mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for generating a digital document on a receiving device comprising: receiving initial instructional data that contains at least a first short code ; forwarding the first short code as a key to a short code translation server to obtain expanded data as a first longer character sequence ; forwarding a second short code that may be embedded in the expanded data to the short code translation server to obtain additional data as a second longer character sequence; processing the expanded data and any resulting additional data to obtain presentation data , and to obtain locator data that may be embedded therein; wherein the presentation data embedded in the expanded data and any resulting additional data contains presentation attribute data that defines at least one one or more of layout, style or additional content of the digital document; from the presentation data, determining selecting a pre-defined template form for the digital document; when a component of the document template is a web element of a web source , retrieving the web element using the locator data; generating the digital document by combining (a) any result of retrieving the web element using the locator data, (b) the presentation data that was obtained from the expanded data and any additional data and (c) the pre-defined template form, with the pre-defined template form providing further structure to the digital document; and presenting the digital document on the receiving device. receiving initial instructional data that contains at least a first short code ; forwarding the first short code as a key to a short code translation server to obtain expanded data as a first longer character sequence ; forwarding a second short code that may be embedded in the expanded data to the short code translation server to obtain additional data as a second longer character sequence; processing the expanded data and any resulting additional data to obtain presentation data , and to obtain locator data that may be embedded therein; wherein the presentation data embedded in the expanded data and any resulting additional data contains presentation attribute data that defines at least one one or more of layout, style or additional content of the digital document; from the presentation data, determining selecting a pre-defined template form for the digital document; when a component of the document template is a web element of a web source , retrieving the web element using the locator data; generating the digital document by combining (a) any result of retrieving the web element using the locator data, (b) the presentation data that was obtained from the expanded data and any additional data and (c) the pre-defined template form, with the pre-defined template form providing further structure to the digital document; and presenting the digital document on the receiving device.
A method for fluid-density modulated auto-duplexing, comprising: determining a set of media wetness values based on a densitometer reading to calculate an estimated media dry time for each swath of a printhead onto a surface of a media ; determining a media wetness trigger value based on the estimated media dry time greater than a predetermined threshold for a swath of the printhead nozzle within a predefined distal end portion of the media; and determining a corrective course of action for a printer mechanism sequencing based on at least the media wetness trigger value to allow the media to be printed on an opposite surface. determining a set of media wetness values based on a densitometer reading to calculate an estimated media dry time for each swath of a printhead onto a surface of a media ; determining a media wetness trigger value based on the estimated media dry time greater than a predetermined threshold for a swath of the printhead nozzle within a predefined distal end portion of the media; and determining a corrective course of action for a printer mechanism sequencing based on at least the media wetness trigger value to allow the media to be printed on an opposite surface.
A system for providing fuel having a desired calorie content to a combustion engine over a range of operating levels, comprising: a combustion engine ; a first fuel supply pipe containing a first fuel; a second fuel supply pipe containing a second fuel and connected to the first fuel supply pipe at a mixing point so that the first fuel mixes with the second fuel to create a mixed fuel having a first calorie content; a control valve in the second fuel supply pipe upstream of the mixing point ; a compressor downstream of the mixing point for increasing the pressure of the mixed fuel to create a pressurized mixed fuel having a second calorie content; a mixed fuel calorimeter downstream of the mixing point that generates a first control signal , the first control signal reflective of the first calorie content of the mixed fuel; a trim calorimeter proximate the combustion engine and downstream of the compressor that generates a second control signal , the second control signal reflective of the second calorie content of the pressurized mixed fuel; a third control signal from the combustion engine and reflective of the operating level of the combustion engine ; and a controller connected to the control valve for operating the control valve to produce the desired calorie content in the fuel, based on the first , second , and third control signals. a combustion engine ; a first fuel supply pipe containing a first fuel; a second fuel supply pipe containing a second fuel and connected to the first fuel supply pipe at a mixing point so that the first fuel mixes with the second fuel to create a mixed fuel having a first calorie content; a control valve in the second fuel supply pipe upstream of the mixing point ; a compressor downstream of the mixing point for increasing the pressure of the mixed fuel to create a pressurized mixed fuel having a second calorie content; a mixed fuel calorimeter downstream of the mixing point that generates a first control signal , the first control signal reflective of the first calorie content of the mixed fuel; a trim calorimeter proximate the combustion engine and downstream of the compressor that generates a second control signal , the second control signal reflective of the second calorie content of the pressurized mixed fuel; a third control signal from the combustion engine and reflective of the operating level of the combustion engine ; and a controller connected to the control valve for operating the control valve to produce the desired calorie content in the fuel, based on the first , second , and third control signals.
A secondary battery comprising: an electrode assembly comprising an electrode uncoated portion ; a case receiving the electrode assembly ; a cap plate coupled to a top portion of the case and sealing the case ; and a current collector comprising a terminal connector positioned between the electrode assembly and the cap plate and an electrode connector bent at an end of the terminal connector and positioned between the electrode assembly and the case , wherein the electrode connector comprises a first region connected to the terminal connector and protruding toward the case , and a second region positioned under the first region and protruding toward the electrode assembly, and wherein the electrode uncoated portion is connected to the second region , wherein the electrode uncoated portion is connected to a surface facing the case in the second region , and wherein a thickness of the electrode uncoated portion is less than a step difference between the second region and the first region . an electrode assembly comprising an electrode uncoated portion ; a case receiving the electrode assembly ; a cap plate coupled to a top portion of the case and sealing the case ; and a current collector comprising a terminal connector positioned between the electrode assembly and the cap plate and an electrode connector bent at an end of the terminal connector and positioned between the electrode assembly and the case , wherein the electrode connector comprises a first region connected to the terminal connector and protruding toward the case , and a second region positioned under the first region and protruding toward the electrode assembly, and wherein the electrode uncoated portion is connected to the second region , wherein the electrode uncoated portion is connected to a surface facing the case in the second region , and wherein a thickness of the electrode uncoated portion is less than a step difference between the second region and the first region .
A gamma ray detector comprising: a plastic scintillation body for receiving gamma rays and generating photons in response thereto, wherein the scintillation body is in the form of a truncated cone defined by a base surface and an end surface separated along an axis of extent of the scintillation body with a lateral surface extending therebetween, the base surface being larger than the end surface; a photodetector optically coupled to the base surface of the scintillation body so as to detect photons generated by gamma ray interaction events within the scintillation body; and a specular reflector provided adjacent the lateral surface of the scintillation body and separated by a gap therefrom so as to reflect photons that leave the scintillation body through the lateral surface back into the scintillation body. a plastic scintillation body for receiving gamma rays and generating photons in response thereto, wherein the scintillation body is in the form of a truncated cone defined by a base surface and an end surface separated along an axis of extent of the scintillation body with a lateral surface extending therebetween, the base surface being larger than the end surface; a photodetector optically coupled to the base surface of the scintillation body so as to detect photons generated by gamma ray interaction events within the scintillation body; and a specular reflector provided adjacent the lateral surface of the scintillation body and separated by a gap therefrom so as to reflect photons that leave the scintillation body through the lateral surface back into the scintillation body.
A gas turbine engine comprising: a turbine with a last stage rotor and a last stage stator ; a turbine rotor blade extending from the last stage rotor; a centrifugal impeller secured to the last stage rotor, the centrifugal impeller including a blade ; a rim cavity formed between the last stage rotor and the last stage stator; a seal formed between the last stage rotor and the last stage stator to form a seal between the rim cavity and a hot gas path through the turbine; a cooling air channel formed in the last stage rotor and the turbine rotor blade with an opening into the rim cavity , characterized by the centrifugal impeller being located on the last stage rotor such that rotation of the last stage rotor and centrifugal impeller discharges pressurized cooling air into the rim cavity and then through the cooling air channel formed in the last stage rotor and turbine rotor blade . a turbine with a last stage rotor and a last stage stator ; a turbine rotor blade extending from the last stage rotor; a centrifugal impeller secured to the last stage rotor, the centrifugal impeller including a blade ; a rim cavity formed between the last stage rotor and the last stage stator; a seal formed between the last stage rotor and the last stage stator to form a seal between the rim cavity and a hot gas path through the turbine; a cooling air channel formed in the last stage rotor and the turbine rotor blade with an opening into the rim cavity , characterized by the centrifugal impeller being located on the last stage rotor such that rotation of the last stage rotor and centrifugal impeller discharges pressurized cooling air into the rim cavity and then through the cooling air channel formed in the last stage rotor and turbine rotor blade .
Method for generating a set of simulated sea clutter data (Ds), characterised in that said method relies on a generation module integrating a first neural network and a discrimination module integrating a second neural network and implements, in a simultaneous training phase of the first and second neural networks , a common optimization algorithm using data sets (De) contained in a database and corresponding to sets of real sea clutter data, so as to iteratively and simultaneously converge the first and second neural networks so that the generation module provides simulated data sets (Ds) which are increasingly similar to the training data sets (De), while the discrimination module is increasingly restrictive on which can constitute a set of data similar to a set of training data (De), the method further comprising, after the training phase having led to the definition of a final generation module , an operation phase , consisting in producing sets of simulated data (Ds) of the sea clutter from the final generation module .
Device for deionisation of a fluid with ions dissolved therein, in particular of water, having at least one deionisation module which is operable in a diluate production phase for deionisation of the fluid and in a concentrate production phase for regeneration, a supply device for introducing a feed stream (F) of the fluid into the at least one deionisation module , a discharge device for discharging the at least partly deionised fluid from the deionisation module as diluate stream (P) or as recycling stream (R) and a control device which is equipped so that it discharges the deionised fluid from the deionisation module as diluate stream (P) in the diluate production phase of the deionisation module if the deionised fluid fulfils a predetermined quality value, or otherwise passes the only partly deionised fluid from the deionisation module as recycling stream (R) back into the deionisation module , characterised by an intermediate store connected to the deionisation module and into which the recycling stream (R) is passed and temporarily stored, wherein the control device is equipped so that it operates the deionisation module for regeneration in the concentrate production phase at least substantially without introduction of fluid into the deionisation module so that the volume of concentrate formed during the concentrate production phase corresponds at least substantially only to the volume of fluid which has already been found in the deionisation module at the start of the concentrate production phase, and after the concentrate production phase, passes fluid from the intermediate store in particular in stages into the deionisation module in order to discharge the fluid salted therein during the concentrate production phase as concentrate stream (K).
A method of operating an encoder system for video encoding, the encoder system receiving a sequence of video pictures including a current picture as an input video signal and producing encoded data in a coded video bitstream as output, the method comprising: using block vector prediction to determine a predicted block vector for a current block of the current picture , the predicted block vector for the current block being predicted using a block vector predictor for the current block, the predicted block vector for the current block indicating a displacement to a region within the current picture , wherein determining the block vector predictor for the current block includes assembling a set of multiple block vector predictor candidates and selecting a block vector predictor candidate as the block vector predictor for the current block from the set of multiple block vector predictor candidates; encoding the current block using intra block copy prediction with the predicted block vector; and outputting in the coded video bitstream an indication that the current block is encoded in skip mode, wherein the coded video bitstream lacks a block vector differential and residual data for the current block, wherein the method further comprises: providing, in the coded video bitstream, an index value that indicates the selection of the block vector predictor candidate from the set of multiple block vector predictor candidates, to use as the block vector predictor for the current block. using block vector prediction to determine a predicted block vector for a current block of the current picture , the predicted block vector for the current block being predicted using a block vector predictor for the current block, the predicted block vector for the current block indicating a displacement to a region within the current picture , wherein determining the block vector predictor for the current block includes assembling a set of multiple block vector predictor candidates and selecting a block vector predictor candidate as the block vector predictor for the current block from the set of multiple block vector predictor candidates; encoding the current block using intra block copy prediction with the predicted block vector; and outputting in the coded video bitstream an indication that the current block is encoded in skip mode, wherein the coded video bitstream lacks a block vector differential and residual data for the current block, wherein the method further comprises: providing, in the coded video bitstream, an index value that indicates the selection of the block vector predictor candidate from the set of multiple block vector predictor candidates, to use as the block vector predictor for the current block.
3-(2-(4-(2-methoxyphenyl)piperazine-1-yl) ethyl) quinazoline-4 -one for use in the treatment of Post-Traumatic Syndrome Disorder (PTSD).
A tomographic method of determining a 3D map of a charge collection efficiency in a volume of investigation of a sample , in which the sample has a charge carrier selecting structure, the method comprising the steps of: Electrically contacting the sample to allow a measurement of the beam induced current (I) and/or voltage (V), Arranging the sample in a beam path of a probe beam , wherein the probe beam propagates in a beam-direction which defines an axis in a laboratory frame coordinate system, Scanning the volume of investigation with an analyzing spot of the probe beam and simultaneously measuring the beam induced current (I) and/or voltage (V), wherein a position of the sample arranged on a sample stage is defined by coordinates z, y and r and a value of the beam induced current (I) and/or voltage (V) is determined for every position of the sample during the scanning action and Assigning every coordinate point (z, y, r) in the laboratory frame coordinate system, at which the analyzing spot of the probe beam hits the sample to a value of the beam induced current (I) and/or voltage (V), which is measured for this point (z, y, r), Reconstructing the 3D map of the charge collection efficiency by processing the values of the beam induced current and/or voltage determined for the coordinates (z, y, r) in the laboratory frame coordinate system with a tomographic image reconstruction algorithm so as to determine the 3D map of the charge collection efficiency in a coordinate system of the sample . Electrically contacting the sample to allow a measurement of the beam induced current (I) and/or voltage (V), Arranging the sample in a beam path of a probe beam , wherein the probe beam propagates in a beam-direction which defines an axis in a laboratory frame coordinate system, Scanning the volume of investigation with an analyzing spot of the probe beam and simultaneously measuring the beam induced current (I) and/or voltage (V), wherein a position of the sample arranged on a sample stage is defined by coordinates z, y and r and a value of the beam induced current (I) and/or voltage (V) is determined for every position of the sample during the scanning action and Assigning every coordinate point (z, y, r) in the laboratory frame coordinate system, at which the analyzing spot of the probe beam hits the sample to a value of the beam induced current (I) and/or voltage (V), which is measured for this point (z, y, r), Reconstructing the 3D map of the charge collection efficiency by processing the values of the beam induced current and/or voltage determined for the coordinates (z, y, r) in the laboratory frame coordinate system with a tomographic image reconstruction algorithm so as to determine the 3D map of the charge collection efficiency in a coordinate system of the sample .
A method for wireless communication performed by an apparatus, comprising: generating a frame to trigger transmission of a data frame from each of one or more wireless nodes; determining a length of a frame extension to be included after a data symbol in each data frame expected to be received by the apparatus; determining the length of the frame extension for each data frame based on a reception capability of the apparatus; providing an indication of the length of the frame extension within the frame; and outputting the frame for transmission. generating a frame to trigger transmission of a data frame from each of one or more wireless nodes; determining a length of a frame extension to be included after a data symbol in each data frame expected to be received by the apparatus; determining the length of the frame extension for each data frame based on a reception capability of the apparatus; providing an indication of the length of the frame extension within the frame; and outputting the frame for transmission.
Container for vacuumed waste, comprising a can for holding waste, connectors for vacuum ducts, a filter provided in the can between one of the connectors assigned to an air inlet in the container, and another of the connectors assigned to an air outlet of the container, and measuring and control equipment, wherein the filter comprises at least one flexible bag , the can comprises a cylindrical portion in which a movable plate slides, pushed back by a spring towards to the bag and separated from the connector assigned to the air inlet by the bag, and the container also comprises a position detection device of the plate , characterised in that it comprises a base provided with measuring and control equipment, assembly means for the can on the base, by means of which the can is simply placed and centred on the base, the plate then being movable in height direction, and the position detection device is contactlessly magnetic and belongs to the base.
Electronic control unit for a motor vehicle, having: a first electronic control device , in particular a first equipped circuit board; and a gas cooling duct for conducting a compressed gas, wherein the gas cooling duct ; is connected in a thermally conductive fashion to the first electronic control device , and is designed to separate the compressed gas from the first electronic control device , characterized in that the gas cooling duct has an expansion section in which a flow cross section of the gas cooling duct widens in order to expand and cool the compressed gas in order to cool the first electronic control device . a first electronic control device , in particular a first equipped circuit board; and a gas cooling duct for conducting a compressed gas, wherein the gas cooling duct ; is connected in a thermally conductive fashion to the first electronic control device , and is designed to separate the compressed gas from the first electronic control device , is connected in a thermally conductive fashion to the first electronic control device , and is designed to separate the compressed gas from the first electronic control device ,