mhurhangee/patent-ind-claim-en huggingface dataset:
A scratching detection system comprising: a sensor configured to detect an acceleration corresponding to a movement of a hand of a person and configured to output a first signal including a detected value corresponding to the acceleration in a first cycle; and a processor configured to acquire the first signal and to detect a scratching behavior of the person in a second cycle based on a plurality of parameters, the second cycle including a plurality of the first cycles, characterized in that the plurality of parameters including a first occurrence count and a first consecutive count, the first occurrence count being a number of times that an absolute value of the detected value exceeds a threshold value in the second cycle, the first consecutive count being a maximum value of a number of times that the absolute value of the detected value consecutively exceeds the threshold value in the second cycle. a sensor configured to detect an acceleration corresponding to a movement of a hand of a person and configured to output a first signal including a detected value corresponding to the acceleration in a first cycle; and a processor configured to acquire the first signal and to detect a scratching behavior of the person in a second cycle based on a plurality of parameters, the second cycle including a plurality of the first cycles, characterized in that the plurality of parameters including a first occurrence count and a first consecutive count, the first occurrence count being a number of times that an absolute value of the detected value exceeds a threshold value in the second cycle, the first consecutive count being a maximum value of a number of times that the absolute value of the detected value consecutively exceeds the threshold value in the second cycle.
Device for sorting out containers which were applied an incorrect print by a direct printing machine , characterized by a transport device for transporting pucks , which are adapted to transport containers, along a transport path away from the direct printing machine , wherein the transport path comprises at least a primary transport path and a secondary transport path , an inspection device for inspecting the print on the containers , a decoupling device , in particular comprising a pusher system or a slider system, for decoupling pucks from the primary transport path to the secondary transport path , and a control device adapted to control the decoupling device such that pucks with containers for which the inspection device has detected an incorrect print are decoupled to the secondary transport path . a transport device for transporting pucks , which are adapted to transport containers, along a transport path away from the direct printing machine , wherein the transport path comprises at least a primary transport path and a secondary transport path , an inspection device for inspecting the print on the containers , a decoupling device , in particular comprising a pusher system or a slider system, for decoupling pucks from the primary transport path to the secondary transport path , and a control device adapted to control the decoupling device such that pucks with containers for which the inspection device has detected an incorrect print are decoupled to the secondary transport path .
A computer implemented method for detecting health status of an aircraft environmental control system , the method comprising: receiving, by a processor, aircraft data of an aircraft; receiving, by the processor, flight data of an aircraft; calculating, by the processor, a predicted performance of the aircraft based on the received aircraft data and the received flight data using a system analytical model; generating, by the processor, a plurality of model residuals, wherein the plurality of model residuals are generated based on the aircraft data of the aircraft; identifying, by the processor, at least one pattern from the plurality of model residuals; classifying, by the processor, the at least one pattern into at least one of a plurality of classifications; identifying, by the processor, failure modes or components from the classifications to thereby detect the health status of the aircraft environmental control system; and transmitting, by the processor, a maintenance report once the failure modes or components are identified. receiving, by a processor, aircraft data of an aircraft; receiving, by the processor, flight data of an aircraft; calculating, by the processor, a predicted performance of the aircraft based on the received aircraft data and the received flight data using a system analytical model; generating, by the processor, a plurality of model residuals, wherein the plurality of model residuals are generated based on the aircraft data of the aircraft; identifying, by the processor, at least one pattern from the plurality of model residuals; classifying, by the processor, the at least one pattern into at least one of a plurality of classifications; identifying, by the processor, failure modes or components from the classifications to thereby detect the health status of the aircraft environmental control system; and transmitting, by the processor, a maintenance report once the failure modes or components are identified.
A method comprising: determining, by a playback device, a first loudness level of a first portion of first media content from a first source while the playback device presents the first media content, wherein the first portion has a first length; switching, by the playback device, from presenting the first media content from the first source to presenting second media content from a second source; while the playback device presents the second media content from the second source, receiving, by the playback device, an audio signal corresponding to the first media content; based on the switching, determining, by the playback device, second loudness levels of second portions of the first media content using the audio signal corresponding to the first media content while the playback device presents the second media content, wherein the second portions have a second length that is shorter than the first length; and while the playback device presents the second media content, adjusting, by the playback device, a volume of the playback device based on one or more of the second loudness levels. determining, by a playback device, a first loudness level of a first portion of first media content from a first source while the playback device presents the first media content, wherein the first portion has a first length; switching, by the playback device, from presenting the first media content from the first source to presenting second media content from a second source; while the playback device presents the second media content from the second source, receiving, by the playback device, an audio signal corresponding to the first media content; based on the switching, determining, by the playback device, second loudness levels of second portions of the first media content using the audio signal corresponding to the first media content while the playback device presents the second media content, wherein the second portions have a second length that is shorter than the first length; and while the playback device presents the second media content, adjusting, by the playback device, a volume of the playback device based on one or more of the second loudness levels.
A system for generating a sensorial stimulus using electroencephalographic data acquired from a subject, the system comprising: - a data processing system comprising means for carrying out the following steps: • receiving electroencephalographic data comprising at least two electroencephalographic signals measured simultaneously from at least two electroencephalogram channels; • computing a Fourier transform of the at least two electroencephalographic signals on a temporal window; • for each channel, averaging complex Fourier coefficients in the frequency band of alpha waves; and • calculating the alpha phase concentration neuromarker on consecutive epochs of the electroencephalographic data by computing the average over all the channels of the averaged complex Fourier coefficients; - an output generator for generating a sensorial stimulus for the subject representing the numerical value of the alpha phase concentration neuromarker. - a data processing system comprising means for carrying out the following steps: • receiving electroencephalographic data comprising at least two electroencephalographic signals measured simultaneously from at least two electroencephalogram channels; • computing a Fourier transform of the at least two electroencephalographic signals on a temporal window; • for each channel, averaging complex Fourier coefficients in the frequency band of alpha waves; and • calculating the alpha phase concentration neuromarker on consecutive epochs of the electroencephalographic data by computing the average over all the channels of the averaged complex Fourier coefficients; • receiving electroencephalographic data comprising at least two electroencephalographic signals measured simultaneously from at least two electroencephalogram channels; • computing a Fourier transform of the at least two electroencephalographic signals on a temporal window; • for each channel, averaging complex Fourier coefficients in the frequency band of alpha waves; and • calculating the alpha phase concentration neuromarker on consecutive epochs of the electroencephalographic data by computing the average over all the channels of the averaged complex Fourier coefficients; - an output generator for generating a sensorial stimulus for the subject representing the numerical value of the alpha phase concentration neuromarker.
A dielectric lens, wherein the dielectric lens is a cylindrical lens, a cross-sectional profile of the cylindrical lens is a quasi-ellipse, the cylindrical lens comprises a plurality of piled cylindrical units, and the dielectric constant distribution of the plurality of cylindrical units in the dielectric lens is configured to convert a non-plane wave in a minor axis direction of the quasi-ellipse into a plane wave after passing through the lens, wherein a length of each cylindrical unit is equal to a length of the cylindrical lens, wherein a cross section is a section perpendicular to a length direction of the cylindrical lens, wherein the cylindrical unit is a solid unit, and a cross section of the cylindrical unit is a first polygon. a length of each cylindrical unit is equal to a length of the cylindrical lens, wherein a cross section is a section perpendicular to a length direction of the cylindrical lens, wherein the cylindrical unit is a solid unit, and a cross section of the cylindrical unit is a first polygon.
A connecting element for fastening a rack brace between two flanges of a hollow-profile rack upright of a rack system , comprising a body with a width, wherein a first slot-shaped receptacle for receiving one end of a rack brace is provided in a first side of the body and a second slot-shaped receptacle and a third slot-shaped receptacle for receiving one end of a rack brace are each provided in a second side, and wherein the connecting element has at least one through-fastening opening which extends through the width of the body and through the first slot-shaped receptacle and/or the second and third slot-shaped receptacles .
An apparatus comprising a film heater configured to heat smokeable material to volatilize at least one component of the smokeable material for inhalation, wherein the apparatus comprises thermal insulation , wherein the thermal insulation comprises a core region which is evacuated to a lower pressure than an exterior of the insulation , and wherein wall sections of the insulation either side of the core region converge to a sealed gas outlet .
Electric machine with a stator and rotor , wherein the rotor has rotor laminated cores mounted on a shaft , wherein the shaft comprises an oil channel , and wherein the rotor laminated cores have channels parallel to the axis (A) of the shaft and terminating discs at the ends of the rotor laminated cores , wherein the oil channel has transverse bores which are arranged on a front side (V) of the electric machine in axially spaced-apart planes (E1, E2) and which provide a supply to a first and a second cooling-oil path, and a first plane (E2) of the planes (E1, E2) extends within the thickness (D) of a terminating disc designed as a balancing disc and a second plane (E1) extends outside the balancing disc in the region of winding heads of the stator , characterized in that the second cooling-oil path is routed into the channels of the rotor laminated core via the oil channel and the transverse bores on the front side (V), wherein oil sprays out of the channel and the transverse bores , and via the balancing disc , and the balancing disc has at least one encircling shoulder in which provision is made along the circumference of the shoulder of apertures or pockets to the channels in the rotor laminated core, which direct the oil impinging on the shoulder axially to the rotor , wherein provision is made of multiple shoulders spaced apart radially from one another with staggered depths, and channels with different radial spacings (r1, r2), corresponding to the shoulders , lead through the rotor laminated core .
A household appliance comprising a liquid tank , wherein the tank is adapted for translational movement between a use position in which the tank is positioned within a housing of the household appliance and a servicing position in which the tank is at least partially extracted from the housing, the household appliance further comprising biasing means for biasing the tank towards the servicing position, and releasable latch means (36; 38; 58) for selectively arresting the tank in the use position or releasing the tank for movement towards the servicing position, the household appliance further comprising a carriage associated to the tank and configured for translational movement along guide means provided in the housing ; the biasing means comprising a spring element configured to be loaded when the tank is moved from the servicing position towards the use position; and the latch means comprises: a catch provided at the carriage, a locking member (38; 58) located at the housing which in the use position of the tank engages the catch to arrest the tank in the use position, and release means (40; 62) for disengaging the locking member from the catch . characterized in that the household appliance comprises an electric drive for retracting the locking member (38; 58) out of its engagement with the catch . a catch provided at the carriage, a locking member (38; 58) located at the housing which in the use position of the tank engages the catch to arrest the tank in the use position, and release means (40; 62) for disengaging the locking member from the catch .
A hot gas path (HGP) component of a turbine system , the HGP component comprising: a body including: a forward end ; an aft end positioned opposite the forward end ; an inner portion positioned adjacent a hot gas flow path of the turbine system , the inner portion extending between the forward end and aft end ; an outer portion formed radially opposite the inner portion and extending between the forward end and aft end ; a plurality of nozzles extending through the outer portion ; and an intermediate portion formed between the inner portion and the outer portion ; characterized by a plurality of venturies extending through the intermediate portion , the plurality of venturies in fluid communication with the plurality of nozzles ; wherein the plurality of nozzles are each radially and/or concentrically aligned with a corresponding venturi of the plurality of venturies . a forward end ; an aft end positioned opposite the forward end ; an inner portion positioned adjacent a hot gas flow path of the turbine system , the inner portion extending between the forward end and aft end ; an outer portion formed radially opposite the inner portion and extending between the forward end and aft end ; a plurality of nozzles extending through the outer portion ; and an intermediate portion formed between the inner portion and the outer portion ; characterized by a plurality of venturies extending through the intermediate portion , the plurality of venturies in fluid communication with the plurality of nozzles ; wherein the plurality of nozzles are each radially and/or concentrically aligned with a corresponding venturi of the plurality of venturies .
A self-propelled road milling machine for milling road surfaces , comprising - a height adjustable chassis , - front and rear chassis axles, as seen in the direction of travel, of said chassis, - a machine frame supported by said chassis , - a milling roller housing arranged at said machine frame between said front and rear chassis axles, - a single milling roller rotatably supported in said milling roller housing , - a milling roller drive unit for said milling roller , and - a conveyor belt means cooperating with said milling roller housing for removing milling product milled off by said milling roller in forward direction as seen in the direction of travel, - wherein a lateral front end of said milling roller housing is nearly flush with a lateral outer side of said machine frame , the so-called zero side, to allow milling to be performed as near to edges or obstacles as possible, characterized in that said zero side can optionally be defined on the one outer side or on the opposite outer side , that said milling roller drive unit is a hydraulic or electric drive unit integrated in said milling roller , that two linear guides spaced from each other in the traveling direction are mounted on the machine frame between the chassis axes, via which the machine's weight acts on the milling roller housing and the milling roller supported therein, and that said milling roller , together with said milling roller housing and said milling roller drive unit , is supported for displacement on said machine frame along said linear guides in a direction transverse to the direction of travel, to allow for as near a milling as possible optionally flush right or left along edges or obstacles, while maintaining the traveling direction, the milling roller housing being mounted on the machine frame in a rigid manner in the height direction and in the traveling direction. - a height adjustable chassis , - front and rear chassis axles, as seen in the direction of travel, of said chassis, - a machine frame supported by said chassis , - a milling roller housing arranged at said machine frame between said front and rear chassis axles, - a single milling roller rotatably supported in said milling roller housing , - a milling roller drive unit for said milling roller , and - a conveyor belt means cooperating with said milling roller housing for removing milling product milled off by said milling roller in forward direction as seen in the direction of travel, - wherein a lateral front end of said milling roller housing is nearly flush with a lateral outer side of said machine frame , the so-called zero side, to allow milling to be performed as near to edges or obstacles as possible,
A method of communication in an analyte monitoring system comprising an on body device and a reader device (120-1, 120-2), the method comprising: wirelessly receiving , by the on body device, a command from the reader device; the method comprising wirelessly transmitting at least one first response to the reader device based on determining that data responsive to the command is not ready for transmission prior to expiration of a set time limit for response, wherein the at least one first response comprises dummy data; and wirelessly transmitting at least one second response to the reader device, wherein the at least one second response comprises data responsive to the command. wirelessly receiving , by the on body device, a command from the reader device; the method comprising wirelessly transmitting at least one first response to the reader device based on determining that data responsive to the command is not ready for transmission prior to expiration of a set time limit for response, wherein the at least one first response comprises dummy data; and wirelessly transmitting at least one second response to the reader device, wherein the at least one second response comprises data responsive to the command.
A method for detecting a fault of a HVAC system, comprising the steps of: obtaining room air temperatures and compressor equivalent runtime during the operation of the HVAC system; calculating a rate of change per unit time of the room air temperatures within the compressor equivalent runtime; and determining whether a fault occurs in the HVAC system based on a change in the rate of change per unit time of the room air temperatures characterized by the steps of: setting value properties of the rate of change per unit time of the room air temperatures when the HVAC system operates in a cooling mode and a heating mode to be contrary, and distributing along a time axis the rate of change per unit time of the room air temperatures determined as abnormal values, the value properties indicating positive value or negative value; counting the number of the rate of change per unit time of the room air temperatures distributed on the time axis within a time window, or processing the values of the rate of change per unit time of the room air temperatures within the time window to obtain a processed value; and determining that a fault has occurred in the HVAC system if the number exceeds a predetermined value or the processed value exceeds a preset value. obtaining room air temperatures and compressor equivalent runtime during the operation of the HVAC system; calculating a rate of change per unit time of the room air temperatures within the compressor equivalent runtime; and determining whether a fault occurs in the HVAC system based on a change in the rate of change per unit time of the room air temperatures characterized by the steps of: setting value properties of the rate of change per unit time of the room air temperatures when the HVAC system operates in a cooling mode and a heating mode to be contrary, and distributing along a time axis the rate of change per unit time of the room air temperatures determined as abnormal values, the value properties indicating positive value or negative value; counting the number of the rate of change per unit time of the room air temperatures distributed on the time axis within a time window, or processing the values of the rate of change per unit time of the room air temperatures within the time window to obtain a processed value; and setting value properties of the rate of change per unit time of the room air temperatures when the HVAC system operates in a cooling mode and a heating mode to be contrary, and distributing along a time axis the rate of change per unit time of the room air temperatures determined as abnormal values, the value properties indicating positive value or negative value; counting the number of the rate of change per unit time of the room air temperatures distributed on the time axis within a time window, or processing the values of the rate of change per unit time of the room air temperatures within the time window to obtain a processed value; and