mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a wireless device, one or more radio resource control, RRC, messages comprising configuration parameters of a cell, wherein the configuration parameters indicate a ratio threshold for selecting between rate matching and puncturing; receiving a first downlink control information, DCI, scheduling an uplink transport block, TB, via uplink resources of the cell; receiving a second DCI indicating a transmission cancelation on one or more resources of the uplink resources; selecting between the rate matching and the puncturing to map the uplink TB to a portion of the uplink resources based on a ratio of the one or more resources to the uplink resources, wherein the portion of the uplink resources does not conflict with the one or more resources; mapping the uplink TB to the portion of the uplink resources based on: the rate matching in response to the ratio being equal to or greater than the ratio threshold; and the puncturing in response to the ratio being less than the ratio threshold; and transmitting the uplink TB via the portion of the uplink resources in response to the mapping. receiving, by a wireless device, one or more radio resource control, RRC, messages comprising configuration parameters of a cell, wherein the configuration parameters indicate a ratio threshold for selecting between rate matching and puncturing; receiving a first downlink control information, DCI, scheduling an uplink transport block, TB, via uplink resources of the cell; receiving a second DCI indicating a transmission cancelation on one or more resources of the uplink resources; selecting between the rate matching and the puncturing to map the uplink TB to a portion of the uplink resources based on a ratio of the one or more resources to the uplink resources, wherein the portion of the uplink resources does not conflict with the one or more resources; mapping the uplink TB to the portion of the uplink resources based on: the rate matching in response to the ratio being equal to or greater than the ratio threshold; and the puncturing in response to the ratio being less than the ratio threshold; and transmitting the uplink TB via the portion of the uplink resources in response to the mapping. the rate matching in response to the ratio being equal to or greater than the ratio threshold; and the puncturing in response to the ratio being less than the ratio threshold; and transmitting the uplink TB via the portion of the uplink resources in response to the mapping.
Vehicle having a display device for a driver of the vehicle , wherein the display device comprises a projection surface extending in a horizontal and vertical direction and a projector that is designed to project a projection onto the projection surface , wherein the projection surface is curved in the horizontal direction and surrounds the driver by at least 100 degrees in the horizontal direction, characterized in that the projection surface is integrated into a vehicle interior enclosed by a driver's cabin and is fastened to the driver's cabin . the display device comprises a projection surface extending in a horizontal and vertical direction and a projector that is designed to project a projection onto the projection surface , wherein the projection surface is curved in the horizontal direction and surrounds the driver by at least 100 degrees in the horizontal direction, characterized in that the projection surface is integrated into a vehicle interior enclosed by a driver's cabin and is fastened to the driver's cabin .
A method of detecting a nucleic acid, said method including the step of combining an isolated nucleic acid and a paramagnetic particle, the paramagnetic particle being an SPRI particle having a coating that comprises one or more chemical moieties to reversibly bind the isolated nucleic acid, wherein the isolated nucleic acid and the particle are capable of forming a complex, which can be detected by visual inspection, wherein the complex is formed by flocculation of the particle by the nucleic acid in a flocculation buffer at a pH below 7, wherein flocculation is reversible by increasing the pH.
A zeolite precursor comprising colloidal particles, each particle including alumina, silica and a first structure directing agent, the amounts of the alumina, silica and the first structure directing agent present in amount sufficient to form a zeolite of the CHA structure type having 8-ring pore openings and double-six ring secondary building units, wherein the first structure directing agent comprises an adamantyl-substituted compound, the colloidal particles have SiO 2 to Al 2 O 3 molar ratio in the range of 20 and 40, and the ratio of the first structure directing agent to silica is less than 0.06.
A method of encoding video data in a Quadtree-based Adaptive Loop Filter, QALF, scheme with multiple filters, the method comprising: receiving a mapping of range combinations to said multiple filters, wherein a range combination comprises a range of values for a first metric and a range of values for a second metric, wherein each range combination has a unique range combination identification, ID, wherein each unique range combination ID corresponds to a sequential value for a range combination, wherein the first metric is an activity metric determined based on pixel values of a block of pixels, wherein the second metric is a direction metric determined based on the pixel values of said block of pixels, and wherein the second metric is different than the first metric; assigning unique group IDs to groups of range combinations based on the sequential values for the range combinations in each group, wherein each unique group ID corresponds to a value from a sequential set of values; coding sets of filter coefficients corresponding for the filters based on the unique group IDs, wherein coding the sets of filter coefficients comprises: signaling the sets of filter coefficients in a coded bit stream, wherein an ordering for the sets of filter coefficients is selected based on the sequential values of the unique group IDs. receiving a mapping of range combinations to said multiple filters, wherein a range combination comprises a range of values for a first metric and a range of values for a second metric, wherein each range combination has a unique range combination identification, ID, wherein each unique range combination ID corresponds to a sequential value for a range combination, wherein the first metric is an activity metric determined based on pixel values of a block of pixels, wherein the second metric is a direction metric determined based on the pixel values of said block of pixels, and wherein the second metric is different than the first metric; wherein a range combination comprises a range of values for a first metric and a range of values for a second metric, wherein each range combination has a unique range combination identification, ID, wherein each unique range combination ID corresponds to a sequential value for a range combination, wherein the first metric is an activity metric determined based on pixel values of a block of pixels, wherein the second metric is a direction metric determined based on the pixel values of said block of pixels, and wherein the second metric is different than the first metric; assigning unique group IDs to groups of range combinations based on the sequential values for the range combinations in each group, wherein each unique group ID corresponds to a value from a sequential set of values; coding sets of filter coefficients corresponding for the filters based on the unique group IDs, wherein coding the sets of filter coefficients comprises: signaling the sets of filter coefficients in a coded bit stream, wherein an ordering for the sets of filter coefficients is selected based on the sequential values of the unique group IDs.
A method of manufacturing a rotor blade for a wind turbine, the method comprising forming an outer shell portion of the rotor blade at least partially surrounding a cavity ; arranging a deformable material in the cavity ; melting the deformable material before hardening the deformable material ; and hardening the deformable material in the cavity ; wherein the shape of the deformable material adapts to the shape of the cavity . forming an outer shell portion of the rotor blade at least partially surrounding a cavity ; arranging a deformable material in the cavity ; melting the deformable material before hardening the deformable material ; and hardening the deformable material in the cavity ;
An automated method for monitoring total hardness concentration in industrial water containing soluble calcium and soluble magnesium, the method comprising: combining an aliquot of water with a magnesium-containing reagent whereby the soluble calcium within the aliquot of water is displaced by soluble magnesium, thereby creating a modified water sample having an increased soluble magnesium content; combining the modified water sample with a quantity of a pH-buffered liquid and a magnesium coordinating fluorescing reagent to produce a buffered water sample containing soluble magnesium; whereby the magnesium coordinating fluorescing reagent coordinates with the soluble magnesium present in the buffered water sample to produce a coordinated magnesium compound; quantifying the increased soluble magnesium content in the buffered water sample via fluorescence measurement of the coordinated magnesium compound thereby determining the total hardness concentration of the water; wherein the pH-buffered liquid comprises a water soluble, non-coordinating base capable of buffering the pH-buffered liquid and the buffered water sample to a pH from 8 to 12; and wherein the magnesium coordinating fluorescing reagent is selected from the group consisting of a water soluble, aromatic, ortho hydroxyl substituted azo dye; a water soluble, fused-ring heterocycle; and combinations thereof. combining an aliquot of water with a magnesium-containing reagent whereby the soluble calcium within the aliquot of water is displaced by soluble magnesium, thereby creating a modified water sample having an increased soluble magnesium content; combining the modified water sample with a quantity of a pH-buffered liquid and a magnesium coordinating fluorescing reagent to produce a buffered water sample containing soluble magnesium; whereby the magnesium coordinating fluorescing reagent coordinates with the soluble magnesium present in the buffered water sample to produce a coordinated magnesium compound; quantifying the increased soluble magnesium content in the buffered water sample via fluorescence measurement of the coordinated magnesium compound thereby determining the total hardness concentration of the water; wherein the pH-buffered liquid comprises a water soluble, non-coordinating base capable of buffering the pH-buffered liquid and the buffered water sample to a pH from 8 to 12; and wherein the magnesium coordinating fluorescing reagent is selected from the group consisting of a water soluble, aromatic, ortho hydroxyl substituted azo dye; a water soluble, fused-ring heterocycle; and combinations thereof.
A packaging material configured as a carton , the packaging material comprising: a substrate comprising cellulose, wherein the substrate includes opposite inner and outer surfaces; and a coating at least partially covering the inner surface of the substrate , the coating comprising an antimicrobial agent adhered to the substrate , the antimicrobial agent comprising copper; wherein the packaging material extends at least partially around an interior space of the carton , the carton comprises an inner container at least partially contained in the interior space, the inner container contains a food product in the form of a liquid beverage, and at least some of the antimicrobial agent becomes dispersed in at least a portion of the liquid beverage leaking from the inner container within the carton . a substrate comprising cellulose, wherein the substrate includes opposite inner and outer surfaces; and a coating at least partially covering the inner surface of the substrate , the coating comprising an antimicrobial agent adhered to the substrate , the antimicrobial agent comprising copper; wherein the packaging material extends at least partially around an interior space of the carton , the carton comprises an inner container at least partially contained in the interior space, the inner container contains a food product in the form of a liquid beverage, and at least some of the antimicrobial agent becomes dispersed in at least a portion of the liquid beverage leaking from the inner container within the carton .
A method for manufacturing a housing , comprising: manufacturing a cover body, wherein the cover body is made of shielding material and has a first surface and a second surface opposite to the first surface; characterised in that the method further comprises: defining at least one slot in the cover body, wherein the at least one slot has a depth less than a thickness of the cover body and has an opening in the first surface and a bottom opposite to the opening; filling the at least one slot with first non-shielding material ; removing at least a portion of the cover body which is located between the bottom of the at least one slot and a portion of the second surface opposite to the bottom of the at least one slot, such that the at least one slot penetrates through the cover body in the thickness direction of the cover body; and filling the at least one slot with second non-shielding material from the second surface side after removing at least a portion of the cover body which is located between the bottom of the at least one slot and a portion of the second surface opposite to the bottom of the at least one slot. manufacturing a cover body, wherein the cover body is made of shielding material and has a first surface and a second surface opposite to the first surface; characterised in that the method further comprises: defining at least one slot in the cover body, wherein the at least one slot has a depth less than a thickness of the cover body and has an opening in the first surface and a bottom opposite to the opening; filling the at least one slot with first non-shielding material ; removing at least a portion of the cover body which is located between the bottom of the at least one slot and a portion of the second surface opposite to the bottom of the at least one slot, such that the at least one slot penetrates through the cover body in the thickness direction of the cover body; and filling the at least one slot with second non-shielding material from the second surface side after removing at least a portion of the cover body which is located between the bottom of the at least one slot and a portion of the second surface opposite to the bottom of the at least one slot. defining at least one slot in the cover body, wherein the at least one slot has a depth less than a thickness of the cover body and has an opening in the first surface and a bottom opposite to the opening; filling the at least one slot with first non-shielding material ; removing at least a portion of the cover body which is located between the bottom of the at least one slot and a portion of the second surface opposite to the bottom of the at least one slot, such that the at least one slot penetrates through the cover body in the thickness direction of the cover body; and filling the at least one slot with second non-shielding material from the second surface side after removing at least a portion of the cover body which is located between the bottom of the at least one slot and a portion of the second surface opposite to the bottom of the at least one slot.
A mineral foam comprising: - 50 to 80% by weight, this percentage being related to the weight in the mineral foam, of a hydraulic binder of the ettringite type, characterized, prior to being contacted with water, in that it comprises at least one phase selected from C3A, CA, C12A7, C11A7CaF2, C4A3$ (ye'elemite), C2A(1-x)Fx (where x belongs to ]0, 1]), hydraulic amorphous phases having a C/A molar ratio ranging from 0.3 to 15 and such that cumulated amounts of Al203 of these phases be ranging from 3 to 70%, and 10 to 50% of calcium sulfate, the percentages being in weight related to the total weight of the hydraulic binder, - from 1 to 30% by weight, this percentage being related to the dry matter total weight in the mineral foam, of at least one filler selected from reactive fillers (ie) those taking part to the hydration reaction of the hydraulic binder, - 10 to 40% by weight related to the total weight of the mineral foam, of a solvent, said solvent being aqueous and/or non aqueous, - 2 to 10% by weight related to the total weight of the mineral foam, of a filler - a gas such as air, carbon dioxide or nitrogen. - 50 to 80% by weight, this percentage being related to the weight in the mineral foam, of a hydraulic binder of the ettringite type, characterized, prior to being contacted with water, in that it comprises at least one phase selected from C3A, CA, C12A7, C11A7CaF2, C4A3$ (ye'elemite), C2A(1-x)Fx (where x belongs to ]0, 1]), hydraulic amorphous phases having a C/A molar ratio ranging from 0.3 to 15 and such that cumulated amounts of Al203 of these phases be ranging from 3 to 70%, and 10 to 50% of calcium sulfate, the percentages being in weight related to the total weight of the hydraulic binder, - from 1 to 30% by weight, this percentage being related to the dry matter total weight in the mineral foam, of at least one filler selected from reactive fillers (ie) those taking part to the hydration reaction of the hydraulic binder, - 10 to 40% by weight related to the total weight of the mineral foam, of a solvent, said solvent being aqueous and/or non aqueous, - 2 to 10% by weight related to the total weight of the mineral foam, of a filler - a gas such as air, carbon dioxide or nitrogen.
A breathing apparatus comprising a pneumatic system for conveying breathing gas in a flow direction (d) to a patient and optionally from a patient, wherein the breathing apparatus comprises at least one light source , wherein the at least one light source is oriented in an emission direction (r) toward the breathing gas and/or toward the pneumatic system and at least one of the light sources is designed and configured at least partially to extinguish and/or to inactivate pathogens by the radiated light, characterized in that the pneumatic system has a pneumatic circuit system for conveying breathing gas in a flow direction (d) to a patient, and a plurality of particle filters with in each case a decreasing pore size in the flow direction (d) are arranged inside the pneumatic switching system , and pathogens are at least decelerated in their flow rate by the particle filters and wherein at least one light source which is designed and configured at least to weaken or to inactivate pathogens by the radiated light is oriented in a light emission direction (r) toward at least one particle filter .
An agricultural spraying machine having a fluid delivery network with a pump in hydraulic communication with a plurality of spaced-apart nozzles , characterised in that an electronic controller is configured to receive and store for each one of a plurality of drift reduction classes an operating parameter, wherein the controller is operable to control at least one of the pump , a vehicle speed, a nozzle selection and a display based on the operating parameter of a selected one of the plurality of drift reduction classes.
System for blocking a load element in a shaft in case of intervention in the shaft, with this load element comprising one among an elevator car and a counterweight, comprising: a speed limiter assembly intended to be installed inside the shaft, said limiter assembly comprising an overspeed detection device of the load element and a linear element driven in motion during displacements of the load element, said assembly being arranged so that in case of detection of overspeed of the load element, the linear element is blocked, a means for stopping the load element able to block the load element, said means for stopping being triggered by the blocking of the linear element of the speed limiter assembly, a blocking device of the linear element, said device comprising two surface elements facing each other and on either side of the linear element, with at least one of these surface elements being drivable in motion, from a position separate from the other surface element, authorising the movement of the linear element, to a retracted position, sufficiently close to the other surface element to block the linear element, and an actuating device of the blocking device for driving in motion this at least surface element, characterised in that the system for blocking comprises a plurality of blocking devices (12', 12", 12"') installed at a plurality of respective heights of the linear element. a speed limiter assembly intended to be installed inside the shaft, said limiter assembly comprising an overspeed detection device of the load element and a linear element driven in motion during displacements of the load element, said assembly being arranged so that in case of detection of overspeed of the load element, the linear element is blocked, a means for stopping the load element able to block the load element, said means for stopping being triggered by the blocking of the linear element of the speed limiter assembly, a blocking device of the linear element, said device comprising two surface elements facing each other and on either side of the linear element, with at least one of these surface elements being drivable in motion, from a position separate from the other surface element, authorising the movement of the linear element, to a retracted position, sufficiently close to the other surface element to block the linear element, and an actuating device of the blocking device for driving in motion this at least surface element, characterised in that the system for blocking comprises a plurality of blocking devices (12', 12", 12"') installed at a plurality of respective heights of the linear element.
Reductant-metering system for injecting a reductant into the exhaust gas stream of an internal combustion engine for selective catalytic reduction, using a conveyor pump, by means of which reductant is extracted out of a reductant tank via a suction pipe out of the tank and conveyed via a pressure pipe and introduced via at least one nozzle into the exhaust gas stream of the internal combustion engine, wherein the metering system has a compressed air supply and the reductant is nebulised by means of pressurised air externally to the nozzle , characterised in that the reductant-metering system has a modular construction consisting of at least two integrated components , wherein the first integrated component is in the form of a metering unit and has at least the pump, the suction pipe, the pressure pipe and a pressurised air connection, and wherein the second integrated component is in the form of a pressurised air unit and has at least one controlled valve for the regulation of the pressurised air supply, characterised in that the pressurised air connection of the metering unit has a magnet valve and/or a check valve , in particular that the metering unit is connected via a switch valve or regulating valve with the pressurised air unit , in order after the end of the dosing to free from reductant by means of pressurised air the metering unit and/or the nozzle , in particular the pump , the conveyor pipe and the nozzle.