mhurhangee/patent-ind-claim-en huggingface dataset:
An indicator system for a torque limiter , comprising: a first component extending around an axis (A) and comprising one or more radially extending cam surfaces ; a second component in combination with a third component , wherein the third component is fixed against rotation relative to the second component , but is axially movable relative to the second component ; characterised in that the third component comprises one or more notches , each receiving one of the radially extending cam surfaces , and upon relative rotation between the first component and the combination of the second component and the third component , a surface of each of the notches is configured to ride up a corresponding cam surface of the first component , causing the third component to move axially away from the second component . a first component extending around an axis (A) and comprising one or more radially extending cam surfaces ; a second component in combination with a third component , wherein the third component is fixed against rotation relative to the second component , but is axially movable relative to the second component ; characterised in that the third component comprises one or more notches , each receiving one of the radially extending cam surfaces , and upon relative rotation between the first component and the combination of the second component and the third component , a surface of each of the notches is configured to ride up a corresponding cam surface of the first component , causing the third component to move axially away from the second component .
Device for applying a fluid or pasty product to keratin fibres, made of a plastic material, obtained by injection in a single piece, comprising an elongated core extending along a longitudinal axis XX, at least one pliable and flexible rod oriented longitudinally and connected on at least a first and a second points to said longitudinal core , spikes oriented substantially radially with respect to the longitudinal axis XX, characterised in that the rod comprises at least a first and a second rectilinear portions disposed such that one of the ends thereof is coincident with the first or the second point of the longitudinal core and an intermediate portion having at least one concave curve with respect to the longitudinal axis, suitable for arranging at least one bending zone perpendicular to the longitudinal axis XX.
A method comprising: detecting a triggering event at an access point , wherein the triggering event comprises a communication between the access point and a connected device , wherein the connected device is connected to a network serviced by the access point ; encapsulating, at the access point , within a layer 3 packet, based on the triggering event, a layer 2 frame comprising an identifier of the access point , wherein the identifier is associated with a location of the access point ; transmitting the encapsulated identifier of the access point to a routing device in response to the triggering event; and causing a transmission of the encapsulated identifier of the access point to a management device , wherein, based on the encapsulated identifier, the management device is configured to control an operation of the access point and / or the routing device . detecting a triggering event at an access point , wherein the triggering event comprises a communication between the access point and a connected device , wherein the connected device is connected to a network serviced by the access point ; encapsulating, at the access point , within a layer 3 packet, based on the triggering event, a layer 2 frame comprising an identifier of the access point , wherein the identifier is associated with a location of the access point ; transmitting the encapsulated identifier of the access point to a routing device in response to the triggering event; and causing a transmission of the encapsulated identifier of the access point to a management device , wherein, based on the encapsulated identifier, the management device is configured to control an operation of the access point and / or the routing device .
A synthetic aortic root comprising at least two regions, wherein in at least one region the synthetic root has a multi-layered structure comprising a support layer formed of a knitted, woven, braided or 3D-printed material, or a combination thereof; the support layer being disposed between an inner and an outer nanofiber layer; and wherein the support layer comprises at least a first support layer region and a second support layer region wherein the pattern, material, density and/or tension of the support layer in the first support layer region is different to that in the second support layer region.
A terminal comprising: a control section configured to determine a type of a specific search space, based on search space type information indicating a common search space or a User Equipment, UE, -specific search space; and a receiving section configured to monitor, in the specific search space, physical downlink control channel, PDCCH, candidates for one or more downlink control information, DCI, formats indicated by one or more parameters included in the search space type information. a control section configured to determine a type of a specific search space, based on search space type information indicating a common search space or a User Equipment, UE, -specific search space; and a receiving section configured to monitor, in the specific search space, physical downlink control channel, PDCCH, candidates for one or more downlink control information, DCI, formats indicated by one or more parameters included in the search space type information.
An orally disintegrating tablet as a compression molding product of a mixture comprising at least a disintegrant, and granules A containing a pharmaceutically active ingredient, wherein the proportion of granules A in the orally disintegrating tablet is at least 25 weight %, and wherein (a) the mean particle size of granules A is not greater than 300 μm, and said mean particle size of granules A is the 50% particle size (D 50 ) in particle size distribution (weight-based) determined by the sieving method, (b) the particle distribution index for granules A is 3.0 or less, and particle distribution index = (D 50 /D 10 + D 90 /D 50 )/2, and particle size distribution (weight-based) is determined by the sieving method, (c) the angle of repose of granules A is not greater than 38°, and said angle of repose is a value determined according to "Determination of the repose angle", the Japanese Pharmacopoeia, 17th edition, and (d) the aspect ratio of granules A is at least 0.7, and said aspect ratio is an index representing the shape of a particle and determined by ISO 9276-6 as "Feret's distance/ISO maximum length" of a particle, and wherein the content of the pharmaceutically active ingredient in the granules A represents at least 70 weight % of the weight of the plain granules of granules A. (a) the mean particle size of granules A is not greater than 300 μm, and said mean particle size of granules A is the 50% particle size (D 50 ) in particle size distribution (weight-based) determined by the sieving method, (b) the particle distribution index for granules A is 3.0 or less, and particle distribution index = (D 50 /D 10 + D 90 /D 50 )/2, and particle size distribution (weight-based) is determined by the sieving method, (c) the angle of repose of granules A is not greater than 38°, and said angle of repose is a value determined according to "Determination of the repose angle", the Japanese Pharmacopoeia, 17th edition, and (d) the aspect ratio of granules A is at least 0.7, and said aspect ratio is an index representing the shape of a particle and determined by ISO 9276-6 as "Feret's distance/ISO maximum length" of a particle, and
Fastening device for fastening a boot to a sliding board , comprising: - a base intended to be fastened to a sliding board and to surround, at least partially, a sole and lateral sides of a boot, - at least one lever that can move relative to the base, characterized in that the lever can interact with a retention element connected to a boot, the lever being able to move between a first retention position (P1) and a second clamping position (P2), the lever being able to retain the boot in the base when it is in its first position, the lever being able to transmit a downward force on the retention element when it is in its second position, characterized in that the lever comprises a gripping element for moving the lever from its first position (P1) into its second position (P2) in the direction of clamping (S). - a base intended to be fastened to a sliding board and to surround, at least partially, a sole and lateral sides of a boot, - at least one lever that can move relative to the base,
An implant material comprising homogeneously distributed Fe-doped nanodiamonds in a matrix composed of magnesium or a magnesium alloy.
A heat dissipation sheet, which is prepared by molding a thermally conductive resin composition prepared by blending an inorganic filler component and a resin component, the inorganic filler component including a first inorganic filler and a second inorganic filler, provided that particle size distribution of the inorganic filler component includes a first maximum point attributable to the first inorganic filler and a second maximum point attributable to the second inorganic filler; the particle size at the first maximum point is 15 μm or more; the particle size at the second maximum point is 30% or more and 2/3 or less the particle size at the first maximum point; and an accumulated amount of the frequency between the peak start and the peak end of the peak having the first maximum point is 70% or more, an accumulated amount of the frequency between the peak start and the peak end of the peak having the second maximum point is 25% or more; and which has a surface roughness of from 1.5 to 3.0 pm and a thickness of 0.2 mm or less. which is prepared by molding a thermally conductive resin composition prepared by blending an inorganic filler component and a resin component, the inorganic filler component including a first inorganic filler and a second inorganic filler, provided that particle size distribution of the inorganic filler component includes a first maximum point attributable to the first inorganic filler and a second maximum point attributable to the second inorganic filler; the particle size at the first maximum point is 15 μm or more; the particle size at the second maximum point is 30% or more and 2/3 or less the particle size at the first maximum point; and an accumulated amount of the frequency between the peak start and the peak end of the peak having the first maximum point is 70% or more, an accumulated amount of the frequency between the peak start and the peak end of the peak having the second maximum point is 25% or more; and which has a surface roughness of from 1.5 to 3.0 pm and a thickness of 0.2 mm or less.
A method of forming a polishing article , comprising: dispensing a first droplet of a first liquid on a surface of a portion of a polishing body, wherein the surface comprises a first material formed by curing an amount of the first liquid, and exposing the dispensed first droplet of the first liquid to electromagnetic radiation for a first period of time to only partially cure the material within the first droplet, wherein exposing the dispensed first droplet of the first liquid occurs after a second period of time has elapsed, and the second period of time starts when the first droplet is disposed on the surface. dispensing a first droplet of a first liquid on a surface of a portion of a polishing body, wherein the surface comprises a first material formed by curing an amount of the first liquid, and exposing the dispensed first droplet of the first liquid to electromagnetic radiation for a first period of time to only partially cure the material within the first droplet, wherein exposing the dispensed first droplet of the first liquid occurs after a second period of time has elapsed, and the second period of time starts when the first droplet is disposed on the surface.
Magnet sensor means of an electrical drive, said means being mounted on a shaft end of a shaft or on a rolling-contact bearing inner ring secured to the shaft, the magnet sensor means consisting of a magnet sensor and an adapter , the magnet sensor being a plastic-bonded permanent magnet connected to the adapter by primary shaping processes and the adapter being fastened to the shaft end or inner ring by means of a frictional connection, characterised in that the adapter has two pin-like projections that are pressed into one or two cavities in the axial end face of the shaft.
A system for evaluating a pain disorder comprising: an electrogram interface that receives a recorded evoked potential from an electrogram of a subject; a feature extractor that extracts a set of features from the evoked potential including features from at least two of a set of features representing connectivity between regions of the brain, a set of morphology features, a set of features representing time and frequency, a set of signal decomposition features, and a set of features representing entropy; a machine learning model configured to be trained on a set of training samples that each comprise values for the extracted set of features and a value for a clinical parameter from a set of subjects having a known value for the clinical parameter, the machine learning model further configured to assign the clinical parameter to the subject from the extracted set of features, the clinical parameter representing one of the presence of a pain disorder generally, the presence of a specific pain disorder, a subtype of a pain disorder, a severity of a pain disorder, a change in the severity of a pain disorder over time, and a likelihood that the subject suffers from a specific pain disorder, the clinical parameter configured to be a categorical parameter that can assume a value associated with one of a plurality of classes, each class representing one of the presence of the pain disorder, and the likelihood that the subject suffers from the pain disorder; and an output device configured to provide the clinical parameter to a user. an electrogram interface that receives a recorded evoked potential from an electrogram of a subject; a feature extractor that extracts a set of features from the evoked potential including features from at least two of a set of features representing connectivity between regions of the brain, a set of morphology features, a set of features representing time and frequency, a set of signal decomposition features, and a set of features representing entropy; a machine learning model configured to be trained on a set of training samples that each comprise values for the extracted set of features and a value for a clinical parameter from a set of subjects having a known value for the clinical parameter, the machine learning model further configured to assign the clinical parameter to the subject from the extracted set of features, the clinical parameter representing one of the presence of a pain disorder generally, the presence of a specific pain disorder, a subtype of a pain disorder, a severity of a pain disorder, a change in the severity of a pain disorder over time, and a likelihood that the subject suffers from a specific pain disorder, the clinical parameter configured to be a categorical parameter that can assume a value associated with one of a plurality of classes, each class representing one of the presence of the pain disorder, and the likelihood that the subject suffers from the pain disorder; and an output device configured to provide the clinical parameter to a user.
A heat shield assembly for an aircraft, comprising: a flexible member , wherein the flexible member comprises an upper piece and a lower piece bonded together, wherein the upper piece is a first single continuous piece and the lower piece is a second single continuous piece, and wherein the upper piece comprises a plurality of ridges and a plurality of depressions ; a plurality of frame members (210A-F) disposed on the flexible member; and a plurality of mounting structures (230A-D, 235A-D) configured to directly mount the heat shield assembly to a strut of an airplane, wherein each of the plurality of mounting structures is disposed on one of the plurality of frame members. a flexible member , wherein the flexible member comprises an upper piece and a lower piece bonded together, wherein the upper piece is a first single continuous piece and the lower piece is a second single continuous piece, and wherein the upper piece comprises a plurality of ridges and a plurality of depressions ; a plurality of frame members (210A-F) disposed on the flexible member; and a plurality of mounting structures (230A-D, 235A-D) configured to directly mount the heat shield assembly to a strut of an airplane, wherein each of the plurality of mounting structures is disposed on one of the plurality of frame members.
A nacelle component for a gas turbine engine, the component comprising: at least one polymeric substrate 195 forming a fan nacelle 134 having at least one exposed surface; and at least one metallic plating layer 196 deposited on the at least one exposed surface of the at least one polymeric substrate 195, characterized in that : the fan nacelle 134 comprises a forward segment 190 and the forward segment comprises a heating element 202 disposed between the at least one polymeric substrate 195 and the at least one metallic plating layer 196. at least one polymeric substrate 195 forming a fan nacelle 134 having at least one exposed surface; and at least one metallic plating layer 196 deposited on the at least one exposed surface of the at least one polymeric substrate 195, characterized in that : the fan nacelle 134 comprises a forward segment 190 and the forward segment comprises a heating element 202 disposed between the at least one polymeric substrate 195 and the at least one metallic plating layer 196.
A computer-implemented method for determining a periodicity of a physiological signal, comprising: Providing a plurality of target periodicities from a discrete range of probable periodicities of interest for a physiological signal; Filtering the plurality of target periodicities of the physiological signal using a bandpass filter to generate signal samples, wherein a lower cutoff frequency of the bandpass filter is below a minimum periodicity of the plurality of target periodicities and an upper cutoff frequency of the bandpass filter is above a maximum periodicity of the plurality of target periodicities; Converting the signal samples into binary values, comprising: converting each signal sample to a Boolean by comparing the signal sample to zero, wherein the signal sample is given a value of True if the signal sample is greater than zero and a value of False otherwise; and representing the signal sample by a single bit according to its Boolean; Calculating an autocorrelation (R) based on the binary values; and Determining a periodicity (P) of the physiological signal based on the calculated autocorrelation; wherein determining a periodicity of the physiological signal based on the calculated autocorrelation comprises: Finding a first peak of the calculated autocorrelation in a direction from a shortest lag to a longest lag; and Defining the first peak as the periodicity of the physiological signal. Providing a plurality of target periodicities from a discrete range of probable periodicities of interest for a physiological signal; Filtering the plurality of target periodicities of the physiological signal using a bandpass filter to generate signal samples, wherein a lower cutoff frequency of the bandpass filter is below a minimum periodicity of the plurality of target periodicities and an upper cutoff frequency of the bandpass filter is above a maximum periodicity of the plurality of target periodicities; Converting the signal samples into binary values, comprising: converting each signal sample to a Boolean by comparing the signal sample to zero, wherein the signal sample is given a value of True if the signal sample is greater than zero and a value of False otherwise; and representing the signal sample by a single bit according to its Boolean; Calculating an autocorrelation (R) based on the binary values; and Determining a periodicity (P) of the physiological signal based on the calculated autocorrelation; wherein determining a periodicity of the physiological signal based on the calculated autocorrelation comprises: Finding a first peak of the calculated autocorrelation in a direction from a shortest lag to a longest lag; and Defining the first peak as the periodicity of the physiological signal. Finding a first peak of the calculated autocorrelation in a direction from a shortest lag to a longest lag; and Defining the first peak as the periodicity of the physiological signal.
A computer program having instructions which, when executed by a computing device or system, cause said computing device or system to: - receive a video stream; - access a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, wherein content of the first picture overlaps content of the second picture, the video picture being part of the received video stream; - access information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped, the first picture of the first view and the second picture of the second view being arranged side-by-side or top-bottom; and - decode the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures. - receive a video stream; - access a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, wherein content of the first picture overlaps content of the second picture, the video picture being part of the received video stream; - access information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped, the first picture of the first view and the second picture of the second view being arranged side-by-side or top-bottom; and - decode the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures.