mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling feeding of an amount of a reducing agent to a selective catalytic reduction reactor for removing NOx from a process gas of a process plant comprising an SCR catalyst which comprises active sites on which molecules of the reducing agent may temporarily bind; estimating a present value of at least one predetermined parameter comprising a mass flow of NOx in the process gas at a location upstream of the selective catalytic reduction reactor indicative of an amount of NOx to be removed from said process gas in the selective catalytic reduction reactor; characterized by estimating a rate of increase of said at least one predetermined parameter; and increasing the amount of said reducing agent supplied, when said estimated rate of increase of said at least one predetermined parameter is positive, to a higher value than would be the case if said at least one predetermined parameter were to be kept constant at an estimated present value thereof.
A diffuse acoustic confocal imager device for use with a data analyzer for providing three dimensional compositional and temperature information of a second object which is locatec within a first object based on an amplitude and phase information of a detected beam, the device comprising: a coherent acoustic source configured to produce an acoustic coherent beam ranging from about 0.5 megahertz to about 100 megahertz; an acoustic coherent beam focuser configured to focus the acoustic coherent beam to a focal point which is a virtual source on the surfaces and inside the first object, such that the virtual source emits a plurality of diffusely scattered beams; means for scanning the virtual source outside and inside the first object; a two-dimensional acoustic detector with a synthetic temporal aperture, the two-dimensional acoustic detector configured to detect at least one diffusely scattered beam from the virtual source; and a vector network analyzer, which is configured to measure the amplitude and the phase of the coherent acoustic beam and the at least one detected scattered beam to provide the amplitude and phase image, the vector network analyzer in electronic communication with each of the coherent acoustic source and the acoustic detector.
A sub-assembly of a medicament delivery device comprising: a propellant source having a reservoir containing a liquefied gas propellant and a stem for dispensing propellant from the reservoir, the stem extending axially along a longitudinal axis and having an open outlet end and a bore therethrough that is in fluid communication with said open outlet end and is selectively in fluid communication with said reservoir; and a spray head member attachable to the stem; wherein the spray head member is arranged to radially deflect propellant passing through the bore and out of the open outlet of the stem relative to the longitudinal axis. a propellant source having a reservoir containing a liquefied gas propellant and a stem for dispensing propellant from the reservoir, the stem extending axially along a longitudinal axis and having an open outlet end and a bore therethrough that is in fluid communication with said open outlet end and is selectively in fluid communication with said reservoir; and a spray head member attachable to the stem; wherein the spray head member is arranged to radially deflect propellant passing through the bore and out of the open outlet of the stem relative to the longitudinal axis.
A method for transmitting, by a user equipment, UE, hybrid automatic retransmission request-acknowledgement, HARQ-ACK, information in a communication system supporting at least two cells, comprising: obtaining first information for whether a physical downlink shared channel, PDSCH, is received on a primary cell, PCell; obtaining second information for whether data transmitted by a scheduled cell is semi-persistent scheduling, SPS, data; obtaining at least one physical downlink control channel, PDCCH, for at least two cells in a downlink subframe, wherein a cell is scheduled by a corresponding PDCCH; receiving at least one downlink data from the base station based on the at least one PDCCH, in the downlink subframe; generating HARQ-ACK information for the at least one downlink data based on whether the downlink data is correctly received; and transmitting the HARQ-ACK information to the base station by using a first antenna port and a second antenna port, and a resource for the first antenna port and a resource for the second antenna port are defined respectively, wherein the resource for the first antenna port and the resource for the second antenna port are defined based on the first information and the second information. obtaining first information for whether a physical downlink shared channel, PDSCH, is received on a primary cell, PCell; obtaining second information for whether data transmitted by a scheduled cell is semi-persistent scheduling, SPS, data; obtaining at least one physical downlink control channel, PDCCH, for at least two cells in a downlink subframe, wherein a cell is scheduled by a corresponding PDCCH; receiving at least one downlink data from the base station based on the at least one PDCCH, in the downlink subframe; generating HARQ-ACK information for the at least one downlink data based on whether the downlink data is correctly received; and transmitting the HARQ-ACK information to the base station by using a first antenna port and a second antenna port, and a resource for the first antenna port and a resource for the second antenna port are defined respectively, wherein the resource for the first antenna port and the resource for the second antenna port are defined based on the first information and the second information.
Composition comprising at least one fatty acid amide of diethanolamine and from 15 to 80 wt% of fatty acid ester(s) and/or amide(s) of DEA oligomer, with respect to the total weight of the composition.
A quantum dot film article comprising: a first barrier layer; a second barrier layer; and a quantum dot layer between the first barrier layer and the second barrier layer, the quantum dot layer comprising quantum dots stabilized with organic ligand and dispersed in functionalized silicone carrier liquid, said stabilized quantum dots dispersed in a matrix comprising a cured thiol-alkene resin having a T g > 20°C. a first barrier layer; a second barrier layer; and a quantum dot layer between the first barrier layer and the second barrier layer, the quantum dot layer comprising quantum dots stabilized with organic ligand and dispersed in functionalized silicone carrier liquid, said stabilized quantum dots dispersed in a matrix comprising a cured thiol-alkene resin having a T g > 20°C.
A method comprising: receiving, by an orthogonal frequency division multiple access, OFDMA, base station, signals from a plurality of end user platforms that share all used tones within at least one orthogonal frequency division multiple access symbol; using, by the OFDMA base station, a fixed starting time to select contiguous samples from received aggregate signals to provide selected contiguous samples wherein the fixed starting time is offset from a reference time that comprises a time at which the base station expects to be receiving the signals from all end users; processing, by the OFDMA base station, the selected contiguous samples using fast Fourier transform to provide processed samples; and applying, by the OFDMA base station, a phase rotation to the processed samples. receiving, by an orthogonal frequency division multiple access, OFDMA, base station, signals from a plurality of end user platforms that share all used tones within at least one orthogonal frequency division multiple access symbol; using, by the OFDMA base station, a fixed starting time to select contiguous samples from received aggregate signals to provide selected contiguous samples wherein the fixed starting time is offset from a reference time that comprises a time at which the base station expects to be receiving the signals from all end users; processing, by the OFDMA base station, the selected contiguous samples using fast Fourier transform to provide processed samples; and applying, by the OFDMA base station, a phase rotation to the processed samples.
Control panel, in particular for an automobile vehicle, comprising a cover which is mounted on a support and which is provided with at least one zone (Z1, Z2, Z3, Z4, Z5, Z6) for the detection of tactile pressure forming a control button (B1, B2, B3, B4, B5, B6), in which a load sensor comprising a pressure-sensitive zone is disposed between the cover and the support, to the rear of the detection zone (Z1, Z2, Z3, Z4, Z5, Z6), so as to detect actuation of the control button (B1, B2, B3, B4, B5, B6) in order to produce an electrical control signal when a user exerts a given tactile pressure on the detection zone (Z1, Z2, Z3, Z4, Z5, Z6), the tactile pressure being transmitted axially towards the sensitive zone by means of a spacer made of elastically compressible material which is inserted between the sensor and the cover, the spacer being mounted compressed axially between the sensor and the cover in the absence of tactile pressure on the detection zone (Z1, Z2, Z3, Z4, Z5, Z6) so that the sensor undergoes a pre-stressing force at rest, characterised in that the spacer comprises at least one separating stud provided with a transverse top surface which presses against the cover and a transverse bottom surface which presses against the sensitive zone of the sensor, the top surface having an area smaller than the area of the bottom surface so as to minimise the reaction force exerted by the spacer on the cover while ensuring uniform distribution of the pre-stressing force and the tactile pressure on the sensitive zone of the sensor.
A device for accumulating inertial energy, comprising a housing defining a rotor chamber, a rotor having a first end face and a substantially opposite second end face, the rotor being mounted in the rotor chamber, so that it can be displaced relative to the housing and so that it can rotate relative to the housing about an axis of rotation leaving free a gap between the outer rotor perimeter and the inner perimeter of the rotor chamber, characterized in that a seal is provided in said gap separating a first section of the rotor chamber and a second section of the rotor chamber, an exposing means (42; 92) for exposing at least the first face of the rotor in the first section to a gas pressure, which, by comparison with the pressure exerted upon the substantially opposite second face in the second section, generates a differential pressure force that at least partially compensates for the weight of the rotor, wherein the device further comprises stabilizing means for counteracting vibration of the rotor.
Turbine blade, comprising: a damping zone having a damping layer, wherein the damping layer has a fibre matrix system, wherein the fibre matrix system has a thermoplastic matrix, in which thermoplastic matrix reinforcing fibres are embedded, wherein the damping zone is embodied such that by means of melting the thermoplastic matrix the damping zone can be deformed in order to match it to a predefined shape of the turbine blade, characterised in that the turbine blade has an additional thermoplastic, which is locally applied to the thermoplastic matrix by means of remelting of the thermoplastic matrix. a damping zone having a damping layer, wherein the damping layer has a fibre matrix system, wherein the fibre matrix system has a thermoplastic matrix, in which thermoplastic matrix reinforcing fibres are embedded, wherein the damping zone is embodied such that by means of melting the thermoplastic matrix the damping zone can be deformed in order to match it to a predefined shape of the turbine blade, characterised in that the turbine blade has an additional thermoplastic, which is locally applied to the thermoplastic matrix by means of remelting of the thermoplastic matrix.
A slide fastener comprising: a pair of fastener stringers each of which includes a fastener tape and a series of fastener elements arranged with interspaces along a side-edge of the fastener tape, each one of the fastener elements in the series of fastener elements including a base portion, a neck and a head, said head being coupled to the base portion via the neck, and said neck and the head being arranged outward of the fastener tape; at least one slider for opening and closing the pair of fastener stringers; and a stop member (6,7) attached to the side-edges of the fastener tapes at a position adjacent to the series of fastener elements, wherein the stop member (6,7) has at least one thinned portion (61,71) having a thickness less than a thickness of the fastener element and/or at least one through-hole extending through the stop member (6,7) in an up-down direction, the thinned portion (61,71) and/or the through-hole being configured to allow the stop member (6,7) to be produced through remolding of two or more fastener elements; characterised in that the stop member (6,7) has a mass in accordance with a total mass of two or more fastener elements, the mass of the stop member (6,7) being within ±5% of said total mass of two or more fastener elements. a pair of fastener stringers each of which includes a fastener tape and a series of fastener elements arranged with interspaces along a side-edge of the fastener tape, each one of the fastener elements in the series of fastener elements including a base portion, a neck and a head, said head being coupled to the base portion via the neck, and said neck and the head being arranged outward of the fastener tape; at least one slider for opening and closing the pair of fastener stringers; and a stop member (6,7) attached to the side-edges of the fastener tapes at a position adjacent to the series of fastener elements, wherein the stop member (6,7) has at least one thinned portion (61,71) having a thickness less than a thickness of the fastener element and/or at least one through-hole extending through the stop member (6,7) in an up-down direction, the thinned portion (61,71) and/or the through-hole being configured to allow the stop member (6,7) to be produced through remolding of two or more fastener elements; characterised in that the stop member (6,7) has a mass in accordance with a total mass of two or more fastener elements, the mass of the stop member (6,7) being within ±5% of said total mass of two or more fastener elements.
A method for managing location dependent lawful interception, LI, by a network operator device in a communication network, the method comprising: for each of one or more intercepted messages of a communication session related to an LI target, if the intercepted message is identified as being a first message of the communication session, initializing an individual encryption mechanism, IEM, and an IEM version; transmitting one or more LI messages to a law enforcement agency, LEA, device, each of the one or more LI messages including the IEM version, a communication session identifier and LI data extracted from the intercepted message, wherein the LI data is encrypted using the IEM; if location information is extracted from the intercepted message, transmitting decryption information corresponding to the IEM to the LEA device if the location information indicates that the LI target is inside a specific geographical area, SGA, which is predefined for lawful interception by the LEA device, and updating the IEM and the IEM version; and if the intercepted message is identified as a last message of the communication session and the location information is not extracted from the intercepted message, then transmitting the decryption information corresponding to the IEM to the LEA device if most recently intercepted location information of the LI target indicated that the LI target was inside the SGA or if no location information of the LI target was extracted from any of the one or more intercepted messages. if the intercepted message is identified as being a first message of the communication session, initializing an individual encryption mechanism, IEM, and an IEM version; transmitting one or more LI messages to a law enforcement agency, LEA, device, each of the one or more LI messages including the IEM version, a communication session identifier and LI data extracted from the intercepted message, wherein the LI data is encrypted using the IEM; if location information is extracted from the intercepted message, transmitting decryption information corresponding to the IEM to the LEA device if the location information indicates that the LI target is inside a specific geographical area, SGA, which is predefined for lawful interception by the LEA device, and updating the IEM and the IEM version; and transmitting decryption information corresponding to the IEM to the LEA device if the location information indicates that the LI target is inside a specific geographical area, SGA, which is predefined for lawful interception by the LEA device, and updating the IEM and the IEM version; and if the intercepted message is identified as a last message of the communication session and the location information is not extracted from the intercepted message, then transmitting the decryption information corresponding to the IEM to the LEA device if most recently intercepted location information of the LI target indicated that the LI target was inside the SGA or if no location information of the LI target was extracted from any of the one or more intercepted messages.
A motor control device for a parallel hybrid vehicle having a deceleration deactivatable engine, wherein, during a deceleration traveling of said parallel hybrid vehicle, a fuel cut operation is applied to said engine as well as a deceleration cylinder deactivation operation in which at least one cylinder is deactivated in accordance with a running state of said engine by temporarily stopping the operation of intake and exhaust valves of the at least one cylinder, and characterised in that said engine is started by a motor when the operation of said engine transitions from the fuel cut operation to a fuel supply operation, and in that said motor control device comprises: a cylinder deactivation state determining section for determining whether or not said engine is in a cylinder deactivation state; a cylinder deactivation executing section for executing the cylinder deactivation operation of said engine; a cylinder deactivation operation detecting section for detecting whether or not said cylinder deactivation executing section is activated; and a starting torque setting section for setting starting torque for starting said engine by said motor, wherein when it is determined, by said cylinder deactivation state determining section, that said engine is in a cylinder deactivation state, and it is determined, by said cylinder deactivation operation detecting section, that said engine is to return to the fuel supply operation, said starting torque setting section sets a smaller starting torque than in the case in which said engine returns to the fuel supply operation from a state in which it is determined, by said cylinder deactivation state determining section, that said engine is not in a cylinder deactivation state. a cylinder deactivation state determining section for determining whether or not said engine is in a cylinder deactivation state; a cylinder deactivation executing section for executing the cylinder deactivation operation of said engine; a cylinder deactivation operation detecting section for detecting whether or not said cylinder deactivation executing section is activated; and a starting torque setting section for setting starting torque for starting said engine by said motor, wherein when it is determined, by said cylinder deactivation state determining section, that said engine is in a cylinder deactivation state, and it is determined, by said cylinder deactivation operation detecting section, that said engine is to return to the fuel supply operation, said starting torque setting section sets a smaller starting torque than in the case in which said engine returns to the fuel supply operation from a state in which it is determined, by said cylinder deactivation state determining section, that said engine is not in a cylinder deactivation state.
A process for the preparation of a supported catalyst system comprising the following step: i) impregnating a silica-containing catalyst support having a specific surface area of from 150 m 2 /g to 800 m 2 /g, preferably 280 m 2 /g to 600 m 2 /g, with one or more titanium compounds selected from the group consisting of tetraalkoxides of titanium having the general formula Ti(OR') 4 wherein each R is the same or different and can be an alkyl or cycloalkyl group each having from 3 to 5 carbon atoms, and mixtures thereof, to form a titanated silica-containing catalyst support having a Ti content of at least 0.1 wt% based on the weight of the Ti-impregnated catalyst support wherein the impregnation of the support by the titanium compound is performed by introducing the titanium compound in the form of a suspension in a diluent or by introducing the titanium compound dissolved in an aqueous solvent; and wherein the supported catalyst system further comprises an alumoxane and a metallocene. i) impregnating a silica-containing catalyst support having a specific surface area of from 150 m 2 /g to 800 m 2 /g, preferably 280 m 2 /g to 600 m 2 /g, with one or more titanium compounds selected from the group consisting of tetraalkoxides of titanium having the general formula Ti(OR') 4 wherein each R is the same or different and can be an alkyl or cycloalkyl group each having from 3 to 5 carbon atoms, and mixtures thereof, to form a titanated silica-containing catalyst support having a Ti content of at least 0.1 wt% based on the weight of the Ti-impregnated catalyst support wherein the impregnation of the support by the titanium compound is performed by introducing the titanium compound in the form of a suspension in a diluent or by introducing the titanium compound dissolved in an aqueous solvent; and wherein the supported catalyst system further comprises an alumoxane and a metallocene.