specific barcode sequence to each template DNA molecule in a sample wherein barcode-tagged molecules are obtained by PCR amplification using primers comprising template-specific sequence from opposite ends of the template molecule and a universal sequence at the 5'-end, wherein one primer additionally comprising a barcode; (ii) clonally amplifying the barcode-tagged molecules; (iii) labelling the amplified barcode-tagged molecules with biotin; (iv) fragmenting the amplified barcode-tagged molecules to obtain barcode-tagged molecules by subjecting the amplified barcode-tagged molecules to unidirectional deletion from the barcode-distal end; (v) purifying the barcode-containing fragments using streptavidin-coated paramagnetic beads; (vi) dissociating the biotin-labelled molecules from the streptavidin-coated paramagnetic beads; (vii) juxtaposing the barcode-containing fragments to random short segments of the original DNA template molecule and circularizing the barcode-containing fragments by intramolecular ligation, thereby generating a sequencing library of overlapping fragments of each template molecule with its assigned barcode; and (viii) obtaining demultiplexed reads from the sequencing library (ix) assembling the demultiplexed reads to obtain extended sequence reads for each DNA template molecule. (i) assigning a specific barcode sequence to each template DNA molecule in a sample wherein barcode-tagged molecules are obtained by PCR amplification using primers comprising template-specific sequence from opposite ends of the template molecule and a universal sequence at the 5'-end, wherein one primer additionally comprising a barcode; (ii) clonally amplifying the barcode-tagged molecules; (iii) labelling the amplified barcode-tagged molecules with biotin; (iv) fragmenting the amplified barcode-tagged molecules to obtain barcode-tagged molecules by subjecting the amplified barcode-tagged molecules to unidirectional deletion from the barcode-distal end; (v) purifying the barcode-containing fragments using streptavidin-coated paramagnetic beads; (vi) dissociating the biotin-labelled molecules from the streptavidin-coated paramagnetic beads; (vii) juxtaposing the barcode-containing fragments to random short segments of the original DNA template molecule and circularizing the barcode-containing fragments by intramolecular ligation, thereby generating a sequencing library of overlapping fragments of each template molecule with its assigned barcode; and (viii) obtaining demultiplexed reads from the sequencing library (ix) assembling the demultiplexed reads to obtain extended sequence reads for each DNA template molecule.
A system for applying a sprayable alkaline or neutral cleaning composition producing reduced misting upon spraying, the system comprising: (a) a sprayer comprising a spray head connected to a spray bottle; and (b) an aqueous, ready-to-use alkaline or neutral cleaning composition contained by the spray bottle and the spray head adapted to dispense the alkaline or neutral cleaning composition; the composition comprising: (i) an effective cleaning amount of an alkalinity source and/or oxidizing source; (ii) from 0.0001 wt-% to 1 wt-% of a high molecular weight inverse emulsion polymer; (iii) at least one surfactant; and (iv) water; wherein the alkaline or neutral composition reduces the formation of airborne aerosol particles having a micron size of less than 10 when sprayed, and wherein the composition has a shear viscosity from 1 to 1000 mPas (1 to 1000 cPs), and wherein the high molecular weight inverse emulsion polymer does not increase the shear viscosity of the composition more than 10%; and wherein the composition produces a total concentration of misting of particles having a micron size of 10 or less within a breathing zone of a user of less than or equal to 60 particles/cm 3. (a) a sprayer comprising a spray head connected to a spray bottle; and (b) an aqueous, ready-to-use alkaline or neutral cleaning composition contained by the spray bottle and the spray head adapted to dispense the alkaline or neutral cleaning composition; (i) an effective cleaning amount of an alkalinity source and/or oxidizing source; (ii) from 0.0001 wt-% to 1 wt-% of a high molecular weight inverse emulsion polymer; (iii) at least one surfactant; and (iv) water; wherein the alkaline or neutral composition reduces the formation of airborne aerosol particles having a micron size of less than 10 when sprayed, and wherein the composition has a shear viscosity from 1 to 1000 mPas (1 to 1000 cPs), and wherein the high molecular weight inverse emulsion polymer does not increase the shear viscosity of the composition more than 10%; and wherein the composition produces a total concentration of misting of particles having a micron size of 10 or less within a breathing zone of a user of less than or equal to 60 particles/cm 3.
A combination of an unmanned aerial vehicle and an autonomous battery replacement station for the UAV, the UAV comprising means for engagement with the station and a replaceable battery, the station comprising: (a) a landing platform for receiving the UAV; (b) a storage location for storing a replacement battery for the UAV, wherein the storage location is located adjacent to the landing platform; and (c) a means for swapping an existing battery on the UAV, when the UAV lands upon the landing platform, with the replacement battery from the storage location; wherein the means for swapping the existing battery comprises: a dock for the UAV, wherein the dock is located at a position adjacent to the landing platform and away from the battery storage location; a moveable member (60, 70) configured to engage with the means for engagement of the UAV, once the UAV has landed upon the landing platform; a driving means to drive the moveable member into engagement with the means for engagement so as to align the UAV in a predetermined orientation with respect to the dock, wherein the driving means is arranged to drive the moveable member so as to urge the UAV across the landing platform and into the dock, for swapping of the existing battery with the replacement battery there; and a battery transporter arranged to transport the replacement battery from the storage location to the dock, wherein the dock is adapted to receive the replacement battery and to present it in a predefined orientation with respect to the dock. (a) a landing platform for receiving the UAV; (b) a storage location for storing a replacement battery for the UAV, wherein the storage location is located adjacent to the landing platform; and (c) a means for swapping an existing battery on the UAV, when the UAV lands upon the landing platform, with the replacement battery from the storage location; a dock for the UAV, wherein the dock is located at a position adjacent to the landing platform and away from the battery storage location; a moveable member (60, 70) configured to engage with the means for engagement of the UAV, once the UAV has landed upon the landing platform; a driving means to drive the moveable member into engagement with the means for engagement so as to align the UAV in a predetermined orientation with respect to the dock, wherein the driving means is arranged to drive the moveable member so as to urge the UAV across the landing platform and into the dock, for swapping of the existing battery with the replacement battery there; and a battery transporter arranged to transport the replacement battery from the storage location to the dock, wherein the dock is adapted to receive the replacement battery and to present it in a predefined orientation with respect to the dock.
A methane conversion device comprising: a reaction chamber comprising conversion means that are configured to oxidise methane; a methane retention component; means for causing methane to be released from the methane retention component into the reaction chamber; a sensor that is adapted to detect the presence of methane within gas exterior to the methane conversion device; blowing means configured to drive gas from the exterior of the device onto the methane retention component when the sensor detects the presence of methane above a predetermined threshold; and positioning means for positioning the device on an animal. a reaction chamber comprising conversion means that are configured to oxidise methane; a methane retention component; means for causing methane to be released from the methane retention component into the reaction chamber; a sensor that is adapted to detect the presence of methane within gas exterior to the methane conversion device; blowing means configured to drive gas from the exterior of the device onto the methane retention component when the sensor detects the presence of methane above a predetermined threshold; and positioning means for positioning the device on an animal.
A method of accessing a memory system, the method comprising: setting a write credit counter in a host device to reflect available write buffer space of a write buffer in the memory system; decrementing the write credit counter upon issuing a write command from the host device to the memory system, wherein the write command is a persistent memory write, PWRITE, or a write with accompanying parity information, XWRITE; and characterized by: incrementing the write credit counter upon receiving at the host device, an indication of additional available write buffer space in the write buffer, based on separate PWRITE and XWRITE credit reporting from the memory system, wherein the write buffer space is configurable to allocate the space between the PWRITE and XWRITE credits. setting a write credit counter in a host device to reflect available write buffer space of a write buffer in the memory system; decrementing the write credit counter upon issuing a write command from the host device to the memory system, wherein the write command is a persistent memory write, PWRITE, or a write with accompanying parity information, XWRITE; and characterized by: incrementing the write credit counter upon receiving at the host device, an indication of additional available write buffer space in the write buffer, based on separate PWRITE and XWRITE credit reporting from the memory system, wherein the write buffer space is configurable to allocate the space between the PWRITE and XWRITE credits.
A heat pump laundry dryer comprising a body, a tub disposed within the body and wherein drying processes are performed, an air duct wherein the process air cycle is realized, a fan providing the circulation of the process air, an evaporator that is placed into the air duct and that condenses the humid process air, a condenser that is placed into the air duct and that heats the process air dehumidified at the evaporator, a pumping chamber from which the water is discharged and that has a base, and a pump that discharges the condensed water accumulating in the pumping chamber characterized in that the pump has supports seated on the base and preventing the suction port from sticking to the base, and in that the base has at least one portion which is at a level higher than the level of the suction port of the pump.
A consumer electronic product, comprising: a housing; electrical components disposed at least partially internal to said housing, said electrical components including at least a camera; and a cover glass coupled with the housing, wherein the cover glass comprises an optical barrier interposed within the cover glass between the camera and a remainder of the cover glass for reducing glare at the camera via the cover glass; wherein the cover glass is substantially transparent to the camera, and wherein the at least one optical barrier is formed by the cover glass being selectively chemically strengthened. a housing; electrical components disposed at least partially internal to said housing, said electrical components including at least a camera; and a cover glass coupled with the housing, wherein the cover glass comprises an optical barrier interposed within the cover glass between the camera and a remainder of the cover glass for reducing glare at the camera via the cover glass; wherein the cover glass is substantially transparent to the camera, and wherein the at least one optical barrier is formed by the cover glass being selectively chemically strengthened.
Method for coding a block of pixels of an image, called current block comprising the following steps: - determining a prediction block of the current block from a motion model defined by a set of parameters, said motion model associating a motion vector pointing at a pixel of a prediction block with each pixel of the current block, - calculating a residual block between said current block and said prediction block; - coding said residual block; characterized in that, for said current block, the prediction block is determined and said residual block is calculated and coded according to the following steps: - segmenting the causal neighbourhood of the current block into a plurality of sets of blocks, a set of parameters being determined for each one of the sets of blocks, - determining a prediction block of the current block with each one of said sets of parameters, calculating a residual block between the current block and each one prediction block and coding said residual blocks, - selecting, among coded residual blocks, the coded residual block to transmit according to a predefined selection criterion and generating information identifying the set of parameters having served to determine the prediction block associated with the selected residual block, said information being transmitted with said coded residual block. - determining a prediction block of the current block from a motion model defined by a set of parameters, said motion model associating a motion vector pointing at a pixel of a prediction block with each pixel of the current block, - calculating a residual block between said current block and said prediction block; - coding said residual block; - segmenting the causal neighbourhood of the current block into a plurality of sets of blocks, a set of parameters being determined for each one of the sets of blocks, - determining a prediction block of the current block with each one of said sets of parameters, calculating a residual block between the current block and each one prediction block and coding said residual blocks, - selecting, among coded residual blocks, the coded residual block to transmit according to a predefined selection criterion and generating information identifying the set of parameters having served to determine the prediction block associated with the selected residual block, said information being transmitted with said coded residual block.
A multi-component system for preparing a foamed product, comprising: a) a first component comprised of at least one (meth)acrylate compound having two or more (meth)acrylate functional groups per molecule; and b) a second component comprised of at least one thiol compound having two or more thiol functional groups per molecule; wherein at least one free radical initiator is present in at least one of the first component or the second component, at least one surfactant is present in at least one of the first component or the second component, and at least one blowing agent is present in at least one of the first component or the second component; wherein in the event the multi-component system has a molar ratio of thiol functional groups to (meth)acrylate functional groups of 0.5: 1 or greater and the at least one free radical initiator includes at least one organic peroxide, the multi-component system additionally comprises at least one promoter for the at least one organic peroxide, wherein the at least one free radical initiator and the at least one promoter for the at least one free radical initiator are present in different components. a) a first component comprised of at least one (meth)acrylate compound having two or more (meth)acrylate functional groups per molecule; and b) a second component comprised of at least one thiol compound having two or more thiol functional groups per molecule; wherein at least one free radical initiator is present in at least one of the first component or the second component, at least one surfactant is present in at least one of the first component or the second component, and at least one blowing agent is present in at least one of the first component or the second component; wherein in the event the multi-component system has a molar ratio of thiol functional groups to (meth)acrylate functional groups of 0.5: 1 or greater and the at least one free radical initiator includes at least one organic peroxide, the multi-component system additionally comprises at least one promoter for the at least one organic peroxide, wherein the at least one free radical initiator and the at least one promoter for the at least one free radical initiator are present in different components.