mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus, comprising supervising means adapted to supervise if an information in a registration request is received from a registrar of a network domain, wherein the information comprises an application identity of a user of a terminal device and a IMS public user identity; binding storing means adapted to store, based on the received information, a binding between the application identity and the IMS public user identity; determining means adapted to determine the IMS public user identity based on the binding and a received first request for establishing a communication to the terminal device; providing means adapted to provide, based on the received first request, to the network domain, a second request for establishing the communication towards the terminal device, wherein the second request is based on the determined IMS public user identity, wherein the first request requests the communication for members of a group having a group identity; and the apparatus further comprises: group storing means adapted to store an association of the application identity to the group identity; deriving means adapted to derive the application identity from the association and the first request; and the determining means is adapted to determine the IMS public user identity based on the binding and the application identity derived by the deriving means. supervising means adapted to supervise if an information in a registration request is received from a registrar of a network domain, wherein the information comprises an application identity of a user of a terminal device and a IMS public user identity; binding storing means adapted to store, based on the received information, a binding between the application identity and the IMS public user identity; determining means adapted to determine the IMS public user identity based on the binding and a received first request for establishing a communication to the terminal device; providing means adapted to provide, based on the received first request, to the network domain, a second request for establishing the communication towards the terminal device, wherein the second request is based on the determined IMS public user identity, wherein the first request requests the communication for members of a group having a group identity; and the apparatus further comprises: group storing means adapted to store an association of the application identity to the group identity; deriving means adapted to derive the application identity from the association and the first request; and the determining means is adapted to determine the IMS public user identity based on the binding and the application identity derived by the deriving means. group storing means adapted to store an association of the application identity to the group identity; deriving means adapted to derive the application identity from the association and the first request; and the determining means is adapted to determine the IMS public user identity based on the binding and the application identity derived by the deriving means.
A method comprising: processing and/or facilitating a processing of sensor information to determine at least one emergency condition; after said determination, determining if an emergency system associated with at least one vehicle is unavailable; determining, dependent upon the determined unavailability, a decision to initiate at least one emergency call from: the at least one vehicle , or at least one key for accessing and operating the at least one vehicle , wherein the at least one key is configured with one or more emergency phone functionalities, or a combination thereof; and after deciding to initiate the call from the at least one key, causing an initiation of the at least one emergency call via the at least one key in response to the at least one emergency condition. processing and/or facilitating a processing of sensor information to determine at least one emergency condition; after said determination, determining if an emergency system associated with at least one vehicle is unavailable; determining, dependent upon the determined unavailability, a decision to initiate at least one emergency call from: the at least one vehicle , or at least one key for accessing and operating the at least one vehicle , wherein the at least one key is configured with one or more emergency phone functionalities, or a combination thereof; and the at least one vehicle , or at least one key for accessing and operating the at least one vehicle , wherein the at least one key is configured with one or more emergency phone functionalities, or a combination thereof; and after deciding to initiate the call from the at least one key, causing an initiation of the at least one emergency call via the at least one key in response to the at least one emergency condition.
A method for manufacturing a lining, in particular an interior lining for a motor vehicle, comprising a stratified visible coating and a substrate , the coating comprising a visible front surface and a rear surface in contact with the substrate , the coating comprising at least one ligneous layer and one porous reinforcement layer adhered to the ligneous layer on the side of the rear surface , in which: - the coating comprising the reinforcement layer impregnated with a thermosetting resin at least in one cutting region is provided, and, besides, the substrate is provided, then - the coating is thermoformed and fixed to the substrate by thermocompression of the coating against the substrate in a hot press , the substrate being pressed against the coating due to closing of the press , the thermosetting resin being provided to set due to the thermoforming of the coating , then - the coating is cut in the cutting region after the thermoforming of the coating and the setting of the thermosetting resin, characterized in that the reinforcement layer is impregnated only in each cutting zone . - the coating comprising the reinforcement layer impregnated with a thermosetting resin at least in one cutting region is provided, and, besides, the substrate is provided, then - the coating is thermoformed and fixed to the substrate by thermocompression of the coating against the substrate in a hot press , the substrate being pressed against the coating due to closing of the press , the thermosetting resin being provided to set due to the thermoforming of the coating , then - the coating is cut in the cutting region after the thermoforming of the coating and the setting of the thermosetting resin,
A liquid photocurable resin composition comprising the following components (A) to (C): Component (A) a (meth)acrylate oligomer component; Component (B) an alkyl (meth)acrylate monomer component; and Component (C) a photopolymerization initiator component, wherein the (meth)acrylate oligomer component as the component (A) contains at least one oligomer selected from the group consisting of a polyisoprene (meth)acrylate oligomer, a polybutadiene (meth)acrylate oligomer, and a polyether (meth)acrylate oligomer that have a weight average molecular weight of 1,000 to 200,000, the photopolymerization initiator as the component (C) contains a molecule cleavage-type photoradical polymerization initiator and a hydrogen-abstracting photoradical polymerization initiator at a ratio by mass of 10:1 to 10:35, and a cured resin that is obtained by photoradical polymerization by irradiation of the photocurable resin composition with ultraviolet rays in the air has a glass transition temperature of -40 to 20°C when it is cured at a curing ratio of the outermost surface of more than 90%. Component (A) a (meth)acrylate oligomer component; Component (B) an alkyl (meth)acrylate monomer component; and Component (C) a photopolymerization initiator component, wherein the (meth)acrylate oligomer component as the component (A) contains at least one oligomer selected from the group consisting of a polyisoprene (meth)acrylate oligomer, a polybutadiene (meth)acrylate oligomer, and a polyether (meth)acrylate oligomer that have a weight average molecular weight of 1,000 to 200,000, the photopolymerization initiator as the component (C) contains a molecule cleavage-type photoradical polymerization initiator and a hydrogen-abstracting photoradical polymerization initiator at a ratio by mass of 10:1 to 10:35, and a cured resin that is obtained by photoradical polymerization by irradiation of the photocurable resin composition with ultraviolet rays in the air has a glass transition temperature of -40 to 20°C when it is cured at a curing ratio of the outermost surface of more than 90%.
Method for controlling a light beam emitted by a vehicle, in particular a motor vehicle, in which : - parameters of a zone , so-called target, occupied by road users liable to be dazzled by the beam are determined, the parameters comprising the nature of the users and/or their trajectory and/or their location with respect to the vehicle, - a quantity of light, so-called glare threshold, causing glare to passengers in said target area is established as a function of said parameters, - a quantity of light, so-called set quantity of light, to be emitted towards the target zone is determined as a function of said parameters, so as to keep said target zone illuminated, said set quantity of light being set at a value less than or equal to said glare threshold, the set quantity of light corresponding to a value of illumination (unit Lux) or to a value of intensity (unit candela), characterized in that the light quantity of the emitted beam is applied in the direction of the target zone using the set quantity of light, and that a nominal light quantity, greater than the glare threshold, is applied over the entire beam except in said target zone, by combining a first beam component having the nominal light quantity over the entire beam except in said target zone and a substantially zero light quantity in said target zone and a second beam component having the set quantity of light over the entire beam. - parameters of a zone , so-called target, occupied by road users liable to be dazzled by the beam are determined, the parameters comprising the nature of the users and/or their trajectory and/or their location with respect to the vehicle, - a quantity of light, so-called glare threshold, causing glare to passengers in said target area is established as a function of said parameters, - a quantity of light, so-called set quantity of light, to be emitted towards the target zone is determined as a function of said parameters, so as to keep said target zone illuminated, said set quantity of light being set at a value less than or equal to said glare threshold, the set quantity of light corresponding to a value of illumination (unit Lux) or to a value of intensity (unit candela), characterized in that the light quantity of the emitted beam is applied in the direction of the target zone using the set quantity of light, and that a nominal light quantity, greater than the glare threshold, is applied over the entire beam except in said target zone, by combining a first beam component having the nominal light quantity over the entire beam except in said target zone and a substantially zero light quantity in said target zone and a second beam component having the set quantity of light over the entire beam.
A method comprising: forming an antenna patch by: selecting a first plastic base, and forming a first plurality of circuit patterns directly on a top surface of the first plastic base; forming a ground plane containing one or more coupling circuit patterns directly on a bottom surface of the first plastic base; and forming a PCB circuit assembly directly connected to the ground plane, wherein the one or more coupling circuit patterns are configured for coupling with the PCB circuit assembly. forming an antenna patch by: selecting a first plastic base, and forming a first plurality of circuit patterns directly on a top surface of the first plastic base; selecting a first plastic base, and forming a first plurality of circuit patterns directly on a top surface of the first plastic base; forming a ground plane containing one or more coupling circuit patterns directly on a bottom surface of the first plastic base; and forming a PCB circuit assembly directly connected to the ground plane, wherein the one or more coupling circuit patterns are configured for coupling with the PCB circuit assembly.
A chromatography system for separating mixtures of molecules in liquid samples, comprising: a plurality of modules (1 ... 25) including at least one pump and a column valve unit connectable to plural chromatography columns ; and characterised by : a controller , the controller being operable to control the or each pump and the column valve unit to perform different chromatographic processes, including chromatography employing just one column , as well as chromatography employing two or more columns by selective valve opening in said column valve unit ; wherein: at least one of said plurality of modules (1 ... 25) is demountable from an apertured front panel of a housing of the chromatography system , and mounted thereon in one generally vertical plane, such that liquid connections required between respective modules (1...25) can be made only at a front face of the chromatography system , wherein the controller is further operable to perform one or more of column packing, column packing testing, and cleaning of at least a part of the chromatography system .
A method for recovering phosphorus from sludge in sewage plants, wherein the sludge is pre-acidified under anaerobic process conditions and the pH value is then increased to a pH value < 7 by adding at least one alkaline calcium-containing chemical, brushite crystals are formed by calcium ions of the chemical and are precipitated, and deposited brushite crystals are removed and the phosphorus-reduced sludge is then supplied to a digestion process, characterized in that the sludge is dewatered after the digestion process and at least part of the filtrate obtained in this way is supplied to the pre-acidified sewage sludge.
A network tap apparatus comprising a plurality of network interfaces ; at least one processor to: receive, via a network interface , a packet from a source device, the packet being bound for a destination device, the source device and the destination device being nodes of a first network , the source device and the destination device each being associated with a respective internet protocol, IP, address; generate a duplicate packet which comprises a timestamp and which duplicate packet is a copy of the packet comprising the timestamp, wherein the timestamp represents the time in which a network node in the first network generated or forwarded the packet ; and forward, using another network interface , the duplicate packet to another destination device in a second network , the other destination device in the second network having an IP address that is identical to that of the destination device in the first network , wherein an internal clock of the destination device in the first network is synchronized with an internal clock of the destination device in the second network . a plurality of network interfaces ; at least one processor to: receive, via a network interface , a packet from a source device, the packet being bound for a destination device, the source device and the destination device being nodes of a first network , the source device and the destination device each being associated with a respective internet protocol, IP, address; generate a duplicate packet which comprises a timestamp and which duplicate packet is a copy of the packet comprising the timestamp, wherein the timestamp represents the time in which a network node in the first network generated or forwarded the packet ; and forward, using another network interface , the duplicate packet to another destination device in a second network , the other destination device in the second network having an IP address that is identical to that of the destination device in the first network , wherein an internal clock of the destination device in the first network is synchronized with an internal clock of the destination device in the second network . receive, via a network interface , a packet from a source device, the packet being bound for a destination device, the source device and the destination device being nodes of a first network , the source device and the destination device each being associated with a respective internet protocol, IP, address; generate a duplicate packet which comprises a timestamp and which duplicate packet is a copy of the packet comprising the timestamp, wherein the timestamp represents the time in which a network node in the first network generated or forwarded the packet ; and forward, using another network interface , the duplicate packet to another destination device in a second network , the other destination device in the second network having an IP address that is identical to that of the destination device in the first network , wherein an internal clock of the destination device in the first network is synchronized with an internal clock of the destination device in the second network .
A method of antimicrobial agent susceptibility testing comprising: preparing samples of microorganisms suspended in an electrolyte, comprising a first sample of the microorganisms unexposed to antimicrobial agents and a second sample of the microorganism exposed to an antimicrobial agent; passing the first sample through an impedance flow cytometer to obtain a first impedance signal representing one or more components of impedance values of the unexposed microorganisms; passing the second sample through the impedance flow cytometer to obtain a second impedance signal representing one or more components of the impedance values of the exposed microorganisms; comparing the first impedance signal and the second impedance signal; and determining a susceptibility of the microorganisms to the antimicrobial agent based on any differences between the first impedance signal and second impedance signal. preparing samples of microorganisms suspended in an electrolyte, comprising a first sample of the microorganisms unexposed to antimicrobial agents and a second sample of the microorganism exposed to an antimicrobial agent; passing the first sample through an impedance flow cytometer to obtain a first impedance signal representing one or more components of impedance values of the unexposed microorganisms; passing the second sample through the impedance flow cytometer to obtain a second impedance signal representing one or more components of the impedance values of the exposed microorganisms; comparing the first impedance signal and the second impedance signal; and determining a susceptibility of the microorganisms to the antimicrobial agent based on any differences between the first impedance signal and second impedance signal.
Method for producing ammonium dinitramide in which guanylurea dinitramide is reacted with ammonium sulfate in a reaction solution comprising water, and that in said reaction solution ammonium dinitramide and guanylurea sulfate is formed whereby the guanylurea sulfate precipitates characterized in that acetone is added to the reaction solution to increase the precipitation of guanylurea sulfate and also to increase the amount of dissolved guanylurea dinitramide to increase the yield of ammonium dinitramide formed in the reaction solution.
A drive system for a door component of a door system of a public passenger transport vehicle , comprising - a drive for the door component, - a sensor unit that scans the door component three-dimensionally in a contactless manner and determines location data regarding its movement and respective position, and - an evaluation unit that determines the respective position of the door component from the location data obtained by the sensor unit and controls the drive of the door component based on the determined position thereof. - a drive for the door component, - a sensor unit that scans the door component three-dimensionally in a contactless manner and determines location data regarding its movement and respective position, and - an evaluation unit that determines the respective position of the door component from the location data obtained by the sensor unit and controls the drive of the door component based on the determined position thereof.
A communication system for deployment in proximity to an abandoned well having metallic well structure severed below a ground region , the system comprising: a plurality of receivers configured to be deployed at the ground region in proximity to the abandoned well , and configured to receive data signals communicated from a subsurface region to the receivers using the metallic well structure severed below the ground region of the abandoned well via the ground region ; and a processing unit , in communication with the receivers , and configured to receive and process data signals from the receivers. a plurality of receivers configured to be deployed at the ground region in proximity to the abandoned well , and configured to receive data signals communicated from a subsurface region to the receivers using the metallic well structure severed below the ground region of the abandoned well via the ground region ; and a processing unit , in communication with the receivers , and configured to receive and process data signals from the receivers.