mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: detecting faces at associated face positions in video frames capturing a scene; framing the video frames to a view of the scene encompassing all of the detected faces; detecting that a previously detected face is no longer detected and, in response: starting a timeout period; independently of the detecting faces, detecting motion across the view, wherein the independently detecting motion includes detecting motion without reference to information associated with detected face positions; determining if the detected motion (i) coincides with the face position of the previously detected face that is no longer detected, and (ii) occurs before the timeout period expires; and if it is determined that the detected motion coincides with the face position and occurs before the timeout period expires, restarting the timeout period and repeating the independently detecting motion and the determining. detecting faces at associated face positions in video frames capturing a scene; framing the video frames to a view of the scene encompassing all of the detected faces; detecting that a previously detected face is no longer detected and, in response: starting a timeout period; independently of the detecting faces, detecting motion across the view, wherein the independently detecting motion includes detecting motion without reference to information associated with detected face positions; determining if the detected motion (i) coincides with the face position of the previously detected face that is no longer detected, and (ii) occurs before the timeout period expires; and if it is determined that the detected motion coincides with the face position and occurs before the timeout period expires, restarting the timeout period and repeating the independently detecting motion and the determining. starting a timeout period; independently of the detecting faces, detecting motion across the view, wherein the independently detecting motion includes detecting motion without reference to information associated with detected face positions; determining if the detected motion (i) coincides with the face position of the previously detected face that is no longer detected, and (ii) occurs before the timeout period expires; and if it is determined that the detected motion coincides with the face position and occurs before the timeout period expires, restarting the timeout period and repeating the independently detecting motion and the determining.
A stable dermal filler formulation comprising a hyaluronic acid, a Vitamin C selected from sodium ascorbyl phosphate and ascorbic acid 2-glycoside, and an aminoamide local anesthetic.
A method of outputting at least one still image from a media file, the media file comprising a data part and a metadata part, the metadata part being organized based on a hierarchy of boxes compliant with the ISOBMFF standard, the method comprising: - obtaining one or more entries in an item information box for describing each of one or more still images as one or more items, each of the one or more items being identified by an item identifier; - obtaining a property box comprising an indexed list of one or more properties related to the one or more still images, the one or more properties comprising one or more display parameters or one or more transformation operators; - obtaining association metadata for associating an item identifier with the one or more properties in the property box; - obtaining a bitstream representing the one or more still images from the data part of the media file; and - outputting at least one of the one or more still images from the media file, based on the obtained one or more entries, the obtained property box, the obtained association metadata and the obtained bitstream. - obtaining one or more entries in an item information box for describing each of one or more still images as one or more items, each of the one or more items being identified by an item identifier; - obtaining a property box comprising an indexed list of one or more properties related to the one or more still images, the one or more properties comprising one or more display parameters or one or more transformation operators; - obtaining association metadata for associating an item identifier with the one or more properties in the property box; - obtaining a bitstream representing the one or more still images from the data part of the media file; and - outputting at least one of the one or more still images from the media file, based on the obtained one or more entries, the obtained property box, the obtained association metadata and the obtained bitstream.
A process for production of artificial leather comprising top coat, polyurethane layer and optional substrate layer, said process comprising i) providing a release layer, ii) applying one or more than one layer of a top coat to the release layer to an overall top coat layer thickness in the range from 1 to 500 μm, iii) applying first polyurethane system components comprising an isocyanate component (A) and a polyol component (B) to the top coat to form a first polyurethane layer, wherein the isocyanate component (A) comprises polyisocyanate prepolymers having an NCO content in the range from 10 to 25 % by weight, the polyol component /B) comprises a polyetherol and/or polyesterol and wherein the isocyanate index of the first polyurethane system components is in the range from 101 to 140, iv) optionally applying further polyurethane system components to the first polyurethane layer to form further polyurethane layers, v) optionally applying a substrate layer to the polyurethane system components, vi) curing the polyurethane system components to form a polyurethane layer, and vii) separating the release layer from the top coat, wherein the overall thickness of the first and optionally further polyurethane layers is in the range from 0.01 to 20 mm and the polyurethane system components are solvent-free. i) providing a release layer, ii) applying one or more than one layer of a top coat to the release layer to an overall top coat layer thickness in the range from 1 to 500 μm, iii) applying first polyurethane system components comprising an isocyanate component (A) and a polyol component (B) to the top coat to form a first polyurethane layer, wherein the isocyanate component (A) comprises polyisocyanate prepolymers having an NCO content in the range from 10 to 25 % by weight, the polyol component /B) comprises a polyetherol and/or polyesterol and wherein the isocyanate index of the first polyurethane system components is in the range from 101 to 140, iv) optionally applying further polyurethane system components to the first polyurethane layer to form further polyurethane layers, v) optionally applying a substrate layer to the polyurethane system components, vi) curing the polyurethane system components to form a polyurethane layer, and vii) separating the release layer from the top coat,
A drive system for a working machine , the drive system comprising: a gearbox ; an internal combustion engine having an engine output shaft ; a power takeoff coupled to the engine output shaft; a torque converter having an input shaft operatively coupled to the engine and an output shaft operatively coupled to the gearbox; a hydraulic cooling fan ; a hydraulic fan pump coupled to the power takeoff and connected to the hydraulic fan via a first hydraulic valve ; characterized in that the drive system further comprises: a hydraulic motor coupled to the gearbox and configured to provide power to the gearbox for vehicle propulsion, wherein the hydraulic motor is coupled to the hydraulic fan pump via a second hydraulic valve and arranged to receive power from the hydraulic fan pump. a gearbox ; an internal combustion engine having an engine output shaft ; a power takeoff coupled to the engine output shaft; a torque converter having an input shaft operatively coupled to the engine and an output shaft operatively coupled to the gearbox; a hydraulic cooling fan ; a hydraulic fan pump coupled to the power takeoff and connected to the hydraulic fan via a first hydraulic valve ; characterized in that the drive system further comprises: a hydraulic motor coupled to the gearbox and configured to provide power to the gearbox for vehicle propulsion, wherein the hydraulic motor is coupled to the hydraulic fan pump via a second hydraulic valve and arranged to receive power from the hydraulic fan pump.
A Raman spectroscopy probe, comprising an elongate body having a proximal end and a distal end, an optical transmission line within the elongate body for guiding light for inducing Raman scattering in a tissue between the proximal end and the distal end in a distal direction and for guiding Raman scattered light between the distal end and the proximal end in a proximal direction, and a magnification layer arranged at or on the distal end, the magnification layer having an exposed surface for contacting the tissue, wherein the magnification layer is positioned such that the light for inducing Raman scattering impinges on the magnification layer, wherein the magnification layer is for inducing surface-enhanced Raman scattering (SERS) at the exposed surface, wherein the optical transmission line includes at least one illumination fibre for guiding light from the proximal end to the distal end and at least one collection fibre for guiding light from the distal end to the proximal end, and wherein the magnification layer is positioned in optical communication with the at least one illumination fibre characterised in that the magnification layer is positioned not in optical communication with the at least one collection fibre. an elongate body having a proximal end and a distal end, an optical transmission line within the elongate body for guiding light for inducing Raman scattering in a tissue between the proximal end and the distal end in a distal direction and for guiding Raman scattered light between the distal end and the proximal end in a proximal direction, and a magnification layer arranged at or on the distal end, the magnification layer having an exposed surface for contacting the tissue, wherein the magnification layer is positioned such that the light for inducing Raman scattering impinges on the magnification layer, wherein the magnification layer is for inducing surface-enhanced Raman scattering (SERS) at the exposed surface, wherein the optical transmission line includes at least one illumination fibre for guiding light from the proximal end to the distal end and at least one collection fibre for guiding light from the distal end to the proximal end, and wherein the magnification layer is positioned in optical communication with the at least one illumination fibre characterised in that the magnification layer is positioned not in optical communication with the at least one collection fibre.
A method for monitoring a wind power installation having a nacelle, comprising the steps of: - recording a sound by means of at least one acoustic sensor arranged outside and on the nacelle, - evaluating the recorded sound to detect a state of the rotor blade of the wind power installation, wherein - the sound is recorded and evaluated when the wind power installation is at a standstill. - recording a sound by means of at least one acoustic sensor arranged outside and on the nacelle, - evaluating the recorded sound to detect a state of the rotor blade of the wind power installation, wherein - the sound is recorded and evaluated when the wind power installation is at a standstill.
A radiation imaging apparatus comprising: generating means for generating a plurality of material characteristic images by using a plurality of radiation images of different radiation energy levels; characterized by calculation means for calculating evaluation information which indicates a correlation between a plurality of material characteristic images; and estimation means for estimating, based on the evaluation information, an amount of scattered rays included in the plurality of radiation images. generating means for generating a plurality of material characteristic images by using a plurality of radiation images of different radiation energy levels; characterized by calculation means for calculating evaluation information which indicates a correlation between a plurality of material characteristic images; and estimation means for estimating, based on the evaluation information, an amount of scattered rays included in the plurality of radiation images.
An air-conditioned clothing for use with a helmet which can be used in both circumstances when the helmet is worn and when the helmet is not worn, comprising: a clothing main body which at least covers an upper body of a body; one or more fans which are attached to the clothing main body and which form an air flow path between the clothing main body and the body or an underwear by taking in air from outside and forcefully generate an air flow in the air flow path; an air blow-out unit which is formed between back of a neck of a user and a back collar part of the clothing main body and which blows out the air which flows through the air flow path; a guide sheet which is continuously attached to the back collar part of the clothing main body and which guides the air which blows out from the air blow-out unit to the helmet along back of the neck and back of a head of the user; and an attachment unit which is attached to an edge part of the guide sheet and which is used to attach the guide sheet to the helmet , wherein the air is made to flow through the air flow path by the fans and the flowing air evaporates sweat coming out from the body to cool the body with a heat of evaporation and in a case where the helmet is worn, the air which blows out from the air blow-out unit is guided to the helmet by the guide sheet and taken into the helmet from an air intake which is formed between an inner edge of the helmet and the head of the user in order to circulate the air inside the helmet , characterized in that the attachment unit is an elastic loop belt or a string attached to the edge part of the guide sheet . a clothing main body which at least covers an upper body of a body; one or more fans which are attached to the clothing main body and which form an air flow path between the clothing main body and the body or an underwear by taking in air from outside and forcefully generate an air flow in the air flow path; an air blow-out unit which is formed between back of a neck of a user and a back collar part of the clothing main body and which blows out the air which flows through the air flow path; a guide sheet which is continuously attached to the back collar part of the clothing main body and which guides the air which blows out from the air blow-out unit to the helmet along back of the neck and back of a head of the user; and an attachment unit which is attached to an edge part of the guide sheet and which is used to attach the guide sheet to the helmet , wherein the air is made to flow through the air flow path by the fans and the flowing air evaporates sweat coming out from the body to cool the body with a heat of evaporation and in a case where the helmet is worn, the air which blows out from the air blow-out unit is guided to the helmet by the guide sheet and taken into the helmet from an air intake which is formed between an inner edge of the helmet and the head of the user in order to circulate the air inside the helmet , characterized in that the attachment unit is an elastic loop belt or a string attached to the edge part of the guide sheet .
An electronic device comprising: a touch panel configured to sense a touch input; a pressure sensor configured to sense a pressure applied by the touch input; and a processor configured to process data associated with the touch input received from a control circuit that is electrically connected to the touch panel and the pressure sensor and configured to: obtain coordinates of the touch input and a pressure value corresponding to the touch input; and provide the coordinates to the processor if the pressure value is greater than or equal to a threshold value, characterised in that the processor is further configured to one of initialize and calibrate the touch panel if the pressure value is less than the threshold value, wherein the processor is further configured to synchronize the coordinates with the pressure value by changing an event processing period of the pressure sensor to be equal to an event processing period of the touch panel . a touch panel configured to sense a touch input; a pressure sensor configured to sense a pressure applied by the touch input; and a processor configured to process data associated with the touch input received from a control circuit that is electrically connected to the touch panel and the pressure sensor and configured to: obtain coordinates of the touch input and a pressure value corresponding to the touch input; and provide the coordinates to the processor if the pressure value is greater than or equal to a threshold value, characterised in that the processor is further configured to one of initialize and calibrate the touch panel if the pressure value is less than the threshold value, wherein the processor is further configured to synchronize the coordinates with the pressure value by changing an event processing period of the pressure sensor to be equal to an event processing period of the touch panel . obtain coordinates of the touch input and a pressure value corresponding to the touch input; and provide the coordinates to the processor if the pressure value is greater than or equal to a threshold value, characterised in that the processor is further configured to one of initialize and calibrate the touch panel if the pressure value is less than the threshold value, wherein the processor is further configured to synchronize the coordinates with the pressure value by changing an event processing period of the pressure sensor to be equal to an event processing period of the touch panel .
A method for charging a lithium ion battery, comprising the steps of: 1) determining a maximum charging current I 0 and a lowest anode potential η of the lithium ion battery at which no lithium precipitation occurs; 2) charging the lithium ion battery at a constant current of I 1 which is greater than I 0 for a charging time of t 1 ; 3) discharging the lithium ion battery at a constant current of I 2 which is less than I 0 for a discharging time of t 2 , wherein 5≤t 1 /t 2 ≤50; 4) repeating steps 2) and 3) until a cutoff voltage of the lithium ion battery reaches Vo, and then standing the lithium ion battery for a standing time of t 3 ; and 5) charging the lithium ion battery with a constant current of I 0 until the cutoff voltage of the lithium ion battery reaches V 0 and then charging the lithium ion battery to a cutoff current of I 3 at a constant voltage. 1) determining a maximum charging current I 0 and a lowest anode potential η of the lithium ion battery at which no lithium precipitation occurs; 2) charging the lithium ion battery at a constant current of I 1 which is greater than I 0 for a charging time of t 1 ; 3) discharging the lithium ion battery at a constant current of I 2 which is less than I 0 for a discharging time of t 2 , wherein 5≤t 1 /t 2 ≤50; 4) repeating steps 2) and 3) until a cutoff voltage of the lithium ion battery reaches Vo, and then standing the lithium ion battery for a standing time of t 3 ; and 5) charging the lithium ion battery with a constant current of I 0 until the cutoff voltage of the lithium ion battery reaches V 0 and then charging the lithium ion battery to a cutoff current of I 3 at a constant voltage.
A method of preparing a matrix assisted laser desorption ionisation mass spectrometry imaging (MALDI-MSI) fingermark sample suitable to obtain a chemical image of a fingermark via MALDI-MSI, the method comprising: dusting a fingermark sample with a MALDI-MSI matrix powder; then removing excess matrix powder from the fingermark sample such that the matrix powder acts as an enhancer of a ridge pattern of the fingermark sample; spraying the dusted fingermark sample with a solvent in which both the matrix powder and the fingermark sample are soluble to provide co-crystallisation of the matrix powder with analytes of the fingermark sample at the ridges of the ridge pattern to minimise analyte delocalisation. dusting a fingermark sample with a MALDI-MSI matrix powder; then removing excess matrix powder from the fingermark sample such that the matrix powder acts as an enhancer of a ridge pattern of the fingermark sample; spraying the dusted fingermark sample with a solvent in which both the matrix powder and the fingermark sample are soluble to provide co-crystallisation of the matrix powder with analytes of the fingermark sample at the ridges of the ridge pattern to minimise analyte delocalisation.
An electronics assembly, including, a motor controller electronics arrangement , comprising: a housing enclosing a solid-state switch array; a cold plate arranged within the housing and in thermal communication with the solid-state switch array; a feeder cable electrically connected to the solid-state switch array; a coolant supply conduit and a coolant return conduit connected to the cold plate; a heat exchanger arranged outside the housing along the coolant return conduit; the heat exchanger configured to reject heat to the external environment prior recirculation of liquid coolant through the cold plate; and a coolant jacket extending about the feeder cable and separated from the switch arrangement by the housing, wherein the coolant jacket is thermally connected to the feeder cable, wherein the coolant jacket fluidly couples the coolant supply conduit to the coolant return conduit and is in liquid communication with the cold plate to limit communication of heat from the feeder cable to an interior of the housing. a housing enclosing a solid-state switch array; a cold plate arranged within the housing and in thermal communication with the solid-state switch array; a feeder cable electrically connected to the solid-state switch array; a coolant supply conduit and a coolant return conduit connected to the cold plate; a heat exchanger arranged outside the housing along the coolant return conduit; the heat exchanger configured to reject heat to the external environment prior recirculation of liquid coolant through the cold plate; and a coolant jacket extending about the feeder cable and separated from the switch arrangement by the housing, wherein the coolant jacket is thermally connected to the feeder cable, wherein the coolant jacket fluidly couples the coolant supply conduit to the coolant return conduit and is in liquid communication with the cold plate to limit communication of heat from the feeder cable to an interior of the housing.