mhurhangee/ep-ind-claims huggingface dataset:
Moving mechanism for a decorative element of a timepiece, said moving mechanism including a circular drive element arranged to be rotatable about a central axis, said decorative element being mounted on the drive element by means of an arbor integral with said decorative element and parallel to the central axis, and first means for driving said decorative element in a rotational motion about its own arbor and in a translational motion along its own arbor, said first drive means for the decorative element being mounted on the circular drive element and arranged to cooperate with fixed actuation means (44, 45) arranged in the periphery of the circular drive element such that said decorative element rotates about its arbor and moves along its arbor while rotating about the central axis, in which the first means for driving the decorative element in said translational motion along its own arbor include a gear train comprising at least a first wheel set arranged to cooperate with first fixed actuation means arranged in the periphery of the drive element, and a last wheel set, said last wheel set and the arbor of the decorative element being arranged to form a screw/nut system, the arbor of the decorative element being further arranged to have limited rotation about itself at least when the first wheel set cooperates with the first fixed actuation means, such that rotation of the gear train causes translation of the arbor of the decorative element.
An anhydrous crystalline form, referred to as form H, of Cabazitaxel of formula wherein the anhydrous crystalline form has the following: - an X-RPD pattern obtained using the copper wavelengths λ 1 and λ 2 of 1.54056 Å and 1.54439 Å, respectively, comprising distinctive reflections, expressed as 2-theta degrees values, at 5.8, 6.5, 8.1, 9.5, 10.9, 11.5, 12.2, 13.0, 14.1, 14.8, 16.8, 17.2, 19.0, 19.4, 20.1, 21.9 and 24.0 ± 0.2; - an X-RPD pattern obtained using the copper wavelengths λ 1 and λ 2 of 1.54056 Å and 1.54439 Å, respectively, comprising distinctive reflections, expressed as 2-theta degrees values, at 5.8, 6.5, 8.1, 9.5, 10.9, 11.5, 12.2, 13.0, 14.1, 14.8, 16.8, 17.2, 19.0, 19.4, 20.1, 21.9 and 24.0 ± 0.2;
A method of operation of a semiconductor manufacturing process chamber, comprising etching a film on a semiconductor using an etch gas comprising a first fluoro compound and a second fluoro compound, wherein the first fluoro compound is HFO-1336mzz and the second fluoro compound is selected from the group consisting of hexafluoro-2-butyne, hexafluoro-1,3-butadiene, HFO-1234yf or HFO-1234ze.
A method for channel state indication, CSI, measurement on an unlicensed spectrum, the method comprising: receiving, by a user equipment, UE, a downlink signal from a base station using a carrier on the unlicensed spectrum, wherein the carrier is a licensed assisted access, LAA carrier and the carrier has an ON duration (920, 930) and an OFF duration; performing said measurement, by the UE, in one or more subframes of the downlink signal based on a measurement window, in accordance with a set of configuration parameters, to generate channel state information; and transmitting an uplink signal including the channel state information to the base station, said method being characterized in that the measurement window in a frame includes all subframes in the ON duration in the frame and at least one subframe in the OFF duration in the frame, and duration of the measurement window in the frame is based on a start subframe of the ON duration in the frame. receiving, by a user equipment, UE, a downlink signal from a base station using a carrier on the unlicensed spectrum, wherein the carrier is a licensed assisted access, LAA carrier and the carrier has an ON duration (920, 930) and an OFF duration; performing said measurement, by the UE, in one or more subframes of the downlink signal based on a measurement window, in accordance with a set of configuration parameters, to generate channel state information; and transmitting an uplink signal including the channel state information to the base station,
Machine for cartoning articles in containers or boxes, having a loading section comprising: - an article inlet area, positioned to feed articles arranged in one row or in two parallel rows, with positioning of the articles in said inlet area substantially according to a 1xN line array or a 2xN two-line array during use, where N is the number of articles per row; - an area for loading articles into said containers; - a configuring device; - at least a first robot or manipulator positioned to load articles from said inlet area and transfer the articles to said configuring device, - at least a second robot or manipulator positioned to pick up articles from said configuring device and transfer them to said loading area, - the configuring device comprising an array of seats for temporary accommodation of articles, and said array of seats of the configuring device being formed by rows of article-receiving seats where the transversal distance between at least two of said rows of seats of the configuring device is variable, and - the machine comprising a control system that controls the configuring device with a work cycle synchronised with said first robot or manipulator and second robot or manipulator, varying the relative position between the rows of seats of the configuring device at each work cycle at least between a first interfacing position with said first robot or manipulator, and a second interfacing position with said second robot or manipulator. - an article inlet area, positioned to feed articles arranged in one row or in two parallel rows, with positioning of the articles in said inlet area substantially according to a 1xN line array or a 2xN two-line array during use, where N is the number of articles per row; - an area for loading articles into said containers; - a configuring device; - at least a first robot or manipulator positioned to load articles from said inlet area and transfer the articles to said configuring device, - at least a second robot or manipulator positioned to pick up articles from said configuring device and transfer them to said loading area, - the configuring device comprising an array of seats for temporary accommodation of articles, and said array of seats of the configuring device being formed by rows of article-receiving seats where the transversal distance between at least two of said rows of seats of the configuring device is variable, and - the machine comprising a control system that controls the configuring device with a work cycle synchronised with said first robot or manipulator and second robot or manipulator, varying the relative position between the rows of seats of the configuring device at each work cycle at least between a first interfacing position with said first robot or manipulator, and a second interfacing position with said second robot or manipulator.
A resin substrate for a pillarless windshield having the longest side (S A) fixed to car body, wherein the resin substrate is an uneven-thickness structure having viewing section with a mean thickness (d 1) of 3-7 mm and thick-walled section with a thickness of 1.3 times the (d 1) or more, and satisfies all requirements of following (a)-(d): (a) the resin substrate having thin-walled viewing section in the center, and having thick-walled sections (2B, 2C and 2D) along total three sides of (S B, S C and S D): opposite side (S B) of the longest side (S A), and two sides (S C and S D) between the ends of the longest side (S A) and those of the opposite sides (S B) of the longest side, (b) the viewing section and thick-walled section being made of an optically-transparent thermoplastic resin satisfying 5% or less of a haze at 6-mm thickness measured according to JISK7105, (c) the longest side (S A) having a length (L 1) of 900 mm or longer and 2000 mm or shorter, (d) the thick-walled sections (2B, 2C and 2D) having mean thicknesses (d 2B, d 2C and d 2D) each 3.0 times or less of the d 1 and an area accounting for 3-20% of a whole area of the resin substrate; characterized in that the resin substrate has a curved surface having a maximum radius of curvature of 500-5000 mm, and the resin substrate has a maximum projection area of 270,000-1,200,000 mm 2. (a) the resin substrate having thin-walled viewing section in the center, and having thick-walled sections (2B, 2C and 2D) along total three sides of (S B, S C and S D): opposite side (S B) of the longest side (S A), and two sides (S C and S D) between the ends of the longest side (S A) and those of the opposite sides (S B) of the longest side, (b) the viewing section and thick-walled section being made of an optically-transparent thermoplastic resin satisfying 5% or less of a haze at 6-mm thickness measured according to JISK7105, (c) the longest side (S A) having a length (L 1) of 900 mm or longer and 2000 mm or shorter, (d) the thick-walled sections (2B, 2C and 2D) having mean thicknesses (d 2B, d 2C and d 2D) each 3.0 times or less of the d 1 and an area accounting for 3-20% of a whole area of the resin substrate;
A formaldehyde-free composite material comprising: (a) a substrate material selected from fibers, slivers, chips and combinations thereof; and, (b) ≤ 40 wt% of the composite material of a cured binder composition, wherein the cured binder composition is produced by curing an aqueous formaldehyde-free binder composition comprising an aqueous solvent, component X and a binder polymer polymerized from component Y and optional component Z; where component X is at least one base; where component Y is at least one of a cyclic anhydride, a maleimide and a substituted maleimide; and, where component Z is selected from styrene, a styrene derivative, an alkyl (meth)acrylate, an α-olefin, an α-olefin derivative and a combination thereof, wherein at least 40mol% of the component Y derived units in the cured binder composition contribute at least one carbonyl group that forms part of a cyclic anhydride group, a maleimide group, a substituted maleimide group, or an amide group in the cured binder composition wherein the aqueous binder composition comprises a 1:at least 0.6 molar ratio of component Y to component X, and further wherein the pH of the aqueous formaldehyde free binder composition is from 8 to 10. (a) a substrate material selected from fibers, slivers, chips and combinations thereof; and, (b) ≤ 40 wt% of the composite material of a cured binder composition, wherein the cured binder composition is produced by curing an aqueous formaldehyde-free binder composition comprising an aqueous solvent, component X and a binder polymer polymerized from component Y and optional component Z; where component X is at least one base; where component Y is at least one of a cyclic anhydride, a maleimide and a substituted maleimide; and, where component Z is selected from styrene, a styrene derivative, an alkyl (meth)acrylate, an α-olefin, an α-olefin derivative and a combination thereof, wherein at least 40mol% of the component Y derived units in the cured binder composition contribute at least one carbonyl group that forms part of a cyclic anhydride group, a maleimide group, a substituted maleimide group, or an amide group in the cured binder composition
A method for preparing a recycled abrasive slurry, the method comprising: polishing a material to be polished, which includes silicon as a main component, with an abrasive slurry including a plurality of kinds of additives added for different purposes; and preparing a recycled abrasive slurry from a collected abrasive slurry collected after the polishing, characterized in that the recycled abrasive slurry is prepared through: step 1 of removing, from the collected abrasive slurry, at least an additive B capable of decreasing a polishing rate among the plurality of additives, and step 2 of replenishing at least an additive A capable of increasing a polishing rate among the plurality of additives, to the abrasive slurry from which an additive has been removed, which has been prepared in step 1. polishing a material to be polished, which includes silicon as a main component, with an abrasive slurry including a plurality of kinds of additives added for different purposes; and preparing a recycled abrasive slurry from a collected abrasive slurry collected after the polishing, characterized in that the recycled abrasive slurry is prepared through: step 1 of removing, from the collected abrasive slurry, at least an additive B capable of decreasing a polishing rate among the plurality of additives, and step 2 of replenishing at least an additive A capable of increasing a polishing rate among the plurality of additives, to the abrasive slurry from which an additive has been removed, which has been prepared in step 1. step 1 of removing, from the collected abrasive slurry, at least an additive B capable of decreasing a polishing rate among the plurality of additives, and step 2 of replenishing at least an additive A capable of increasing a polishing rate among the plurality of additives, to the abrasive slurry from which an additive has been removed, which has been prepared in step 1.
A device for characterizing an object, the device comprising a first sensor element (310, 507); and a determination unit, characterized in that the first sensor element (310, 507) is adapted to measure a value of a physical parameter of an object (501, 502, 503, 504), wherein the physical parameter has an impact on a signal of a contactless transmission element (511, 512) arranged on the object, wherein the determination unit is adapted to determine an impact value based on the measured value of the physical parameter, and wherein the determination unit is further adapted to select at least one of a specific contactless transmission element (511, 512) out of a plurality of contactless transmission elements (511, 512) based on the determined impact value, wherein the physical parameter is one of the group consisting of: relative permeability; relative dielectric constant; and lossy angle.
A communication method, wherein the method comprises: receiving, by a terminal, first indication information from a first network device, wherein the first indication information indicates that a second network device supports enhanced signal transmission, the second network device being a neighboring network device of the first network device, and the enhanced signal transmission meaning a repetition transmission of a signal in a length of one subframe, wherein the first indication information comprises a repetition count of an enhanced downlink signal from the second network device in a length of one subframe; and receiving, by the terminal based on the first indication information, the enhanced downlink signal; wherein the enhanced signal comprises an enhanced physical broadcast channel, PBCH. receiving, by a terminal, first indication information from a first network device, wherein the first indication information indicates that a second network device supports enhanced signal transmission, the second network device being a neighboring network device of the first network device, and the enhanced signal transmission meaning a repetition transmission of a signal in a length of one subframe, wherein the first indication information comprises a repetition count of an enhanced downlink signal from the second network device in a length of one subframe; and receiving, by the terminal based on the first indication information, the enhanced downlink signal; wherein the enhanced signal comprises an enhanced physical broadcast channel, PBCH.
Drive component of a drive train of a motor vehicle lock having a drive part which can rotate about a drive part axis, having a sensor arrangement for determining an actual position of the drive part by detecting the drive part, wherein the sensor arrangement has a variably interconnectable switching pole arrangement with a plurality of switching poles (37a-c) and the actual position of the drive part is determined based on an interconnection state of the switching pole arrangement, characterized in that the drive component has a holding arrangement for stabilizing the drive part in at least one stabilization position.
Pulsed X-ray source including a low pressure wire ion plasma discharge source comprising an elongated ionization chamber housing at least two anode wires (2, 3) extending longitudinally within the ionization chamber, a DC voltage supply and a pulsed voltage supply wherein one of said at least two anode wires is connected to the pulsed voltage supply characterized in that an other of said at least two anode wires is connected to the DC voltage supply.
A vehicle, characterized in that the vehicle comprises: travel state amount acquisition means (73, 74) configured to acquire a travel state amount that is a state amount relating to a travel state of the vehicle; oscillation applying means (30, 200) configured to apply an oscillation for changing a characteristic of a suspension rubber bush to the suspension rubber bush; frequency setting means (102, 103, 112, 113, 114, 151) configured to set, based on the travel state amount acquired by the travel state amount acquisition means (73, 74), a frequency of the oscillation to be applied to the suspension rubber bush; and oscillation control means (104, 105, 152) configured to control an operation of the oscillation applying means (30, 200) so as to apply the oscillation at the frequency set by the frequency setting means (102, 103, 112, 113, 114, 151) to the suspension rubber bush. travel state amount acquisition means (73, 74) configured to acquire a travel state amount that is a state amount relating to a travel state of the vehicle; oscillation applying means (30, 200) configured to apply an oscillation for changing a characteristic of a suspension rubber bush to the suspension rubber bush; frequency setting means (102, 103, 112, 113, 114, 151) configured to set, based on the travel state amount acquired by the travel state amount acquisition means (73, 74), a frequency of the oscillation to be applied to the suspension rubber bush; and oscillation control means (104, 105, 152) configured to control an operation of the oscillation applying means (30, 200) so as to apply the oscillation at the frequency set by the frequency setting means (102, 103, 112, 113, 114, 151) to the suspension rubber bush.
A device for detecting cerebral microbleeds using magnetic resonance images, comprising: a preprocessing unit adapted to normalize an SWI image and a phase image, respectively, of the magnetic resonance images, and to perform phase image conversion for inverting a code of the normalized phase image; a YOLO neural network module that is adapted to receive a two-channel image in which the preprocessed SWI image and phase image are concatenated and to detect a plurality of candidate regions for the cerebral microbleeds; and a cerebral microbleeds determination neural network module that is adapted to receive patch images of the candidate regions of the SWI image and phase image based on the plurality of candidate regions and to determine whether the patch images of each candidate region are an image with a symptom of the cerebral microbleeds through a neural network operation. a preprocessing unit adapted to normalize an SWI image and a phase image, respectively, of the magnetic resonance images, and to perform phase image conversion for inverting a code of the normalized phase image; a YOLO neural network module that is adapted to receive a two-channel image in which the preprocessed SWI image and phase image are concatenated and to detect a plurality of candidate regions for the cerebral microbleeds; and a cerebral microbleeds determination neural network module that is adapted to receive patch images of the candidate regions of the SWI image and phase image based on the plurality of candidate regions and to determine whether the patch images of each candidate region are an image with a symptom of the cerebral microbleeds through a neural network operation.
A computer-implemented method for human gait analysis based on a video stream obtained from a monocular camera device, the video stream comprising a plurality of frames reflecting the walk of a human individual, the method comprising: inferring, from the obtained video stream, three-dimensional gait information wherein the three-dimensional gait information includes estimates of the individual's joint locations including at least the individual's foot locations on each frame, the estimates being derived by matching for each frame two-dimensional joint coordinates of the respective frame with respective three-dimensional model information of the individual's body; and determining one or more gait parameters of the individual based on the individual's foot locations in local extrema frames showing local extrema of the distance between one foot location of the individual and a corresponding reference joint location wherein at least one of the determined gait parameters is associated with a score characterizing a risk of fall for the individual. inferring, from the obtained video stream, three-dimensional gait information wherein the three-dimensional gait information includes estimates of the individual's joint locations including at least the individual's foot locations on each frame, the estimates being derived by matching for each frame two-dimensional joint coordinates of the respective frame with respective three-dimensional model information of the individual's body; and determining one or more gait parameters of the individual based on the individual's foot locations in local extrema frames showing local extrema of the distance between one foot location of the individual and a corresponding reference joint location wherein at least one of the determined gait parameters is associated with a score characterizing a risk of fall for the individual.
A process for removal of solid contaminants from a crude oil stream before further processing, the process comprising the steps of: feeding a crude oil stream to a mixing apparatus; feeding a supercritical water stream to the mixing apparatus; mixing the crude oil stream and the supercritical water stream in the mixing apparatus to produce a mixed crude oil and supercritical water stream; feeding the mixed crude oil and supercritical water stream to an apparatus for creating turbulent flow of the mixed crude oil and supercritical water stream to produce a turbulent flow mixed crude oil and supercritical water stream, wherein the apparatus for creating turbulent flow is a continuous stirred tank reactor with a residence time between 2 and 10 seconds; feeding the mixed crude oil and supercritical water stream to a physical filter to remove solid compounds from the mixed crude oil and supercritical water stream and to produce a filtered mixed crude oil and supercritical water stream; feeding the filtered mixed crude oil and supercritical water stream to a unit for further processing, wherein the unit is selected from a desulfurization unit, a supercritical water reactor unit, a hydrotreating unit, and a hydrocracking unit. feeding a crude oil stream to a mixing apparatus; feeding a supercritical water stream to the mixing apparatus; mixing the crude oil stream and the supercritical water stream in the mixing apparatus to produce a mixed crude oil and supercritical water stream; feeding the mixed crude oil and supercritical water stream to an apparatus for creating turbulent flow of the mixed crude oil and supercritical water stream to produce a turbulent flow mixed crude oil and supercritical water stream, wherein the apparatus for creating turbulent flow is a continuous stirred tank reactor with a residence time between 2 and 10 seconds; feeding the mixed crude oil and supercritical water stream to a physical filter to remove solid compounds from the mixed crude oil and supercritical water stream and to produce a filtered mixed crude oil and supercritical water stream; feeding the filtered mixed crude oil and supercritical water stream to a unit for further processing, wherein the unit is selected from a desulfurization unit, a supercritical water reactor unit, a hydrotreating unit, and a hydrocracking unit.