mhurhangee/ep-ind-claims huggingface dataset:
A method of post-processing an audio recording in an audio production equipment, comprising: - receiving at least one audio track of the audio recording, - analyzing one or more characteristics of the at least one audio track to identify a timing of one or more points of interest of a content (201-203, 269) of the at least one audio track, - detecting a first intensity of an audience reaction in the content (201-203, 269) of the at least one audio track, and - adding, to the audio recording and at the timing of the one or more points of interest, one or more audience reaction effects having a second intensity, the second intensity being larger than the first intensity. - receiving at least one audio track of the audio recording, - analyzing one or more characteristics of the at least one audio track to identify a timing of one or more points of interest of a content (201-203, 269) of the at least one audio track, - detecting a first intensity of an audience reaction in the content (201-203, 269) of the at least one audio track, and - adding, to the audio recording and at the timing of the one or more points of interest, one or more audience reaction effects having a second intensity, the second intensity being larger than the first intensity.
A capsule for holding a substance (14,130) which is required to be held in hermetic isolation, the capsule including: a first capsule portion of flexible material for holding the substance, the first capsule portion having a closed end, an opposed open end and a predetermined length dimension defined between the ends (5,6) thereof; a second capsule portion of flexible material having a closed end, an opposed open end and a predetermined length dimension defined between the ends (7,8) thereof, which is shorter than the length dimension of the first capsule portion; a cap which is secured to one of the first capsule portion and the second capsule portion so as to define an additional chamber within which an additional substance is held; the closed end of the second capsule portion being located within the first capsule portion such that a region of the second capsule portion overlaps a region of the first capsule portion so as to close off the open end of the first capsule portion and define a chamber within which a substance is held, the capsule being characterised in that the open ends (6,8) of the first capsule portion and the second capsule portion are aligned flush with one another. a first capsule portion of flexible material for holding the substance, the first capsule portion having a closed end, an opposed open end and a predetermined length dimension defined between the ends (5,6) thereof; a second capsule portion of flexible material having a closed end, an opposed open end and a predetermined length dimension defined between the ends (7,8) thereof, which is shorter than the length dimension of the first capsule portion; a cap which is secured to one of the first capsule portion and the second capsule portion so as to define an additional chamber within which an additional substance is held; the closed end of the second capsule portion being located within the first capsule portion such that a region of the second capsule portion overlaps a region of the first capsule portion so as to close off the open end of the first capsule portion and define a chamber within which a substance is held, the capsule being characterised in that the open ends (6,8) of the first capsule portion and the second capsule portion are aligned flush with one another.
Method for joint evaluation of a medical image dataset on a first data processing device and at least one second data processing device which is connected thereto by way of a data transmission network, - wherein a first application is performed in the first data processing device and a second application is performed in the second data processing device, - wherein each of these applications (15a, 15b) has a respective graphical user interface having at least one segment for display of a view of the image dataset, characterised in that - this view is derived from the image dataset by means of an image processing pipeline that is associated with the respective segment in a multi-stage processing process, - the segment of the first application is operated as a presenter segment in that data, which is partially processed by means of a colour filter of the image processing pipeline (24, 30) of the presenter segment, of the image dataset is decoupled from the image processing pipeline (24, 30) of this presenter segment before form factor adjustment has been performed and is transferred to the second application, and - the segment of the second application is operated as an observer segment in that the transferred partially processed data of the image dataset is coupled to the image processing pipeline (24, 32) of this observer segment before form factor adjustment for preparing the view by means of a filter of the image processing pipeline (24, 32) of the observer segment. - wherein a first application is performed in the first data processing device and a second application is performed in the second data processing device, - wherein each of these applications (15a, 15b) has a respective graphical user interface having at least one segment for display of a view of the image dataset, characterised in that - this view is derived from the image dataset by means of an image processing pipeline that is associated with the respective segment in a multi-stage processing process, - wherein each of these applications (15a, 15b) has a respective graphical user interface having at least one segment for display of a view of the image dataset, characterised in that - this view is derived from the image dataset by means of an image processing pipeline that is associated with the respective segment in a multi-stage processing process, - the segment of the first application is operated as a presenter segment in that data, which is partially processed by means of a colour filter of the image processing pipeline (24, 30) of the presenter segment, of the image dataset is decoupled from the image processing pipeline (24, 30) of this presenter segment before form factor adjustment has been performed and is transferred to the second application, and - the segment of the second application is operated as an observer segment in that the transferred partially processed data of the image dataset is coupled to the image processing pipeline (24, 32) of this observer segment before form factor adjustment for preparing the view by means of a filter of the image processing pipeline (24, 32) of the observer segment.
A measurement arrangement configured to determine an indicator of symptoms of Parkinson's disease in a person, wherein the measurement system comprises a detection system comprising means configured to receive measurement data representing continuous measurements of an EMG signal originating from an electrode patch (10, 20) attached to a limb of the person and an acceleration signal associated with the EMG signal, determine principal component representations based on the measurement data, wherein each principal component representation represents a projection of at least one feature of the EMG signal and at least one feature of the acceleration signal into uncorrelated features in a feature space formed by orthogonal basis vectors, for each determined principal component representation, determine a magnitude of the indicator based on the principal component representation, and based on the determined magnitudes, provide the indicator in a form that shows changes of the magnitude of the indicator over time, wherein the determining of the principal component representation comprises extracting the at least one feature of the EMG signal and the at least one feature of the acceleration signal, forming a feature vector based on the at least one extracted feature of the EMG signal and the at least one extracted feature of the acceleration signal, wherein the feature vector is represented as a weighted sum of eigenvectors of a sample correlation matrix, the sample correlation matrix having been previously solved based on measurement data from a plurality of persons, solving weights of the weighted sum, and using the weights of the weighted sum as the principal components of the principal component representation. receive measurement data representing continuous measurements of an EMG signal originating from an electrode patch (10, 20) attached to a limb of the person and an acceleration signal associated with the EMG signal, determine principal component representations based on the measurement data, wherein each principal component representation represents a projection of at least one feature of the EMG signal and at least one feature of the acceleration signal into uncorrelated features in a feature space formed by orthogonal basis vectors, for each determined principal component representation, determine a magnitude of the indicator based on the principal component representation, and based on the determined magnitudes, provide the indicator in a form that shows changes of the magnitude of the indicator over time, extracting the at least one feature of the EMG signal and the at least one feature of the acceleration signal, forming a feature vector based on the at least one extracted feature of the EMG signal and the at least one extracted feature of the acceleration signal, wherein the feature vector is represented as a weighted sum of eigenvectors of a sample correlation matrix, the sample correlation matrix having been previously solved based on measurement data from a plurality of persons, solving weights of the weighted sum, and using the weights of the weighted sum as the principal components of the principal component representation.
A method of transmitting a reference signal by a User Equipment, UE, in a wireless communication system, the method comprising: determining a base sequence of the reference signal sequence for the reference signal based on a received virtual cell identifier, ID, parameter; determining an initial value of a pseudo random sequence relating to a cyclic shift hopping based on a received cyclic shift hopping initial value parameter, and determining a cyclic shift value of the reference signal sequence for the reference signal based on the determined initial value of the pseudo random sequence relating to the cyclic shift hopping; and generating and transmitting the reference signal based on the determined cyclic shift value of the reference signal sequence and the determined base sequence of the reference signal sequence, characterized in that the method further comprises receiving the cyclic shift hopping initial value parameter and the virtual cell ID parameter configured by one of integer values of 0∼509 from a transmission/reception point through higher layer signaling. determining a base sequence of the reference signal sequence for the reference signal based on a received virtual cell identifier, ID, parameter; determining an initial value of a pseudo random sequence relating to a cyclic shift hopping based on a received cyclic shift hopping initial value parameter, and determining a cyclic shift value of the reference signal sequence for the reference signal based on the determined initial value of the pseudo random sequence relating to the cyclic shift hopping; and generating and transmitting the reference signal based on the determined cyclic shift value of the reference signal sequence and the determined base sequence of the reference signal sequence, characterized in that the method further comprises receiving the cyclic shift hopping initial value parameter and the virtual cell ID parameter configured by one of integer values of 0∼509 from a transmission/reception point through higher layer signaling.
A trenching apparatus configured for cutting a trench extending downwardly from a ground surface, the apparatus comprising: a main body portion, trench cutting equipment depending from the main body portion, at least two ground contacting units arranged on opposed sides of the main body portion and on which the main body portion is supported, each said ground contacting unit being connected to the main body portion by a respective independently operable suspension assembly, the respective suspension assemblies being configured to compensate for unevenness of the ground surface thereby to maintain the trench cutting equipment in a desired angular orientation with respect to the vertical, wherein each independently operable suspension assembly has a pivot centre arranged substantially on a plane which longitudinally bisects the trench cutting equipment, said plane being a nominally vertical plane when the trenching apparatus stands on flat horizontal ground; characterised in that each independently operable suspension assembly is configured such that a ground contacting portion of each ground contacting unit pivots substantially about a point where the trench cutting equipment intersects the ground surface. a main body portion, trench cutting equipment depending from the main body portion, at least two ground contacting units arranged on opposed sides of the main body portion and on which the main body portion is supported, each said ground contacting unit being connected to the main body portion by a respective independently operable suspension assembly, the respective suspension assemblies being configured to compensate for unevenness of the ground surface thereby to maintain the trench cutting equipment in a desired angular orientation with respect to the vertical, wherein each independently operable suspension assembly has a pivot centre arranged substantially on a plane which longitudinally bisects the trench cutting equipment, said plane being a nominally vertical plane when the trenching apparatus stands on flat horizontal ground; characterised in that each independently operable suspension assembly is configured such that a ground contacting portion of each ground contacting unit pivots substantially about a point where the trench cutting equipment intersects the ground surface.
An acousto-optic deflector configured to be positioned between an illumination source and a workpiece, including: a diffractive crystal configured to diffract at least one beam from the illumination source, at least one RF driver coupled to the diffractive crystal, the at least one RF driver being configured to induce an acoustic wave through the diffractive crystal; an optical diffraction path corresponding to a propagation direction of the acoustic wave through the diffractive crystal that has refractive properties responsive to the RF driver; an aperture configured to be placed between an illumination source and a field stop; a field stop with an opening and being configured to be positioned between the aperture and a workpiece; a driver circuitry coupled to the at least one RF driver that sweeps a frequency range from a first frequency to a second frequency, the first and second frequencies span a frequency range of more than one octave, wherein the driver circuitry is further configured to generate blanking of said at least one beam, and wherein the combination of said blanking generated by the driver circuitry and the opening in the field stop is adapted not to allow diffracted radiation of said at least one beam from any point in the aperture to pass through the field stop corresponding to more than one octave of the extended frequency range. a diffractive crystal configured to diffract at least one beam from the illumination source, at least one RF driver coupled to the diffractive crystal, the at least one RF driver being configured to induce an acoustic wave through the diffractive crystal; an optical diffraction path corresponding to a propagation direction of the acoustic wave through the diffractive crystal that has refractive properties responsive to the RF driver; an aperture configured to be placed between an illumination source and a field stop; a field stop with an opening and being configured to be positioned between the aperture and a workpiece; a driver circuitry coupled to the at least one RF driver that sweeps a frequency range from a first frequency to a second frequency, the first and second frequencies span a frequency range of more than one octave, wherein the driver circuitry is further configured to generate blanking of said at least one beam, and wherein the combination of said blanking generated by the driver circuitry and the opening in the field stop is adapted not to allow diffracted radiation of said at least one beam from any point in the aperture to pass through the field stop corresponding to more than one octave of the extended frequency range.
A non-woven fabric base material for a lithium ion secondary battery separator comprising a crystalline polyethylene terephthalate fiber and a polyethylene-terephthalate binder fiber containing 3,5-dicarbomethoxy benzene sulfonic acid as a copolymer component, characterized in that: the content of the polyethylene terephthalate binder fiber is 5 to 60 mass% based on the non-woven fabric base material.
A method implemented at a Unified Data Management, UDM, for managing event subscription, comprising: receiving a subscription request of an event for a user from an event subscriber, in response to receipt of the subscription request, transmitting, to a Unified Data Repository, UDR, a query request for querying whether the event for the user has been subscribed, initiating subscription of the event for the user with an Access and Mobility Management Function, AMF, if the response to the query request indicates that the event for the user has not been subscribed; and upon reception of acknowledgement that the subscription of the event is successful, transmitting a request with identification information of the event subscriber to the UDR for setting an indicator to indicate that the event for the user has been subscribed. receiving a subscription request of an event for a user from an event subscriber, in response to receipt of the subscription request, transmitting, to a Unified Data Repository, UDR, a query request for querying whether the event for the user has been subscribed, initiating subscription of the event for the user with an Access and Mobility Management Function, AMF, if the response to the query request indicates that the event for the user has not been subscribed; and upon reception of acknowledgement that the subscription of the event is successful, transmitting a request with identification information of the event subscriber to the UDR for setting an indicator to indicate that the event for the user has been subscribed.
A method of manufacturing an optical lens, the method comprising: - a lens member providing step during which a lens member comprising a first surface and a first reference system identified by engraved markings on the first surface are provided, - a surface data providing step during which surface data corresponding to a second surface of the optical lens to be manufactured are provided, - a second markings providing step during which second markings are provided on the lens member defining a second reference system, - a marking positioning error providing step during which a marking positioning error between the second markings and the engraved markings is provided, - taping step during which an adhesive tape is provided on the first surface of the lens member, - a manufacturing step during which the second surface of the optical lens is manufactured according to the surface data and the marking positioning error such that the relative position of the first and second surfaces (11,12) is respected.. - a lens member providing step during which a lens member comprising a first surface and a first reference system identified by engraved markings on the first surface are provided, - a surface data providing step during which surface data corresponding to a second surface of the optical lens to be manufactured are provided, - a second markings providing step during which second markings are provided on the lens member defining a second reference system, - a marking positioning error providing step during which a marking positioning error between the second markings and the engraved markings is provided, - taping step during which an adhesive tape is provided on the first surface of the lens member, - a manufacturing step during which the second surface of the optical lens is manufactured according to the surface data and the marking positioning error such that the relative position of the first and second surfaces (11,12) is respected..
A bit assignment estimating device that estimates bit assignment of a payload included in communication data of each electronic control unit in a communication network, the bit assignment estimating device comprising: a receiving unit that receives the communication data; a block generation unit that divides the payload of the communication data, the communication data being received, by every predetermined fixed bit length so as to generate a plurality of blocks; a unit block bit assignment estimation unit that estimates the bit assignment of the block to be any one of a fixed value type, a status value type, and a continuous value type based on a statistic of each block; a block concatenation unit that concatenates a block, the block being adjacent to either of the block which is estimated to be the continuous value type or a concatenation block which is obtained by concatenating a plurality of adjacent blocks and estimated to be the continuous value type at a higher-order bit side, to the block or the concatenation block, the block or the concatenation block being estimated to be the continuous value type, when the block adjacent is estimated to be the status value type or the continuous value type; a concatenation block bit assignment estimation unit that estimates whether the concatenation block is the continuous value type or not based on a statistic of each concatenation block; and a block separation unit that separates an immediately-close-concatenated block from a corresponding concatenation block when the concatenation block is estimated not to be the continuous value type. a receiving unit that receives the communication data; a block generation unit that divides the payload of the communication data, the communication data being received, by every predetermined fixed bit length so as to generate a plurality of blocks; a unit block bit assignment estimation unit that estimates the bit assignment of the block to be any one of a fixed value type, a status value type, and a continuous value type based on a statistic of each block; a block concatenation unit that concatenates a block, the block being adjacent to either of the block which is estimated to be the continuous value type or a concatenation block which is obtained by concatenating a plurality of adjacent blocks and estimated to be the continuous value type at a higher-order bit side, to the block or the concatenation block, the block or the concatenation block being estimated to be the continuous value type, when the block adjacent is estimated to be the status value type or the continuous value type; a concatenation block bit assignment estimation unit that estimates whether the concatenation block is the continuous value type or not based on a statistic of each concatenation block; and a block separation unit that separates an immediately-close-concatenated block from a corresponding concatenation block when the concatenation block is estimated not to be the continuous value type.