mhurhangee/patent-ind-claim-en huggingface dataset:
A roll shaft for use in brush rolls for brushing a strip of metal sheet, the shaft comprising: a shaft body to which annular discs having multiple brush bristles implanted around the outer peripheral edge thereof are attached; and key bases attached to recessed grooves provided on the outer peripheral surface of the shaft body , the key bases comprising keyways into which insertion members projecting from the inner peripheral edge of the annular discs are fitted, and the key bases comprising a corrosion-resistant metallic material, a corrosion-resistant alloy, or a corrosion-resistant resin material, characterized in that first insertion holes are provided on the groove bottom of the recessed grooves of the shaft body ; second insertion holes are provided as blind holes on the surface of the key bases opposite to the keyway side; and the key bases are attached to the shaft body via connecting members fitted into the first insertion holes and the second insertion holes . a shaft body to which annular discs having multiple brush bristles implanted around the outer peripheral edge thereof are attached; and key bases attached to recessed grooves provided on the outer peripheral surface of the shaft body , the key bases comprising keyways into which insertion members projecting from the inner peripheral edge of the annular discs are fitted, and the key bases comprising a corrosion-resistant metallic material, a corrosion-resistant alloy, or a corrosion-resistant resin material, characterized in that first insertion holes are provided on the groove bottom of the recessed grooves of the shaft body ; second insertion holes are provided as blind holes on the surface of the key bases opposite to the keyway side; and the key bases are attached to the shaft body via connecting members fitted into the first insertion holes and the second insertion holes .
An antisense oligonucleotide consisting of the nucleic acid sequence of SEQ ID NO: 7, wherein all cytosine residues of the nucleic acid sequence are 5-methylcytosines, wherein each nucleoside of the nucleic acid sequence comprises a 2'-O-methoxyethyl sugar modification, and wherein the nucleic acid sequence has the following backbone chemistry: sossssossssossssoss, wherein "s" indicates a phosphorothioate linkage and "o" indicates a phosphodiester linkage.
A door, in particular a front door , having a frame-like core element of profile elements connected to one another, said profile elements being produced from a plastic foam as a molded part, characterized in that the profile elements comprise a formed edge and a region that can be cut to length at predefined locations in a predefined partition.
A retroreflective film having - a prismatic layer with retroreflective prism elements on the rear surface of the prismatic layer ; - a sublayer extending between its front surface and the retroreflective prism elements ; and - a cover layer positioned in front of the prismatic layer , wherein - the retroreflective elements have a height h elements of less than 115μm and the sublayer has a thickness t sublayer between 50 μm and 25 μm; or - the retroreflective elements have a height h elements of greater than 115 μm and the sublayer has a thickness t sublayer less than 25 μm; and wherein the cover layer has a thickness of greater than 150μm and characterised in that the cover layer and/or the top surface of the prismatic layer is/are preprinted with a non-transparent pattern that increases daytime brightness. - a prismatic layer with retroreflective prism elements on the rear surface of the prismatic layer ; - a sublayer extending between its front surface and the retroreflective prism elements ; and - a cover layer positioned in front of the prismatic layer , wherein - the retroreflective elements have a height h elements of less than 115μm and the sublayer has a thickness t sublayer between 50 μm and 25 μm; or - the retroreflective elements have a height h elements of greater than 115 μm and the sublayer has a thickness t sublayer less than 25 μm; and wherein the cover layer has a thickness of greater than 150μm and characterised in that the cover layer and/or the top surface of the prismatic layer is/are preprinted with a non-transparent pattern that increases daytime brightness. - the retroreflective elements have a height h elements of less than 115μm and the sublayer has a thickness t sublayer between 50 μm and 25 μm; or - the retroreflective elements have a height h elements of greater than 115 μm and the sublayer has a thickness t sublayer less than 25 μm;
A camera module , comprising: a control body , comprising a circuit board , and a spatial magnetic field sensing member disposed on the circuit board; a lens assembly , configured to be controlled to move between an initial position and a pop-up position, so as to generate relative displacement between the lens assembly and the spatial magnetic field sensing member; and at least one magnetic member , assembled to the lens assembly to generate a preset magnetic field around the lens assembly; characterized in that along with a movement of the lens assembly, the spatial magnetic field sensing member is configured to sense changes of the preset magnetic field in a length direction of the lens assembly by a first sensing unit , a width direction of the lens assembly by a second sensing unit and a thickness direction of the lens assembly by a third sensing unit when the lens assembly is at different positions between the initial position and the pop-up position, as well as at the initial position and the pop-up position. a control body , comprising a circuit board , and a spatial magnetic field sensing member disposed on the circuit board; a lens assembly , configured to be controlled to move between an initial position and a pop-up position, so as to generate relative displacement between the lens assembly and the spatial magnetic field sensing member; and at least one magnetic member , assembled to the lens assembly to generate a preset magnetic field around the lens assembly; characterized in that along with a movement of the lens assembly, the spatial magnetic field sensing member is configured to sense changes of the preset magnetic field in a length direction of the lens assembly by a first sensing unit , a width direction of the lens assembly by a second sensing unit and a thickness direction of the lens assembly by a third sensing unit when the lens assembly is at different positions between the initial position and the pop-up position, as well as at the initial position and the pop-up position.
A testing jointed board for testing optical performance of a camera module , characterized in that it comprises: a board body ; and at least two medium modules disposed on the board body, wherein each medium module is adapted to be connected to a camera module to perform test of the optical performance of the camera module through the board body; wherein each of the medium modules comprises: a substrate for connecting and detachably fixing the camera module; and an expansion circuit for electrically connecting to the camera module, which expansion circuit is disposed on the substrate and adapted to be connected to the camera module, to provide an adaptive circuit switching for the camera module to connect a test equipment; wherein the board body further comprises a supporting board , and each of the medium modules is detachably connected to the supporting board. a board body ; and at least two medium modules disposed on the board body, wherein each medium module is adapted to be connected to a camera module to perform test of the optical performance of the camera module through the board body; wherein each of the medium modules comprises: a substrate for connecting and detachably fixing the camera module; and an expansion circuit for electrically connecting to the camera module, which expansion circuit is disposed on the substrate and adapted to be connected to the camera module, to provide an adaptive circuit switching for the camera module to connect a test equipment; a substrate for connecting and detachably fixing the camera module; and an expansion circuit for electrically connecting to the camera module, which expansion circuit is disposed on the substrate and adapted to be connected to the camera module, to provide an adaptive circuit switching for the camera module to connect a test equipment; wherein the board body further comprises a supporting board , and each of the medium modules is detachably connected to the supporting board.
A method of producing cutlery, comprising placing sheet metal on a die ; holding the sheet metal fixed on the die by means of a holder ; making at least one blanking stroke by means of a punch cooperating with the die to form at least a part of a circumference of a cutlery blank in the sheet metal while the holder still holds the sheet metal fixed on the die ; and releasing the sheet metal from the die , wherein the punch is provided with at least one blanking part that cooperates with a corresponding opening in the die , characterized in that a clearance (x) between the at least one blanking part and the opening is in the range of 0.008 to 0.5 mm, and preferably between 0.01 mm and 0.4 mm, and most preferably between 0.01mm and 0.02mm. placing sheet metal on a die ; holding the sheet metal fixed on the die by means of a holder ; making at least one blanking stroke by means of a punch cooperating with the die to form at least a part of a circumference of a cutlery blank in the sheet metal while the holder still holds the sheet metal fixed on the die ; and releasing the sheet metal from the die , wherein the punch is provided with at least one blanking part that cooperates with a corresponding opening in the die , characterized in that a clearance (x) between the at least one blanking part and the opening is in the range of 0.008 to 0.5 mm, and preferably between 0.01 mm and 0.4 mm, and most preferably between 0.01mm and 0.02mm.
An external charger for wirelessly providing energy to an implantable medical device (IMD), comprising: a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD; a first sense coil comprising one or more turns at a first radius and a second sense coil comprising one or more turns at a second radius larger than the first radius, wherein the first sense coil is configured to be induced by the magnetic field with a first induced signal, and wherein the second sense coil is induced with a second induced signal, wherein the first and second sense coils are concentric with the charging coil; and control circuitry configured to determine a first parameter from the first induced signal and a second parameter from the second induced signal, and configured to determine using at least the first and second parameters the position of the charging coil with respect to the IMD. a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD; a first sense coil comprising one or more turns at a first radius and a second sense coil comprising one or more turns at a second radius larger than the first radius, wherein the first sense coil is configured to be induced by the magnetic field with a first induced signal, and wherein the second sense coil is induced with a second induced signal, wherein the first and second sense coils are concentric with the charging coil; and control circuitry configured to determine a first parameter from the first induced signal and a second parameter from the second induced signal, and configured to determine using at least the first and second parameters the position of the charging coil with respect to the IMD.
Hairstyling appliance for curling hair comprising a mandrel , a liquid tank , a heating element integrated in the mandrel, a hair strand communicating with the tank so as to be soaked with liquid, said hair strand extending between a proximal end intended to come into contact with the heating element and a distal end supplied with liquid from the tank , and means for guiding the hair strand configured to make it possible for the movement thereof from a passive position to an active position wherein said hair strand is in contact with the heating element to create steam, characterised in that said guide means comprise an elastic guide device in contact with the periphery of said hair strand at the level of the proximal end .
A composite component including a component body and a datum feature , the datum feature projecting in a first direction from a surface of the component body, the component further including a plurality of pins extending generally in the first direction so that a first end of each pin is engaged in the component body and a second end of each pin is engaged in the datum feature, characterised in that the datum feature is removable from the component so as to leave the first ends of the pins engaged with the component body.
An error concealment unit for providing an error concealment audio information for concealing a loss of an audio frame in an encoded audio information, wherein the error concealment unit is configured to provide a first error concealment audio information component for a first frequency range using a frequency domain concealment , wherein the error concealment unit is further configured to provide a second error concealment audio information component for a second frequency range , which comprises lower frequencies than the first frequency range, using a time domain concealment , wherein the error concealment unit is configured to perform a control to determine and/or signal-adaptively vary the first and/or second frequency ranges , and wherein the error concealment unit is further configured to combine the first error concealment audio information component and the second error concealment audio information component , to obtain the error concealment audio information.
A method for predicting a condition of an engine , the method comprising: receiving a fluid sample from the engine , the fluid sample having particles suspended therein; extracting a plurality of particles from the fluid sample; obtaining a sample profile of the plurality of particles extracted from the fluid sample and obtaining a reference profile of particles of a reference fluid sample from a reference engine, the reference profile and the sample profile having particles identified based on size, aspect ratio and chemical composition; determining, using size and aspect ratio as axes of a two-dimensional coordinate system, a plurality of average distances between the particles in each of the sample profile and the reference profile and a respective center of each of the sample profile and the reference profile; determining a correlation index between the sample profile and the reference profile based on the plurality of average distances, wherein the correlation index represents a correlation between a distribution of particles of the sample profile and of the reference profile; generating, from the correlation index, a prediction that the engine has a known condition associated with the reference engine; and generating, based on the prediction, an output indicating the condition of the engine . receiving a fluid sample from the engine , the fluid sample having particles suspended therein; extracting a plurality of particles from the fluid sample; obtaining a sample profile of the plurality of particles extracted from the fluid sample and obtaining a reference profile of particles of a reference fluid sample from a reference engine, the reference profile and the sample profile having particles identified based on size, aspect ratio and chemical composition; determining, using size and aspect ratio as axes of a two-dimensional coordinate system, a plurality of average distances between the particles in each of the sample profile and the reference profile and a respective center of each of the sample profile and the reference profile; determining a correlation index between the sample profile and the reference profile based on the plurality of average distances, wherein the correlation index represents a correlation between a distribution of particles of the sample profile and of the reference profile; generating, from the correlation index, a prediction that the engine has a known condition associated with the reference engine; and generating, based on the prediction, an output indicating the condition of the engine .
Process for producing (cyclo)aliphatic polycarbonate polyols comprising the steps of a) reaction of at least one (cyclo)aliphatic polyol and at least one alkyl carbonate in the presence of at least one basic catalyst and b) neutralization by addition of at least one organic sulfonic acid having a molecular weight of 250 to 1000 g/mol and at least one branched or unbranched alkyl substitution having at least four carbon atoms, wherein step b) is performed after step a). a) reaction of at least one (cyclo)aliphatic polyol and at least one alkyl carbonate in the presence of at least one basic catalyst and b) neutralization by addition of at least one organic sulfonic acid having a molecular weight of 250 to 1000 g/mol and at least one branched or unbranched alkyl substitution having at least four carbon atoms,
A coating composition comprising: a 3- to 6-functional acrylate-based binder; a 7- to 20-functional urethane acrylate-based binder; a photoinitiator; and inorganic fine particles having a bimodal particle size distribution including a first inorganic fine particle group having d 50 of 20 to 35nm and a second inorganic fine particle group having d 50 of 40 to 130 nm, wherein the particles size distribution by number is determined in the state of a dispersed solution by using dynamic laser light diffraction scattering method using Malvern Zetasizer Nano-ZS 90. a 3- to 6-functional acrylate-based binder; a 7- to 20-functional urethane acrylate-based binder; a photoinitiator; and inorganic fine particles having a bimodal particle size distribution including a first inorganic fine particle group having d 50 of 20 to 35nm and a second inorganic fine particle group having d 50 of 40 to 130 nm, wherein the particles size distribution by number is determined in the state of a dispersed solution by using dynamic laser light diffraction scattering method using Malvern Zetasizer Nano-ZS 90.
Integrated process for the treatment of production waters associated with crude oil extraction comprising the following stages in the given order: a) removal of dispersed organic compounds in an at least two-stage treatment, in which a first stage removes most of the organic compound content in dispersion and a subsequent second stage allows the concentration limits of said contaminants necessary for downstream sections to be reached; b) H 2 S removal; c) chemical/physical softening through a lime-soda ash process; d) removal of dissolved gaseous inorganic compounds performed by stripping with air flow in a closed circuit; either e) removal of soluble organic compounds by biological treatment by means of oxidation determined by the metabolism of aerobic bacteria in suspension, i.e. by means of active sludge, or e)' removal of soluble organic compounds by active carbon filtration; f) desalination comprising a filtration section, an ultrafiltration section and one or more reverse osmosis sections; g) evaporation and concentration of the saline concentrates from reverse osmosis; h) boron removal from the permeate of reverse osmosis, in a section for removing boron through ion exchange resins. a) removal of dispersed organic compounds in an at least two-stage treatment, in which a first stage removes most of the organic compound content in dispersion and a subsequent second stage allows the concentration limits of said contaminants necessary for downstream sections to be reached; b) H 2 S removal; c) chemical/physical softening through a lime-soda ash process; d) removal of dissolved gaseous inorganic compounds performed by stripping with air flow in a closed circuit; either e) removal of soluble organic compounds by biological treatment by means of oxidation determined by the metabolism of aerobic bacteria in suspension, i.e. by means of active sludge, or e)' removal of soluble organic compounds by active carbon filtration; f) desalination comprising a filtration section, an ultrafiltration section and one or more reverse osmosis sections; g) evaporation and concentration of the saline concentrates from reverse osmosis; h) boron removal from the permeate of reverse osmosis, in a section for removing boron through ion exchange resins.
A lab-on-a-chip diagnosis device, which comprises: - a network of ducts and a plurality of vents that are adapted to stabilize the internal conditions of pressure and temperature of said diagnosis device, by making them conform to the external environmental conditions of use; - a sample loading station adapted to introduce a sample of biological fluid to be analyzed; - a first buffer tank containing a first buffer liquid for conditioning and stabilizing said sample; - a mixing duct adapted to mix together said first buffer liquid and said sample; - an electrophoresis chamber containing a separative filtering material, and adapted to purify said conditioned sample and to concentrate at least one analyte of interest; - a detection chamber adapted to detect and quantify the presence of said at least one analyte of interest in an extract from said electrophoresis chamber characterized in that the lab-on-a-chip diagnosis device further comprises a calibration chamber associated to a set of electrodes and adapted to quantify the volume of said introduced sample and as a consequence to calibrate said diagnosis device, said calibration chamber being located between the mixing duct and the electrophoresis chamber . - a network of ducts and a plurality of vents that are adapted to stabilize the internal conditions of pressure and temperature of said diagnosis device, by making them conform to the external environmental conditions of use; - a sample loading station adapted to introduce a sample of biological fluid to be analyzed; - a first buffer tank containing a first buffer liquid for conditioning and stabilizing said sample; - a mixing duct adapted to mix together said first buffer liquid and said sample; - an electrophoresis chamber containing a separative filtering material, and adapted to purify said conditioned sample and to concentrate at least one analyte of interest; - a detection chamber adapted to detect and quantify the presence of said at least one analyte of interest in an extract from said electrophoresis chamber characterized in that the lab-on-a-chip diagnosis device further comprises a calibration chamber associated to a set of electrodes and adapted to quantify the volume of said introduced sample and as a consequence to calibrate said diagnosis device, said calibration chamber being located between the mixing duct and the electrophoresis chamber .