mhurhangee/ep-ind-claims huggingface dataset:
An energy storage module for the reversible storage of electric energy, comprising several flywheel energy storage units that are electrically connected in parallel via a shared DC link arranged inside the energy storage module, and comprising a first regulation system of the energy storage module that is connected to the DC link and that, during normal operation, connects the DC link to one or more external power networks (ES1, ES2) arranged outside of the energy storage module in order to withdraw (En) energy from or release (Ep) energy into the external power network(s) (ES1, ES2), characterized in that the energy storage module also comprises a second regulation system having an input side and an output side, whereby the input side is connected to at least the DC link while the output side is connected to an internal supply network of the energy storage module for purposes of supplying one or more electrically powered operating aggregates (51, 52, 53, 54) that are needed to operate the flywheel energy storage units, whereby all of the electrically powered operating aggregates (51, 52, 53, 54) of the flywheel storage units are connected to the internal supply network that, during normal operation, is directly or indirectly connected via the DC link to the external power networks in order to supply energy to the operating aggregates (51, 52, 53, 54), whereby the second regulation system is configured to connect the DC link to the internal supply network, at least during emergency operation when the external power network (ES1, ES2) is absent, and to supply the internal supply network with the requisite supply power only from the DC link in order to ensure the continued operation of the flywheel energy storage units, at least during a first time interval.
A smoking article comprising: a hollow tube having an inner surface; a flow restrictor disposed in the hollow tube, and adapted to divert the flow of mainstream smoke between an outer surface of the restrictor and the inner surface of the hollow tube; and a retaining element disposed downstream of the flow restrictor, the retaining element having one or more openings; wherein each of the one or more openings of the retaining element has at least one cross-sectional dimension that is smaller than the largest cross-sectional dimension of the flow restrictor to prevent the flow restrictor from moving downstream of the retaining element; characterised in that the flow restrictor is substantially spherical, at least one cross-sectional dimension of the one or more openings of the retaining element being smaller than the diameter of the spherical flow restrictor. a hollow tube having an inner surface; a flow restrictor disposed in the hollow tube, and adapted to divert the flow of mainstream smoke between an outer surface of the restrictor and the inner surface of the hollow tube; and a retaining element disposed downstream of the flow restrictor, the retaining element having one or more openings; wherein each of the one or more openings of the retaining element has at least one cross-sectional dimension that is smaller than the largest cross-sectional dimension of the flow restrictor to prevent the flow restrictor from moving downstream of the retaining element; characterised in that the flow restrictor is substantially spherical, at least one cross-sectional dimension of the one or more openings of the retaining element being smaller than the diameter of the spherical flow restrictor.
An apparatus for detecting reverse-link signalling, comprising: means for coupling an RF signal received at an input port to a transmit signal output port and for coupling a transmit signal from the transmit signal output port to a coupled port (260, 265), the coupled port configured to output an output signal proportional to the transmit signal, the output signal being isolated from the transmit signal; means for generating a reference signal correlated to the output signal; means for measuring an impedance difference between the RF signal and the reference signal (280, 285, 290, 295); and means for determining signalling values responsive to changes in the impedance difference. means for coupling an RF signal received at an input port to a transmit signal output port and for coupling a transmit signal from the transmit signal output port to a coupled port (260, 265), the coupled port configured to output an output signal proportional to the transmit signal, the output signal being isolated from the transmit signal; means for generating a reference signal correlated to the output signal; means for measuring an impedance difference between the RF signal and the reference signal (280, 285, 290, 295); and means for determining signalling values responsive to changes in the impedance difference.
A computer-implemented method performed by at least one processor, the method comprising: receiving logged speech recognition results from an existing corpus that is specific to a given language and a target context; generating a target corpus by: machine-translating the logged speech recognition results from the given language to a different, target language; and augmenting an already existing, partial target corpus specific for the different, target language and the target context, collated from data sources for the target language other than machine-translated logged speech recognition results, by combining the partial target corpus with the machine-translated logged speech recognition results; and estimating a language model that is specific to the different, target language and the same, target context, based on the combined, augmented target corpus. receiving logged speech recognition results from an existing corpus that is specific to a given language and a target context; generating a target corpus by: machine-translating the logged speech recognition results from the given language to a different, target language; and augmenting an already existing, partial target corpus specific for the different, target language and the target context, collated from data sources for the target language other than machine-translated logged speech recognition results, by combining the partial target corpus with the machine-translated logged speech recognition results; and machine-translating the logged speech recognition results from the given language to a different, target language; and augmenting an already existing, partial target corpus specific for the different, target language and the target context, collated from data sources for the target language other than machine-translated logged speech recognition results, by combining the partial target corpus with the machine-translated logged speech recognition results; and estimating a language model that is specific to the different, target language and the same, target context, based on the combined, augmented target corpus.
Coating source comprising a target (601, 701) with a front side and a rear side, whose rear side is placed on one wall of the source holder into which an indirect cooling with a cooling channel is integrated, wherein the target (601, 701) is fastened onto the source holder through suitable measures and the wall of the source holder onto which the target (601, 701) is fastened is executed as flexible membrane, which separates the cooling channel from the rear side of the target (601, 701), characterized in that a self-adhesive carbon film (607, 705) is pasted onto the rear side of the target and/or onto that wall of the source holder onto which the target is fastened.
A method for manufacturing an optical module for an optical unit said method comprising: • Arranging a tubular body including a casing manufactured in stainless steel and having a closed wall, said casing defining an internal surface, a longitudinal axis and a thickness whose cross-section is perpendicular to said longitudinal axis; • Reducing a first thickness of a first section of said casing in a uniform manner for the entire length along a longitudinal axis of said casing up to a predetermined thickness (Ti) by means of wire-cut electrical discharge machining; • Inserting a support holding an electromagnetic radiation emitter and/or receiver in said casing. • Arranging a tubular body including a casing manufactured in stainless steel and having a closed wall, said casing defining an internal surface, a longitudinal axis and a thickness whose cross-section is perpendicular to said longitudinal axis; • Reducing a first thickness of a first section of said casing in a uniform manner for the entire length along a longitudinal axis of said casing up to a predetermined thickness (Ti) by means of wire-cut electrical discharge machining; • Inserting a support holding an electromagnetic radiation emitter and/or receiver in said casing.
A method of producing an ion-exchange composition suitable for use in ion exchange chromatography, said method comprising the steps of: (a) forming a first complex of neutral vinyl polymer support particles irreversibly bound by covalent bonding or permanent physical attachment to a polymeric dispersant, said polymeric dispersant having ionizable sites which are un-ionized at a neutral pH and which are ionized under highly basic or highly acidic conditions, and said polymeric dispersant does not include ionic sites which are ionized at neutral pH, (b) forming a mixture of said first complex with an aqueous slurry of fine layering particles, functionalized with ion-exchanging sites on the surfaces of said fine layering particles, at said highly basic or highly acidic conditions so that said polymeric dispersant includes said ionized sites, and (c) electrostatically binding said polymeric dispersant ionized sites to a portion of said fine particle ion-exchanging sites to produce a support particle-dispersant-fine layering particle complex, wherein said fine layering particles are derived from a latex emulsion, wherein said highly basic conditions are at a pH of at least 12 and said highly acidic conditions are at a pH of less than 3. (a) forming a first complex of neutral vinyl polymer support particles irreversibly bound by covalent bonding or permanent physical attachment to a polymeric dispersant, said polymeric dispersant having ionizable sites which are un-ionized at a neutral pH and which are ionized under highly basic or highly acidic conditions, and said polymeric dispersant does not include ionic sites which are ionized at neutral pH, (b) forming a mixture of said first complex with an aqueous slurry of fine layering particles, functionalized with ion-exchanging sites on the surfaces of said fine layering particles, at said highly basic or highly acidic conditions so that said polymeric dispersant includes said ionized sites, and (c) electrostatically binding said polymeric dispersant ionized sites to a portion of said fine particle ion-exchanging sites to produce a support particle-dispersant-fine layering particle complex,
A coffee machine comprising a body, a cooking compartment provided in the body, a cooking chamber in which the cooking process is performed, placed into the cooking compartment, a heater provided on the base of the cooking compartment, a control unit arranged to start the cooking process by activating the heater, terminate the cooking process by turning the heater off, and control the cooking process, a time of flight sensor provided in the body, enabling measuring the distance therefrom to the content of the cooking chamber by being positioned so as to face the cooking compartment, wherein the control unit is further arranged to decide to start and/or to terminate the cooking process according to data received from the time of flight sensor, characterized by a shield glass protecting the time of flight sensor from the heat and steam released during cooking, and by the control unit being arranged to determine that the shield glass is dirty if the value measured by the time of flight sensor is lower than a predetermined limit height.
A printing original plate for laser engraving which is obtainable by molding a resin composition containing at least one latex having a weight average degree of gelation of 75% or more, a photopolymerizable compound and a photopolymerization initiator into a sheet-like or tubular form, and then irradiating the molded article with light to crosslink and cure, wherein the degree of gelation is determined by accurately weighing 3 g of a latex solution onto a PET film having a thickness of 100 μm, drying it at 100 °C for 1 hour, subsequently immersing the film in a toluene solution at 25 °C for 48 hours, then drying it at110 °C for 2 hours, and calculating the amount in % by weight of the insoluble.
Shelf price strip for attachment to a goods shelf, on which a fastening means (5, 21) for fixing the shelf price strip to the goods shelf is provided on the side facing the goods shelf, and a receptacle on the side facing away from the goods shelf for attaching an electronic price tag, which can be freely positioned and fixed in the longitudinal direction between two retaining webs (7, 8) of the shelf price strip, wherein at least one of the retaining webs (7, 8) is connected to a release section, by means of which a torque can be applied to the retaining web (7, 8) by pivoting in order to be able to remove the electronic price tag from the receptacle, and the release section is designed as a bendable web which is formed integrally with one of the retaining webs (7, 8), characterized in that the release section extends substantially parallel to a base of the receptacle and the release section has a length perpendicular to the longitudinal direction of the shelf price strip which corresponds to at least 20% of the width of the receptacle.
Acoustic resonance transformer comprising: a flexible suspension, and two or more acoustic resonance transformation elements arranged on the flexible suspension, characterized in that at least one of the acoustic resonance transformation elements is arranged on the flexible suspension in a movable manner, wherein the resonance transformation elements are configured to be arranged between a main lid and a front lid of a grand piano or between a rim of a body of a grand piano and a main lid of the grand piano, or a body and a piano lid, which is mounted on the body by way of a hinge, of a piano, and as such to produce physical contact between the main lid and the front lid or the rim and the main lid of the grand piano, or the body and the piano lid of the piano, for the purpose of sonic coupling. a flexible suspension, and two or more acoustic resonance transformation elements arranged on the flexible suspension, characterized in that at least one of the acoustic resonance transformation elements is arranged on the flexible suspension in a movable manner, wherein the resonance transformation elements are configured to be arranged between a main lid and a front lid of a grand piano or between a rim of a body of a grand piano and a main lid of the grand piano, or a body and a piano lid, which is mounted on the body by way of a hinge, of a piano, and as such to produce physical contact between the main lid and the front lid or the rim and the main lid of the grand piano, or the body and the piano lid of the piano, for the purpose of sonic coupling.
A method comprising: inputting a pattern to be exposed on a surface, wherein the pattern comprises an edge; inputting a target bias; rasterizing the pattern to create an array of pixels, wherein each pixel in the array of pixels represents an exposure dosage; identifying the edge of the pattern using the array of pixels; calculating calculated pixel dosages in the array of pixels, for each pixel that is in a neighborhood of the edge, wherein the calculated pixel dosages relocate the edge of the pattern, wherein the edge may be relocated by a portion of each pixel, wherein the relocation is the target bias, and wherein calculating the calculated pixel dosages comprises a simulated effect of a dose change; and outputting the array of pixels, including the calculated pixel dosages. inputting a pattern to be exposed on a surface, wherein the pattern comprises an edge; inputting a target bias; rasterizing the pattern to create an array of pixels, wherein each pixel in the array of pixels represents an exposure dosage; identifying the edge of the pattern using the array of pixels; calculating calculated pixel dosages in the array of pixels, for each pixel that is in a neighborhood of the edge, wherein the calculated pixel dosages relocate the edge of the pattern, wherein the edge may be relocated by a portion of each pixel, wherein the relocation is the target bias, and wherein calculating the calculated pixel dosages comprises a simulated effect of a dose change; and outputting the array of pixels, including the calculated pixel dosages.
Cosmetic composition, in particular a composition for making up and/or caring for keratin materials, preferably a nail makeup, comprising the compound of chemical formula below: in which: m represents an integer equal to 0 or 1; n represents an integer between 2 and 8; R1 represents a group (C 1 -C 20)alkyl or an aryl group, or alternatively, when m is equal to 0, R 1 may also represent a carbonyl; R2 and R3 represent an ethoxy group or a group (C 1 -C 20)alkyl, optionally substituted with an amino group; Y represents a hydrocarbon-based group comprising from 2 to 100 carbon atoms and comprising only carbon and hydrogen atoms, the said hydrocarbon-based group possibly being a linear or branched monovalent or multivalent, optionally unsaturated group, optionally bearing one or more aromatic or non-aromatic cyclic groups, the said hydrocarbon-based group possibly forming with the group R1 one or more rings, depending on its valency. m represents an integer equal to 0 or 1; n represents an integer between 2 and 8; R1 represents a group (C 1 -C 20)alkyl or an aryl group, or alternatively, when m is equal to 0, R 1 may also represent a carbonyl; R2 and R3 represent an ethoxy group or a group (C 1 -C 20)alkyl, optionally substituted with an amino group; Y represents a hydrocarbon-based group comprising from 2 to 100 carbon atoms and comprising only carbon and hydrogen atoms, the said hydrocarbon-based group possibly being a linear or branched monovalent or multivalent, optionally unsaturated group, optionally bearing one or more aromatic or non-aromatic cyclic groups, the said hydrocarbon-based group possibly forming with the group R1 one or more rings, depending on its valency.
A method in a wireless communication device, the method comprising: detecting, at the wireless communication device, whether there is an Explicit Congestion Notification, ECN, Congestion Experienced, CE, marking within an internet protocol, IP, packet header; and transmitting, by the wireless communication device, a request to reduce or increase a bit rate to a reduced or increased bit rate based on the detection of the ECN CE marking or detection of no ECN CE marking, respectively, within the IP packet header, wherein a value specifying the reduced or increased bit rate is adapted according to a rate adaptation sequence configured at the wireless communication device for ECN-based adaptation of the bit rate. detecting, at the wireless communication device, whether there is an Explicit Congestion Notification, ECN, Congestion Experienced, CE, marking within an internet protocol, IP, packet header; and transmitting, by the wireless communication device, a request to reduce or increase a bit rate to a reduced or increased bit rate based on the detection of the ECN CE marking or detection of no ECN CE marking, respectively, within the IP packet header, wherein a value specifying the reduced or increased bit rate is adapted according to a rate adaptation sequence configured at the wireless communication device for ECN-based adaptation of the bit rate.
A method performed by a base station in a communication system, the method comprising: obtaining a pseudo-noise, PN, sequence based on an initial condition c B given by: c B = 2 11 *(I t +1)*(└I ID /4┘+1) + 2 6 *(I t +1) + mod(I ID,4), wherein I ID is a physical cell identification, ID, and I t is timing information comprising at least two bits of a synchronization signal block, SSB, index; obtaining a demodulation reference signal, DMRS, sequence based on the PN sequence, wherein the DMRS sequence is for a physical broadcast channel, PBCH; determining resources for transmitting the DMRS sequence; mapping the DMRS sequence to the resources; and transmitting, to a terminal, the DMRS sequence over a downlink channel. c B = 2 11 *(I t +1)*(└I ID /4┘+1) + 2 6 *(I t +1) + mod(I ID,4), wherein I ID is a physical cell identification, ID, and I t is timing information comprising at least two bits of a synchronization signal block, SSB, index; obtaining a demodulation reference signal, DMRS, sequence based on the PN sequence, wherein the DMRS sequence is for a physical broadcast channel, PBCH; determining resources for transmitting the DMRS sequence; mapping the DMRS sequence to the resources; and transmitting, to a terminal, the DMRS sequence over a downlink channel.
Cooking appliance, especially an oven, with a fan, at least one first and one second zone (11, 12, 13, 14), and at least one adjusting device which is configured so as to feed a first volumetric air flow to the first zone and a second volumetric air flow to the second zone in a first operating mode of the cooking appliance, and also a third volumetric air flow to the first zone and a fourth volumetric air flow to the second zone in a second operating mode of the cooking appliance, wherein the volumetric air flows (22, 22', 25, 25') can be fed in a variable manner to the first and second zones (11, 12, 13, 14) for the purpose of cooling according to the operating mode, wherein the first and third volumetric air flows (22, 22') and the second and fourth volumetric air flows (25, 25') differ from each other when the fan has a constant output in the first and second operating modes, or the first and third volumetric air flows (22, 22') differ from each other and the second and fourth volumetric air flows (25, 25') are the same when the output of the fan differs in the first and second operating modes, wherein the first and second zones (11, 12, 13, 14) are different elements which are selected from the group: a front of the cooking appliance, at least one furniture-side surface of the cooking appliance, and/or a cooking compartment of the cooking appliance.
A method for adjusting a sidewall unit of a casting mold for concrete products, which sidewall unit comprises a support structure (2, 32, 42) and a mold surface plate (3, 3', 33, 43) fixed to the support structure, and which sidewall unit is fixed on a casting bed, in which vertical position of the mold surface plate (3, 33, 43), defined by orientation of the sidewall unit fixed on a casting bed, is adjusted by moving the mold surface plate in relation to the support structure (2, 32, 42), characterized in that the mold surface plate comprises at least two portions (3, 3') extending along the length of the sidewall unit and connected to the support structure and the vertical position of at least one of the portions is adjusted to form a gap extending along the length of the sidewall unit between the portions.