mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: mapping a first stream of coded bits associated with a first data layer to K 1 binary streams; applying a first layer-specific set of stream-specific modulators to the K 1 binary streams to generate K 1 independent complex-valued symbol streams; and transmitting the K 1 independent complex-valued symbol streams using T 1 resource elements out of N 1 resource elements, the T 1 resource elements being defined by a first layer-specific signature of length N 1, where 1 ≤ T 1 < N 1, wherein mapping the first stream of coded bits to K 1 binary streams comprises: mapping the first stream of coded bits to K 1 binary streams such that at least one coded bit is mapped to more than one of the K 1 binary streams and none of the K 1 binary streams are identical to each other. mapping a first stream of coded bits associated with a first data layer to K 1 binary streams; applying a first layer-specific set of stream-specific modulators to the K 1 binary streams to generate K 1 independent complex-valued symbol streams; and transmitting the K 1 independent complex-valued symbol streams using T 1 resource elements out of N 1 resource elements, the T 1 resource elements being defined by a first layer-specific signature of length N 1, where 1 ≤ T 1 < N 1, wherein mapping the first stream of coded bits to K 1 binary streams comprises: mapping the first stream of coded bits to K 1 binary streams such that at least one coded bit is mapped to more than one of the K 1 binary streams and none of the K 1 binary streams are identical to each other.
Water purifier having a non-drinkable water inlet and a drinkable water outlet and comprising at least: - a boiler having a water inlet and a steam outlet, said boiler comprising electric resistor or a hydraulic pipe through which a hot fluid flows to heat the water to its boiling point, - a first fluids separating filter operating by flow and float, having an inlet and an outlet, said filter comprising one or more meandrous paths, in vertical and/or horizontal direction, which decreases the speed of the flow, and - a first heat exchanger adapted to exchange heat between a first and a second separated fluid flows, having an inlet and an outlet for a first water flow to be heated as well as an inlet and an outlet for a second water flow to be cooled; wherein the non-drinkable water inlet is coupled to the first flow inlet of the first heat exchanger, the first flow outlet of the first heat exchanger is coupled to the inlet of the first fluids separating filter, the outlet of the first fluids separating filter is coupled to the inlet of the boiler, the outlet of the boiler is coupled to the second flow inlet of the first heat exchanger, the second flow outlet of the first heat exchanger is coupled to the drinkable water outlet. - a boiler having a water inlet and a steam outlet, said boiler comprising electric resistor or a hydraulic pipe through which a hot fluid flows to heat the water to its boiling point, - a first fluids separating filter operating by flow and float, having an inlet and an outlet, said filter comprising one or more meandrous paths, in vertical and/or horizontal direction, which decreases the speed of the flow, and - a first heat exchanger adapted to exchange heat between a first and a second separated fluid flows, having an inlet and an outlet for a first water flow to be heated as well as an inlet and an outlet for a second water flow to be cooled;
A sensor (11a-c) adapted to measure a level of a liquid, the sensor comprising: a) a stack of capacitors (32a-c), each capacitor comprising one or more measurement electrodes and one or more reference electrodes, wherein each capacitor comprises a measurement electrode and an adjacent reference electrode, and the adjacent electrodes are separated by a gap; and b) a measurement system arranged to measure a capacitance of each capacitor between its one or more measurement electrodes and its one or more reference electrodes, characterised in that the one or more measurement electrodes and one or more reference electrodes are arranged so that they alternate with each other within the stack or within the capacitor, wherein the sensor comprises a layer of graphene oxide, the one or more measurement electrodes and the one or more reference electrodes comprise reduced graphene oxide, all of the measurement electrodes in the stack and all of the reference electrodes in the stack are etched in the layer of graphene oxide, and the gap contains graphene oxide. a) a stack of capacitors (32a-c), each capacitor comprising one or more measurement electrodes and one or more reference electrodes, wherein each capacitor comprises a measurement electrode and an adjacent reference electrode, and the adjacent electrodes are separated by a gap; and b) a measurement system arranged to measure a capacitance of each capacitor between its one or more measurement electrodes and its one or more reference electrodes,
A rotating system for a wind turbine comprising: - first and second mutually rotatable elements (200, 300) - driving means (400; 450) for driving at least one of said elements (200, 300) in rotation; and - a hydraulic bearing arrangement associated with said first and second mutually rotatable elements (200, 300), the hydraulic bearing comprising: - at least one hydraulic chamber formed between the first and second mutually rotatable elements (200, 300), - a number of fluid injectors distributed around the length of the first and second mutually rotatable elements (200, 300) for injecting fluid into the hydraulic chamber; and - control means for separately controlling the pressure of the fluid injected by the injectors depending at least on loads on the first element or the second element, characterized in that the first and second mutually rotatable elements (200, 300) have complimentary cross section such that one of said first and second mutually rotatable elements (200, 300) is fitted into the other in a way that they remain spaced apart in axial and radial directions when in use, and in that the injectors are arranged in rows distributed in an axial direction such that axial and radial contact between said first and second mutually rotatable elements (200, 300) is avoided when in use, and in that the fluid pressure inside the chamber is controlled by the control means depending on at least one of the parameters relating to at least one of the wind loads, blade azimuth position and blade pitch angle. - first and second mutually rotatable elements (200, 300) - driving means (400; 450) for driving at least one of said elements (200, 300) in rotation; and - a hydraulic bearing arrangement associated with said first and second mutually rotatable elements (200, 300), the hydraulic bearing comprising: - at least one hydraulic chamber formed between the first and second mutually rotatable elements (200, 300), - a number of fluid injectors distributed around the length of the first and second mutually rotatable elements (200, 300) for injecting fluid into the hydraulic chamber; and - control means for separately controlling the pressure of the fluid injected by the injectors depending at least on loads on the first element or the second element, - at least one hydraulic chamber formed between the first and second mutually rotatable elements (200, 300), - a number of fluid injectors distributed around the length of the first and second mutually rotatable elements (200, 300) for injecting fluid into the hydraulic chamber; and - control means for separately controlling the pressure of the fluid injected by the injectors depending at least on loads on the first element or the second element,
An antisense polynucleotide agent that inhibits expression of hydroxyacid oxidase, wherein the agent comprises at least 15 contiguous nucleotides taken from any one of the nucleotide sequences listed in Tables 3 and 4, wherein substantially all of the nucleotides are modified nucleotides, and wherein the agent is 18 to 30 nucleotides in length; optionally wherein the agent is 18 to 24 nucleotides in length; or wherein the agent is 20 nucleotides in length; optionally wherein all of the nucleotides of the antisense polynucleotide agent are modified nucleotides.
A monitoring systems for an aircraft for the monitoring of mobile equipment devices in the aircraft, in particular roll containers for a galley of the aircraft, with at least one stationary sensor device for the detection of one of the mobile equipment devices and with, furthermore, a central unit for the evaluation of a current security state of the mobile equipment devices on the basis of detection results of the at least one stationary sensor device, which are reported to the central unit, characterised in that, the monitoring system further comprises at least one mobile sensor device for the detection of an equipment device, which is movable relative to the mobile sensor device of the mobile equipment devices within a predetermined distance, and for reporting a respective detection result to the central unit, and in that, the central unit is designed to evaluate the current security state of the mobile equipment devices, taking into account the detection results of the at least one mobile sensor device, with the detection results of the at least one mobile sensor device being reported to the central unit, wherein the current security state of the mobile equipment devices is either a secure state or an insecure state, and wherein the mobile equipment devices are in a secure state if the mobile equipment devices are within a predetermined distance of at least one stationary sensor device or at least one mobile sensor device. the current security state of the mobile equipment devices is either a secure state or an insecure state, and wherein the mobile equipment devices are in a secure state if the mobile equipment devices are within a predetermined distance of at least one stationary sensor device or at least one mobile sensor device.
A magnetographic method for maintenance timeline planning that is optimized for underground metallic pipelines, the method comprising: detecting the accurate location of the metallic pipeline; performing non-contact measurements of the mechanical stresses by magnetographic techniques for non-destructive detection of flaws in the metallic pipeline, with a magnetic tomography device having a gyroscope/accelerometer recording the angle-positioning relatively to the metallic pipeline cross-section at each moment of the magneto-graphical measurements as angle-positioning data, to correct the magneto-graphical measurements; performing an in-contact measurement of the metallic pipeline at the location of one of the detected flaws to identify the type of a defect by evaluation of visual, spectral and magneto-graphic parameters; calibrating the non-contact measurements by using calibration coefficients obtained from the in-contact measurement of the mechanical stresses, calibrating being a magnetographic device calibration based on the difference between a measured signal and the parameters of the defect, with the value of the measured signal versus a background signal being 3 to 10 times higher for the measured signal in comparison to the background signal; searching for identical or similar magnetic anomalies within defective and nondefective segments of the metallic pipeline; processing detected magnetic anomalies to define qualitative stress indices that are characteristic risk-factor parameters for each defect that was found; and calculating a relative risk-factor distribution within the segments of the metallic pipeline that was tested. detecting the accurate location of the metallic pipeline; performing non-contact measurements of the mechanical stresses by magnetographic techniques for non-destructive detection of flaws in the metallic pipeline, with a magnetic tomography device having a gyroscope/accelerometer recording the angle-positioning relatively to the metallic pipeline cross-section at each moment of the magneto-graphical measurements as angle-positioning data, to correct the magneto-graphical measurements; performing an in-contact measurement of the metallic pipeline at the location of one of the detected flaws to identify the type of a defect by evaluation of visual, spectral and magneto-graphic parameters; calibrating the non-contact measurements by using calibration coefficients obtained from the in-contact measurement of the mechanical stresses, calibrating being a magnetographic device calibration based on the difference between a measured signal and the parameters of the defect, with the value of the measured signal versus a background signal being 3 to 10 times higher for the measured signal in comparison to the background signal; searching for identical or similar magnetic anomalies within defective and nondefective segments of the metallic pipeline; processing detected magnetic anomalies to define qualitative stress indices that are characteristic risk-factor parameters for each defect that was found; and calculating a relative risk-factor distribution within the segments of the metallic pipeline that was tested.
A panel for attenuating noise, comprising: a perforated first skin; a second skin; an array of corrugations comprising a first corrugation and a second corrugation, each of the corrugations including a baffle and a septum; a first channel formed by the baffle of the first corrugation, the septum of the first corrugation and the first skin; a second channel formed by the baffle of the second corrugation, the septum of the first corrugation and the second skin; a plurality of first sidewalls dividing the first channel into a plurality of first chambers; and a plurality of second sidewalls dividing the second channel into a plurality of second chambers, wherein a first of the second chambers is fluidly coupled with a subset of the first chambers through perforations in the septum of the first corrugation; characterised in that an adjacent pair of the first sidewalls are longitudinally separated by a first distance, and an adjacent pair of the second sidewalls are longitudinally separated by a second distance that is greater than the first distance, and the subset of the first chambers includes a plurality of the first chambers. a perforated first skin; a second skin; an array of corrugations comprising a first corrugation and a second corrugation, each of the corrugations including a baffle and a septum; a first channel formed by the baffle of the first corrugation, the septum of the first corrugation and the first skin; a second channel formed by the baffle of the second corrugation, the septum of the first corrugation and the second skin; a plurality of first sidewalls dividing the first channel into a plurality of first chambers; and a plurality of second sidewalls dividing the second channel into a plurality of second chambers, wherein a first of the second chambers is fluidly coupled with a subset of the first chambers through perforations in the septum of the first corrugation; characterised in that an adjacent pair of the first sidewalls are longitudinally separated by a first distance, and an adjacent pair of the second sidewalls are longitudinally separated by a second distance that is greater than the first distance, and the subset of the first chambers includes a plurality of the first chambers.
A blood pump system comprising: an implantable axial flow blood pump including: a housing having an inlet and an outlet opposite the inlet, the housing defining a housing axis extending from the inlet to the outlet; an impeller suspended within the housing and being rotational around the housing axis; and a motor for rotating the impeller; and controller including a control circuit, the control circuit being in communication with the blood pump and characterised by being configured to detect a pressure across the pump when the pressure crosses a pressure threshold, and, in response to the pressure crossing the pressure threshold, the controller being configured to displace the impeller from a first position to a second position different than the first position using a vector control method. a housing having an inlet and an outlet opposite the inlet, the housing defining a housing axis extending from the inlet to the outlet; an impeller suspended within the housing and being rotational around the housing axis; and a motor for rotating the impeller; and controller including a control circuit, the control circuit being in communication with the blood pump and characterised by being configured to detect a pressure across the pump when the pressure crosses a pressure threshold, and, in response to the pressure crossing the pressure threshold, the controller being configured to displace the impeller from a first position to a second position different than the first position using a vector control method.
A hand-held device for combined light therapy of various wavelengths and electrotherapy of a skin surface with acne, comprising a hand-held housing holding at least one light source (24, 30, 32, 33) configured to emit light through an output port of the housing for light therapy of an acne lesion, electrodes (34, 36) for electrotherapy, and a controller connected to the at least one light source (24, 30, 32, 33) for control of light emission from the at least one light source (24, 30, 32, 33) and connected to a power supply for the electrodes (34, 36) for control of current applied by the electrodes (34, 36), characterized in that the at least one light source (24, 30, 32, 33) is configured for emission of blue light and infrared light for light therapy of the acne lesion, the electrodes (34, 36) are positioned with a centre part of the output port located between the electrodes (34, 36) and configured to apply a voltage across the centre part for electrotherapy of tissue of the acne lesion, and the controller is configured to control the at least one light source (24, 30, 32, 33) and the power supply for simultaneous emission of the blue light and the infrared light and application of the current.
A tire comprising a tread portion having a tread surface, wherein at least a part of the tread surface of the tread portion has a surface roughness at which the roughness motif maximum length A specified by JIS B 0631 is 5μm or more and 100μm or less, wherein protrusions each having a hemispherical shape are formed on at least the part of the tread surface, and wherein: the ten-point average roughness Rz measured in accordance with the provisions of JIS B0601 of the tread surface of the tread portion of the tire with protrusions with a hemispherical shape formed thereon is 1.0 to 50μm; protrusions with a height H of more than 20μm are formed in a number density of 80/mm 2 or more on at least a part of the tread surface of the tread portion; and the tire has a surface roughness at which the maximum profile peak height Rp specified by JIS B 0601 is 5μm or more and 70μm or less on at least a part of the tread surface of the tread portion. the ten-point average roughness Rz measured in accordance with the provisions of JIS B0601 of the tread surface of the tread portion of the tire with protrusions with a hemispherical shape formed thereon is 1.0 to 50μm; protrusions with a height H of more than 20μm are formed in a number density of 80/mm 2 or more on at least a part of the tread surface of the tread portion; and the tire has a surface roughness at which the maximum profile peak height Rp specified by JIS B 0601 is 5μm or more and 70μm or less on at least a part of the tread surface of the tread portion.
A catheter system comprising: (a) a body; (b) a guide member assembly extending distally from the body, wherein the guide member assembly comprises: (i) a proximal rigid portion defining a longitudinal axis, (ii) a distal flexible portion comprising an array of flexible bodies, and (iii) an open distal end, wherein the guide member assembly defines a lumen, wherein the lumen is in communication between the body and the open distal end; (c) an articulation assembly operatively coupled to the distal flexible portion, wherein the articulation assembly is configured to flex the distal flexible portion and the open distal end relative to the longitudinal axis between a straight configuration and an articulated configuration, wherein adjacent flexible bodies define an adjustable gap configured to change dimensions in response to the distal flexible portion flexing between the straight configuration and the articulated configuration; and (d) a partial sleeve disposed within a portion of the lumen defined by the distal flexible portion, wherein the partial sleeve defines a longitudinally extending gap, wherein the partial sleeve comprises a crescent shape. (a) a body; (b) a guide member assembly extending distally from the body, wherein the guide member assembly comprises: (i) a proximal rigid portion defining a longitudinal axis, (ii) a distal flexible portion comprising an array of flexible bodies, and (iii) an open distal end, wherein the guide member assembly defines a lumen, wherein the lumen is in communication between the body and the open distal end; (i) a proximal rigid portion defining a longitudinal axis, (ii) a distal flexible portion comprising an array of flexible bodies, and (iii) an open distal end, wherein the guide member assembly defines a lumen, wherein the lumen is in communication between the body and the open distal end; (c) an articulation assembly operatively coupled to the distal flexible portion, wherein the articulation assembly is configured to flex the distal flexible portion and the open distal end relative to the longitudinal axis between a straight configuration and an articulated configuration, wherein adjacent flexible bodies define an adjustable gap configured to change dimensions in response to the distal flexible portion flexing between the straight configuration and the articulated configuration; and (d) a partial sleeve disposed within a portion of the lumen defined by the distal flexible portion, wherein the partial sleeve defines a longitudinally extending gap, wherein the partial sleeve comprises a crescent shape.
Bladeless obturator for trocar, ending at a distal end with a tip having a base and a vertex, wherein the tip has a helicoidal shape by following a helicoidal rotation from the base to the vertex ranging from 30° to 60°, characterized in that the vertex of the tip is misaligned with respect to a longitudinal axis of the obturator.
A substrate support for supporting a substrate in a lithographic apparatus, the substrate support comprising: a first support body configured to support the substrate; a main body separate from the first support body and configured to support the first support body, the main body comprising a thermal conditioner configured to thermally condition the main body, and/or the first support body and/or the substrate; and an extractor body surrounding the main body and the first support body, wherein the extractor body comprises a first extraction channel configured to extract fluid from near a peripheral part of the substrate; wherein the substrate support is configured such that the first support body can be removed from, and placed back onto, the main body. a first support body configured to support the substrate; a main body separate from the first support body and configured to support the first support body, the main body comprising a thermal conditioner configured to thermally condition the main body, and/or the first support body and/or the substrate; and an extractor body surrounding the main body and the first support body, wherein the extractor body comprises a first extraction channel configured to extract fluid from near a peripheral part of the substrate; wherein the substrate support is configured such that the first support body can be removed from, and placed back onto, the main body.