mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing device comprising: a restoration unit to perform a conversion operation on an input signal to convert the input signal into a signal having no distortion caused by an external factor; and a selection unit to select and output either an unrestored signal or a restored signal based on a feature quantity of the unrestored signal and on a feature quantity of the restored signal, the unrestored signal being the input signal, the restored signal being a signal obtained by the restoration unit by performing the conversion operation, characterized in that the restoration unit learns in advance detail of the conversion operation using the input signal having distortion caused by an external factor and the input signal having no distortion caused by an external factor to generate a learning model, performs the conversion operation on the input signal using the learning model, and updates the learning model when the number of times the selection unit selects and outputs the restored signal reaches a predetermined value. a restoration unit to perform a conversion operation on an input signal to convert the input signal into a signal having no distortion caused by an external factor; and a selection unit to select and output either an unrestored signal or a restored signal based on a feature quantity of the unrestored signal and on a feature quantity of the restored signal, the unrestored signal being the input signal, the restored signal being a signal obtained by the restoration unit by performing the conversion operation, characterized in that the restoration unit learns in advance detail of the conversion operation using the input signal having distortion caused by an external factor and the input signal having no distortion caused by an external factor to generate a learning model, performs the conversion operation on the input signal using the learning model, and updates the learning model when the number of times the selection unit selects and outputs the restored signal reaches a predetermined value.
A laminate assembly for decorating an object in a hydrographic transfer system , the laminate assembly comprising: a carrier film configured to be soluble when placed into the hydrographic transfer system; an optical effect layer configured to provide one or more of an optical effect or a security feature to the object; the effect layer including a relief pattern formed by cracks extending through an entire thickness of the effect layer; one or more ink layers disposed between the carrier film and the effect layer; and a coat layer disposed between the one or more ink layers and the optical effect layer, wherein the relief pattern is configured to provide the one or more of the optical effect or the security feature to the object. a carrier film configured to be soluble when placed into the hydrographic transfer system; an optical effect layer configured to provide one or more of an optical effect or a security feature to the object; the effect layer including a relief pattern formed by cracks extending through an entire thickness of the effect layer; one or more ink layers disposed between the carrier film and the effect layer; and a coat layer disposed between the one or more ink layers and the optical effect layer, wherein the relief pattern is configured to provide the one or more of the optical effect or the security feature to the object.
An article of footwear , comprising: an upper configured to receive a foot of a wearer; and a sole structure , connected to the upper and including: an outsole configured to contact a surface, a midsole , the midsole including a plurality of apertures formed in a top surface thereof, and an insole , the insole being configured to mate with the midsole and including a plurality of projections configured to correspond to the plurality of apertures formed in the midsole, wherein the midsole and insole are formed of thermoplastic elastomer material as multiple, successive layers of fuse bonded particles of the thermoplastic elastomer material using a rapid manufacturing additive fabrication technique. an upper configured to receive a foot of a wearer; and a sole structure , connected to the upper and including: an outsole configured to contact a surface, a midsole , the midsole including a plurality of apertures formed in a top surface thereof, and an insole , the insole being configured to mate with the midsole and including a plurality of projections configured to correspond to the plurality of apertures formed in the midsole, an outsole configured to contact a surface, a midsole , the midsole including a plurality of apertures formed in a top surface thereof, and an insole , the insole being configured to mate with the midsole and including a plurality of projections configured to correspond to the plurality of apertures formed in the midsole,
A battery pack comprising: a plurality of battery modules ; a tray comprising a mount plate on which the plurality of battery modules are seated, a front frame provided at an end portion in a longitudinal direction of the mount plate , and a rear frame provided at the other end portion in the longitudinal direction of the mount plate ; a pair of side covers covering both end portions in a width direction of the tray ; at least one module partition wall parallel to the front frame and the rear frame , and located between adjacent battery modules ; and a battery energy management system, BEM, assembly comprising a BEM bracket having one end portion fastened to the module partition wall and the other end portion fastened to the rear frame , and a BEM mounted on the BEM bracket ; wherein the BEM bracket is located over the battery module , and thus the BEM is upwardly spaced apart from the battery module . a plurality of battery modules ; a tray comprising a mount plate on which the plurality of battery modules are seated, a front frame provided at an end portion in a longitudinal direction of the mount plate , and a rear frame provided at the other end portion in the longitudinal direction of the mount plate ; a pair of side covers covering both end portions in a width direction of the tray ; at least one module partition wall parallel to the front frame and the rear frame , and located between adjacent battery modules ; and a battery energy management system, BEM, assembly comprising a BEM bracket having one end portion fastened to the module partition wall and the other end portion fastened to the rear frame , and a BEM mounted on the BEM bracket ; wherein the BEM bracket is located over the battery module , and thus the BEM is upwardly spaced apart from the battery module .
A manufacturing method of a tapered optical fiber comprising: a reciprocating step in which an optical fiber mounted at positions (P,Q) having a prescribed distance therebetween is reciprocated in the direction of the optical axis of the optical fiber ; a heating step in which the reciprocating optical fiber is heated at a fixed position, wherein, during the heating performed while reciprocating the optical fiber , the mounting distance of the optical fiber is increased and the optical fiber is drawn, wherein drawing of the optical fiber is performed by independently or interlockingly controlling at least two mounting units which fix the optical fiber , control is performed in order to change at least one of the range of reciprocal movement, the reciprocal movement speed, and the broadening width of the optical fiber fixed on the mounting units , and is performed such that the optical fiber comprises in the direction of the optical axis a thin portion (S) having a minimum outer diameter of from 200 nm to 800 nm, wherein the tapering profile of the thin portion (S) is symmetrical or asymmetrical in the direction of the optical axis, and the tapering profile of the thin portion comprises one, or two or more inflection portions where a rate of change in the outer diameter thereof in the direction of the optical axis decreases. a reciprocating step in which an optical fiber mounted at positions (P,Q) having a prescribed distance therebetween is reciprocated in the direction of the optical axis of the optical fiber ; a heating step in which the reciprocating optical fiber is heated at a fixed position, wherein, during the heating performed while reciprocating the optical fiber , the mounting distance of the optical fiber is increased and the optical fiber is drawn, wherein drawing of the optical fiber is performed by independently or interlockingly controlling at least two mounting units which fix the optical fiber , control is performed in order to change at least one of the range of reciprocal movement, the reciprocal movement speed, and the broadening width of the optical fiber fixed on the mounting units , and is performed such that the optical fiber comprises in the direction of the optical axis a thin portion (S) having a minimum outer diameter of from 200 nm to 800 nm, wherein the tapering profile of the thin portion (S) is symmetrical or asymmetrical in the direction of the optical axis, and the tapering profile of the thin portion comprises one, or two or more inflection portions where a rate of change in the outer diameter thereof in the direction of the optical axis decreases.
A gas turbine engine exhaust cone comprising one or more acoustic absorption chambers , each chamber comprising two side walls and an acoustic attenuation wall , the side walls defining the circumferential extent of the chamber and the acoustic attenuation wall having one or more acoustic attenuators and being positioned circumferentially intermediate the side walls, where the side walls extend axially along the exhaust cone at least one of them with a circumferential progression and the acoustic attenuation wall extends axially along the exhaust cone with or without a circumferential progression, characterised in that the side walls of the chamber are non-parallel.
An image processing device comprising: person region detection means for detecting a person region that is a region where at least one person appears in an image captured by a camera device , and privacy processing means for performing, on the person region, privacy processing a strength of which differs according to a depth associated with representative coordinates of the person region or according to a predetermined index related to the depth, the depth being a depth at a position in the real space corresponding to the representative coordinates of the person region, characterized in that the person region detection means is configured to recognize, as a batch, a combination of reference sites of persons constituting a crowd in a specific region being a part of the captured image, the reference sites being parts of the persons, and the person region detection means is configured to compare and collate the combination of reference sites in the specific region with local images prepared in advance, and determine whether at least one person appears in the specific region, the local images being images of a crowd state, the local images being images that are smaller than the person region and include various numbers of sets of the reference sites viewed from various angles. person region detection means for detecting a person region that is a region where at least one person appears in an image captured by a camera device , and privacy processing means for performing, on the person region, privacy processing a strength of which differs according to a depth associated with representative coordinates of the person region or according to a predetermined index related to the depth, the depth being a depth at a position in the real space corresponding to the representative coordinates of the person region, characterized in that the person region detection means is configured to recognize, as a batch, a combination of reference sites of persons constituting a crowd in a specific region being a part of the captured image, the reference sites being parts of the persons, and the person region detection means is configured to compare and collate the combination of reference sites in the specific region with local images prepared in advance, and determine whether at least one person appears in the specific region, the local images being images of a crowd state, the local images being images that are smaller than the person region and include various numbers of sets of the reference sites viewed from various angles.
Dishwasher, in particular household dishwasher, with which at least one wash program with a plurality of program substeps (V, R, Z, K, T) can be performed by means of a control means (SM), and with which an addition of rinse aid (KZ1) can be performed during a rinsing (K) program sub step, wherein a program section for releasing fatty deposits on wash items to be cleaned and/or dried and/or in the hydraulic circuit of the dishwasher can be performed before the rinsing (K) program substep and an addition of rinse aid (KZ2) can be performed during the program section for releasing fatty deposits, characterised in that a solid fat sensor for detecting fatty deposits and/or a liquid fat sensor for detecting fat dissolved in the wash liquor is provided, wherein the addition of rinse aid (KZ2) can be performed once a threshold value of the sensor is exceeded.
A method for heat treatment of a batch of castings, comprising a solutionization operation performed in an oven loaded with the parts of the batch positioned on several layers of parts superposed onto each other, characterized in that , following extraction of the parts from the solution heat treatment oven, the layers of parts are maneuvered in order to form a single layer of parts consisting of the parts of the batch, the single layer is brought into an air quenching unit having a ventilation system and quenching is applied to parts of the batch arranged in the single layer.
A method for filter screen cleaning, characterized in that the method is applied to a washing machine equipped with a drying apparatus , an air intake side of the drying apparatus is provided with a filter screen , a respective air pressure sensor is provided on either side of the filter screen , and a side of the filter screen facing towards the air intake side is provided with a filter screen cleaning component , and the method comprises: detecting (S101), by the air pressure sensor , an air pressure on either side of the filter screen during an air intake process of the drying apparatus , and obtaining a pressure difference according to air pressures on either sides of the filter screen ; and starting (S102) the filter screen cleaning component to clean the filter screen , if the pressure difference is greater than a preset threshold.
A transportation refrigeration unit for cooling a cargo compartment comprising: a compressor configured to compress a refrigerant; a compressor motor configured to drive the compressor ; an evaporator heat exchanger operatively coupled to the compressor ; an evaporator fan configured to provide return airflow from a return air intake and flow the return airflow over the evaporator heat exchanger; characterized in that : a drive unit is configured to deliver variable frequency electrical power between a minimum frequency and a maximum frequency to the compressor motor and the evaporator fan , a frequency of the electrical power based on one or more sensed parameters of the transportation refrigeration unit ; wherein the drive unit is an electrical generator operably connected to a vehicle engine ; and the electrical generator is operably connected to the vehicle engine via a hydraulic pump , the electrical generator converting hydraulic power to electrical power. a compressor configured to compress a refrigerant; a compressor motor configured to drive the compressor ; an evaporator heat exchanger operatively coupled to the compressor ; an evaporator fan configured to provide return airflow from a return air intake and flow the return airflow over the evaporator heat exchanger; characterized in that : a drive unit is configured to deliver variable frequency electrical power between a minimum frequency and a maximum frequency to the compressor motor and the evaporator fan , a frequency of the electrical power based on one or more sensed parameters of the transportation refrigeration unit ; wherein the drive unit is an electrical generator operably connected to a vehicle engine ; and the electrical generator is operably connected to the vehicle engine via a hydraulic pump , the electrical generator converting hydraulic power to electrical power.
A method of predictive modeling and mitigating misfire that influences combustion cyclic variation and convariance of indicated mean effective pressure (COV of IMEP) in a spark-ignited (SI) engine, the spark-ignited engine having at least one cylinder, the method comprising: obtaining engine data and determining temperature and pressure within the cylinder in response to the engine data; determining crank angle resolved flame velocity evolution based on the engine data; comparing the crank angle resolved flame velocity to predetermined turbulent combustion regime data to determine a misfire occurrence; and updating a misfire occurrence indicator and outputting a control signal when the misfire occurrence indicator is greater than a predetermined limit, the control signal being capable of adjusting an engine actuator of the spark-ignited engine on a cycle to cycle basis, wherein the determining crank angle resolved flame velocity comprises determining crank angle resolved flame velocity based on a flame model module, and wherein the flame model module is executed on a crank angle basis and comprises a flame kernel initiation model, a laminar flame burning velocity model, a variable volume flame model, and a turbulent combustion regime model. obtaining engine data and determining temperature and pressure within the cylinder in response to the engine data; determining crank angle resolved flame velocity evolution based on the engine data; comparing the crank angle resolved flame velocity to predetermined turbulent combustion regime data to determine a misfire occurrence; and updating a misfire occurrence indicator and outputting a control signal when the misfire occurrence indicator is greater than a predetermined limit, the control signal being capable of adjusting an engine actuator of the spark-ignited engine on a cycle to cycle basis, wherein the determining crank angle resolved flame velocity comprises determining crank angle resolved flame velocity based on a flame model module, and wherein the flame model module is executed on a crank angle basis and comprises a flame kernel initiation model, a laminar flame burning velocity model, a variable volume flame model, and a turbulent combustion regime model.
A method for removing debris from a trench formed on a photolithographic mask, comprising: positioning a nanometer-scaled tip within the trench, the nanometer-scaled tip including a surface and a coating disposed thereon, the coating having a surface energy lower than a surface energy of the photolithographic mask; moving the nanometer-scaled tip within the trench to physically adhere debris to the nanometer-scaled tip; moving the nanometer-scaled tip with the debris away from the trench; and (i) replenishing the coating by physically interacting the nanometer-scaled tip with a material having a surface energy lower than the surface energy of the photolithographic mask and removing the debris from the nanometer-scaled tip by imbedding the debris in the material or (ii) removing the debris from the nanometer-scaled tip, wherein the debris from the nanometer-scaled tip is imbedded in a target by indenting the nanometer-scaled tip into the target, the target being softer than the nanometer-scaled tip. positioning a nanometer-scaled tip within the trench, the nanometer-scaled tip including a surface and a coating disposed thereon, the coating having a surface energy lower than a surface energy of the photolithographic mask; moving the nanometer-scaled tip within the trench to physically adhere debris to the nanometer-scaled tip; moving the nanometer-scaled tip with the debris away from the trench; and (i) replenishing the coating by physically interacting the nanometer-scaled tip with a material having a surface energy lower than the surface energy of the photolithographic mask and removing the debris from the nanometer-scaled tip by imbedding the debris in the material or (ii) removing the debris from the nanometer-scaled tip, wherein the debris from the nanometer-scaled tip is imbedded in a target by indenting the nanometer-scaled tip into the target, the target being softer than the nanometer-scaled tip. (i) replenishing the coating by physically interacting the nanometer-scaled tip with a material having a surface energy lower than the surface energy of the photolithographic mask and removing the debris from the nanometer-scaled tip by imbedding the debris in the material or (ii) removing the debris from the nanometer-scaled tip, wherein the debris from the nanometer-scaled tip is imbedded in a target by indenting the nanometer-scaled tip into the target, the target being softer than the nanometer-scaled tip.
Cooling circuit for a drive train of a motor vehicle , wherein the drive train has at least one first electric machine for providing a first drive power for a first axle of the motor vehicle and at least one second electric machine for providing a second drive power for a second axle of the motor vehicle ; wherein the cooling circuit has at least one pump for conveying a cooling fluid through the cooling circuit , wherein at least the first electric machine and the second electric machine are arranged in sections of the cooling circuit connected in parallel to each other; wherein a volume flow conveyed by the at least one pump is divided via at least one restrictor in a prespecified ratio into a first partial volume flow for a first section and into a second partial volume flow for a second section of the cooling circuit .
Motor vehicle with at least two carriages , which are joined to each other by an open gangway connection and each of which is fitted with an air conditioning system (2.1, 3.1), wherein a detection device is provided that detects a failure of a climate control function of one of the air conditioning systems (3.1) and signals it to a provided control device, characterized in that the control device is designed such that it, upon signalling of a failure of a climate control function of an air conditioning system (3.1) by the detection device, actuates an outflow air device (3.3) of the carriage affected by the failure of the air conditioning system (3.1) such that the outflow air volumetric flow thereof is increased, actuates an outflow air device (2.3) of the carriage adjacent to the affected carriage such that the outflow air volumetric flow thereof is reduced, and actuates the air conditioning system (2.1) of the adjacent carriage such that a fresh air component of the conditioned inflow air is increased.