mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine for a turbomachine , the turbine comprising: a nozzle comprising: an inner platform ; an outer platform spaced apart from the inner platform along a radial direction, the outer platform extending along an axial direction between a forward sidewall and an aft sidewall ; and an airfoil extending between the inner platform and the outer platform, the airfoil comprising a leading edge at a forward end of the airfoil and a trailing edge at an aft end of the airfoil; the turbine being characterised in that it further comprises shroud extending between a forward end and an aft end, the forward end of the shroud adjacent to the aft sidewall of the outer platform ; a cavity defined by an axial clearance between the nozzle and the shroud; and a sealing interface within the cavity, the sealing interface radially outward of the outer platform of the nozzle and axially forward of the aft sidewall of the outer platform of the nozzle. an inner platform ; an outer platform spaced apart from the inner platform along a radial direction, the outer platform extending along an axial direction between a forward sidewall and an aft sidewall ; and an airfoil extending between the inner platform and the outer platform, the airfoil comprising a leading edge at a forward end of the airfoil and a trailing edge at an aft end of the airfoil; the turbine being characterised in that it further comprises shroud extending between a forward end and an aft end, the forward end of the shroud adjacent to the aft sidewall of the outer platform ; a cavity defined by an axial clearance between the nozzle and the shroud; and a sealing interface within the cavity, the sealing interface radially outward of the outer platform of the nozzle and axially forward of the aft sidewall of the outer platform of the nozzle.
Method for setting one or more measuring points on at least one specimen in a specimen holder for a hardness test in a hardness testing device , wherein the hardness testing device comprises a table , a tool holder having at least one indenter and at least one lens , and optionally an overview image camera and a screen , wherein the specimen holder is positionable on the table in x- and y-direction and wherein the table and/or the tool holder of the hardness testing device are displaceable in z-direction, relative to each other, characterized by the following steps: a) selecting and providing a virtual, three-dimensional model of the specimen holder having at least one specimen placed thereon from an electronic data storage, b) positioning the specimen holder loaded with the specimen on the table , c) automatically displaying the model and/or an overview image made of the specimen on the screen , d) assigning a measurement method, e) marking a point (P) on the display of the model and/or the overview image of the specimen on the screen , f) automatic definition of one or more measuring point(s) based on the measuring method, wherein, based on the position of the point (P) and the assigned measuring method, x- and y-coordinates and, based on the virtual model , z-coordinates are automatically assigned to each measuring point in the hardness testing device , g) automatically storing the x-, y- and z-coordinates of each measuring point in a data memory, and h) generating a number of indentations corresponding to the number of measuring points for automatically performing the hardness test by means of the indenter . a) selecting and providing a virtual, three-dimensional model of the specimen holder having at least one specimen placed thereon from an electronic data storage, b) positioning the specimen holder loaded with the specimen on the table , c) automatically displaying the model and/or an overview image made of the specimen on the screen , d) assigning a measurement method, e) marking a point (P) on the display of the model and/or the overview image of the specimen on the screen , f) automatic definition of one or more measuring point(s) based on the measuring method, wherein, based on the position of the point (P) and the assigned measuring method, x- and y-coordinates and, based on the virtual model , z-coordinates are automatically assigned to each measuring point in the hardness testing device , g) automatically storing the x-, y- and z-coordinates of each measuring point in a data memory, and h) generating a number of indentations corresponding to the number of measuring points for automatically performing the hardness test by means of the indenter .
Device for regulating the circulation of an external air flow (FA) for a grille or an air vent of a vehicle comprising a frame and means for adjusting the intake of the external air flow (FA) comprising a plurality of shutters connected to said frame and moved by drive means , characterized in that : - the shutters are each pivotally mounted about a pivot axis relative to the frame so as to be pivoted between a first position restricting the external air flow through the grille or the air vent of the vehicle , and a second position allowing the air flow (FA) to circulate therethrough; - the pivot axes of the shutters are parallel to each other, adjacent shutters being separated by a space defined by a centre-to-centre dimension in a first direction orthogonal to the pivot axes and passing through said axes; - the regulating device comprises a blocking member carried by the frame and comprising a plurality of fins extending parallel to at least one of the pivot axes , the arrangement of said fins relative to the plurality of shutters being designed to prevent external projected objects from passing through the regulating device in the direction of circulation of the external air flow (FA) at least when the shutters are arranged in the second position, the blocking member being arranged, relative to the adjustment means , notably relative to a fin closest to the adjustment means, at a distance less than twice, or even 1.5 times, the centre-to-centre dimension separating the adjacent shutters . - the shutters are each pivotally mounted about a pivot axis relative to the frame so as to be pivoted between a first position restricting the external air flow through the grille or the air vent of the vehicle , and a second position allowing the air flow (FA) to circulate therethrough; - the pivot axes of the shutters are parallel to each other, adjacent shutters being separated by a space defined by a centre-to-centre dimension in a first direction orthogonal to the pivot axes and passing through said axes; - the regulating device comprises a blocking member carried by the frame and comprising a plurality of fins extending parallel to at least one of the pivot axes , the arrangement of said fins relative to the plurality of shutters being designed to prevent external projected objects from passing through the regulating device in the direction of circulation of the external air flow (FA) at least when the shutters are arranged in the second position, the blocking member being arranged, relative to the adjustment means , notably relative to a fin closest to the adjustment means, at a distance less than twice, or even 1.5 times, the centre-to-centre dimension separating the adjacent shutters .
A dishwasher comprising: a tub that accommodates dishes; a fixed nozzle assembly disposed adjacent to a first position (P1) and configured to spray washing water; a vane assembly including a reflection surface facing the nozzle assembly and configured to change a direction of the sprayed washing water toward the dishes; and a controller configured to move the vane assembly between the first position (P1) and a second position (P2) of an inside of the tub and move the vane assembly to the second position (P2) in response to the vane assembly being positioned at the first position (P1), wherein the first position (P1) is a position of the vane assembly when the vane assembly is closest to the fixed nozzle assembly , and the second position (P2) is a position of the vane assembly when the vane assembly is farthest from the fixed nozzle assembly , characterized in that the controller is configured to position the vane assembly at the first position (P1) when the nozzle assembly starts the spraying of washing water toward the reflection surface of the vane assembly . a tub that accommodates dishes; a fixed nozzle assembly disposed adjacent to a first position (P1) and configured to spray washing water; a vane assembly including a reflection surface facing the nozzle assembly and configured to change a direction of the sprayed washing water toward the dishes; and a controller configured to move the vane assembly between the first position (P1) and a second position (P2) of an inside of the tub and move the vane assembly to the second position (P2) in response to the vane assembly being positioned at the first position (P1), wherein the first position (P1) is a position of the vane assembly when the vane assembly is closest to the fixed nozzle assembly , and the second position (P2) is a position of the vane assembly when the vane assembly is farthest from the fixed nozzle assembly , characterized in that the controller is configured to position the vane assembly at the first position (P1) when the nozzle assembly starts the spraying of washing water toward the reflection surface of the vane assembly .
A method for positioning a hairline contour, comprising: obtaining a to-be-detected face image; generating an initial hairline contour of the to-be-detected face image; calculating , in a grayscale image, a difference between grayscale values of a pixel on the initial hairline contour and a neighboring pixel; and adjusting the initial hairline contour based on the difference between the grayscale values, to generate an accurate hairline contour of the to-be-detected face image, wherein the adjusting the initial hairline contour based on the difference between the grayscale values, to generate an accurate hairline contour of the to-be-detected face image comprises: determining a target pixel based on the difference between the grayscale values of the pixel on the initial hairline contour and the neighboring pixel, wherein a difference between grayscale values of the target pixel and the neighboring pixel is greater than a preset threshold; and using the target pixel as a pixel on the accurate hairline contour, and generating the accurate hairline contour of the to-be-detected face image based on a change trend of the initial hairline contour. obtaining a to-be-detected face image; generating an initial hairline contour of the to-be-detected face image; calculating , in a grayscale image, a difference between grayscale values of a pixel on the initial hairline contour and a neighboring pixel; and adjusting the initial hairline contour based on the difference between the grayscale values, to generate an accurate hairline contour of the to-be-detected face image, wherein the adjusting the initial hairline contour based on the difference between the grayscale values, to generate an accurate hairline contour of the to-be-detected face image comprises: determining a target pixel based on the difference between the grayscale values of the pixel on the initial hairline contour and the neighboring pixel, wherein a difference between grayscale values of the target pixel and the neighboring pixel is greater than a preset threshold; and using the target pixel as a pixel on the accurate hairline contour, and generating the accurate hairline contour of the to-be-detected face image based on a change trend of the initial hairline contour. determining a target pixel based on the difference between the grayscale values of the pixel on the initial hairline contour and the neighboring pixel, wherein a difference between grayscale values of the target pixel and the neighboring pixel is greater than a preset threshold; and using the target pixel as a pixel on the accurate hairline contour, and generating the accurate hairline contour of the to-be-detected face image based on a change trend of the initial hairline contour.
Bridge device for measuring the thickness of mainly flat panels to be placed in a production line for producing said panels, said production line comprising a plurality of machines placed in series, said bridge device comprises: - a frame provided with feet for fixing said bridge device to the floor, - two supports supporting measuring contact systems, said supports being slidable in a direction perpendicular to the conveying direction of panels , in order to adjust their positions to the transversal measure of said panels ; - two measuring contact systems for measuring the thickness of panels, one for each panel longitudinal side parallel to the conveying direction of panels; said measuring systems being optionally divided into two parts, placed one over and one under the surface of said panels , both provided with a pneumatic cylinder in its turn integral with an encoder detecting the displacement leaning on the surface through an idle roller; - at least a transversal photocell detecting the position of the panel and its length; - two blocking knobs for blocking said supports ; - a device transmitting the information concerning the actual thickness of each panel to a machine for treating one of the main surfaces of each panel . - a frame provided with feet for fixing said bridge device to the floor, - two supports supporting measuring contact systems, said supports being slidable in a direction perpendicular to the conveying direction of panels , in order to adjust their positions to the transversal measure of said panels ; - two measuring contact systems for measuring the thickness of panels, one for each panel longitudinal side parallel to the conveying direction of panels; said measuring systems being optionally divided into two parts, placed one over and one under the surface of said panels , both provided with a pneumatic cylinder in its turn integral with an encoder detecting the displacement leaning on the surface through an idle roller; - at least a transversal photocell detecting the position of the panel and its length; - two blocking knobs for blocking said supports ; - a device transmitting the information concerning the actual thickness of each panel to a machine for treating one of the main surfaces of each panel .
A battery, comprising: a cell , a packaging bag configured to package the cell , and an electrode tab connected with the cell , the packaging bag comprising a first packaging portion configured to accommodate the cell and a second packaging portion formed by packaging the cell , the second packaging portion comprising a top seal configured to seal the electrode tab and two side seals intersecting the top seal , a notched structure being formed at an intersection of the top seal and the side seal , and the side seal being folded over along an edge of the side seal adjacent to the first packaging portion and fixed to an outer side surface of the first packaging portion , characterized in that the side seal comprises a heat-seal zone and a non-sealed zone sequentially provided in a direction away from a side edge of the side seal , and the heat-seal zone has a width that satisfies 1/5W≤W 1 ≤4/5W, in which W 1 is the width of the heat-seal zone, and W is the width of the side seal .
A composite fiber comprising (A) a polyamide resin fiber made from a polyamide resin composition, (B) a continuous reinforcing fiber, and (a) a treating agent for the polyamide resin fiber (A) ; wherein an amount of the treating agent (a) is 0.1 to 2.0 % by mass of the polyamide resin fiber (A); and the polyamide resin composition comprises a polyamide resin containing a diamine structural unit, 50 mol % or more of which is derived from xylylenediamine, and having a number average molecular weight (Mn) of 6,000 to 30,000; and 0.5 to 5 % by mass of the polyamide resin has a molecular weight of 1,000 or less.
A preparation of cells, comprising: (a) a plurality of cells wherein greater than 90 percent of the cells in the preparation are photoreceptor progenitor cells that are immunocytochemically PAX6 + , and CHX10 , and mRNA transcript positive for MASH1, as detected by qPCR, and (b) a medium suitable for maintaining the viability of the photoreceptor progenitor cells. (a) a plurality of cells wherein greater than 90 percent of the cells in the preparation are photoreceptor progenitor cells that are immunocytochemically PAX6 + , and CHX10 , and mRNA transcript positive for MASH1, as detected by qPCR, and (b) a medium suitable for maintaining the viability of the photoreceptor progenitor cells.
A polypeptide consisting of SEQ ID NO: 194 or SEQ ID NO: 184 for use in a method of treating a C5-complement-related disorder, the method comprising administering the polypeptide at a dose of from about 0.1 mg/kg to about 10 mg/kg wherein hemolysis in the subject is reduced by at least 50% relative to hemolysis levels previously observed in said subject.
An epicyclic gear system , comprising: an annular gear centered about an axis; a star gear radially inward from the annular gear ; a journal pin inside the star gear and comprising an internal bore with a first recessed wall passing through the journal pin along an axis of rotation ; a sun gear radially inward from the star gear ; a collar coupled to the journal pin ; and a carrier press fit onto the collar , wherein the first recessed wall of the internal bore has a diameter (D 1 ) greater than a diameter (D 2 ) at an opening of the internal bore , and characterised in that : the collar comprises a second recessed wall defining a cutout ; and the first recessed wall has an elliptical shape, wherein an axial length (A1) of the first recessed wall is 45% or less of an axial length (A2) of the journal pin . an annular gear centered about an axis; a star gear radially inward from the annular gear ; a journal pin inside the star gear and comprising an internal bore with a first recessed wall passing through the journal pin along an axis of rotation ; a sun gear radially inward from the star gear ; a collar coupled to the journal pin ; and a carrier press fit onto the collar , the collar comprises a second recessed wall defining a cutout ; and the first recessed wall has an elliptical shape, wherein an axial length (A1) of the first recessed wall is 45% or less of an axial length (A2) of the journal pin .
An LaBr 3 scintillation detector comprising: an LaBr 3 scintillator ; a photoelectric converter that converts light emitted from the LaBr 3 scintillator into an electric signal; a waveform signal output unit that converts an output from the photoelectric converter into a voltage waveform signal; a detecting unit that detects a peak value V p and a total charge amount Q total of the voltage waveform signal; a calculating unit that calculates a statistical error propagation expression function of a ratio of the peak value V p and the total charge amount Q total in an energy range of 1.5 MeV or less; the statistical error propagation expression function being the function obtained by plotting the standard deviation of the Vp/Qtotal, or a multiple of the standard deviation, for the data obtained in the energy Range of 1.5 MeV or less, and a processing unit that uses the statistical error propagation expression function as a threshold function to specify an event other than γ rays and rejects the event, to detect a γ ray event, and wherein the calculating unit calculates a standard deviation by correcting the peak value V p detected by the detecting unit to become linear with respect to the total charge amount Q total . an LaBr 3 scintillator ; a photoelectric converter that converts light emitted from the LaBr 3 scintillator into an electric signal; a waveform signal output unit that converts an output from the photoelectric converter into a voltage waveform signal; a detecting unit that detects a peak value V p and a total charge amount Q total of the voltage waveform signal; a calculating unit that calculates a statistical error propagation expression function of a ratio of the peak value V p and the total charge amount Q total in an energy range of 1.5 MeV or less; the statistical error propagation expression function being the function obtained by plotting the standard deviation of the Vp/Qtotal, or a multiple of the standard deviation, for the data obtained in the energy Range of 1.5 MeV or less, and a processing unit that uses the statistical error propagation expression function as a threshold function to specify an event other than γ rays and rejects the event, to detect a γ ray event, and wherein the calculating unit calculates a standard deviation by correcting the peak value V p detected by the detecting unit to become linear with respect to the total charge amount Q total .
A crystalline form of cabotegravir sodium characterized by having a powder X-ray diffractogram comprising reflections at 2-Theta angles of: (6.2 ± 0.2)°, (17.3 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)°, (23.2 ± 0.2)° and (25.1 ± 0.2)°; when measured at a temperature in the range of from 20 to 30 °C with Cu-Kalpha 1,2 radiation having a wavelength of 0.15419 nm. (6.2 ± 0.2)°, (17.3 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)°, (23.2 ± 0.2)° and (25.1 ± 0.2)°;
An exhaust purification apparatus for an internal combustion engine that performs sulfur poison recovery control for causing a sulfur component that is adsorbed to an exhaust purification catalyst provided in an exhaust system of the internal combustion engine to desorb from the exhaust purification catalyst by supplying fuel to the exhaust system, wherein the fuel supplied to the exhaust system is supplied from a fuel injection valve that injects fuel into a combustion chamber, the exhaust purification apparatus is configured such that as an injection form of fuel injected from the fuel injection valve into the combustion chamber in order to raise the temperature of the exhaust system in the sulfur poison recovery control, angle-of-advance post-injection and angle-of-delay post-injection that are executed after piston compression top dead center are performed within a same combustion cycle, and the sulfur poison recovery control is interrupted by stopping post-injection if an integrated amount of fuel injected in the angle-of-delay post-injection reached a recovery control interruption amount, and the recovery control interruption amount is set to an amount at which it is determined that an oil dilution rate reached a predetermined value due to the fuel injected from the fuel injection valve attaching to a wall surface in the combustion chamber.
A method of operating a network node in a communication network, the method comprising: receiving an identifier for a list of wireless local area network, WLAN, identifiers stored in the mobile device from the mobile device ; determining if the list of WLAN identifiers stored in the mobile device is valid (734; 832); and sending a list of WLAN identifiers to the mobile device if it is determined that the list of WLAN identifiers stored in the mobile device is not valid (740; 836). receiving an identifier for a list of wireless local area network, WLAN, identifiers stored in the mobile device from the mobile device ; determining if the list of WLAN identifiers stored in the mobile device is valid (734; 832); and sending a list of WLAN identifiers to the mobile device if it is determined that the list of WLAN identifiers stored in the mobile device is not valid (740; 836).