mhurhangee/ep-ind-claims huggingface dataset:
A decimation filtering system for processing an input signal from a digital microphone and generating an output signal having an output sample rate, wherein a ratio of a sample rate of the input signal to the output sample rate is a decimation ratio, the decimation filtering system comprising: an input interface operable to receive the input signal in a bitstream, the bitstream being a single bit digital signal, the input interface comprising a delay module operable to delay the input signal by a number of samples equal to half of the decimation ratio to generate a delayed input signal; a filtering module operable to process the input signal and the delayed input signal through a parallel circuit of filters comprising a first path and a second path, each path comprising a FIR filter in series with an IIR filter, wherein the entirety of the processing in each path is performed at the output sample rate, wherein the FIR filters comprise solely addition operations, wherein the IIR filters comprise all-pass filters, wherein the FIR filter of each path comprises a single accumulator, and wherein the FIR filter of the first path operates on the input signal, and the FIR filter of the second path operates on the delayed input signal; and an output interface operable to generate the output signal at said output sample rate by summing the respective processed input signals from the first path and the second path. an input interface operable to receive the input signal in a bitstream, the bitstream being a single bit digital signal, the input interface comprising a delay module operable to delay the input signal by a number of samples equal to half of the decimation ratio to generate a delayed input signal; a filtering module operable to process the input signal and the delayed input signal through a parallel circuit of filters comprising a first path and a second path, each path comprising a FIR filter in series with an IIR filter, wherein the entirety of the processing in each path is performed at the output sample rate, wherein the FIR filters comprise solely addition operations, wherein the IIR filters comprise all-pass filters, wherein the FIR filter of each path comprises a single accumulator, and wherein the FIR filter of the first path operates on the input signal, and the FIR filter of the second path operates on the delayed input signal; and an output interface operable to generate the output signal at said output sample rate by summing the respective processed input signals from the first path and the second path.
A verification method comprising: generating an operable scrambled keypad comprising a plurality of keys and providing said keypad within a display zone of a screen associated with an electronic device; presenting an image of a non-scrambled keypad within at least part of the display zone over the scrambled operable keypad so as to provide a mapping between keys depicted in the image and the keys of the underlying operable scrambled keypad and such that a user is able to operate the keys of the operable scrambled keypad via the image, wherein the mapping enables an encoded version of an input from the user to be inputted into the device; transmitting the encoded version of the input from the electronic device to a remote computing resource, wherein the remote computing resource is configured to generate or obtain the mapping to enable decoding of the encoded version of the input. generating an operable scrambled keypad comprising a plurality of keys and providing said keypad within a display zone of a screen associated with an electronic device; presenting an image of a non-scrambled keypad within at least part of the display zone over the scrambled operable keypad so as to provide a mapping between keys depicted in the image and the keys of the underlying operable scrambled keypad and such that a user is able to operate the keys of the operable scrambled keypad via the image, wherein the mapping enables an encoded version of an input from the user to be inputted into the device; transmitting the encoded version of the input from the electronic device to a remote computing resource, wherein the remote computing resource is configured to generate or obtain the mapping to enable decoding of the encoded version of the input.
A method for generating a medical image based on textual data in a medical report of a patient, comprising: retrieving, by an image generation system, a textual data from each of one or more medical reports of a patient, wherein the textual data comprises one or more medical events and corresponding two or more attributes associated with each of the one or more medical reports, wherein the two or more attributes comprise a qualitative attribute indicating a medical problem associated with the patient and a quantitative attribute indicating a quantity associated with the medical problem; computing, by the image generation system, a matching score for each of plurality of reference images based on the textual data, using a first machine learning model; selecting, by the image generation system, one or more images from the plurality of reference images based on the matching score associated with each of the plurality of reference images, wherein each one of the one or more images selected from the plurality of reference images has a higher value of the matching score than values of the matching score for the other images from the plurality of reference images not selected; and generating, by the image generation system, one or more medical event images for the patient based on the one or more images and the one or more medical events of the textual data using a second machine learning model, wherein a medical event image of the one or more medical event images is generated for an associated medical event with the corresponding quantitative attribute indicating the quantity associated with the medical problem. retrieving, by an image generation system, a textual data from each of one or more medical reports of a patient, wherein the textual data comprises one or more medical events and corresponding two or more attributes associated with each of the one or more medical reports, wherein the two or more attributes comprise a qualitative attribute indicating a medical problem associated with the patient and a quantitative attribute indicating a quantity associated with the medical problem; computing, by the image generation system, a matching score for each of plurality of reference images based on the textual data, using a first machine learning model; selecting, by the image generation system, one or more images from the plurality of reference images based on the matching score associated with each of the plurality of reference images, wherein each one of the one or more images selected from the plurality of reference images has a higher value of the matching score than values of the matching score for the other images from the plurality of reference images not selected; and generating, by the image generation system, one or more medical event images for the patient based on the one or more images and the one or more medical events of the textual data using a second machine learning model, wherein a medical event image of the one or more medical event images is generated for an associated medical event with the corresponding quantitative attribute indicating the quantity associated with the medical problem.
A flexible sensor (201,501,901,1101), comprising: a first conductive layer (202, 902, 1102); and a second conductive layer (203, 903, 1103); said first conductive layer and said second conductive layer define a sensing region (205, 904) for determining a mechanical interaction; wherein said first conductive layer comprises a first substrate having a plurality of conductive rows printed thereon; said second conductive layer comprises a second substrate having a plurality of conductive columns printed thereon; said first conductive layer and said second conductive layer are constrained by a constraining means (505, 905) along a first edge (506, 906) and a second edge (507, 907) of said sensor, said constraining means maintaining said first conductive layer and said second conductive layer together; and characterised in that: movement of said first conductive layer and said second conductive layer perpendicular to each other is permitted in said sensing region such that said first conductive layer and said second conductive layer are configured to slide over each other in said sensing region when said sensor is flexed or bent. a first conductive layer (202, 902, 1102); and a second conductive layer (203, 903, 1103); said first conductive layer and said second conductive layer define a sensing region (205, 904) for determining a mechanical interaction; wherein said first conductive layer comprises a first substrate having a plurality of conductive rows printed thereon; said second conductive layer comprises a second substrate having a plurality of conductive columns printed thereon; said first conductive layer and said second conductive layer are constrained by a constraining means (505, 905) along a first edge (506, 906) and a second edge (507, 907) of said sensor, said constraining means maintaining said first conductive layer and said second conductive layer together; and characterised in that: movement of said first conductive layer and said second conductive layer perpendicular to each other is permitted in said sensing region such that said first conductive layer and said second conductive layer are configured to slide over each other in said sensing region when said sensor is flexed or bent.
Wallet comprising two shell elements, e.g. halves which are associated by connection means such that they can move relative to one another such that a part of the one shell element, e.g. boundary edge, can move away from the corresponding part of the other shell element to open and close the wallet, and comprising an open position and a closed position, in the closed position providing an elongated sleeve like shape, in the open position the shell elements make a mutual angle of less then 120 degrees, the shell elements are merely connected to each other along a single edge, also providing a hinged connection providing a rigid spine, in the closed position the inner space of the wallet is open to the environment via three of its four edges, which four edges provide a rectangular shape when viewing towards one of the main faces of the wallet, the wallet moves between the open and closed position by pivoting at the spine and the wallet having retaining means by which an object, e.g. a bunch of keys can be anchored to the wallet, which retaining means can move between a retracted position, completely within the wallet and also the associated object, and an extended position, at least partly projecting outside the wallet and also the associated object, the wallet is designed to be selectively opened or closed both if the retaining means are in the retracted or extended position and comprising an elastically resilient foil covering both shell halves and extending from the one shell halve to the other shell halve via the spine and being pre tensioned by at least 5% yield both in the closed and open position of the wallet such that both in the open and closed position of the wallet the shell halves are biased in the direction of moving from the closed to the open position of the wallet, wherein at least one shell halve comprises a space frame of rectangular shape which provides the boundaries of the shell halve and also provides the external boundaries of a window which is covered by the foil such that the wallet has rigid boundaries and main faces that, in the area of the foil, can be outwardly bulged by bulky contents within the closed wallet.
A post mounting system comprising a post and at least one device for mounting to the post: - the post being of a type that comprises a first elongate flange that defines a stalk of the post, and at least two other elongate projecting flanges that each project from a proximal edge of the stalk, with a portion of the stalk being deformed relative to a remainder of the stalk to facilitate mounting of the device thereto; - the device being adapted for mounting to the stalk and not to the other flanges characterized in that the device is further adapted such that, at a given position along the stalk, the device is able to be snap-fitted to the deformed portion to resist lateral movement away from the stalk. - the post being of a type that comprises a first elongate flange that defines a stalk of the post, and at least two other elongate projecting flanges that each project from a proximal edge of the stalk, with a portion of the stalk being deformed relative to a remainder of the stalk to facilitate mounting of the device thereto; - the device being adapted for mounting to the stalk and not to the other flanges characterized in that the device is further adapted such that, at a given position along the stalk, the device is able to be snap-fitted to the deformed portion to resist lateral movement away from the stalk.
A communication method, wherein the method comprises: obtaining a first identity, wherein the first identity comprises at least one of a service identity and a group identity; and determining a first paging occasion based on the first identity, wherein the first paging occasion is used by a first terminal device to receive a first message, and the first message is used to page the first terminal device; characterized in that the method further comprises: determining a first period; and when the first message is received, initiating random access after the first period; wherein first periods determined by terminal devices that belong to different groups in a plurality of terminal devices are different, wherein the plurality of terminal devices are terminal devices that receive the first message on the first paging occasion. obtaining a first identity, wherein the first identity comprises at least one of a service identity and a group identity; and determining a first paging occasion based on the first identity, wherein the first paging occasion is used by a first terminal device to receive a first message, and the first message is used to page the first terminal device; characterized in that the method further comprises: determining a first period; and when the first message is received, initiating random access after the first period; wherein first periods determined by terminal devices that belong to different groups in a plurality of terminal devices are different, wherein the plurality of terminal devices are terminal devices that receive the first message on the first paging occasion. determining a first period; and when the first message is received, initiating random access after the first period; wherein first periods determined by terminal devices that belong to different groups in a plurality of terminal devices are different, wherein the plurality of terminal devices are terminal devices that receive the first message on the first paging occasion.
A hydrogen tank assembly for a vehicle, the hydrogen tank assembly comprising - an inner tank wall that defines a hydrogen tank volume configured for storing cryogenic hydrogen at a predetermined hydrogen pressure; - an outer tank wall that defines a shroud volume which surrounds the inner tank wall; and - an inert gas source that is fluidly connected to the shroud volume and configured for pressurizing the shroud volume to an inert gas pressure that is smaller than the hydrogen pressure, characterized by an inert gas separator that is configured to separate hydrogen from the inert gas and a recirculation line that is arranged to transport the separated inert gas from the inert gas separator back to the inert gas source. - an inner tank wall that defines a hydrogen tank volume configured for storing cryogenic hydrogen at a predetermined hydrogen pressure; - an outer tank wall that defines a shroud volume which surrounds the inner tank wall; and - an inert gas source that is fluidly connected to the shroud volume and configured for pressurizing the shroud volume to an inert gas pressure that is smaller than the hydrogen pressure,
An imaging sensor comprising: a plurality of sharing units, wherein a first sharing unit of the plurality of sharing units includes: eight transfer transistors (TR12-1 - TR12-8); four on-chip lenses arranged in a 2x2 matrix, wherein each of the four on-chip lenses is associated with two respective transfer transistors of the eight transfer transistors; four color filters (Gb, B, R, Gr) arranged in a 2x2 matrix, wherein each of the four color filters is associated two respective transfer transistors of the eight transfer transistors; a floating diffusion coupled to each of the eight transfer transistors (TR12-1 - TR12-8); shared transistors (TR11, TR13, TR14) including a single amplification transistor having a gate coupled to the floating diffusion, the shared transistors arranged in a horizontal direction; and a first vertical signal line coupled to the single amplification transistor, the first vertical signal line extending along a vertical direction, wherein the floating diffusion includes a first terminal and a second terminal, wherein the shared transistors (TR11, TR13, TR14) are arranged in a first row and wherein the first terminal and the second terminal are arranged in a second row, wherein at least two color filters (Gb, B; R, Gr) of the four color filters arranged along the horizontal direction are configured to extract light having different wavelength ranges, and wherein each of the four on-chip lenses is arranged corresponding to two transfer transistors of the eight transfer transistors. eight transfer transistors (TR12-1 - TR12-8); four on-chip lenses arranged in a 2x2 matrix, wherein each of the four on-chip lenses is associated with two respective transfer transistors of the eight transfer transistors; four color filters (Gb, B, R, Gr) arranged in a 2x2 matrix, wherein each of the four color filters is associated two respective transfer transistors of the eight transfer transistors; a floating diffusion coupled to each of the eight transfer transistors (TR12-1 - TR12-8); shared transistors (TR11, TR13, TR14) including a single amplification transistor having a gate coupled to the floating diffusion, the shared transistors arranged in a horizontal direction; and a first vertical signal line coupled to the single amplification transistor, the first vertical signal line extending along a vertical direction, wherein the floating diffusion includes a first terminal and a second terminal, wherein the shared transistors (TR11, TR13, TR14) are arranged in a first row and wherein the first terminal and the second terminal are arranged in a second row, wherein at least two color filters (Gb, B; R, Gr) of the four color filters arranged along the horizontal direction are configured to extract light having different wavelength ranges, and wherein each of the four on-chip lenses is arranged corresponding to two transfer transistors of the eight transfer transistors.
A capsule processing machine for preparing a beverage from a capsule having a body containing an ingredient and a peripherally projecting flange, such as a beverage prepared by circulating a liquid into such capsule and centrifugally driving such capsule, comprising: - a capsule holder delimiting a cavity with an upwardly oriented mouth, such as a mouth generally contained in a horizontal plane, for receiving said capsule via the mouth so that the capsule flange extends generally in parallel to the mouth, optionally the capsule holder being drivable in rotation by a motorized drive axis; and - a capsule transfer device having a capsule guide for guiding said capsule from the capsule holder to a used-capsule evacuation area, such as an evacuation area comprising at least one of an evacuation channel, e.g. an inclined evacuation ramp, and a used-capsule collector, the capsule guide comprising a pair of facing slides (311,312) having each a holding section (311a,312a) configured to hold, e.g. seize, said capsule between the slides (311,312) under the flange and hold said capsule above the capsule holder, optionally the holding section (311a,312a) being configured to lift the capsule above the capsule holder and/or to maintain the capsule above the capsule holder while the capsule holder is withdrawn under the capsule, characterised in that: - the capsule transfer device comprises a capsule mover for moving said capsule from the holding section (311a,312a) to the used-capsule evacuation area, such as a capsule mover comprising at least one of a mechanical, electromechanical, magnetic and electromagnetic actuator; and - the capsule guide comprises at least one stop element (311d,312d) for immobilizing said capsule on the holding section (311a,312a), the capsule mover being configured for driving said capsule from the holding section (311a,312a) over or beyond the stop element (311c,312c) to the used-capsule evacuation area. - a capsule holder delimiting a cavity with an upwardly oriented mouth, such as a mouth generally contained in a horizontal plane, for receiving said capsule via the mouth so that the capsule flange extends generally in parallel to the mouth, optionally the capsule holder being drivable in rotation by a motorized drive axis; and - a capsule transfer device having a capsule guide for guiding said capsule from the capsule holder to a used-capsule evacuation area, such as an evacuation area comprising at least one of an evacuation channel, e.g. an inclined evacuation ramp, and a used-capsule collector, - the capsule transfer device comprises a capsule mover for moving said capsule from the holding section (311a,312a) to the used-capsule evacuation area, such as a capsule mover comprising at least one of a mechanical, electromechanical, magnetic and electromagnetic actuator; and - the capsule guide comprises at least one stop element (311d,312d) for immobilizing said capsule on the holding section (311a,312a), the capsule mover being configured for driving said capsule from the holding section (311a,312a) over or beyond the stop element (311c,312c) to the used-capsule evacuation area.
Method for determining a carriage speed (v carriage) of a carriage with the steps of: - Acquiring sensor data available in the carriage as a respective input variable for an observer model (1, 2); - Inputting the input variables into the observer model (1, 2); - Performing a continuous determining of the carriage speed (v carriage) by the observer model (1, 2), characterised in that the observer model (1, 2) determines a drift variable (d), which is determined as the state variable of the observer model (1, 2), and wherein the drift variable (d) is defined as a value of a - difference of an actual longitudinal acceleration (a x) of the carriage from a measured longitudinal acceleration (a x,measured), and/or - difference of a longitudinal acceleration, which is determined from a rotational speed (n), preferably from a wheel rotational speed (n wheel), from the measured longitudinal acceleration (a x,measured), and/or - difference of the longitudinal acceleration, which is determined from the rotational speed (n), preferably from the wheel rotational speed (n wheel), from the actual longitudinal acceleration (a x). - Acquiring sensor data available in the carriage as a respective input variable for an observer model (1, 2); - Inputting the input variables into the observer model (1, 2); - Performing a continuous determining of the carriage speed (v carriage) by the observer model (1, 2), - difference of an actual longitudinal acceleration (a x) of the carriage from a measured longitudinal acceleration (a x,measured), and/or - difference of a longitudinal acceleration, which is determined from a rotational speed (n), preferably from a wheel rotational speed (n wheel), from the measured longitudinal acceleration (a x,measured), and/or - difference of the longitudinal acceleration, which is determined from the rotational speed (n), preferably from the wheel rotational speed (n wheel), from the actual longitudinal acceleration (a x).