mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting system information in a mobile communications network (100, 500), the network comprising a base station (101, 504) operable to provide a cell to communicate wirelessly with a plurality of mobile terminals (104, 508) and a mobile terminal of the plurality of mobile terminals, the mobile terminal being operable to communicate with the base station, the method comprising: periodically transmitting, by the base station to the mobile terminal, essential system information "ESI" to the plurality of mobile terminals, the ESI comprising system information for using the cell provided by the base station; transmitting, by the base station to the mobile terminal, additional system information "ASI" to the mobile terminal, the ASI comprising system information for using one or more services provided by the cell; characterised in that, in the event that it is determined that the cell is to be barred, the ASI is not transmitted to the mobile terminal and the method further comprises transmitting, by the base station to the mobile terminal as part of the ESI, a service notification that the cell is currently unable to provide the one or more services, wherein the service notification is for one or both of: notifying the mobile terminal that the cell is barring access to the one or more service; and notifying the mobile terminal that the cell is no longer campable. periodically transmitting, by the base station to the mobile terminal, essential system information "ESI" to the plurality of mobile terminals, the ESI comprising system information for using the cell provided by the base station; transmitting, by the base station to the mobile terminal, additional system information "ASI" to the mobile terminal, the ASI comprising system information for using one or more services provided by the cell; characterised in that, in the event that it is determined that the cell is to be barred, the ASI is not transmitted to the mobile terminal and the method further comprises transmitting, by the base station to the mobile terminal as part of the ESI, a service notification that the cell is currently unable to provide the one or more services, wherein the service notification is for one or both of: notifying the mobile terminal that the cell is barring access to the one or more service; and notifying the mobile terminal that the cell is no longer campable. notifying the mobile terminal that the cell is barring access to the one or more service; and notifying the mobile terminal that the cell is no longer campable.
A method performed by a network node for indicating a modulation and coding scheme for a wireless device operating in a coverage enhancement Mode A, wherein the wireless device operates with a first modulation and coding scheme using physical downlink shared channel repetitions and with a second modulation and coding scheme without using physical downlink shared channel repetitions, and wherein the first modulation and coding scheme is one of QPSK and 16QAM and the second modulation and coding scheme is 64QAM, the method comprising: determining whether repetitions are being used for transmissions over a DL shared channel to a wireless device; and when repetitions are not being used, configuring the downlink control information to indicate one or more parameters related to the second modulation and coding scheme, and setting a one or more downlink control information field bits, which are used in relation to repetitions when repetitions of a physical downlink shared channel are used, to indicate that the one or more parameters related to the second modulation and coding scheme comprise a modulation and transport block size index corresponding to a table for physical downlink shared channel modulation and transport block sizes, wherein the MCS index the wireless device should use for determining the modulation format and TBS is given by adding 16 to the 4 bit value of an MCS field of the downlink control information. determining whether repetitions are being used for transmissions over a DL shared channel to a wireless device; and when repetitions are not being used, configuring the downlink control information to indicate one or more parameters related to the second modulation and coding scheme, and setting a one or more downlink control information field bits, which are used in relation to repetitions when repetitions of a physical downlink shared channel are used, to indicate that the one or more parameters related to the second modulation and coding scheme comprise a modulation and transport block size index corresponding to a table for physical downlink shared channel modulation and transport block sizes, wherein the MCS index the wireless device should use for determining the modulation format and TBS is given by adding 16 to the 4 bit value of an MCS field of the downlink control information.
An immunochromatographic method using a resonant particle that causes surface plasmon resonance, and a carrier particle that causes no surface plasmon resonance and is larger in size than the resonant particle, each on which an affinity substance that binds to an analyte in a specimen sample is immobilized, the method comprising forming a complex represented by affinity substance bound carrier particle that binds to the analyte: analyte: affinity substance bound resonant particle that binds to the analyte (where ":" indicates binding) to thereby accumulate the resonant particle on the carrier particle, capturing the complex at a detection region on a test piece for an immunochromatographic method on which the affinity substance that binds to an analyte is immobilized as a capture substance, and detecting signals from the resonant particle due to surface plasmon resonance and a signal from the carrier particle to thereby detect the analyte.
A derivative of 22-hydroxycholesterol, 24S-hydroxycholesterol, 25-hydroxycholesterol, 26-hydroxycholesterol or 27-hydroxycholesterol comprising a biotin conjugated to the carboxyl group on a succinoyl moiety covalently attached to the 3-OH of the 22-hydroxycholesterol, 24S-hydroxycholesterol, 25-hydroxycholesterol, 26-hydroxycholesterol or 27-hydroxycholesterol.
A method of signal processing for generating electrode stimulation signals for stimulation contacts in an implanted cochlear implant electrode array, the method comprising: transforming an input sound signal into a plurality of band pass signals each representing an associated frequency band of audio frequencies; processing the band pass signals in a sequence of sampling time frames, wherein for each time frame, the processing includes: i. performing a spectral feature analysis of the band pass signals, including determining a difference in amplitude between each band pass signal and that of adjacent band pass signals, and ii. dynamically assigning a stimulation focus pattern to one or more of the band pass signals based on whether the difference in amplitude between each band pass signal and its adjacent band pass signals is greater than a focus threshold values; and coding the processed band pass signals for each time frame to produce the electrode stimulation signals. transforming an input sound signal into a plurality of band pass signals each representing an associated frequency band of audio frequencies; processing the band pass signals in a sequence of sampling time frames, wherein for each time frame, the processing includes: i. performing a spectral feature analysis of the band pass signals, including determining a difference in amplitude between each band pass signal and that of adjacent band pass signals, and ii. dynamically assigning a stimulation focus pattern to one or more of the band pass signals based on whether the difference in amplitude between each band pass signal and its adjacent band pass signals is greater than a focus threshold values; and i. performing a spectral feature analysis of the band pass signals, including determining a difference in amplitude between each band pass signal and that of adjacent band pass signals, and ii. dynamically assigning a stimulation focus pattern to one or more of the band pass signals based on whether the difference in amplitude between each band pass signal and its adjacent band pass signals is greater than a focus threshold values; and coding the processed band pass signals for each time frame to produce the electrode stimulation signals.
A control unit for authorizing a single use medical imaging device comprising: a connector for connecting the control unit to the single use medical imaging device; characterised by: a device interface capable of receiving a code in a format of an image signal produced by the medical imaging device, wherein the code encodes an identifier uniquely associated with the imaging device; a processor that decodes the identifier from the image signal; and means (230, 252) for determining if the single use imaging device is authorized based upon the identifier associated with the device, wherein the code is embedded in an image of a verification object and the verification object further comprises one or more patterns to calibrate or functionally test the single use imaging device. a connector for connecting the control unit to the single use medical imaging device; characterised by: a device interface capable of receiving a code in a format of an image signal produced by the medical imaging device, wherein the code encodes an identifier uniquely associated with the imaging device; a processor that decodes the identifier from the image signal; and means (230, 252) for determining if the single use imaging device is authorized based upon the identifier associated with the device, wherein the code is embedded in an image of a verification object and the verification object further comprises one or more patterns to calibrate or functionally test the single use imaging device. a device interface capable of receiving a code in a format of an image signal produced by the medical imaging device, wherein the code encodes an identifier uniquely associated with the imaging device; a processor that decodes the identifier from the image signal; and means (230, 252) for determining if the single use imaging device is authorized based upon the identifier associated with the device, wherein the code is embedded in an image of a verification object and the verification object further comprises one or more patterns to calibrate or functionally test the single use imaging device.
A cosmetic agent containing, in a cosmetically acceptable carrier, a) at least one copolymer A of allyl methacrylate having one or more monomers selected from acrylic acid, methacrylic acid, acrylic acid ester and methacrylic acid ester b) at least one polymeric quaternary ammonium compound B from the group of vinylpyrrolidone copolymers, wherein the copolymer B is selected from the group of copolymers of vinylpyrrolidone having methacrylamido propyl trimethylammonium chloride. a) at least one copolymer A of allyl methacrylate having one or more monomers selected from acrylic acid, methacrylic acid, acrylic acid ester and methacrylic acid ester b) at least one polymeric quaternary ammonium compound B from the group of vinylpyrrolidone copolymers,
A prepreg comprising a fiber base material layer containing a fiber base material, a first resin layer formed on one surface of the fiber base material layer, and a second resin layer formed on the other surface of the fiber base material layer, wherein the first resin layer is a layer obtained through layer formation of a resin composition containing, as a main component of resin components, an epoxy resin, the second resin layer is a layer obtained through layer formation of a resin composition containing, as a main component of resin components, an amino-modified polyimide resin that is a reaction product between an amine compound having at least two primary amino groups in one molecule thereof and a maleimide compound having at least two N-substituted maleimide groups in one molecule thereof, and the main component of resin components in the resin compositions and, respectively, is the resin component having the highest content among the resin components contained in the respective resin composition. the first resin layer is a layer obtained through layer formation of a resin composition containing, as a main component of resin components, an epoxy resin, the second resin layer is a layer obtained through layer formation of a resin composition containing, as a main component of resin components, an amino-modified polyimide resin that is a reaction product between an amine compound having at least two primary amino groups in one molecule thereof and a maleimide compound having at least two N-substituted maleimide groups in one molecule thereof, and the main component of resin components in the resin compositions and, respectively, is the resin component having the highest content among the resin components contained in the respective resin composition.
A broadband sound absorber with a high acoustic insulation, comprising a sound-absorbing filler material containing fibers, which contains a heavy filler (mass component), between two sheets in complete circumferential contact having a complete or area-dependent microperforation, wherein one or both microperforated sheets have the same thickness throughout their area or partial swellings consisting of a material which is the same as or different from that of the sheet, wherein said filler material has different compositions, different thicknesses, weights and/or densities over the area of the absorber between the two sheets, wherein said heavy filler contains highly filled thermoplastic or thermoset plastic materials selected from PE, PP, EVA, and/or copolymers thereof as well as PUR and EP resins alone or in admixture, filled with mineral particles selected from chalk, baryte, sedimentary rock, silicates, and/or magnetite, and said fibers are selected from plastic fibers; plant fibers; animal fibers; inorganic fibers; foam flakes selected from polyurethane foam flakes, polyester foam flakes and/or polyolefin foam flakes; feathers; hollow bodies selected from polyolefin, glass; EPS, EPP, PEPP; wood shavings; wood flour in a loose form or shaped as a board, as individual materials and/or blends of two or more of the materials.
Method for operating a dishwasher, in particular a household dishwasher, wherein during at least a first phase (P1, P1') operation takes place with a first predefined quantity of fluid and the first quantity of fluid is heated by a desorption process of a drying means, wherein the first quantity of fluid is increased to the value of a second quantity of fluid by adding a quantity of fluid stored in the drying means and wherein during a second phase operation takes place with the second predefined quantity of fluid, characterised in that the respective quantity of fluid is circulated by means of a circulation pump during the first phase (P1, P1') and the second phase, wherein the circulation pump is operated at a higher speed during the second phase than during the first phase (P1, P1').
A computing system for performing automated image processing, comprising: means for carrying out, by use of a first neural network, a step of forming a coarse image by segmenting an object from a first image containing the object and a first background by a segmentation mask, and, using the mask, cutting off the segmented object from the first image and pasting the segmented object onto a second image containing only a second background, means for carrying out, by use of a second neural network, a step of constructing an enhanced version of the second image with the pasted segmented object by enhancing the coarse image based on the first image and the second image and the mask; means for carrying out, by use of a third neural network, a step of restoring a first background-only image of the first image without the removed segmented object by inpainting an image obtained by zeroing out pixels of the first image using the mask; wherein the first, second and third neural networks are combined into a common architecture of neural networks for sequentially performing segmentation, enhancing and inpainting and for simultaneously learning, wherein the common architecture of neural networks accepts the images and outputs processed images of the same dimensions. means for carrying out, by use of a first neural network, a step of forming a coarse image by segmenting an object from a first image containing the object and a first background by a segmentation mask, and, using the mask, cutting off the segmented object from the first image and pasting the segmented object onto a second image containing only a second background, means for carrying out, by use of a second neural network, a step of constructing an enhanced version of the second image with the pasted segmented object by enhancing the coarse image based on the first image and the second image and the mask; means for carrying out, by use of a third neural network, a step of restoring a first background-only image of the first image without the removed segmented object by inpainting an image obtained by zeroing out pixels of the first image using the mask; wherein the first, second and third neural networks are combined into a common architecture of neural networks for sequentially performing segmentation, enhancing and inpainting and for simultaneously learning, wherein the common architecture of neural networks accepts the images and outputs processed images of the same dimensions.
An electrolysis plant for displaying hydrogen by means of electrolysis, the electrolysis plant comprising a central high-voltage transformer, two electrolyzer units (14A, 14B), which each comprise at least two adjacent electrolyzer modules, which each comprise an electrolyzer and a power supply comprising a transformer and/or a rectifier, and an auxiliary plant unit, the power supplies of the electrolyzer module being connected to the central high-voltage transformer and the auxiliary plant unit being disposed between the electrolyzer units (14A, 14B) and connected to both electrolyzer units (14A, 14B) via a shared pipe unit so that the auxiliary plant unit is associated with both electrolyzer units (14A, 14B) together, the shared pipe unit comprising a plurality of pipes which extend from the auxiliary plant unit to the electrolyzer units (14A, 14B), the auxiliary plant unit comprising a gas scrubber for hydrogen, which is connected to a hydrogen product pipe of the pipe unit via a tee, the hydrogen product pipe branching off of the electrolyzers, and a cooling device being provided for the electrolyzer modules and connected to the pipe unit.
A launcher (300, 300A, 300B) for pawns (333, 444, 666) comprising: a chamber having a bottom and a muzzle situated opposite to each other, wherein the chamber is configured to be loaded with the pawn, via the muzzle; a bolt (303, 343) adapted to slide within the chamber to a load position; a spring confined between the bolt (303, 343) and the bottom, wherein the spring is adapted to be squeezed and released; wherein by loading the pawn into the chamber, the bolt (303, 343) is forced to slide against the spring that is squeezed, thus configured to be retained in the load position, and wherein external impact on the launcher releases the spring from the load position for driving the bolt (303, 343) towards the muzzle and the pawn externally through the muzzle, characterized in that the launcher comprises a magnet that is secured to the bottom and wherein magnetic field retains the bolt (303, 343) in the load position and wherein the external impact breaks the magnetic field thus releases the bolt (303, 343). a chamber having a bottom and a muzzle situated opposite to each other, wherein the chamber is configured to be loaded with the pawn, via the muzzle; a bolt (303, 343) adapted to slide within the chamber to a load position; a spring confined between the bolt (303, 343) and the bottom, wherein the spring is adapted to be squeezed and released; wherein by loading the pawn into the chamber, the bolt (303, 343) is forced to slide against the spring that is squeezed, thus configured to be retained in the load position, and wherein external impact on the launcher releases the spring from the load position for driving the bolt (303, 343) towards the muzzle and the pawn externally through the muzzle, characterized in that the launcher comprises a magnet that is secured to the bottom and wherein magnetic field retains the bolt (303, 343) in the load position and wherein the external impact breaks the magnetic field thus releases the bolt (303, 343).
An adjustable seat device for a vehicle, comprising: - a base portion, - a seat portion that is movable relative to the base portion between a first position, referred to as retracted, and a second position, referred to as extended, - an articulation system forming a deformable parallelogram, which is connected to the base portion and to the seat portion, and comprising at least one diagonal support arm connected diagonally to the deformable parallelogram, wherein the diagonal support arm is arranged to have a first length when the seat portion is in the first position and a second length when the seat portion is in the second position, wherein the articulation system comprises: - a first articulation arm, connected to a lower front pivot of the base portion and to an upper front pivot of the seat portion, - a second articulation arm connected to a lower rear pivot of the base portion and to an upper rear pivot of the seat portion, characterized in that the diagonal support arm is connected to the upper front pivot of the seat portion and to the lower rear pivot of the base portion. - a base portion, - a seat portion that is movable relative to the base portion between a first position, referred to as retracted, and a second position, referred to as extended, - an articulation system forming a deformable parallelogram, which is connected to the base portion and to the seat portion, and comprising at least one diagonal support arm connected diagonally to the deformable parallelogram, wherein the diagonal support arm is arranged to have a first length when the seat portion is in the first position and a second length when the seat portion is in the second position, wherein the articulation system comprises: - a first articulation arm, connected to a lower front pivot of the base portion and to an upper front pivot of the seat portion, - a second articulation arm connected to a lower rear pivot of the base portion and to an upper rear pivot of the seat portion, - a first articulation arm, connected to a lower front pivot of the base portion and to an upper front pivot of the seat portion, - a second articulation arm connected to a lower rear pivot of the base portion and to an upper rear pivot of the seat portion,