mhurhangee/ep-ind-claims huggingface dataset:
A vehicle cyber-attack detection system comprising: at least one first tier security module being couplable to at least one onboard system of a respective vehicle and being configured so as to receive system log data generated by the at least one onboard system of the respective vehicle, the at least one first tier security module being configured to extract features from the system log data with natural language processing and including a first cyber-attack anomaly detection module configured to identify a first cyber-attack based on system entropy measurements determined by the first cyber-attack anomaly detection module from the extracted features, and a second cyber-attack anomaly detection module that includes a deep learning component trained to identify a second cyber-attack based on classification of the extracted features, where the natural language processing is performed on the system log data based on behavioral keywords to train the deep learning component; and a cyber-attack alert module being coupled to the at least one first tier security module and including a user interface, the cyber-attack alert module being configured to generate a notification of one or more of the first cyber-attack and the second cyber-attack on the user interface to effect cyber-attack diagnostics and remediation by vehicle personnel. at least one first tier security module being couplable to at least one onboard system of a respective vehicle and being configured so as to receive system log data generated by the at least one onboard system of the respective vehicle, the at least one first tier security module being configured to extract features from the system log data with natural language processing and including a first cyber-attack anomaly detection module configured to identify a first cyber-attack based on system entropy measurements determined by the first cyber-attack anomaly detection module from the extracted features, and a second cyber-attack anomaly detection module that includes a deep learning component trained to identify a second cyber-attack based on classification of the extracted features, where the natural language processing is performed on the system log data based on behavioral keywords to train the deep learning component; and a first cyber-attack anomaly detection module configured to identify a first cyber-attack based on system entropy measurements determined by the first cyber-attack anomaly detection module from the extracted features, and a second cyber-attack anomaly detection module that includes a deep learning component trained to identify a second cyber-attack based on classification of the extracted features, where the natural language processing is performed on the system log data based on behavioral keywords to train the deep learning component; and a cyber-attack alert module being coupled to the at least one first tier security module and including a user interface, the cyber-attack alert module being configured to generate a notification of one or more of the first cyber-attack and the second cyber-attack on the user interface to effect cyber-attack diagnostics and remediation by vehicle personnel.
An adhesive composition for encapsulating an organic electronic element comprising an olefin-based resin which is a polyisobutylene resin, a heat curable resin which is an epoxy resin, and a radical photocurable compound which is a multifunctional acrylate, wherein said adhesive composition exhibits a first peak having a glass transition temperature in the range of 20 to 60 °C and a second peak having a glass transition temperature in the range of 80 to 120 °C, measured by differential scanning calorimetry after curing, and has a tensile modulus in the range of 1 to 300 MPa at 25 °C after curing; wherein the heat curable resin is comprised at 10 to 80 parts by weight with respect to 100 parts by weight of the olefin-based resin; wherein the radical photocurable compound is comprised at 10 to 100 parts by weight with respect to 100 parts by weight of the olefin-based resin. wherein said adhesive composition exhibits a first peak having a glass transition temperature in the range of 20 to 60 °C and a second peak having a glass transition temperature in the range of 80 to 120 °C, measured by differential scanning calorimetry after curing, and has a tensile modulus in the range of 1 to 300 MPa at 25 °C after curing; wherein the heat curable resin is comprised at 10 to 80 parts by weight with respect to 100 parts by weight of the olefin-based resin; wherein the radical photocurable compound is comprised at 10 to 100 parts by weight with respect to 100 parts by weight of the olefin-based resin.
A gas-insulated switchgear system comprising a plurality of gas-insulated switchgears arranged in a row in a switchgear width direction which is a width direction of a switchgear enclosure, the gas-insulated switchgears each including a circuit breaker tank storing a circuit breaker, and a bus tank provided above the circuit breaker tank and storing a bus, wherein the bus tank of each of the gas-insulated switchgears arranged in a row is provided with bus connection bushings connected to the bus, at respective both ends of the bus in the switchgear width direction, a tank width dimension of the bus tank in the switchgear width direction is smaller than an enclosure width dimension of the switchgear enclosure, the bus connection bushings of the adjacent bus tanks are connected to each other via a first solid insulation bus adapter provided in a space formed by a difference between the enclosure width dimension and the bus tank width dimension, and a second solid insulation bus adapter having an end to which an insulating plug is attached is connected to the bus connection bushing of the bus tank on a last end side to which an additional board is planned to be arranged in a row. the bus tank of each of the gas-insulated switchgears arranged in a row is provided with bus connection bushings connected to the bus, at respective both ends of the bus in the switchgear width direction, a tank width dimension of the bus tank in the switchgear width direction is smaller than an enclosure width dimension of the switchgear enclosure, the bus connection bushings of the adjacent bus tanks are connected to each other via a first solid insulation bus adapter provided in a space formed by a difference between the enclosure width dimension and the bus tank width dimension, and a second solid insulation bus adapter having an end to which an insulating plug is attached is connected to the bus connection bushing of the bus tank on a last end side to which an additional board is planned to be arranged in a row.
A method for heating a sample in an electron beam microscope or analyzer in which heat is generated by passing a current through a self-temperature-regulating PTC thermistor which operates non-linearly such that the resistance is increased sharply above the Curie temperature; characterised in that: the PTC thermistor is provided in a sample heating holder; after the PTC thermistor is provided in the sample heating holder, the sample is immobilized to the sample heating holder; and a direct current is passed through the PTC thermistor to heat the sample while suppressing the growth of carbon contaminations and the occurrence of a thermal drift during observation and analysis. the PTC thermistor is provided in a sample heating holder; after the PTC thermistor is provided in the sample heating holder, the sample is immobilized to the sample heating holder; and a direct current is passed through the PTC thermistor to heat the sample while suppressing the growth of carbon contaminations and the occurrence of a thermal drift during observation and analysis.
Modular housing system for accommodating electronic circuits, in particular telematics units, said modular housing system having at least one basic housing module which comprises two oppositely located end faces, wherein a first connecting plate is realized in a first plane on the first end face and a second connecting plate is realized in a second plane which is different from the first plane; a third connecting plate is realized in the first plane on the second end face and a fourth connecting plate is realized in the second plane, wherein in each case the first and third connecting plate (11, 13) as well as the second and fourth connecting plate are formed on their end faces in such a manner that the third and fourth connecting plate and comprise forms which are correspondingly inverted with respect to the first and second connecting plate and, and the first and fourth connecting plate (11, 14) comprise in each case at least one opening into which in each case a locking element can be introduced, so that a plurality of basic housing modules can be connected together in a vertical direction or in a horizontal direction in a sturdy and precise manner.
An armored resistor comprising: - a tubular casing defining a longitudinal axis and having a first end and a second end; - a metal, spiral-coiled heating element, arranged inside the tubular casing, immersed in an electrically insulating material, and having two ends (13, 14); - a first closing element and a second closing element fixed to the first end and second end, respectively, and each provided with a respective through hole; - two pins (11, 12) adapted to be connected to a source of electricity, wherein each pin (11, 12) is in electrical contact with one of said two respective ends (13, 14) of the heating element and wherein each pin (11, 12) passes through a respective closing element (5, 6); wherein the first closing element is fluid-tightly fixed to the respective first end (7, 7') of the tubular casing, and the second closing element is provided with at least one passage communicating with the inside of the tubular casing, adapted to allow the electrically insulating material in the form of powder to pass when manufacturing the armored resistor; the armored resistor being characterised in that the first closing element has a peripheral groove, in which an O-ring is arranged between a wall of the peripheral groove and the first end of the tubular casing; wherein the tubular casing has a first end portion and a second end portion comprising the first end and the second end of the tubular casing, respectively, and a central portion, between the first end portion and the second end portion, wherein the area, according to a section on a plane orthogonal to the longitudinal axis, of the central portion is smaller than the area of the first end portion and second end portion. - a tubular casing defining a longitudinal axis and having a first end and a second end; - a metal, spiral-coiled heating element, arranged inside the tubular casing, immersed in an electrically insulating material, and having two ends (13, 14); - a first closing element and a second closing element fixed to the first end and second end, respectively, and each provided with a respective through hole; - two pins (11, 12) adapted to be connected to a source of electricity, wherein each pin (11, 12) is in electrical contact with one of said two respective ends (13, 14) of the heating element and wherein each pin (11, 12) passes through a respective closing element (5, 6);
A reinforced plastic pallet comprising: a bottom deck, and a top deck, joined together; wherein said bottom deck comprises a bottom deck upper portion and a bottom deck cover; wherein said bottom deck upper portion and said bottom deck cover are welded together; wherein said top deck comprises a top deck lower portion and a top deck cover; wherein the top deck lower portion comprises post portions; wherein said top deck lower portion and said top deck cover are welded together; wherein said top deck lower portion and said top deck cover are two plane surfaces arranged in a sandwich structure; wherein both surfaces are joined together by a rib arrangement (24, 25); characterized in that each one of said post portions forms a cavity and includes at least one injection port; the rib arrangement (24, 25) of the top deck of the pallet is provided in the form of a grid; the rib arrangement (24, 25) of the top deck is a structure of walls arranged diagonally and crossing each other; and wherein said walls of the rib arrangement (24, 25) connect the post portions of the top deck lower portion. a bottom deck, and a top deck, joined together; wherein said bottom deck comprises a bottom deck upper portion and a bottom deck cover; wherein said bottom deck upper portion and said bottom deck cover are welded together; wherein said top deck comprises a top deck lower portion and a top deck cover; wherein the top deck lower portion comprises post portions; wherein said top deck lower portion and said top deck cover are welded together; wherein said top deck lower portion and said top deck cover are two plane surfaces arranged in a sandwich structure; wherein both surfaces are joined together by a rib arrangement (24, 25); characterized in that each one of said post portions forms a cavity and includes at least one injection port; the rib arrangement (24, 25) of the top deck of the pallet is provided in the form of a grid; the rib arrangement (24, 25) of the top deck is a structure of walls arranged diagonally and crossing each other; and wherein said walls of the rib arrangement (24, 25) connect the post portions of the top deck lower portion.
Granulating device for producing granules from a plastic material, having a nozzle plate, a cutting chamber housing contiguous with the nozzle plate, a cutting device with at least one blade, propelled via a blade shaft by a blade propulsion unit, arranged in a blade propulsion housing, wherein the cutting chamber housing and the blade propulsion housing have a cutting chamber housing flange section and a blade propulsion housing flange section, respectively, and can be connected with one another there via a connecting element, wherein the connecting element has a clamping collar (10, 11, 12), which is arranged in such a way that it surrounds at least one part of the flange sections (2a, 7a), characterised in that the connecting element further has an eccentric locking element, wherein the eccentric locking element is connected with the respective parts of the clamping collar (10, 11, 12), and wherein the eccentric locking element has at least one index opening, which in a locked position is arranged flush with a locating cam, which passes through the index opening there, and in that in the locked position the locating cam enables operation of the blade propulsion unit via a pick-off.
A hearing aid comprising a bottom shell and a top shell, said bottom shell and top shell enclosing a receiver assembly and at least one or more microphones (11, 12), each comprising a microphone inlet (13, 14), wherein the top shell has an edge outline comprising a sealing material extending along the edge of said edge outline, said edge outline matching edges of side walls (3, 4) of the bottom shell, wherein the sealing material is in the form of a gasket and said sealing material comprises at least one or more interruptions (23, 24) adapted to allow said microphone inlets (13, 14) of said at least one or more microphones (11, 12) access to the surroundings characterized in that two interruptions (23, 24), placed at two opposed sides of the hearing aid, are provided for each microphone inlet (13, 14),.
An apparatus for disrupting a target radar system, comprising: a chamber (110, 310, 320) for attachment to a vehicle; radar countermeasure material in the chamber, the radar countermeasure material comprising a plurality of hollow fibres made of an electrically insulating material; and a release means for dispensing the radar countermeasure material out of the chamber, characterized in that the inner surface of the hollow fibres is at least partly coated with an electrically conductive substance and the outer surface of the plurality of hollow fibres is electrically non-conductive. a chamber (110, 310, 320) for attachment to a vehicle; radar countermeasure material in the chamber, the radar countermeasure material comprising a plurality of hollow fibres made of an electrically insulating material; and a release means for dispensing the radar countermeasure material out of the chamber, characterized in that the inner surface of the hollow fibres is at least partly coated with an electrically conductive substance and the outer surface of the plurality of hollow fibres is electrically non-conductive.
A bonding system for bonding webs including: a first anvil and a corresponding first ultrasonic horn; a second anvil and a corresponding second ultrasonic horn, wherein each of the first anvil and the second anvil includes a seal surface having a predetermined profile; wherein said first anvil and the second anvil are laterally spaced apart inline and in a machine direction; wherein said first anvil and said second anvil are each provided with a respective servo motor; characterised in that said seal surface of each of the first anvil and the second anvil comprises an anvil insert having a predetermined seal surface pattern; and in that said seal surface pattern is a helical pattern. a first anvil and a corresponding first ultrasonic horn; a second anvil and a corresponding second ultrasonic horn, wherein each of the first anvil and the second anvil includes a seal surface having a predetermined profile; wherein said first anvil and the second anvil are laterally spaced apart inline and in a machine direction; wherein said first anvil and said second anvil are each provided with a respective servo motor; said seal surface of each of the first anvil and the second anvil comprises an anvil insert having a predetermined seal surface pattern; and in that said seal surface pattern is a helical pattern.
Device for the automated supply of liquids, preferably coffee, tea and/or cold drinks, comprising a container store for storing containers, wherein the container store comprises a temperature-control device for controlling the temperature of the containers, and a feeding device (16, 18) for feeding at least one container to a liquid outlet (24, 26) of a preparation device, wherein the feeding device (16, 18) comprises a lifting device (20, 22), which is configured such that, in a receiving position in which a container can be received from the container store, an opening (28, 30) of the container store is uncovered and, in a filling position which is elevated relative to the receiving position and in which the container can be filled via the liquid outlet (24, 26), the opening (28, 30) of the container store is closed, characterised in that the lifting device (20, 22) has a lateral wall (32, 34) serving as a closure for the opening (28, 30) of the container store. a container store for storing containers, wherein the container store comprises a temperature-control device for controlling the temperature of the containers, and a feeding device (16, 18) for feeding at least one container to a liquid outlet (24, 26) of a preparation device, wherein the feeding device (16, 18) comprises a lifting device (20, 22), which is configured such that, in a receiving position in which a container can be received from the container store, an opening (28, 30) of the container store is uncovered and, in a filling position which is elevated relative to the receiving position and in which the container can be filled via the liquid outlet (24, 26), the opening (28, 30) of the container store is closed, characterised in that the lifting device (20, 22) has a lateral wall (32, 34) serving as a closure for the opening (28, 30) of the container store.
A battery pack comprising: a plurality of secondary batteries wherein each secondary battery comprises: a case, an electrode assembly housed in the case, a positive electrode current collector located within the case and coupled to an uncoated portion of the electrode assembly, and a negative electrode current collector located within the case and coupled to an uncoated portion of the electrode assembly, characterised in that the case comprises a first coupling groove recessed toward the positive electrode current collector and forming a positive terminal, and a second coupling groove recessed toward the negative electrode current collector and forming a negative terminal, the said first and second coupling grooves being formed at a bottom portion of the case and the first coupling groove being connected to the positive electrode current collector by welding; and in that the battery pack further comprises a pack case having a plurality of first coupling protrusions, each said first coupling protrusion being accommodated within a said first coupling groove of the secondary battery. a case, an electrode assembly housed in the case, a positive electrode current collector located within the case and coupled to an uncoated portion of the electrode assembly, and a negative electrode current collector located within the case and coupled to an uncoated portion of the electrode assembly, characterised in that the case comprises a first coupling groove recessed toward the positive electrode current collector and forming a positive terminal, and a second coupling groove recessed toward the negative electrode current collector and forming a negative terminal, the said first and second coupling grooves being formed at a bottom portion of the case and the first coupling groove being connected to the positive electrode current collector by welding; and in that the battery pack further comprises a pack case having a plurality of first coupling protrusions, each said first coupling protrusion being accommodated within a said first coupling groove of the secondary battery.
A method for protecting an object from unauthorized copying, comprising: providing a key generator for the object; producing a first and second keys (30, 40) and a lock for the first and second keys (30, 40); storing the first key in the object; storing the second key and a time-key in a database separate from the object; reading the first and second keys (30, 40); joining the first and second keys (30, 40); opening the lock by a match of decryption on the joined first and second keys (30, 40) using the stored time-key; producing a new time-key, a third and fourth keys and a new lock; invalidating the first and second keys (30, 40) with the new lock; replacing the first key in the object with the third key; and replacing both the time-key and the second key in the database with the new time-key and the fourth key, wherein the first key is replaced in the object with the third key, and the time-key and the second key are replaced in the database with the new time-key and the fourth key, after each time the object is used. providing a key generator for the object; producing a first and second keys (30, 40) and a lock for the first and second keys (30, 40); storing the first key in the object; storing the second key and a time-key in a database separate from the object; reading the first and second keys (30, 40); joining the first and second keys (30, 40); opening the lock by a match of decryption on the joined first and second keys (30, 40) using the stored time-key; producing a new time-key, a third and fourth keys and a new lock; invalidating the first and second keys (30, 40) with the new lock; replacing the first key in the object with the third key; and replacing both the time-key and the second key in the database with the new time-key and the fourth key, wherein the first key is replaced in the object with the third key, and the time-key and the second key are replaced in the database with the new time-key and the fourth key, after each time the object is used.