mhurhangee/patent-ind-claim-en huggingface dataset:
A hearing device adapted to be arranged on or at least partly implanted in an individual's head and comprising: an input means providing one or more input audio signals; a signal processing circuit adapted to process at least one of said one or more input audio signals to provide a processed audio signal; an output means adapted to provide an audible signal to the individual in dependence on the processed audio signal; a housing ; two or more electrodes adapted to detect electric brain potentials of the individual wherein the two or more electrodes - are surface electrodes, each constituting an outer surface portion of the housing , or - form part of an electrode array for being implanted intracranically; a brain-wave measurement circuit adapted to determine one or more EEG signals from electric signals received from the two or more electrodes ; a first spectrum analyser adapted to repeatedly determine first audio spectra of at least one signal from the group of signals consisting of said one or more audio input signals and the audible signal; a reconstructor adapted to repeatedly reconstruct second audio spectra from the one or more EEG signals based on a reconstruction model, wherein the reconstructor is adapted to reconstruct the second audio spectra using reconstruction parameters determined during a preceding training session; a first correlator adapted to repeatedly determine a first coherence between the first and the second audio spectra; and a control unit adapted to alter said processing in dependence on the first coherence. an input means providing one or more input audio signals; a signal processing circuit adapted to process at least one of said one or more input audio signals to provide a processed audio signal; an output means adapted to provide an audible signal to the individual in dependence on the processed audio signal; a housing ; two or more electrodes adapted to detect electric brain potentials of the individual wherein the two or more electrodes - are surface electrodes, each constituting an outer surface portion of the housing , or - form part of an electrode array for being implanted intracranically; - are surface electrodes, each constituting an outer surface portion of the housing , or - form part of an electrode array for being implanted intracranically; a brain-wave measurement circuit adapted to determine one or more EEG signals from electric signals received from the two or more electrodes ; a first spectrum analyser adapted to repeatedly determine first audio spectra of at least one signal from the group of signals consisting of said one or more audio input signals and the audible signal; a reconstructor adapted to repeatedly reconstruct second audio spectra from the one or more EEG signals based on a reconstruction model, wherein the reconstructor is adapted to reconstruct the second audio spectra using reconstruction parameters determined during a preceding training session; a first correlator adapted to repeatedly determine a first coherence between the first and the second audio spectra; and a control unit adapted to alter said processing in dependence on the first coherence.
Intraocular lens comprising an optical part , which has a first optical side and an opposite second optical side viewed in the direction of a main optical axis (A) of the intraocular lens , a helix winding being formed on at least one of the two sides as a surface structure, as a result of which a refractive power of the intraocular lens varies in terms of value in the encircling direction around the main axis (A), characterized in that the intraocular lens has a toric refractive surface profile in addition to the helix winding and the toric refractive surface profile is formed on at least one side , wherein at least one side of the optical part has a surface contour that is stepped in the radial direction (r) and a step height of a step (35 to 40) of a ring-shaped zone (28 to 34) changes in the azimuthal direction around the main optical axis (A), wherein a step height in an azimuthal position of a steeper main meridian of the toric refractive surface profile is greater than a step height in an azimuthal position of a flat main meridian of the toric refractive surface profile .
A method for wireless communication, performed by an apparatus being a base station or a user equipment, comprising: determining an interference status of each beam configuration of a plurality of active beam configurations for a shared radio frequency spectrum band by performing a periodic interference discovery procedure during an interference discovery window; determining a beam-specific listen-before-talk, LBT, requirement for each beam configuration of the plurality of active beam configurations based at least in part on the determined interference status of each beam configuration, wherein the interference status of each beam configuration is determined based on a LBT request message received from a victim node for any active beam configuration causing interference in response to an interference discovery signal transmitted in each of a plurality of active beam configurations during the periodic interference discovery procedure; and selectively enabling an LBT procedure on a per-beam basis according to the determined beam-specific LBT requirement for each beam configuration. determining an interference status of each beam configuration of a plurality of active beam configurations for a shared radio frequency spectrum band by performing a periodic interference discovery procedure during an interference discovery window; determining a beam-specific listen-before-talk, LBT, requirement for each beam configuration of the plurality of active beam configurations based at least in part on the determined interference status of each beam configuration, wherein the interference status of each beam configuration is determined based on a LBT request message received from a victim node for any active beam configuration causing interference in response to an interference discovery signal transmitted in each of a plurality of active beam configurations during the periodic interference discovery procedure; and selectively enabling an LBT procedure on a per-beam basis according to the determined beam-specific LBT requirement for each beam configuration.
A method for the production of an adhesive wherein said method comprise the following steps: - providing a suspension comprising starch, - swelling the starch by alkali or temperature treatment or by cooking the starch suspension to form a starch suspension, - providing a suspension comprising microfibrillated cellulose which suspension has a solid content above 10%-by weight, - adding the suspension comprising microfibrillated cellulose to the suspension comprising starch either before or during the swelling or the cooking of the starch or to the formed starch suspension to produce the adhesive. - providing a suspension comprising starch, - swelling the starch by alkali or temperature treatment or by cooking the starch suspension to form a starch suspension, - providing a suspension comprising microfibrillated cellulose which suspension has a solid content above 10%-by weight, - adding the suspension comprising microfibrillated cellulose to the suspension comprising starch either before or during the swelling or the cooking of the starch or to the formed starch suspension to produce the adhesive.
Measuring method for measuring a thickness of a coating of a component, in particular a heat-tolerant coating of a component of a gas turbine, - wherein a measuring device, in particular an optical scanner, measures coordinates of the component in three dimensions before and after coating, - wherein a thermal distortion of the component is detected during coating, - wherein the thickness of the coating is determined from a comparison of the measured component coordinates before and after coating, - wherein the thermal distortion of the component is taken into account when determining the thickness of the coating by comparison with at least one reference point at an uncoated location, characterised in that the method for determining a mass intensity distribution of a coating apparatus is used, and for this a plate-like component is coated at a predefined time without movement relative to the coating apparatus. - wherein a measuring device, in particular an optical scanner, measures coordinates of the component in three dimensions before and after coating, - wherein a thermal distortion of the component is detected during coating, - wherein the thickness of the coating is determined from a comparison of the measured component coordinates before and after coating, - wherein the thermal distortion of the component is taken into account when determining the thickness of the coating by comparison with at least one reference point at an uncoated location,
A method of providing encoded video data, comprising: - forming, by a processor, a reference picture list for managing reference pictures to be used in encoding said video data of a current partition of a picture in a current view, - providing in said video data as encoded an index of said reference picture list in said encoding, wherein said index identifies available reference pictures to be used for decoding a block, - using, by the processor, at least one picture of another view as a reference picture in said encoding, said picture of another view corresponding to an index of said reference picture list, - conditioned by said index of said reference picture list corresponding to a picture of another view, providing an indication of the type of prediction to be used for decoding the block, wherein said type of prediction indicated by said indication is an inter-view prediction (IVP) or a prediction based on disparity compensation that comprises a view synthesis prediction (VSP), wherein the indication indicates a VSP direct coding mode or a VSP skip coding mode; and - encoding, by the processor, said indication of the type of prediction in the encoded video data and, in an instance in which the type of prediction is IVP but not in an instance in which the type of prediction is VSP, also encoding motion vector components in the encoded video data. - forming, by a processor, a reference picture list for managing reference pictures to be used in encoding said video data of a current partition of a picture in a current view, - providing in said video data as encoded an index of said reference picture list in said encoding, wherein said index identifies available reference pictures to be used for decoding a block, - using, by the processor, at least one picture of another view as a reference picture in said encoding, said picture of another view corresponding to an index of said reference picture list, - conditioned by said index of said reference picture list corresponding to a picture of another view, providing an indication of the type of prediction to be used for decoding the block, wherein said type of prediction indicated by said indication is an inter-view prediction (IVP) or a prediction based on disparity compensation that comprises a view synthesis prediction (VSP), wherein the indication indicates a VSP direct coding mode or a VSP skip coding mode; and - encoding, by the processor, said indication of the type of prediction in the encoded video data and, in an instance in which the type of prediction is IVP but not in an instance in which the type of prediction is VSP, also encoding motion vector components in the encoded video data.
A method for applying graphical effects to an inking input in a graphical user interface, comprising: receiving a single stroke comprising the inking input , wherein the inking input comprises coordinate data and metadata related to pressure and velocity of the received input; building a geometry for the single stroke based on the coordinate data and the metadata related to pressure and velocity in an authoring area of the graphical user interface; receiving a first ink effect definition as a first graphical effect to apply to the inking input , wherein an image file or a spectral line is used as the first ink effect definition ; receiving a first user-assigned anchor specifying a position in the first ink effect definition ; masking the first ink effect definition at the first anchor with the geometry to create a first inking effect mask ; and rendering , utilizing pixel values, the first inking effect mask in the graphical user interface ; receiving a second ink effect definition as a second graphical effect to apply to the inking input , wherein an image file or a spectral line is used as the second ink effect definition ; receiving a second user-assigned anchor specifying a position in the second ink effect definition ; masking the second ink effect definition at the second anchor with the geometry to create a second inking effect mask ; and rendering , utilizing pixel values, the second inking effect mask in the graphical user interface as a second layering on top of the rendered first inking effect mask . receiving a single stroke comprising the inking input , wherein the inking input comprises coordinate data and metadata related to pressure and velocity of the received input; building a geometry for the single stroke based on the coordinate data and the metadata related to pressure and velocity in an authoring area of the graphical user interface; receiving a first ink effect definition as a first graphical effect to apply to the inking input , wherein an image file or a spectral line is used as the first ink effect definition ; receiving a first user-assigned anchor specifying a position in the first ink effect definition ; masking the first ink effect definition at the first anchor with the geometry to create a first inking effect mask ; and rendering , utilizing pixel values, the first inking effect mask in the graphical user interface ; receiving a second ink effect definition as a second graphical effect to apply to the inking input , wherein an image file or a spectral line is used as the second ink effect definition ; receiving a second user-assigned anchor specifying a position in the second ink effect definition ; masking the second ink effect definition at the second anchor with the geometry to create a second inking effect mask ; and rendering , utilizing pixel values, the second inking effect mask in the graphical user interface as a second layering on top of the rendered first inking effect mask .
A method for online charging in a communication network , the method comprising: monitoring , via a network device, a user characteristic, a session characteristic, an event characteristic, and a network condition during one or more ongoing communication sessions involving an online charging via one or more initial charging trigger functions; determining , via the network device, a need for selection of one or more new charging trigger functions based on the user characteristic, the session characteristic, the event characteristic, and the network condition; and dynamically selecting , via the network device, the one or more new charging trigger functions in response to the need so as to perform online charging for the one or more ongoing communication sessions based on determination of resource consumption in real-time. monitoring , via a network device, a user characteristic, a session characteristic, an event characteristic, and a network condition during one or more ongoing communication sessions involving an online charging via one or more initial charging trigger functions; determining , via the network device, a need for selection of one or more new charging trigger functions based on the user characteristic, the session characteristic, the event characteristic, and the network condition; and dynamically selecting , via the network device, the one or more new charging trigger functions in response to the need so as to perform online charging for the one or more ongoing communication sessions based on determination of resource consumption in real-time.
Operating method for a driver assistance system for vehicle longitudinal control of a vehicle with respect to a third-party vehicle , preferably for speed and/or distance control, wherein a changing angle of incidence of the third-party vehicle approaching laterally or from the rear is used when performing the vehicle longitudinal control, wherein the angle of incidence is the angle between the direction of travel of the vehicle and the distance vector to the third-party vehicle , comprising the steps: - Determining a trajectory of the third-party vehicle dependent on a measured distance and the changing angle of incidence of the third-party vehicle ; - Determining a trajectory of the vehicle ; - Determining, dependent on the determined trajectory curves , whether a duration of time or a distance until a possible lateral collision between the vehicle and the third-party vehicle has fallen below a predetermined threshold value; characterised in that , if the duration of time or the distance has fallen below the predetermined threshold value and/or if the lateral angle of incidence is within a predetermined range, the method comprises the following steps: - Output of a warning signal to the driver; - Determining whether the driver configures an evasive manoeuvre during a reaction phase, if the driver does not configure an evasive manoeuvre during the reaction phase, executing longitudinal vehicle control until a safe distance to the third-party vehicle is reached, and - Calculation of a relative speed of the third-party vehicle approaching laterally or from behind from a change over time in a distance between the vehicle and the third-party vehicle and a change in the angle of incidence , wherein the longitudinal vehicle control is performed only if, after the driver has not carried out an evasive manoeuvre during the reaction phase, the relative speed falls below a predetermined threshold value. - Determining a trajectory of the third-party vehicle dependent on a measured distance and the changing angle of incidence of the third-party vehicle ; - Determining a trajectory of the vehicle ; - Determining, dependent on the determined trajectory curves , whether a duration of time or a distance until a possible lateral collision between the vehicle and the third-party vehicle has fallen below a predetermined threshold value; - Output of a warning signal to the driver; - Determining whether the driver configures an evasive manoeuvre during a reaction phase, if the driver does not configure an evasive manoeuvre during the reaction phase, executing longitudinal vehicle control until a safe distance to the third-party vehicle is reached, and - Calculation of a relative speed of the third-party vehicle approaching laterally or from behind from a change over time in a distance between the vehicle and the third-party vehicle and a change in the angle of incidence , wherein the longitudinal vehicle control is performed only if, after the driver has not carried out an evasive manoeuvre during the reaction phase, the relative speed falls below a predetermined threshold value.
Electrophoretic fluid comprising at least one solvent, at least two kinds of particles having opposite electrical charges, one type of particle being black and the other white, and at least one dye of Formula II, Formula III, Formula IV, Formula V or Formula VI: wherein R 6 and R 7 are, independently of one another, linear or branched, substituted or unsubstituted alkyl groups wherein one or more non-adjacent carbon atoms may be replaced by O, S and/or N; wherein X" is an electron-withdrawing group; R 8 is a methyl or methoxy group; R 9 and R 10 are, independently of one another, linear or branched, substituted or unsubstituted alkyl groups wherein one or more non-adjacent carbon atoms may be replaced by O, S and/or N wherein R 12 and R 13 are, independently of one another, linear or branched, substituted or unsubstituted alkyl groups wherein one or more non-adjacent carbon atoms may be replaced by O, S and/or N; R 11 is an alkyl or alkoxy group with at least 3 carbon atoms; wherein R 14 and R 15 are, independently of one another, linear or branched, substituted or unsubstituted C8-C20 alkyl groups where one or more non-adjacent carbon atoms may be replaced by O, S and/or N; wherein X'" is an electron-withdrawing group; R 16 and R 17 are, independently of one another, linear or branched, substituted or unsubstituted alkyl groups where one or more non-adjacent carbon atoms may be replaced by O, S and/or N; R 18 is NHCOR wherein R is a linear or branched C1-C10 alkyl group. X" is an electron-withdrawing group; R 8 is a methyl or methoxy group; R 9 and R 10 are, independently of one another, linear or branched, substituted or unsubstituted alkyl groups wherein one or more non-adjacent carbon atoms may be replaced by O, S and/or N wherein R 12 and R 13 are, independently of one another, linear or branched, substituted or unsubstituted alkyl groups wherein one or more non-adjacent carbon atoms may be replaced by O, S and/or N; R 11 is an alkyl or alkoxy group with at least 3 carbon atoms; wherein R 14 and R 15 are, independently of one another, linear or branched, substituted or unsubstituted C8-C20 alkyl groups where one or more non-adjacent carbon atoms may be replaced by O, S and/or N; wherein X'" is an electron-withdrawing group; R 16 and R 17 are, independently of one another, linear or branched, substituted or unsubstituted alkyl groups where one or more non-adjacent carbon atoms may be replaced by O, S and/or N; R 18 is NHCOR wherein R is a linear or branched C1-C10 alkyl group.
Blade assembly for gas turbine engines including a turbine blade and a pyrometer device at least partly housed inside the turbine blade ; the blade assembly being characterized in that the pyrometer device comprises: an oblong supporting body which is accommodated inside a longitudinal inner cavity that extends inside the turbine blade behind a leading edge of the turbine blade ; a plurality of transversal oblong ceramic caps which jut out from said oblong supporting body spaced side by side to one another so as to form a rake structure , and each of which engages in a pass-through manner a corresponding opening formed in the turbine blade , at the leading edge thereof, so that a segment of the oblong ceramic cap protrudes outside of the turbine blade in cantilever manner; and, for each oblong ceramic cap , a respective optical fibre which extends inside the oblong supporting body and the inner cavity of the oblong ceramic cap nearly up to the distal end of the oblong ceramic cap , and is adapted to collect and channel the heat radiations emitted by the internal surface of the oblong ceramic cap towards an electronic control unit.
A machine for producing fibers for use in a hollow fiber module, the machine comprising: a spinneret having a base and a needle , the base and the needle at least partially defining a channel having an axis ; at least one projection extending into the channel; and a motor connected to the at least one projection, the motor operable to rotate the at least one projection relative to the axis of the channel; and a control unit operable to send control signals to the motor, wherein the control signals cause the motor to alternatively rotate in a first direction and in a second, opposite direction. a spinneret having a base and a needle , the base and the needle at least partially defining a channel having an axis ; at least one projection extending into the channel; and a motor connected to the at least one projection, the motor operable to rotate the at least one projection relative to the axis of the channel; and a control unit operable to send control signals to the motor, wherein the control signals cause the motor to alternatively rotate in a first direction and in a second, opposite direction.