mhurhangee/ep-ind-claims huggingface dataset:
A method for detection of a cyber-threat to a computer system, the method arranged to be performed by a processing apparatus, the method comprising: receiving input data associated with a first entity associated with the computer system; deriving metrics from the received input data, the metrics representative of characteristics of the received input data; analysing the derived metrics using one or more models that include a first model, which is a self-learning model; and determining, in accordance with the analysed metrics and a model of normal behaviour of the first entity, a cyber-threat risk parameter indicative of a likelihood of a cyber-threat, wherein the cyber-threat risk parameter is determined at least by comparing the analysed metrics with the model of normal behaviour of the first entity; continually updating the model of normal behaviour of the first entity in accordance with the analysis of the derived metrics, whereby the model is updated when new data is received that is deemed within the limits of normal behaviour and whereby the model of normal behaviour is used as a moving benchmark, allowing detection of behaviour that seems to fall outside of a normal pattern of life; and determining whether or not there is a threat by comparing the cyber-threat risk parameter with a moving threshold. receiving input data associated with a first entity associated with the computer system; deriving metrics from the received input data, the metrics representative of characteristics of the received input data; analysing the derived metrics using one or more models that include a first model, which is a self-learning model; and determining, in accordance with the analysed metrics and a model of normal behaviour of the first entity, a cyber-threat risk parameter indicative of a likelihood of a cyber-threat, wherein the cyber-threat risk parameter is determined at least by comparing the analysed metrics with the model of normal behaviour of the first entity; continually updating the model of normal behaviour of the first entity in accordance with the analysis of the derived metrics, whereby the model is updated when new data is received that is deemed within the limits of normal behaviour and whereby the model of normal behaviour is used as a moving benchmark, allowing detection of behaviour that seems to fall outside of a normal pattern of life; and determining whether or not there is a threat by comparing the cyber-threat risk parameter with a moving threshold.
Sensor apparatus having a sensor, which consists of a sensor element for capturing a parameter and at least one associated connection contact, a one-piece supporting body, which consists of a main body and a receiving body for the sensor element, a housing composed of a plastic material, and a cable having at least one electrical conductor, wherein the sensor element is fastened to the receiving body, wherein the at least one connection contact of the sensor is connected and electrically contact-connected to an end region of the at least one electrical conductor of the cable, wherein the sensor and the supporting body are arranged in the housing, wherein the main body and the receiving body can be aligned with one another in various positions, wherein, after the sensor has been mounted, the main body and the receiving body are aligned with one another in one of the positions and connected to one another, wherein the housing is formed during injection moulding of a plastic material around the preassembled unit consisting of the supporting body, the sensor and an end region of the cable.
A lithium energy storage device comprising: - at least one positive electrode, - at least one negative electrode, and - an ionic liquid electrolyte comprising bis(fluorosulfonyl)imide as the anion and a cation counterion, and lithium ions at a level of greater than 0.3 mol/kg of ionic liquid, and not more than 1.5 mol/kg of ionic liquid, wherein the ionic liquid electrolyte comprises more than one of the further components of room temperature ionic liquids, diluents, solid electrolyte interphase-forming additives, gelling additives and organic solvents. - at least one positive electrode, - at least one negative electrode, and - an ionic liquid electrolyte comprising
A waste collection device, which can be fastened to a carrier and comprises: a retaining profile, which is integrally formed on or fastened to the carrier, a waste container, which has an upper emptying opening, a pivot hinge being arranged on the waste container so that the waste container is mounted such that it can pivot by a pivot angle (α) from a filling position into an emptying position about a pivot axis, which runs approximately perpendicularly to a longitudinal axis, the waste container being fastened in an articulated manner by means of the pivot hinge to the retaining profile in the form of a U-profile, and a locking device between waste container and retaining profile to prevent an unintended pivoting movement of the waste container out of the filling position, the pivot hinge, the locking device and a pivoting means being accommodated in a concealed manner in the retaining profile when the waste container is in the filling position, characterised in that the waste container can be pivoted by the pivot angle (α) in a controlled, assisted, springloaded and damped manner by means of pivoting means. a retaining profile, which is integrally formed on or fastened to the carrier, a waste container, which has an upper emptying opening, a pivot hinge being arranged on the waste container so that the waste container is mounted such that it can pivot by a pivot angle (α) from a filling position into an emptying position about a pivot axis, which runs approximately perpendicularly to a longitudinal axis, the waste container being fastened in an articulated manner by means of the pivot hinge to the retaining profile in the form of a U-profile, and a locking device between waste container and retaining profile to prevent an unintended pivoting movement of the waste container out of the filling position, the pivot hinge, the locking device and a pivoting means being accommodated in a concealed manner in the retaining profile when the waste container is in the filling position, characterised in that the waste container can be pivoted by the pivot angle (α) in a controlled, assisted, springloaded and damped manner by means of pivoting means.
A method of detecting RNA-binding proteins (RBPs) in a cell, tissue or organism, comprising: a) covalently cross-linking the contents of cells, tissues or organisms comprising RBPs using suitable irradiation to produce biological material comprising cross-linked ribonucleotide complexes; b) lysing said biological material comprising said cross-linked ribonucleotide complexes; c) contacting said cross-linked ribonucleotide complexes under suitable conditions at temperatures of above 15°C, preferably at about 37 to 40 °C with at least one oligonucleotide that is complementary to at least one specific target RNA of said biological material, wherein said oligonucleotide comprises at least one locked nucleic acid -nucleotide analogue in the sequence thereof, and wherein said oligonucleotide is coupled to a suitable solid support, such as a magnetic particle; c') performing a stringent pre-elution in pure water at between 40°C to 77°C; d) isolating complexes that comprise said at least one oligonucleotide using said solid support; e) enzymatically releasing said RBPs using RNA digestion from said isolated complexes to produce released RBPs; and f) detecting said released RBPs. a) covalently cross-linking the contents of cells, tissues or organisms comprising RBPs using suitable irradiation to produce biological material comprising cross-linked ribonucleotide complexes; b) lysing said biological material comprising said cross-linked ribonucleotide complexes; c) contacting said cross-linked ribonucleotide complexes under suitable conditions at temperatures of above 15°C, preferably at about 37 to 40 °C with at least one oligonucleotide that is complementary to at least one specific target RNA of said biological material, wherein said oligonucleotide comprises at least one locked nucleic acid -nucleotide analogue in the sequence thereof, and wherein said oligonucleotide is coupled to a suitable solid support, such as a magnetic particle; c') performing a stringent pre-elution in pure water at between 40°C to 77°C; d) isolating complexes that comprise said at least one oligonucleotide using said solid support; e) enzymatically releasing said RBPs using RNA digestion from said isolated complexes to produce released RBPs; and f) detecting said released RBPs.
A hand dryer device comprising: a nozzle unit having an air outlet to blow air out in a blowing direction that has been preset; a blower to supply air to be blown out of the air outlet to the nozzle unit; a distance detection means to detect a distance between an object and the nozzle unit, the object being disposed apart from the air outlet in the blowing direction; a hand detection means to detect whether or not there is a hand being placed between the object and the nozzle unit; and a control unit to set a rotational speed of the blower based on the distance detected by the distance detection means, and drive the blower when the hand detection means detects a hand, wherein a rotational speed of the blower that is set when the distance detected by the distance detection means is less than a first distance is less than a rotational speed of the blower that is set when the distance detected by the distance detection means is equal to the first distance. a nozzle unit having an air outlet to blow air out in a blowing direction that has been preset; a blower to supply air to be blown out of the air outlet to the nozzle unit; a distance detection means to detect a distance between an object and the nozzle unit, the object being disposed apart from the air outlet in the blowing direction; a hand detection means to detect whether or not there is a hand being placed between the object and the nozzle unit; and a control unit to set a rotational speed of the blower based on the distance detected by the distance detection means, and drive the blower when the hand detection means detects a hand, wherein a rotational speed of the blower that is set when the distance detected by the distance detection means is less than a first distance is less than a rotational speed of the blower that is set when the distance detected by the distance detection means is equal to the first distance.
An apparatus for controlling a steering system of a vehicle, the apparatus comprising: an assist torque determination module configured to determine assist torque for steering assist based on driver steering input information and vehicle state information collected from the vehicle; a return control module configured to determine steering return torque for returning a steering wheel to a neutral position; a side slip angle estimation module configured to estimate a side slip angle (β) based on the vehicle state information (Vx, ay, ωy) collected from the vehicle; characterised by a side slip control module configured to receive the side slip angle (β) estimated by the side slip angle estimation module and to determine a return control gain value in a response to the estimated side slip angle (β); a correction unit configured to determine final steering return torque by correcting the steering return torque, determined by the return control module, in a response to the return control gain value; and a torque compensation unit configured to determine final assist torque for steering assist by compensating the assist torque, determined by the assist torque determination module, with the final steering return torque, determined by the correction unit. an assist torque determination module configured to determine assist torque for steering assist based on driver steering input information and vehicle state information collected from the vehicle; a return control module configured to determine steering return torque for returning a steering wheel to a neutral position; a side slip angle estimation module configured to estimate a side slip angle (β) based on the vehicle state information (Vx, ay, ωy) collected from the vehicle; a side slip control module configured to receive the side slip angle (β) estimated by the side slip angle estimation module and to determine a return control gain value in a response to the estimated side slip angle (β); a correction unit configured to determine final steering return torque by correcting the steering return torque, determined by the return control module, in a response to the return control gain value; and a torque compensation unit configured to determine final assist torque for steering assist by compensating the assist torque, determined by the assist torque determination module, with the final steering return torque, determined by the correction unit.
A method for processing, in particular for cleaning, a floor of a room using an automatically movable processing device, wherein a map of the room is generated and displayed to a user of the processing device, wherein the user can select at least one sub-region of the room, in which the processing device is to process or refrain from processing the floor, in the generated map, wherein the map of the room is generated from three-dimensional coordinates of a world coordinate system, wherein a three-dimensional coordinate within the world coordinate system is assigned to each point of a plurality of points of the room and/or of an obstacle arranged in the room, characterized in that the map is displayed as two-dimensional map comprising coded, in particular color-coded, height information, wherein the height information is a height information of an obstacle, and wherein the codes of obstacles of different heights differ.
A method for manufacturing a pre-impregnated fibrous material comprising a fibrous material in continuous fibers and at least one thermoplastic polymer matrix, characterized in that said pre-impregnated fibrous material is produced as a single unidirectional ribbon or as a plurality of parallel unidirectional ribbons and in that said method comprises a step of impregnation to the core, of said fibrous material presented in the form of one roving or of a plurality of parallel rovings by said thermoplastic polymer presented in powder form, said impregnation step being carried out with said at least one thermoplastic polymer and said fibrous material in which the D90/D10 ratio by volume of the thermoplastic polymer particles is from 1.5 to 50, in particular from 2 to 10 and the ratio of the median diameter by volume of the particles of thermoplastic polymer to the median diameter of the unit fibers of said fibrous material is from 3 to 40, to the exclusion of a method for impregnating in an aqueous suspension a fibrous material consisting of carbon fibers by a thermoplastic polymer in which said ratio of D50/median diameter of the unit fibers is from 3 to 8, and to the exclusion of any electrostatic method in voluntary charge, said impregnation step being carried out by fluidized bed, by continuous passage of the fibers in an aqueous dispersion or by spraying by means of gun(s) or powdering nozzle(s) at the roller inlet, the fiber content in said impregnated fibrous material being from 45 to 65% by volume, preferably from 50 to 60% by volume, in particular from 54 to 60% by volume.
A method of fabricating an object, the method comprising: receiving three-dimensional printing data corresponding to the shape of the object; selecting a ratio between a first composition and a second composition, wherein said first composition comprises a first material and said second composition comprises a second material, said first and second materials undergoing a chemical reaction with one another so as to form a building material when exposed to a curing energy; dispensing droplets of said first and said second compositions in layers, on a receiving medium, using at least two different inkjet printing heads (41a, 41b, 41c, 41d) according to said printing data; wherein for at least one region of the object, said dispensing of said droplets is selected to form voxel blocks, wherein, for each block, a ratio between a number of voxels of said first composition in said block and a number of voxels of said second composition in said block corresponds to said selected ratio, characterized in that said first material is a first curable material and is a monomer polymerizable by an anionic ring opening polymerization, and wherein said second material promotes a polymerization of said first curable material upon exposure to said curing energy, while forming a part of a modeling material formed by curing said first curable material. receiving three-dimensional printing data corresponding to the shape of the object; selecting a ratio between a first composition and a second composition, wherein said first composition comprises a first material and said second composition comprises a second material, said first and second materials undergoing a chemical reaction with one another so as to form a building material when exposed to a curing energy; dispensing droplets of said first and said second compositions in layers, on a receiving medium, using at least two different inkjet printing heads (41a, 41b, 41c, 41d) according to said printing data; wherein for at least one region of the object, said dispensing of said droplets is selected to form voxel blocks, wherein, for each block, a ratio between a number of voxels of said first composition in said block and a number of voxels of said second composition in said block corresponds to said selected ratio, characterized in that said first material is a first curable material and is a monomer polymerizable by an anionic ring opening polymerization, and wherein said second material promotes a polymerization of said first curable material upon exposure to said curing energy, while forming a part of a modeling material formed by curing said first curable material.
Air conditioning arrangement for an interior of a vehicle, with a climate control unit for providing air-conditioned ambient air and a cooling unit arranged in the interior which has a cooling circuit, which has a heat exchanger for cooling a refrigerant of the cooling circuit, said heat exchanger being applied with ambient air, characterised in that the heat exchanger is spatially divided into a hot gas portion and into a low temperature portion, the ambient air drawn in in order to cool the heat exchanger is divided into an exhaust air portion and a circulating air portion, wherein the low temperature portion of the heat exchanger is applied with the circulating air portion of the ambient air and the hot gas portion of the heat exchanger is applied with the exhaust air portion of the ambient air.
An endoscope for insertion into a patient's body, comprising: an elongated shaft having a central axis with an image sensor located at a distal end of the elongated shaft, the elongated shaft having an insertion profile comprising a straight cylindrical shape, the elongated shaft having an articulating distal portion comprising a thin-wall metal sleeve having a slotted region for providing at least one deflected profile for orienting the image sensor for peripheral viewing, the image sensor having a viewing angle; an actuator sleeve within the thin-wall metal sleeve and axially moveable relative to the slotted region, such that movement of the actuator sleeve articulates the slotted region into the at least one deflected profile; and a working channel in the elongated shaft having a distal section, the working channel and distal section both adapted to accommodate an elongated straight tool extending therethrough when the elongated shaft is in the at least one deflected profile, wherein the thin-wall metal sleeve is surrounded by an elastomeric sleeve or a flexible polymer sleeve. an elongated shaft having a central axis with an image sensor located at a distal end of the elongated shaft, the elongated shaft having an insertion profile comprising a straight cylindrical shape, the elongated shaft having an articulating distal portion comprising a thin-wall metal sleeve having a slotted region for providing at least one deflected profile for orienting the image sensor for peripheral viewing, the image sensor having a viewing angle; an actuator sleeve within the thin-wall metal sleeve and axially moveable relative to the slotted region, such that movement of the actuator sleeve articulates the slotted region into the at least one deflected profile; and a working channel in the elongated shaft having a distal section, the working channel and distal section both adapted to accommodate an elongated straight tool extending therethrough when the elongated shaft is in the at least one deflected profile, wherein the thin-wall metal sleeve is surrounded by an elastomeric sleeve or a flexible polymer sleeve.
System for embedding a sealable conduit for ducting a tube or cable in a wall or floor which is to be produced by a casting process, wherein the system comprises at least one pipe-inlet having a smooth inlet-end for receiving a sealing device; and a coupling-end for fittingly coupling to a pipe by insertion of the coupling-end into the pipe, wherein the inner cross-sectional dimensions of the inlet-end correspond to the outer cross-sectional dimensions of the coupling-end for coupling to a pipe (4, 14) having the same inner cross-sectional dimensions as the inlet-end, wherein the inlet-end of the pipe-inlet is internally provided with a shoulder for inhibiting insertion of a sealing device too deep into the inlet-end, wherein the shoulder coincides with a transition from the inlet-end to the coupling-end, wherein the pipe-inlet is externally provided with a rib or flange which extends in a transverse direction of the pipe-inlet for locking the pipe-inlet in the wall or floor, and wherein the position of the rib or flange coincides with the position of the shoulder, wherein the pipe-inlet is provided with an inner surface which is smooth compared with an outer surface of the inlet-end.
Container having an outwardly protruding opening edge, a snap-on lid connected to this by its overlapping edge in sealingly latched engagement, and having a sealing device, which non-detachably connects it to the container without destruction, wherein, on one hand, the sealing device has a cage ring, such that it surrounds the container below its opening edge, and, on the other hand, a lid part, which partially covers the snap-on lid of the container, wherein the cage ring is connected to the cover part in a hinge-like manner and has latching means (10 - 13) in engagement without destruction in a non-detachable manner on at least one region opposite the hinge connection (8, 9) transverse to the container, said latching means latching the cage ring and the cover part, snapped over this, of the sealing device to each other, such that they inherently enclose the snap-on lid, characterised in that the cage ring is shifted from below onto the container until it makes contact with the opening edge.