mhurhangee/patent-ind-claim-en huggingface dataset:
A method for imaging at least one given element in a given material of a sample including: a) acquiring diffraction patterns of a plurality of locations of a given zone of the sample by scanning, by means of an electron or X-ray beam, the given zone, b) determining an atomistic model between the given element and the given material, the atomistic model being adapted to each chemical element to be mapped, c) selecting a plurality of elementary detectors depending on the atomistic model, the elementary detectors being not real digital detectors, b) calculating, for each elementary detector, theoretical images, in the real-space, which are obtained from the atomistic model with an element and from the atomistic model without an element for a given instrumental physical setting and from diffraction pattern data acquired in step a), e) calculating, for each elementary detector, the difference between the images in the real space which are obtained from the atomistic model with an element and from the atomistic model without an element, called the first images, f) selecting images from the first images, on which there is a high contrast in the vicinity of the given element, g) combining the images selected to form a second image of the given element of the given material. a) acquiring diffraction patterns of a plurality of locations of a given zone of the sample by scanning, by means of an electron or X-ray beam, the given zone, b) determining an atomistic model between the given element and the given material, the atomistic model being adapted to each chemical element to be mapped, c) selecting a plurality of elementary detectors depending on the atomistic model, the elementary detectors being not real digital detectors, b) calculating, for each elementary detector, theoretical images, in the real-space, which are obtained from the atomistic model with an element and from the atomistic model without an element for a given instrumental physical setting and from diffraction pattern data acquired in step a), e) calculating, for each elementary detector, the difference between the images in the real space which are obtained from the atomistic model with an element and from the atomistic model without an element, called the first images, f) selecting images from the first images, on which there is a high contrast in the vicinity of the given element, g) combining the images selected to form a second image of the given element of the given material.
A display device , comprising: a display panel (DP) including pixels (PX); a touch sensor (TS) disposed on a surface of the display panel; a fingerprint sensor (FS) disposed to be spaced apart from the touch sensor; and a sensor driver (SDR) configured to: calculate a moisture level (MOIS) using a touch sensing signal generated by the touch sensor in a skin measurement mode; generate skin characteristic data (SCD) using a skin sensing signal generated by the fingerprint sensor in the skin measurement mode, the skin characteristic data comprising wrinkle and dead skin cell information; generate a weight based on a comparison of the skin characteristic data with accumulated past skin characteristic data (PSCD); and correct the moisture level based on the weight. a display panel (DP) including pixels (PX); a touch sensor (TS) disposed on a surface of the display panel; a fingerprint sensor (FS) disposed to be spaced apart from the touch sensor; and a sensor driver (SDR) configured to: calculate a moisture level (MOIS) using a touch sensing signal generated by the touch sensor in a skin measurement mode; generate skin characteristic data (SCD) using a skin sensing signal generated by the fingerprint sensor in the skin measurement mode, the skin characteristic data comprising wrinkle and dead skin cell information; generate a weight based on a comparison of the skin characteristic data with accumulated past skin characteristic data (PSCD); and correct the moisture level based on the weight. calculate a moisture level (MOIS) using a touch sensing signal generated by the touch sensor in a skin measurement mode; generate skin characteristic data (SCD) using a skin sensing signal generated by the fingerprint sensor in the skin measurement mode, the skin characteristic data comprising wrinkle and dead skin cell information; generate a weight based on a comparison of the skin characteristic data with accumulated past skin characteristic data (PSCD); and correct the moisture level based on the weight.
A method for performing wireless communication by a first apparatus, the method comprising: monitoring (S1220), on a search space related to first control information, the first control information; and monitoring (S1240), on a search space related to second control information, the second control information, wherein the first control information comprises control information for scheduling a resource related to communication between a base station and the first apparatus, wherein the second control information comprises control information for scheduling a resource related to sidelink transmission of the first apparatus, wherein the size of the second control information is always less than or equal to all sizes of the first control information, and wherein, if the total number of DCI sizes related to the first control information and the second control information is greater than four, zero padding is appended to the second control information such that the size of the second control information is equal to the size of the first control information having the smallest difference with respect to the size of the second control information. monitoring (S1220), on a search space related to first control information, the first control information; and monitoring (S1240), on a search space related to second control information, the second control information, wherein the first control information comprises control information for scheduling a resource related to communication between a base station and the first apparatus, wherein the second control information comprises control information for scheduling a resource related to sidelink transmission of the first apparatus, wherein the size of the second control information is always less than or equal to all sizes of the first control information, and wherein, if the total number of DCI sizes related to the first control information and the second control information is greater than four, zero padding is appended to the second control information such that the size of the second control information is equal to the size of the first control information having the smallest difference with respect to the size of the second control information.
An actuator device comprising: a support portion ; a movable portion ; a first connection portion connecting the movable portion to the support portion on a first axis so that the movable portion is swingable around the first axis; and a first wiring provided on the first connection portion , wherein the first wiring includes a first main body formed of a metal material having a Vickers hardness of 50 HV or more, wherein the first main body includes a first surface facing the first connection portion and a second surface other than the first surface , and wherein the second surface has a shape in which a curvature is continuous over the entire second surface in a cross-section perpendicular to an extension direction of the first wiring . a support portion ; a movable portion ; a first connection portion connecting the movable portion to the support portion on a first axis so that the movable portion is swingable around the first axis; and a first wiring provided on the first connection portion , wherein the first wiring includes a first main body formed of a metal material having a Vickers hardness of 50 HV or more, wherein the first main body includes a first surface facing the first connection portion and a second surface other than the first surface , and wherein the second surface has a shape in which a curvature is continuous over the entire second surface in a cross-section perpendicular to an extension direction of the first wiring .
A package production method, comprising the step of superposing a pair of substrates on each other, and bonding the substrates to each other to hermetically seal the inside of a sealing region surrounded by a sealing material, the sealing material being formed on at least one of the substrates, wherein the sealing material is formed of a sintered body obtained by sintering a metal powder of at least one selected from gold, silver, palladium and platinum, the metal powder having an average particle size of 0.005 μm to 1.0 μm, at least one core material having a width smaller than the width of the sealing material in a cross-sectional shape is formed so as to be protruding from the periphery of at least one of the substrates, a bulk-like metal film including any metal selected from gold, silver, palladium, platinum, titanium, chromium, copper, tungsten, nickel and an alloy of these metals is formed on each surface of the pair of substrates such that the bulk-like metal film is present at an interface between the sealing material and the substrate, a bulk-like metal film including any metal selected from gold, silver, palladium, platinum, titanium, chromium, copper, tungsten, nickel and an alloy of these metals is formed on the top surface of the core material such that the bulk-like metal film is present at a bonding interface between the core material and the sealing material, and the core material compresses the sealing material when the pair of substrates are bonded to each other such that the sealing material is pressurized between the bulk-like metal film on the core material and the bulk-like metal film on the opposite substrate, and characterised in that the metal powder has a purity of 99.9% or more by weight. the sealing material is formed of a sintered body obtained by sintering a metal powder of at least one selected from gold, silver, palladium and platinum, the metal powder having an average particle size of 0.005 μm to 1.0 μm, at least one core material having a width smaller than the width of the sealing material in a cross-sectional shape is formed so as to be protruding from the periphery of at least one of the substrates, a bulk-like metal film including any metal selected from gold, silver, palladium, platinum, titanium, chromium, copper, tungsten, nickel and an alloy of these metals is formed on each surface of the pair of substrates such that the bulk-like metal film is present at an interface between the sealing material and the substrate, a bulk-like metal film including any metal selected from gold, silver, palladium, platinum, titanium, chromium, copper, tungsten, nickel and an alloy of these metals is formed on the top surface of the core material such that the bulk-like metal film is present at a bonding interface between the core material and the sealing material, and the core material compresses the sealing material when the pair of substrates are bonded to each other such that the sealing material is pressurized between the bulk-like metal film on the core material and the bulk-like metal film on the opposite substrate, and characterised in that the metal powder has a purity of 99.9% or more by weight.
A wake-up packet sending method, comprising: obtaining, by a wake-up packet sending apparatus , a wake-up packet, WUP, wherein the WUP comprises a preamble sequence, and the preamble sequence comprises N consecutive first sequences S, wherein N is an integer greater than or equal to 2 (for example, [S S]), and the N consecutive first sequences S are used to indicate that a data rate used for a WUP payload of the WUP is a first value; or the preamble sequence comprises a second sequence M, wherein the second sequence M is used to indicate that a data rate used for the WUP payload of the WUP is a second value; and the second sequence M and the first sequence S are in a bit logical negation relationship; and sending, by the wake-up packet sending apparatus , the WUP, to wake up a main receiver of a receiving apparatus ; characterized in that the first sequence S has a length of 32 bits, and the first sequence S is [ 1 0 1 0 0 1 0 0 1 0 1 1 1 0 1 1 0 0 0 1 0 1 1 1 0 0 1 1 1 0 0 0]. the preamble sequence comprises N consecutive first sequences S, wherein N is an integer greater than or equal to 2 (for example, [S S]), and the N consecutive first sequences S are used to indicate that a data rate used for a WUP payload of the WUP is a first value; or the preamble sequence comprises a second sequence M, wherein the second sequence M is used to indicate that a data rate used for the WUP payload of the WUP is a second value; and the second sequence M and the first sequence S are in a bit logical negation relationship; and sending, by the wake-up packet sending apparatus , the WUP, to wake up a main receiver of a receiving apparatus ; characterized in that the first sequence S has a length of 32 bits, and the first sequence S is [ 1 0 1 0 0 1 0 0 1 0 1 1 1 0 1 1 0 0 0 1 0 1 1 1 0 0 1 1 1 0 0 0].
Method for removing reactive, metallic aluminium and other base metallic phases in ash or waste material from combustion processes or other thermal, chemical, mechanical processes, where combustion or, in particular, the thermal, chemical, mechanical process is followed preferably by continuous or quasi-continuous, wet chemical treatment to hydrate the metallic phases, where wet chemical treatment takes place under alkaline conditions with pH-values of more than 11 and the necessary alkalinity at a pH of more than 11 is set by means of precise addition of reaction chemicals with an alkaline effect, such as base or lye, in a mixer/kneader, characterised in that nitrate is added and, as a result, ammonia is formed instead of the highly explosive hydrogen.
Control device for controlling a rotary nozzle for backwashing at least one filter element of a filter device for filtering a gas, - with a base plate that comprises an outlet opening for filtered gas, - with a bracket fastened to the base plate , on which is fastened a feed pipe for feeding backwash medium to the rotary nozzle - with a cylindrical body fastened to the bracket and/or to the feed pipe , which contains a cylinder surrounding the feed pipe , - with a piston axially adjustable in the cylindrical body , which in the cylinder separates a control chamber that is fluidly connected to an interior of the feed pipe , from a resetting chamber open to the surroundings of the cylindrical body , - with a control sleeve , which is axially adjustable and axially guided externally on the feed pipe and is connected to the piston , - with a baffle plate for controlling the outlet opening , which is connected to the control sleeve , - wherein the baffle plate , the control sleeve and the piston form a unit , which depending on the pressure difference between the control chamber and resetting chamber is adjustable between a closing position (S1), in which the baffle plate closes the outlet opening , and an open position (S2), in which the baffle plate opens the outlet opening , characterised in that the control sleeve is formed from a brass alloy, while the feed pipe is produced from an iron alloy or from a light alloy. - with a base plate that comprises an outlet opening for filtered gas, - with a bracket fastened to the base plate , on which is fastened a feed pipe for feeding backwash medium to the rotary nozzle - with a cylindrical body fastened to the bracket and/or to the feed pipe , which contains a cylinder surrounding the feed pipe , - with a piston axially adjustable in the cylindrical body , which in the cylinder separates a control chamber that is fluidly connected to an interior of the feed pipe , from a resetting chamber open to the surroundings of the cylindrical body , - with a control sleeve , which is axially adjustable and axially guided externally on the feed pipe and is connected to the piston , - with a baffle plate for controlling the outlet opening , which is connected to the control sleeve , - wherein the baffle plate , the control sleeve and the piston form a unit , which depending on the pressure difference between the control chamber and resetting chamber is adjustable between a closing position (S1), in which the baffle plate closes the outlet opening , and an open position (S2), in which the baffle plate opens the outlet opening ,
A wheel cleaning device for cleaning vehicle wheels having a rim and a tyre mounted on said rim, said cleaning device comprising a wheel cleaning zone and a wheel conveying system for conveying the wheels to and from the wheel cleaning zone , characterised in that the wheel conveying system comprises a vertically displaceable wheel gripping device , a first wheel support in the form of an inlet conveyor for conveying a stack of wheels to the wheel gripping device , wherein the wheel gripping device is arranged for retrieving wheels from the inlet conveyor , and a wheel conveyor extending at least partially in a horizontal direction (A), wherein the wheel gripping device is connected to and displaceable along the conveyor , wherein the wheel conveying system is arranged for conveying wheels individually, in consecutive order and in a lying position to the wheel cleaning zone at least partially in the horizontal direction (A) and then from the wheel cleaning zone to a second wheel support at least partially in the horizontal direction (A) to output a stack of cleaned wheels . a vertically displaceable wheel gripping device , a first wheel support in the form of an inlet conveyor for conveying a stack of wheels to the wheel gripping device , wherein the wheel gripping device is arranged for retrieving wheels from the inlet conveyor , and a wheel conveyor extending at least partially in a horizontal direction (A), wherein the wheel gripping device is connected to and displaceable along the conveyor , wherein the wheel conveying system is arranged for conveying wheels individually, in consecutive order and in a lying position to the wheel cleaning zone at least partially in the horizontal direction (A) and then from the wheel cleaning zone to a second wheel support at least partially in the horizontal direction (A) to output a stack of cleaned wheels .
An image display mirror for a vehicle, comprising a first polarizing plate arranged so as to be rotatable in a plane, a half mirror having a reflection axis and being configured to reflect polarized light, and an image display apparatus in the stated order from a viewer side, wherein: the first polarizing plate has a polarizer; characterized in that the first polarizing plate is configured to rotate and to change an angle of an absorption axis of the polarizer relative to a reflection axis of the half mirror when an image is not displayed on the image display apparatus and when the image is displayed thereon; wherein when the image is not displayed, the absorption axis of the polarizer and the reflection axis of the half mirror are perpendicular to each other; and wherein when the image is displayed, the absorption axis of the polarizer and the reflection axis of the half mirror are parallel to each other. the first polarizing plate has a polarizer; characterized in that the first polarizing plate is configured to rotate and to change an angle of an absorption axis of the polarizer relative to a reflection axis of the half mirror when an image is not displayed on the image display apparatus and when the image is displayed thereon; wherein when the image is not displayed, the absorption axis of the polarizer and the reflection axis of the half mirror are perpendicular to each other; and wherein when the image is displayed, the absorption axis of the polarizer and the reflection axis of the half mirror are parallel to each other.
A user interface for providing a flow of respiratory gases to a patient during a medical procedure comprising: a non-sealing interface having a nasal interface comprising a body and a pair of prongs extending from the body, the prongs configured to engage nares of the patient's nose and direct high flow respiratory gases into the nares; and a mouthpiece adapted to engage the mouth of the patient; wherein the prongs and/or the mouthpiece are configured to partially occlude either an oral airway, a nasal passage, or both the oral airway and the nasal passage in use; the prongs are inflatable and configured to partially occlude a nasal passage of the patient while some gases will be leaked from the prong outlets to the surrounding atmosphere, in use. a non-sealing interface having a nasal interface comprising a body and a pair of prongs extending from the body, the prongs configured to engage nares of the patient's nose and direct high flow respiratory gases into the nares; and a mouthpiece adapted to engage the mouth of the patient; wherein the prongs and/or the mouthpiece are configured to partially occlude either an oral airway, a nasal passage, or both the oral airway and the nasal passage in use; the prongs are inflatable and configured to partially occlude a nasal passage of the patient while some gases will be leaked from the prong outlets to the surrounding atmosphere, in use.
Apparatus for producing brushware , in particular brushes or brooms, having a tufting tool for tufting bristle bundles into a provided bristle carrier , and having a bristle displacer for displacing already tufted bristle bundles from a tufting region of the tufting tool , characterized in that the tufting tool , via a tool coupling gear mechanism , and the bristle displacer , via a displacer coupling gear mechanism , are connected to and driven by a common drive shaft of the apparatus .
An excitation light irradiation device comprising: an optical system including a light source configured to emit excitation light; and a substrate having a color center , the color center being configured to be excited by the excitation light incident to the substrate , the substrate including: first and second reflection surfaces facing each other; and first and second end surfaces facing each other, wherein, when the excitation light enters into the substrate , the excitation light irradiation device is configured so that the incident excitation light travels from a first area near the first end surface to a second area near the second end surface while repeatedly reflecting between the first and second reflection surfaces , characterized in that , the second end surface is inclined to reflect the incident excitation light so as to cause the incident excitation light to be emitted from one of the first and second reflection surfaces . an optical system including a light source configured to emit excitation light; and a substrate having a color center , the color center being configured to be excited by the excitation light incident to the substrate , the substrate including: first and second reflection surfaces facing each other; and first and second end surfaces facing each other, first and second reflection surfaces facing each other; and first and second end surfaces facing each other, wherein, when the excitation light enters into the substrate , the excitation light irradiation device is configured so that the incident excitation light travels from a first area near the first end surface to a second area near the second end surface while repeatedly reflecting between the first and second reflection surfaces , characterized in that , the second end surface is inclined to reflect the incident excitation light so as to cause the incident excitation light to be emitted from one of the first and second reflection surfaces .