mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for processing an audio signal, the method comprising: receiving an encoded low-frequency range signal corresponding to the audio signal; decoding the encoded signal to produce a decoded signal having an energy spectrum of a shape including an energy depression; performing filter processing on the decoded signal, the filter processing separating the decoded signal into low-frequency range band signals; performing a smoothing process on the low-frequency range band signals, the smoothing process smoothing the energy depression of the low-frequency range band signals by smoothly coupling the power of the low-frequency range band signals to the band portions adjacent to a band including the energy depression in the power of the low-frequency range band signal; performing a frequency shift on the smoothed low-frequency range band signals, the frequency shift generating high-frequency range band signals from the low-frequency range band signals; combining the low-frequency range band signals and the high-frequency range band signals to generate an output signal; and outputting the output signal. receiving an encoded low-frequency range signal corresponding to the audio signal; decoding the encoded signal to produce a decoded signal having an energy spectrum of a shape including an energy depression; performing filter processing on the decoded signal, the filter processing separating the decoded signal into low-frequency range band signals; performing a smoothing process on the low-frequency range band signals, the smoothing process smoothing the energy depression of the low-frequency range band signals by smoothly coupling the power of the low-frequency range band signals to the band portions adjacent to a band including the energy depression in the power of the low-frequency range band signal; performing a frequency shift on the smoothed low-frequency range band signals, the frequency shift generating high-frequency range band signals from the low-frequency range band signals; combining the low-frequency range band signals and the high-frequency range band signals to generate an output signal; and outputting the output signal.
A composition for extrusion-molded bodies comprising a) an inorganic material and b) a cellulose ether wherein the ether substituents are methyl groups, hydroxyalkyl groups, and optionally alkyl groups being different from methyl, the cellulose ether has a viscosity of more than 150 mPa·s, measured as a 1.5% weight solution in water at 20°C at a shear rate of 2.55 s-1, and the cellulose ether has an MS (hydroxyalkyl) of 0.11 to 1.00 and hydroxy groups of anhydroglucose units are substituted with methyl groups such that [s23/s26 - 0.2*MS(hydroxyalkyl)] is 0.35 or less, wherein s23 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 3-positions of the anhydroglucose unit are substituted with a methyl group and wherein s26 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 6-positions of the anhydroglucose unit are substituted with a methyl group. a) an inorganic material and b) a cellulose ether wherein
A catheter device comprising: a catheter hub, a catheter having a catheter tip; a needle fixed in a needle hub, the needle having a needle circumference and extending through the catheter hub and the catheter tip in a ready position, a valve member; wherein the needle extends through the valve member in the ready position, and a tubular receptacle, wherein the needle hub is displaceably guided in the tubular receptacle and biased by a spring in a proximal direction relative to the tubular receptacle; and wherein the needle hub is releasably held in the tubular receptacle against the force of the spring in the ready position, characterized in that the catheter device further comprises a valve actuation member which serves to open the valve member, wherein both, the valve member and the valve actuation member are disposed in the catheter hub; and in that the tubular receptacle has a projecting boss inserted in the catheter hub. a catheter hub, a catheter having a catheter tip; a needle fixed in a needle hub, the needle having a needle circumference and extending through the catheter hub and the catheter tip in a ready position, a valve member; wherein the needle extends through the valve member in the ready position, and a tubular receptacle, wherein the needle hub is displaceably guided in the tubular receptacle and biased by a spring in a proximal direction relative to the tubular receptacle; and wherein the needle hub is releasably held in the tubular receptacle against the force of the spring in the ready position, characterized in that the catheter device further comprises a valve actuation member which serves to open the valve member, wherein both, the valve member and the valve actuation member are disposed in the catheter hub; and in that the tubular receptacle has a projecting boss inserted in the catheter hub.
A method for configuring neighboring cell relations of a cell, the method being performed in a radio network node (10, 50, 500) of a wireless communication system serving wireless devices (40, 550) in the cell, the method being characterised by comprising: - monitoring a rate of wireless device accesses in the cell, and - configuring neighboring cell relations of the cell based on the monitored rate of wireless device accesses in the cell. - monitoring a rate of wireless device accesses in the cell, and - configuring neighboring cell relations of the cell based on the monitored rate of wireless device accesses in the cell.
A method for evaluating hepatic condition of a subject suspected of having or developing a hepatic disorder, wherein the method comprises: measuring, in blood samples from the subject to whom at least one distinguishable stable isotope labeled cholate had been intravenously administered and at least a second distinguishable stable isotope labeled cholate had been orally administered, whereby the blood samples had been collected from the subject over intervals of 2 to 7 time points spanning a time period of from 5 to 180 minutes after administration of the agents to the subject, the ratio between the clearance as measured by AUC (AUC=area under the curve of the serum concentrations) of the at least one intravenously administered distinguishable stable isotope labeled cholate and the clearance as measured by AUC of the at least a second orally administered distinguishable stable isotope labeled cholate from the samples to calculate cholate shunt comprising using formula: AUC oral /AUC iv x Dose iv /Dose oral x 100% (dose represents the amount (in mg) of dose administered); comparing the clearances and/or cholate shunt in the subject to clearances and/or cholate shunt from one or more normal healthy controls, or within the subject over time; wherein reduced clearances and/or increased cholate shunt in the subject compared to the clearances and/or cholate shunt in the controls, or within the subject over time, is an indicator of hepatic disease progression of the subject. measuring, in blood samples from the subject to whom at least one distinguishable stable isotope labeled cholate had been intravenously administered and at least a second distinguishable stable isotope labeled cholate had been orally administered, whereby the blood samples had been collected from the subject over intervals of 2 to 7 time points spanning a time period of from 5 to 180 minutes after administration of the agents to the subject, the ratio between the clearance as measured by AUC (AUC=area under the curve of the serum concentrations) of the at least one intravenously administered distinguishable stable isotope labeled cholate and the clearance as measured by AUC of the at least a second orally administered distinguishable stable isotope labeled cholate from the samples to calculate cholate shunt comprising using formula: AUC oral /AUC iv x Dose iv /Dose oral x 100% (dose represents the amount (in mg) of dose administered); comparing the clearances and/or cholate shunt in the subject to clearances and/or cholate shunt from one or more normal healthy controls, or within the subject over time; wherein reduced clearances and/or increased cholate shunt in the subject compared to the clearances and/or cholate shunt in the controls, or within the subject over time, is an indicator of hepatic disease progression of the subject.
A method of enhancing sizing, the method comprising adding an effective amount of a sizing emulsion to a paper machine in a papermaking process, wherein the sizing emulsion comprises: a) alkenyl succinic anhydride as a sizing agent; b) an emulsifier selected from the group consisting of: glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content; glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content; and glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; and c) an aqueous component, wherein the sizing emulsion is prepared in a high shear homogenizer emulsification unit and the volume ratio of emulsifier to ASA ranges from 0.6:1.0 to 1.0:1.0, wherein the high shear homogenizer emulsification unit comprises a turbine loop, and the percentage of the emulsifier in the turbine loop ranges from 0.25% to 1.2% based on solids. a) alkenyl succinic anhydride as a sizing agent; b) an emulsifier selected from the group consisting of: glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content; glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content; and glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; and glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content; glyoxalated poly(DADMAC)/AcAm polymer having a 5 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content; and glyoxalated poly(DADMAC)/AcAm polymer having a 12 mole% DADMAC monomer content and further comprising MgSO 4 ·7H 2 O; and c) an aqueous component,
Mold flux for use in continuous-casting hypo-peritectic steel whose C concentration is 0.08 to 0.18 mass%, wherein CaO, SiO 2, an alkali metal oxide and a fluorine compound are contained and the sum total of the concentrations of CaO, SiO 2 and a fluorine in a fluorine compound is not less than 60 mass %, the following formulas, and are satisfied, and a viscosity at 1450°C is 0.1 Pa·s or less: 1.1 ≤ f 1 ≤ 1.9 0.10 ≤ f 2 ≤ 0.40 0 ≤ f 3 ≤ 0.10 wherein f 1 = CaO h / SiO 2 h f 2 = CaF 2 h / CaO h + SiO 2 h + CaF 2 h f 3 = alkali metal fluoride h / CaO h + SiO 2 h + alkali metal fluoride h CaO h = W CaO − CaF 2 h × 0.718 SiO 2 h = W SiO 2 CaF 2 h = W F − W Li 2 ⁢ O × 1.27 − W Na 2 ⁢ O × 0.613 − W K 2 ⁢ O × 0.403 × 2.05 alkali metal fluoride h = W Li 2 ⁢ O × 1.74 + W Na 2 ⁢ O × 1.35 + W K 2 ⁢ O × 1.23 wherein W i is a mass concentration of a component i in the mold flux, characterized in that a solidification temperature is 1300°C or more.
A system for coalescing interrupts, the system comprising: a processor configured to service interrupts; and an interrupt controller configured to: associate each power state of a plurality of different power states of the processor with a different delay to be introduced when servicing interrupts while in the corresponding power state; detect a received interrupt; and add a first delay when servicing the interrupt in response to determining: the interrupt corresponds to a first type of interrupt of a plurality of types of interrupts; and the processor is in a first power state out of the plurality of different power states, which is associated with the first delay. a processor configured to service interrupts; and an interrupt controller configured to: associate each power state of a plurality of different power states of the processor with a different delay to be introduced when servicing interrupts while in the corresponding power state; detect a received interrupt; and add a first delay when servicing the interrupt in response to determining: the interrupt corresponds to a first type of interrupt of a plurality of types of interrupts; and the processor is in a first power state out of the plurality of different power states, which is associated with the first delay. associate each power state of a plurality of different power states of the processor with a different delay to be introduced when servicing interrupts while in the corresponding power state; detect a received interrupt; and add a first delay when servicing the interrupt in response to determining: the interrupt corresponds to a first type of interrupt of a plurality of types of interrupts; and the processor is in a first power state out of the plurality of different power states, which is associated with the first delay. the interrupt corresponds to a first type of interrupt of a plurality of types of interrupts; and the processor is in a first power state out of the plurality of different power states, which is associated with the first delay.
A segmented-design burner furnace chamber grate whose entire surface is formed by a series of movable grate bars, with inlet ventilation holes, loosely fitted by means of a mounting assembly, positioned one next to another to form sections, at least two of which are mechanically driven and repeatedly move in a reciprocating fashion wherein grate bars forming the grate are in the form of plates ( 2 a, 2 b, 2 c... 2 n), each in the shape of a prism or a truncated pyramid with a rectangular base, characterized in that one edge of each plate is fitted with a coupling protrusion, and its parallel edge is fitted with a groove whose shape matches that of the coupling protrusion of a neighboring plate, thus enabling joining the plates in a jigsaw-puzzle fashion, to form rows ( R1, R2, R3, R4,.... Rn), and in that the other two parallel edges of each plate are smooth and loosely fitted to form longitudinal expansion gaps between plate surfaces.
A method for producing an aerosol without requiring a hazardous organic solvent, said method comprising: heating a solid lipid or wax above its melt temperature to form a molten lipid or wax; adding an active pharmaceutical ingredient and an amphiphile to the molten lipid or wax to form an emulsion; using high shear to form submicron particles, thereby producing an oil-in-water nanoemulsion; and cooling the nanoemulsion and the particles to room temperature and forming the aerosol using means for generating the aerosol, wherein the aerosol comprises a plurality of aqueous droplets, each aqueous droplet of said plurality comprising: an essentially neutral colloidal particle having a surface zeta potential of between -15 mV and +15 mV and sized to fit inside the droplet, wherein the essentially neutral particle is selected from the group consisting of a polymer, a solid lipid, a natural or synthetic wax, a pharmaceutically acceptable oil, a micelle, a polymersome, a vesicle, a polyplex, a coacervate, or an inorganic particle; and the active pharmaceutical agent is incorporated within the essentially neutral particle or is attached to a surface of the essentially neutral particle. heating a solid lipid or wax above its melt temperature to form a molten lipid or wax; adding an active pharmaceutical ingredient and an amphiphile to the molten lipid or wax to form an emulsion; using high shear to form submicron particles, thereby producing an oil-in-water nanoemulsion; and cooling the nanoemulsion and the particles to room temperature and forming the aerosol using means for generating the aerosol, wherein the aerosol comprises a plurality of aqueous droplets, each aqueous droplet of said plurality comprising: an essentially neutral colloidal particle having a surface zeta potential of between -15 mV and +15 mV and sized to fit inside the droplet, wherein the essentially neutral particle is selected from the group consisting of a polymer, a solid lipid, a natural or synthetic wax, a pharmaceutically acceptable oil, a micelle, a polymersome, a vesicle, a polyplex, a coacervate, or an inorganic particle; and the active pharmaceutical agent is incorporated within the essentially neutral particle or is attached to a surface of the essentially neutral particle. an essentially neutral colloidal particle having a surface zeta potential of between -15 mV and +15 mV and sized to fit inside the droplet, wherein the essentially neutral particle is selected from the group consisting of a polymer, a solid lipid, a natural or synthetic wax, a pharmaceutically acceptable oil, a micelle, a polymersome, a vesicle, a polyplex, a coacervate, or an inorganic particle; and the active pharmaceutical agent is incorporated within the essentially neutral particle or is attached to a surface of the essentially neutral particle.
Capsule having a capsule body, formed preferably in a rotationally symmetric manner, with a side wall and a base, formed in particular integrally with the latter, and having a cover, covering the capsule body, for forming a closed chamber that contains a substance for preparing a liquid foodstuff, wherein the cover is a closed film, which, to form at least one inlet opening, is able to be penetrated by penetration means arranged outside the capsule, and wherein the capsule has an outflow opening for dispensing the liquid foodstuff in the region of the base, wherein the outflow opening is closed by a valve with a valve opening, wherein the valve comprises a shut-off body mounted so as to be displaceable in an axial direction between a closing position and an opening position, wherein the valve opening is closed in the closing position and the valve opening is open in the opening position, characterized in that the shut-off body is preloaded into the closing position by means of a spring element.
Rotary kiln having an insulating system for reducing heat emissions and a surface temperature of revolving rotary kilns with diameters over 70 cm, wherein the rotary kiln is designed with a kiln tube, wherein a shell surface of the kiln tube is provided by a new skin or multi-layer coating (5, 6) or a coat of paint with an emission ratio e <=0.2, namely with a tightly sealed, metallic-gloss surface, comprising a plurality of heat locks which, in a suitable size as a receptacle for rotation masts, are rigidly and firmly connected to an outer side of the kiln tube, an outer casing (12, 18) which is fixed to the rotation masts, and an insulating layer between the kiln tube and the outer casing (12, 18), which has a plurality of gas balloons which are mounted on the rotation masts and which are filled with a gas in such a way that if possible they reach their maximum expansion at operating temperature, so that the space between the kiln tube and the outer casing (12, 18) is if possible filled with stationary gas. the rotary kiln is designed with a kiln tube, wherein a shell surface of the kiln tube is provided by a new skin or multi-layer coating (5, 6) or a coat of paint with an emission ratio e <=0.2, namely with a tightly sealed, metallic-gloss surface, comprising a plurality of heat locks which, in a suitable size as a receptacle for rotation masts, are rigidly and firmly connected to an outer side of the kiln tube, an outer casing (12, 18) which is fixed to the rotation masts, and an insulating layer between the kiln tube and the outer casing (12, 18), which has a plurality of gas balloons which are mounted on the rotation masts and which are filled with a gas in such a way that if possible they reach their maximum expansion at operating temperature, so that the space between the kiln tube and the outer casing (12, 18) is if possible filled with stationary gas.
An endoscopic instrument with an elongate shank and with an instrument head at the distal shank end, said head being movable or comprising at least one movable head part, with at least two pairs of oscillatorily movable impulse generators and at least two transmission wheels (70, 202) configured for the movement control of the instrument head or of the movable head part, wherein the transmission wheels (70, 202) are arranged coaxially to one another and rotatably independently of one another on a shaft which runs transversely to the longitudinal axis (x) of the shank, with a first of the transmission wheels (70, 202) which is configured for converting an oscillatory movement of an impulse generator of a first of the impulse generator pairs into an equally directed rotation movement of the instrument head or of the movable head part in a first movement direction and is configured for converting an oscillatory movement of the other impulse generator of the first impulse generator pair into an equally directed rotation movement of the instrument head or of the movable head part in a second movement direction which is opposite to the first movement direction, characterised in that a second of the transmission wheels (70, 202) is configured for converting an oscillatory movement of an impulse generator of a second of the impulse generator pairs into an equally directed rotation movement of the instrument head or of the movable head part in a third movement direction which is complementary to the first and second movement direction and is configured for converting an oscillatory movement of the other impulse generator of the second impulse generator pair into an equally directed rotation movement of the instrument head or of the movable head part in a fourth movement direction which is opposite to the third movement direction, and in that at least the first transmission wheel (70, 202) is coupled to a bevel wheel (59, 60) for the movement control of the instrument head or of the movable head part, wherein the bevel wheel (59, 60) is rotatable about the longitudinal axis (x) of the shank.
A metallic-mesh semi-worked piece, comprising: - a weft defined by a multiplicity of primary threadlike elements made of metal material; and - a warp interlaced with said weft and defined by a multiplicity of secondary threadlike elements, at least one of the primary and/or secondary threadlike elements (2a and/or 3a) being formed with high-carbon steel material; characterized in that an average diameter of the primary threadlike elements is included between 0.25 mm and 0.45 mm and in that an average diameter of the secondary threadlike elements is included between 0.16 mm and 0.26 mm. - a weft defined by a multiplicity of primary threadlike elements made of metal material; and - a warp interlaced with said weft and defined by a multiplicity of secondary threadlike elements, at least one of the primary and/or secondary threadlike elements (2a and/or 3a) being formed with high-carbon steel material; characterized in that an average diameter of the primary threadlike elements is included between 0.25 mm and 0.45 mm and in that an average diameter of the secondary threadlike elements is included between 0.16 mm and 0.26 mm.