mhurhangee/patent-ind-claim-en huggingface dataset:
A garment care device comprising: a steam plate comprising a steam exit , the steam plate having a given first area (S1) inscribed within a first outer periphery boundary (PB1) of the steam plate regardless of any through hole/opening or non-through hole/opening feature(s) located within the first outer periphery boundary (PB1), and an accessory comprising: a holding means adapted to hold a pad containing a chemical compound, the holding means comprising an external cover extending substantially parallel to the steam plate, said external cover having a given second area (S2), the given second area being defined as the plain area being inscribed within a second outer periphery boundary (PB2) of the external cover which is within the first outer periphery boundary (PB1) of the steam plate regardless of any protrusion(s) and non-flat plain pattem(s) arranged on the external cover and located within the second outer periphery boundary (PB2), but with the area of any through hole/opening feature(s) in the external cover not being counted in the calculation of the given second area (S2), characterized in that the ratio of said second area to said first area is in the range [30; 80] %. a steam plate comprising a steam exit , the steam plate having a given first area (S1) inscribed within a first outer periphery boundary (PB1) of the steam plate regardless of any through hole/opening or non-through hole/opening feature(s) located within the first outer periphery boundary (PB1), and an accessory comprising: a holding means adapted to hold a pad containing a chemical compound, the holding means comprising an external cover extending substantially parallel to the steam plate, said external cover having a given second area (S2), the given second area being defined as the plain area being inscribed within a second outer periphery boundary (PB2) of the external cover which is within the first outer periphery boundary (PB1) of the steam plate regardless of any protrusion(s) and non-flat plain pattem(s) arranged on the external cover and located within the second outer periphery boundary (PB2), but with the area of any through hole/opening feature(s) in the external cover not being counted in the calculation of the given second area (S2), a holding means adapted to hold a pad containing a chemical compound, the holding means comprising an external cover extending substantially parallel to the steam plate, said external cover having a given second area (S2), the given second area being defined as the plain area being inscribed within a second outer periphery boundary (PB2) of the external cover which is within the first outer periphery boundary (PB1) of the steam plate regardless of any protrusion(s) and non-flat plain pattem(s) arranged on the external cover and located within the second outer periphery boundary (PB2), but with the area of any through hole/opening feature(s) in the external cover not being counted in the calculation of the given second area (S2), characterized in that the ratio of said second area to said first area is in the range [30; 80] %.
A system for determining material properties, comprising: a first injection electrode and a second injection electrode each configured to contact a material and conduct an alternating current (I) through a portion of the material , wherein the first injection electrode is configured to contact the material at a first injection point (+I P ) and the second injection electrode is configured to contact the material at a second injection point (-I P ); a current source coupled to the first injection electrode and the second injection electrode and configured to generate the alternating current (I); a magnet positioned to generate a magnetic field perpendicular to the alternating current (I); a first sensing coil and a second sensing coil each configured to inductively sense a Hall current (+J H , -J H ) created by the alternating current (I) and the magnetic field, the first sensing coil and the second sensing coil being coupled in series, wherein the first sensing coil is adjacent the first injection point (+I P ) and the second sensing coil is adjacent the second injection point (-I P ); a voltage sensor coupled to the first sensing coil and the second sensing coil and configured to measure a voltage difference (V H ), induced by a Hall current (+J H , -J H ) in the portion of the material , from the first sensing coil and the second sensing coil ; and a controller coupled to the voltage sensor and configured to determine, from the voltage difference (VH), a Hall coefficient for the portion of the material . a first injection electrode and a second injection electrode each configured to contact a material and conduct an alternating current (I) through a portion of the material , wherein the first injection electrode is configured to contact the material at a first injection point (+I P ) and the second injection electrode is configured to contact the material at a second injection point (-I P ); a current source coupled to the first injection electrode and the second injection electrode and configured to generate the alternating current (I); a magnet positioned to generate a magnetic field perpendicular to the alternating current (I); a first sensing coil and a second sensing coil each configured to inductively sense a Hall current (+J H , -J H ) created by the alternating current (I) and the magnetic field, the first sensing coil and the second sensing coil being coupled in series, wherein the first sensing coil is adjacent the first injection point (+I P ) and the second sensing coil is adjacent the second injection point (-I P ); a voltage sensor coupled to the first sensing coil and the second sensing coil and configured to measure a voltage difference (V H ), induced by a Hall current (+J H , -J H ) in the portion of the material , from the first sensing coil and the second sensing coil ; and a controller coupled to the voltage sensor and configured to determine, from the voltage difference (VH), a Hall coefficient for the portion of the material .
A gas-barrier resin composition, including: a gas-barrier resin (A) having an oxygen permeability coefficient of 1.0×10 -14 (cm 3 ·cm/cm 2 ·s·Pa) or less, as measured by a differential pressure method in conformity with JIS K7126 at a temperature of 0°C and a pressure of 1 atm; and a copolymer (B) containing monomer structural units represented by the formula , the formula , and the formula : where: R 1 represents a hydrogen atom or a methyl group; R 2 represents a hydrocarbon group having 1 to 20 carbon atoms that may be substituted with a halogen atom, a hydroxy group, an alkoxy group, or an amino group; l, m, and n represent numerical values representing molar proportions of the respective monomer structural units, and n may represent 0; and p represents an integer of from 1 to 4, wherein a ratio of a mass of the copolymer (B) to a total mass of the gas-barrier resin (A) and the copolymer (B) is from 1 mass% to 40 mass%, wherein, in the copolymer (B), the molar proportion l of the monomer structural unit represented by the formula , the molar proportion m of the monomer structural unit represented by the formula , and the molar proportion n of the monomer structural unit represented by the formula satisfy the following expression: 50 ≥ m + n / 1 + m + n × 100 ≥ 5 .
A method for encapsulating encoded audio or video media data composed of a plurality of samples in an ISOBMFF-based media file, the method comprising by a device: - obtaining encoded audio or video media data; - encapsulating the encoded audio or video media data in at least one first track, each first track representing a timed sequence of samples; - generating a derived visual track ; wherein: - the derived visual track comprises in a visual sample entry in a sample table box , a description of a set of one or more transformation operators or one or more transformation operators and their transformation parameters used in samples of the derived visual track; - the derived visual track comprises samples in a media data box , at least one sample comprising at least one transformation operator identifier or transformation operator identifier and its parameters referring to transformation operators of the set to be applied on samples of at least one first track ; - the derived visual track comprises a track reference to the at least one first track . - obtaining encoded audio or video media data; - encapsulating the encoded audio or video media data in at least one first track, each first track representing a timed sequence of samples; - generating a derived visual track ; - the derived visual track comprises in a visual sample entry in a sample table box , a description of a set of one or more transformation operators or one or more transformation operators and their transformation parameters used in samples of the derived visual track; - the derived visual track comprises samples in a media data box , at least one sample comprising at least one transformation operator identifier or transformation operator identifier and its parameters referring to transformation operators of the set to be applied on samples of at least one first track ; - the derived visual track comprises a track reference to the at least one first track .
A radio node , comprising: a Mobile-Termination, MT, ; a Distributed Unit, DU, ; a communication section configured to receive configuration information for the DU and configuration information for the MT, ; and a control section configured to configure a slot format in the DU based on the configuration information for the DU and to configure a slot format in the MT based on the configuration information for the MT ; wherein same signaling as for a configuration information for a terminal is used for the configuration information for the MT and same parameter as in the configuration information for the terminal is included in the configuration information for the MT , and the radio node is an Integrated Access and Backhaul, IAB, node. a Mobile-Termination, MT, ; a Distributed Unit, DU, ; a communication section configured to receive configuration information for the DU and configuration information for the MT, ; and a control section configured to configure a slot format in the DU based on the configuration information for the DU and to configure a slot format in the MT based on the configuration information for the MT ; wherein same signaling as for a configuration information for a terminal is used for the configuration information for the MT and same parameter as in the configuration information for the terminal is included in the configuration information for the MT , and the radio node is an Integrated Access and Backhaul, IAB, node.
Cooking system having at least one cookware item , wherein the cookware item has an output unit , and having a hob device which has a hob control unit which is provided for outputting in at least one operating state at least one status linked to the cookware item by means of the output unit , and at least one hob operator interface , characterised in that the hob control unit is provided for outputting an assignment of the cookware item to an operating element of the hob operator interface by means of the output unit and the hob operator interface .
A method comprising: - receiving an information representative of a first viewpoint in a 3D scene, said 3D scene being represented with a set of volumetric video contents; - transmitting a first volumetric video content of said set selected according to the first viewpoint, said first volumetric video content being determined according to a range of points of view comprising said viewpoint, said first volumetric video content being represented with a set of first patches, a first patch of the set corresponding to a two-dimensional parametrization of a first group of points comprised into a 3D part of the 3D scene associated with said first volumetric video content. - receiving an information representative of a first viewpoint in a 3D scene, said 3D scene being represented with a set of volumetric video contents; - transmitting a first volumetric video content of said set selected according to the first viewpoint, said first volumetric video content being determined according to a range of points of view comprising said viewpoint, said first volumetric video content being represented with a set of first patches, a first patch of the set corresponding to a two-dimensional parametrization of a first group of points comprised into a 3D part of the 3D scene associated with said first volumetric video content.
A method for controlling an amount of power delivered to an electrical load , implemented in a control circuit coupled to a load regulation circuit and configured to control an average magnitude (I AVE ) of a load current (I LOAD ) and to adjust a target load current (I TRGT ), wherein the load regulation circuit is configured to control the magnitude of the load current (I LOAD ) conducted through the electrical load to control the amount of power delivered to the electrical load, the load regulation circuit comprising an inverter circuit (Q210, Q212), wherein the control circuit is configured to control the inverter circuit (Q210,Q212) to operate in active state periods (T ACTIVE ) during which the inverter circuit is active and inactive state periods (T INACTIVE ) during which the inverter circuit is inactive, the control circuit is configured to operate in at least a low-end mode, an intermediate mode and a normal mode, the method is characterized in comprising: during a normal mode of operation of the control circuit, regulating an average magnitude (I AVE ) of the load current (I LOAD ) conducted through the electrical load by holding a burst duty cycle (DC BURST ) of a load regulation circuit constant and adjusting the target load current (I TRGT ) for the load current (I LOAD ); and during the intermediate mode, keeping the length of the inactive state periods (T INACTIVE ) constant and adjusting the length of the active state periods (T ACTIVE ) in order to adjust the burst duty cycle (DC BURST ) and the average magnitude (I AVE ) of the load current (I LOAD ), at the same time as the target load current (I TRGT ) is kept constant; and during the low-end mode, keeping the length of the active state periods (T ACTIVE ) constant and adjusting the length of the inactive state periods (T INACTIVE ) in order to adjust the burst duty cycle (DC BURST ) and the average magnitude (I AVE ) of the load current (I LOAD ), at the same time as the target load current (I TRGT ) is kept constant. during a normal mode of operation of the control circuit, regulating an average magnitude (I AVE ) of the load current (I LOAD ) conducted through the electrical load by holding a burst duty cycle (DC BURST ) of a load regulation circuit constant and adjusting the target load current (I TRGT ) for the load current (I LOAD ); and during the intermediate mode, keeping the length of the inactive state periods (T INACTIVE ) constant and adjusting the length of the active state periods (T ACTIVE ) in order to adjust the burst duty cycle (DC BURST ) and the average magnitude (I AVE ) of the load current (I LOAD ), at the same time as the target load current (I TRGT ) is kept constant; and during the low-end mode, keeping the length of the active state periods (T ACTIVE ) constant and adjusting the length of the inactive state periods (T INACTIVE ) in order to adjust the burst duty cycle (DC BURST ) and the average magnitude (I AVE ) of the load current (I LOAD ), at the same time as the target load current (I TRGT ) is kept constant.
A method of producing a collagen powder and/or a collagen derivative powder, which is characterized by comprising the steps of: (A) obtaining isoelectric precipitates having an average particle size of 1 to 1,000 μm by isoelectrically precipitating a solution containing a collagen and/or a collagen derivative at a pH of 3.5 to 10 while controlling association of the collagen and/or the collagen derivative, or by pulverizing the resulting isoelectric precipitates; (B) adjusting the concentration of the resulting collagen precipitate and/or collagen derivative precipitate contained in the isoelectric precipitates to prepare a crude collagen precipitate containing 12 to 50 % by mass of collagen and/or collagen derivative; (C) dispersing the thus obtained crude collagen precipitate in a hydrophilic organic solvent; recovering solids; and (D) drying the solids to obtain a collagen powder and/or a collagen derivative powder. (A) obtaining isoelectric precipitates having an average particle size of 1 to 1,000 μm by isoelectrically precipitating a solution containing a collagen and/or a collagen derivative at a pH of 3.5 to 10 while controlling association of the collagen and/or the collagen derivative, or by pulverizing the resulting isoelectric precipitates; (B) adjusting the concentration of the resulting collagen precipitate and/or collagen derivative precipitate contained in the isoelectric precipitates to prepare a crude collagen precipitate containing 12 to 50 % by mass of collagen and/or collagen derivative; (C) dispersing the thus obtained crude collagen precipitate in a hydrophilic organic solvent; recovering solids; and (D) drying the solids to obtain a collagen powder and/or a collagen derivative powder.
A lyophilised formulation obtainable by freeze drying a pharmaceutical aqueous solution formulation comprising 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea, or a lactate salt thereof, lactic acid and water, wherein 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea is present at a solution concentration of less than 6mg/ml and sufficient lactic acid is present to provide a clear solution; or 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea, or a phosphate salt thereof, orthophosphoric acid and water, wherein 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea is present at a solution concentration of less than 4mg/ml and sufficient orthophosphoric acid is present to provide a clear solution.
Three dimensional shaped article having an outer and inner surface, the outer surface comprising at least one fabric of polyethylene fibers having a tensile strength of at least 1.5 GPa, the tensile strength being defined and determined on multifilament yarns as specified in ASTM D885M, the fabric being impregnated with an acrylic based thermoplastic material, wherein the acrylic based thermoplastic material has a glass transition temperature of at least 25°C, the glass transition temperature being determined experimentally using differential scanning calorimetry DSC at 10 °C/min, taking the peak of the derivative curve as glass transition temperature, wherein the article has an areal weight between 75 and 1250 gram per square meter.
Computer-implemented method of estimating a pure tone hearing threshold or a pure tone audiogram of a person from the results of a supra-threshold test with an uncalibrated audio-system, the method comprising the steps of: - performing a supra-threshold test at least over a portion of the audible frequency spectrum with the person, wherein the audible frequency spectrum ranges particularly from 16 Hz to 20.000 Hz, wherein the supra-threshold test is performed on an uncalibrated audio-system at a first sound level relative to a predefined output level of the uncalibrated audio-system, - determining the result of the supra-threshold test for at least a portion of the audible frequency spectrum, - determining from the result of the supra-threshold test at least one absolute pure tone threshold, wherein the at least one absolute pure tone threshold is provided in absolute physical units, wherein the supra-threshold test result comprises or is a set of characterizing parameters, wherein the characterizing parameter set comprises at least one parameter, wherein said parameter is configured to describe a progression, a shape feature, a gradient and/or a shape of a graphical representation of the supra-threshold test result. - performing a supra-threshold test at least over a portion of the audible frequency spectrum with the person, wherein the audible frequency spectrum ranges particularly from 16 Hz to 20.000 Hz, wherein the supra-threshold test is performed on an uncalibrated audio-system at a first sound level relative to a predefined output level of the uncalibrated audio-system, - determining the result of the supra-threshold test for at least a portion of the audible frequency spectrum, - determining from the result of the supra-threshold test at least one absolute pure tone threshold, wherein the at least one absolute pure tone threshold is provided in absolute physical units,
A method for coating primary particles with secondary particles using dual asymmetric centrifugal forces wherein, the primary particles comprise at least one metal selected from the group consisting of Group IVB, Group VB, Group VIB, Group VIIB and Group VIII of the Periodic Table, or (b) at least one ceramic comprising at least one silicon, zirconium, aluminium, yttrium, cerium or titanium; the secondary particles comprise at least one metal selected from the group consisting of Group VIII, Group IB and Group IIIA of the Periodic Table, or salt thereof; and wherein the secondary particles are more malleable than the primary particles.
A method for operating a collaboration and communication platform with a Web-RTC-based cloud service, which is operated through a first network system provided in a first cloud with at least one access (ACC) node , at least one application (APP) node , at least one first media access control (MAC) node , and at least one storage node , characterized in that the method comprises the following steps: - providing at least one second MAC node , belonging to a service provider, for a second network system belonging to the service provider, which is connected to the first network system via a secure link , - executing all RTC and media services supplied by the service provider via the second MAC node , and - storing all user-sensitive data in the possession of the service provider supplying the second network system in the at least one storage node in the first network system . - providing at least one second MAC node , belonging to a service provider, for a second network system belonging to the service provider, which is connected to the first network system via a secure link , - executing all RTC and media services supplied by the service provider via the second MAC node , and - storing all user-sensitive data in the possession of the service provider supplying the second network system in the at least one storage node in the first network system .
Camshaft, in particular for a pump, having at least two cams which in the direction of the longitudinal axis of the camshaft are disposed beside one another, the cam elevations of said cams being mutually offset about the longitudinal axis of the camshaft , wherein an intermediate region is provided between two neighboring cams , and having at least one bearing region which in the direction of the longitudinal axis of the camshaft is disposed beside the cams , characterized in that the intermediate region in axial longitudinal sections that contain the longitudinal axis of the camshaft runs at a radial spacing (r1, r2) from the longitudinal axis of the camshaft , said radial spacing (r1, r2) proceeding from the adjacent cam having in the respective axial longitudinal section the smaller cam elevation (h1) so as to increase toward the adjacent cam having in the respective axial longitudinal section the larger cam elevation (h2).