mhurhangee/ep-ind-claims huggingface dataset:
A method for treating a compacted product, comprising the following steps: - humidifying the compacted product, and then - drying the humidified compacted product, the humidification and drying steps being carried out by applying a permanent and continuous airflow to the compacted product having been placed beforehand in a treatment enclosure, the airflow being controlled during the treatment in order to carry out humidification of the compacted product and then for carrying out drying of the compacted product, the airflow being further controlled for putting and maintaining the compacted product in sustentation in the treatment enclosure during the whole treatment. - humidifying the compacted product, and then - drying the humidified compacted product, the humidification and drying steps being carried out by applying a permanent and continuous airflow to the compacted product having been placed beforehand in a treatment enclosure, the airflow being controlled during the treatment in order to carry out humidification of the compacted product and then for carrying out drying of the compacted product, the airflow being further controlled for putting and maintaining the compacted product in sustentation in the treatment enclosure during the whole treatment.
A method of identifying a resting Tr1 cell population, comprising detecting the cell surface expression of CD4, CD25, CD127 and CD62L markers on a cell population, wherein the cells expressing: - CD4, and - a low level of CD127, - a low level of CD62L. and not expressing: - CD25, are the resting Tr1 cells. - CD4, and - a low level of CD127, - a low level of CD62L. - CD25,
An organic-inorganic composite molded product comprising: inorganic fine particles having an average primary particle diameter of 1 to 30 nm; and an organic resin, wherein the concentration of the inorganic fine particles is 25 to 50 percent by volume, and the porosity of the organic-inorganic composite molded product is 20 to 55 percent by volume.
Composition comprising (i) at least one compound selected from the group consisting of triallyl isocyanurate, triallyl cyanurate; and (ii) at least one compound of the chemical structure with where R 1, R 2 are each independently H or methyl, and wherein the proportion of all the compounds of the chemical structure in the composition, based on all the compounds in the composition, is in the range of 0.01 mol% to 13.5 mol%. (i) at least one compound selected from the group consisting of triallyl isocyanurate, triallyl cyanurate; and (ii) at least one compound of the chemical structure with where R 1, R 2 are each independently H or methyl, and wherein the proportion of all the compounds of the chemical structure in the composition, based on all the compounds in the composition, is in the range of 0.01 mol% to 13.5 mol%. where R 1, R 2 are each independently H or methyl, and wherein the proportion of all the compounds of the chemical structure in the composition, based on all the compounds in the composition, is in the range of 0.01 mol% to 13.5 mol%.
A time-of-flight image processing method for reducing blur of a depth image, the method comprising: sensing, by an image sensor, phase-modulated infrared, IR, light reflected by a sample subject (500, 600) and incident via an optical shutter; modeling a spread characteristic of the IR light from the sample subject reflected internally in a space between the optical shutter and the image sensor, based on an intensity distribution of the IR light sensed by pixels in the image sensor; generating a sharpening filter which is configured for correcting effects of the incident IR light reflected internally between the optical shutter and the image sensor toward nearby pixels by using the modeled spread characteristic; acquiring IR images of different phases of a scene captured for generating a depth image after the sharpening filter is acquired, the optical shutter selecting the IR image for each phase; adjusting pixel values of the acquired IR images by using the acquired sharpening filter; acquiring depth values of the scene by calculating a time of flight, ToF, of each pixel based on the adjusted pixel values; and generating a depth image of the scene by using the acquired depth values; wherein the spread characteristic is modeled based on at least one from among a reflectivity of the optical shutter and a reflectivity of the image sensor, and a distance between the optical shutter and the image sensor. sensing, by an image sensor, phase-modulated infrared, IR, light reflected by a sample subject (500, 600) and incident via an optical shutter; modeling a spread characteristic of the IR light from the sample subject reflected internally in a space between the optical shutter and the image sensor, based on an intensity distribution of the IR light sensed by pixels in the image sensor; generating a sharpening filter which is configured for correcting effects of the incident IR light reflected internally between the optical shutter and the image sensor toward nearby pixels by using the modeled spread characteristic; acquiring IR images of different phases of a scene captured for generating a depth image after the sharpening filter is acquired, the optical shutter selecting the IR image for each phase; adjusting pixel values of the acquired IR images by using the acquired sharpening filter; acquiring depth values of the scene by calculating a time of flight, ToF, of each pixel based on the adjusted pixel values; and generating a depth image of the scene by using the acquired depth values; wherein the spread characteristic is modeled based on at least one from among a reflectivity of the optical shutter and a reflectivity of the image sensor, and a distance between the optical shutter and the image sensor.
A monoclonal, humanized IgG1 antibody that binds IL-5R for use in reducing the numbers of eosinophils in a human subject by parenteral administration of said antibody to said subject at between 0.01 to 0.25 mg/kg and wherein said antibody comprises the amino acid sequence of SEQ ID NO: 1 and 3 and an immunoglobulin Fc region comprising no fucose.
Binder system for wood-based panels consisting of - a first component consisting of at least one sugar, at least one sugar alcohol, or a mixture thereof; - a second component consisting of at least one isocyanate, and - Water. - a first component consisting of at least one sugar, at least one sugar alcohol, or a mixture thereof; - a second component consisting of at least one isocyanate, and - Water.
A method for determining a property of wind approaching at least one wind turbine, comprising: retrieving a plurality of sensor measurements from one or more sensor devices, wherein each sensor device is configured to measure the property of the wind at a plurality of locations; determining a property of the wind expected at a rotor of the wind turbine based on the plurality of sensor measurements and a model of wind flow; adjusting at least one operational parameter of the wind turbine based on the property of wind expected at the rotor of the wind turbine; and comparing, using an observer compensator, the determined property of wind expected at the rotor with a measured property of wind at the rotor to determine a difference between the determined property and the measured property and adjusting a subsequent determination of the property of the wind expected at the wind turbine based on the determined difference; wherein said model of wind flow is a dynamic model based on a spatial discretisation according to the Navier-Stokes equation. retrieving a plurality of sensor measurements from one or more sensor devices, wherein each sensor device is configured to measure the property of the wind at a plurality of locations; determining a property of the wind expected at a rotor of the wind turbine based on the plurality of sensor measurements and a model of wind flow; adjusting at least one operational parameter of the wind turbine based on the property of wind expected at the rotor of the wind turbine; and comparing, using an observer compensator, the determined property of wind expected at the rotor with a measured property of wind at the rotor to determine a difference between the determined property and the measured property and adjusting a subsequent determination of the property of the wind expected at the wind turbine based on the determined difference; wherein said model of wind flow is a dynamic model based on a spatial discretisation according to the Navier-Stokes equation.
A microelectromechanical device comprising: - a mobile mass, suspended above a substrate via elastic suspension elements and rotatable about said elastic suspension elements; - a cover structure, arranged above said mobile mass and having an internal surface facing said mobile mass; and - a stopper structure (12, 14) arranged at said internal surface of said cover structure and extending towards said mobile mass, and designed to stop a movement of said mobile mass away from said substrate along an axis (z) transverse to said substrate, characterized in that said stopper structure (12, 14) is arranged with respect to said mobile mass so as to reduce an effect of a reciprocal electrostatic interaction. - a mobile mass, suspended above a substrate via elastic suspension elements and rotatable about said elastic suspension elements; - a cover structure, arranged above said mobile mass and having an internal surface facing said mobile mass; and - a stopper structure (12, 14) arranged at said internal surface of said cover structure and extending towards said mobile mass, and designed to stop a movement of said mobile mass away from said substrate along an axis (z) transverse to said substrate, characterized in that said stopper structure (12, 14) is arranged with respect to said mobile mass so as to reduce an effect of a reciprocal electrostatic interaction.
Absolute position measuring device, comprising • a first assembly (20.1) comprising a standard in which at least one code track is arranged and a scanning unit by means of which position signals are producible by scanning the at least one code track in a measurement direction, from which position signals an absolute, digital position value is generable, • a second assembly (20.2) with at least one peripheral unit (30, 31, 32, 33, 34), embodied to carry out an additional or auxiliary function of the position measuring device, and • a plurality of electrical lines, by means of which the first assembly (20.1) and the second assembly (20.2) are connected to one another for transferring electrical signals, wherein the position measuring device is operable in a start-up mode and a normal operating mode and all components of the first assembly (20.1) required for operation in the normal operating mode are components (22, 25, 26, 41) which are suitable for use in a radiation region of a machine, and a start-up storage is furthermore provided in the first assembly (20.1), which start-up storage contains data required for operation in the normal operating mode and which start-up storage is not suitable for use in a radiation region of a machine, and the content of the start-up storage is transferable in the start-up mode to a storage unit (34, 54), which is arranged outside of the radiation region, and the content of the storage unit (34, 54) is used for operation in the normal operating mode. • a first assembly (20.1) comprising a standard in which at least one code track is arranged and a scanning unit by means of which position signals are producible by scanning the at least one code track in a measurement direction, from which position signals an absolute, digital position value is generable, • a second assembly (20.2) with at least one peripheral unit (30, 31, 32, 33, 34), embodied to carry out an additional or auxiliary function of the position measuring device, and • a plurality of electrical lines, by means of which the first assembly (20.1) and the second assembly (20.2) are connected to one another for transferring electrical signals,
A pulse exhaust pipe for a diesel engine, wherein one end of the pulse exhaust pipe is communicated with eight cylinders, and the other end of the pulse exhaust pipe is communicated with two superchargers; the pulse exhaust pipe comprises three mutually separated exhaust pipe sections; the respective exhaust pipe sections independently discharge to the superchargers; characterised in that the first exhaust pipe section is communicated with the first and second cylinders; the second exhaust pipe section is communicated with the third to sixth cylinders; and the third exhaust pipe section is communicated with the seventh and eighth cylinders.
A Multi-layer back electrode for a photovoltaic thin-film solar cell, comprising, in this order, at least one bulk back electrode layer containing or made of V, Mn, Cr, Mo, Co, Zr, Ta, Nb and/or W, and/or containing or consisting of alloys containing V, Mn, Cr, Mo, Co, Zr, Fe, Ni, Al, Ta, Nb and/or W, at least one conductive barrier layer, at least one contact layer, in particular an ohmic contact layer, containing at least one first layer, adjacent to the barrier layer, made of Mo, W, Ta, Nb, Zr and/or Co, in particular Mo and/or W, and at least one second layer, not adjacent to the barrier layer, containing or made of at least one metal chalcogenide.
A method for assaying at least one target nucleic acid molecule, comprising: (a) providing a reaction mixture comprising a nucleic acid sample suspected of containing at least one template nucleic acid molecule, a primer pair and a polymerase, wherein said primer pair has sequence complementarity with said template nucleic acid molecule, and wherein said primer pair comprises a limiting primer and an excess primer; (b) subjecting said reaction mixture to a nucleic acid amplification reaction under conditions that are sufficient to yield said at least one target nucleic acid molecule as an amplification product of said template nucleic acid molecule; (c) bringing said reaction mixture in contact with a sensor array having (i) a substrate comprising a plurality of probes immobilized to a surface of said substrate at different individually addressable locations, wherein said probes specifically bind to said limiting primer and are capable of capturing said limiting primer, and (ii) an array of detectors configured to detect at least one signal from said addressable locations, wherein said at least one signal is indicative of said limiting primer binding with an individual probe of said plurality of probes; (d) using said array of detectors to detect said at least one signal from one or more said addressable locations at multiple time points during said nucleic acid amplification reaction; and (e) detecting said target nucleic acid molecule based on at least one signal indicative of said limiting primer binding with said individual probe of said plurality of probes. (a) providing a reaction mixture comprising a nucleic acid sample suspected of containing at least one template nucleic acid molecule, a primer pair and a polymerase, wherein said primer pair has sequence complementarity with said template nucleic acid molecule, and wherein said primer pair comprises a limiting primer and an excess primer; (b) subjecting said reaction mixture to a nucleic acid amplification reaction under conditions that are sufficient to yield said at least one target nucleic acid molecule as an amplification product of said template nucleic acid molecule; (c) bringing said reaction mixture in contact with a sensor array having (i) a substrate comprising a plurality of probes immobilized to a surface of said substrate at different individually addressable locations, wherein said probes specifically bind to said limiting primer and are capable of capturing said limiting primer, and (ii) an array of detectors configured to detect at least one signal from said addressable locations, wherein said at least one signal is indicative of said limiting primer binding with an individual probe of said plurality of probes; (d) using said array of detectors to detect said at least one signal from one or more said addressable locations at multiple time points during said nucleic acid amplification reaction; and (e) detecting said target nucleic acid molecule based on at least one signal indicative of said limiting primer binding with said individual probe of said plurality of probes.
A method of wireless communication, comprising: transmitting, by a first wireless communication device to a second wireless communication device, a plurality of reports, each report indicating an allowable transmission power level at the first wireless communication device satisfying a maximum permissible exposure, MPE, parameter, the allowable transmission power levels being determined by the first wireless communication device over a training time period; receiving, by the first wireless communication device from the second wireless communication device, a first configuration based on an MPE profile associated with the first wireless communication device in response to the plurality of reports, wherein the MPE profile includes statistical information associated with at least the allowable transmission power levels over the training time period; and transmitting, by the first wireless communication device to the second wireless communication device, a first communication signal over a first beam based on the first configuration. transmitting, by a first wireless communication device to a second wireless communication device, a plurality of reports, each report indicating an allowable transmission power level at the first wireless communication device satisfying a maximum permissible exposure, MPE, parameter, the allowable transmission power levels being determined by the first wireless communication device over a training time period; receiving, by the first wireless communication device from the second wireless communication device, a first configuration based on an MPE profile associated with the first wireless communication device in response to the plurality of reports, wherein the MPE profile includes statistical information associated with at least the allowable transmission power levels over the training time period; and transmitting, by the first wireless communication device to the second wireless communication device, a first communication signal over a first beam based on the first configuration.
An air purification system comprising an air purifier apparatus for removing a pollutant from air, a sensor (21, 23) for sensing a concentration of the air pollutant and a scent release apparatus responsive to a scent release signal, characterized in that: the air purification system further comprises a processor adapted to monitor the pollutant concentration from sensor data received from the sensor (21, 23) and to generate the scent release signal upon the monitored pollutant concentration falling below a defined threshold.
A vacuum suction unit comprising: a cover including an air inlet; an impeller for moving air which flows in through the air inlet; a motor including a stator and a shaft which is connected to the impeller and rotates with respect to the stator; a motor housing accommodating the motor and comprising an air outlet; a guide device including a guide body having a cylindrical shape and disposed below the impeller and a plurality of guide vanes provided at the guide body and arranged along a circumferential direction of the guide body spaced apart from each other to guide air ejected from an outlet of the impeller; and a flow guide disposed below the guide device and guides the air guided by the guide device toward the stator, and wherein a guide surface at least a part of which has a diameter reduced as getting downward is formed at a bottom surface of the flow guide; wherein a first flow path is formed between an inner circumferential surface of the cover and the guide body, and the first flow path becomes narrower as getting from the outlet of the impeller closer to a top end portion of the guide vane, wherein the guide vane comprises a first guide vane which is provided on a side of the guide body and guides the air ejected from the impeller, wherein the guide vanes further comprise a second guide vane which is provided at a bottom surface of the guide body, is connected to the first guide vane, and guides the air guided by the first guide vane, and wherein an inlet angle (θ1) of the first guide vane is within a range from 10 to 25 degrees. a cover including an air inlet; an impeller for moving air which flows in through the air inlet; a motor including a stator and a shaft which is connected to the impeller and rotates with respect to the stator; a motor housing accommodating the motor and comprising an air outlet; a guide device including a guide body having a cylindrical shape and disposed below the impeller and a plurality of guide vanes provided at the guide body and arranged along a circumferential direction of the guide body spaced apart from each other to guide air ejected from an outlet of the impeller; and a flow guide disposed below the guide device and guides the air guided by the guide device toward the stator, and wherein a guide surface at least a part of which has a diameter reduced as getting downward is formed at a bottom surface of the flow guide; wherein a first flow path is formed between an inner circumferential surface of the cover and the guide body, and the first flow path becomes narrower as getting from the outlet of the impeller closer to a top end portion of the guide vane, wherein the guide vane comprises a first guide vane which is provided on a side of the guide body and guides the air ejected from the impeller, wherein the guide vanes further comprise a second guide vane which is provided at a bottom surface of the guide body, is connected to the first guide vane, and guides the air guided by the first guide vane, and wherein an inlet angle (θ1) of the first guide vane is within a range from 10 to 25 degrees.