mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving downlink data in a wireless communication system, the method performed by a user equipment and comprising: receiving downlink control information for coordinated multi-point, CoMP, transmission via a downlink control channel in a subframe, the downlink control information including reference signal, RS, information and physical downlink shared channel, PDSCH, information, the RS information indicating transmission antenna ports, a scrambling identity and a number of transmission layers; receiving a RS for demodulating a PDSCH based on the RS information in the subframe, wherein the received RS is generated based on the scrambling identity; and receiving downlink data via the PDSCH in the subframe, wherein resource element, RE, mapping information on REs assigned for the PDSCH is determined based on the PDSCH information, and wherein information about whether the transmission antenna ports are associated with each other is determined based on the PDSCH information. receiving downlink control information for coordinated multi-point, CoMP, transmission via a downlink control channel in a subframe, the downlink control information including reference signal, RS, information and physical downlink shared channel, PDSCH, information, the RS information indicating transmission antenna ports, a scrambling identity and a number of transmission layers; receiving a RS for demodulating a PDSCH based on the RS information in the subframe, wherein the received RS is generated based on the scrambling identity; and receiving downlink data via the PDSCH in the subframe, wherein resource element, RE, mapping information on REs assigned for the PDSCH is determined based on the PDSCH information, and wherein information about whether the transmission antenna ports are associated with each other is determined based on the PDSCH information.
A method for manufacturing a non-grain-oriented electrical steel sheet having low core loss and high strength properties, the method comprising: hot-rolling a slab comprising 0.005 wt% or less of C, 4.0 wt% or less of Si, 0.1 wt% or less of P, 0.03 wt% or less of S, 0.1-2.0 wt% of Mn, 0.3-2.0 wt% of Al, 0.003 wt% or less of N, 0.005 wt% or less of Ti, optionally at least one selected from the group consisting of 5 wt% or less of Ni and 10 wt% or less of Cr, optionally at least one selected from the group consisting of 0.01-0.1 wt% of Sn and 0.005-0.05 wt% of Sb, and a balance of Fe and unavoidable impurities; cold-rolling the hot-rolled steel sheet; and subjecting the cold-rolled steel sheet to final annealing at a temperature of 720∼760 so that the area fraction of non-recrystallized structures in the cross-section of the steel sheet is 50% or less (excluding 0%) and the average size of the recrystallized grains after the final annealing is controlled to 10 μ m or less, wherein the impurities include at least one selected from the group consisting of Cu, Nb and V, in which the Cu content is limited to 0.02 wt% or less, the Nb content is limited to 0.003 wt% or less, and the V content is limited to 0.003 wt% or less. hot-rolling a slab comprising 0.005 wt% or less of C, 4.0 wt% or less of Si, 0.1 wt% or less of P, 0.03 wt% or less of S, 0.1-2.0 wt% of Mn, 0.3-2.0 wt% of Al, 0.003 wt% or less of N, 0.005 wt% or less of Ti, optionally at least one selected from the group consisting of 5 wt% or less of Ni and 10 wt% or less of Cr, optionally at least one selected from the group consisting of 0.01-0.1 wt% of Sn and 0.005-0.05 wt% of Sb, and a balance of Fe and unavoidable impurities; cold-rolling the hot-rolled steel sheet; and subjecting the cold-rolled steel sheet to final annealing at a temperature of 720∼760 so that the area fraction of non-recrystallized structures in the cross-section of the steel sheet is 50% or less (excluding 0%) and the average size of the recrystallized grains after the final annealing is controlled to 10 μ m or less, wherein the impurities include at least one selected from the group consisting of Cu, Nb and V, in which the Cu content is limited to 0.02 wt% or less, the Nb content is limited to 0.003 wt% or less, and the V content is limited to 0.003 wt% or less.
A modular tank comprising: a plurality of curved wall modules coupled together via a plurality of separate joining members, each joining member comprising two slots to receive edges of the adjacent wall modules; and a liner bag supported by the wall modules for the containment of liquid, characterized in that each slot comprises a short hooked flange and a long hooked flange configured parallel to one another and hooking toward one another, each edge of the wall modules having a complementary profile comprising two offset protrusions on opposing faces of the wall module near the end of the wall module, wherein the protrusions each comprise a face that is substantially perpendicular to the wall module and oriented away from the end of the wall module and an angled face that is sloped toward the end of the wall module. a plurality of curved wall modules coupled together via a plurality of separate joining members, each joining member comprising two slots to receive edges of the adjacent wall modules; and a liner bag supported by the wall modules for the containment of liquid, characterized in that each slot comprises a short hooked flange and a long hooked flange configured parallel to one another and hooking toward one another, each edge of the wall modules having a complementary profile comprising two offset protrusions on opposing faces of the wall module near the end of the wall module, wherein the protrusions each comprise a face that is substantially perpendicular to the wall module and oriented away from the end of the wall module and an angled face that is sloped toward the end of the wall module.
Method for filling a fill product, preferably for filling a beverage in a beverage filling plant by the free-jet method, comprising providing a fill product flow through a fill product line by opening a filling valve arranged in the fill product line and an associated control valve for controlling volumetric flow, and closing the control valve and closing the filling valve to stop the fill product flow at the end of filling, wherein closure of the control valve and the filling valve is synchronised, and the control valve and the filling valve are controlled with a time delay of an offset time (t V), characterised in that the closing of the control valve is triggered by a first control command of a controller and the closing of the filling valve is triggered by a second control command of the controller, wherein the second control command is triggered with a time delay of an offset time (t V) with respect to the first control command. providing a fill product flow through a fill product line by opening a filling valve arranged in the fill product line and an associated control valve for controlling volumetric flow, and closing the control valve and closing the filling valve to stop the fill product flow at the end of filling, wherein closure of the control valve and the filling valve is synchronised, and the control valve and the filling valve are controlled with a time delay of an offset time (t V), characterised in that the closing of the control valve is triggered by a first control command of a controller and the closing of the filling valve is triggered by a second control command of the controller, wherein the second control command is triggered with a time delay of an offset time (t V) with respect to the first control command.
An electronic system having a volatile memory with multiple memory locations, each specific memory location of the multiple memory locations being arranged to produce a respective value when powered up, the respective value depending on a physical, at least partially random, configuration of components constructing the specific memory location, the electronic system comprises a key extraction means arranged to retrieve multiple values in a first order from the multiple memory locations and for determining a reproducible cryptographic key in dependency on the multiple values, the electronic system being characterized by a re-ordering means in between the memory and the key extraction means for providing the multiple values to the key extraction means in a second order, different from the first order, prior to determining the cryptographic key, wherein the memory comprises multiple separate memory blocks, and wherein the multiple memory locations are distributed over all the multiple memory blocks, the multiple separate memory blocks being distributed across an integrated circuit.
Method for calibration of a line driving device having a line port, the method comprising: deriving a first parameter vector, PVinf, by performing, at a first site, an echo measurement on the line driving device while a/the line port on said line driving device is open circuit; -calibrating the line driving device based on the first parameter vector and a second parameter vector PVref, the method further characterized in that said second parameter vector is based on information on echo measurements previously performed on at least one reference line driving device, the second parameter vector being derived from measurements when the at least one reference line driving device had short circuited line input or line input connected to a known impedance Z ref. deriving a first parameter vector, PVinf, by performing, at a first site, an echo measurement on the line driving device while a/the line port on said line driving device is open circuit; -calibrating the line driving device based on the first parameter vector and a second parameter vector PVref, the method further characterized in that said second parameter vector is based on information on echo measurements previously performed on at least one reference line driving device, the second parameter vector being derived from measurements when the at least one reference line driving device had short circuited line input or line input connected to a known impedance Z ref.
An epoxide-functional adduct comprising a first reaction product of a reaction mixture comprising (a) an epoxy-containing compound and (b) a diamine comprising a cyclic ring and/or a polyamine comprising a cyclic ring, wherein the diamine comprising the cyclic ring and/or the polyamine comprising the cyclic ring is present in an amount sufficient to provide a molar ratio of epoxide groups from the epoxy-containing compound to amine-hydrogens from the diamine and/or polyamine of 3:1 to 12:1.
Alumina, wherein an intensity in an infrared absorption spectrum of the alumina obtained by Fourier-transform infrared spectroscopy is larger than that of a baseline, the baseline being a line segment connecting an intensity at 3,400 cm -1 and an intensity at 3,500 cm -1, wherein a peak having a half width of 90 cm -1 or less does not exist in a range of 3,400 to 3,500 cm -1, and wherein, in thermogravimetric analysis, a mass loss rate A of alumina represented by the following formula is 0.3% or less and a mass loss rate B of alumina represented by the following formula is 0.05% or less: Mass loss rate A % = mass g of alumina at 25 ° C − mass g of alumina at 150 ° C ÷ mass g of alumina at 25 ° C × 100 Mass loss rate B % = mass g of alumina at 200 ° C − mass g of alumina at 260 ° C ÷ mass g of alumina at 25 ° C × 100 wherein the thermogravimetric analysis is continuously performed under the condition in which a temperature rising is started at a temperature lower than 25°C and ended at a temperature higher than 260°C, the alumina to be measured is dried in advance at the temperature of 80°C or higher and 100°C or lower for 8 hours or more before the measurement, and then conditioned under standard temperature conditions level 2, a temperature of 23±2°C, and standard humidity conditions level 2, a relative humidity of 50±5%, defined in JIS Z8703-1983, standard conditions of test place, for 24 hours or more, and then subjected to the thermogravimetric analysis, and wherein the alumina has a BET specific surface area of 5 to 20 m 2 /g. wherein a peak having a half width of 90 cm -1 or less does not exist in a range of 3,400 to 3,500 cm -1, and wherein, in thermogravimetric analysis, a mass loss rate A of alumina represented by the following formula is 0.3% or less and a mass loss rate B of alumina represented by the following formula is 0.05% or less: Mass loss rate A % = mass g of alumina at 25 ° C − mass g of alumina at 150 ° C ÷ mass g of alumina at 25 ° C × 100 Mass loss rate B % = mass g of alumina at 200 ° C − mass g of alumina at 260 ° C ÷ mass g of alumina at 25 ° C × 100 wherein the thermogravimetric analysis is continuously performed under the condition in which a temperature rising is started at a temperature lower than 25°C and ended at a temperature higher than 260°C, the alumina to be measured is dried in advance at the temperature of 80°C or higher and 100°C or lower for 8 hours or more before the measurement, and then conditioned under standard temperature conditions level 2, a temperature of 23±2°C, and standard humidity conditions level 2, a relative humidity of 50±5%, defined in JIS Z8703-1983, standard conditions of test place, for 24 hours or more, and then subjected to the thermogravimetric analysis, and wherein the alumina has a BET specific surface area of 5 to 20 m 2 /g.
A method for minimising the power requirement of a vacuum system of a vacuum operated milking system (1,70), the method comprising reducing the demand on the vacuum system by a pulsating vacuum generator of the milking system (1,70) for a time period during at least a portion of a cleaning cycle of the milking system (1,70), at least while the vacuum demand on the vacuum system is greatest.
A photocurable composition comprising: component: epoxy compound; component: acrylic ester compound; component: isocyanate compound; component: photobase generator; and component: compound having a thiol group, wherein the component has two or more epoxy groups in one molecule, the component has two or more acryloyl groups in one molecule, the component has two or more isocyanate groups in one molecule, and the component has two or more thiol groups in one molecule, and a ratio of a total mass of the component, the component, the component, and the component to a mass of the component is (the component + the component + the component + the component): the component = 74: 26 to 20: 80. component: epoxy compound; component: acrylic ester compound; component: isocyanate compound; component: photobase generator; and component: compound having a thiol group, wherein the component has two or more epoxy groups in one molecule, the component has two or more acryloyl groups in one molecule, the component has two or more isocyanate groups in one molecule, and the component has two or more thiol groups in one molecule, and a ratio of a total mass of the component, the component, the component, and the component to a mass of the component is (the component + the component + the component + the component): the component = 74: 26 to 20: 80.
Multiphase plate heat exchanger for two or more gaseous media (1,2), wherein the multiphase plate heat exchanger comprises a plurality of chambers (14a, 14b) formed by heat exchanger plates separated from each other by active surfaces, wherein the active surfaces are adapted for heat transfer between the affected media (1, 2) on one or both surfaces of one or two different slow-flowing liquids (3, 4), so that they interact directly with the respective media (1, 2), so that evaporation or condensation and also crystallization or solution of crystals can take place due to the concentration changes in the liquids occurring thereby, wherein pumps (11, 12) are provided in order to transfer these liquids (3, 4) from the outside to their specific input positions (9a, 10a) between the heat exchanger plates so that they can move from there as a wetting liquid film along the active surfaces through the plate heat exchanger, wherein associated media (1, 2) and liquids (3, 4) can flow in parallel or countercurrent to each other, characterized in that the liquid supply from a storage tank to the small openings (9a, 10a), which serve as input positions between the heat exchanger plates, is effected in such a way that the supply line after the pump (11, 12) fans out into a bundle of capillaries (5, 7) in tubular or hose form which open out at the corresponding small openings (9a, 10a) in the heat exchanger, and in that in each heat exchanger plate gap (1a, 1b) both adjacent surfaces can be wetted with the liquids (3, 4).
Electrical plug-in connector comprising a central housing part (300, 400) and an upper cover part which is connected to the central housing part, wherein the upper cover part can be opened and closed, wherein a first upper insulation-displacement terminal (20, 121) is arranged on the upper cover part, wherein a first upper contact spring (30, 31) is arranged on the central housing part (300, 400), wherein the central housing part (300, 400) has a first upper opening for receiving a first core of a cable, wherein the upper cover part can be moved in the direction of the central housing part (300, 400) with a linear movement in such a way that the first upper insulation-displacement terminal (20, 121) makes electrical contact with the first core and is pressed against the first upper contact spring (30, 31).
An audio processing system, comprising: a microphone arranged to generate a microphone output signal responsive to an acoustic input; a speaker arranged to generate an acoustic output responsive to a speaker input signal and to generate a speaker output signal responsive to the acoustic input; a wind noise detector arranged to receive and process the microphone output signal and/or the speaker output signal to detect wind noise; and a signal processor arranged to receive the microphone output signal and configured to process the speaker output signal to reduce the amount of wind noise in the processed speaker output signal when wind noise has been detected, and to replace or combine the microphone output signal with the resulting processed speaker output signal to reduce the amount of wind noise in a processed audio signal output of the signal processor. a microphone arranged to generate a microphone output signal responsive to an acoustic input; a speaker arranged to generate an acoustic output responsive to a speaker input signal and to generate a speaker output signal responsive to the acoustic input; a wind noise detector arranged to receive and process the microphone output signal and/or the speaker output signal to detect wind noise; and a signal processor arranged to receive the microphone output signal and configured to process the speaker output signal to reduce the amount of wind noise in the processed speaker output signal when wind noise has been detected, and to replace or combine the microphone output signal with the resulting processed speaker output signal to reduce the amount of wind noise in a processed audio signal output of the signal processor.
A rotary assembly of an aviation turbine engine, the assembly comprising: a fan disk having at least one tooth and at least one platform mounted on the tooth of the fan disk, the tooth of the fan disk including a tab extending said tooth axially upstream, characterized in that the platform includes a locking ring at its upstream end for receiving the tab of the tooth of the fan disk, and in that it further includes a spacer positioned inside the locking ring so as to block the platform on the tab of the tooth of the fan disk.
A supplemental lighting element for a vehicle comprising: a circuit board defining a longitudinal axis of the supplemental lighting element and including at least one illuminator thereon; a housing having an optical element having opposing axial ends along the longitudinal axis, the optical element being in register with the at least one illuminator on the circuit board, and a peripheral wall enveloping a periphery of the circuit board, the housing having at least one inwardly-extending leg having a retainer thereon; a heat sink having at least one recess in alignment with the at least one inwardly-extending leg on the peripheral wall of the housing; and a thermal pad positioned between the circuit board and the heat sink; wherein the inwardly-extending leg is positioned between opposing circuit board and heat sink portions, and wherein each of the opposing axial ends are configured to match an axial end of an adjacent supplemental lighting element. a circuit board defining a longitudinal axis of the supplemental lighting element and including at least one illuminator thereon; a housing having an optical element having opposing axial ends along the longitudinal axis, the optical element being in register with the at least one illuminator on the circuit board, and a peripheral wall enveloping a periphery of the circuit board, the housing having at least one inwardly-extending leg having a retainer thereon; a heat sink having at least one recess in alignment with the at least one inwardly-extending leg on the peripheral wall of the housing; and a thermal pad positioned between the circuit board and the heat sink; wherein the inwardly-extending leg is positioned between opposing circuit board and heat sink portions, and wherein each of the opposing axial ends are configured to match an axial end of an adjacent supplemental lighting element.
A reaction system for multiphase reactions having at least three phases, said reaction system comprising: a stirred tank reaction vessel comprising a rotatable impeller shaft having thereon at least one impeller blade, said rotatable impeller shaft being rotatably affixed to a catalytic article, said catalytic article comprising a porous fibrillated polymer membrane that includes supported catalyst particles durably enmeshed within the porous fibrillated polymer membrane; wherein during use the reaction system comprises: a liquid phase comprising at least one liquid phase reactant; and a gas phase comprising at least one gas phase reactant, wherein the porous fibrillated polymer membrane is in the form of an immobilized catalyst disc or disc stack. a stirred tank reaction vessel comprising a rotatable impeller shaft having thereon at least one impeller blade, said rotatable impeller shaft being rotatably affixed to a catalytic article, said catalytic article comprising a porous fibrillated polymer membrane that includes supported catalyst particles durably enmeshed within the porous fibrillated polymer membrane; wherein during use the reaction system comprises: a liquid phase comprising at least one liquid phase reactant; and a gas phase comprising at least one gas phase reactant, wherein the porous fibrillated polymer membrane is in the form of an immobilized catalyst disc or disc stack. a liquid phase comprising at least one liquid phase reactant; and a gas phase comprising at least one gas phase reactant, wherein the porous fibrillated polymer membrane is in the form of an immobilized catalyst disc or disc stack.
A refrigerator comprising a body suitable for placing foodstuffs therein; a door which provides access into the body; at least one camera which is disposed on the body and/or door; and a control unit which triggers the camera to capture a plurality of successive images at certain intervals while the user opens or closes the door, characterized by the control unit which, on each image captured by the camera, separates the image into pixels and determines and marks at least one edge depending on the color distribution, said control unit calculates the angle between the door and the body according to the marked edge, said control unit compares the calculated angle with the angle range predetermined by the manufacturer, where the clearest image of the foodstuffs in the body and/or on the door is captured by the camera, said control unit selects the image with said angle if the calculated angle is in said range, and then processes the image by cropping the area marked with at least one edge in the selected image.