mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication of a user equipment, UE (104, 350, 512, 702), the method comprising: determining (530, 602) a plurality of resource patterns required for vehicle-to-vehicle, V2V, communications; sending, to a base station (102, 310, 404, 504, 750), assistance information in a semi-persistent schedule, SPS, request, wherein the assistance information is associated with the plurality of resource patterns; receiving, from the base station (102, 310, 404, 504, 750), a response associated with at least two resource patterns of the plurality of resource patterns, the response comprising an index of approved resource patterns; and receiving, from the base station (102, 310, 404, 504, 750), an activation grant for a resource assignment for the at least two resource patterns of the plurality of resource patterns, the activation grant comprising the index of approved resource patterns. determining (530, 602) a plurality of resource patterns required for vehicle-to-vehicle, V2V, communications; sending, to a base station (102, 310, 404, 504, 750), assistance information in a semi-persistent schedule, SPS, request, wherein the assistance information is associated with the plurality of resource patterns; receiving, from the base station (102, 310, 404, 504, 750), a response associated with at least two resource patterns of the plurality of resource patterns, the response comprising an index of approved resource patterns; and receiving, from the base station (102, 310, 404, 504, 750), an activation grant for a resource assignment for the at least two resource patterns of the plurality of resource patterns, the activation grant comprising the index of approved resource patterns.
A method for predicting the solubility of at least one combination of ionic species at a specified pH value in an aqueous buffer comprising at least one weak acid species and/or at least one weak base species, said method comprising the steps of: a) selecting a start composition of the buffer, giving a start value for the total solute concentration; b) calculating the concentrations of all ionic species present in the buffer at the specified pH value from the total composition of the buffer and available dissociation constants; c) calculating the solubility limits of each combination of ionic species present in the buffer from available solubility products, taking the concentrations calculated in step b) into account; d) comparing the concentrations of all ionic species calculated in step b) with the solubility limits calculated in step c) and determining if any solubility limit is exceeded; e) if no solubility limit is exceeded, increasing the total solute concentration of the buffer or, if at least one solubility limit is exceeded, decreasing the total solute concentration of the buffer, and; f) repeating steps b) - e) until a predetermined convergence criteria for the solubility is met. a) selecting a start composition of the buffer, giving a start value for the total solute concentration; b) calculating the concentrations of all ionic species present in the buffer at the specified pH value from the total composition of the buffer and available dissociation constants; c) calculating the solubility limits of each combination of ionic species present in the buffer from available solubility products, taking the concentrations calculated in step b) into account; d) comparing the concentrations of all ionic species calculated in step b) with the solubility limits calculated in step c) and determining if any solubility limit is exceeded; e) if no solubility limit is exceeded, increasing the total solute concentration of the buffer or, if at least one solubility limit is exceeded, decreasing the total solute concentration of the buffer, and; f) repeating steps b) - e) until a predetermined convergence criteria for the solubility is met.
A container having at least three compartments (3, 4, 5, 6, 7, 8 and 9) each made of water-soluble film, wherein at least one compartment comprises a solid detergent composition and at least one compartment comprises a detergent composition which is in the form of a liquid or a gel, wherein adjacent compartments are arranged in a non-superposed or non-superposable relationship, and wherein the container is made from an open strip comprising the compartments, which strip has been folded or rolled into its final configuration in which adjacent compartments are arranged such that they do not coincide with each other in all parts, said open strip comprising an internal film being a single piece of film forming at least one internal wall for each of the compartments, and an external perimeter film forming at least one external wall for each of the compartments.
A method for producing liquid hydrocarbonaceous product such as biofuel from solid biomass, the method comprising: gasifying the solid biomass in a gasifier to produce raw synthesis gas; feeding the raw synthesis gas into a first particle separator to separate particles such as ash, char and bed material from the raw synthesis gas, wherein the first particle separator comprises a cyclone; optionally feeding the raw synthesis gas from the first particle separator to a second particle separator for performing a dust separation step which lowers the dust content of the raw synthesis gas; conditioning the raw synthesis gas downstream of the first particle separator and, when present, the second particle separator, to purify the raw synthesis gas to obtain purified synthesis gas having a molar ratio of hydrogen to carbon monoxide between 2.5 to 1 and 0.5 to 1, preferably between 2.1 to 1 and 1.8 to 1, more preferably about 2 to 1, the conditioning comprising removing sulfur species from the synthesis gas using a guard bed reactor; and subjecting the purified synthesis gas to a Fischer-Tropsch synthesis in a Fischer-Tropsch reactor to produce liquid hydrocarbonaceous product; characterized in that the solid biomass is fed to the gasifier using a lock hopper, and the conditioning of the raw synthesis gas comprises catalytic treatment of the raw synthesis gas in a reformer to convert tar and methane present in the raw synthesis gas into carbon monoxide and hydrogen, wherein the catalytic treatment in a reformer is the first conditioning step. gasifying the solid biomass in a gasifier to produce raw synthesis gas; feeding the raw synthesis gas into a first particle separator to separate particles such as ash, char and bed material from the raw synthesis gas, wherein the first particle separator comprises a cyclone; optionally feeding the raw synthesis gas from the first particle separator to a second particle separator for performing a dust separation step which lowers the dust content of the raw synthesis gas; conditioning the raw synthesis gas downstream of the first particle separator and, when present, the second particle separator, to purify the raw synthesis gas to obtain purified synthesis gas having a molar ratio of hydrogen to carbon monoxide between 2.5 to 1 and 0.5 to 1, preferably between 2.1 to 1 and 1.8 to 1, more preferably about 2 to 1, the conditioning comprising removing sulfur species from the synthesis gas using a guard bed reactor; and subjecting the purified synthesis gas to a Fischer-Tropsch synthesis in a Fischer-Tropsch reactor to produce liquid hydrocarbonaceous product; characterized in that the solid biomass is fed to the gasifier using a lock hopper, and the conditioning of the raw synthesis gas comprises catalytic treatment of the raw synthesis gas in a reformer to convert tar and methane present in the raw synthesis gas into carbon monoxide and hydrogen, wherein the catalytic treatment in a reformer is the first conditioning step.
A unit dose of C. novyi colony forming units (CFUs) comprising about 1 × 10 3 -1 × 10 4, about 1 × 10 4 -1 × 10 5 or about 1 × 10 5 -1 × 10 6 CFUs in a pharmaceutically acceptable carrier or solution for use in debulking or ablating a solid tumor present in a human via intratumoral administration.
A method for device-to-device, D2D, communication, the method comprising: transmitting, by a user equipment, UE, a first message to a base station, BS, the first message being a D2D communication request message; in response to the first message, receiving, from the BS, a second message including a radio network terminal identifier, RNTI, for D2D communication, the RNTI for D2D communication being assigned by the BS to the UE; transmitting, to the BS, a buffer status report for D2D communication to request resources for D2D communication; and receiving information on resources for D2D communication from the BS using the RNTI for D2D communication; wherein the buffer status report for D2D communication includes a destination ID, a logical channel group ID, and a buffer size, wherein the buffer status report for D2D communication is identified by media access control protocol data unit, MAC PDU, subheaders with a logical channel identifier, LCID, that is distinct from a LCID which identifies a buffer status report for uplink transmission to the BS. transmitting, by a user equipment, UE, a first message to a base station, BS, the first message being a D2D communication request message; in response to the first message, receiving, from the BS, a second message including a radio network terminal identifier, RNTI, for D2D communication, the RNTI for D2D communication being assigned by the BS to the UE; transmitting, to the BS, a buffer status report for D2D communication to request resources for D2D communication; and receiving information on resources for D2D communication from the BS using the RNTI for D2D communication; wherein the buffer status report for D2D communication includes a destination ID, a logical channel group ID, and a buffer size, wherein the buffer status report for D2D communication is identified by media access control protocol data unit, MAC PDU, subheaders with a logical channel identifier, LCID, that is distinct from a LCID which identifies a buffer status report for uplink transmission to the BS.
A woven ceramic preform which can be infiltrated with a matrix material to form a composite comprising a first woven layer, the first woven layer including at least a first section and a second section, the first section including a first fringe portion and a first set of ceramic fibers, and the second section including a second fringe portion and a second set of ceramic fibers, wherein the first and second sets of ceramic fibers (106, 112) are configured in the first and second fringe portions (104, 110) to provide an in-plane interlocking arrangement between the first and second sections (102, 108), characterized in that a first number of fibers of the first set of ceramic fibers is shorter than a second number of fibers of the first set of ceramic fibers.
A safety critical system comprising a safety apparatus of a subsystem, a safety apparatus of a target subsystem and a safety cloud server said safety apparatus providing a safe operation of the subsystem within the safety critical system, said safety apparatus comprising: - a system communication interface for communication with components (c) of said subsystem and other subsystems of said safety critical system; - a backend communication interface for communication with the safety cloud server; - an integrated identifier memory storing a unique identifier of said subsystem; and - an authorization control unit adapted to perform a handshake authorization procedure with the safety apparatus of the target subsystem of said safety critical system, wherein the safety apparatus of the target subsystem is adapted to perform a handshake with the safety cloud server via its backend communication interface to get authorization for the subsystem to execute a safety critical function, SCF, on the target subsystem of said safety critical system on the basis of the unique identifiers of both subsystems (2-1, 2-2) sent by the safety apparatus of the target subsystem in an authorization inquiry message to said safety cloud server. - a system communication interface for communication with components (c) of said subsystem and other subsystems of said safety critical system; - a backend communication interface for communication with the safety cloud server; - an integrated identifier memory storing a unique identifier of said subsystem; and - an authorization control unit adapted to perform a handshake authorization procedure with the safety apparatus of the target subsystem of said safety critical system, wherein the safety apparatus of the target subsystem is adapted to perform a handshake with the safety cloud server via its backend communication interface to get authorization for the subsystem to execute a safety critical function, SCF, on the target subsystem of said safety critical system on the basis of the unique identifiers of both subsystems (2-1, 2-2) sent by the safety apparatus of the target subsystem in an authorization inquiry message to said safety cloud server.
A device for cooling a liquid food, in particular a beverage, comprising a cold accumulator and a thermal line, wherein the cold accumulator and the liquid to be cooled are thermally connected via the thermal line, and wherein the cold accumulator comprises a phase change material, wherein the device further comprises a means for dissipating heat from at least the thermal line, characterized in that the cold accumulator comprises a carrier material into which the phase change material is integrated, wherein the carrier material comprises a polymer, which is provided as a block copolymer.
A system configured to monitor usage of a respiratory medicament delivery device, the medicament delivery device configured to deliver medicament to an airway of a subject, the medicament delivery device comprising an opening through which medicament is delivered to the subject, a cover configured to be removably installed at the opening in the medicament delivery device to cover the opening and a cover holder configured to removably couple to the cover, the system comprising: a power supply; a processor; and a switch configured to selectively connect and disconnect the power supply with the processor such that, responsive to the cover being removed from the opening, the switch connects the power supply with the processor to power up the processor, wherein the cover holder is connected to the switch by way of a tether, and wherein the tether is configured to actuate the switch responsive to the cover being removed from the opening in the medicament delivery device, and; wherein the processor is configured such that responsive to a power up, the processor causes information related to the power up to be recorded to non-transient electronic storage media. a power supply; a processor; and a switch configured to selectively connect and disconnect the power supply with the processor such that, responsive to the cover being removed from the opening, the switch connects the power supply with the processor to power up the processor, wherein the cover holder is connected to the switch by way of a tether, and wherein the tether is configured to actuate the switch responsive to the cover being removed from the opening in the medicament delivery device, and; wherein the processor is configured such that responsive to a power up, the processor causes information related to the power up to be recorded to non-transient electronic storage media.
A thermosetting solid surface material as defined by standard UNE.EN ISO 19712-1:2013 formed from a liquid composition comprising at least one polyol, at least one metal-based catalyst, at least one aliphatic or cycloaliphatic-type isocyanate and expandable polymeric microspheres whose diameter is increased by a factor of 2 to 5 with respect to the unexpanded state, wherein said polyol in the liquid composition is a polyether, a polyester, a polycarbonate-based polyol or a macroglycol-based polyol, or a combination thereof, and said polyol is present between 4% and 20% by weight in the composition, and wherein said thermosetting solid surface material is rigid, opaque or slightly translucent, and partially expanded while retaining solid areas.
A tubular stabbing guide comprising: a mounting frame for location on a drill floor; and a plurality of funnel-forming members mounted on the mounting frame, the mounting frame operable, in use, to move the funnel-forming members from a retracted location on the drill floor and spaced from a box connection of a tubular string extending from the drill floor to an active location surrounding the box connection, such that the funnel-forming members may form a funnel for guiding a pin connection into the box connection, wherein the mounting frame is pivotable to move the funnel-forming members between the retracted location and the active location. a mounting frame for location on a drill floor; and a plurality of funnel-forming members mounted on the mounting frame, the mounting frame operable, in use, to move the funnel-forming members from a retracted location on the drill floor and spaced from a box connection of a tubular string extending from the drill floor to an active location surrounding the box connection, such that the funnel-forming members may form a funnel for guiding a pin connection into the box connection, wherein the mounting frame is pivotable to move the funnel-forming members between the retracted location and the active location.
A fuel injection system for a multi-fuel piston engine, which engine can be operated in a liquid fuel mode using liquid fuel and in a gas mode using gaseous fuel and liquid pilot fuel, the fuel injection system comprising a first fuel circuit for injecting liquid fuel and a second fuel circuit for injecting liquid pilot fuel into the cylinders of the engine, the first fuel circuit comprising for each cylinder at least one fuel injection pump and at least one fuel injector, and the second fuel circuit being provided with at least one high-pressure pump and comprising for each cylinder of the engine at least one pilot fuel injector, characterized in that the fuel injection system comprises means (19, 20) for introducing liquid pilot fuel from the second fuel circuit into the first fuel circuit between the fuel injection pumps and the fuel injectors and that the means for introducing liquid pilot fuel into the first fuel circuit comprise a connecting duct, a feed valve and a throttle, which is arranged downstream from the feed valve.
Hand-held cyclone vacuum cleaner for cleaning and caring for floor surfaces, comprising a drive unit for generating a vacuum for picking up suctioned material by means of a suction air flow, a separator unit for separating suctioned material from the suction air flow, the separator unit having the drive unit for generating a suction air flow, and at least a first filter stage, a second filter stage and a third filter stage; the drive unit being arranged downstream in the suction air flow of the second filter stage and upstream of the third filter stage in the suction air flow in a drive unit housing, the generated suction air flow first passing through the first filter stage, then the second filter stage and finally a further filter stage, the suction air flow generated during operation of the drive unit flowing around the drive unit, the third filter stage being arranged fluidically downstream of the further filter stage and having an exhaust air filter element, characterised in that the drive unit is arranged in the drive unit housing such that an inflow direction of the suction air flow into the drive unit is opposite to a flow direction of the suction air flow from the second filter stage to the further filter stage. the drive unit being arranged downstream in the suction air flow of the second filter stage and upstream of the third filter stage in the suction air flow in a drive unit housing, the generated suction air flow first passing through the first filter stage, then the second filter stage and finally a further filter stage, the suction air flow generated during operation of the drive unit flowing around the drive unit, the third filter stage being arranged fluidically downstream of the further filter stage and having an exhaust air filter element, characterised in that the drive unit is arranged in the drive unit housing such that an inflow direction of the suction air flow into the drive unit is opposite to a flow direction of the suction air flow from the second filter stage to the further filter stage.
A periodic signal processing method implemented by a processing device, the method comprising: arranging time windows such that a center of each of the time windows is at a division position which divides a fundamental period in a temporal direction into fractions 1/n where n is an integer equal to or larger than so as to extract a plurality of portions of different ranges from a sound signal having periodicity; calculating power spectra for the plurality of portions extracted by the respective time windows; and summing the calculated power spectra to obtain a first power spectrum. arranging time windows such that a center of each of the time windows is at a division position which divides a fundamental period in a temporal direction into fractions 1/n where n is an integer equal to or larger than so as to extract a plurality of portions of different ranges from a sound signal having periodicity; calculating power spectra for the plurality of portions extracted by the respective time windows; and summing the calculated power spectra to obtain a first power spectrum.
A medicament comprising lidocaine for use in the treatment of bladder pain and/or irritative voiding symptoms by continuous administration over a treatment period of 24 hours or more in an amount effective to achieve a therapeutic effect which is sustained beyond the end of the treatment period, wherein the continuous administration is into a patient's bladder at a mean average amount of from about 10 mg to about 30 mg lidocaine per day of the treatment period, and wherein the continuous administration provides a non-zero plasma level of the lidocaine over the treatment period. wherein the continuous administration is into a patient's bladder at a mean average amount of from about 10 mg to about 30 mg lidocaine per day of the treatment period, and wherein the continuous administration provides a non-zero plasma level of the lidocaine over the treatment period.
A purified antibody that specifically binds to at least one of an adenocarcinoma of the lung, a squamous cell carcinoma of the lung, lung adenocarcinoma cell line Colo-699 (DSMZ accession number ACC 196), lung adenocarcinoma cell line DV-90 (DSMZ accession number ACC 307), epidermoid lung carcinoma cell line EPLC-272H (DSMZ accession number ACC 383) or lung squamous cell carcinoma cell line LOU-NH91 (DSMZ accession number ACC 393) and wherein said purified antibody is produced by a cell line that has the DSMZ deposit accession number DSM ACC2623.