mhurhangee/ep-ind-claims huggingface dataset:
A method to determine a Quality of Service, QoS, parameter, the method comprising: - receiving, at a base station, and from a transmitting entity of a core network, a QoS parameter request for a session, whereby the request comprises a descriptor for the session and an indication that the session is a probing session, whereby the probing session differs from sessions which should effectively be established in order to effectively transmit or receive data; - determining, at the base station, the QoS parameter related to the probing session; and - transmitting, by the base station, the determined QoS parameter to a receiving entity. - receiving, at a base station, and from a transmitting entity of a core network, a QoS parameter request for a session, whereby the request comprises a descriptor for the session and an indication that the session is a probing session, whereby the probing session differs from sessions which should effectively be established in order to effectively transmit or receive data; - determining, at the base station, the QoS parameter related to the probing session; and - transmitting, by the base station, the determined QoS parameter to a receiving entity.
Compounds of the general formula (Ia) in which R 1 is a methyl group or a cyclopropyl ring, and R a and R b are a methyl group, and R c is hydrogen or a methyl group, and salts, diastereomers and enantiomers thereof. R 1 is a methyl group or a cyclopropyl ring, and R a and R b are a methyl group, and R c is hydrogen or a methyl group,
A method of producing gluten-free beer, wherein the method employs a mixture of a plurality of gluten-containing cereal grains as the starting material and comprises the steps of: (i) contacting the mixture of a plurality of gluten-containing cereal grains with water at a temperature comprised between 35°C and 45°C, the grains being optionally in ground form; (ii) heating the aqueous mixture of step (i) at a rate of about 1°C per minute until a temperature of 52°C is reached and keeping the aqueous mixture at said temperature for between 10 and 30 minutes; (iii) further heating the aqueous mixture of step (ii) to a temperature comprised between 60°C and 75°C and keeping the aqueous mixture at said temperature for between 20 and 75 minutes, thereby obtaining a wort; (iv) filtering the wort of step (iii) to separate the liquid fraction from the spent grains, thereby obtaining a clear wort; (v) boiling the clear wort of step (iv) with hops at a temperature of 100°C for between 50 and 100 minutes, thereby obtaining a hop-treated wort; (vi) fermenting the hop-treated wort of step (v) with one or more yeasts belonging to the Saccharomyces genus at a temperature comprised between 20°C and 25°C, to obtain a gluten-free beer, characterized in that the mixture of a plurality of gluten-containing cereal grains employed as the starting material comprises barley malt in an amount of between 60% and 65% by weight and one or more unmalted cereals in a total amount of between 35% and 40% by weight. (i) contacting the mixture of a plurality of gluten-containing cereal grains with water at a temperature comprised between 35°C and 45°C, the grains being optionally in ground form; (ii) heating the aqueous mixture of step (i) at a rate of about 1°C per minute until a temperature of 52°C is reached and keeping the aqueous mixture at said temperature for between 10 and 30 minutes; (iii) further heating the aqueous mixture of step (ii) to a temperature comprised between 60°C and 75°C and keeping the aqueous mixture at said temperature for between 20 and 75 minutes, thereby obtaining a wort; (iv) filtering the wort of step (iii) to separate the liquid fraction from the spent grains, thereby obtaining a clear wort; (v) boiling the clear wort of step (iv) with hops at a temperature of 100°C for between 50 and 100 minutes, thereby obtaining a hop-treated wort; (vi) fermenting the hop-treated wort of step (v) with one or more yeasts belonging to the Saccharomyces genus at a temperature comprised between 20°C and 25°C, to obtain a gluten-free beer,
A method of making a sports ball's casing (la,lb), the casing (1a,1b) comprising a predetermined plurality of flange welded panels, and defining an exterior surface comprising a network of grooves, and an interior surface comprising a network of weld seams oriented substantially perpendicular to said exterior surface, each panel comprising a weldable, thermoplastic outer layer for forming part of said exterior surface and a further layer (32,33,34) for forming part of said interior surface, and where on each panel there is defined a panel center area (13,23) peripherally enclosed by flanges (11,21), said flanges (11,21) comprising at least a part of said weldable, thermoplastic outer layer; said method comprising: i. providing at least a first and a second panel comprising respective flanges (11,21); ii. providing on a respective flange (11,21) a thin, not weldable flange layer adjacent to the weldable, thermoplastic outer layer; iii. forming a weld seam using ultrasound between the thermoplastic outer layer of a respective flange on the first panel in contact with the thermoplastic outer layer of an abutting, respective flange on the second panel thereby forming a combined panel such that the thin non weldable flange layer is positioned adjacent to the weldable layer between an ultrasound weld head and the panel flanges when forming a weld seam. i. providing at least a first and a second panel comprising respective flanges (11,21); ii. providing on a respective flange (11,21) a thin, not weldable flange layer adjacent to the weldable, thermoplastic outer layer; iii. forming a weld seam using ultrasound between the thermoplastic outer layer of a respective flange on the first panel in contact with the thermoplastic outer layer of an abutting, respective flange on the second panel thereby forming a combined panel such that the thin non weldable flange layer is positioned adjacent to the weldable layer between an ultrasound weld head and the panel flanges when forming a weld seam.
A data-flow control device comprising: a device-side metadata acquisition unit configured to acquire device-side metadata indicating a specification of data that can be provided by a device for each of a plurality of devices; an application-side metadata acquisition unit configured to acquire application-side metadata indicating a specification of data requested by an application that uses the data provided by the device; a storage configured to store the device-side metadata and the application-side metadata; and a temporary matching unit configured to determine whether a temporary pair exists when one of the device-side metadata and the application-side metadata is newly registered, the temporary pair being a set of the newly registered device-side metadata or application-side metadata and other party device-side metadata or application-side meta data, in which matching conditions are matched between the newly registered device-side metadata or application-side metadata and the other party device-side metadata or application-side metadata, the other party device-side metadata or application-side metadata being registered prior to the newly registered device-side metadata or application-side metadata, and notify a user who registers the device-side metadata or the application-side metadata of a result of the determination. a device-side metadata acquisition unit configured to acquire device-side metadata indicating a specification of data that can be provided by a device for each of a plurality of devices; an application-side metadata acquisition unit configured to acquire application-side metadata indicating a specification of data requested by an application that uses the data provided by the device; a storage configured to store the device-side metadata and the application-side metadata; and a temporary matching unit configured to determine whether a temporary pair exists when one of the device-side metadata and the application-side metadata is newly registered, the temporary pair being a set of the newly registered device-side metadata or application-side metadata and other party device-side metadata or application-side meta data, in which matching conditions are matched between the newly registered device-side metadata or application-side metadata and the other party device-side metadata or application-side metadata, the other party device-side metadata or application-side metadata being registered prior to the newly registered device-side metadata or application-side metadata, and notify a user who registers the device-side metadata or the application-side metadata of a result of the determination.
A wireless communication system comprising: an access point, AP; and a terminal, STA, that belongs to a Basic Service Set, BSS, wherein the AP and the STA are configured to adaptively disable Overlapping BSS, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between the BSS and an OBSS which is overlapped with the BSS, characterized in that the AP is configured to transmit, to the STA, signaling for instructing the STA to enable OBSS_PD-based SR, and to not use two Network Allocation Vectors, NAVs, for interference control, the two NAVs including a Basic NAV and an intra-BSS NAV, and the STA is configured to enable OBSS_PD-based SR, and to not use the two NAVs for interference control based on the signaling. an access point, AP; and a terminal, STA, that belongs to a Basic Service Set, BSS, wherein the AP and the STA are configured to adaptively disable Overlapping BSS, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between the BSS and an OBSS which is overlapped with the BSS, characterized in that the AP is configured to transmit, to the STA, signaling for instructing the STA to enable OBSS_PD-based SR, and to not use two Network Allocation Vectors, NAVs, for interference control, the two NAVs including a Basic NAV and an intra-BSS NAV, and the STA is configured to enable OBSS_PD-based SR, and to not use the two NAVs for interference control based on the signaling.
A patient support apparatus, comprising: a base frame; an upper frame operably coupled to the base frame, wherein the upper frame has a support surface configured to support a mattress, the upper frame having a head portion including a recessed edge; lift arms coupled to the upper frame and configured to adjust a position of the upper frame relative to the base frame; a bumper operably coupled to each lift arm in a space defined by the recessed edge; a first handle coupled to the head portion on a first side of the recessed edge; a second handle coupled to the head portion on a second side of the recessed edge, the first and second handles (26, 28) configured to pivot inboard and toward one another to a lowered position extending over the upper frame adjacent to the recessed edge; and an intravenous pole pivotally coupled to the head portion, the intravenous pole adjustable between a deployed position and a stowed position, wherein the intravenous pole extends along a rear wall of the recessed edge over the upper frame when in the stowed position. a base frame; an upper frame operably coupled to the base frame, wherein the upper frame has a support surface configured to support a mattress, the upper frame having a head portion including a recessed edge; lift arms coupled to the upper frame and configured to adjust a position of the upper frame relative to the base frame; a bumper operably coupled to each lift arm in a space defined by the recessed edge; a first handle coupled to the head portion on a first side of the recessed edge; a second handle coupled to the head portion on a second side of the recessed edge, the first and second handles (26, 28) configured to pivot inboard and toward one another to a lowered position extending over the upper frame adjacent to the recessed edge; and an intravenous pole pivotally coupled to the head portion, the intravenous pole adjustable between a deployed position and a stowed position, wherein the intravenous pole extends along a rear wall of the recessed edge over the upper frame when in the stowed position.
A method of manufacturing a sack paper having a Gurley porosity (ISO 5636-5) of less than 15 s, comprising the steps of: a) providing a pulp having a Kappa number (SCAN-C 1:00) of 15-40; b) subjecting the pulp to high consistency refining and optionally low consistency refining to obtain refined pulp, wherein the energy supply of the LC refining is less than 120 kWh/ton paper; and c) forming the sack paper from said pulp mixture, wherein the amount of starch added in the method is 1-5 kg/ton paper and the amount of hydrophobic size added in the method is less than 2 kg/ton. a) providing a pulp having a Kappa number (SCAN-C 1:00) of 15-40; b) subjecting the pulp to high consistency refining and optionally low consistency refining to obtain refined pulp, wherein the energy supply of the LC refining is less than 120 kWh/ton paper; and c) forming the sack paper from said pulp mixture,
Processing device (6, 6a) for processing a workpiece, in particular for processing a through-fed plate-shaped workpiece, comprising: a continuous guide rail (5, 5a) for a conveyor device configured as a chain conveyor, a first module (3, 3a) and a second module (3'; 3a', 3a"), which are connected to each other by means of the continuous guide rail (5, 5a), to form a base body, characterised in that the modules (3, 3') accommodate a top pressure device for holding down the workpiece, which top pressure device extends at least in portions adjacent to the guide rail. a continuous guide rail (5, 5a) for a conveyor device configured as a chain conveyor, a first module (3, 3a) and a second module (3'; 3a', 3a"), which are connected to each other by means of the continuous guide rail (5, 5a), to form a base body, characterised in that the modules (3, 3') accommodate a top pressure device for holding down the workpiece, which top pressure device extends at least in portions adjacent to the guide rail.
A computer device, comprising: a memory to store data and instructions; at least one processor configured to communicate with the memory, wherein the at least one processor is configured to: use configuration settings information to identify at least one pin on a universal serial bus, USB, device in communication with the computer device; characterised in that the processor is further configured to: convert the at least one pin into a hardware loopback pin on the USB device, wherein the hardware loopback pin receives audio data that is currently rendered to a render pin on the USB device; receive a hardware loopback stream with the audio data from the hardware loopback pin on the USB device; and provide the hardware loopback stream to one or more applications executing on the computer device. a memory to store data and instructions; at least one processor configured to communicate with the memory, wherein the at least one processor is configured to: use configuration settings information to identify at least one pin on a universal serial bus, USB, device in communication with the computer device; characterised in that the processor is further configured to: convert the at least one pin into a hardware loopback pin on the USB device, wherein the hardware loopback pin receives audio data that is currently rendered to a render pin on the USB device; receive a hardware loopback stream with the audio data from the hardware loopback pin on the USB device; and provide the hardware loopback stream to one or more applications executing on the computer device. use configuration settings information to identify at least one pin on a universal serial bus, USB, device in communication with the computer device; characterised in that the processor is further configured to: convert the at least one pin into a hardware loopback pin on the USB device, wherein the hardware loopback pin receives audio data that is currently rendered to a render pin on the USB device; receive a hardware loopback stream with the audio data from the hardware loopback pin on the USB device; and provide the hardware loopback stream to one or more applications executing on the computer device. convert the at least one pin into a hardware loopback pin on the USB device, wherein the hardware loopback pin receives audio data that is currently rendered to a render pin on the USB device; receive a hardware loopback stream with the audio data from the hardware loopback pin on the USB device; and provide the hardware loopback stream to one or more applications executing on the computer device.
An abrasive coating for a substrate of a component in a gas path exposed to a maximum temperature of 1750 degrees Fahrenheit (approximately 954°C), comprising: a plurality of grit particles on a top surface of said substrate; a matrix material bonded to said top surface; said matrix material partially surrounds said grit particles (18, 22); characterised by: a film of oxidant resistant coating applied over said plurality of grit particles and said matrix material, wherein said film of oxidant resistant coating consists of a zirconium toughened aluminum oxide; and a thermal barrier coating material applied over said film of oxidant resistant coating. a plurality of grit particles on a top surface of said substrate; a matrix material bonded to said top surface; said matrix material partially surrounds said grit particles (18, 22); characterised by: a film of oxidant resistant coating applied over said plurality of grit particles and said matrix material, wherein said film of oxidant resistant coating consists of a zirconium toughened aluminum oxide; and a thermal barrier coating material applied over said film of oxidant resistant coating.
An antibody, or antigen-binding fragment thereof, that specifically binds to the extracellular domain of human c-Met (SEQ ID NO: 24), comprising a light chain variable region (LCVR) and a heavy chain variable region (HCVR), wherein the LCVR comprises the complementarity determining regions (CDRs) LCDR1, LCDR2, and LCDR3, and the HCVR comprises the CDRs HCDR1, HCDR2, and HCDR3, wherein the LCDR1 comprises the polypeptide of RASENIYSYLA (SEQ ID NO: 1), the LCDR2 comprises the polypeptide of VYNAKPLAE (SEQ ID NO: 2), the LCDR3 comprises the polypeptide of CQHHYGTPFT (SEQ ID NO: 3), the HCDR1 comprises the polypeptide of KASGYSFTSYWMY (SEQ ID NO: 4), the HCDR2 comprises the polypeptide of GFHPGNSGTNYNQKFKG (SEQ ID NO: 5) or GFHPRNSGTNYNQKFKG (SEQ ID NO: 6), and the HCDR3 comprises the polypeptide of TRGYYYDGSFTY (SEQ ID NO: 7).
A spunbonded nonwoven fabric comprising an embossed portion and a non-embossed portion, the embossed portion comprising an emboss pattern that comprises unit patterns each delimited by emboss lines, the emboss lines each comprising a plurality of emboss element parts that are continuously arranged with a predetermined interval, wherein in the direction in which the distance from an arbitrarily-defined point in the non-embossed portion within the unit pattern toward the outside of the emboss lines that delimit the non-embossed portion is shortest, at least one of the plurality of emboss element parts is disposed so as to block the direction in which the distance from the arbitrarily-defined point toward the outside of the emboss lines that delimit the non-embossed portion is shortest.
Hip joint prosthesis consisting of a metal outer shell and an inlay fixable in said outer shell which comprises an articulating or bearing surface for a femoral articular head, wherein the outer shell preferably has at least anteriorly a recess (15, 16, 17) extending under or underneath its equatorial plane into which a femoral neck can be eased collision-free, wherein the outer shell has three recesses (15, 16, 17) spaced approximately evenly around the periphery, characterised in that one of them is deeper and longer than the other two.
Retaining device for keeping an opening leaf of a vehicle in the closed or ajar position to improve the quality of the coating of a vehicle, comprising a stop-piece designed to be immobilized on the bodywork pillar of the vehicle, wherein - the stop-piece comprises a nose to prevent a closing movement of the opening leaf beyond said closed or ajar position, and a hook to prevent an opening movement of the opening leaf outside of said closed or ajar position; characterized in that: - a reinforcer designed to be secured to an edge of the opening leaf intended to come into contact with a vehicle bodywork pillar as the opening leaf is closed, comprising a bent sheet-metal plate forming two substantially mutually perpendicular flanges (10, 11), a first flange designed to be secured to a wall in the thickness of the opening leaf, and a second flange designed to be secured to a wall of the opening leaf facing the interior of the vehicle, an orifice to allow the stop-piece to pass when the opening leaf is brought close to the bodyshell pillar, and a protrusion at the end of the reinforcer opposite to said orifice; wherein - the stop-piece is mounted level with said reinforcer; - the nose is able to come into contact with said protrusion; and - the hook able to come into contact with said protrusion. - the stop-piece comprises a nose to prevent a closing movement of the opening leaf beyond said closed or ajar position, and a hook to prevent an opening movement of the opening leaf outside of said closed or ajar position; - a reinforcer designed to be secured to an edge of the opening leaf intended to come into contact with a vehicle bodywork pillar as the opening leaf is closed, comprising a bent sheet-metal plate forming two substantially mutually perpendicular flanges (10, 11), a first flange designed to be secured to a wall in the thickness of the opening leaf, and a second flange designed to be secured to a wall of the opening leaf facing the interior of the vehicle, an orifice to allow the stop-piece to pass when the opening leaf is brought close to the bodyshell pillar, and a protrusion at the end of the reinforcer opposite to said orifice; wherein - the stop-piece is mounted level with said reinforcer; - the nose is able to come into contact with said protrusion; and - the hook able to come into contact with said protrusion.
A method of audio processing for synthesizing an auditory scene, comprising: processing at least one input channel, using an auditory filter bank block, to generate two or more processed input signals; filtering the at least one input channel, using a filter that models late reverberation, to generate corresponding two or more LR-filtered diffuse signals; and for each of the two or more processed input signals and each of the corresponding two or more diffuse signals, combining one of the two or more LR-filtered diffuse signals with a corresponding one of the two or more processed input signals to generate one of a plurality of output channels for the auditory scene. processing at least one input channel, using an auditory filter bank block, to generate two or more processed input signals; filtering the at least one input channel, using a filter that models late reverberation, to generate corresponding two or more LR-filtered diffuse signals; and for each of the two or more processed input signals and each of the corresponding two or more diffuse signals, combining one of the two or more LR-filtered diffuse signals with a corresponding one of the two or more processed input signals to generate one of a plurality of output channels for the auditory scene.