mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling active control feedback between a base station and a user equipment, UE, operating in a cellular communications network, the method comprising: allocating, by a network controller, a first time slot within a frame or multiframe for an uplink physical control signal so that the uplink physical control signal is separate from the uplink shared physical channel comprised in said frame or multiframe, wherein the uplink physical control signal is a beacon signal; sending data from the UE to the base station over the uplink shared physical channel in a second different time slot; sending said uplink physical control signal from the UE to the base station in said first time slot when data is not being sent from the UE to the base station; sending feedback information from the base station to the UE over a physical layer downlink control channel in response to the uplink physical control signal, wherein the feedback information includes power control commands for a plurality of UEs using different bits, the plurality of UEs including said UE. allocating, by a network controller, a first time slot within a frame or multiframe for an uplink physical control signal so that the uplink physical control signal is separate from the uplink shared physical channel comprised in said frame or multiframe, wherein the uplink physical control signal is a beacon signal; sending data from the UE to the base station over the uplink shared physical channel in a second different time slot; sending said uplink physical control signal from the UE to the base station in said first time slot when data is not being sent from the UE to the base station; sending feedback information from the base station to the UE over a physical layer downlink control channel in response to the uplink physical control signal, wherein the feedback information includes power control commands for a plurality of UEs using different bits, the plurality of UEs including said UE.
A silicon crystal material that is manufactured by a CZ method and used for manufacturing a silicon single crystal by an FZ method, the silicon crystal material comprising: a shoulder portion that gradually grows in diameter; a straight body portion that is cylindrical; a tail portion that gradually reduces in diameter; and a gripped portion that is gripped by a gripper during manufacturing of the silicon single crystal by the FZ method and that enables loading of the silicon crystal material into a furnace and growth of a single crystal, wherein the gripped portion is, as with the shoulder portion, the straight body portion, and the tail portion, formed in a manufacturing process of the silicon crystal material by the CZ method; characterized in that the gripped portion is a convex portion formed along a circumference of the straight body portion on the tail portion side. a shoulder portion that gradually grows in diameter; a straight body portion that is cylindrical; a tail portion that gradually reduces in diameter; and a gripped portion that is gripped by a gripper during manufacturing of the silicon single crystal by the FZ method and that enables loading of the silicon crystal material into a furnace and growth of a single crystal, wherein the gripped portion is, as with the shoulder portion, the straight body portion, and the tail portion, formed in a manufacturing process of the silicon crystal material by the CZ method; characterized in that the gripped portion is a convex portion formed along a circumference of the straight body portion on the tail portion side.
A method for reducing the influence of an interfering signal ( S i) on a wanted signal ( S w) in a first frequency channel (n) received by a receiver when the interfering signal ( S i) occurs in a second frequency channel (n+1) near to the first channel (n), which method in an access point comprises the steps of: - assuming a model ( S T) of a transmitter causing the interfering signal ( S i), - obtaining in the first channel (n) a measure of the wanted signal ( S w) and a measure of a nonlinear part of the interfering signal ( S i), and in the second channel (n+1) a measure of a linear part of the interfering signal ( S i), - solving the model for said transmitter by using the measured linear and nonlinear part, - obtaining the interfering signal ( S i) influencing the first channel (n) by using the solved model, and subtracting the obtained interfering signal ( S i) from the wanted signal ( S w) received by the receiver. - assuming a model ( S T) of a transmitter causing the interfering signal ( S i), - obtaining in the first channel (n) a measure of the wanted signal ( S w) and a measure of a nonlinear part of the interfering signal ( S i), and in the second channel (n+1) a measure of a linear part of the interfering signal ( S i), - solving the model for said transmitter by using the measured linear and nonlinear part, - obtaining the interfering signal ( S i) influencing the first channel (n) by using the solved model, and subtracting the obtained interfering signal ( S i) from the wanted signal ( S w) received by the receiver.
A raw material supply device comprising: a raw material vessel which contains a raw material liquid; an introduction pipe which is connected to said raw material vessel, and introduces a carrier gas into said raw material vessel to bubble the raw material liquid; a transport pipe which is connected to said raw material vessel, and transports a source gas that is produced by bubbling and fed out from said raw material vessel; a pump which is attached to said transport pipe and transports the source gas; a supply pipe which is branched from said transport pipe, connected to a supply target, and supplies the source gas to the supply target; a circulation pipe which is branched from said transport pipe and connected to said introduction pipe; an introduction valve which is arranged on a supply side of the carrier gas from a portion of said introduction pipe to which said circulation pipe is connected; a supply valve which is attached to said supply pipe; a circulation valve which is attached to said circulation pipe; and a controller which is connected to said introduction valve, said supply valve, and said circulation valve, and controls opening/closing of said valves, wherein said controller controls at least said supply valve and said circulation valve to be in opposite open/closed states. a raw material vessel which contains a raw material liquid; an introduction pipe which is connected to said raw material vessel, and introduces a carrier gas into said raw material vessel to bubble the raw material liquid; a transport pipe which is connected to said raw material vessel, and transports a source gas that is produced by bubbling and fed out from said raw material vessel; a pump which is attached to said transport pipe and transports the source gas; a supply pipe which is branched from said transport pipe, connected to a supply target, and supplies the source gas to the supply target; a circulation pipe which is branched from said transport pipe and connected to said introduction pipe; an introduction valve which is arranged on a supply side of the carrier gas from a portion of said introduction pipe to which said circulation pipe is connected; a supply valve which is attached to said supply pipe; a circulation valve which is attached to said circulation pipe; and a controller which is connected to said introduction valve, said supply valve, and said circulation valve, and controls opening/closing of said valves, wherein said controller controls at least said supply valve and said circulation valve to be in opposite open/closed states.
A centrifugal pump comprising: a housing; an impeller that is rotatably disposed inside the housing; a shaft that is provided at a central rotational axis of the impeller and has spherically surface-shaped shaft ends at both ends in an axial direction; and bearings that have spherical surface-shaped bearing surfaces respectively and pivotally supporting the shaft ends, wherein in at least one of the bearings disposed on both sides of the shaft in the axial direction, a ratio of a radius of curvature of the shaft end with respect to a radius of curvature of the bearing surface of the bearing is equal to or less than 85%, characterized in that an outer diameter of the impeller is equal to or greater than 70 mm, and wherein a maximum rotational frequency of the impeller is equal to or lower than 3,000 rpm. a housing; an impeller that is rotatably disposed inside the housing; a shaft that is provided at a central rotational axis of the impeller and has spherically surface-shaped shaft ends at both ends in an axial direction; and bearings that have spherical surface-shaped bearing surfaces respectively and pivotally supporting the shaft ends, wherein in at least one of the bearings disposed on both sides of the shaft in the axial direction, a ratio of a radius of curvature of the shaft end with respect to a radius of curvature of the bearing surface of the bearing is equal to or less than 85%, characterized in that an outer diameter of the impeller is equal to or greater than 70 mm, and wherein a maximum rotational frequency of the impeller is equal to or lower than 3,000 rpm.
Luminaire, comprising a luminaire base, a luminaire head as well as a luminaire stand extending between the luminaire base and the luminaire head, wherein the luminaire head comprises first illuminants, which are arranged in a common plane, and which are adapted to extract a first, indirect fraction of light, and wherein the luminaire head moreover comprises a glare suppression arrangement, characterized in that the glare suppression arrangement is arranged in parallel to the plane, and comprises a light-directing foil as well as shielding elements, wherein the shielding elements are arranged such that a beam spread (γ) of the indirect fraction of light after passage through the glare suppression arrangement is limited to 30° with respect to a vertical to the plane, and wherein the glare suppression arrangement in the direction of the vertical has a maximum height of 2.0 cm.
Motor vehicle charge air cooler comprising at least one heat exchange core bundle, the said core bundle comprising a stack of plates defining first channels for the circulation of a first fluid and second channels for the circulation of a second fluid, the said second channels having a height referred to as the first height, the said plates being made up of pressed sheets and comprising connecting nozzles for circulating the coolant in the said second channels, two said adjacent plates (20-1, 20-2) forming a plate pair, the said connecting nozzles making it possible to establish a communication, for the second fluid, between plate pairs (42-1, 42-2), characterized in that the said connecting nozzles of one plate pair can be pushed into the connecting nozzles of an adjacent plate pair.
A drink receptacle holder for an aircraft passenger accommodation unit comprising: - a drink receptacle retainer portion, for retaining a drink receptacle in an upright orientation, and - a mounting portion (1201, 1600, 1700, 1800), for mounting to a mounting structure, wherein the drink receptacle retainer portion and the mounting portion (1201, 1600, 1700, 800) are pivotally mounted to each other such that the orientation of a drink receptacle retained by the drink receptacle retainer portion can be adjusted with respect to the mounting portion, wherein the drink receptacle retainer portion is freely pivotable in relation to the mounting portion (1201, 1600, 1700, 1800), such that the drink receptacle retainer portion naturally pivots in relation to the mounting portion as the orientation of the mounting portion is changed; wherein the drink receptacle retainer portion comprises a support ring provided around a central point, the support ring being provided on a support member, and wherein the support ring has a gap through a circumferential point of the support ring. - a drink receptacle retainer portion, for retaining a drink receptacle in an upright orientation, and - a mounting portion (1201, 1600, 1700, 1800), for mounting to a mounting structure, wherein the drink receptacle retainer portion and the mounting portion (1201, 1600, 1700, 800) are pivotally mounted to each other such that the orientation of a drink receptacle retained by the drink receptacle retainer portion can be adjusted with respect to the mounting portion, wherein the drink receptacle retainer portion is freely pivotable in relation to the mounting portion (1201, 1600, 1700, 1800), such that the drink receptacle retainer portion naturally pivots in relation to the mounting portion as the orientation of the mounting portion is changed; wherein the drink receptacle retainer portion comprises a support ring provided around a central point, the support ring being provided on a support member, and wherein the support ring has a gap through a circumferential point of the support ring.
A non-therapeutic method for a reducing digestive effort, b improving protein digestion efficacy, c reducing endogenous protein loss, d reducing endogenous secretion of proteases, and/or e reducing the protein load entering the colon compared to a nutritional composition not comprising a protein comprising composition fermented by lactic acid bacteria, said method comprising administering a nutritional composition that comprises from 5 to 20 wt.% protein based on dry weight of the nutritional composition and that comprises at least 10 wt.% of a protein comprising composition fermented by lactic acid bacteria, wherein the lactic acid bacteria are inactivated after fermentation, based on dry weight of the nutritional composition. a reducing digestive effort, b improving protein digestion efficacy, c reducing endogenous protein loss, d reducing endogenous secretion of proteases, and/or e reducing the protein load entering the colon
A method for a first playback device (602, 700) of a media playback system comprising a plurality of playback devices, the method comprising: receiving first audio information from a network-based audio information source; generating first audio signals based on the first audio information via the first playback device; receiving a first control message from a television; and in response to receiving the first control message: changing a signal source from the network-based audio information source to the television; joining the first playback device to a particular grouping comprising the plurality of playback devices including at least a second playback device; sending, to at least the second playback device that is grouped with the first playback device in the particular grouping, a signal to change to the television as the signal source; receiving audio data from the television; and outputting, by the first playback device in synchrony with at least the second playback device, second audio signals based on the audio data received from the television. receiving first audio information from a network-based audio information source; generating first audio signals based on the first audio information via the first playback device; receiving a first control message from a television; and in response to receiving the first control message: changing a signal source from the network-based audio information source to the television; joining the first playback device to a particular grouping comprising the plurality of playback devices including at least a second playback device; sending, to at least the second playback device that is grouped with the first playback device in the particular grouping, a signal to change to the television as the signal source; receiving audio data from the television; and outputting, by the first playback device in synchrony with at least the second playback device, second audio signals based on the audio data received from the television. changing a signal source from the network-based audio information source to the television; joining the first playback device to a particular grouping comprising the plurality of playback devices including at least a second playback device; sending, to at least the second playback device that is grouped with the first playback device in the particular grouping, a signal to change to the television as the signal source; receiving audio data from the television; and outputting, by the first playback device in synchrony with at least the second playback device, second audio signals based on the audio data received from the television.
A light emitting diode device comprising a light emitting diode, and a device component, wherein the device component comprises a polycarbonate composition comprising a bisphenol A polycarbonate; and 2,2'-(1,4-phenylene)bis(4H-3,1-benzoxazin-4-one) in an amount effective to provide a composition wherein a molded sample of the composition has a UL94 rating of V-2 or better at a thickness of 0.9 mm; an absorbance of less than 2 a.u. in the region of 370 to 380 nanometers; and for a sample having a thickness of 2.5 mm, an increase in yellowness index (ΔYI) of 12 or less after heat aging at 130°C for 5,000, as measured by ASTM D1925, wherein the bisphenols A polycarbonate comprises less than or equal to 150 ppm free hydroxyl groups and less than or equal to 2 ppm sulfur, as measured by a Total Sulfur Analysis based on combustion and coulometric detection. a bisphenol A polycarbonate; and 2,2'-(1,4-phenylene)bis(4H-3,1-benzoxazin-4-one) in an amount effective to provide a composition wherein a molded sample of the composition has a UL94 rating of V-2 or better at a thickness of 0.9 mm; an absorbance of less than 2 a.u. in the region of 370 to 380 nanometers; and for a sample having a thickness of 2.5 mm, an increase in yellowness index (ΔYI) of 12 or less after heat aging at 130°C for 5,000, as measured by ASTM D1925, wherein the bisphenols A polycarbonate comprises less than or equal to 150 ppm free hydroxyl groups and less than or equal to 2 ppm sulfur, as measured by a Total Sulfur Analysis based on combustion and coulometric detection.
Method for treating a mixture in a single-shaft or multi-shaft mixer, in particular a mixing kneader, in particular for preparing a spinning solution, wherein a solvent or solvent mixture is added to a product over a length of a product chamber in order to reduce a viscosity of the solution or mixture and increase an evaporation rate. characterised in that the viscosity of the solution or mixture is determined at predetermined locations of the product space along a shaft.
A method of operating a power distribution network, the method comprising: operating an inverter of an uninterruptible power supply, UPS, (110, 310) to generate a frequency and/or amplitude disturbance in at least a portion of the power distribution network; identifying at least one node of the network associated with a respective at least one component device of the network downstream of the UPS experiencing the disturbance by: obtaining voltage values representing voltage at the at least one node, generating angle estimates from the voltage values, and detecting a voltage waveform artifact associated with the disturbance at the at least one component device downstream of the UPS from the angle estimates; and determining a topology of a portion of the power distribution network downstream from the UPS by determining a connectivity of the at least one component device associated with the identified at least one node responsive to identifying the at least one node. operating an inverter of an uninterruptible power supply, UPS, (110, 310) to generate a frequency and/or amplitude disturbance in at least a portion of the power distribution network; identifying at least one node of the network associated with a respective at least one component device of the network downstream of the UPS experiencing the disturbance by: obtaining voltage values representing voltage at the at least one node, generating angle estimates from the voltage values, and detecting a voltage waveform artifact associated with the disturbance at the at least one component device downstream of the UPS from the angle estimates; and obtaining voltage values representing voltage at the at least one node, generating angle estimates from the voltage values, and detecting a voltage waveform artifact associated with the disturbance at the at least one component device downstream of the UPS from the angle estimates; and determining a topology of a portion of the power distribution network downstream from the UPS by determining a connectivity of the at least one component device associated with the identified at least one node responsive to identifying the at least one node.
An anode active material for a lithium secondary battery, the anode active material comprising silicon secondary particles in which amorphous silicon primary particles and crystalline silicon primary particles are agglomerated, characterized in that the silicon secondary particles comprise spherical amorphous silicon primary particles and plate-shaped crystalline silicon primary particles.
A flat loudspeaker, comprising a housing having a flat structural form, a front side and a backside; a high-frequency loudspeaker in the housing; a mid-frequency loudspeaker and/or low-frequency loudspeaker that is/are arranged to emit away from the backside of the housing to the outside; and a sound guide which is implemented to guide sound from the high-frequency loudspeaker via an acoustic aperture in the housing to the outside, wherein the acoustic aperture is formed in the form of a slot laterally in the housing to take away useable area neither on the front side nor on the backside of the housing, such that the sound of the high-frequency loudspeaker is emitted virtually cylindrically, wherein the high-frequency loudspeaker is implemented of electro-acoustic transducers arranged along a line as line sound source having a longitudinal axis along the aperture.