mhurhangee/patent-ind-claim-en huggingface dataset:
Method for distinguishing at least one first object from at least one second object in a plurality of digital images, wherein the at least one first object having received at least one molecule comprising genetic information, the at least one second object not having received a molecule comprising genetic information, wherein the at least one molecule is configured to receive one of a plurality of fluorescent compounds in each of a plurality of cycles, the digital images being determined by an optical imaging system during emission of electromagnetic radiation by the fluorescent compounds, wherein the plurality of digital images comprises a plurality of series of images, each image of a series referring to the emission spectrum of a respective fluorescent compound and wherein the series of images is repeatedly taken for each of the plurality of cycles, wherein the method comprises the following steps, preferably in the following order: a) determining intensity values from the plurality of digital images for each object; b) correcting autofluorescence effects by subtracting a predetermined intensity value from the determined intensity values; c) correcting crosstalk effects caused by overlapping fluorescent spectra of the fluorescent compounds by applying a predetermined crosstalk matrix to the determined intensity values; d) computing standard deviation values across different emission spectra of the corrected intensity values for each object and each of the plurality of cycles and computing a mean value of the standard deviations for each object; e) normalizing the mean values for each object using a linear transformation; f) determining classification thresholds from the normalized mean values using a threshold selection method to obtain a binary digital image, wherein the at least one first object is represented by a first intensity value above the corresponding classification threshold and the at least one second object is represented by a second intensity value below the corresponding classification threshold. a) determining intensity values from the plurality of digital images for each object; b) correcting autofluorescence effects by subtracting a predetermined intensity value from the determined intensity values; c) correcting crosstalk effects caused by overlapping fluorescent spectra of the fluorescent compounds by applying a predetermined crosstalk matrix to the determined intensity values; d) computing standard deviation values across different emission spectra of the corrected intensity values for each object and each of the plurality of cycles and computing a mean value of the standard deviations for each object; e) normalizing the mean values for each object using a linear transformation; f) determining classification thresholds from the normalized mean values using a threshold selection method to obtain a binary digital image, wherein the at least one first object is represented by a first intensity value above the corresponding classification threshold and the at least one second object is represented by a second intensity value below the corresponding classification threshold.
A computer implemented method of modifying a seismic image of a subsurface region, the method comprising: identifying by interpreting the seismic image a plurality of locations within the seismic image that include an anomalous feature, comprising locating dip bars at the identified locations; indicating a plurality of structural changes associated with the anomalous feature identified within the seismic image, the indicating structural changes comprising indicating position corrections of the dip bars, the structural changes selected to at least partially correct for the anomalous feature; identifying by interpreting the seismic image a region causing the anomalous feature in which corrections to a velocity model corresponding to the seismic image are to be applied; performing an inversion for the region in accordance with the indicated structural changes to determine changes in slowness for the region, wherein the inversion comprises an inversion along a plurality of rays normal to the dip bars; updating the velocity model based on the changes in slowness; and producing a modified seismic image on the basis of the updated velocity model. identifying by interpreting the seismic image a plurality of locations within the seismic image that include an anomalous feature, comprising locating dip bars at the identified locations; indicating a plurality of structural changes associated with the anomalous feature identified within the seismic image, the indicating structural changes comprising indicating position corrections of the dip bars, the structural changes selected to at least partially correct for the anomalous feature; identifying by interpreting the seismic image a region causing the anomalous feature in which corrections to a velocity model corresponding to the seismic image are to be applied; performing an inversion for the region in accordance with the indicated structural changes to determine changes in slowness for the region, wherein the inversion comprises an inversion along a plurality of rays normal to the dip bars; updating the velocity model based on the changes in slowness; and producing a modified seismic image on the basis of the updated velocity model.
A cable winch having a cable drum onto which a cable can be wound, wherein a temperature measuring device is provided to measure the temperature of the cable drum , characterized in that the temperature measuring device comprises a temperature switch for providing a temperature signal when a predetermined limit temperature of the cable drum is reached or exceeded.
Closure system for lidded containers, of the type comprising a body having a neck that comprises at least one opening that is covered by a lid wherein - the neck comprises at least one mouth , that defines the opening , and a recess in the walls of the neck , both the mouth and the recess having an elliptical shape, the major axis of the ellipse of the mouth and the recess being 5-15% longer than the minor axis - the lid comprises an extension having an elliptical shape, which is directed towards the inner part of the lid , the major axis of the ellipse of the extension being 5-15% longer than its minor axis, - the ellipse of the mouth is smaller than the ellipse of the lid , - the recess has a frustoconical configuration that defines an angle α, and - the extension , in its inner face , which is located opposite the recess , has an inverted frustoconical configuration with respect to the frustoconical configuration of the recess , having an angle β, said extension comprising a salient flank that is located in the recess . which, when in a closed position at least part of the extension rubs against the recess and locks the lid to the body , which, when in an open position, when rotating the lid around the rotation axis of the body in an opposite sense to the one that had been applied for closing, the lid is released from the body and when continuing the rotation in the same direction, the lid is locked again to the body rubbing a section of the extension with the recess walls . - the neck comprises at least one mouth , that defines the opening , and a recess in the walls of the neck , both the mouth and the recess having an elliptical shape, the major axis of the ellipse of the mouth and the recess being 5-15% longer than the minor axis - the lid comprises an extension having an elliptical shape, which is directed towards the inner part of the lid , the major axis of the ellipse of the extension being 5-15% longer than its minor axis, - the ellipse of the mouth is smaller than the ellipse of the lid , - the recess has a frustoconical configuration that defines an angle α, and - the extension , in its inner face , which is located opposite the recess , has an inverted frustoconical configuration with respect to the frustoconical configuration of the recess , having an angle β, said extension comprising a salient flank that is located in the recess . which, when in a closed position at least part of the extension rubs against the recess and locks the lid to the body , which, when in an open position, when rotating the lid around the rotation axis of the body in an opposite sense to the one that had been applied for closing, the lid is released from the body and when continuing the rotation in the same direction, the lid is locked again to the body rubbing a section of the extension with the recess walls .
A printing apparatus , comprising a transport roller that transports a medium (P), wherein the transport roller includes: a shaft that extends in a direction (AX) intersecting a transport direction (Y) of the medium; and a wheel group in which a plurality of toothed wheels arrayed in the direction in which the shaft extends are held by holders , characterized in that the toothed wheel includes non-formation portions having no teeth , and the non-formation portions of the plurality of toothed wheels of the wheel group are arranged with a phase difference therebetween in a circumferential direction of the toothed wheels. a shaft that extends in a direction (AX) intersecting a transport direction (Y) of the medium; and a wheel group in which a plurality of toothed wheels arrayed in the direction in which the shaft extends are held by holders ,
A method of generating a concealment audio subframe of an audio signal in a decoding device, the method comprising: generating frequency spectra on a subframe basis where consecutive subframes of the audio signal have a property that an applied window shape of first subframe of the consecutive subframes is a mirrored version or a time reversed version of a window applied on a second subframe of the consecutive subframes; detecting peaks of a signal spectrum of a previously received audio signal on a fractional frequency scale; estimating a phase of each of the peaks; deriving a phase adjustment for a time reversed concealment audio subframe based on the estimated phase, wherein the phase adjustment Δ φ for the peaks of the time reversed concealment audio subframe is calculated in accordance with: Δφ = - 2 φ 0 - 2 πf N step + N lost ⋅ N / N , wherein φ 0 is the estimated phase of a peak and f is a frequency of a peak, N lost denotes the number of consecutive lost frames, N denotes the length of a full frame and N step is the distance in samples between the start of the second subframe of the last received frame and the start of the first subframe of a concealment audio frame; applying the phase adjustment Δ φ to the peaks of the signal spectrum to form phase adjusted peaks of a concealment spectrum; and applying a time reversal by applying a complex conjugate to the phase adjusted peaks of the concealment spectrum. generating frequency spectra on a subframe basis where consecutive subframes of the audio signal have a property that an applied window shape of first subframe of the consecutive subframes is a mirrored version or a time reversed version of a window applied on a second subframe of the consecutive subframes; detecting peaks of a signal spectrum of a previously received audio signal on a fractional frequency scale; estimating a phase of each of the peaks; deriving a phase adjustment for a time reversed concealment audio subframe based on the estimated phase, wherein the phase adjustment Δ φ for the peaks of the time reversed concealment audio subframe is calculated in accordance with: Δφ = - 2 φ 0 - 2 πf N step + N lost ⋅ N / N , wherein φ 0 is the estimated phase of a peak and f is a frequency of a peak, N lost denotes the number of consecutive lost frames, N denotes the length of a full frame and N step is the distance in samples between the start of the second subframe of the last received frame and the start of the first subframe of a concealment audio frame; applying the phase adjustment Δ φ to the peaks of the signal spectrum to form phase adjusted peaks of a concealment spectrum; and applying a time reversal by applying a complex conjugate to the phase adjusted peaks of the concealment spectrum.
A structural component configured to be used in the core of a nuclear fission reactor, comprising at least a part of a metallic alloy, wherein the metallic alloy is a multi-principal-element alloy, which consists of at least four principal elements and of possible residual elements, characterized in that the concentration of each of the principal elements in the metallic alloy is at most 50 molar-% and at least 10 molar-%, and that the metallic alloy consists of one of Zr 2 TiNbV, ZrTiNbVMo, ZrCrNbMo, MoNbTiZr and NbTaVZr.
A vacuum tool comprising: a plurality of vacuum distributors , each vacuum distributor of the plurality of vacuum distributors coupled to at least one other vacuum distributor of the plurality of vacuum distributors , comprising at least one reduced material portion eliminating at least one portion of an exterior top surface between the plurality of vacuum distributors ; a plurality of discrete vacuum distribution cavities , wherein each vacuum distributor of the plurality of vacuum distributors forms, at least in part, an associated vacuum distribution cavity of the plurality of vacuum distribution cavities ; and a vacuum plate , the vacuum plate having a plurality of apertures , the vacuum plate coupled to the plurality of vacuum distributors , wherein the vacuum plate and the plurality of vacuum distributors enclose the plurality of vacuum distribution cavities , wherein a first vacuum distributor and a second vacuum distributor of the plurality of vacuum distributors are independently capable of maintaining a vacuum force. a plurality of vacuum distributors , each vacuum distributor of the plurality of vacuum distributors coupled to at least one other vacuum distributor of the plurality of vacuum distributors , comprising at least one reduced material portion eliminating at least one portion of an exterior top surface between the plurality of vacuum distributors ; a plurality of discrete vacuum distribution cavities , wherein each vacuum distributor of the plurality of vacuum distributors forms, at least in part, an associated vacuum distribution cavity of the plurality of vacuum distribution cavities ; and a vacuum plate , the vacuum plate having a plurality of apertures , the vacuum plate coupled to the plurality of vacuum distributors , wherein the vacuum plate and the plurality of vacuum distributors enclose the plurality of vacuum distribution cavities , wherein a first vacuum distributor and a second vacuum distributor of the plurality of vacuum distributors are independently capable of maintaining a vacuum force.
Apparatus for providing a measure of the current capacity of a charging cable, the apparatus comprising: a measuring device constructed and arranged to measure the weight of a section of a charging cable; and a controller configured to provide a measure of the current capacity of the charging cable based on the measured weight of the section of the charging cable. a measuring device constructed and arranged to measure the weight of a section of a charging cable; and a controller configured to provide a measure of the current capacity of the charging cable based on the measured weight of the section of the charging cable.
A node for a synchronous network, said node comprising: an interface being configured for interconnecting said node to at least one neighboring node over an isochronous transport link for transmission and reception of repetitive frames comprising user data, a clock for establishing a local time characterized by : a time-locked loop configured for, based on remote time information received via said interface and local time information, synchronizing said clock to a clock of one of the at least one neighboring node by phase locking the clock of the node to a time difference between the clock of the node and the clock of the neighboring node, wherein said remote and local time information is exchanged between said node and said at least one neighboring node by means of said repetitive frames. an interface being configured for interconnecting said node to at least one neighboring node over an isochronous transport link for transmission and reception of repetitive frames comprising user data, a clock for establishing a local time characterized by : a time-locked loop configured for, based on remote time information received via said interface and local time information, synchronizing said clock to a clock of one of the at least one neighboring node by phase locking the clock of the node to a time difference between the clock of the node and the clock of the neighboring node, wherein said remote and local time information is exchanged between said node and said at least one neighboring node by means of said repetitive frames. a time-locked loop configured for, based on remote time information received via said interface and local time information, synchronizing said clock to a clock of one of the at least one neighboring node by phase locking the clock of the node to a time difference between the clock of the node and the clock of the neighboring node, wherein said remote and local time information is exchanged between said node and said at least one neighboring node by means of said repetitive frames.
A sealed-type electric compressor , comprising: an electric motor and a compressor mechanism accommodated in a cylindrical casing , the compressor mechanism being able to be driven by the electric motor , wherein the electric motor is fixedly disposed by each of both-end portions (E1, E2) of a stator of the electric motor being shrink-fit, press-fit, or welded to a circular inner circumferential surface of the cylindrical casing , an intermediate portion (M) excluding the both-end portions (E1, E2) is not in contact with the casing over a part of the intermediate portion (M) excluding a contact portion, and a section of the casing corresponding to the intermediate portion (M) is in a non-contact state, as a result of the section being caused to bulge outward in a rib-like shape, apart from a section corresponding to a notched portion formed for a refrigerant passage provided on an outer circumference of the stator . an electric motor and a compressor mechanism accommodated in a cylindrical casing , the compressor mechanism being able to be driven by the electric motor , wherein the electric motor is fixedly disposed by each of both-end portions (E1, E2) of a stator of the electric motor being shrink-fit, press-fit, or welded to a circular inner circumferential surface of the cylindrical casing , an intermediate portion (M) excluding the both-end portions (E1, E2) is not in contact with the casing over a part of the intermediate portion (M) excluding a contact portion, and a section of the casing corresponding to the intermediate portion (M) is in a non-contact state, as a result of the section being caused to bulge outward in a rib-like shape, apart from a section corresponding to a notched portion formed for a refrigerant passage provided on an outer circumference of the stator .
A method comprising steps of: monitoring one or more user devices operating on a Wi-Fi network , the step of monitoring including measuring network metadata associated with the one or more user devices ; analyzing one or more of usage parameters and operational parameters, including the measured network metadata, with respect to each of the one or more user devices ; responsive to Media Access Control, MAC, address randomization of the one or more user devices , identifying the one or more user devices based on the one or more of usage parameters and operational parameters, including the measured network metadata; retrieving a device identifier associated with each of the one or more user devices ; correlating the retrieved device identifier of each of the one or more user devices with an operational identity based on the one or more of usage parameters and operational parameters; for each retrieved device identifier, storing a set of sequence numbers used to identify packet transmission events associated with the retrieved device identifier; and characterized by the step of correlating the device identifier of each of the one or more user devices being carried out when a difference between an ending time of the sequence numbers of a first set of sequence numbers related to a first retrieved device identifier and a starting time of sequence numbers of a second set of sequence numbers related to a second retrieved device identifier is below a predetermined threshold. monitoring one or more user devices operating on a Wi-Fi network , the step of monitoring including measuring network metadata associated with the one or more user devices ; analyzing one or more of usage parameters and operational parameters, including the measured network metadata, with respect to each of the one or more user devices ; responsive to Media Access Control, MAC, address randomization of the one or more user devices , identifying the one or more user devices based on the one or more of usage parameters and operational parameters, including the measured network metadata; retrieving a device identifier associated with each of the one or more user devices ; correlating the retrieved device identifier of each of the one or more user devices with an operational identity based on the one or more of usage parameters and operational parameters; for each retrieved device identifier, storing a set of sequence numbers used to identify packet transmission events associated with the retrieved device identifier; and characterized by the step of correlating the device identifier of each of the one or more user devices being carried out when a difference between an ending time of the sequence numbers of a first set of sequence numbers related to a first retrieved device identifier and a starting time of sequence numbers of a second set of sequence numbers related to a second retrieved device identifier is below a predetermined threshold.
A jug for the heating and/or frothing of milk, comprising a container for containing the milk, equipped with a box-shaped cover on the top, housing a chamber for heating and/or frothing milk withdrawn from said container , comprising a articulated connecting means between said cover and said container , said jug having a plurality of configurations in each of which said cover has a different arrangement with respect to said container , each configuration of said jug being associated with a corresponding state of said articulated connecting means, characterised in that said cover has an inlet for steam into said chamber and an outlet for hot and/or frothed milk from said chamber .