mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for determining a reliability level of data received by an ego vehicle from a target vehicle being different from the ego vehicle and arranged in a vicinity of the ego vehicle, the ego vehicle comprising a control unit , wherein the method comprises the steps of: - receiving, at the control unit and using wireless communication, a first set of operational data relating to the target vehicle, - determining, by the control unit, a second set of operational data relating to the target vehicle using a first sensor comprised with the ego vehicle, and - determining, by the control unit, a difference between the first set of operational data and the second set of operational data, characterized in that the method further comprises the step of: - determining, by the control unit, the reliability level based on the determined difference and a predetermined model indicative of an expected behavior of the first and the second set of operational data. - receiving, at the control unit and using wireless communication, a first set of operational data relating to the target vehicle, - determining, by the control unit, a second set of operational data relating to the target vehicle using a first sensor comprised with the ego vehicle, and - determining, by the control unit, a difference between the first set of operational data and the second set of operational data, - determining, by the control unit, the reliability level based on the determined difference and a predetermined model indicative of an expected behavior of the first and the second set of operational data.
A common-rail assembly adapted to be used for urea injection into the exhaust gas of an internal combustion engine, wherein said common-rail assembly comprises at least a first common rail and a second common rail which are connected to each other, wherein said first common rail comprises a first housing , and a pressure detecting device and a pressure adjusting device installed on said first housing ; said first housing comprises a first urea inlet channel where a urea solution enters, a first urea outlet channel where the urea solution flows out, at least one first feeding inlet connected to said first urea inlet channel , and at least one first back-flow outlet connected to said first urea outlet channel ; said pressure detecting device is connected to said first urea inlet channel ; said pressure adjusting device is connected between said first urea inlet channel and said first urea outlet channel , and said pressure adjusting device can connect or disconnect said first urea inlet channel and said first urea outlet channel ; said second common rail comprises a second housing , and said second housing comprises a second urea inlet channel connected to said first urea inlet channel , a second urea outlet channel connected to said first urea outlet channel , at least one second feeding inlet connected to said second urea inlet channel , and at least one second back-flow outlet connected to said second urea outlet channel , wherein said first housing roughly takes the shape of a cuboid, and comprises a first end face , a second end face , a third end face , and a fourth end face , wherein said first end face is set opposite said second end face , and said third end face is set opposite said fourth end face ; said first urea inlet channel and said first urea outlet channel run through said first end face and/or second end face , said first feeding inlet runs through said third end face , and said first back-flow outlet runs through said fourth end face .
A method implemented at a first device for conferencing the first device and a portable device in a near-end environment with a far end , the method comprising: connecting the first device in the near-end environment to the far end with a far-end connection; the method characterized by comprising: directing the outputting of connection information in an ultrasonic beacon in the near-end environment, connecting the first device via a near-end network with the portable device in the near-end environment based on the portable device using the output connection information; obtaining, at the first device via the near-end network , portable audio captured with the portable device ; sending the portable audio to the far end ; receiving, at the first device from the portable device , content over the near-end network after connecting the first device with the portable device ; and providing, from the first device to the far end , the content received from the portable device . directing the outputting of connection information in an ultrasonic beacon in the near-end environment, connecting the first device via a near-end network with the portable device in the near-end environment based on the portable device using the output connection information; obtaining, at the first device via the near-end network , portable audio captured with the portable device ; sending the portable audio to the far end ; receiving, at the first device from the portable device , content over the near-end network after connecting the first device with the portable device ; and providing, from the first device to the far end , the content received from the portable device .
Axial turbine having two supply levels for the expansion phase of a working fluid in a steam thermodynamic cycle or in an organic Rankine cycle comprising a shaft , a plurality of rotor blade arrays (R1-Rn) and corresponding supporting disks , a plurality of stator blades arrays (S1-Sn), further comprising a first inlet opening and a first inlet volute , defined by a first casing for a first working fluid supply level and a second inlet opening and a second inlet volute , defined by a second casing , this second casing (4 ') being a second inner casing, for a second working fluid supply level, wherein the second volute is positioned inside the first volute , the axial turbine being characterized in that - the working fluid of the second supply level reaches directly upstream of any stator blade (S2, S3 ... Sn) after the first stage, and - the flow of the first supply level and the flow of the second supply level are parallel to each other in an axial direction and are conveyed in two radially contiguous stators (S2A, S3A, ..., SnA; S2B, S3B, ..., SnB) upstream of a subsequent and common rotor blade (R2, R3 ... Rn). - the working fluid of the second supply level reaches directly upstream of any stator blade (S2, S3 ... Sn) after the first stage, and - the flow of the first supply level and the flow of the second supply level are parallel to each other in an axial direction and are conveyed in two radially contiguous stators (S2A, S3A, ..., SnA; S2B, S3B, ..., SnB) upstream of a subsequent and common rotor blade (R2, R3 ... Rn).
A method, comprising: generating, by a non-access stratum, NAS, module of a mobile device, a service request in response to a connection request from a user application; in response to the service request; determining by a radio resource control, RRC, module of the mobile device, a type of mobile originating, MO, traffic for the user application generating the connection request; and performing, by the RRC module of the mobile device, an access class barring check to determine that access to a network for the connection request is barred based on the type of MO traffic; the performing including receiving, at the NAS module of the mobile device, an indication of a failure of or a rejection to the service request due to access class barring; in response to the determination that access to the network for the connection request is barred by receiving the indication of the failure or the rejection, preventing a retry of the service request until expiration of an access-class-barring timer; and determining a timeout value based on the access-class-barring timer, wherein the access-class-barring timer is used to bar access to the network based on access class; and sending, from the NAS module of the mobile device to the user application, the timeout value that is determined based on the access-class-barring timer. generating, by a non-access stratum, NAS, module of a mobile device, a service request in response to a connection request from a user application; in response to the service request; determining by a radio resource control, RRC, module of the mobile device, a type of mobile originating, MO, traffic for the user application generating the connection request; and performing, by the RRC module of the mobile device, an access class barring check to determine that access to a network for the connection request is barred based on the type of MO traffic; the performing including receiving, at the NAS module of the mobile device, an indication of a failure of or a rejection to the service request due to access class barring; in response to the determination that access to the network for the connection request is barred by receiving the indication of the failure or the rejection, preventing a retry of the service request until expiration of an access-class-barring timer; and determining a timeout value based on the access-class-barring timer, wherein the access-class-barring timer is used to bar access to the network based on access class; and sending, from the NAS module of the mobile device to the user application, the timeout value that is determined based on the access-class-barring timer.
A method performed at a non PCP/non AP station, STA, comprising: detecting a first cluster capable Personal Basic Service Set Central Point, PCP, Access Point, PCP/ AP that is within range of a non-PCP/non-AP STA by receiving data from the first cluster capable PCP/AP containing a data element indicating clustering being used by the first cluster capable PCP/AP; and transmitting a message to a second cluster capable PCP/AP that controls communications with the non-PCP/non-AP STA, wherein the message is requesting that the second cluster capable PCP/AP starts or continues use of clustering in a basic service set, BSS, of the second cluster capable PCP/AP by including in the message a data element that indicates a request to start or continue use of clustering in the BSS, wherein the second PCP/AP operates separate from a basic service set, BSS, of the first PCP/AP that is operating in the vicinity of the basic service set, BSS, of the second PCP/AP. detecting a first cluster capable Personal Basic Service Set Central Point, PCP, Access Point, PCP/ AP that is within range of a non-PCP/non-AP STA by receiving data from the first cluster capable PCP/AP containing a data element indicating clustering being used by the first cluster capable PCP/AP; and transmitting a message to a second cluster capable PCP/AP that controls communications with the non-PCP/non-AP STA, wherein the message is requesting that the second cluster capable PCP/AP starts or continues use of clustering in a basic service set, BSS, of the second cluster capable PCP/AP by including in the message a data element that indicates a request to start or continue use of clustering in the BSS, wherein the second PCP/AP operates separate from a basic service set, BSS, of the first PCP/AP that is operating in the vicinity of the basic service set, BSS, of the second PCP/AP.
A cryogenic refrigeration system comprising a conduit arranged as a cooling circuit through which a coolant fluid is pumped, the conduit being in thermal communication with a least one cooled stage for cooling the coolant fluid to a first temperature, wherein the conduit comprises a cryotrap in communication with the coolant fluid, the cryotrap being operable to remove contaminants from the coolant fluid by cryogenic pumping, and wherein the conduit further comprises a flow impedance for cooling the coolant fluid to a second temperature lower than the first temperature, and a hydrogen filter upstream of the flow impedance and in communication with the coolant fluid, the hydrogen filter being cooled to a temperature below the freezing point of hydrogen in the coolant fluid and operable to remove contaminant hydrogen from the coolant fluid, characterised in that the hydrogen filter further has a high aspect ratio between its diameter perpendicular to a flow direction and its thickness. wherein the conduit comprises a cryotrap in communication with the coolant fluid, the cryotrap being operable to remove contaminants from the coolant fluid by cryogenic pumping, and wherein the conduit further comprises a flow impedance for cooling the coolant fluid to a second temperature lower than the first temperature, and a hydrogen filter upstream of the flow impedance and in communication with the coolant fluid, the hydrogen filter being cooled to a temperature below the freezing point of hydrogen in the coolant fluid and operable to remove contaminant hydrogen from the coolant fluid, characterised in that the hydrogen filter further has a high aspect ratio between its diameter perpendicular to a flow direction and its thickness.
A method of analysis comprising: liberating analyte material from a sample by an ambient ionisation process; transferring said analyte material from said sample towards an inlet using a sampling or transfer tube and transferring said analyte material through said inlet to an ion analyser, wherein the ion analyser comprises a mass spectrometer or ion mobility spectrometer; detecting the presence of said analyte material at a first position within said sampling or transfer tube , wherein said first position is at or near an entrance to said sampling or transfer tube ; and analysing said analyte material and/or ions derived from said analyte material at said ion analyser, wherein a subsequent detection of said analyte material and/or of ions derived from said analyte material is performed by or at the ion analyser; the method further comprising determining a transit time of said analyte material through at least a part of said sampling or transfer tube using said detection at said first position and the subsequent detection. liberating analyte material from a sample by an ambient ionisation process; transferring said analyte material from said sample towards an inlet using a sampling or transfer tube and transferring said analyte material through said inlet to an ion analyser, wherein the ion analyser comprises a mass spectrometer or ion mobility spectrometer; detecting the presence of said analyte material at a first position within said sampling or transfer tube , wherein said first position is at or near an entrance to said sampling or transfer tube ; and analysing said analyte material and/or ions derived from said analyte material at said ion analyser, wherein a subsequent detection of said analyte material and/or of ions derived from said analyte material is performed by or at the ion analyser; the method further comprising determining a transit time of said analyte material through at least a part of said sampling or transfer tube using said detection at said first position and the subsequent detection.
A bladed turbine stator for a turbine engine , comprising two annular walls extending about the same axis (X), the walls being connected to each other by blades having an aerodynamic profile, the bladed stator being divided into sectors and comprising several bladed stator sectors arranged circumferentially end to end about said axis (X), characterised in that the blades comprise first blades made of a first metal alloy, and second blades made of a second metal alloy different from the first alloy, each bladed stator sector comprising first blades and second blades .
A foam filter for filtering air comprising an open-celled phenolic foam, the open-celled phenolic foam having an accessible pore volume of from 0.5 m 3 to 0.96 m 3 per m 3 of foam, the open-celled phenolic foam comprising cells having an average cell size of from 0.5 mm to 7 mm; and the phenolic open-celled foam further comprising an antimicrobial agent.
A robotic system comprising: a base movable relative to a floor surface ; a remotely controllable arm extending from the base and configured to support and move a tool , the arm having a powered joint operable to move a distal portion of the arm ; a sensor configured to generate a signal in response to detecting that a position of the distal portion of the arm is fixed relative to a reference; and a processor configured to: detect the signal, and drive the powered joint to reposition the base in response to detecting the signal and while the position of the distal portion of the arm is fixed relative to the reference. a base movable relative to a floor surface ; a remotely controllable arm extending from the base and configured to support and move a tool , the arm having a powered joint operable to move a distal portion of the arm ; a sensor configured to generate a signal in response to detecting that a position of the distal portion of the arm is fixed relative to a reference; and a processor configured to: detect the signal, and drive the powered joint to reposition the base in response to detecting the signal and while the position of the distal portion of the arm is fixed relative to the reference. detect the signal, and drive the powered joint to reposition the base in response to detecting the signal and while the position of the distal portion of the arm is fixed relative to the reference.
An anti-transthyretin (TTR) humanized antibody or fragment thereof, said antibody and fragment having the activity to inhibit fibrillization of TTR, wherein said humanized antibody and fragment thereof comprise the complementarity determining regions of an H chain consisting of the polypeptide of (a) below and the complementarity determining regions of an L chain consisting of the polypeptide of (b) below: (a) a polypeptide comprising the amino acid sequences as shown in SEQ ID NOs: 1 to 3; (b) a polypeptide comprising the amino acid sequences as shown in SEQ ID NOs: 4 to 6. (a) a polypeptide comprising the amino acid sequences as shown in SEQ ID NOs: 1 to 3; (b) a polypeptide comprising the amino acid sequences as shown in SEQ ID NOs: 4 to 6.
An aqueous composition comprising a compound represented by Formula : wherein X represents a halogen atom, or a salt thereof, or a solvate of the compound or the salt thereof, and brimonidine or a salt thereof.
Use of an adhesive tape for jacketing an elongate item, the adhesive tape being led in a helical line around the elongate item or the elongate item being enveloped in the axial direction by the tape, where the adhesive tape consists of a preferably textile carrier and of a pressure sensitive adhesive, applied on at least one side of the carrier, in the form of a dried and crosslinker-free polymer dispersion, the polymer having been synthesized from: (a) 97.2 to 97.7 wt% of n-butyl acrylate and/or 2-ethylhexyl acrylate (b) 2.3 to 2.8 wt% of an ethylenically unsaturated monomer having an acid or acid-anhydride function. (a) 97.2 to 97.7 wt% of n-butyl acrylate and/or 2-ethylhexyl acrylate (b) 2.3 to 2.8 wt% of an ethylenically unsaturated monomer having an acid or acid-anhydride function.
A method of testing a base station apparatus comprising multiple transceiver units coupled to an antenna array, wherein the base station apparatus is configured to support multi-carrier transmission using the multiple transceiver units and wherein the base station apparatus is rated with a respective maximum equivalent isotropic radiated power, EIRP, for each of a predetermined number of simultaneous carriers, the method comprising: transmitting an interfering test signal in one or more transmit bands for the base station apparatus, using the multiple transceiver units and the antenna array, wherein the interfering test signal has a total EIRP at least approximately equal to the sum of the rated maximum EIRPs for the predetermined number of simultaneous carriers; transmitting a desired test signal to the base station apparatus, in a receive band for the base station apparatus, using a test signal generator and a test antenna separate from the base station apparatus; and evaluating a receiver sensitivity for the base station apparatus, based on the desired test signal, while the interfering test signal is being transmitted. transmitting an interfering test signal in one or more transmit bands for the base station apparatus, using the multiple transceiver units and the antenna array, wherein the interfering test signal has a total EIRP at least approximately equal to the sum of the rated maximum EIRPs for the predetermined number of simultaneous carriers; transmitting a desired test signal to the base station apparatus, in a receive band for the base station apparatus, using a test signal generator and a test antenna separate from the base station apparatus; and evaluating a receiver sensitivity for the base station apparatus, based on the desired test signal, while the interfering test signal is being transmitted.
A method of determining perturbation of a grating formed in an optical fiber , the method comprising: modulating and transmitting a light beam through the optical fiber , measuring at least one phase shift Δφ i in a modulation of light reflected off the grating for directly converting a wavelength shift of said light beam into said phase shift in said modulation, and determining the perturbation of the grating based on said at least one phase shift; wherein said phase shift Δφ i is defined as a difference between an overall modulation phase φ i + Δφ i acquired by said light beam when the grating is perturbed and an overall modulation phase φ i that would have been acquired by said light beam had the grating been unperturbed; and wherein the method comprises dispersing said reflected light beam prior to said measurement of said at least one phase shift Δφ i . modulating and transmitting a light beam through the optical fiber , measuring at least one phase shift Δφ i in a modulation of light reflected off the grating for directly converting a wavelength shift of said light beam into said phase shift in said modulation, and determining the perturbation of the grating based on said at least one phase shift; wherein said phase shift Δφ i is defined as a difference between an overall modulation phase φ i + Δφ i acquired by said light beam when the grating is perturbed and an overall modulation phase φ i that would have been acquired by said light beam had the grating been unperturbed; and wherein the method comprises dispersing said reflected light beam prior to said measurement of said at least one phase shift Δφ i .