mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications at a user equipment, UE, comprising: transmitting, to a base station, an indication of a value of a channel quality parameter of a wireless link comprising a first beam pair between the UE and the base station; transmitting, to the base station, side information different from and in addition to the indication of the value of the channel quality parameter; and receiving, in response to the transmitted indication of the value and the transmitted side information, an indication of resources for the UE to use to communicate on the wireless link, wherein the side information further comprises an indication of a duration for which the side information is valid. transmitting, to a base station, an indication of a value of a channel quality parameter of a wireless link comprising a first beam pair between the UE and the base station; transmitting, to the base station, side information different from and in addition to the indication of the value of the channel quality parameter; and receiving, in response to the transmitted indication of the value and the transmitted side information, an indication of resources for the UE to use to communicate on the wireless link, wherein the side information further comprises an indication of a duration for which the side information is valid.
Rubber mixture free from halogen-containing flame retardants and containing more than 50 phr of chlorosulfonated polyethylene and/or alkylated chlorosulfonated polyethylene (ACSM) in each case alone or in combination and characterized in that the rubber mixture additionally contains hydrotalcite and sepiolite.
A method performed on a computer processor, said method comprising: detecting a web browser session between a client and a web server; monitoring said web browser session to identify first data passed from said web server to said client; analyzing said first data to identify a first executable code within said first data; identifying a first digital signature for said first executable code; verifying said first digital signature for said first executable code; and the method further comprising, determining whether the first executable code is authenticated; if it is determined that the first executable code is not authenticated, querying a reputation service to determine whether the executable code is trusted or untrusted; if it is determined that the executable code is untrusted, prohibiting the executable code from executing; if it is determined that the executable code is trusted, executing the executable code in a sandbox or restricted mode, wherein the sandbox mode or the restricted mode execute the code but prevent the code from performing activities that are dangerous to the host system; wherein, when the executables are authenticated and signed, the first executable code is executed; wherein, when the first executable code is authenticated but not signed, presenting a user interface to allow a user to select from permitting or denying execution or determining, by a security policy, whether or not to permit or deny execution without user interaction. detecting a web browser session between a client and a web server; monitoring said web browser session to identify first data passed from said web server to said client; analyzing said first data to identify a first executable code within said first data; identifying a first digital signature for said first executable code; verifying said first digital signature for said first executable code; and the method further comprising, determining whether the first executable code is authenticated; if it is determined that the first executable code is not authenticated, querying a reputation service to determine whether the executable code is trusted or untrusted; if it is determined that the executable code is untrusted, prohibiting the executable code from executing; if it is determined that the executable code is trusted, executing the executable code in a sandbox or restricted mode, wherein the sandbox mode or the restricted mode execute the code but prevent the code from performing activities that are dangerous to the host system; wherein, when the executables are authenticated and signed, the first executable code is executed; wherein, when the first executable code is authenticated but not signed, presenting a user interface to allow a user to select from permitting or denying execution or determining, by a security policy, whether or not to permit or deny execution without user interaction.
A flight-control system for a canard-controlled flight vehicle, the system including a processor, the processor configured to: monitor angular velocities of the flight vehicle to detect an onset of instability; and adaptively control an acceleration limit of the flight vehicle based on the detected instability to reduce a probability of a roll-control reversal. monitor angular velocities of the flight vehicle to detect an onset of instability; and adaptively control an acceleration limit of the flight vehicle based on the detected instability to reduce a probability of a roll-control reversal.
A lubricating grease composition comprising: (a) an oil of lubricating viscosity, and (b) 0.1% by weight to 45% by weight of a metallic soap thickener, and (c) 0.1% by weight to 10% by weight of a borate ester comprising at least one alkyl group, wherein the alkyl group is a 2-propylheptyl group, a 2-butyloctyl group, a 2-hexyldecyl group or a 2-octyldodecyl group. (a) an oil of lubricating viscosity, and (b) 0.1% by weight to 45% by weight of a metallic soap thickener, and (c) 0.1% by weight to 10% by weight of a borate ester comprising at least one alkyl group, wherein the alkyl group is a 2-propylheptyl group, a 2-butyloctyl group, a 2-hexyldecyl group or a 2-octyldodecyl group.
Method for manufacturing a composite structure, the said composite structure comprising a lower sub-assembly, the lower sub-assembly being at least provided with first fibres and a first resin, the said composite structure comprising an electrically conductive layer provided with a metallic member, the said composite structure comprising an upper sub-assembly at least provided with second fibres and a second resin, the said method involving an arrangement of the said metallic member on the lower sub-assembly and a placement of at least one shield on at least one electrical connection area of the said metallic member, characterised in that the said placement of at least one shield involves the placement of at least one shield extending in an elevation direction from a lower face arranged against the metallic member to an upper face, the said at least one shield comprising at least one cavity, the said at least one cavity passing all the way through the shield in the elevation direction by extending from the lower face to the upper face, the said method involving a placement of the upper sub-assembly at least against a portion of the upper face of the metallic member not covered by the at least one shield.
Coffee machine with a device a producing hot water, a distributing device for the hot water with a rotatably mounted outlet part, which is rotatable by a drive for a brewing process, and a filter vessel, which is arranged under the distributing device and into which a filter and coffee grinds are introducible, characterised in that the rotatably mounted outlet part has at least two outlet openings (71, 72), which are arranged at a spacing from an axis of rotation of the outlet part, wherein on rotation of the outlet part an annular area around the axis of rotation for each outlet opening (71, 72) is wettable.
Motor-driven handheld jigsaw having a machine housing and having a guide plate, facing the workpiece, via which the jigsaw blade protrudes so as to be drivable back and forth, wherein, in order to execute plunge cuts, the jigsaw is inclinable about an axis or edge, extending transversely to the driving direction of the jigsaw blade, of the guide plate, and wherein, in the region of this axis or edge, a slip prevention means is provided, by means of which the guide plate rests against the workpiece during inclination, characterized in that the slip prevention means is spaced apart from the workpiece when the guide plate rests flat on the workpiece, such that it does not interact with the workpiece in an adhering manner.
A method for navigating a vehicle comprising: with a vehicle, traversing an ingress path during an ingress cycle; monitoring a ground surface during both the ingress cycle and an egress cycle to generate a plurality of complex images, wherein each pixel of the complex images comprises amplitude and a phase; comparing successive local complex egress images to one or more reference complex ingress images to obtain successive normalized cross-correlation coefficients 'NCCCs'; monitoring the successive NCCCs over time to determine if the successive NCCCs are increasing or decreasing relative to a maximum NCCC as the vehicle moves through the egress cycle; maintaining the vehicle in as close a position relative to the ingress path as possible based on the increase or decrease of the successive NCCCs. with a vehicle, traversing an ingress path during an ingress cycle; monitoring a ground surface during both the ingress cycle and an egress cycle to generate a plurality of complex images, wherein each pixel of the complex images comprises amplitude and a phase; comparing successive local complex egress images to one or more reference complex ingress images to obtain successive normalized cross-correlation coefficients 'NCCCs'; monitoring the successive NCCCs over time to determine if the successive NCCCs are increasing or decreasing relative to a maximum NCCC as the vehicle moves through the egress cycle; maintaining the vehicle in as close a position relative to the ingress path as possible based on the increase or decrease of the successive NCCCs.
A system for big data exchange, comprising: a big data source (22, 301), a big data exchanger (24, 302) and a big data target (26, 303); wherein the big data source (22, 301) is arranged to collect various data, and provides the various data to the big data exchanger (24, 302); the big data exchanger (24, 302) is arranged to receive the various data imported by the big data source (22, 301), process the various data to obtain processed data, and export the various data and the processed data to the big data target (26, 303) according to a data request of the big data target (26, 303); the big data target (26, 303) is arranged to send the data request to the big data exchanger (24, 302) and receive the various data and the processed data correspond to the request exported by the big data exchanger (24, 302); wherein the big data exchanger (24, 302) comprises a data import component, a data export component, and at least one of the following: a data collection component, a data preparation component, a data analysis component, and a data visualization component; wherein the data import component is arranged to receive data from the big data source (22, 301), and store and/or cache the data, wherein a way of receiving, by the data import component, the data comprises at least one of the following: data query, data request, data fetching, data provision, data discovery, metadata publishing and metadata notification; the data collecting component is arranged to collect data from imported data and perform preliminary processing on the data, and provides a corresponding preliminary processing result to the data preparation component and the data export component; the data preparation component is arranged to perform preparation processing on the preliminary processed data and provide a corresponding preparation processing result to the data analysis component and the data export component, wherein the preparation processing comprises at least one of the following: data cleaning, data conversion, data decomposition, data verification, data fusion, data aggregation, data clustering, data sorting, data abstraction, data classification, data encryption and data integration; the data analysis component is arranged to, according to the big data science, analyze data which is processed through data preparation by using a preset algorithm and extract knowledge data from the analyzed data, and provide a corresponding analysis processing result to the data visualization component and the data export component; the data visualization component is arranged to perform visual processing on data which is processed through data analysis, and provides a corresponding visual processing result to the data export component; the data export component is arranged to export the data imported from the big data source (22, 301) and visual processed data to the big data target (26, 303).
A pouch-type secondary battery, comprising: a pouch-type battery case; an electrode assembly mounted in the battery case; electrode leads (130, 140) of a positive electrode and a negative electrode, configured to have one end connected to the electrode assembly and the other end protruding out of the battery case; a sealing portion configured to bond an upper sheet and a lower sheet of the battery case; and a tape having a metal foil bonded to the battery case to cover a surface of the upper sheet of the battery case and a surface of the lower sheet of the battery case so that a terminal of the sealing portion is not exposed, wherein the upper sheet and the lower sheet of the battery case are respectively composed of an outer resin layer, a metal layer and an inner resin layer, and the outer resin layer is patterned in the sealing portion in parallel to the terminal of the sealing portion, and the tape conforms along the pattern of the outer resin layer while filling gaps in the pattern. a pouch-type battery case; an electrode assembly mounted in the battery case; electrode leads (130, 140) of a positive electrode and a negative electrode, configured to have one end connected to the electrode assembly and the other end protruding out of the battery case; a sealing portion configured to bond an upper sheet and a lower sheet of the battery case; and a tape having a metal foil bonded to the battery case to cover a surface of the upper sheet of the battery case and a surface of the lower sheet of the battery case so that a terminal of the sealing portion is not exposed, wherein the upper sheet and the lower sheet of the battery case are respectively composed of an outer resin layer, a metal layer and an inner resin layer, and the outer resin layer is patterned in the sealing portion in parallel to the terminal of the sealing portion, and the tape conforms along the pattern of the outer resin layer while filling gaps in the pattern.
Method for improving ergonomics of a car cockpit, wherein the method adjusts the car cockpit to a user's ergonomics prior to manufacturing the car, the method comprising the steps of: - obtaining information (S2, S2', S14) defining an initial cockpit configuration including information about a combination of modules and a parameterization of the modules, - obtaining information on a cockpit-user's shape and information of a seat and steering wheel position the user typically uses when driving, - conducting a bio-mechanical simulation of reach kinematics on the basis of information defining the initial cockpit configuration, information on the user's shape and information on the seat and steering wheel position for calculating ergonomic quality criteria for predefined reaching movements during driving, wherein in the bio-mechanical simulation, ergonomic quality criteria for reaching movements during driving are calculated, - changing the cockpit configuration in an optimization process using a simulation result of the bio-mechanical simulation, - repeating conducting the bio-mechanical simulation and changing of the cockpit configuration until either a predetermined stop condition for the ergonomic quality criteria is fulfilled or a set time limit is reached, and - outputting a definition for the final cockpit-configuration characterized in that the quality criteria include criteria for physical ergonomics and criteria for cognitive ergonomics, and criteria for physical ergonomics define movement efficiency of reaching movements, and criteria for cognitive ergonomics refer to a distraction of the driver from a main driving task that reaching movements of the driver result in. - obtaining information (S2, S2', S14) defining an initial cockpit configuration including information about a combination of modules and a parameterization of the modules, - obtaining information on a cockpit-user's shape and information of a seat and steering wheel position the user typically uses when driving, - conducting a bio-mechanical simulation of reach kinematics on the basis of information defining the initial cockpit configuration, information on the user's shape and information on the seat and steering wheel position for calculating ergonomic quality criteria for predefined reaching movements during driving, - changing the cockpit configuration in an optimization process using a simulation result of the bio-mechanical simulation, - repeating conducting the bio-mechanical simulation and changing of the cockpit configuration until either a predetermined stop condition for the ergonomic quality criteria is fulfilled or a set time limit is reached, and - outputting a definition for the final cockpit-configuration
Base suitable for a child vehicle seat, which base comprises a number of recesses and a number of hooks each being movable from a first position to a second position and vice versa, the base is further provided with a slide which is movable from an initial position to a locking position and vice versa, characterized in that in the initial position the hooks are movable from the first position to the second position and vice versa, whilst in the locking position all hooks are locked in the second position.
A method of recovering fly ash, including a firing step in which raw fly ash powder containing an unburned carbon is fired to remove the unburned carbon by burning, characterized by further including: a measuring step of measuring a content of said unburned carbon in said raw fly ash powder; and a sieve-classifying step of obtaining a fine fly ash powder which is a component under a sieve and has a decreased content of said unburned carbon as a result of sieve-classifying said raw fly ash powder; wherein a perforation size of the sieve used in said sieve-classifying step is set depending upon the content of unburned carbon in the raw fly ash powder, the sieve having a small perforation size being used when the content of unburned carbon is large and the sieve having a large perforation size being used when the content of unburned carbon is small; and a fine fly ash powder which is the component under the sieve is recovered through said firing step. a measuring step of measuring a content of said unburned carbon in said raw fly ash powder; and a sieve-classifying step of obtaining a fine fly ash powder which is a component under a sieve and has a decreased content of said unburned carbon as a result of sieve-classifying said raw fly ash powder; wherein a perforation size of the sieve used in said sieve-classifying step is set depending upon the content of unburned carbon in the raw fly ash powder, the sieve having a small perforation size being used when the content of unburned carbon is large and the sieve having a large perforation size being used when the content of unburned carbon is small; and a fine fly ash powder which is the component under the sieve is recovered through said firing step.
A parking assistance device that performs parking assistance when parking a vehicle in a parking area, comprising: a speed calculation unit that is configured to: - calculate a target vehicle speed for each control cycle indicating a cycle for calculating the target vehicle speed set as a target of a vehicle speed of the vehicle based on a target distance for the vehicle to move to a target position, the control cycle, and a deceleration set so as to be output by the vehicle when the parking assistance is performed the target position being included in the parking area; - calculate a movement distance to a stop position of the vehicle based on the deceleration of the vehicle and the control cycle, to calculate a vehicle speed offset amount for adjusting the vehicle speed of the vehicle in order to stop the vehicle at the target distance based on a difference between the target distance and the movement distance, and - calculate the target vehicle speed based on the vehicle speed offset amount, the deceleration, and the control cycle; and a control unit that controls the vehicle such that the vehicle speed becomes the calculated target vehicle speed for each control cycle. a speed calculation unit that is configured to: - calculate a target vehicle speed for each control cycle indicating a cycle for calculating the target vehicle speed set as a target of a vehicle speed of the vehicle based on a target distance for the vehicle to move to a target position, the control cycle, and a deceleration set so as to be output by the vehicle when the parking assistance is performed the target position being included in the parking area; - calculate a movement distance to a stop position of the vehicle based on the deceleration of the vehicle and the control cycle, to calculate a vehicle speed offset amount for adjusting the vehicle speed of the vehicle in order to stop the vehicle at the target distance based on a difference between the target distance and the movement distance, and - calculate the target vehicle speed based on the vehicle speed offset amount, the deceleration, and the control cycle; and - calculate a target vehicle speed for each control cycle indicating a cycle for calculating the target vehicle speed set as a target of a vehicle speed of the vehicle based on a target distance for the vehicle to move to a target position, the control cycle, and a deceleration set so as to be output by the vehicle when the parking assistance is performed the target position being included in the parking area; - calculate a movement distance to a stop position of the vehicle based on the deceleration of the vehicle and the control cycle, to calculate a vehicle speed offset amount for adjusting the vehicle speed of the vehicle in order to stop the vehicle at the target distance based on a difference between the target distance and the movement distance, and - calculate the target vehicle speed based on the vehicle speed offset amount, the deceleration, and the control cycle; and a control unit that controls the vehicle such that the vehicle speed becomes the calculated target vehicle speed for each control cycle.
Communication assembly comprising a plug connector and a jack assembly provided to be connected, said jack assembly comprising a first printed wiring board having associated crosstalk compensation elements with corresponding contact elements, a second printed wiring board and at least a first and a second pair of contact wires, wherein each of the contact wires has a base supported on the second board and an opposite free end, said contact elements of said first printed wiring board being aligned beneath corresponding free ends of the contact wires of said second printed wiring board, so that the free ends are in electrical contact with the contact elements of said first printed wiring board when they are engaged by the plug connector, said free ends of contact wires of second printed wiring board establishing an electrical connection with a corresponding terminal pad of said plug connector, characterized in that said contact elements of said first printed wiring board are aligned flexible contact wires, so that the free ends establish by their deformation electrical contact with the contact elements of said first printed wiring board when they are engaged by the plug connector, said electrical contact being at a distance smaller than 5mm from the physical location of said electrical connection with corresponding terminal pads of the plug connector.