mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a bite registration of a patient's dentition where the patient is partially edentulous, comprising the steps of: packing a tube of mesh according to any one of claims 4-9 by filling it with an impression material to form a package; locating the package in the edentulous region of a patient's jaw; dispensing a line of impression material across the top of the package and the occlusal surfaces of the subject's remaining teeth; causing the subject to bite for a period sufficient to allow the impression material to set; removing the resulting bite registration . packing a tube of mesh according to any one of claims 4-9 by filling it with an impression material to form a package; locating the package in the edentulous region of a patient's jaw; dispensing a line of impression material across the top of the package and the occlusal surfaces of the subject's remaining teeth; causing the subject to bite for a period sufficient to allow the impression material to set; removing the resulting bite registration .
A method, performed at a downstream audio rendering stage in an end-to-end audio processing chain, comprising: receiving and decoding a coded bitstream generated by an upstream audio processor, wherein the coded bitstream is encoded with audio content and audio metadata corresponding to the audio content; wherein the audio content includes first audio objects corresponding to a first audio program or audiovisual program of two consecutive audio or audiovisual programs and second audio objects corresponding to a second audio program or audiovisual program of the two consecutive audio or audiovisual programs; wherein the audio metadata includes first and second audio object gains, respectively for the first and second audio objects, generated at least in part based on a first fading curve of the first audio program or audiovisual program and a second fading curve of the second audio program or audiovisual program, respectively; applying the first and second audio object gains generated at least in part based on the first and second fading curves to the first and second audio objects, respectively; rendering a sound field represented by the first audio object with the applied first audio object gain and the second audio object with the applied second audio object gain. receiving and decoding a coded bitstream generated by an upstream audio processor, wherein the coded bitstream is encoded with audio content and audio metadata corresponding to the audio content; wherein the audio content includes first audio objects corresponding to a first audio program or audiovisual program of two consecutive audio or audiovisual programs and second audio objects corresponding to a second audio program or audiovisual program of the two consecutive audio or audiovisual programs; wherein the audio metadata includes first and second audio object gains, respectively for the first and second audio objects, generated at least in part based on a first fading curve of the first audio program or audiovisual program and a second fading curve of the second audio program or audiovisual program, respectively; applying the first and second audio object gains generated at least in part based on the first and second fading curves to the first and second audio objects, respectively; rendering a sound field represented by the first audio object with the applied first audio object gain and the second audio object with the applied second audio object gain.
Liquid tank having an ultrasonic sensor for measuring the propagation time in a liquid which is located in the tank, which tank has a transmitter/receiver and a first and second reflector which are designed in the form of a cylinder, characterized in that the ultrasonic sensor is arranged on the floor of the liquid tank, and in that the two reflectors are designed as standing cylinders, wherein the reflectors are arranged in such a way that sound waves which are emitted by the transmitter/receiver hit the lateral surfaces of the two reflectors and waves reflected from there are received by the transmitter/receiver .
LIDAR apparatus for scanning a scanning angle with at least one beam , comprising at least one radiation source for generating the at least one generated beam , comprising a rotatable deflection unit for deflecting the at least one generated beam and comprising a detector for receiving at least one beam reflected at an object, wherein at least two cylindrical lenses are arranged in a beam path of the at least one beam between the radiation source and the deflection unit , and wherein at least one of the at least two cylindrical lenses is rotatable, characterized in that the at least two cylindrical lenses are arranged so as to be offset by an angle with respect to one another.
Crosscut and/or pull saw , having an under-table with a surface for receiving and supporting a workpiece (W) to be machined, the under-table comprising at least two supporting extensions with a bearing section which serves to receive and support the workpiece (W) to be machined, wherein each support extension is movable to and fro relative to the lower table between a retracted position and an extended position in a plane parallel to the surface of the lower table and has at least one connecting web for this purpose, which can be inserted at least in sections into a corresponding recess on the lower table in the plane parallel to the surface of the lower table in order to connect the support extension to the lower table and can be pulled completely out of the recess in order to release the connection in the plane parallel to the surface of the lower table , as well as at least one support leg for the stable support of the support extension , wherein the support extension can be used as a separate support for the workpiece (W) to be machined in a position of the connecting web which is detached from the lower table , characterized in that the at least two support extensions can be connected to each other in a state of being detached from the lower table , wherein at least one corresponding receiving recess is provided on each support leg of the support extensions which can be connected to each other for receiving the at least one connecting web of the respective support extension to be connected.
A method performed by a terminal for reporting a measurement report in a communication system, the method comprising: receiving channel state information reference signal, CSI-RS, configuration information for measurement on a CSI-RS, the CSI-RS configuration information including an index of a CSI-RS resource for the CSI-RS and information associated with a synchronization signal; measuring the CSI-RS based on the CSI-RS configuration information; and transmitting the measurement report based on measurement result for the CSI-RS, wherein a timing for the CSI-RS is based on a timing of a cell associated with the synchronization signal based on the information associated with the synchronization signal . receiving channel state information reference signal, CSI-RS, configuration information for measurement on a CSI-RS, the CSI-RS configuration information including an index of a CSI-RS resource for the CSI-RS and information associated with a synchronization signal; measuring the CSI-RS based on the CSI-RS configuration information; and transmitting the measurement report based on measurement result for the CSI-RS, wherein a timing for the CSI-RS is based on a timing of a cell associated with the synchronization signal based on the information associated with the synchronization signal .
A computer-implemented method for automatically generating and incorporating code in a development environment, DE , the method comprising: while a program for a target device is being composed using the DE on a user device , displaying an automatic code generation user interface, ACGUI , on the user device , separate from the DE or in the context of the DE ; receiving, via the ACGUI , a selection of a function from a plurality of available functions for generating code automatically corresponding to the selected function; receiving at least one parameter for executing the automatically generated code to perform the function; automatically generating the code in the ACGUI based on the selected function and the at least one parameter, the automatically generated code configured to perform the selected function upon execution of the automatically generated code on the target device ; receiving, on the ACGUI on the user device , instructions to initiate testing of the automatically generated code; initiating test of the automatically generated code; displaying results of the testing on the user device in the ACGUI ; incorporating the automatically generated code in the program for the target device ; and sending the program to the target device for installation and execution on the target device , wherein the user device is remote to the target device . while a program for a target device is being composed using the DE on a user device , displaying an automatic code generation user interface, ACGUI , on the user device , separate from the DE or in the context of the DE ; receiving, via the ACGUI , a selection of a function from a plurality of available functions for generating code automatically corresponding to the selected function; receiving at least one parameter for executing the automatically generated code to perform the function; automatically generating the code in the ACGUI based on the selected function and the at least one parameter, the automatically generated code configured to perform the selected function upon execution of the automatically generated code on the target device ; receiving, on the ACGUI on the user device , instructions to initiate testing of the automatically generated code; initiating test of the automatically generated code; displaying results of the testing on the user device in the ACGUI ; incorporating the automatically generated code in the program for the target device ; and sending the program to the target device for installation and execution on the target device , wherein the user device is remote to the target device .
A gas turbine engine comprising: an engine case having a circumferential wall defining a plenum around a combustor , and at least one access port defined in the circumferential wall of the engine case ; and a segmented annular fuel manifold mounted inside the engine case and in the plenum , the segmented annular fuel manifold having a plurality of manifold ring segments , the manifold ring segments (22a...22d) configured to be removable from the plenum via the at least one access port . an engine case having a circumferential wall defining a plenum around a combustor , and at least one access port defined in the circumferential wall of the engine case ; and a segmented annular fuel manifold mounted inside the engine case and in the plenum , the segmented annular fuel manifold having a plurality of manifold ring segments , the manifold ring segments (22a...22d) configured to be removable from the plenum via the at least one access port .
Device for rolling a fiber mat to a coil for a wind turbine rotor blade , the device comprising - a working surface , - a shaft being slidably and rotatably supported, wherein - the shaft is slidable in a sliding direction between a start position and an end position along the working surface , and - the shaft is rotatable in the opposite direction to the sliding direction , wherein with respect to the working surface the shaft rotates as if the shaft were rolling backwards against the sliding direction , and - a film covering the working surface and being fixedly connected to the shaft with a first end , such that upon rotation of the shaft the film is wound up on the shaft . - a working surface , - a shaft being slidably and rotatably supported, wherein - the shaft is slidable in a sliding direction between a start position and an end position along the working surface , and - the shaft is rotatable in the opposite direction to the sliding direction , wherein with respect to the working surface the shaft rotates as if the shaft were rolling backwards against the sliding direction , and - the shaft is slidable in a sliding direction between a start position and an end position along the working surface , and - the shaft is rotatable in the opposite direction to the sliding direction , wherein with respect to the working surface the shaft rotates as if the shaft were rolling backwards against the sliding direction , and - a film covering the working surface and being fixedly connected to the shaft with a first end , such that upon rotation of the shaft the film is wound up on the shaft .
Process for drying a natural rubber, which comprises the following steps: a) providing a wet natural rubber coagulum, b) compressing the coagulum at a temperature ranging from 185°C to 210°C, c) subjecting the compressed coagulum to a flash adiabatic expansion at a differential pressure of at least 100 bar, d) where appropriate, subjecting the coagulum resulting from step c) to convective drying or to one or more repetitions of the sequence of steps b) and c). a) providing a wet natural rubber coagulum, b) compressing the coagulum at a temperature ranging from 185°C to 210°C, c) subjecting the compressed coagulum to a flash adiabatic expansion at a differential pressure of at least 100 bar, d) where appropriate, subjecting the coagulum resulting from step c) to convective drying or to one or more repetitions of the sequence of steps b) and c).
A computer-implemented method of reconstructing an image of a target object, the method comprising causing a computer to execute instructions for: receiving an input signal from a source, the input signal containing image data describing the target object and a plurality of parameters, the input signal having a noise portion; selecting a group of initial parameters from the plurality; estimating a nonparametric probability distribution function (pdf) comprising a linear combination of a set of square-integrable basis functions; computing a quadratic likelihood functional (QLF) of the form L = ∫ dx 1 2 ƒ x θ 2 − ƒ x θ ∑ i δ x − x i , where θ represents the parameters, x represents the positions of the observations, and f ( x , θ ) is the pdf; evaluating a fit of the initial parameters to the data based on the QLF; if the evaluated fit does not fall within a predetermined range, iteratively optimizing the QLF by selecting a new group of parameters and evaluating the fit of the new group of parameters until a predetermined condition is achieved; generating an output comprising a model of the target object constructed using the obtained optimized parameters; and reconstructing the image using the generated output. receiving an input signal from a source, the input signal containing image data describing the target object and a plurality of parameters, the input signal having a noise portion; selecting a group of initial parameters from the plurality; estimating a nonparametric probability distribution function (pdf) comprising a linear combination of a set of square-integrable basis functions; computing a quadratic likelihood functional (QLF) of the form L = ∫ dx 1 2 ƒ x θ 2 − ƒ x θ ∑ i δ x − x i , where θ represents the parameters, x represents the positions of the observations, and f ( x , θ ) is the pdf; evaluating a fit of the initial parameters to the data based on the QLF; if the evaluated fit does not fall within a predetermined range, iteratively optimizing the QLF by selecting a new group of parameters and evaluating the fit of the new group of parameters until a predetermined condition is achieved; generating an output comprising a model of the target object constructed using the obtained optimized parameters; and reconstructing the image using the generated output.
Nonwoven substrate, characterized in that the nonwoven substrate comprises a homogeneous mix of lyocell fibers with a titer of between 1.5 and 1.9 dtex, viscose fibers with a titer of between 1.5 and 1.9 dtex and cellulosic man-made fibers with a stiffening cross-section, which is either a round cross-section at more than 2 dtex or a multilobal cross-section, and with a cut length of between 30 and 70 mm.
A heated aerosol-generating article having lowered propensity for flame ignition for use with an aerosol-generating device , the heated aerosol-generating article comprising a plurality of components including an aerosol-forming substrate assembled within a wrapper to form a rod having a mouth end and a distal end upstream from the mouth end, the heated aerosol-generating article defining a first air-flow path in which air drawn into the aerosol-generating article through the mouth end passes through the aerosol-forming substrate, and a second air-flow path in which air drawn into the aerosol-generating article through the mouth end does not pass through the aerosol-forming substrate, the resistance to draw (RTD) of the second air-flow path being lower than the RTD of the first air-flow path, in which the RTD of the second air-flow path is less than 10 mm WG.
A sealing element for pipes, comprising a body of injection-mouldable plastic material, being made up of a central stem section that has at one end a circular head region acting as a grip area, including on a stem section in a downward direction from said head region , a first centring region with a general inverted frustoconical shape, a second circumferential outer contour region that is defined by at least two flexible flaps formed from a pair of diametrically opposed grooves and a third circumferential outer contour positioning region, the second region having a larger diameter than the first and third regions, characterised in that it includes at least two spaced extensions , which protrude in one same direction perpendicular to the central stem section , which have a length equal to or less than the diameter of the third positioning region.
A method for the production of compacted slabs or boards made from an inorganic material for construction comprising the following phases: a) storing raw materials, b) controlled metering of different materials, c) wet milling the materials, d) storing the formulation obtained in step c), e) processing and adding color pigments to a proportion of the formulation stored in d), obtaining a colored formulation, f) mixing the initial formulation with the colored formulation (obtained in step e), obtaining a colored mixture, g) drying by atomization until obtaining a homogeneous colored powder with a specific particle size and moisture, h) storing the different colored powders, maintaining their corresponding moisture level i) metering the different colored powders which are in the form of a continuous blanket on a conveyor belt so as to have a size of between 10% and 15% greater than the width of the end product to be achieved and applying different embellishments in the entire volume of the blanket or on the surface thereof, j) compacting the embellished blanket of colored powders to a board, k) sizing the end part of the compacted board of step j) by means of cutting, l) surface embellishment of the board of step k), m) pressing the embellished board of step I), optionally providing embossment to the end part by means of incorporating a structure on the pressing surface, n) embellishing the surface of the pressed board which can be carried out before and/or after the drying process, o) drying, p) firing the embellished board, and q) calibrating, polishing, cutting or beveling edges of the board. a) storing raw materials, b) controlled metering of different materials, c) wet milling the materials, d) storing the formulation obtained in step c), e) processing and adding color pigments to a proportion of the formulation stored in d), obtaining a colored formulation, f) mixing the initial formulation with the colored formulation (obtained in step e), obtaining a colored mixture, g) drying by atomization until obtaining a homogeneous colored powder with a specific particle size and moisture, h) storing the different colored powders, maintaining their corresponding moisture level i) metering the different colored powders which are in the form of a continuous blanket on a conveyor belt so as to have a size of between 10% and 15% greater than the width of the end product to be achieved and applying different embellishments in the entire volume of the blanket or on the surface thereof, j) compacting the embellished blanket of colored powders to a board, k) sizing the end part of the compacted board of step j) by means of cutting, l) surface embellishment of the board of step k), m) pressing the embellished board of step I), optionally providing embossment to the end part by means of incorporating a structure on the pressing surface, n) embellishing the surface of the pressed board which can be carried out before and/or after the drying process, o) drying, p) firing the embellished board, and q) calibrating, polishing, cutting or beveling edges of the board.
A movable connector comprising: a stationary housing to be fixed to a substrate; a movable housing configured to be capable of moving relative to the stationary housing ; and a terminal including: a stationary-side retained portion retained at the stationary housing , a movable-side retained portion retained at the movable housing , wherein retention of the movable-side retained portion with respect to the movable housing is achieved by performing press-fitting, and an elastically deformable movable portion positioned between the stationary-side retained portion and the movable-side retained portion , characterized in that : retention of the stationary-side retained portion with respect to the stationary housing is achieved by performing insert molding. a stationary housing to be fixed to a substrate; a movable housing configured to be capable of moving relative to the stationary housing ; and a terminal including: a stationary-side retained portion retained at the stationary housing , a movable-side retained portion retained at the movable housing , wherein retention of the movable-side retained portion with respect to the movable housing is achieved by performing press-fitting, and an elastically deformable movable portion positioned between the stationary-side retained portion and the movable-side retained portion , a stationary-side retained portion retained at the stationary housing , a movable-side retained portion retained at the movable housing , wherein retention of the movable-side retained portion with respect to the movable housing is achieved by performing press-fitting, and an elastically deformable movable portion positioned between the stationary-side retained portion and the movable-side retained portion ,
Use of a cyclodextrin(s) polycondensate, or of a composition comprising at least one cyclodextrin(s) polycondensate, as an agent for capturing at least one substance chosen from a metal element at the degree of oxidation 0 and an organic molecule having an octanol/water partition coefficient, referred to as Log Kow, greater than or equal to 2, the cyclodextrin(s) polycondensate being obtained by reacting the following compounds (A) to (C): (A) at least one cyclodextrin, (B) a saturated aliphatic polycarboxylic acid that is linear or branched, and (C) at least one ethylene vinyl alcohol copolymer (EVOH). (A) at least one cyclodextrin, (B) a saturated aliphatic polycarboxylic acid that is linear or branched, and (C) at least one ethylene vinyl alcohol copolymer (EVOH).