mhurhangee/ep-ind-claims huggingface dataset:
A data classification device, comprising: a known data input unit that receives an input of known data, the known data being data already classified into a class and subclasses subordinate to the class; a feature extraction unit that extracts features from the known data, wherein the extracted features are features shared between the subclasses in the class, and determines whether classification of the known data belonging to the class into a subclass of the subclasses using a feature of the extracted features is success or failure, and outputs the feature if it is determined that the feature causes the classification to fail; and a classification unit that classifies classification target data into a class using the output feature for detecting an attack. a known data input unit that receives an input of known data, the known data being data already classified into a class and subclasses subordinate to the class; a feature extraction unit that extracts features from the known data, wherein the extracted features are features shared between the subclasses in the class, and determines whether classification of the known data belonging to the class into a subclass of the subclasses using a feature of the extracted features is success or failure, and outputs the feature if it is determined that the feature causes the classification to fail; and a classification unit that classifies classification target data into a class using the output feature for detecting an attack.
A method of performing channel measurement at a User Equipment, UE, (10, 120) in a wireless communication system, the method comprising receiving a handover command message from a first cell during handover, characterized in that the handover command message includes subframe allocation information of a second cell indicating a subframe pattern related to channel measurement; the method comprises transmitting a RACH, Random Access Channel, preamble to the second cell; the method comprises receiving a response message in response to the RACH preamble from the second cell; and in that the method comprises transmitting a Channel Status Information, CSI, report to the second cell, wherein the CSI report includes the result of a measurement performed by the UE by using a signal received from the second cell in the subframe pattern indicated by the subframe allocation information, if the response message includes a CSI report request.
A method of controlling a mobile communication terminal comprising a touch screen and a camera, the terminal being configured to exchange text data while performing a video call with another party's terminal, the method comprising: displaying on the touch screen a first image received from the other party's terminal and a second image acquired from the camera or stored in the mobile communication terminal; and displaying, when the text data transmission and reception function is started, an input window for displaying text data input through the touch screen, an output window for displaying the text data, and at least one soft key; wherein the method further comprises, when the input window or one of the at least one soft key is touched, rearranging the first image, the second image, the input window, the output window, and the at least one soft key from a first display configuration to a second display configuration, and displaying in the second display configuration a keypad comprising a plurality of keys for inputting text data, wherein the method further comprises, in the first display configuration, horizontally displaying the first image and the second image, in the second display configuration, vertically displaying the first image and the second image and to display the output window to the left side or the right side of the first image and the second image. displaying on the touch screen a first image received from the other party's terminal and a second image acquired from the camera or stored in the mobile communication terminal; and displaying, when the text data transmission and reception function is started, an input window for displaying text data input through the touch screen, an output window for displaying the text data, and at least one soft key; wherein the method further comprises, when the input window or one of the at least one soft key is touched, rearranging the first image, the second image, the input window, the output window, and the at least one soft key from a first display configuration to a second display configuration, and displaying in the second display configuration a keypad comprising a plurality of keys for inputting text data, wherein the method further comprises, in the first display configuration, horizontally displaying the first image and the second image, in the second display configuration, vertically displaying the first image and the second image and to display the output window to the left side or the right side of the first image and the second image.
A composition for use in preventing scar formation during wound healing, characterized in that the composition comprises adenine and/or a pharmaceutically acceptable salt thereof as a sole active ingredient effective on preventing scar formation during wound healing, wherein the adenine and/or the pharmaceutically acceptable salt thereof is administrated to a mammal in need of such treatment.
A motor vehicle light having at least one elongated waveguide, which is arranged for conducting light in its interior by means of internal total reflections occurring at boundary faces of the waveguide, along a leading line of the waveguide, which leading line is predetermined by the outer shape of the waveguide and extends inside the waveguide, wherein the waveguide has a light exit face; the light has a focusing element, which is located in the light path of the light that has exited via the light exit face, and which extends over the entire length of the light exit face and is arranged for reducing the opening angle of the light beam in which the light that has exited from the light exit face is propagated, and the light exit face of the waveguide extends rectilinearly in a spatial direction located transversely to the leading line, characterized in that the waveguide cross sections located transversely to the leading line are rectangular; and that the light has at least a first elongated waveguide (16a, 16c, 16e) and a second elongated waveguide (16b, 16d, 16f) and one focusing element shared by both waveguides (16a, 16b, 16c, 16d, 16e, 16f).
A surgical catheter comprising: an elongated catheter body having proximal and distal ends (24,26), the catheter body having a first lumen and a second lumen; wherein a first stylet member extends within the first lumen and is slidably movable relative thereto, the first stylet member including a distal portion extending beyond the catheter body, the distal portion of the first stylet member defining a member lumen and having a proximal opening and a distal opening communicating with the member lumen for reception and passage of a guidewire; and a second stylet member extends within the second lumen and is slidably movable relative thereto, the second stylet member extending beyond the distal end of the catheter body, wherein the second stylet member defines a passage for reception and slidable movement of the guidewire exiting the member lumen of the first stylet member. an elongated catheter body having proximal and distal ends (24,26), the catheter body having a first lumen and a second lumen; wherein a first stylet member extends within the first lumen and is slidably movable relative thereto, the first stylet member including a distal portion extending beyond the catheter body, the distal portion of the first stylet member defining a member lumen and having a proximal opening and a distal opening communicating with the member lumen for reception and passage of a guidewire; and a second stylet member extends within the second lumen and is slidably movable relative thereto, the second stylet member extending beyond the distal end of the catheter body, wherein the second stylet member defines a passage for reception and slidable movement of the guidewire exiting the member lumen of the first stylet member.
Pipe clamp for fastening a pipe to a wall; having a wall mounting section comprising a fastening means for wall mounting; having two clamping legs (4, 5) which extend arcuately in each case from a first end (4.1, 5.1) to a second end (4.2, 5.2), are connected to one another in an articulated or detachable manner at the second end (4.2, 5.2), are arranged to engage around the pipe together in an arcuate manner and of which at least one comprises the wall-mounting section; having a connecting device for releasably connecting the two first ends (4.1, 5.1) of the clamping legs (4, 5); wherein the connecting device has in each case a radially inwardly directed bend (7, 8) at each first end (4.1, 5.1) of the clamping legs (4, 5), and the two bends (7, 8) are braced against each other in the circumferential direction by means of a screw connection extending in the circumferential direction; and wherein the pipe clamp has one or more elastic pressure elements, wherein the clamping legs (4, 5) have a C-shape, with radially inwardly directed folded edges (16, 17) extending along their circumference, between which the one or more elastic pressure elements are arranged, which project inwardly in the radial direction beyond the folded edges (16, 17) and the bends (7, 8) for frictionally engaged contact with the pipe. having a wall mounting section comprising a fastening means for wall mounting; having two clamping legs (4, 5) which extend arcuately in each case from a first end (4.1, 5.1) to a second end (4.2, 5.2), are connected to one another in an articulated or detachable manner at the second end (4.2, 5.2), are arranged to engage around the pipe together in an arcuate manner and of which at least one comprises the wall-mounting section; having a connecting device for releasably connecting the two first ends (4.1, 5.1) of the clamping legs (4, 5); wherein the connecting device has in each case a radially inwardly directed bend (7, 8) at each first end (4.1, 5.1) of the clamping legs (4, 5), and the two bends (7, 8) are braced against each other in the circumferential direction by means of a screw connection extending in the circumferential direction; and wherein the pipe clamp has one or more elastic pressure elements, wherein the clamping legs (4, 5) have a C-shape, with radially inwardly directed folded edges (16, 17) extending along their circumference, between which the one or more elastic pressure elements are arranged, which project inwardly in the radial direction beyond the folded edges (16, 17) and the bends (7, 8) for frictionally engaged contact with the pipe.
A film forming composition comprising a resin and modified nanoparticles comprising nanoparticles having an average diameter between 1 and 400 nanometresand adsorbed thereon a segmented copolymer, preferably a segmented blockcopolymer, comprising an adsorbing segment and a hydrophobic surface active segment, wherein the nanoparticles have at the surface thereof groups that can bind non-covalently with the segmented copolymer and the adsorbing segment has one or more functional groups that adsorb on the nanoparticles and wherein the hydrophobic segment is more hydrophobic than the resin providing surface migration of the nanoparticles.
A pivoting display device including a body pivoting about a first axis, and which can be coupled to supporting means and rigidly connected to a coupling member of a rod oriented according to a second axis and adapted to support display means (12, 50), said first axis being orthogonal to said second axis, characterized in that said pivoting body includes two concave surfaces with opposite concavity delimited by two concave edges also with opposite concavities, said concave surfaces ending on the lower side of a plate diverging from one another thus defining a triangular section through hole, each edge splitting into two portions (431, 432) at the upper end part thereof to form the two sides of said triangular section through hole.
Joint of the tripod type comprising a tripod torque transmittingly engaging a shaft and an outer joint member, the tripod having arms whereon rollers are rotatbly journalled, which rollers are one-part and enclose the arms, and the outer joint member has guiding grooves (14,15) for the rollers on both sides of the rollers, wherein the rollers have rolling surfaces (20,21) separated from each other in circumferential direction by flattenings and wherein the angle of rotation of the rollers on the arms is limited.
A method for optimizing fault detection in an Internet of Things network, the method comprising: - determining a fault activity associated with an Internet of Things device in the Internet of Things network; - identifying a location information of the Internet of Things device; - determining whether the fault activity is associated with a mobile network corresponding to the location information, characterized in that the method comprises determining whether the fault activity is associated with the mobile network corresponding to the location information comprises: - sending as input, an automated message having the location information, by the Internet of Things platform to a mobile network automation system; and - receiving as output, an automated message indicating whether the fault activity is associated with the mobile network, by an Internet of Things platform from the mobile network automation system; - performing one of an automation activity of: - generating a service ticket for fault correction of the mobile network, when the fault activity is associated with the mobile network, or - generating a field service ticket for fault correction of the Internet of Things device, when the fault activity is not associated with the mobile network. - determining a fault activity associated with an Internet of Things device in the Internet of Things network; - identifying a location information of the Internet of Things device; - determining whether the fault activity is associated with a mobile network corresponding to the location information, characterized in that the method comprises determining whether the fault activity is associated with the mobile network corresponding to the location information comprises: - sending as input, an automated message having the location information, by the Internet of Things platform to a mobile network automation system; and - receiving as output, an automated message indicating whether the fault activity is associated with the mobile network, by an Internet of Things platform from the mobile network automation system; - sending as input, an automated message having the location information, by the Internet of Things platform to a mobile network automation system; and - receiving as output, an automated message indicating whether the fault activity is associated with the mobile network, by an Internet of Things platform from the mobile network automation system; - performing one of an automation activity of: - generating a service ticket for fault correction of the mobile network, when the fault activity is associated with the mobile network, or - generating a field service ticket for fault correction of the Internet of Things device, when the fault activity is not associated with the mobile network. - generating a service ticket for fault correction of the mobile network, when the fault activity is associated with the mobile network, or - generating a field service ticket for fault correction of the Internet of Things device, when the fault activity is not associated with the mobile network.
Method for recycling a paint-coated plastic article and for obtaining a recycled plastic material from which the paint is at least in part removed, said paint-coated article being made of plastic material and being coated at least in part with paint, the method comprising steps of: a) Crushing the article for forming raw particles, at least some of which containing a portion of the paint; b) Melting and kneading the raw particles; and b1) Blending a paint film decomposition agent with the raw particles, during step b), for forming a reactive mixture while the raw particles are being melted and kneaded, at least a portion of the paint being degraded into degraded paint particles by the paint film decomposition agent in the reactive mixture, the method being characterized in that the paint film decomposition agent is a solid alcoholic paint film decomposition agent. a) Crushing the article for forming raw particles, at least some of which containing a portion of the paint; b) Melting and kneading the raw particles; and b1) Blending a paint film decomposition agent with the raw particles, during step b), for forming a reactive mixture while the raw particles are being melted and kneaded, at least a portion of the paint being degraded into degraded paint particles by the paint film decomposition agent in the reactive mixture,
Sports shoe comprising: a. an upper, b. an outer sole and/or a midsole which outer sole and/or midsole is connected to the upper, wherein the outer sole and/or the midsole comprise knitwear, wherein the outer sole and/or the midsole comprises at least one pocket and a particle foam material, wherein the pocket fully or partially surrounds the particle foam material, and wherein the pocket is manufactured with the knitwear of the outer sole and/or the midsole as one piece during weft-knitting or warp-knitting. a. an upper, b. an outer sole and/or a midsole which outer sole and/or midsole is connected to the upper, wherein the outer sole and/or the midsole comprise knitwear, wherein the outer sole and/or the midsole comprises at least one pocket and a particle foam material, wherein the pocket fully or partially surrounds the particle foam material, and wherein the pocket is manufactured with the knitwear of the outer sole and/or the midsole as one piece during weft-knitting or warp-knitting.
A planking panel for a structural component, said planking panel being formed as a sandwich component in the inner region (Bl) thereof that extends in a planar manner and comprising a first skin section, a second skin section and a core section located between said two sections, which connects the first and second skin sections (11, 12) to one another in a planar manner, characterized in that, in order to determine damage in a control volume of the core section, at least one control line is arranged in the planking panel and extends over a region of the core section, which control line is connected, for the purpose of application of a control signal, respectively to a first connection point and to a second connection point, wherein the control line has a tear strength that ranges from 50% to 100% of the tear strength of the planar region of the core section.
Device for guiding a needle, having a tool holder intended to be fixed to the end of a medical assistance robotic arm, said tool holder supporting a needle guide, said needle guide having a first jaw and a second jaw, which are provided respectively with a groove (35, 45), said grooves both extending along parallel longitudinal axes, said first jaw and said second jaw being supported by the tool holder so as to allow mobility in rotation of said first jaw and said second jaw relative to one another between a position termed the "guiding position", in which the grooves (35, 45) are adjacent and define a duct for guiding a needle, and a position termed the "disengaged position", in which the grooves (35, 45) are moved away from one another and define a zone of lateral disengagement of a needle, said guide device being characterized in that the tool holder comprises a housing which extends longitudinally between two end openings and within which the needle guide is engaged, said tool holder having an axial through-opening extending from one to the other of said end openings along an axis parallel to the longitudinal axis of the housing, the axial through-opening facing the lateral disengagement zone when the first jaw and the second jaw are in the disengaged position.
A method for self-updating a distributed system of computer nodes (104 1 -104 N), the method being performed at least in part on at least one processor, the method comprising: determining node membership of a plurality of computer nodes of said distributed system that provides services; and via at least one component of the distributed system, performing an updating run that applies one or more updates to each of the plurality of computer nodes in the membership while maintaining the services provided by the distributed system, including for each computer node to be updated, moving any workloads from that computer node to one or more other computer nodes of said distributed system, and reinstating at least one workload on that computer node after completing the updating of that computer node, wherein an orchestrator runs on one of the computer nodes to be updated, wherein the orchestrator instantiates and coordinates the updating run, and wherein a self-updating-related workload including the orchestrator is moved to a new computer node among the computer nodes, during the course of the updating run, before launching the orchestrator on the new computer node to update the one computer node on which the orchestrator was running before being moved to the new computer node. determining node membership of a plurality of computer nodes of said distributed system that provides services; and via at least one component of the distributed system, performing an updating run that applies one or more updates to each of the plurality of computer nodes in the membership while maintaining the services provided by the distributed system, including for each computer node to be updated, moving any workloads from that computer node to one or more other computer nodes of said distributed system, and reinstating at least one workload on that computer node after completing the updating of that computer node, wherein an orchestrator runs on one of the computer nodes to be updated, wherein the orchestrator instantiates and coordinates the updating run, and wherein a self-updating-related workload including the orchestrator is moved to a new computer node among the computer nodes, during the course of the updating run, before launching the orchestrator on the new computer node to update the one computer node on which the orchestrator was running before being moved to the new computer node. for each computer node to be updated, moving any workloads from that computer node to one or more other computer nodes of said distributed system, and reinstating at least one workload on that computer node after completing the updating of that computer node, wherein an orchestrator runs on one of the computer nodes to be updated, wherein the orchestrator instantiates and coordinates the updating run, and wherein a self-updating-related workload including the orchestrator is moved to a new computer node among the computer nodes, during the course of the updating run, before launching the orchestrator on the new computer node to update the one computer node on which the orchestrator was running before being moved to the new computer node.