mhurhangee/patent-ind-claim-en huggingface dataset:
A method for communication, comprising: determining whether any of a plurality of communication control beams have failed; identifying at least one active communication control beam in the plurality of communication control beams; communicating a partial beam pair link, BPL, loss communication on the at least one active communication control beam; upon receiving the partial BPL loss communication, if a time to a next periodic channel state information-reference signal, CSI-RS, or periodic synchronization signal, SS, exceeds a threshold, scheduling an aperiodic CSI-RS communication and triggering an aperiodic beam status report; transmitting the beam status report with new beam information; and transmitting a new BPL addition message based on the beam status report. determining whether any of a plurality of communication control beams have failed; identifying at least one active communication control beam in the plurality of communication control beams; communicating a partial beam pair link, BPL, loss communication on the at least one active communication control beam; upon receiving the partial BPL loss communication, if a time to a next periodic channel state information-reference signal, CSI-RS, or periodic synchronization signal, SS, exceeds a threshold, scheduling an aperiodic CSI-RS communication and triggering an aperiodic beam status report; transmitting the beam status report with new beam information; and transmitting a new BPL addition message based on the beam status report. transmitting the beam status report with new beam information; and transmitting a new BPL addition message based on the beam status report.
A computer-implemented method for determining an estimate of the capability of a vehicle driver to take over control of a vehicle, wherein the method is carried out by computer-hardware components and comprises the following steps; - determining at least one estimation parameter , the at least one estimation parameter representing an influencing factor for the capability of the vehicle driver to take over control of the vehicle; - determining an estimate on the basis of the at least one estimation parameter by means of a predefined estimation rule , the estimate representing the capability of the vehicle driver to take over control of the vehicle; characterized in that it further comprises - determining, for a plurality of position classes, a similarity between a current position of the driver and each of the position classes, wherein each of the position classes represents a position of the driver in which taking over control of the vehicle is expected to be feasible and/or facilitated for the driver ; and - selecting one of the plurality of position classes having maximum similarity to the current position, wherein the at least one estimation parameter represents at least one distance between the selected one of the plurality of position classes and the current position of the driver . - determining at least one estimation parameter , the at least one estimation parameter representing an influencing factor for the capability of the vehicle driver to take over control of the vehicle; - determining an estimate on the basis of the at least one estimation parameter by means of a predefined estimation rule , the estimate representing the capability of the vehicle driver to take over control of the vehicle; - determining, for a plurality of position classes, a similarity between a current position of the driver and each of the position classes, wherein each of the position classes represents a position of the driver in which taking over control of the vehicle is expected to be feasible and/or facilitated for the driver ; and - selecting one of the plurality of position classes having maximum similarity to the current position, wherein the at least one estimation parameter represents at least one distance between the selected one of the plurality of position classes and the current position of the driver .
A rubber composition, comprising a rubber component, a rubber-metal adhesion promoter containing Bi, and an organic acid salt of metal other than Bi, wherein a content of metal element other than Bi with respect to a content of Bi element, which is expressed as content of metal element other than Bi/content of Bi element, in the rubber composition is more than 14 and 100 or less in terms of molar ratio, and a content of the rubber-metal adhesion promoter is more than 1.5 parts by mass with respect to 100 parts by mass of the rubber component, and the amount of substance of metal element other than Bi contained in the organic acid salt of metal other than Bi in the rubber composition is 0.01 mol or more. a content of metal element other than Bi with respect to a content of Bi element, which is expressed as content of metal element other than Bi/content of Bi element, in the rubber composition is more than 14 and 100 or less in terms of molar ratio, and a content of the rubber-metal adhesion promoter is more than 1.5 parts by mass with respect to 100 parts by mass of the rubber component, and the amount of substance of metal element other than Bi contained in the organic acid salt of metal other than Bi in the rubber composition is 0.01 mol or more.
A method for maskless selective etching of a nanostructure , the method comprising: providing the nanostructure having a main surface delimited by, in relation to the main surface , inclined surfaces , wherein an inclination angle (α) for the inclined surfaces in relation to the main surface is larger than 10°, wherein the nanostructure is formed of GaP or Si; and subjecting the nanostructure to Atomic Layer Etching comprising cyclic etch process where each cycle comprises subjecting the nanostructure for surface modification by one or more of chemisorption, deposition, conversion and extraction and subjecting the nanostructure for a particle beam consisting of particles having an energy of less than 1000 eV, wherein the particle beam having a direction being parallel with a surface normal to the main surface within a deviation of ±20°, preferably within a deviation of ±10°; whereby selective etching of the main surface relative to the inclined surfaces is achieved such that a recess in the nanostructure is formed, the recess having its opening at the main surface of the nanostructure . providing the nanostructure having a main surface delimited by, in relation to the main surface , inclined surfaces , wherein an inclination angle (α) for the inclined surfaces in relation to the main surface is larger than 10°, wherein the nanostructure is formed of GaP or Si; and subjecting the nanostructure to Atomic Layer Etching comprising cyclic etch process where each cycle comprises subjecting the nanostructure for surface modification by one or more of chemisorption, deposition, conversion and extraction and subjecting the nanostructure for a particle beam consisting of particles having an energy of less than 1000 eV, wherein the particle beam having a direction being parallel with a surface normal to the main surface within a deviation of ±20°, preferably within a deviation of ±10°; whereby selective etching of the main surface relative to the inclined surfaces is achieved such that a recess in the nanostructure is formed, the recess having its opening at the main surface of the nanostructure .
A system for prediction of network quality in a wireless network and for usage in connection with advanced driver assistance systems, the system comprising: at least one mobile communication device , at least one data prediction unit , a data collection unit , wherein the at least one mobile communication device measures the network quality and environment data with respect to the environment of the at least one mobile communication device , and transmits the measured network quality and the measured environment data to the data collection unit , and wherein at least one mobile communication device comprises at least one local data collection unit for a decentralized data collection, wherein the at least one data prediction unit calculates prediction data with respect to the network quality based on data from the at least one local data collection unit and from the data collection unit . at least one mobile communication device , at least one data prediction unit , a data collection unit , wherein the at least one mobile communication device measures the network quality and environment data with respect to the environment of the at least one mobile communication device , and transmits the measured network quality and the measured environment data to the data collection unit , and wherein at least one mobile communication device comprises at least one local data collection unit for a decentralized data collection, wherein the at least one data prediction unit calculates prediction data with respect to the network quality based on data from the at least one local data collection unit and from the data collection unit .
Filling unit for a beverage filling system with at least one actuator for controlling at least one fluid path of the filling unit , with at least one control unit and with at least one actuator element , by means of which an actuating force can be provided, wherein, by means of the control unit at least one first control signal and at least one second control signal can be provided, characterised in that the actuator element consists of a material which, as a function of a first control signal, assumes a first extension position, in which the actuator element assumes a first resting position, and which, as a function of the second control signal, assumes an extension position in which the actuator element assumes a second activation position, wherein the actuating force amounts to 200-400 N, in particular 350-370 N, and preferably 360 N.
A harvester comprising a reciprocating member to engage a crop; an electrical generator to convert reciprocating motion of the reciprocating member into electrical energy; and an electrical storage unit storing the electrical energy, characterized by comprising an actuator to adjust an operating parameter of the reciprocating member , the actuator having a movable member driven by the electrical energy.
An ultrahigh strength cold-rolled steel sheet, comprising, in percentage by weight: C: 0.25 to 0.4%; Si: 0.5% or less excluding 0%; Mn: 3.0 to 4.0%; P: 0.03% or less excluding 0%; S: 0.015% or less excluding 0%; Al: 0.1% or less excluding 0%; Cr: 1% or less excluding 0%; Ti: 48/14*[N]to 0.1% or less; Nb: 0.1% or less excluding 0%; B: 0.005% or less excluding 0%; N: 0.01% or less excluding 0%; and a balance of Fe and other unavoidable impurities, wherein a microstructure consists of 90% to 100% of martensite, and one or two kinds of 0% to 10% of ferrite and bainite, and wherein the cold-rolled steel sheet has a tensile strength of 1700 MPa or more, and wherein the cold-rolled steel sheet has a wave height ΔH of 3 mm or less in an edge portion after cutting a steel sheet to a size of 1000 mm in a longitudinal direction as disclosed in the description.
A method, comprising: sampling, by circuitry of an attack prevention electronic control unit (ECU), a voltage waveform on a communication bus, the communication bus coupled to a plurality of ECUs, wherein sampling the voltage waveform comprises: iteratively sampling the voltage level on the communication bus over a period of time to generate a plurality of voltage level samples; and generating the voltage waveform from the plurality of voltage level samples; identifying a glitch in the voltage waveform comprising determining whether the voltage level during a portion of the period of time unexpectedly changes; and modifying the voltage level on the communication bus based on the glitch comprising: identifying a recessive voltage level on the communication bus, and overdriving the voltage level on the communication bus to change the recessive voltage level to a dominant voltage level. sampling, by circuitry of an attack prevention electronic control unit (ECU), a voltage waveform on a communication bus, the communication bus coupled to a plurality of ECUs, wherein sampling the voltage waveform comprises: iteratively sampling the voltage level on the communication bus over a period of time to generate a plurality of voltage level samples; and generating the voltage waveform from the plurality of voltage level samples; iteratively sampling the voltage level on the communication bus over a period of time to generate a plurality of voltage level samples; and generating the voltage waveform from the plurality of voltage level samples; identifying a glitch in the voltage waveform comprising determining whether the voltage level during a portion of the period of time unexpectedly changes; and modifying the voltage level on the communication bus based on the glitch comprising: identifying a recessive voltage level on the communication bus, and overdriving the voltage level on the communication bus to change the recessive voltage level to a dominant voltage level. identifying a recessive voltage level on the communication bus, and overdriving the voltage level on the communication bus to change the recessive voltage level to a dominant voltage level.
A method of printing, the method comprising: mixing a clay mixture with an alkaline agent to form a printable mixture; forming pellets from the printable mixture; ejecting the pellets from a print head onto a printing surface ; and curing the pellets. mixing a clay mixture with an alkaline agent to form a printable mixture; forming pellets from the printable mixture; ejecting the pellets from a print head onto a printing surface ; and curing the pellets.
A steering-system for an automated vehicle, said system comprising: an object-detector that indicates a height of an object approached by a host-vehicle , wherein the object-detector is further configured to determine a length of the object , and a controller configured to steer the host-vehicle and in communication with the object-detector , wherein said controller limits the use of information from the object-detector that is gathered from a distance that exceeds a detector-range and steers the host-vehicle to straddle the object when the height of the object is less than a ground-clearance of the host-vehicle; characterized in that the controller is further configured to steer the host-vehicle around the object if the length of the object puts the trailing edge of the object past the detector-range . an object-detector that indicates a height of an object approached by a host-vehicle , wherein the object-detector is further configured to determine a length of the object , and a controller configured to steer the host-vehicle and in communication with the object-detector , wherein said controller limits the use of information from the object-detector that is gathered from a distance that exceeds a detector-range and steers the host-vehicle to straddle the object when the height of the object is less than a ground-clearance of the host-vehicle; characterized in that the controller is further configured to steer the host-vehicle around the object if the length of the object puts the trailing edge of the object past the detector-range .
An enzyme composition comprising in a single container a buffer comprising nucleoside triphosphates and a plurality of enzymes separately capable of blunting, phosphorylating and adenylating DNA fragments, with the enzyme capable of adenylating DNA being a chimeric DNA polymerase comprising a Thermus species thermophilic DNA polymerase fused to a non-specific DNA-binding domain, where the thermophilic DNA polymerase lacks 5'-3' and 3'-5' exonuclease activity, and with the enzymes capable of blunting and phosphorylating DNA fragments being selected from the group consisting of T4 DNA polymerase, T7 DNA polymerase, Klenow fragment, and T4 polynucleotide kinase, and where the buffer further comprises Tris-HCl, MgCl 2 , DTT, dATP, dCTP, dTTP, dGTP, ATP, TritonX- 100, glycerol, NP 40, EDTA, Tween 20, and a monovalent metal hydrochloric acid salt selected from NaCl, KCl, and LiCl, where the concentration of dATP ranges from 0.4 to 3 mM, the concentration of dCTP ranges from 0.2 to 0.6 mM, the concentration of dTTP ranges from 0.2 to 0.6 mM, and the concentration of dGTP ranges from 0.1 to 0.4 mM, and where the concentration of Tris-HCl ranges from 100 mM to 105 mM; the concentration of MgCl 2 ranges from 15 to 25 mM, the concentration of DTT ranges from 15 to 30 mM, the concentration of monovalent metal hydrochloric acid salt ranges from 20 mM to 50 mM, the concentration of ATP ranges from 1.5 to 2.5 mM, the concentration of Triton X-100 ranges from 0.1 to 0.4%, the concentration of glycerol ranges from 10 to 20%, the concentration of NP 40 ranges from 0.05 to 0.15%, the concentration of EDTA ranges from 0.02 to 0.1 mM, and the concentration of Tween 20 ranges from 0.05 to 0.15%, and the composition being stable for at least one week at 4 °C.
A toilet, comprising a toilet body , a flow-splitting plate fixed at a front end of a main water channel outlet of the toilet body, and a flow-blocking plate fixed at a front end of the flow-splitting plate , a water inlet being provided in the middle of the flow-splitting plate, two sides of the flow-splitting plate and the parts, on the two sides of the outlet of the main water channel, of the toilet body forming hedging flow guide outlets , the top end of the flow-blocking plate being fixedly connected with the toilet body , and a gap for rear water outflow being reserved between the bottom end of the flow-blocking plate and the flow-splitting plate , the toilet being characterized in that an inner side of the flow-blocking plate is provided, at positions close to the two sides of the flow-splitting plate , with water-blocking protruding blocks which extend from a top end to a bottom end of the flow-blocking plate , and the middle part of the flow-splitting plate protrudes towards the inner side of the outlet of the main water channel, and the upper part of the flow-blocking plate and the upper part of the flow-splitting plate form a backflush flow guide cavity . a water inlet being provided in the middle of the flow-splitting plate, two sides of the flow-splitting plate and the parts, on the two sides of the outlet of the main water channel, of the toilet body forming hedging flow guide outlets , the top end of the flow-blocking plate being fixedly connected with the toilet body , and a gap for rear water outflow being reserved between the bottom end of the flow-blocking plate and the flow-splitting plate , the toilet being characterized in that an inner side of the flow-blocking plate is provided, at positions close to the two sides of the flow-splitting plate , with water-blocking protruding blocks which extend from a top end to a bottom end of the flow-blocking plate , and the middle part of the flow-splitting plate protrudes towards the inner side of the outlet of the main water channel, and the upper part of the flow-blocking plate and the upper part of the flow-splitting plate form a backflush flow guide cavity .
A multi-configurable mower deck comprising: a top surface ; a front leading edge ; at least one side wall extending from the top surface ; at least one partial rear wall extending from the top surface , a side-discharge opening formed on one side of the mower deck between the front leading edge and the at least one partial rear wall ; a rear-discharge opening formed through the at least one partial rear wall ; a front baffle extending from the top surface ; and three cutting chambers (12-16), wherein each of the three cutting chambers (12-16) are configured to partially house a respective cutting blade, characterized by further comprising: a selectively removable secondary front baffle , wherein the front baffle is arranged between the front leading edge and the secondary front baffle ; and wherein the secondary front baffle defines at least a portion of each of the three cutting chambers (12-16). a top surface ; a front leading edge ; at least one side wall extending from the top surface ; at least one partial rear wall extending from the top surface , a side-discharge opening formed on one side of the mower deck between the front leading edge and the at least one partial rear wall ; a rear-discharge opening formed through the at least one partial rear wall ; a front baffle extending from the top surface ; and three cutting chambers (12-16), wherein each of the three cutting chambers (12-16) are configured to partially house a respective cutting blade, characterized by further comprising: a selectively removable secondary front baffle , wherein the front baffle is arranged between the front leading edge and the secondary front baffle ; and wherein the secondary front baffle defines at least a portion of each of the three cutting chambers (12-16). a selectively removable secondary front baffle , wherein the front baffle is arranged between the front leading edge and the secondary front baffle ; and wherein the secondary front baffle defines at least a portion of each of the three cutting chambers (12-16).
A product comprising a water-soluble fibrous structure comprising a plurality of filaments; wherein the filaments comprise a filament forming material and an active agent releasable from the filaments when exposed to conditions of intended use; and one or more solid additives within the fibrous structure; wherein the fibrous structure further comprises a first surface and a second surface opposite the first surface and a graphic printed directly on at least a portion of the first surface of the water-soluble fibrous structure, wherein the graphic is formed from an ink at least a portion of which penetrates the first surface of the water-soluble fibrous structure to a depth of 100 microns or less below the first surface as measured according to the Ink Penetration Test Method described herein; and wherein the fibrous structure is a nonwoven web. a water-soluble fibrous structure comprising a plurality of filaments; wherein the filaments comprise a filament forming material and an active agent releasable from the filaments when exposed to conditions of intended use; and one or more solid additives within the fibrous structure; wherein the fibrous structure further comprises a first surface and a second surface opposite the first surface and a graphic printed directly on at least a portion of the first surface of the water-soluble fibrous structure, wherein the graphic is formed from an ink at least a portion of which penetrates the first surface of the water-soluble fibrous structure to a depth of 100 microns or less below the first surface as measured according to the Ink Penetration Test Method described herein; and wherein the fibrous structure is a nonwoven web.
Signal transformation circuitry (700; 800), comprising: a first transform module configured to transform, using a nonlinear Fourier transform, a time domain signal to a complex frequency domain signal , wherein the complex frequency domain signal comprises a complex-valued spectral part comprising one or more complex frequencies; and a second transform module configured to perform an inverse nonlinear Fourier transform based on a non-zero imaginary part of the complex frequency domain signal to obtain a modified time domain signal , and configured to perform the inverse nonlinear Fourier transform based on one or more complex frequencies in the upper or lower complex half-plane. a first transform module configured to transform, using a nonlinear Fourier transform, a time domain signal to a complex frequency domain signal , wherein the complex frequency domain signal comprises a complex-valued spectral part comprising one or more complex frequencies; and a second transform module configured to perform an inverse nonlinear Fourier transform based on a non-zero imaginary part of the complex frequency domain signal to obtain a modified time domain signal , and configured to perform the inverse nonlinear Fourier transform based on one or more complex frequencies in the upper or lower complex half-plane.