mhurhangee/ep-ind-claims huggingface dataset:
An in-vehicle power supply apparatus (1, 101, 102, 103, 104) for supplying a power to both a power load and a CPU (3, 31) for controlling the power load, the in-vehicle power supply apparatus comprising an in-vehicle power supply and being characterized in that it further comprises: a bus connected to the in-vehicle power supply; a first distribution line for distributing, to the power load, the power supplied from the in-vehicle power supply through the bus, the first distribution line being disposed between the power load and the bus; a second distribution line for distributing, to the CPU, the power supplied from the in-vehicle power supply through the bus, the second distribution line being disposed between the CPU and the bus; an auxiliary power supply (6, 61), connected to the second distribution line, for supplying the power to the CPU when a voltage is reduced in the bus; and a backward flow prevention section for preventing a charge stored in the auxiliary power supply from flowing into the bus. a bus connected to the in-vehicle power supply; a first distribution line for distributing, to the power load, the power supplied from the in-vehicle power supply through the bus, the first distribution line being disposed between the power load and the bus; a second distribution line for distributing, to the CPU, the power supplied from the in-vehicle power supply through the bus, the second distribution line being disposed between the CPU and the bus; an auxiliary power supply (6, 61), connected to the second distribution line, for supplying the power to the CPU when a voltage is reduced in the bus; and a backward flow prevention section for preventing a charge stored in the auxiliary power supply from flowing into the bus.
A method for repeated transmission of downlink data, the method comprising: determining a set of sub-frames for repeated transmission of a physical downlink channel; mapping the physical downlink channel to resources in each sub-frame in the determined set of sub-frames by starting at a specific start symbol position in a first slot of a current sub-frame and mapping onto all resources other than resources corresponding to a reference signal for demodulation; and Transmitting the physical downlink channel according to the resource mapping mode. determining a set of sub-frames for repeated transmission of a physical downlink channel; mapping the physical downlink channel to resources in each sub-frame in the determined set of sub-frames by starting at a specific start symbol position in a first slot of a current sub-frame and mapping onto all resources other than resources corresponding to a reference signal for demodulation; and Transmitting the physical downlink channel according to the resource mapping mode.
A mat based on fibers comprising an aqueous binder characterized in that it comprises, in parts by weight: - 20 to 95 parts of at least one lignosulfonic acid salt; - 5 to 80 parts of at least one sugar comprising 1 to 10 saccharide motifs; and - 5 to 20 parts of a curing catalyst selected from compounds containing phosphorus and sulfates per 100 parts of lignosulfonic acid salt and of sugar comprising 1 to 10 saccharide motifs; said composition being devoid of organic polycarboxylic acid. - 20 to 95 parts of at least one lignosulfonic acid salt; - 5 to 80 parts of at least one sugar comprising 1 to 10 saccharide motifs; and - 5 to 20 parts of a curing catalyst selected from compounds containing phosphorus and sulfates per 100 parts of lignosulfonic acid salt and of sugar comprising 1 to 10 saccharide motifs;
A method for transmitting a physical protocol data unit, PPDU, of a station, STA, in a wireless local area network, WLAN, the method including: generating a PPDU including a first part and a second part; and transmitting the PPDU, wherein the first part includes at least one of a physical layer convergence procedure, PLCP, preamble or a Signal field, and the second part includes a Data field, and the method being characterized in that: a transmission power of the first part is greater than a transmission power of the second part. generating a PPDU including a first part and a second part; and transmitting the PPDU, wherein the first part includes at least one of a physical layer convergence procedure, PLCP, preamble or a Signal field, and the second part includes a Data field, and the method being characterized in that: a transmission power of the first part is greater than a transmission power of the second part.
A compound of formula I, or formula II, wherein X is Br; Y is H and PG 1 is methyl, methoxymethyl, benzoyloxymethyl, methoxyethoxymethyl, benzyl, 4-methoxybenzyl, 2-6-dichlorobenzyl, 3,4-dichlorobenzyl -CH 2 COOH, CH 2 COOR x, and CH 2 CH 2 OPG 2; PG 2 is tert-butyl-dimethylsilyl; and R a is hydroxy R x is C 1-4 alkyl or aryl X is Br; Y is H and PG 1 is methyl, methoxymethyl, benzoyloxymethyl, methoxyethoxymethyl, benzyl, 4-methoxybenzyl, 2-6-dichlorobenzyl, 3,4-dichlorobenzyl -CH 2 COOH, CH 2 COOR x, and CH 2 CH 2 OPG 2; PG 2 is tert-butyl-dimethylsilyl; and R a is hydroxy R x is C 1-4 alkyl or aryl
A method for measuring TAT complexes in a sample separated from a living body, wherein TAT is measured by latex agglutination assay using a TAT assay reagent comprising: an antibody bound to a latex particle which binds to the antithrombin part of the TAT complex and recognizes the complex; and an antibody bound to a latex particle which binds to the thrombin part of the TAT complex and recognizes the complex; wherein the antibody binding to the antithrombin part of the TAT complex and recognizing the complex has a reactivity to TAT that is 100 or more times and 50,000 or less times higher than the reactivity to free antithrombin; and wherein the assay reagent is adjusted to a pH of 5.8 to 6.6; and wherein the latex agglutination assay is performed under a condition of pH 5.8 to 6.6. an antibody bound to a latex particle which binds to the antithrombin part of the TAT complex and recognizes the complex; and an antibody bound to a latex particle which binds to the thrombin part of the TAT complex and recognizes the complex; wherein the antibody binding to the antithrombin part of the TAT complex and recognizing the complex has a reactivity to TAT that is 100 or more times and 50,000 or less times higher than the reactivity to free antithrombin; and wherein the assay reagent is adjusted to a pH of 5.8 to 6.6; and wherein the latex agglutination assay is performed under a condition of pH 5.8 to 6.6.
A media proxy for disseminating emergency media content during an emergency to end-user devices (21a to 24b) currently engaged in active media sessions between the media proxy and media content sources in the service provider's network, wherein the media proxy is adapted to receive from the media content sources an active media feed for each active media session and to provide the active media feed to the end-user device corresponding to the active media session, the media proxy comprising: means adapted to receive an emergency notification from an emergency notification server; means adapted to respond to the emergency notification and to interrupt the active media feeds; and means adapted to cause the emergency media content to be disseminated to the end-user devices (21a to 24b) by replacing the active media feeds with the emergency media content. means adapted to receive an emergency notification from an emergency notification server; means adapted to respond to the emergency notification and to interrupt the active media feeds; and means adapted to cause the emergency media content to be disseminated to the end-user devices (21a to 24b) by replacing the active media feeds with the emergency media content.
A method to support cross cluster extension mobility, CCEM, in a communication network, which includes a plurality of clusters, each of the plurality of clusters including a call manager (12, 22), the method comprising: receiving a request for cross cluster extension mobility from a user on a first telephony device (14A, 24A) located in a first cluster; adding a temporary second telephony device in a home cluster for the user, only if the first cluster is different from the home cluster; performing extension mobility login for the user on the first telephony device (14A, 24A); and configuring a Trivial File Transfer Protocol, TFTP, service parameter of the call manager (12, 22) in the first cluster. receiving a request for cross cluster extension mobility from a user on a first telephony device (14A, 24A) located in a first cluster; adding a temporary second telephony device in a home cluster for the user, only if the first cluster is different from the home cluster; performing extension mobility login for the user on the first telephony device (14A, 24A); and configuring a Trivial File Transfer Protocol, TFTP, service parameter of the call manager (12, 22) in the first cluster.
An apparatus comprising: means for determining an allocation of resource blocks for a user equipment based on information about the grouping of resource blocks into a number of groups of adjacently arranged resource blocks, and a bitmap with one bit per group of said number of groups; wherein the number of groups is no greater than a system-specific maximum number of groups.
An apparatus for frying foodstuffs, the apparatus comprising a fryer having inlet and outlet ends (4,6) and an oil recirculating system coupled to the fryer, the apparatus being characterized in that it further comprises a heat exchanger for heating the oil in the oil recirculating system, a hood above the fryer for collecting steam generated during the frying process, and a compressor for compressing the collected steam, the compressor having an input for inputting steam from the hood and an output for outputting compressed steam to the heat exchanger.
Hybrid drivetrain for a motor vehicle, having - an internal combustion engine; - an electric machine; - a transmission arrangement for setting at least two different gears (G1, G2), the internal combustion engine and the electric machine being coupled to an input element of the transmission arrangement; and - a differential, which is coupled to an output of the transmission arrangement and which is adapted to distribute motive power to two drive shafts (20L, 20R), wherein the electric machine and the internal combustion engine are coupled to a transmission input shaft of the transmission arrangement by way of a spur gear train, and wherein a first idler and a second idler, which can be shifted by way of respective clutches (54, 56), are rotatably supported on the transmission input shaft, wherein the spur gear train comprises a first gearwheel, which is fixedly connected to the transmission input shaft and which meshes with a second gearwheel assigned to the electric machine and with a third gearwheel assigned to the internal combustion engine, wherein a crankshaft of the internal combustion engine is coupled to the third gearwheel by way of a coupling device, characterized in that the coupling device here is formed by a free-wheel. - an internal combustion engine; - an electric machine; - a transmission arrangement for setting at least two different gears (G1, G2), the internal combustion engine and the electric machine being coupled to an input element of the transmission arrangement; and - a differential, which is coupled to an output of the transmission arrangement and which is adapted to distribute motive power to two drive shafts (20L, 20R),
Detector device for the remote analysis of substances, in particular hazardous substances, comprising at least one laser, which is configured to irradiate pulsed laser light onto a sample located at a detection distance (d), a telescope, which is configured for collecting and/or focusing laser light scattered on the sample and for transmitting the scattered laser light into an optical spectrometer, which optical spectrometer is configured for the spectral analysis of the laser light scattered on the sample, wherein in the beam path of the emitted laser light a first decoupling mirror is provided for decoupling a first reference beam into a first detector, and in the beam path of the scattered laser light a second decoupling mirror is provided for decoupling a second reference beam into a second detector, wherein the second decoupling mirror is configured as a beam splitter, by means of which laser light elastically scattered by the sample can be decoupled separately from inelastically scattered Raman light and/or fluorescent light into the beam path of the second reference beam, and a unit is provided for determining a time difference between pulses of the first reference beam and pulses of the second reference beam, wherein the unit is configured for determining the detection distance (d) in real time from the time difference, wherein the time of arrival of the elastically scattered laser light on the second detector is used simultaneously as a variable trigger for starting the spectral analysis in the spectrometer. which optical spectrometer is configured for the spectral analysis of the laser light scattered on the sample, wherein in the beam path of the emitted laser light a first decoupling mirror is provided for decoupling a first reference beam into a first detector, and in the beam path of the scattered laser light a second decoupling mirror is provided for decoupling a second reference beam into a second detector, wherein the second decoupling mirror is configured as a beam splitter, by means of which laser light elastically scattered by the sample can be decoupled separately from inelastically scattered Raman light and/or fluorescent light into the beam path of the second reference beam, and a unit is provided for determining a time difference between pulses of the first reference beam and pulses of the second reference beam, wherein the unit is configured for determining the detection distance (d) in real time from the time difference, wherein the time of arrival of the elastically scattered laser light on the second detector is used simultaneously as a variable trigger for starting the spectral analysis in the spectrometer.
A method for distinguishing two or more glycoprotein isoforms comprising; a. obtaining a sample containing glycoprotein; b. binding said glycoprotein to a recombinant Aleuria aurantia lectin containing at least one binding site for L-fucose or L-fucose linked oligosaccharides and having a mutation within at least one of said binding sites, said mutation comprising N129Q and/or N224Q, wherein said lectin has a high affinity for a core alpha 1-6 L-fucopyranosyl linkage in a glycoprotein isoform and wherein said lectin is linked to a reporter molecule; and c. detecting for the presence of said reporter molecule, the presence of said reporter molecule indicating the presence of the isoform. a. obtaining a sample containing glycoprotein; b. binding said glycoprotein to a recombinant Aleuria aurantia lectin containing at least one binding site for L-fucose or L-fucose linked oligosaccharides and having a mutation within at least one of said binding sites, said mutation comprising N129Q and/or N224Q, wherein said lectin has a high affinity for a core alpha 1-6 L-fucopyranosyl linkage in a glycoprotein isoform and wherein said lectin is linked to a reporter molecule; and c. detecting for the presence of said reporter molecule, the presence of said reporter molecule indicating the presence of the isoform.
A vehicle having a passenger compartment, further including at least one air treatment device, said device including a light source suitable for illuminating the air outlet nozzles in the passenger compartment, said light source being able to deliver photons defining an image containing information relating to the vehicle, said vehicle being characterized in that said device includes production means suitable for producing for said passenger compartment an air flow treated by the addition of small drops of liquid, and a light source suitable for illuminating at least a part of said treated air flow in said passenger compartment.
A handheld electronic device, comprising: a first camera unit disposed on a first surface of the handheld electronic device; a second camera unit; a laser focusing module, configured for radiating a laser signal and receiving a feedback signal induced by a reflection of the laser signal when the first camera unit is activated and for further measuring a focal distance based on the feedback signal when the second camera unit is activated; and a control module, coupled with the first camera unit and the laser focusing module, the control module being configured for monitoring a strength level of the feedback signal or a response time between the laser signal and the feedback signal when the first camera unit is activated, and for selectively generating a command to trigger the first camera unit to capture an image and/or a command to adjust a configuration of the first camera unit according to the strength level or the response time; wherein the second camera unit and the laser focusing module are disposed on a second surface of the handheld electronic device different from the first surface. a first camera unit disposed on a first surface of the handheld electronic device; a second camera unit; a laser focusing module, configured for radiating a laser signal and receiving a feedback signal induced by a reflection of the laser signal when the first camera unit is activated and for further measuring a focal distance based on the feedback signal when the second camera unit is activated; and a control module, coupled with the first camera unit and the laser focusing module, the control module being configured for monitoring a strength level of the feedback signal or a response time between the laser signal and the feedback signal when the first camera unit is activated, and for selectively generating a command to trigger the first camera unit to capture an image and/or a command to adjust a configuration of the first camera unit according to the strength level or the response time; wherein the second camera unit and the laser focusing module are disposed on a second surface of the handheld electronic device different from the first surface.
Pre-expanded polypropylene resin particles, characterized by being prepared by melt-kneading a polypropylene resin composition in an extruder, extruding the composition through nozzles of a die connected to the tip of the extruder into water, cutting the extruded resin composition in the water with a revolving cutter blade into polypropylene resin particles, placing the polypropylene resin particles, water, a dispersant, and an expanding agent to a pressure container to give a mixture, heating the mixture to a temperature not lower than the softening point of the polypropylene resin particles, impregnating the polypropylene resin particles with the expanding agent under pressure, and discharging the mixture out of the pressure container into low-pressure atmosphere, wherein the polypropylene resin composition contains 1 to 20 wt parts of a polyethylene resin having a melt viscosity of 10 to 2000 mPa•s at 140°C with respect to 100 wt parts of the polypropylene resin.
A method of generating a pilot tone for an optical telecommunications system, characterized in that the method comprises: providing digital data having a data rate, for transmission to a destination node; modulating the digital data at a pilot tone frequency lower than the data rate, to provide a modulated digital output; and converting the modulated digital output to an analog signal to generate the pilot tone. providing digital data having a data rate, for transmission to a destination node; modulating the digital data at a pilot tone frequency lower than the data rate, to provide a modulated digital output; and converting the modulated digital output to an analog signal to generate the pilot tone.
A composition comprising alkaline-activated single stranded marker DNA bonded to a plasma-treated surface, wherein the composition is produced by applying alkaline-activated DNA to the plasma treated surface.
A method for measuring the travelling time differences of a narrowband signal in a bandwidth range below 30 kHz that is transmitted from one stationary emitter over at least two channels having different time delays to at least two stationary receivers, the method comprising the steps of sampling the signals arriving at the at least two receivers; correlating segments of the sampled signals of each two receivers to obtain the cross-correlation functions of each two signals; and extracting the maximum values of the cross-correlation functions that represent the travelling time differences of the corresponding signals; characterized in that the step of sampling the signals arriving at the at least two receivers comprises a first step of sampling the signals according to the sampling theorem, and a second step of interpolating the sampled values of the first step by a number of interpolation values; and the step of correlating segments of the sampled signals of each two receivers comprises correlating segments of the signals interpolated by the number of interpolation values; and the step of extracting the maximum values of the cross-correlation functions comprises a first step of fitting continuous smooth curves to the maximum values and two or more neighbouring values of the cross-correlation functions, the continuous smooth curves spanning the distances between these values, and a second step of calculating the maximums of the continuous smooth curves and taking these maximums as the maximum values of the cross-correlation functions.
A conveyor apparatus that controls an operation of a conveying unit such that an amount of articles supplied from the conveying unit is set to a target supply amount, the conveyor apparatus comprising: the conveying unit, which is a trough forming a conveying passage extending radially from a center of the conveying unit; a detecting unit configured to detect a height of the article on the conveying unit; a drive unit configured to drive the conveying unit with predetermined feed power; a supply amount acquiring part configured to acquire a supply amount value supplied from the conveying unit; wherein a deriving part configured to change the feed power from the drive unit multiple times to convey the article to the conveying unit, acquire the height of the article and the supply amount when the different types of feed power are set, and derive a relation among the height of the article, the supply amount of the conveying unit, and the feed power of the conveying unit using the acquired height of the article and the acquired supply amount, and wherein the conveyor apparatus is configured to control the operation of the conveying unit by applying by means of the drive unit a feed power determined using the derived relation with the detected height of the article on the conveying unit and the target supply amount set. the conveying unit, which is a trough forming a conveying passage extending radially from a center of the conveying unit; a detecting unit configured to detect a height of the article on the conveying unit; a drive unit configured to drive the conveying unit with predetermined feed power; a supply amount acquiring part configured to acquire a supply amount value supplied from the conveying unit; wherein a deriving part configured to change the feed power from the drive unit multiple times to convey the article to the conveying unit, acquire the height of the article and the supply amount when the different types of feed power are set, and derive a relation among the height of the article, the supply amount of the conveying unit, and the feed power of the conveying unit using the acquired height of the article and the acquired supply amount, and wherein the conveyor apparatus is configured to control the operation of the conveying unit by applying by means of the drive unit a feed power determined using the derived relation with the detected height of the article on the conveying unit and the target supply amount set.