mhurhangee/patent-ind-claim-en huggingface dataset:
A system to find local activation times of intracardiac electrogram (IEGM) signals, comprising a remote server including processing circuitry configured to: receive , from electrophysiological laboratory sub-systems , first IEGM signals and corresponding local activation time annotations of the first IEGM signals manually annotated by respective annotation personnel; compute weights for annotations performed by respective ones of the annotation personnel responsively to a local activation time annotation experience level of the respective ones of the annotation personnel; train an artificial neural network to find local activation times of IEGM signals responsively to the first IEGM signals and the corresponding local activation time annotations weighted according to respective ones of the computed weights of the respective ones of the annotation personnel who annotated respective ones of the local activation time annotations; receive a second IEGM signal; and apply the trained artificial neural network to the received second IEGM signal to provide an indication of a local activation time of the received second IEGM signal. receive , from electrophysiological laboratory sub-systems , first IEGM signals and corresponding local activation time annotations of the first IEGM signals manually annotated by respective annotation personnel; compute weights for annotations performed by respective ones of the annotation personnel responsively to a local activation time annotation experience level of the respective ones of the annotation personnel; train an artificial neural network to find local activation times of IEGM signals responsively to the first IEGM signals and the corresponding local activation time annotations weighted according to respective ones of the computed weights of the respective ones of the annotation personnel who annotated respective ones of the local activation time annotations; receive a second IEGM signal; and apply the trained artificial neural network to the received second IEGM signal to provide an indication of a local activation time of the received second IEGM signal.
Confocal chromatic device for inspecting the surface of an object such as a wafer, comprising: - a chromatic lens with an extended axial chromatism; - a light source for illuminating the object through the chromatic lens with a plurality of optical wavelengths being focused at different axial distances; - a plurality of optical measurement channels with collection apertures arranged for collecting the light reflected by the object through the chromatic lens at a plurality of measurement points ; characterized in that it further comprises a magnifying lens arrangement arranged for introducing a variable or changeable lateral scaling factor, either continuously or within a discrete set of values, between the spatial repartition of the collection apertures and the measurement points , said magnifying lens arrangement has an infinite effective focal length. - a chromatic lens with an extended axial chromatism; - a light source for illuminating the object through the chromatic lens with a plurality of optical wavelengths being focused at different axial distances; - a plurality of optical measurement channels with collection apertures arranged for collecting the light reflected by the object through the chromatic lens at a plurality of measurement points ;
Process for manufacturing (S)-3-hydroxy-1-(1H-indol-5-yl)-2-oxo-pyrrolidine-3-carboxylic acid 3,5-difluoro-benzylamide ("S-9"), characterized in that a) 2-oxo-1-(1-(phenylsulfonyl)-1H-indol-5-yl)pyrrolidine-3-carboxylic acid ("5") is reacted with 3,5-difluorobenzyl amine to give 1-[1-(benzenesulfonyl)-1H-indol-5-yl]-N-[(3,5-difluorophenyl)methyl]-2-oxopyrrolidine-3-carboxamide ("12"), b) "12" is then enantioselectively oxidized to give -1-[1-(benzenesulfonyl)-1H-indol-5-yl]-N-[(3,5-difluorophenyl)methyl]-3-hydroxy-2-oxopyrrolidine-3-carboxamide ("13"), c) and subsequently the phenylsulfonyl group is cleaved off from "13" to give (S)-3-hydroxy-1-(1H-indol-5-yl)-2-oxo-pyrrolidine-3-carboxylic acid 3,5-difluoro-benzylamide ("S-9"). a) 2-oxo-1-(1-(phenylsulfonyl)-1H-indol-5-yl)pyrrolidine-3-carboxylic acid ("5") is reacted with 3,5-difluorobenzyl amine to give 1-[1-(benzenesulfonyl)-1H-indol-5-yl]-N-[(3,5-difluorophenyl)methyl]-2-oxopyrrolidine-3-carboxamide ("12"), b) "12" is then enantioselectively oxidized to give -1-[1-(benzenesulfonyl)-1H-indol-5-yl]-N-[(3,5-difluorophenyl)methyl]-3-hydroxy-2-oxopyrrolidine-3-carboxamide ("13"), c) and subsequently the phenylsulfonyl group is cleaved off from "13" to give (S)-3-hydroxy-1-(1H-indol-5-yl)-2-oxo-pyrrolidine-3-carboxylic acid 3,5-difluoro-benzylamide ("S-9").
A tire cleaning device for cleaning an inner surface of a tire by means of laser radiation, the tire cleaning device comprising: a positioning device configured to position a tire having an inner surface and defining a circumferential direction and a tire rotation axis ; a cleaning head configured to position a beam path and emit a laser beam along the beam path onto the inner surface of the tire ; a control device configured to move the beam path and the inner surface relative to each other; wherein a relative movement of an intersection of the beam path and the inner surface defines a positioning path across the inner surface of the tire and a velocity along the positioning path ; wherein the positioning path defines at each point a path direction along the positioning path , the path direction having a first directional portion in the circumferential direction and a second directional portion parallel to the tire rotation axis , characterized in that for at least 70% of the positioning path , the first directional portion is greater than the second directional portion . a positioning device configured to position a tire having an inner surface and defining a circumferential direction and a tire rotation axis ; a cleaning head configured to position a beam path and emit a laser beam along the beam path onto the inner surface of the tire ; a control device configured to move the beam path and the inner surface relative to each other; wherein a relative movement of an intersection of the beam path and the inner surface defines a positioning path across the inner surface of the tire and a velocity along the positioning path ; wherein the positioning path defines at each point a path direction along the positioning path , the path direction having a first directional portion in the circumferential direction and a second directional portion parallel to the tire rotation axis , characterized in that for at least 70% of the positioning path , the first directional portion is greater than the second directional portion .
A game system, comprising: one or more real-world toy objects; a database of real-world toy objects available for inclusion as virtual objects in a virtual environment, each virtual object being associated with an object identifier of a corresponding real-world toy object and with accompanying information about one or more virtual properties of the virtual object; an image capturing device; and a data processing system configured to: - receive a captured image of a real-world toy object in a real-world scene; - use a trained convolutional classification model to predict a matching object identifier; - add one or more virtual objects associated with the matched object identifier to a virtual environment; and - affect a gameplay experience based on the accompanying information; wherein the data processing system is further configured to: - use the trained convolutional classification model to create a list of candidate object identifiers and associated likelihood scores indicative of a likelihood of the respective candidate object identifiers matching the real-world toy object; - for each of the candidate object identifiers and based on the captured image, estimate a placement of the corresponding virtual object in a virtual scene corresponding to the real-world scene; - compute a respective correspondence score for each candidate object identifier based on a correlation of the estimated placement with at least the captured image; - select a candidate object identifier and a corresponding placement based at least on the computed correspondence scores. - receive a captured image of a real-world toy object in a real-world scene; - use a trained convolutional classification model to predict a matching object identifier; - add one or more virtual objects associated with the matched object identifier to a virtual environment; and - affect a gameplay experience based on the accompanying information; - use the trained convolutional classification model to create a list of candidate object identifiers and associated likelihood scores indicative of a likelihood of the respective candidate object identifiers matching the real-world toy object; - for each of the candidate object identifiers and based on the captured image, estimate a placement of the corresponding virtual object in a virtual scene corresponding to the real-world scene; - compute a respective correspondence score for each candidate object identifier based on a correlation of the estimated placement with at least the captured image; - select a candidate object identifier and a corresponding placement based at least on the computed correspondence scores.
A method for using a reported suspicious email message of a new phishing attack to create a simulated phishing message, the method comprising: (a) identifying , by one or more processors, a report by a user of an email message being suspicious, the email message being a zero-day phishing attack that is not reported as of yet; (b) determining , by the one or more processors, that the email message is a malicious phishing message; (c) creating , by the one or more processors responsive to the determination and based at least on the message, the simulated phishing message or a template for the simulated phishing message; and (d) communicating by the one or more processors, the simulated phishing message to one or more devices of one or more users to train the one or more users on the new phishing attack before a signature for this new phishing attack being developed and added to a database of signatures, said database to be used to stop malware associated with phishing attacks. (a) identifying , by one or more processors, a report by a user of an email message being suspicious, the email message being a zero-day phishing attack that is not reported as of yet; (b) determining , by the one or more processors, that the email message is a malicious phishing message; (c) creating , by the one or more processors responsive to the determination and based at least on the message, the simulated phishing message or a template for the simulated phishing message; and (d) communicating by the one or more processors, the simulated phishing message to one or more devices of one or more users to train the one or more users on the new phishing attack before a signature for this new phishing attack being developed and added to a database of signatures, said database to be used to stop malware associated with phishing attacks.
A method of detecting a relapse of a lung adenocarcinoma in an individual, the method comprising a) measuring in a sample obtained from the individual the amount or concentration of the marker molecules HE4 and CYFRA 21-1, and b) detecting relapse by comparing the combined value for the markers determined in step (a) to the combined value as established in a control, wherein an increased combined value relative to the control is indicative of the relapse. a) measuring in a sample obtained from the individual the amount or concentration of the marker molecules HE4 and CYFRA 21-1, and b) detecting relapse by comparing the combined value for the markers determined in step (a) to the combined value as established in a control, wherein an increased combined value relative to the control is indicative of the relapse.
An image-based motion detection method, characterized by comprising: acquiring a reference image of a detecting object, determining several first detecting points in the reference image, extracting basic markings centered on the first detecting points in the reference image and classifying all the basic markings into several categories, wherein each category comprises at least one basic marking; acquiring a detecting image of the detecting object, wherein the detecting image and the reference image include the same image parameters and the image parameters include position, direction, size and resolution; matching the basic markings in the detecting image with the basic markings in the reference image, obtaining an offset vector of each basic marking between the reference image and the detecting image, and determining whether a norm of the offset vector of each basic marking is greater than a second threshold, if yes, determining that the basic marking has moved; and if no, determining that the basic marking has not moved; determining whether the number of the basic markings that have moved in each category is greater than a third threshold, if yes, determining that the category has moved; and if no, determining that the category has not moved; and determining a whole moving state and a part moving state of the detecting object according to a moving state of each category. acquiring a reference image of a detecting object, determining several first detecting points in the reference image, extracting basic markings centered on the first detecting points in the reference image and classifying all the basic markings into several categories, wherein each category comprises at least one basic marking; acquiring a detecting image of the detecting object, wherein the detecting image and the reference image include the same image parameters and the image parameters include position, direction, size and resolution; matching the basic markings in the detecting image with the basic markings in the reference image, obtaining an offset vector of each basic marking between the reference image and the detecting image, and determining whether a norm of the offset vector of each basic marking is greater than a second threshold, if yes, determining that the basic marking has moved; and if no, determining that the basic marking has not moved; determining whether the number of the basic markings that have moved in each category is greater than a third threshold, if yes, determining that the category has moved; and if no, determining that the category has not moved; and determining a whole moving state and a part moving state of the detecting object according to a moving state of each category.
A clutch of thermocoupling type comprizing - a drum fixed to a first shaft , - an independent rotating system provided inside the drum , the rotating system comprising slides fixed to a second shaft through springs (4, 4′, 4ʺ, 4′′′) from shape memory material, preferably nitinol, stored in an arched form, the springs being attached at one end to a flange which forms a common body with the second shaft ; the clutch of thermocoupling type performs coupling or decoupling between the drum fixed to the first shaft and the second shaft depending on the speed of rotation or the temperature of the rotating system by means of the shape memory material springs (4, 4′,4ʺ, 4′′′) which modify their shape and the elastic constant depending on the temperature of the rotating system or its rotation speed, allowing the rotating system to be coupled to the drum at high rotation speeds or at high temperatures above a certain threshold. - a drum fixed to a first shaft , - an independent rotating system provided inside the drum ,
Apparatus for transferring objects comprising: - an object take-off roller comprising, on its periphery, members for individually gripping said objects, - a device for rotating said object take-off roller , - said individual gripping members being arranged in at least one ring, said apparatus comprising, for each ring, a linear actuator , placed in the interior volume defined by said roller, for moving an individual gripping member appearing opposite this linear actuator between a rest position and a gripping position in which this individual gripping member extends radially, projecting from this take-off roller to grip an object, the gripping position being obtained by one free mobile end of said linear actuator bearing against said individual gripping member , said take-off roller being configured to move an individual gripping member in its rest position one by one in front of each linear actuator as it rotates, and wherein - the free end of said linear actuator is movable between a folded position and a deployed position in which this free end is in contact with an individual gripping member , and characterized in that this linear actuator is rotatably movable between at least an engaged position and a disengaged position such that the free end of said linear actuator , being in its deployed position or in an intermediate position between its deployed position and its folded position, said linear actuator is freely moved from its engaged position to its disengaged position when it comes into contact with another individual gripping member , in its rest position, carried by said rotating take-off roller , - said disengaged position corresponding to a position in which said actuator is spaced apart from said individual gripping members, said assembly comprising a return member to return said actuator from its disengaged position to its engaged position when the free end of said actuator is in its folded position or in an intermediate position not able to interact with an individual gripping member in its rest position. - an object take-off roller comprising, on its periphery, members for individually gripping said objects, - a device for rotating said object take-off roller , - said individual gripping members being arranged in at least one ring, said apparatus comprising, for each ring, a linear actuator , placed in the interior volume defined by said roller, for moving an individual gripping member appearing opposite this linear actuator between a rest position and a gripping position in which this individual gripping member extends radially, projecting from this take-off roller to grip an object, the gripping position being obtained by one free mobile end of said linear actuator bearing against said individual gripping member , said take-off roller being configured to move an individual gripping member in its rest position one by one in front of each linear actuator as it rotates, and wherein - the free end of said linear actuator is movable between a folded position and a deployed position in which this free end is in contact with an individual gripping member , and characterized in that this linear actuator is rotatably movable
A musical instrument stand , comprising: a stand including a plurality of leg columns , a height of each of the plurality of leg columns being adjustable; a musical instrument mount which is installed on the stand and on which a musical instrument is to be mounted; and a connector connecting the stand and the musical instrument mount, characterized in that the connector includes a first connecting portion connected to the musical instrument mount and a second connecting portion connected to the stand , and in that an elastic member is disposed between the first connecting portion and the second connecting portion. a stand including a plurality of leg columns , a height of each of the plurality of leg columns being adjustable; a musical instrument mount which is installed on the stand and on which a musical instrument is to be mounted; and a connector connecting the stand and the musical instrument mount, characterized in that the connector includes a first connecting portion connected to the musical instrument mount and a second connecting portion connected to the stand , and in that an elastic member is disposed between the first connecting portion and the second connecting portion.
A self-supporting structure used for germinating seeds and plant growth and which comprises a growth medium constituted of a plurality of singular constituents, where each of the singular constituents are bonded to one or other constituents by a binding agent, where the binding agent is a fibrous material, where the fibrous binding agent and the growth medium are mixed followed by shaping into a shape of the structure being either a plug, mat, block or pot, and where mixing and shaping of the growth medium and the fibrous binding agent has been carried out at a temperature between 0-50 °C, preferably 10-30 °C, and where said fibrous binding agent consists of at least 50 % poly lactic acid or modified poly lactic acid, more preferably at least 70 %, most preferably at least 80 % by weight related to the weight of the binding agent and where the amount of fibrous binding agent is maximally 30 % by weight related to the weight of the growth medium.
A method of manufacturing a military engine comprising the steps of: designing a commercial engine core , including a combustor, a high pressure compressor driven by a high pressure turbine, and a low pressure turbine designed to drive a low pressure compressor, and a fan through a gear reduction ; attaching a high speed fan to said commercial engine core to form an engine designed for military purposes; and said commercial engine core being designed as a complete commercial engine, with the complete commercial engine having a low corrected fan tip speed of less than 1150 ft / second (351 m/s), and the engine designed for military purposes having a low corrected fan tip speed of between about 1300 - 1550 ft / second (396 - 472 m/s), wherein a core engine housing is provided with insulation on an outer surface. designing a commercial engine core , including a combustor, a high pressure compressor driven by a high pressure turbine, and a low pressure turbine designed to drive a low pressure compressor, and a fan through a gear reduction ; attaching a high speed fan to said commercial engine core to form an engine designed for military purposes; and said commercial engine core being designed as a complete commercial engine, with the complete commercial engine having a low corrected fan tip speed of less than 1150 ft / second (351 m/s), and the engine designed for military purposes having a low corrected fan tip speed of between about 1300 - 1550 ft / second (396 - 472 m/s), wherein a core engine housing is provided with insulation on an outer surface.