mhurhangee/patent-ind-claim-en huggingface dataset:
A method of localizing an autonomous work vehicle within a work region , comprising: receiving a signal in response to an initialization of the autonomous work vehicle in an arbitrary location within the work region; in response to the signal, performing a localization process comprising: generating a localization image of a first part of a scene surrounding the autonomous work vehicle via at least one camera; generating a check image of a different part of the scene via at least one vision check camera different than the at least one camera; using the localization image to determine an estimated pose of the autonomous work vehicle within the work region via a three-dimensional point cloud accessible by the autonomous work vehicle; using the estimated pose and the 3DPC to determine predicted features within the check image; and performing a comparison between the predicted features and corresponding features in the check image; and in response to the comparison satisfying a threshold, causing the autonomous work vehicle to begin autonomous operation within the work region. receiving a signal in response to an initialization of the autonomous work vehicle in an arbitrary location within the work region; in response to the signal, performing a localization process comprising: generating a localization image of a first part of a scene surrounding the autonomous work vehicle via at least one camera; generating a check image of a different part of the scene via at least one vision check camera different than the at least one camera; using the localization image to determine an estimated pose of the autonomous work vehicle within the work region via a three-dimensional point cloud accessible by the autonomous work vehicle; using the estimated pose and the 3DPC to determine predicted features within the check image; and performing a comparison between the predicted features and corresponding features in the check image; and generating a localization image of a first part of a scene surrounding the autonomous work vehicle via at least one camera; generating a check image of a different part of the scene via at least one vision check camera different than the at least one camera; using the localization image to determine an estimated pose of the autonomous work vehicle within the work region via a three-dimensional point cloud accessible by the autonomous work vehicle; using the estimated pose and the 3DPC to determine predicted features within the check image; and performing a comparison between the predicted features and corresponding features in the check image; and in response to the comparison satisfying a threshold, causing the autonomous work vehicle to begin autonomous operation within the work region.
Method for determining uneven vehicle tyre wear, having the steps of: - recording measured values of a lateral acceleration of a measurement point on the inner liner of a vehicle tyre by means of a lateral acceleration sensor , - finding peaks (P) of the measured values by means of the lateral acceleration sensor , wherein the lateral acceleration sensor is used to determine peak parameters, namely a peak height and/or a peak duration and/or a relative time interval between peaks, wherein the relative time interval is determined by relating the time interval between two peaks (P) to the angular velocity of the vehicle tyre , and/or the edge steepness of the peaks and/or the area enclosed by the peaks with a reference line, - comparing the determined peak parameters with stored peak parameters, - outputting a warning message when a setpoint difference between the determined peak parameters and the stored peak parameters is exceeded. - recording measured values of a lateral acceleration of a measurement point on the inner liner of a vehicle tyre by means of a lateral acceleration sensor , - finding peaks (P) of the measured values by means of the lateral acceleration sensor , wherein the lateral acceleration sensor is used to determine peak parameters, namely a peak height and/or a peak duration and/or a relative time interval between peaks, wherein the relative time interval is determined by relating the time interval between two peaks (P) to the angular velocity of the vehicle tyre , and/or the edge steepness of the peaks and/or the area enclosed by the peaks with a reference line, - comparing the determined peak parameters with stored peak parameters, - outputting a warning message when a setpoint difference between the determined peak parameters and the stored peak parameters is exceeded.
A method for obtaining warp knit fabric from cotton yarns in warp knitting fabrics intended to be used in designs of different constructions, comprising the process steps of: • using cotton yarn of two or more multiple twisted cotton yarns as the warp yarn , • using carded cotton as the ground yarn and weaving the fabric in a warp knitting machine, • applying conventional bleaching and dying processes, characterized in comprising the process steps of: • using cotton yarn through twisting two or more multiple twisted cotton yarns with PVA yarn as the pile yarn , ▪ using cotton yarn through twisting two or more multiple twisted cotton yarns as the ground yarn , and • treating the obtained fabric with acid at 90 °C fo r 20 minutes and removing the PVA yarn from the fabric . • using cotton yarn of two or more multiple twisted cotton yarns as the warp yarn , • using carded cotton as the ground yarn and weaving the fabric in a warp knitting machine, • applying conventional bleaching and dying processes, • using cotton yarn through twisting two or more multiple twisted cotton yarns with PVA yarn as the pile yarn , ▪ using cotton yarn through twisting two or more multiple twisted cotton yarns as the ground yarn , and • treating the obtained fabric with acid at 90 °C fo r 20 minutes and removing the PVA yarn from the fabric .
An angle detection device comprising: a magnet configured to rotate integrally with a rotating shaft having a circumference, the magnet centering on the rotating shaft , and to generate a magnetic field for detecting the angle of rotation; a first sensor and a second sensor , each configured to be arranged at a respective sensor position separated in angle by 90 [deg] on the circumference centered on the rotating shaft , to detect a respective direction of the magnetic field at the respective sensor position, the magnetic field at the respective sensor position having a magnitude and the direction, and to output a signal corresponding to the direction of the magnetic field at the respective sensor position; and an angle calculator configured to calculate a rotation angle by using the signals from the first sensor and the second sensor . a magnet configured to rotate integrally with a rotating shaft having a circumference, the magnet centering on the rotating shaft , and to generate a magnetic field for detecting the angle of rotation; a first sensor and a second sensor , each configured to be arranged at a respective sensor position separated in angle by 90 [deg] on the circumference centered on the rotating shaft , to detect a respective direction of the magnetic field at the respective sensor position, the magnetic field at the respective sensor position having a magnitude and the direction, and to output a signal corresponding to the direction of the magnetic field at the respective sensor position; and an angle calculator configured to calculate a rotation angle by using the signals from the first sensor and the second sensor .
Self-sealing tyre sealant, characterized in that it contains at least one luminescent agent.
An apparatus , wherein the apparatus is comprised in an access node (104, 220 520), the apparatus comprising at least one processor , and at least one memory including a computer program code , wherein the at least one memory and the computer program code are configured, with the at least one processor , to cause the apparatus to: receive a first indication , from a terminal device , indicating that the terminal device is capable of supporting carrier aggregation; obtain information regarding a battery level of the terminal device ; estimate battery consumption per one carrier component; and based, at least partly, on the estimated battery consumption and information regarding the battery level, determine a number of additional carrier components to be activated for the terminal device . receive a first indication , from a terminal device , indicating that the terminal device is capable of supporting carrier aggregation; obtain information regarding a battery level of the terminal device ; estimate battery consumption per one carrier component; and based, at least partly, on the estimated battery consumption and information regarding the battery level, determine a number of additional carrier components to be activated for the terminal device .
A system for modifying a mode of operation of one or more sensors using collected sensor data, the modifying being based on detection of additional users in a physical environment, the system comprising: means for providing a first user with access to an access-controlled resource in response to determining that an authorization requirement associated with the access-controlled resource has been satisfied; means for collecting sensor data describing a physical environment of the first user according to a first mode of operation, the first mode of operation defining an initial performance for at least one sensor used to collect the sensor data; means for detecting , based on the sensor data collected according to the first mode of operation, presence of a second user in the physical environment that is different than the first user in the physical environment; and means for causing the at least one sensor to switch from the first mode of operation to a second mode of operation in response to detecting the presence of the second user, wherein the second mode of operation is different than the first mode of operation, and the second mode of operation defines a revised performance for the at least one sensor used to collect the sensor data. means for providing a first user with access to an access-controlled resource in response to determining that an authorization requirement associated with the access-controlled resource has been satisfied; means for collecting sensor data describing a physical environment of the first user according to a first mode of operation, the first mode of operation defining an initial performance for at least one sensor used to collect the sensor data; means for detecting , based on the sensor data collected according to the first mode of operation, presence of a second user in the physical environment that is different than the first user in the physical environment; and means for causing the at least one sensor to switch from the first mode of operation to a second mode of operation in response to detecting the presence of the second user, wherein the second mode of operation is different than the first mode of operation, and the second mode of operation defines a revised performance for the at least one sensor used to collect the sensor data.
A regulating valve with a rack and pinion transmission system for an aircraft or a spacecraft, comprising: - a valve body , - a transmission shaft disposed at least partly in the valve body , movable in rotation about a first axis (Y), and including a pinion , - a rolling element disposed at least partly in the valve body , movable in translation along a second axis (X') substantially perpendicular to the first axis (Y), and including a rack , the rack being engaged with the pinion so that a rotation of the transmission shaft causes a translation of the rolling element , a first end of the rolling element being guided in translation by a first fixed bearing , and a second end of the rolling element being guided in translation by a second bearing , - an annular connecting flange fixed to the valve body by means of fixing means , the annular connecting flange radially extending between an inner face which is axisymmetric about the second axis (X') and an outer face which is axisymmetric about a central axis (X), characterized in that the inner face comprises a radially inner housing in which the second bearing is housed, the second axis (X') being radially offset with respect to the central axis (X). - a valve body , - a transmission shaft disposed at least partly in the valve body , movable in rotation about a first axis (Y), and including a pinion , - a rolling element disposed at least partly in the valve body , movable in translation along a second axis (X') substantially perpendicular to the first axis (Y), and including a rack , the rack being engaged with the pinion so that a rotation of the transmission shaft causes a translation of the rolling element , a first end of the rolling element being guided in translation by a first fixed bearing , and a second end of the rolling element being guided in translation by a second bearing , - an annular connecting flange fixed to the valve body by means of fixing means , the annular connecting flange radially extending between an inner face which is axisymmetric about the second axis (X') and an outer face which is axisymmetric about a central axis (X), characterized in that the inner face comprises a radially inner housing in which the second bearing is housed, the second axis (X') being radially offset with respect to the central axis (X).
A capsule article comprising: A polymeric body extending along a longitudinal axis (L A ) from a first end to a second end and defining a capsule cavity containing powder ; and a metal foil and a sealant layer covering an outer surface of the polymeric body, wherein the sealant layer and metal foil cooperate to form a hermetic barrier enclosing the polymeric body or capsule cavity. A polymeric body extending along a longitudinal axis (L A ) from a first end to a second end and defining a capsule cavity containing powder ; and a metal foil and a sealant layer covering an outer surface of the polymeric body, wherein the sealant layer and metal foil cooperate to form a hermetic barrier enclosing the polymeric body or capsule cavity.
A method for producing a component connection , having the following steps: - providing a first component which at least in the region of part of its surface consists of a thermoplastic plastics material, - providing a sphere which at least in one region of its surface consists of a thermoplastic plastics material, - pressing the sphere against the first component such that the thermoplastic plastics material of the sphere lies against the thermoplastic plastics material of the first component , - setting the sphere to vibrate by means of an ultrasonic sonotrode and welding the sphere to the first component , - providing a second component which has a through-hole , - bringing the second component up to the first component such that the sphere projects at least into the through-hole of the second component or slightly protrudes through the through-hole , characterised in that - a clip element is clipped onto the sphere , wherein the clip element projects across the through-hole and connects the two components together in a positively and/or non-positively locking manner. - providing a first component which at least in the region of part of its surface consists of a thermoplastic plastics material, - providing a sphere which at least in one region of its surface consists of a thermoplastic plastics material, - pressing the sphere against the first component such that the thermoplastic plastics material of the sphere lies against the thermoplastic plastics material of the first component , - setting the sphere to vibrate by means of an ultrasonic sonotrode and welding the sphere to the first component , - providing a second component which has a through-hole , - bringing the second component up to the first component such that the sphere projects at least into the through-hole of the second component or slightly protrudes through the through-hole , - a clip element is clipped onto the sphere , wherein the clip element projects across the through-hole and connects the two components together in a positively and/or non-positively locking manner.
A treatment agent dosing system for a laundry treatment machine, said treatment agent dosing system transferring liquid treatment agents in predetermined quantities from a plurality of treatment agent tanks to a washing liquid reservoir characterized in that the treatment agent dosing system comprises a first rotatable element in the form of a treatment agent wheel in a treatment agent reservoir and a second rotatable element in the form of a water wheel in a water reservoir , a water line controlled by valves to turn the respective water wheel , wherein, using the hydraulic energy of water, the treatment agent wheel connected to and sharing a shaft with the rotating water wheel is rotated, said treatment agent wheel transferring treatment agents from said treatment agent reservoir through a treatment agent line to a washing water line and said water wheel transferring water from the water reservoir to the washing water line and, the treatment agent line in communication with the treatment agent reservoir is directly connected to a venturi tube portion of said washing water line such that treatment agents and water circulated in fluidly isolated manner are first mixed at said venturi tube portion of the washing water line . the treatment agent dosing system comprises a first rotatable element in the form of a treatment agent wheel in a treatment agent reservoir and a second rotatable element in the form of a water wheel in a water reservoir , a water line controlled by valves to turn the respective water wheel , wherein, using the hydraulic energy of water, the treatment agent wheel connected to and sharing a shaft with the rotating water wheel is rotated, said treatment agent wheel transferring treatment agents from said treatment agent reservoir through a treatment agent line to a washing water line and said water wheel transferring water from the water reservoir to the washing water line and, the treatment agent line in communication with the treatment agent reservoir is directly connected to a venturi tube portion of said washing water line such that treatment agents and water circulated in fluidly isolated manner are first mixed at said venturi tube portion of the washing water line .
A method of operating a mass spectrometer to analyze a biological sample, comprising: temporally separating the biological sample into components; introducing peptide ions generated from a component of the biological sample into the mass spectrometer during an introduction period; fragmenting the peptide ions to form product ions; mass analyzing the product ions to acquire a product ion spectrum; and during the introduction period, using a programmed controller to perform: executing a search of a mass spectral database to attempt to identify a candidate peptide in the mass spectral database that matches the product ion spectrum, the mass spectral database containing product mass spectral information for candidate peptides, characterized by : while executing the search of the mass spectral database , monitoring an elapsed search time (t search ), wherein if the elapsed search time exceeds a first maximum value, then the search is terminated, and upon identification of the candidate peptide that matches the product ion spectrum prior to the elapsed search time (t search ) reaching the e first maximum value, causing the mass spectrometer to perform an action based on the identification. temporally separating the biological sample into components; introducing peptide ions generated from a component of the biological sample into the mass spectrometer during an introduction period; fragmenting the peptide ions to form product ions; mass analyzing the product ions to acquire a product ion spectrum; and during the introduction period, using a programmed controller to perform: executing a search of a mass spectral database to attempt to identify a candidate peptide in the mass spectral database that matches the product ion spectrum, the mass spectral database containing product mass spectral information for candidate peptides, characterized by : while executing the search of the mass spectral database , monitoring an elapsed search time (t search ), wherein if the elapsed search time exceeds a first maximum value, then the search is terminated, and upon identification of the candidate peptide that matches the product ion spectrum prior to the elapsed search time (t search ) reaching the e first maximum value, causing the mass spectrometer to perform an action based on the identification. while executing the search of the mass spectral database , monitoring an elapsed search time (t search ), wherein if the elapsed search time exceeds a first maximum value, then the search is terminated, and upon identification of the candidate peptide that matches the product ion spectrum prior to the elapsed search time (t search ) reaching the e first maximum value, causing the mass spectrometer to perform an action based on the identification.