mhurhangee/ep-ind-claims huggingface dataset:
A decentralised control method performed by a first control unit for controlling a first energy storage in an electrical power microgrid comprising a plurality of energy storages each comprising a respective control unit, the method comprising: calculating a first storage capability parameter for the first energy storage of the plurality of energy storages; transmitting capability information about the first storage capability parameter to at least a second control unit configured for controlling a second energy storage of the plurality of energy storages; receiving capability information about a second storage capability parameter for the second energy storage from the second control unit; calculating a first power sharing ratio for the first energy storage, based on the first and second storage capabilities; receiving, from the second control unit, ratio information comprising information about a second power sharing ratio for the second energy storage, as calculated by the second control unit; adjusting the calculated first power sharing ratio based on the received information about the second power sharing ratio; and sending control signals comprising information based on the calculated first power sharing ratio, for controlling said first energy storage to inject an amount of power into the microgrid in accordance with the first power sharing ratio for correcting an observed deviation (Δf; ΔV) in the microgrid. calculating a first storage capability parameter for the first energy storage of the plurality of energy storages; transmitting capability information about the first storage capability parameter to at least a second control unit configured for controlling a second energy storage of the plurality of energy storages; receiving capability information about a second storage capability parameter for the second energy storage from the second control unit; calculating a first power sharing ratio for the first energy storage, based on the first and second storage capabilities; receiving, from the second control unit, ratio information comprising information about a second power sharing ratio for the second energy storage, as calculated by the second control unit; adjusting the calculated first power sharing ratio based on the received information about the second power sharing ratio; and sending control signals comprising information based on the calculated first power sharing ratio, for controlling said first energy storage to inject an amount of power into the microgrid in accordance with the first power sharing ratio for correcting an observed deviation (Δf; ΔV) in the microgrid.
A computer-implemented rendering method, wherein the method comprises: acquiring a local image; recognizing a target area from the local image; acquiring depth information of the target area; classifying the depth information of the target area into a depth type; selecting a location within a preset location range corresponding to the depth type as a location of a virtual light source; selecting an illumination ratio within a preset location range corresponding to the depth type as an illumination ratio of the virtual light source for the target area, wherein the illumination ratio of the virtual light source refers to ratio of illuminance of the virtual light source to illuminance of the target area; and performing rendering on the target area by using the virtual light source. acquiring a local image; recognizing a target area from the local image; acquiring depth information of the target area; classifying the depth information of the target area into a depth type; selecting a location within a preset location range corresponding to the depth type as a location of a virtual light source; selecting an illumination ratio within a preset location range corresponding to the depth type as an illumination ratio of the virtual light source for the target area, wherein the illumination ratio of the virtual light source refers to ratio of illuminance of the virtual light source to illuminance of the target area; and performing rendering on the target area by using the virtual light source.
Spreadable food composition comprising a comestible active ingredient derived from olive pomace, wherein the active ingredient derived from olive pomace has at least 9695 mg gallic acid equivalents/L of total phenolics and 8265 mg epicatechin equivalents/L of total flavonoids; and at least a compound selected from the list consisting of: hydroxytyrosol, tyrosol, comsegoloside, verbascoside, and combinations thereof; wherein the comestible active ingredient derived from olive pomace is obtained by a process comprising the following steps: malaxating of olive pomace; compressing the olive pomace, at 50-300 bar, preferably 200 - 300 bar; separating a solid phase from an oil phase and from an aqueous phase; discharging the solid phase; centrifugating the oil phase and the aqueous phase at 5000 rpm for 5 min, preferably for 20 min; wherein the composition comprises at least 5 mg compound/ 10 g spreadable food composition; and wherein the comestible active ingredient comprises 0.01 g/L- 2.26 g/L of the compound; and wherein the comestible active ingredient is a mixture of hydroxytyrosol, tyrosol, sterols, tocopherols, triterpenes, coenzyme Q10, potassium, magnesium, and calcium, among others; and wherein said composition comprises an oil phase and an aqueous phase, wherein the oil phase is olive oil; and the aqueous phase comprises the comestible active ingredient derived from olive pomace. a comestible active ingredient derived from olive pomace, wherein the active ingredient derived from olive pomace has at least 9695 mg gallic acid equivalents/L of total phenolics and 8265 mg epicatechin equivalents/L of total flavonoids; and at least a compound selected from the list consisting of: hydroxytyrosol, tyrosol, comsegoloside, verbascoside, and combinations thereof; wherein the comestible active ingredient derived from olive pomace is obtained by a process comprising the following steps: malaxating of olive pomace; compressing the olive pomace, at 50-300 bar, preferably 200 - 300 bar; separating a solid phase from an oil phase and from an aqueous phase; discharging the solid phase; centrifugating the oil phase and the aqueous phase at 5000 rpm for 5 min, preferably for 20 min; malaxating of olive pomace; compressing the olive pomace, at 50-300 bar, preferably 200 - 300 bar; separating a solid phase from an oil phase and from an aqueous phase; discharging the solid phase; centrifugating the oil phase and the aqueous phase at 5000 rpm for 5 min, preferably for 20 min; wherein the composition comprises at least 5 mg compound/ 10 g spreadable food composition; and wherein the comestible active ingredient comprises 0.01 g/L- 2.26 g/L of the compound; and wherein the comestible active ingredient is a mixture of hydroxytyrosol, tyrosol, sterols, tocopherols, triterpenes, coenzyme Q10, potassium, magnesium, and calcium, among others; and wherein said composition comprises an oil phase and an aqueous phase, wherein the oil phase is olive oil; and the aqueous phase comprises the comestible active ingredient derived from olive pomace.
A carrier management method for a mobile station, MS, performing the carrier management in a wireless access system supporting multiple carriers, the method comprising: receiving, from a base station, BS, a first message including index information indicating one or more secondary carriers to be activated through a primary carrier, wherein the first message further includes time information on a deadline for the MS; and transmitting, to the BS, a second message via the primary carrier for informing the BS that the one or more secondary carriers are ready for activation; characterised in that: the time information indicates a superframe number after the first message is received; and the second message is transmitted before or at the deadline indicated by the first message. receiving, from a base station, BS, a first message including index information indicating one or more secondary carriers to be activated through a primary carrier, wherein the first message further includes time information on a deadline for the MS; and transmitting, to the BS, a second message via the primary carrier for informing the BS that the one or more secondary carriers are ready for activation; characterised in that: the time information indicates a superframe number after the first message is received; and the second message is transmitted before or at the deadline indicated by the first message.
Soft magnetic particle powder composed of flat soft magnetic particles, wherein the soft magnetic particle powder has a kurtosis of more than -0.35, characterized in that the particle size D 10 and the particle size D 50 as measured by a laser diffraction particle size distribution analyzer satisfy the formula D 10 / D 50 > 0.45, D 50 is 70 μm or more, and D 10 is 30 μm or more, and a kurtosis is determined by calculating a moment relative to the average value using the following formula: Kurtosis = ∑ f i ln x i − ln x ̅ 4 ln SD 4 ∑ f i − 3 X i represents an average value of particle size of i-th channel (predetermined region on x-axis) X represents average particle size f i represents volume percentage of the particle SD represents standard deviation and is represented by formula below SD = exp ∑ f i ln x i − ln x ̅ 2 ∑ f i. D 50 is 70 μm or more, and D 10 is 30 μm or more, and a kurtosis is determined by calculating a moment relative to the average value using the following formula: Kurtosis = ∑ f i ln x i − ln x ̅ 4 ln SD 4 ∑ f i − 3 X i represents an average value of particle size of i-th channel (predetermined region on x-axis) X represents average particle size f i represents volume percentage of the particle SD represents standard deviation and is represented by formula below SD = exp ∑ f i ln x i − ln x ̅ 2 ∑ f i. X i represents an average value of particle size of i-th channel (predetermined region on x-axis) X represents average particle size f i represents volume percentage of the particle SD represents standard deviation and is represented by formula below SD = exp ∑ f i ln x i − ln x ̅ 2 ∑ f i.
A transverse rod installation instrument assembly for inserting a transverse rod on the spine of a subject percutaneously comprising: an ipsilateral rod clamp; a contralateral rod clamp; a transverse rod a first rod clamp extender configured to be mounted on the ipsilateral rod clamp and a second rod clamp extender configured to be mounted on the contralateral rod clamp when the ipsilateral rod clamp and the contralateral rod clamp are secured to a vertebra at the ipsilateral and contralateral pedicle; and a pivoting installation instrument configured to be pivotably mounted to the first rod clamp extender and the second rod clamp extender to pass the transverse rod percutaneously through a head portion of the ipsilateral side rod clamp and to the head portion of the contralateral rod clamp after passing through a spinous process of the vertebra along arc on radius such that the transverse rod is secured at the head portion of the ipsilateral rod clamp and the head portion of the contralateral rod clamp. an ipsilateral rod clamp; a contralateral rod clamp; a transverse rod a first rod clamp extender configured to be mounted on the ipsilateral rod clamp and a second rod clamp extender configured to be mounted on the contralateral rod clamp when the ipsilateral rod clamp and the contralateral rod clamp are secured to a vertebra at the ipsilateral and contralateral pedicle; and a pivoting installation instrument configured to be pivotably mounted to the first rod clamp extender and the second rod clamp extender to pass the transverse rod percutaneously through a head portion of the ipsilateral side rod clamp and to the head portion of the contralateral rod clamp after passing through a spinous process of the vertebra along arc on radius such that the transverse rod is secured at the head portion of the ipsilateral rod clamp and the head portion of the contralateral rod clamp.
A flexible carrier for carrying a plurality of containers, the flexible carrier comprising: a flexible sheet; an array of container apertures formed in the flexible sheet and arranged in longitudinal rows; and a line of weakness formed between the longitudinal rows, characterised in that the flexible carrier comprises: two handles, each handle formed at a periphery of the flexible sheet along each longitudinal edge of the flexible sheet; and further characterised in that the line of weakness comprises: an intermittent perforation comprising a series of short perforations followed by a series of long perforations extending from near one outer edge of the flexible sheet to near an opposite outer edge of the flexible sheet. a flexible sheet; an array of container apertures formed in the flexible sheet and arranged in longitudinal rows; and a line of weakness formed between the longitudinal rows, an array of container apertures formed in the flexible sheet and arranged in longitudinal rows; and characterised in that the flexible carrier comprises: two handles, each handle formed at a periphery of the flexible sheet along each longitudinal edge of the flexible sheet; two handles, each handle formed at a periphery of the flexible sheet along each longitudinal edge of the flexible sheet; and further characterised in that the line of weakness comprises: an intermittent perforation comprising a series of short perforations followed by a series of long perforations extending from near one outer edge of the flexible sheet to near an opposite outer edge of the flexible sheet. an intermittent perforation comprising a series of short perforations followed by a series of long perforations extending from near one outer edge of the flexible sheet to near an opposite outer edge of the flexible sheet.
A device for opening or closing a sliding door which is slidably opened or closed at a front of furniture formed therein with a containing space, the device comprising: a pair of rail frames that can be formed on a top surface of the furniture and provided with a rail, the rail protruding upwardly from the rail frames and being formed with bending portions at both sides thereof such that each door is movable back and forth on the rail; and rotational members, each of which has one side placed on the rail at an opposite side of a connection bracket of the device arranged to be coupled to an upper end of the door such that the rotational members are rotatable in a curved section of the bending portions while sliding on the rail, wherein each rotational member includes a roller put on the rail to roll; and a coupling bracket on which the roller is mounted to roll and which is rotatably coupled to the connection bracket, wherein the coupling bracket is provided with a boss inserted into an inserting hole formed in the connection bracket, characterized in that a height of the connection bracket is adjusted on the coupling bracket by an adjusting bolt screw-coupled to the boss. a pair of rail frames that can be formed on a top surface of the furniture and provided with a rail, the rail protruding upwardly from the rail frames and being formed with bending portions at both sides thereof such that each door is movable back and forth on the rail; and rotational members, each of which has one side placed on the rail at an opposite side of a connection bracket of the device arranged to be coupled to an upper end of the door such that the rotational members are rotatable in a curved section of the bending portions while sliding on the rail, wherein each rotational member includes a roller put on the rail to roll; and a coupling bracket on which the roller is mounted to roll and which is rotatably coupled to the connection bracket, wherein the coupling bracket is provided with a boss inserted into an inserting hole formed in the connection bracket, characterized in that a height of the connection bracket is adjusted on the coupling bracket by an adjusting bolt screw-coupled to the boss.
A method comprising: receiving, by a wireless device, a downlink control information, DCI, indicating uplink resources in a plurality of scheduled consecutive subframes of a licensed assisted access, LAA, cell, wherein the DCI triggers transmission of a sounding reference signal, SRS, and comprises: a first field indicating the number of the plurality of scheduled consecutive subframes; and a second field indicating which subframe of the plurality of scheduled consecutive subframes is for transmission of the SRS; and transmitting the SRS in the subframe of the LAA cell. receiving, by a wireless device, a downlink control information, DCI, indicating uplink resources in a plurality of scheduled consecutive subframes of a licensed assisted access, LAA, cell, wherein the DCI triggers transmission of a sounding reference signal, SRS, and comprises: a first field indicating the number of the plurality of scheduled consecutive subframes; and a second field indicating which subframe of the plurality of scheduled consecutive subframes is for transmission of the SRS; and a first field indicating the number of the plurality of scheduled consecutive subframes; and a second field indicating which subframe of the plurality of scheduled consecutive subframes is for transmission of the SRS; and transmitting the SRS in the subframe of the LAA cell.
A device for illuminating a vehicle engine compartment consisting of a module of a windshield wiper system arranged on the inside of an engine hood and abutting a windshield, which comprises a nozzle housing with wash water connection, a windshield washer nozzle, where in the nozzle housing an electrical heating element of the nozzle as well as an electronic element are arranged, which are connected via a connection conductor to a central control unit of the vehicle and via a ground potential conductor to the vehicle body, characterized in that in the module of the windshield wiper system an illuminating element is arranged.
Cytokine for use in treating an addiction, wherein the addiction is nicotine addiction or food addiction and wherein the cytokine is interleukin-2 or interferon-alpha.
A resin composition comprising at least one thermoplastic resin selected from a polyamide-based resin, a polyolefin-based resin, a polyester-based resin, a polystyrene-based resin, and saponified ethylene-vinyl ester-based copolymer and a dehydrated product of a hydrated carboxylic acid salt in which an amount of crystal water is from 70 to 0% relative to the saturated amount having 2 to 6 carbon atoms.
Method for the generation of a laser marking in a security document by means of at least one laser beam, wherein the security document has at least one laser-markable layer as well as at least one reflective layer which at least partially overlaps with the at least one laser-markable layer and has opaque regions, characterised in that, the at least one reflective layer is formed at least in an overlap region, in which the at least one reflective layer and the laser-markable layer overlap, as seen perpendicularly to the planeof the reflective layer,having at least one transparent region surrounded by an opaque region of the at least one reflective layeron at least two sides, that the at least one reflective layer is arranged between at least one laser beam source for the at least one laser beam and the at least one laser-markable layer and that the laser marking is generated to be visually recognisable in the at least one laser-markable layer through the at least one transparent region, wherein the at least one reflective layer remains largely unchanged at least visually.
A computer-implemented method for creating audio data for loop reproduction on the basis of performance data, said method comprising: a readout step of reading out, repetitively for at least two cycles, a sequence of performance data to be loop-reproduced; a creation step of creating, on the basis of the performance data read out by said readout step, audio data repeating for at least two cycles; and a first storage step (S15, S18, S16) of storing, as audio data for loop reproduction, the audio data of one cycle that is a second or subsequent cycle of said audio data repeating for at least two cycles created by said creation step, characterized in that said method further comprises a second storage step (S15, S16) of storing, as audio data for a first cycle of loop reproduction, audio data created on the basis of readout of a first cycle of the sequence of performance data to be loop-reproduced. a readout step of reading out, repetitively for at least two cycles, a sequence of performance data to be loop-reproduced; a creation step of creating, on the basis of the performance data read out by said readout step, audio data repeating for at least two cycles; and a first storage step (S15, S18, S16) of storing, as audio data for loop reproduction, the audio data of one cycle that is a second or subsequent cycle of said audio data repeating for at least two cycles created by said creation step, characterized in that said method further comprises a second storage step (S15, S16) of storing, as audio data for a first cycle of loop reproduction, audio data created on the basis of readout of a first cycle of the sequence of performance data to be loop-reproduced.
A method for reducing label waste comprising the steps of: providing a label material with an adhesive thereon; providing a cutter assembly comprised of a cutter carrier and a cutter cartridge, wherein the cutter cartridge comprises a cut depth adjuster, a detent component, an eccentric pinion shaft and a cutting blade being a cutter wheel, wherein said eccentric pinion shaft comprises a housing support, a bearer roller support and a cutter wheel support, wherein said bearer roller support is concentrically aligned with the housing support, but not with the cutter wheel support; implementing a first cut of the label material in a forth direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material; implementing a second cut of the label material in a back direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material; and dispensing a label from the label material. providing a label material with an adhesive thereon; providing a cutter assembly comprised of a cutter carrier and a cutter cartridge, wherein the cutter cartridge comprises a cut depth adjuster, a detent component, an eccentric pinion shaft and a cutting blade being a cutter wheel, wherein said eccentric pinion shaft comprises a housing support, a bearer roller support and a cutter wheel support, wherein said bearer roller support is concentrically aligned with the housing support, but not with the cutter wheel support; implementing a first cut of the label material in a forth direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material; implementing a second cut of the label material in a back direction by using the cutter wheel of the cutter cartridge without damaging the cutter wheel or the label material; and dispensing a label from the label material.