mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing an aqueous topical composition comprising a) providing viable bacteria of at least one probiotic bacterial strain in an amount of at least 5·10 6 CFU/g and at least one buffer, b) providing a mixture comprising at least one thickening agent selected from one or more of carbomer, poloxamer, PEG/macrogol and/or carboxylic acid and at least 60%(w/w) water, and c) adding said viable bacteria of at least one probiotic bacterial strain of step a) to said mixture of step b) to prepare said aqueous topical composition having a pH of 4.0-6.7 and a viscosity of more than 2500 mPa·s and an amount of 1·10 6 -10 11 CFU/g of said viable bacteria of at least one probiotic bacterial strain, and wherein said viable bacteria of at least one probiotic bacterial strain are viable in the aqueous topical composition for up to 7 days at 25°C/60%RH. a) providing viable bacteria of at least one probiotic bacterial strain in an amount of at least 5·10 6 CFU/g and at least one buffer, b) providing a mixture comprising at least one thickening agent selected from one or more of carbomer, poloxamer, PEG/macrogol and/or carboxylic acid and at least 60%(w/w) water, and c) adding said viable bacteria of at least one probiotic bacterial strain of step a) to said mixture of step b)
A method of reference picture list handling in connection with decoding an encoded representation of a picture in a video sequence, said picture comprises multiple slices, said method comprising: providing at least one mode signaling syntax element based on said encoded representation; and determining, based on said at least one mode signaling syntax element, whether final reference picture list or lists is or are the same for all slices of a same slice type in said picture, wherein providing said at least one mode signaling syntax element comprises providing a reference picture list flag based on said encoded representation, and determining whether final reference picture list or lists is or are the same comprises determining that said final reference picture list or lists is or are the same for all slices of said same slice type in said picture if said reference picture list flag has a first value and determining that said final reference picture list or lists does or do not need to be the same for all slices of said same slice type in said picture if said reference picture list flag has a second, different value. providing at least one mode signaling syntax element based on said encoded representation; and determining, based on said at least one mode signaling syntax element, whether final reference picture list or lists is or are the same for all slices of a same slice type in said picture, wherein providing said at least one mode signaling syntax element comprises providing a reference picture list flag based on said encoded representation, and determining whether final reference picture list or lists is or are the same comprises determining that said final reference picture list or lists is or are the same for all slices of said same slice type in said picture if said reference picture list flag has a first value and determining that said final reference picture list or lists does or do not need to be the same for all slices of said same slice type in said picture if said reference picture list flag has a second, different value.
Method for managing the braking of an aircraft fitted with undercarriages bearing braked wheels, the method comprising the step of generating braking commands by means of a braking computer for each of the braked wheels as a function of a difference between a peripheral speed of the wheel estimated using a tachometer generating a signal representative of the speed of rotation of the wheel, and a longitudinal speed representative of a longitudinal movement of the wheels in question, characterized in that the longitudinal speed information used for the generation of the braking commands is generated with the help of a signal from a sensor separate from the tachometer disposed at the bottom of the undercarriage close to the braked wheels, making it possible to estimate the longitudinal speed at the level of the wheel which can transiently differ from the longitudinal speed of the aircraft.
A vehicle rotary electric machine including a rotor, a stator and a rectifying device that converts current between an alternating current and a direct current in the rotary electric machine, and operating as a motor and a generator mounted on the vehicle, comprising: multi-phase windings electrically connected to form Y-connection that is wound in the stator; a plurality of switching elements electrically connected to the multi-phase windings to form the rectifying device, the switching elements comprising high-side switches connected between the winding ends of each phase of the multi-phase winding and a high electric potential end of the rectifying device, low-side switches connected between the winding ends of each phase of the multi-phase winding and a low electric potential end of the rectifying device, a high-side neutral switch connected between a neutral point of the multi-phase windings at which the other ends of each winding are electrically connected together, and the high electric potential end, and a low-side neutral switch connected between the neutral point and the low electric potential end; each switch including a transistor and a diode connected between the source and the drain of the transistor and a controller for controlling a current path of the multi-phase windings by switching the switching elements on and off to perform two modes of rectifying operation, the switching elements being switched such that one end of each winding is connected to either the high electrical potential end or the low electrical potential end of the rectifying device and the other ends of the windings that are connected together as the same electrical potential is connected to either the high electrical potential end or the low electrical potential end in the rectifying device; wherein the controller controls the switching elements to allow the rectifying device to perform a first rectification mode in which the rectifying device operates with only the high-side switches and the low-side switches that are all periodically switched on and off, and a second rectification mode in which the high-side neutral switching element is normally ON and the low-side winding-end switching elements (314 to 316) of a differing electric potential are periodically switched ON and OFF, or the low-side neutral point switching element is normally ON and the high-side winding-end switching elements (311 to 313) of a differing electric potential are periodically switched ON and OFF; the controller is configured to switch to the first rectification mode when operation is performed as the generator and to the second rectification mode when operation is performed as the motor. multi-phase windings electrically connected to form Y-connection that is wound in the stator; a plurality of switching elements electrically connected to the multi-phase windings to form the rectifying device, the switching elements comprising
Atomic absorption spectrometer for analyzing a sample, comprising a radiation source unit for generating a measuring beam, an atomization unit for atomizing the sample in such a way that the atomized sample is located in a beam path of the measuring beam, and a detection unit for detecting absorption of the measuring beam, the detection unit comprising a polychromator arrangement as a spectrometric arrangement, characterized in that the radiation source unit comprises at least two light-emitting diodes (9a, 9b), the at least two light-emitting diodes (9a, 9b) are arranged together on a carrier element, that the carrier element is part of a positioning device by means of which the at least two light-emitting diodes (9a, 9b) can be positioned relative to the detection unit in such a way that, for sequential operation of the light-emitting diodes (9a, 9b) one light-emitting diode (9a, 9b) is selected and appropriately positioned relative to the detection unit, with a first light-emitting diode generating light of at least a first wavelength (λ 1) or with wavelengths within a first wavelength range, and wherein the second light-emitting diode generates light of at least one second wavelength (λ 2) differing from the first wavelength or with wavelengths within a second wavelength range differing at least partially from the first wavelength range. a radiation source unit for generating a measuring beam, an atomization unit for atomizing the sample in such a way that the atomized sample is located in a beam path of the measuring beam, and a detection unit for detecting absorption of the measuring beam, the detection unit comprising a polychromator arrangement as a spectrometric arrangement, characterized in that the radiation source unit comprises at least two light-emitting diodes (9a, 9b), the at least two light-emitting diodes (9a, 9b) are arranged together on a carrier element, that the carrier element is part of a positioning device by means of which the at least two light-emitting diodes (9a, 9b) can be positioned relative to the detection unit in such a way that, for sequential operation of the light-emitting diodes (9a, 9b) one light-emitting diode (9a, 9b) is selected and appropriately positioned relative to the detection unit, with a first light-emitting diode generating light of at least a first wavelength (λ 1) or with wavelengths within a first wavelength range, and wherein the second light-emitting diode generates light of at least one second wavelength (λ 2) differing from the first wavelength or with wavelengths within a second wavelength range differing at least partially from the first wavelength range.
A method of measuring and reporting a beam by a user equipment, UE, in a wireless communication system, the method comprising: measuring multiple transmission beams for a physical downlink control channel, PDCCH, with one or two or more reception beams; determining at least one transmission beam to report to a base station based on results of measuring the multiple transmission beams; and transmitting a measurement report including information on the determined at least one transmission beam to the base station, wherein the UE identifies a reception beam applied to each of the determined at least one transmission beam and reports an index of a synchronization signal block available on the identified reception beam to the base station through the measurement report, wherein based on the number of the reception beams capable of being formed simultaneously by the UE being equal to 1, the at least one transmission beam to be reported by the UE corresponds to a transmission beam set in excess of a threshold among transmission beams capable of being received through one reception beam, and wherein the threshold is determined based on a granularity / a resolution of the multiple transmission beams to be measured. measuring multiple transmission beams for a physical downlink control channel, PDCCH, with one or two or more reception beams; determining at least one transmission beam to report to a base station based on results of measuring the multiple transmission beams; and transmitting a measurement report including information on the determined at least one transmission beam to the base station, wherein the UE identifies a reception beam applied to each of the determined at least one transmission beam and reports an index of a synchronization signal block available on the identified reception beam to the base station through the measurement report, wherein based on the number of the reception beams capable of being formed simultaneously by the UE being equal to 1, the at least one transmission beam to be reported by the UE corresponds to a transmission beam set in excess of a threshold among transmission beams capable of being received through one reception beam, and wherein the threshold is determined based on a granularity / a resolution of the multiple transmission beams to be measured.
A safety device for securing a machine having a sensor which is adapted to detect the presence of an object in a monitored zone and to output a detection signal when the object is located in the monitored zone; and having an evaluation unit which is adapted to receive the detection signal from the sensor and to generate an output signal in dependence on the detection signal, wherein the evaluation unit is adapted to furthermore generate the output signal in dependence on at least one additional criterion, characterized in that the at least one additional criterion comprises the approach speed of the object to the sensor and/or the temporal progression of the approach speed; and/or in that the at least one additional criterion comprises the dwell time of the object in the monitored zone; and/or in that the at least one additional criterion comprises a repetition rate of sequential detections of objects in the monitored zone; and/or in that the evaluation unit is connected to at least one vibration sensor (20, 22) or tremor sensor which is adapted to detect vibrations or tremors generated by the operation of the secured machine, with the at least one additional criterion comprising at least one characteristic of the detected vibrations or tremors; and/or in that the evaluation unit is adapted to generate and to store at least one data pattern which i) represents a temporal progression of the detection signal and/or of the additional criterion for a regular operation of the machine; and/or ii) which represents a temporal progression of the detection signal and/or of the additional criterion for an operation of the machine on a presence of non-permitted operating conditions, with the output signal being generated on the basis of a comparison of an instantaneous temporal progression of the detection signal and/or of the additional criterion with the stored data pattern. i) represents a temporal progression of the detection signal and/or of the additional criterion for a regular operation of the machine; and/or ii) which represents a temporal progression of the detection signal and/or of the additional criterion for an operation of the machine on a presence of non-permitted operating conditions,
A cosmetic method of improving a sign of aging in skin comprising applying to skin an effective amount for improving a sign of aging of: (a) an extract selected from the group consisting of Paulownia tomentosa wood extract, Paulownia fortunei wood extract, Paulownia elongata wood extract, Paulownia kawakamii wood extract, and combinations of two or more thereof, wherein said extract contains paulownin; or (b) paulownin. (a) an extract selected from the group consisting of Paulownia tomentosa wood extract, Paulownia fortunei wood extract, Paulownia elongata wood extract, Paulownia kawakamii wood extract, and combinations of two or more thereof, wherein said extract contains paulownin; or (b) paulownin.
A suspension lug arrangement for a store suitable for aerial deployment, the store having an outer surface, the suspension lug arrangement comprising: at least one lug region comprising a lug configured to be disposed in a body of the store, the lug comprising: a base portion configured to be embedded within and configured to be joined to the body of the store; and a head portion configured to extend outward from the base portion to the outer surface of the store, the head portion comprising an outer surface configured to be aligned with an adjacent portion of the outer surface of the body; the suspension lug arrangement further comprising: a well at least partially surrounding the lug; a compressible member disposed within the well; and a plug retained within the well and engaging the compressible member disposed therein, wherein the plug comprises: a seat for engaging an inner surface of the head of the lug; a recess for engaging the compressible member; and a peripheral surface slidable along a wall of the well. the lug comprising: a base portion configured to be embedded within and configured to be joined to the body of the store; and a head portion configured to extend outward from the base portion to the outer surface of the store, the head portion comprising an outer surface configured to be aligned with an adjacent portion of the outer surface of the body; a base portion configured to be embedded within and configured to be joined to the body of the store; and a head portion configured to extend outward from the base portion to the outer surface of the store, the head portion comprising an outer surface configured to be aligned with an adjacent portion of the outer surface of the body; the suspension lug arrangement further comprising: a well at least partially surrounding the lug; a compressible member disposed within the well; and a plug retained within the well and engaging the compressible member disposed therein, wherein the plug comprises: a seat for engaging an inner surface of the head of the lug; a recess for engaging the compressible member; and a peripheral surface slidable along a wall of the well. a well at least partially surrounding the lug; a compressible member disposed within the well; and a plug retained within the well and engaging the compressible member disposed therein, wherein the plug comprises: a seat for engaging an inner surface of the head of the lug; a recess for engaging the compressible member; and a peripheral surface slidable along a wall of the well. a seat for engaging an inner surface of the head of the lug; a recess for engaging the compressible member; and a peripheral surface slidable along a wall of the well.
A magnetic field generating member, comprising: a main body (140; 340); a groove (144; 340) provided in the main body; an interposition member (142; 342) configured to be fitted in the groove (144; 344) of the main body; and a magnetic member fixed into the interposition member, characterized in that the interposition member is including a concave portion and is configured to be press-fitted in the groove without an adhesive, and the magnetic member is configured to be press-fitted in the concave portion, the interposition member is configured to reinforce the magnetic member through the pressfitting with the interposition member into the concave portion. a main body (140; 340); a groove (144; 340) provided in the main body; an interposition member (142; 342) configured to be fitted in the groove (144; 344) of the main body; and a magnetic member fixed into the interposition member, characterized in that the interposition member is including a concave portion and is configured to be press-fitted in the groove without an adhesive, and the magnetic member is configured to be press-fitted in the concave portion, the interposition member is configured to reinforce the magnetic member through the pressfitting with the interposition member into the concave portion.
An adaptive milking method, comprising: measuring a flow rate of milking an animal during a first period of time; calculating a percentage of the measured flow rate during the first period of time; monitoring the flow rate of milking the animal; triggering a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and generating a control signal to stop the milking process when the delay timer reaches a threshold time. measuring a flow rate of milking an animal during a first period of time; calculating a percentage of the measured flow rate during the first period of time; monitoring the flow rate of milking the animal; triggering a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and generating a control signal to stop the milking process when the delay timer reaches a threshold time.
A method of installing rotor blades of a wind turbine on a rotor hub of the wind turbine, wherein the wind turbine has a tower with a tower longitudinal axis, wherein the rotor hub has a first, a second and a third rotor blade connection (301 - 303), comprising the steps: rotating the rotor hub until the first rotor blade connection is at an angle of 90° or 270° with respect to the tower longitudinal axis, lifting the first rotor blade substantially horizontally and fixing the first rotor blade to the first rotor blade connection, rotating the rotor hub so that the second rotor blade connection is at an angle of 90° or 270° with respect to the tower longitudinal axis, lifting the second rotor blade substantially horizontally and fixing the second rotor blade to the second rotor blade connection, rotating the rotor hub until the third rotor blade connection is at an angle of 60° or 300° with respect to the tower longitudinal axis, lifting the third rotor blade at an angle of α = 30° with respect to a horizontal, and fixing the third rotor blade to the third rotor blade connection. rotating the rotor hub until the first rotor blade connection is at an angle of 90° or 270° with respect to the tower longitudinal axis, lifting the first rotor blade substantially horizontally and fixing the first rotor blade to the first rotor blade connection, rotating the rotor hub so that the second rotor blade connection is at an angle of 90° or 270° with respect to the tower longitudinal axis, lifting the second rotor blade substantially horizontally and fixing the second rotor blade to the second rotor blade connection, rotating the rotor hub until the third rotor blade connection is at an angle of 60° or 300° with respect to the tower longitudinal axis, lifting the third rotor blade at an angle of α = 30° with respect to a horizontal, and fixing the third rotor blade to the third rotor blade connection.