mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for use in managing digital identities in multiple regions, through multiple identity providers, while providing for policy enforcement in connection with the digital identities, the method comprising: receiving , at an identity and access management hub (IAMH) computing device in a first region, a request related to a digital identity from a secondary hub disposed in a second region, wherein the first region is a first country and the second region is a second, different country; checking , by the IAMH computing device, a policy associated with the digital identity wherein the policy includes a limitation associated with transmission of personal identifying information (PII) associated with the request, from the first country to the second, different country; providing a decline to the user, at the relying party application and/or website, when the request relates to data associated with the digital identity in violation of the policy; soliciting , by the IAMH computing device, at least one claim from a user, at a relying party application and/or website, based on the request; providing the at least one claim to a value-added service associated with the IAMH for verification of the at least one claim; transmitting , by the IAMH computing device, a result of the verification to a relying party associated with the request; and providing , by the IAMH computing device, a token, in response to the request, to a secure resource associated with the relying party. receiving , at an identity and access management hub (IAMH) computing device in a first region, a request related to a digital identity from a secondary hub disposed in a second region, wherein the first region is a first country and the second region is a second, different country; checking , by the IAMH computing device, a policy associated with the digital identity wherein the policy includes a limitation associated with transmission of personal identifying information (PII) associated with the request, from the first country to the second, different country; providing a decline to the user, at the relying party application and/or website, when the request relates to data associated with the digital identity in violation of the policy; soliciting , by the IAMH computing device, at least one claim from a user, at a relying party application and/or website, based on the request; providing the at least one claim to a value-added service associated with the IAMH for verification of the at least one claim; transmitting , by the IAMH computing device, a result of the verification to a relying party associated with the request; and providing , by the IAMH computing device, a token, in response to the request, to a secure resource associated with the relying party.
A variant filamentous fungal cell derived from a parental cell comprising a gene encoding a GEF1 protein, wherein the encoded GEF1 protein comprises at least 70% sequence identity to SEQ ID NO: 2, wherein the variant cell comprises a genetic modification which disrupts or deletes the gene encoding the GEF1 protein, wherein the variant cell comprises an enhanced protein productivity phenotype relative to the parental cell when fermented under the same conditions.
A tire comprising an annular tire frame composed of a plurality of kinds of resin materials, characterized in that an Asker D hardness Hi of a side portion of the tire frame , which side portion is to be located on an inner side in a vehicle width direction when the tire is mounted on a vehicle, is 0.84 times or more but less than 1.00 times an Asker D hardness Ho of a side portion of the tire frame , which side portion is to be located on an outer side in the vehicle width direction when the tire is mounted on the vehicle, wherein the Asker D hardness is determined by measuring the hardness of an outer surface of each side portion of the tire frame , in a tire axial direction, using an Asker D hardness tester, under the conditions of a temperature of 25°C and at a load of 5 kg. characterized in that an Asker D hardness Hi of a side portion of the tire frame , which side portion is to be located on an inner side in a vehicle width direction when the tire is mounted on a vehicle, is 0.84 times or more but less than 1.00 times an Asker D hardness Ho of a side portion of the tire frame , which side portion is to be located on an outer side in the vehicle width direction when the tire is mounted on the vehicle, wherein the Asker D hardness is determined by measuring the hardness of an outer surface of each side portion of the tire frame , in a tire axial direction, using an Asker D hardness tester, under the conditions of a temperature of 25°C and at a load of 5 kg.
A method implemented at a communication device , comprising: obtaining a plurality of signals from a plurality of receiving antennas; grouping the plurality of signals into a first set of signals and a second set of signals, wherein an automatic gain control, AGC, is disabled for each signal in the first set of signals, and the AGC is enabled for each signal in the second set of signals; and determining beam weights for beam forming associated with the plurality of receiving antennas by applying a first set of signal weights to the first set of signals and applying a second set of signal weights to the second set of signals, wherein the signal weights of the first set of signal weights are greater than the signal weights of the second set of signal weights. obtaining a plurality of signals from a plurality of receiving antennas; grouping the plurality of signals into a first set of signals and a second set of signals, wherein an automatic gain control, AGC, is disabled for each signal in the first set of signals, and the AGC is enabled for each signal in the second set of signals; and determining beam weights for beam forming associated with the plurality of receiving antennas by applying a first set of signal weights to the first set of signals and applying a second set of signal weights to the second set of signals, wherein the signal weights of the first set of signal weights are greater than the signal weights of the second set of signal weights.
A fastener for retaining a plurality of components within an electronic device, the fastener comprising: a body having a bottom end and a top end, a longitudinal direction extending between the bottom end and the top end; a mechanical interlocking feature integrally formed with the bottom end; a head integrally formed with the top end, the head including a groove or recess to receive a driver and being configured to receive torque from the driver to drive the fastener into a board, housing , or other portion of the electronic device; a shoulder integrally formed with the body and positioned between the mechanical interlocking feature and the head ; and a neck positioned between the shoulder and the head , wherein a neck outer diameter is less than a head outer diameter and a shoulder outer diameter, wherein a total height of the body is less than 3 millimeters, and wherein the shoulder outer diameter is greater than a total height of the body . a body having a bottom end and a top end, a longitudinal direction extending between the bottom end and the top end; a mechanical interlocking feature integrally formed with the bottom end; a head integrally formed with the top end, the head including a groove or recess to receive a driver and being configured to receive torque from the driver to drive the fastener into a board, housing , or other portion of the electronic device; a shoulder integrally formed with the body and positioned between the mechanical interlocking feature and the head ; and a neck positioned between the shoulder and the head , wherein a neck outer diameter is less than a head outer diameter and a shoulder outer diameter, wherein a total height of the body is less than 3 millimeters, and wherein the shoulder outer diameter is greater than a total height of the body .
A user terminal comprising: a transmitting section configured to transmit a discovery signal for Device to Device, D2D, communication in a transmission duration of a predetermined period; and a receiving section configured to receive cyclic prefix, CP, length configuration information which represents a CP length for use in transmission of the discovery signal; the user terminal being characterized in that : the receiving section is configured to receive information indicating at least one of a subframe offset and a period of the transmission duration, and the transmission duration is configured based on the received information. a transmitting section configured to transmit a discovery signal for Device to Device, D2D, communication in a transmission duration of a predetermined period; and a receiving section configured to receive cyclic prefix, CP, length configuration information which represents a CP length for use in transmission of the discovery signal; the user terminal being characterized in that : the receiving section is configured to receive information indicating at least one of a subframe offset and a period of the transmission duration, and the transmission duration is configured based on the received information.
A method for defect analysis of a wire connection between a substrate and a semiconductor component of a product , comprising an inspection system , the inspection system comprising a first projection device , a line scan camera and a processing device, the first projection device having at least one slit projection means , the slit projection means projecting a light slit onto a wire of the wire connection, light of the light slit reflected by the wire in a detection plane of the line scan camera extending transversely, preferably orthogonally, to a substrate surface being detected by means of the line scan camera, analysis image information of the product being derived from a plurality of line scan image information of the line scan camera by means of the processing device, the light slit being projected onto the product so as to extend within the detection plane, the slit projection means being arranged laterally transversely in relation to the line scan camera in such a manner that, the light slit is projected onto the wire , the inspection system comprising a second projection device , the second projection device having at least one illuminating means , the illuminating means projecting diffuse light onto the product, light of the diffuse light reflected by the product in the detection plane being detected by means of the line scan camera characterized in that the semiconductor component is unlit by the light slit .
An agricultural vehicle , comprising: a chassis ; a header carried by said chassis , said header including: a frame , and one or more sensors carried by said frame , said one or more sensors configured to output one or more sensor signals associated with an orientation of said header ; an actuator system including a plurality of actuators linked to said frame and configured to adjust the orientation of said header ; a GPS device configured to output a GPS position of said vehicle ; and a controller electrically coupled to said one or more sensors , said actuator system , and said GPS device , characterized in that said controller is configured to, at a first location on a current pass of said vehicle : receive, from said one or more sensors , one or more sensor signals; determine a final orientation of said header based upon said received one or more sensor signals; receive a GPS position; store said final orientation and said associated GPS position in a memory; receive, from said memory, a final orientation of said header associated with a GPS position at a second location on a last pass that is closest in distance to a GPS position at an upcoming location on the current pass ; and activate at least one actuator of said plurality of actuators to re-orient said header based upon said received final orientation of said header associated with said GPS position at said second location before said vehicle arrives at said upcoming location . a chassis ; a header carried by said chassis , said header including: a frame , and one or more sensors carried by said frame , said one or more sensors configured to output one or more sensor signals associated with an orientation of said header ; an actuator system including a plurality of actuators linked to said frame and configured to adjust the orientation of said header ; receive, from said one or more sensors , one or more sensor signals; determine a final orientation of said header based upon said received one or more sensor signals;
A water suspension of graphene oxide nanoflakes decorated by nanoparticles of metallic platinum characterised in that it comprises: • 100μg/ml to 500μg/ml of graphene oxide nanoflakes, • 5μg/ml to 50μg/ml of nanoparticles of metallic platinum (Pt°), deposited on the surface of graphene oxide nanoflakes. • 100μg/ml to 500μg/ml of graphene oxide nanoflakes, • 5μg/ml to 50μg/ml of nanoparticles of metallic platinum (Pt°), deposited on the surface of graphene oxide nanoflakes.
Method for matching the impedance of a transmission channel comprising an output amplifier stage connected to a load via an impedance matching network (MN) comprising variable impedances, the method comprising the following steps: a temperature measuring signal generated by the operation of the output amplifier stage is produced, by means of a temperature detector (TS1) placed in the immediate vicinity of this stage, the measurement signal is supplied at the input of a circuit (CTRL) for controlling the variable impedances of the matching network, and said control circuit is used to vary the values of said variable impedances by executing an algorithm for searching for values of said impedances tending to minimize the temperature sensed, said algorithm being chosen from: - a systematic exploration of all the possible values of the variable impedances of the impedance matching network and an observation of the heating of the output amplifier stage each time; and - a convex optimization algorithm. - a systematic exploration of all the possible values of the variable impedances of the impedance matching network and an observation of the heating of the output amplifier stage each time; and - a convex optimization algorithm.
A paper feeding module , comprising a main body , a working plane being formed on an external surface of the main body , a slot channel being defined in the main body , a paper inlet and a paper outlet being formed at respective two ends of the slot channel , an output roller assembly being arranged at the paper outlet , an opening communicating with one side of the slot channel being defined on the working plane , a fixed scanning assembly being fixed in the slot channel between the opening and the output roller assembly , the fixed scanning assembly being disposed in the slot channel and arranged at another side of the slot channel opposite to the opening , the fixed scanning assembly being exposed on an internal surface of the slot channel wherein a carrier and an actuation mechanism are disposed in the main body corresponding to the fixed scanning assembly , an adjustment plate is disposed on the carrier , and the actuation mechanism pushes the carrier to the fixed scanning assembly , so that the adjustment plate is brought into contact with the fixed scanning assembly ; characterized wherein a guide slot is defined in the main body , a slide pin is arranged protruding on the carrier , and the slide pin is inserted in the guide slot , so that the carrier is movable along the guide slot ; the actuation mechanism includes a cam disposed corresponding to the carrier and includes a motor driving the cam ; or the actuation mechanism includes a solenoid valve driving the carrier .
A system for mapping a neural area of a human subject involved in speech processing; said system comprising: - a plurality of recording electrodes configured to be placed on a surface of a cortex of the human subject; - a source of auditory stimuli configured to generate auditory stimuli speech sounds and non-speech sounds to be presented to the human subject; wherein the non-speech sounds are scrambled speech sounds; - a recording device configured to record brain activity during a presenting of a plurality of auditory stimuli wherein some of the plurality of stimuli are speech sounds and others of the plurality of auditory stimuli are non-speech sounds and wherein the human subject is anesthetized and/or does not speak during the presenting and the recording; and - a processor configured to identify one or more brain areas wherein brain activity of the one or more brain areas changes more after presentation of speech sounds than it does after presentation of non-speech sounds. - a plurality of recording electrodes configured to be placed on a surface of a cortex of the human subject; - a source of auditory stimuli configured to generate auditory stimuli speech sounds and non-speech sounds to be presented to the human subject; wherein the non-speech sounds are scrambled speech sounds; - a recording device configured to record brain activity during a presenting of a plurality of auditory stimuli wherein some of the plurality of stimuli are speech sounds and others of the plurality of auditory stimuli are non-speech sounds and wherein the human subject is anesthetized and/or does not speak during the presenting and the recording; and - a processor configured to identify one or more brain areas wherein brain activity of the one or more brain areas changes more after presentation of speech sounds than it does after presentation of non-speech sounds.
An additive manufactured apparatus comprising: a component comprising a conduit encasing a flow path of a medium; a pressure measurement product integral to the component, the pressure measurement product comprising: a first set of first static pressure holes located on the conduit and accessing the flow path and the medium; characterized by a first static port providing a first volume comprising an average static pressure across the set of first static pressure holes; and a first set of first channels , each first channel directly corresponding to and fluidly coupling each first hole of the first set of first static pressure holes to the first volume of the first static port . a component comprising a conduit encasing a flow path of a medium; a pressure measurement product integral to the component, the pressure measurement product comprising: a first set of first static pressure holes located on the conduit and accessing the flow path and the medium; characterized by a first static port providing a first volume comprising an average static pressure across the set of first static pressure holes; and a first set of first channels , each first channel directly corresponding to and fluidly coupling each first hole of the first set of first static pressure holes to the first volume of the first static port . a first set of first static pressure holes located on the conduit and accessing the flow path and the medium; characterized by a first static port providing a first volume comprising an average static pressure across the set of first static pressure holes; and a first set of first channels , each first channel directly corresponding to and fluidly coupling each first hole of the first set of first static pressure holes to the first volume of the first static port .
A handheld interrogation device comprising: a controller configured to: generate a power signal, and determine tire pressure data based on a signal received from a tire pressure sensor ; and a primary coil coupled to the handheld interrogation device and configured to transmit the power signal to a sensor coil of the tire pressure sensor and to receive a data signal from the sensor coil , via inductive coupling, in response to the primary coil being within a predetermined distance of the sensor coil , and further comprising an input/output port configured to allow the controller to communicate with a maintenance system, further comprising a global positioning system (GPS) unit such that the controller can determine a current position of the handheld interrogation device , and characterized by further comprising a display configured to output a route to a plurality of aircraft to be monitored by the handheld interrogation device , the route being based on the current position. a controller configured to: generate a power signal, and determine tire pressure data based on a signal received from a tire pressure sensor ; and a primary coil coupled to the handheld interrogation device and configured to transmit the power signal to a sensor coil of the tire pressure sensor and to receive a data signal from the sensor coil , via inductive coupling, in response to the primary coil being within a predetermined distance of the sensor coil , and further comprising an input/output port configured to allow the controller to communicate with a maintenance system, generate a power signal, and determine tire pressure data based on a signal received from a tire pressure sensor ; and further comprising a global positioning system (GPS) unit such that the controller can determine a current position of the handheld interrogation device , and characterized by further comprising a display configured to output a route to a plurality of aircraft to be monitored by the handheld interrogation device , the route being based on the current position.
An underwater craft comprising means for launching an underwater vehicle by pushing water, comprising a vehicle-launching tube having a front part and a rear part, the rear part of which is connected to a water distribution tank , itself connected to a water tube in which a piston is positioned, for sending water into the rear part of the tube , in order to push and eject the vehicle , the piston is associated with means forming a linear electric actuator for moving it, characterized in that the means forming linear electric actuator comprise at least two telescopic actuator stages deployable one beyond the other.