mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine rotor shaft arrangement , comprising: a rotor shaft for supporting wind turbine blades, a non-rotating first housing structure for supporting the rotor shaft, which first housing structure is arranged to be mounted to a wind turbine nacelle framing, and a first rolling bearing arranged to support, in a first axial direction (A1), the rotor shaft in relation to the first housing structure at a first support point , which first rolling bearing is a self-aligning bearing comprising an inner ring , an outer ring , and a set of rolling elements formed of barrel-shaped rollers arranged in an intermediate configuration between the inner and outer rings, wherein each roller is a symmetrical bearing roller and has a curved raceway-contacting surface arranged in contact with a curved inner raceway of the inner ring and in contact with a curved outer raceway of the outer ring, and wherein a contact angle between each roller and the inner and/or outer raceway is inclined in relation to the radial direction of the rotor shaft, characterized in that the first rolling bearing is a single row toroidal roller bearing. a rotor shaft for supporting wind turbine blades, a non-rotating first housing structure for supporting the rotor shaft, which first housing structure is arranged to be mounted to a wind turbine nacelle framing, and a first rolling bearing arranged to support, in a first axial direction (A1), the rotor shaft in relation to the first housing structure at a first support point , which first rolling bearing is a self-aligning bearing comprising an inner ring , an outer ring , and a set of rolling elements formed of barrel-shaped rollers arranged in an intermediate configuration between the inner and outer rings, wherein each roller is a symmetrical bearing roller and has a curved raceway-contacting surface arranged in contact with a curved inner raceway of the inner ring and in contact with a curved outer raceway of the outer ring, and wherein a contact angle between each roller and the inner and/or outer raceway is inclined in relation to the radial direction of the rotor shaft, characterized in that the first rolling bearing is a single row toroidal roller bearing.
An autonomous vehicle comprising: one or more processors; a network interface; and a memory storing instructions executable by the one or more processors, wherein the instructions, when executed, cause the autonomous vehicle to perform operations comprising: storing identification information associated with a user of a computing device indicating that the computing device is authorized to provide guidance to the autonomous vehicle; receiving, via the network interface, a message associated with providing a first guidance to the autonomous vehicle; determining, based at least in part on the information, that the message is associated with the computing device; evaluating the message based at least in part on at least one of configuration data associated with maneuvering the autonomous vehicle or state information associated with the autonomous vehicle before the first guidance is executed by the autonomous vehicle; determining that the message does not comply with at least one of the configuration data or the state information; and controlling the autonomous vehicle based at least in part on evaluating the message, wherein controlling the autonomous vehicle comprises maintaining a current state of the autonomous vehicle. one or more processors; a network interface; and a memory storing instructions executable by the one or more processors, wherein the instructions, when executed, cause the autonomous vehicle to perform operations comprising: storing identification information associated with a user of a computing device indicating that the computing device is authorized to provide guidance to the autonomous vehicle; receiving, via the network interface, a message associated with providing a first guidance to the autonomous vehicle; determining, based at least in part on the information, that the message is associated with the computing device; evaluating the message based at least in part on at least one of configuration data associated with maneuvering the autonomous vehicle or state information associated with the autonomous vehicle before the first guidance is executed by the autonomous vehicle; determining that the message does not comply with at least one of the configuration data or the state information; and controlling the autonomous vehicle based at least in part on evaluating the message, wherein controlling the autonomous vehicle comprises maintaining a current state of the autonomous vehicle.
Switching unit, with a plurality of transistors (TN) which are connected in series with respect to their load paths, wherein at least one transistor (TN) is connected with its load path to an input of a current measuring impedance (XN), an output of the current measuring impedance (XN) is connected to a capacitor (CN) connected in parallel with the current measuring impedance, and the capacitor (CN) is connected to a control electrode of the transistor (TN), the current measuring impedance (XN) containing a resistor (RN) or a combination of a resistor and a capacitor, where the transistors (TN) are field-effect transistors, in particular MOS transistors, and the current measuring impedance (XN) is connected to the source of the transistor (TN), and wherein the control electrode of the transistor (TN) is connected to a charge/discharge circuit (CLN).
A method of estimating the fall risk of a user, the method being implemented by a computer, processor or processing unit, comprising: analyzing measurements of the acceleration of the user to determine if the user has performed a sit-to-stand transfer; only if a standard deviation, variance or range of a plurality of measurements of acceleration occurring in a time period before the start of the sit-to-stand transfer is less than a threshold value, obtaining an estimate of gravity as an average of the plurality of the measurements of acceleration occurring in the time period; identifying the peak vertical acceleration of the user during the sit-to-stand transfer from the measurements of the acceleration of the user, wherein the identified peak vertical acceleration is scaled using the estimate of gravity obtained from the measurements of the acceleration of the user in the time period; and estimating a fall risk for the user from the scaled peak vertical acceleration. analyzing measurements of the acceleration of the user to determine if the user has performed a sit-to-stand transfer; only if a standard deviation, variance or range of a plurality of measurements of acceleration occurring in a time period before the start of the sit-to-stand transfer is less than a threshold value, obtaining an estimate of gravity as an average of the plurality of the measurements of acceleration occurring in the time period; identifying the peak vertical acceleration of the user during the sit-to-stand transfer from the measurements of the acceleration of the user, wherein the identified peak vertical acceleration is scaled using the estimate of gravity obtained from the measurements of the acceleration of the user in the time period; and estimating a fall risk for the user from the scaled peak vertical acceleration.
-7- n -propyl-6,6a,7,8,9,10,10a,11-octahydro-1,3-dioxa-7-aza-cyclopenta[a]anthracene or a pharmaceutically acceptable salt thereof, for use in reversing dyskinesias, wherein the dyskinesia is associated with dopamine replacement therapy, wherein the dopamine replacement therapy agent is selected from the group consisting of rotigotine, ropinirole, pramipexole, cabergoline, bromocriptine, lisuride, pergolide, L-DOPA and apomorphine.
Device for guiding carriers , each of which has an electrical charge and/or a magnetic moment, with a guide device for movably guiding the carriers in a movement region (B) with a curved or angled main path (H) for the carriers , with electrical connections arranged along the main path (H), characterized in that the device has a field-generating means for generating a field (F) for guiding the carriers at least substantially along the main path (H), so that electrical voltage or power can be tapped at the electrical connections , wherein the field-generating means and/or the field (F) for guiding the carriers is adapted or can be set and/or controlled in consideration of the speed of the carriers such that the carriers are guided on trajectories with radii of curvature on the order of magnitude of the radius of curvature (R) of the main path (H), that the guide device and/or the movement region (B) and/or main path (H) extends at least substantially in a plane (E) or along a closed surface and is curved and/or angled in this plane (E) or surface, and that the flank or flanks of the movement region (B) for the carriers are embodied so as to be at least partially diffusely scattering and/or not exclusively specular. with a guide device for movably guiding the carriers in a movement region (B) with a curved or angled main path (H) for the carriers , with electrical connections arranged along the main path (H), characterized in that the device has a field-generating means for generating a field (F) for guiding the carriers at least substantially along the main path (H), so that electrical voltage or power can be tapped at the electrical connections , wherein the field-generating means and/or the field (F) for guiding the carriers is adapted or can be set and/or controlled in consideration of the speed of the carriers such that the carriers are guided on trajectories with radii of curvature on the order of magnitude of the radius of curvature (R) of the main path (H), that the guide device and/or the movement region (B) and/or main path (H) extends at least substantially in a plane (E) or along a closed surface and is curved and/or angled in this plane (E) or surface, and that the flank or flanks of the movement region (B) for the carriers are embodied so as to be at least partially diffusely scattering and/or not exclusively specular.
A server cabinet power backup system, comprising: a plurality of power backup units connected in parallel, wherein each power backup unit comprises a battery pack , a battery management module and a self-test resistor , and the self-test resistor is connected in parallel with a charge loop of the battery pack , in a self-test process of the power backup unit , the battery management module is configured to: control the battery pack to supply power to the self-test resistor to discharge the battery pack , control the battery pack to be charged after the battery pack is discharged, and collect a charge and discharge parameter of the battery pack , wherein the discharge parameter includes discharge capacity and discharge time, and the charge parameter includes charge capacity and charge time, and the battery management module is further configured to: determine attenuation performance of the power backup unit according to the charge and discharge parameter of the battery pack , wherein the attenuation performance includes a capacity and resistance of the battery pack , wherein the battery management module is configured to control the battery pack to be fully charged and fully discharged. a plurality of power backup units connected in parallel, wherein each power backup unit comprises a battery pack , a battery management module and a self-test resistor , and the self-test resistor is connected in parallel with a charge loop of the battery pack , in a self-test process of the power backup unit , the battery management module is configured to: control the battery pack to supply power to the self-test resistor to discharge the battery pack , control the battery pack to be charged after the battery pack is discharged, and collect a charge and discharge parameter of the battery pack , wherein the discharge parameter includes discharge capacity and discharge time, and the charge parameter includes charge capacity and charge time, and the battery management module is further configured to: determine attenuation performance of the power backup unit according to the charge and discharge parameter of the battery pack , wherein the attenuation performance includes a capacity and resistance of the battery pack , wherein the battery management module is configured to control the battery pack to be fully charged and fully discharged.
A device for the manufacturing of a scoliosis treatment corset comprising: - a essentially horizontal frame provided with a wide central gap, wherein the user is intended to be placed in said central gap; - central supports linked in the lower part to the frame for supporting a user; - a mechanical cervical traction element linked to an upper end of the frame for the controlled application of cervical elongation; the device being characterised in that it further comprises side compressing arms, linked on the sides to the frame to apply a corrective pressure for the scoliosis and in that each of the central supports comprises: - a telescopic column , which is essentially vertical and longitudinally movable in the upward and downward directions, said telescopic column having a lower end integrally linked to the frame , and; - a tray linked to an upper end of the telescopic column , for supporting the user. - a essentially horizontal frame provided with a wide central gap, wherein the user is intended to be placed in said central gap; - central supports linked in the lower part to the frame for supporting a user; - a mechanical cervical traction element linked to an upper end of the frame for the controlled application of cervical elongation; - a telescopic column , which is essentially vertical and longitudinally movable in the upward and downward directions, said telescopic column having a lower end integrally linked to the frame , and; - a tray linked to an upper end of the telescopic column , for supporting the user.
A light-transmissive cover plate for a portable electronic apparatus , wherein the light-transmissive cover plate is made of a single crystal body that contains alumina (Al 2 O 3 ) as a main component, wherein the light-transmissive cover plate has a step-terrace structure continuously formed across the entirety of a main surface or being partially formed, wherein the step-terrace structure has step heights (H) in the range of 1x10 -10 m to 1x10 -8 m, characterized in that the terrace widths (W) are in the range of 1x10 -9 m to 1x10 -7 m, being 10 times to 1000 times the step heights (H), and the main surface is a plane inclined from an a-plane in the single crystal body and an inclined angle from the a-plane is less than 1.5°.
An epicyclic gear train for a gas turbine engine gearbox defining a longitudinal axis centrally extending therethrough, the epicyclic gear train comprising a central sun gear , an outer ring gear , and a number of planet gears which are mounted to a planet carrier (40; 140; 240) for rotation about respective planet gear axes , the planet gears disposed in meshed engagement with the central sun gear and the outer ring gear , the planet carrier (40; 140; 240) including a torque transfer coupling (44; 144; 244) having a central bore concentric with the longitudinal axis and forming a torque transmission point on the planet carrier (40; 140; 240), a pair of carrier plates (48a, 48b; 148a, 148b; 248a, 248b) perpendicular to the longitudinal axis and axially spaced apart for supporting the planet gears therebetween, the planet carrier (40; 140; 240) further including center arms (50; 150; 250) extending radially outward from the torque transfer coupling (44; 144; 244) to the carrier plates (48a, 48b; 148a, 148b; 248a, 248b), the center arms transmitting torque between the torque transfer coupling (44; 144; 244) and the carrier plates (48a, 48b; 148a, 148b; 248a, 248b), the center arms (50; 150; 250) being axially disposed between the carrier plates (48a, 48b; 148a, 148b; 248a, 248b), characterised in that : the center arms (50; 150; 250) have radially outer ends which terminate at, and do not extend radially beyond, an outer perimeter of the carrier plates (48a, 48b; 148a, 148b; 248a, 248b), and the carrier plates (48a, 48b; 148a, 148b; 248a, 248b) are connected to the torque transfer coupling (44; 144; 244) only by the center arms (50; 150; 250).
A method comprising: matching one or more variables of an existing configuration of a Brownfield device to at least one of a plurality of configuration templates based on one or more matching criteria associated with each of the plurality of configuration templates ; instantiating one or more variables associated with each of the plurality of configuration templates with corresponding parameter values retrieved from one or more matched variables of the existing configuration of the Brownfield device, to thereby create one or more template instances ; validating each of the one or more template instances against known fabric policies to generate one or more Policy Template Instances comprising the one or more template instances ; and storing the one or more Policy Template Instances associated with a device existing configuration as a representation of an expected device configuration of the Brownfield device. matching one or more variables of an existing configuration of a Brownfield device to at least one of a plurality of configuration templates based on one or more matching criteria associated with each of the plurality of configuration templates ; instantiating one or more variables associated with each of the plurality of configuration templates with corresponding parameter values retrieved from one or more matched variables of the existing configuration of the Brownfield device, to thereby create one or more template instances ; validating each of the one or more template instances against known fabric policies to generate one or more Policy Template Instances comprising the one or more template instances ; and storing the one or more Policy Template Instances associated with a device existing configuration as a representation of an expected device configuration of the Brownfield device.
A device for irradiating the cornea of an eye , comprising at least the following elements: - a ring body , which has a bearing surface embodied concentrically around the longitudinal axis of the device for the purpose of fastening the device on the eye , - an irradiation channel for irradiating the cornea , which is located inside the ring body , - wherein the bearing surface for fastening the device is arranged outside the outlet opening for the light from the irradiation channel , - as well as a light source , which is mounted inside the ring body in the ready-to-operate state of the device for emitting light into the irradiation channel , characterized in that the irradiation channel is formed by the inner wall of the ring body , whereby a homogenizer is designed as a reflecting surface of the inner wall of the ring body , and in that the homogenizer is designed as a reflecting hollow cylinder. - a ring body , which has a bearing surface embodied concentrically around the longitudinal axis of the device for the purpose of fastening the device on the eye , - an irradiation channel for irradiating the cornea , which is located inside the ring body , - wherein the bearing surface for fastening the device is arranged outside the outlet opening for the light from the irradiation channel , - as well as a light source , which is mounted inside the ring body in the ready-to-operate state of the device for emitting light into the irradiation channel , characterized in that the irradiation channel is formed by the inner wall of the ring body , whereby a homogenizer is designed as a reflecting surface of the inner wall of the ring body , and in that the homogenizer is designed as a reflecting hollow cylinder.
An electric power washer comprising an internal component design and a housing , wherein the internal component design comprises a battery comprising a battery axis (BA), a motor electrically-connected to the battery , wherein the motor has a motor axis (MA), a pump operatively-connected to the motor , wherein the pump has a pump axis (PA), and an output valve fluidly-connected to the pump , and wherein the battery is immediately adjacent to the motor ; wherein the housing surrounds the battery , the motor and the pump , the housing further comprises a top portion and a bottom portion, and wherein a direction between the bottom portion and the top portion of the housing defining a Y-dimension; characterized in that the battery is located within the top portion of the housing ; wherein the motor axis (MA) is parallel to the battery axis (BA), wherein the pump axis (PA) is parallel to the motor axis (MA), and wherein the battery axis (BA), the motor axis (MA) and the pump axis (PA) are parallel to each other in the Y-dimension; and wherein the output valve is positioned in a plane below the pump . wherein the internal component design comprises a battery comprising a battery axis (BA), a motor electrically-connected to the battery , wherein the motor has a motor axis (MA), a pump operatively-connected to the motor , wherein the pump has a pump axis (PA), and an output valve fluidly-connected to the pump , and wherein the battery is immediately adjacent to the motor ; wherein the housing surrounds the battery , the motor and the pump , the housing further comprises a top portion and a bottom portion, and wherein a direction between the bottom portion and the top portion of the housing defining a Y-dimension; characterized in that the battery is located within the top portion of the housing ; wherein the motor axis (MA) is parallel to the battery axis (BA), wherein the pump axis (PA) is parallel to the motor axis (MA), and wherein the battery axis (BA), the motor axis (MA) and the pump axis (PA) are parallel to each other in the Y-dimension; and wherein the output valve is positioned in a plane below the pump .
A method of augmenting the number of labeled images for training a neural network comprising the steps of - Starting from a dataset of labeled images with corresponding segmentation masks and a dataset of unlabeled images, - Gathering for a given image i in said dataset of labeled images a number of images with metadata that have at least one item with the same value in said dataset of unlabeled images so as to form a data sub-set Sim i, - Training a multiclass segmentation neural network on said labeled images thereby generating segmentation masks for the images in subset Sim i, - On the basis of these segmentation masks judging similarity between images of Sim i and image i and finding one or more most similar images in Sim i by computing histograms of segmentation masks of image i and images in Sim I and by comparing them, - Transferring the histogram of the one or more most similar images in Sim i to given image i such as to thereby obtain from image i corresponding one or more further images for training which each have the label of image i but a correspondingly transferred histogram. - Starting from a dataset of labeled images with corresponding segmentation masks and a dataset of unlabeled images, - Gathering for a given image i in said dataset of labeled images a number of images with metadata that have at least one item with the same value in said dataset of unlabeled images so as to form a data sub-set Sim i, - Training a multiclass segmentation neural network on said labeled images thereby generating segmentation masks for the images in subset Sim i, - On the basis of these segmentation masks judging similarity between images of Sim i and image i and finding one or more most similar images in Sim i by computing histograms of segmentation masks of image i and images in Sim I and by comparing them, - Transferring the histogram of the one or more most similar images in Sim i to given image i such as to thereby obtain from image i corresponding one or more further images for training which each have the label of image i but a correspondingly transferred histogram.