mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementation by one or more data processors forming one or more computing devices, the method comprising: monitoring, by at least one data processor of at least one security module , a plurality of voltage lines of at least one electronic control unit, ECU, electrically coupled to a communications bus; measuring, by at least one data processor, a voltage differential across at least two of the plurality of voltage lines of the at least one ECU ; comparing, by at least one data processor, the voltage differential to a plurality of predetermined signal fingerprints associated with the at least one ECU ; identifying, by at least one data processor and based on the comparing, a variance in the compared voltage differential relative to one or more of the plurality of predetermined signal fingerprints; and providing, by at least one data processor, data characterizing the identified variance, wherein message traffic on the communications bus is encrypted such that a message security zone origination or destination is identified, wherein a security zone is established by - grouping together multiple security modules having a one to one correlation with a corresponding ECU ; or - including a single security module correlated to a single ECU . monitoring, by at least one data processor of at least one security module , a plurality of voltage lines of at least one electronic control unit, ECU, electrically coupled to a communications bus; measuring, by at least one data processor, a voltage differential across at least two of the plurality of voltage lines of the at least one ECU ; comparing, by at least one data processor, the voltage differential to a plurality of predetermined signal fingerprints associated with the at least one ECU ; identifying, by at least one data processor and based on the comparing, a variance in the compared voltage differential relative to one or more of the plurality of predetermined signal fingerprints; and providing, by at least one data processor, data characterizing the identified variance, wherein message traffic on the communications bus is encrypted such that a message security zone origination or destination is identified, wherein a security zone is established by - grouping together multiple security modules having a one to one correlation with a corresponding ECU ; or - including a single security module correlated to a single ECU . - grouping together multiple security modules having a one to one correlation with a corresponding ECU ; or - including a single security module correlated to a single ECU .
A process of fabricating a multi-layer composite structure by 3D printing, said composite structure comprising at least one cured mortar layer formed by curing of a mortar composition, and at least one polyurethane layer formed by polymerization of a first polyurethane forming composition, wherein said mortar composition and said first polyurethane forming composition are dispensed individually and simultaneously via adjacent printing nozzles, wherein the mortar composition is modified by a second polyurethane forming composition and the pot life t3 of the modified mortar composition is 0.05 to 2 hours, measured according to the description.
A flexible current sensor comprising a sensing coil wound on a cylindrical flexible core where the said sensing coil comprises two overlapping in series connected windings wound along said cylindrical flexible core in mutually opposite direction, characterized in that the said cylindrical flexible core comprises a plurality of individual fibers from a nonmagnetic material arranged into the nearest approximation of a cylindrical shape and the sensing coil is further equipped with a separation layer located between its windings.
A system for calibrating a welding training apparatus, the system comprising: reference markers disposed in a 3-D space of a welding environment so as to have a known fixed orientation in the 3-D space of the welding environment; one of a welding coupon or a workpiece disposed in the 3-D space of the welding environment; characterized in an object recognition device that includes a transmitter-receiver , the device configured to scan the welding environment including the one of the welding coupon or the workpiece and the reference markers using a transceiver, capture an image of the welding environment including the one of the welding coupon or the workpiece and the reference markers; and to automatically identify the one of the welding coupon or the workpiece in the captured image, and automatically associate a weld path to the identified one of the welding coupon or the workpiece ; and a calibration device configured to automatically calibrate the welding training apparatus by correlating the weld path to the 3-D space of the welding environment based on the reference markers. reference markers disposed in a 3-D space of a welding environment so as to have a known fixed orientation in the 3-D space of the welding environment; one of a welding coupon or a workpiece disposed in the 3-D space of the welding environment; characterized in an object recognition device that includes a transmitter-receiver , the device configured to scan the welding environment including the one of the welding coupon or the workpiece and the reference markers using a transceiver, capture an image of the welding environment including the one of the welding coupon or the workpiece and the reference markers; and to automatically identify the one of the welding coupon or the workpiece in the captured image, and automatically associate a weld path to the identified one of the welding coupon or the workpiece ; and scan the welding environment including the one of the welding coupon or the workpiece and the reference markers using a transceiver, capture an image of the welding environment including the one of the welding coupon or the workpiece and the reference markers; and to automatically identify the one of the welding coupon or the workpiece in the captured image, and automatically associate a weld path to the identified one of the welding coupon or the workpiece ; and a calibration device configured to automatically calibrate the welding training apparatus by correlating the weld path to the 3-D space of the welding environment based on the reference markers.
A processor of a base station configured to perform operations comprising: transmitting a system information block, SIB, to one or more user equipments, UEs ; and receiving an indication of a reduced capability, redcap, device type from a UE during a random access procedure, wherein the indication is associated with a UE configuration comprising one or more UE complexity reduction features, wherein frequency hopping for physical uplink control channel, PUCCH, transmissions and physical uplink shared channel, PUSCH, transmissions is disabled during the random access procedure for the redcap device type. transmitting a system information block, SIB, to one or more user equipments, UEs ; and receiving an indication of a reduced capability, redcap, device type from a UE during a random access procedure, wherein the indication is associated with a UE configuration comprising one or more UE complexity reduction features, wherein frequency hopping for physical uplink control channel, PUCCH, transmissions and physical uplink shared channel, PUSCH, transmissions is disabled during the random access procedure for the redcap device type.
A method for displaying an "attitude director indicator" in a heads-up display system for an aircraft, said heads-up display system comprising: - a head support (C) supporting a display device (V); - a posture detection system (DDP) for detecting the posture of said head support; - sensors for detecting various parameters defining the attitude of said aircraft; - means for computing and graphically generating said attitude in said display device, the set of parameters (S) displayed in the form of symbols being denoted "attitude director indicator", said attitude director indicator being displayed in a determined angular field, characterised in that , with the attitude director indicator being displayed in a terrestrial reference or locally in a reference associated with the head support and in the field of the display device, the attitude director indicator is displayed in the correct position except under the following conditions: when the head support is oriented in a determined direction forming, with the line of horizon and/or with the "speed vector", an angle that is greater than a first determined value; and/or when at least one of the attitude parameters of the aircraft exceeds a second determined value, the attitude director indicator is displayed in a terrestrial reference or locally in a reference associated with the head support and in the field of the display device. - a head support (C) supporting a display device (V); - a posture detection system (DDP) for detecting the posture of said head support; - sensors for detecting various parameters defining the attitude of said aircraft; - means for computing and graphically generating said attitude in said display device, the set of parameters (S) displayed in the form of symbols being denoted "attitude director indicator", said attitude director indicator being displayed in a determined angular field, when the head support is oriented in a determined direction forming, with the line of horizon and/or with the "speed vector", an angle that is greater than a first determined value; and/or when at least one of the attitude parameters of the aircraft exceeds a second determined value, the attitude director indicator is displayed in a terrestrial reference or locally in a reference associated with the head support and in the field of the display device.
A control unit for a surgical robot system including a robot having a rigid proximal portion having a remote center of motion (RCM), a distal portion being flexible to permit the maneuvering of the distal portion with one or more degrees of freedom and being deployable through the proximal portion and at least one image acquisition device , the control unit comprising: a processor configured to: receive images from the at least one image acquisition device; generate a first deployment path to a first target position based on the received images; generate a second deployment path to a second target position from the first target position based on the received images; generate first guidance information for positioning the proximal portion along the first deployment path; track position of the distal portion within a region of interest; generate second guidance information for positioning the distal portion along the second deployment path; and deploy the first guidance information to the proximal portion for guiding the proximal portion to the first target position, and subsequently deploy the second guidance information to the distal portion for guiding the distal portion to the second target position. receive images from the at least one image acquisition device; generate a first deployment path to a first target position based on the received images; generate a second deployment path to a second target position from the first target position based on the received images; generate first guidance information for positioning the proximal portion along the first deployment path; track position of the distal portion within a region of interest; generate second guidance information for positioning the distal portion along the second deployment path; and deploy the first guidance information to the proximal portion for guiding the proximal portion to the first target position, and subsequently deploy the second guidance information to the distal portion for guiding the distal portion to the second target position.
A vaccine comprising an effective amount of an isolated polypeptide consisting of a sequence that is at least 95% identical to SEQ ID NO:6, or a hydroxylation product, sulphonation product, or glycosylation product of said polypeptide and a pharmaceutically acceptable excipient, wherein the polypeptide or product retains fibronectin binding activity for use in the prevention or treatment of Moraxella catarrhalis infection, or of otitis media, sinusitis or lower respiratory tract infection caused by Moraxella catarrhalis.
A method of applying a discontinuous coating of a metal of IVB or VB group on the internal and external surfaces of a polymeric prosthesis of a blood vessel made of polyethylene terephthalate, including the following steps: - plasma-chemical modification of the polymeric prosthesis; - coating by magnetron sputtering method with an unbalanced plasma in an argon-oxygen plasma; wherein the coating is applied cyclically in the mode of alternating the process of magnetron sputtering with the process of ion etching. - plasma-chemical modification of the polymeric prosthesis; - coating by magnetron sputtering method with an unbalanced plasma in an argon-oxygen plasma; wherein the coating is applied cyclically in the mode of alternating the process of magnetron sputtering with the process of ion etching.
An intake air delivery system for an engine , the intake air delivery system comprising: a valve seat ring ; an intake valve provided in association with the valve seat ring , the intake valve adapted to contact the valve seat ring in a closed position of the intake valve , the intake valve adapted to provide a valve gap with respect to the valve seat ring in an open position of the intake valve ; at least one bore provided in the valve seat ring , the at least one bore provided in selective fluid communication with the valve gap ; and a conduit provided in fluid communication with the at least one bore and an inlet of a compressor section of a supercharger or an external vacuum pump, wherein each of the conduit and the at least one bore is adapted to provide a suction pressure of the inlet of a compressor section of a supercharger or an external vacuum pump to a portion of the valve gap adjacent to the valve seat ring . a valve seat ring ; an intake valve provided in association with the valve seat ring , the intake valve adapted to contact the valve seat ring in a closed position of the intake valve , the intake valve adapted to provide a valve gap with respect to the valve seat ring in an open position of the intake valve ; at least one bore provided in the valve seat ring , the at least one bore provided in selective fluid communication with the valve gap ; and a conduit provided in fluid communication with the at least one bore and an inlet of a compressor section of a supercharger or an external vacuum pump, wherein each of the conduit and the at least one bore is adapted to provide a suction pressure of the inlet of a compressor section of a supercharger or an external vacuum pump to a portion of the valve gap adjacent to the valve seat ring .
A process for preparing 3-nitro- N -(2,2,2-trifluoroethyl)-4-pyridinamine of formula (b) by treating 4-methoxy-3-nitro-pyridine of formula (a) with 2,2,2-trifluoroethylamine in an aqueous solution comprising an acid under heating.
A method of receiving a signal by a user equipment, UE, in a wireless communication system , the method comprising: receiving (S1101) a configuration including information about precoder granularity for a first control resource set; determining resource element groups, REGs, included in contiguous resource blocks of the first control resource set as the REGs for which the same precoding is assumed to be used based on the information about the precoder granularity being related to a first configuration; and, monitoring (S1103) a control channel candidate based on the REGs, wherein, based on some of the contiguous resource blocks overlapping with other resource region allocated to a second control resource set, the UE monitors the control channel candidate based on priorities of the first control resource set and the second control resource set, wherein the priority of the first control resource set is determined to be higher than the priority of the second control resource set based on the first control resource set corresponding to a common search space, CSS, and based on the second control resource set corresponding to a UE-specific search space, USS. receiving (S1101) a configuration including information about precoder granularity for a first control resource set; determining resource element groups, REGs, included in contiguous resource blocks of the first control resource set as the REGs for which the same precoding is assumed to be used based on the information about the precoder granularity being related to a first configuration; and, monitoring (S1103) a control channel candidate based on the REGs, wherein, based on some of the contiguous resource blocks overlapping with other resource region allocated to a second control resource set, the UE monitors the control channel candidate based on priorities of the first control resource set and the second control resource set, wherein the priority of the first control resource set is determined to be higher than the priority of the second control resource set based on the first control resource set corresponding to a common search space, CSS, and based on the second control resource set corresponding to a UE-specific search space, USS.
A protraction device , comprising: a body frame , adapted to be anchored to the chest and abdomen of a patient, a cantilever support , including a first shaft , coupled to the body frame, and a second shaft , coupled to the first shaft, and a headpiece coupled to the second shaft and adapted to be attached to the head of the patient, wherein the second shaft extends in front of the face of the patient when the protraction device is worn by said patient, characterized in that the body frame comprises a top rail , and a bottom rail , and the cantilever support further comprises a top bearing , coupled to the top rail, and a bottom bearing , coupled to the bottom rail, and the first shaft is coupled to the top bearing and the bottom bearing. a body frame , adapted to be anchored to the chest and abdomen of a patient, a cantilever support , including a first shaft , coupled to the body frame, and a second shaft , coupled to the first shaft, and a first shaft , coupled to the body frame, and a second shaft , coupled to the first shaft, and a headpiece coupled to the second shaft and adapted to be attached to the head of the patient, wherein the second shaft extends in front of the face of the patient when the protraction device is worn by said patient, characterized in that the body frame comprises a top rail , and a bottom rail , and a top rail , and a bottom rail , and the cantilever support further comprises a top bearing , coupled to the top rail, and a bottom bearing , coupled to the bottom rail, and a top bearing , coupled to the top rail, and a bottom bearing , coupled to the bottom rail, and the first shaft is coupled to the top bearing and the bottom bearing.
A method of enhancing the dewatering of an alumina trihydrate bearing slurry in a dewatering step of a mineral processing application, the method comprising: adding to the alumina trihydrate bearing slurry or to a wash fluid added to the slurry at least one R-succinic compound having a structure selected from formula (I) or formula (II), a conjugate acid-base of the R-succinic compound having a structure selected from formula (I) or formula (II), and combinations thereof; wherein formula (I) is and formula (II) is and wherein R and R' are independent, distinct, and represent alkyl, alkenyl, or aromatic hydrocarbon groups containing 1-30 carbon atoms. adding to the alumina trihydrate bearing slurry or to a wash fluid added to the slurry at least one R-succinic compound having a structure selected from formula (I) or formula (II), a conjugate acid-base of the R-succinic compound having a structure selected from formula (I) or formula (II), and combinations thereof; wherein formula (I) is and formula (II) is and wherein R and R' are independent, distinct, and represent alkyl, alkenyl, or aromatic hydrocarbon groups containing 1-30 carbon atoms.
Belt arrangement for a vehicle seat , having a belt strap and at least one deflection element for the belt strap , which is arranged on a movably mounted holding device and ties a passenger on the vehicle seat , in an accident situation, to the vehicle seat and retains said passenger in the vehicle seat , wherein the holding device is mounted so as to rotate about a pivot point on a body element , wherein a drive rotates the holding device about the pivot point and changes a profile of the belt strap in order to influence the retention properties, wherein an orientation of the holding device is dependent on a current inclination of a corresponding backrest (2.2) of the vehicle seat , such that a position change of the backrest (2.2) in the vehicle longitudinal direction (x) and in the vehicle vertical direction (z) can be compensated for by the holding device during driving.
A method of manufacturing an electrophoretic device comprising: providing a template surface having a contoured shape derived from microstructures; in one or more moulding steps, replicating said template surface to transfer said shape to the surface of a transparent, non-planar, polymer structure on a transparent second substrate , said replicated microstructures' surfaces including walls and protrusions and said protrusions having surfaces defining a plurality of depressions in the volumes there between; printing a light masking adhesive layer on said walls of said non-planar, polymer structure in a contact area with a first transparent substrate ; coating said non-planar surface with an electrophoretic suspension , said suspension including charged particles of at least one type in a transparent fluid ; and providing said first substrate spaced apart from said second substrate with said polymer structure disposed between and contacting the first substrate through said adhesive layer to define a volume between the polymer structure and the first substrate; and, curing said adhesive layer to bond said first substrate to said non-planar, polymer structure; wherein said particles are movable within said volume to interact with said replicated, non-planar, polymer surface to move between a plurality of light states. providing a template surface having a contoured shape derived from microstructures; in one or more moulding steps, replicating said template surface to transfer said shape to the surface of a transparent, non-planar, polymer structure on a transparent second substrate , said replicated microstructures' surfaces including walls and protrusions and said protrusions having surfaces defining a plurality of depressions in the volumes there between; printing a light masking adhesive layer on said walls of said non-planar, polymer structure in a contact area with a first transparent substrate ; coating said non-planar surface with an electrophoretic suspension , said suspension including charged particles of at least one type in a transparent fluid ; and providing said first substrate spaced apart from said second substrate with said polymer structure disposed between and contacting the first substrate through said adhesive layer to define a volume between the polymer structure and the first substrate; and, curing said adhesive layer to bond said first substrate to said non-planar, polymer structure; wherein said particles are movable within said volume to interact with said replicated, non-planar, polymer surface to move between a plurality of light states.