mhurhangee/ep-ind-claims huggingface dataset:
A method for metalizing at least one blind via (100, 200, 300) formed in at least one substrate, including at least the following steps: a) arranging at least one solid portion (110, 210) of electrically conductive material in the blind via (100, 200, 300), b) performing a thermal treatment of the solid portion (110, 210) of electrically conductive material, making it melt in the blind via (100, 200, 300), c) cooling the electrically conductive material (112, 114, 115, 116, 212), solidifying it in the blind via (100, 200, 300), characterized in that, before carrying out step a), at least part of the walls of the blind via is covered with a material able to prevent wetting of said part of the walls of the blind via by the melted electrically conductive material obtained during the performance of step b), the solidified electrically conductive material obtained after carrying out step c) being able not to be secured to said non-wetting part of the walls of the blind via, and wherein the material able to prevent wetting of said part of the walls of the blind via forms a drop angle, with the melted electrically conductive material, equal to about 180° and/or corresponds to a fluorinated material or comprises PDMS, silicone, Teflon, or a derivative of these components. a) arranging at least one solid portion (110, 210) of electrically conductive material in the blind via (100, 200, 300), b) performing a thermal treatment of the solid portion (110, 210) of electrically conductive material, making it melt in the blind via (100, 200, 300), c) cooling the electrically conductive material (112, 114, 115, 116, 212), solidifying it in the blind via (100, 200, 300),
A system for controlling operation of a work machine, the work machine configured to operate in combination with a vehicle to perform a work function, the system comprising: a sensor included by the vehicle, the sensor configured to detect an orientation of the vehicle; a vehicle electronic control unit configured to communicate with the sensor and with the work machine; a work machine electronic control unit configured to communicate with the vehicle and to control performance of a work function of the work machine; and wherein, the sensor is configured to communicate a detected orientation of the vehicle to the vehicle electronic control unit, characterized in that the vehicle electronic control unit is configured to transmit a signal to the work machine electronic control unit if the detected orientation of the vehicle is outside of target parameters corresponding to an orientation of the vehicle, and the signal is configured for one or more of notifying the work machine electronic control unit of the detected orientation of the vehicle and modifying operation of a work function performed by the work machine. a sensor included by the vehicle, the sensor configured to detect an orientation of the vehicle; a vehicle electronic control unit configured to communicate with the sensor and with the work machine; a work machine electronic control unit configured to communicate with the vehicle and to control performance of a work function of the work machine; and wherein, the sensor is configured to communicate a detected orientation of the vehicle to the vehicle electronic control unit, characterized in that the vehicle electronic control unit is configured to transmit a signal to the work machine electronic control unit if the detected orientation of the vehicle is outside of target parameters corresponding to an orientation of the vehicle, and the signal is configured for one or more of notifying the work machine electronic control unit of the detected orientation of the vehicle and modifying operation of a work function performed by the work machine.
Hard coating layer system deposited on a substrate surface with a multilayered structure comprising alternating layers A and B, with A layers having the composition in atomic percent Me ApA O nA N mA and B layers having the composition in atomic percent Me BpB O nB N mB, wherein a. the thermal conductivity of A layers is greater than the thermal conductivity of B layers, b. Me A and Me B each comprise at least one metal from the group Ti and Cr, c. pA denotes the atomic percent of MeA and pB denotes the atomic percent of MeB, and the following holds: pA = pB, d. nA denotes the oxygen concentration in A layers in atomic percent, and nB denotes the oxygen concentration in B layers in atomic percent, and the following holds: nA < nB, e. mA denotes the nitrogen concentration in A layers in atomic percent, and mB denotes the nitrogen concentration in B layers in atomic percent, and the following holds: p A /(n A +m A) = p B /(n B +m B), f. Me A = Me B, and g. 5% ≤ n B ≤ 30%, with the condition that p A +n A +m A = p B +n B +m B = 100%, characterized in that at least one A layer or one B layer along at least a portion of the layer thickness has a graded oxygen concentration, or the hard coating layer system comprises at least one additional hard coating layer of type Me p O n N m with n ≥ 0, with Me = Me A and p = p A or with Me = Me B and p = p B, as a cover layer, which has a graded oxygen concentration along at least a portion of the layer thickness. a. the thermal conductivity of A layers is greater than the thermal conductivity of B layers, b. Me A and Me B each comprise at least one metal from the group Ti and Cr, c. pA denotes the atomic percent of MeA and pB denotes the atomic percent of MeB, and the following holds: pA = pB, d. nA denotes the oxygen concentration in A layers in atomic percent, and nB denotes the oxygen concentration in B layers in atomic percent, and the following holds: nA < nB, e. mA denotes the nitrogen concentration in A layers in atomic percent, and mB denotes the nitrogen concentration in B layers in atomic percent, and the following holds: p A /(n A +m A) = p B /(n B +m B), f. Me A = Me B, and g. 5% ≤ n B ≤ 30%, with the condition that p A +n A +m A = p B +n B +m B = 100%,
A method for detecting unauthorized port scanning in a computer network in particular to avoid a computer attack, the computer network being made up of a plurality of communication terminals (11, 12A,..,12E) each defining a plurality of communication ports (P 1,..,P 3) and able to communicate with one another via these communication ports (P 1,..,P 3), each terminal (11, 12A,..,12E) being associated with a unique terminal identifier (ID 1) in the network, each port (P 1,..,P 3) being associated with a unique port identifier (ID 2) within the corresponding terminal (11, 12A,..,12E), at least some of the terminals (11, 12A,..,12E), called initiating terminals, being able to initiate a computer connection with at least one other terminal (11, 12A,..,12E), called receiving terminal, via at least one port (P 1,..,P 3) of the receiving terminal (11, 12A,..,12E), each receiving terminal (11, 12A,..,12E) being able to reject a connection initiated by an initiating terminal (11, 12A,..,12E), the method being implemented by terminals (12B,..,12E) forming an identified group of terminals and including the following steps: - detection, by each receiving terminal (12B,..,12E) in the group, of each connection initiated by an initiating terminal (11, 12A,..,12E) via at least one port (P 1,..,P 3) of that receiving terminal (12B,..,12E); - identification, by each receiving terminal (12B,..,12E) of the group, of rejected connections among all of the initiated connections; - for each rejected connection, generating security information comprising a first datum (D 1) and a second datum (D 2) respectively corresponding to the identifiers (ID 1, ID 2) of the receiving terminal (12B,..,12E) and one of its ports (P 1,..,P 3) corresponding to this rejected connection, and adding the generated security information in a security database shared between the terminals (12B,..,12E) in the group; and - analyzing the shared security information database to determine unauthorized port scans; each terminal (12A,..,12E) of the group further including a storage unit able to store at least part of the security information database. - detection, by each receiving terminal (12B,..,12E) in the group, of each connection initiated by an initiating terminal (11, 12A,..,12E) via at least one port (P 1,..,P 3) of that receiving terminal (12B,..,12E); - identification, by each receiving terminal (12B,..,12E) of the group, of rejected connections among all of the initiated connections; - for each rejected connection, generating security information comprising a first datum (D 1) and a second datum (D 2) respectively corresponding to the identifiers (ID 1, ID 2) of the receiving terminal (12B,..,12E) and one of its ports (P 1,..,P 3) corresponding to this rejected connection, and adding the generated security information in a security database shared between the terminals (12B,..,12E) in the group; and - analyzing the shared security information database to determine unauthorized port scans;
A silicone-modified epoxy resin composition comprising: a silicone-modified epoxy resin having at least two epoxy groups, obtained from hydrosilylation reaction of an alkenyl-containing epoxy compound with an organopolysiloxane having the average compositional formula: H a R b SiO (4-a-b)/2 wherein R is each independently a C 1 -C 10 monovalent hydrocarbon group, a is a positive number: 0.01 ≤ a ≤ 1, b is a positive number: 1 ≤ b ≤ 3, meeting 1.01 ≤ a+b < 4, a silicone-modified phenolic resin having at least two phenolic hydroxyl groups, obtained from hydrosilylation reaction of an alkenyl-containing phenol compound having the formula: wherein R' is C 1 -C 10 alkyl and n' is an integer of 0 to 4, with an organopolysiloxane having the average compositional formula, a black pigment, and an inorganic filler exclusive of the black pigment. a silicone-modified epoxy resin having at least two epoxy groups, obtained from hydrosilylation reaction of an alkenyl-containing epoxy compound with an organopolysiloxane having the average compositional formula: H a R b SiO (4-a-b)/2 wherein R is each independently a C 1 -C 10 monovalent hydrocarbon group, a is a positive number: 0.01 ≤ a ≤ 1, b is a positive number: 1 ≤ b ≤ 3, meeting 1.01 ≤ a+b < 4, a silicone-modified phenolic resin having at least two phenolic hydroxyl groups, obtained from hydrosilylation reaction of an alkenyl-containing phenol compound having the formula: wherein R' is C 1 -C 10 alkyl and n' is an integer of 0 to 4, with an organopolysiloxane having the average compositional formula, a black pigment, and an inorganic filler exclusive of the black pigment.
Motorized bicycle with a collision protection device with a catching element, which is arranged fixedly on a frame of the bicycle and has a receptacle, which is delimited by two guide portions and is open in the direction of a front wheel of the bicycle, wherein the free ends, which point in the direction of travel, of the guide portions are arranged so as to always be spaced apart from the front wheel during normal riding operation, but in the event of a frontal collision in which the front wheel strikes an obstacle, the front wheel is pushed beyond the free ends in the direction of the frame of the bicycle into the receptacle, characterized in that the guide portions are formed in each case by a rod-like component.
An amphibian for use in land and marine modes comprising: a planing hull; three wheel stations, two of the three wheel stations being front wheel stations provided one on each side of and in the front half of the amphibian, and the third wheel station being a rear wheel station provided in the rear half of the amphibian; at least one wheel (11, 11') provided at each wheel station, each wheel being movable between a protracted land mode position and a retracted marine mode position; a retractable suspension assembly (10, 10') provided at each wheel station for supporting the at least one wheel, the front wheel station retractable suspension assemblies each being leaning retractable suspension assemblies configured to provide capability for leaning of the amphibian when in use in land mode; land propulsion means to propel the amphibian on land in the land mode, the land propulsion means comprising at least one of the wheels; and marine propulsion means to propel the amphibian on water in the marine mode. a planing hull; three wheel stations, two of the three wheel stations being front wheel stations provided one on each side of and in the front half of the amphibian, and the third wheel station being a rear wheel station provided in the rear half of the amphibian; at least one wheel (11, 11') provided at each wheel station, each wheel being movable between a protracted land mode position and a retracted marine mode position; a retractable suspension assembly (10, 10') provided at each wheel station for supporting the at least one wheel, the front wheel station retractable suspension assemblies each being leaning retractable suspension assemblies configured to provide capability for leaning of the amphibian when in use in land mode; land propulsion means to propel the amphibian on land in the land mode, the land propulsion means comprising at least one of the wheels; and marine propulsion means to propel the amphibian on water in the marine mode.
An open radiant cooking appliance having a C shape or a U shape and comprising a lower cooking cassette; an upper cooking cassette; and a posterior part together defining a cooking chamber; said appliance comprising - a proximal portion (2, 2') comprising at least one proximal radiant element (21, 21'); and - a distal portion (3, 3') comprising at least one distal radiant element (31, 31') - at least one insulation means (33, 33'), separating the at least one distal radiant element (31, 31') from the at least one proximal radiant element (21, 21'); - said insulation means (33, 33') comprising at least a first reflector (331, 331') configured for directing the radiation emitted by the at least one distal radiant element (31, 31') towards the cooking chamber characterized in that the inclination of the first reflector with respect to the lower horizontal surface of the lower cooking cassette forms an angle β comprised between 70° and 120°. - a proximal portion (2, 2') comprising at least one proximal radiant element (21, 21'); and - a distal portion (3, 3') comprising at least one distal radiant element (31, 31') - at least one insulation means (33, 33'), separating the at least one distal radiant element (31, 31') from the at least one proximal radiant element (21, 21'); - said insulation means (33, 33') comprising at least a first reflector (331, 331') configured for directing the radiation emitted by the at least one distal radiant element (31, 31') towards the cooking chamber
A fixation apparatus of fuel pump, comprising: a base(1 10) coupled to a fuel tank and having a first latching groove formed at one side thereof; a reservoir cup seated on the base(1 10), and wherein the reservoir cup having a first latching protrusion on one side, and wherein the first latching protrusion is fixed in the first latching groove; and a fixing member installed in the reservoir cup, wherein the fixing member fixes the base and the reservoir cup, wherein a fixing groove or fixing hole(1 10a) into which the fixing member is fixed is formed in the base(1 10). a base(1 10) coupled to a fuel tank and having a first latching groove formed at one side thereof; a reservoir cup seated on the base(1 10), and wherein the reservoir cup having a first latching protrusion on one side, and wherein the first latching protrusion is fixed in the first latching groove; and a fixing member installed in the reservoir cup, wherein the fixing member fixes the base and the reservoir cup, wherein a fixing groove or fixing hole(1 10a) into which the fixing member is fixed is formed in the base(1 10).
An apparatus comprising: processing circuitry to perform data processing in response to instructions of one of a plurality of software execution environments; at least one memory system component (8, 12, 16, 20) to handle memory transactions for accessing data, each memory transaction specifying a partition identifier allocated to a software execution environment associated with said memory transaction, said at least one memory system component being configured to select one of a plurality of sets of memory transaction progression parameters associated with said partition identifier specified by a memory transaction to be handled; and memory transaction progression control circuitry to control progression of said memory transaction in dependence on said selected set of memory transaction progression parameters. processing circuitry to perform data processing in response to instructions of one of a plurality of software execution environments; at least one memory system component (8, 12, 16, 20) to handle memory transactions for accessing data, each memory transaction specifying a partition identifier allocated to a software execution environment associated with said memory transaction, said at least one memory system component being configured to select one of a plurality of sets of memory transaction progression parameters associated with said partition identifier specified by a memory transaction to be handled; and memory transaction progression control circuitry to control progression of said memory transaction in dependence on said selected set of memory transaction progression parameters.
An electrical connector comprising: - a plurality of electrical terminals; and - a housing having the electrical terminals connected thereto, wherein the housing comprises a first housing member and a second housing member movably connected to the first housing member, wherein the first housing member comprises snap-lock latches which lock the terminals in terminal receiving channels of the first housing member, gaps into which snap-lock latches deflect during insertion of the electrical terminals and the second housing member comprises blocking sections which slide into the gaps, whereby the first and second housing members form a terminal position assurance feature, and wherein the terminal receiving channels comprise a first row of the terminal receiving channels with a first one of the terminal receiving channels and a second one of the terminal receiving channels being separated from each other by a wall of the first housing member, and the first housing member having an open wall area between a third one of the terminal receiving channels and the second terminal receiving channel, and characterized in that - the open wall area is substantially open between adjacent ones of the snap-lock latches, and the second housing member is adapted to at least partially close the open wall area with a rearward separator wall section cooperating with the first housing member to separate the second and the third receiving channels from each other. - a plurality of electrical terminals; and - a housing having the electrical terminals connected thereto, - the open wall area is substantially open between adjacent ones of the snap-lock latches, and the second housing member is adapted to at least partially close the open wall area with a rearward separator wall section cooperating with the first housing member to separate the second and the third receiving channels from each other.
Laser plotter for processing a job for cutting, engraving, marking and/or lettering a preferably flat workpiece, comprising at least one housing with a processing table and with a preferably closable processing chamber for positioning a workpiece on the processing table, at least one beam source in the form of a laser (5,6), and a control unit for controlling the carriage, which is preferably operated via a belt drive, with a focusing unit arranged to be movable thereon and designed to deflect a laser beam in the direction of the workpiece, wherein in the processing chamber below the processing table, in particular below a support surface of the processing table, an extraction device for extracting the exhaust gases produced during the laser process by generating an air flow is arranged, characterized in that the processing table is designed in such a way that the support surface of the processing table is designed to be airtight over the entire surface, and in that, in order to form an air flow, an extraction duct is arranged below the support surface, preferably parallel to the support surface, which extraction duct ends in an extraction opening, whereby the extraction duct is connected via at least one extraction opening (28,29) to the processing chamber for extracting the exhaust gases or vapors, respectively, that are produced during the laser process, wherein the processing chamber is delimited by a frame, and an end plate is arranged below the frame and preferably fastened to the frame, wherein a plurality of preferably parallel slats are arranged in the frame, so that an air duct is formed between the slats, wherein the slats extend from the support surface beyond the frame.
A device for generating and/or detecting a flow in a medium, comprising - a carrier element which can be brought in contact with the medium; - a plurality of movable structures which are arranged on a surface of the carrier element, wherein the carrier element is to be arranged with respect to the medium such that the movable structures protrude into the medium; and - a transmitter for generating acoustic surface waves in the carrier element, wherein surface waves induced in the carrier element alternately put the carrier element surface on which the movable structures are arranged, and thus also the movable structures, into a movement with a component in a first direction and into a movement with a component in a second direction opposite to the first direction, characterized in that the movable structures - based on the rest condition of the carrier element - are formed curved and/or pretensioned and are designed and arranged on the carrier element surface such that they stretch due to a counterforce exerted on them by the medium during a movement with a component in the first direction, so that their flow resistance is increased, and they curve in due to a counterforce acting on them from the medium during a movement with a component in the opposite second direction, so that their flow resistance is reduced, wherein with respect to a counterforce exerted by the medium during a movement of the movable structures with a component in the first direction the movable structures have a higher bending stiffness than with respect to a counterforce exerted by the medium during a movement of the movable structures with a component in the second direction. - a carrier element which can be brought in contact with the medium; - a plurality of movable structures which are arranged on a surface of the carrier element, wherein the carrier element is to be arranged with respect to the medium such that the movable structures protrude into the medium; and - a transmitter for generating acoustic surface waves in the carrier element, wherein surface waves induced in the carrier element alternately put the carrier element surface on which the movable structures are arranged, and thus also the movable structures, into a movement with a component in a first direction and into a movement with a component in a second direction opposite to the first direction,
A system for setting and intersomatic fusion of vertebrae, comprising at least one cage and one plate arranged perpendicular to the main plane of said cage, where that said plate and said cage have a hole and a stud which can be inserted and reversibly blocked in said hole, said plate being able to be removed by simple traction, characterized in that said stud permits the rotation of the plate relative to the cage.