mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display comprising: a first display panel, a lens array disposed on the first display panel, and a second display panel disposed on the lens array; and a processor configured to: based on a plurality of light field, "LF" images, obtain a left, "L" image and a right, "R" image to drive the display by time-multiplexing, correct a second L image to drive the second display panel among L images based on a first R image to drive the first display panel among R images, and correct a second R image to drive the second display panel among the R images based on a first L image to drive the first display panel among the L images, and display a stereoscopic image by driving the display by time-multiplexing based on the L image which comprises the corrected second L image and the R image which comprises the corrected second R image. a first display panel, a lens array disposed on the first display panel, and a second display panel disposed on the lens array; and a processor configured to: based on a plurality of light field, "LF" images, obtain a left, "L" image and a right, "R" image to drive the display by time-multiplexing, correct a second L image to drive the second display panel among L images based on a first R image to drive the first display panel among R images, and correct a second R image to drive the second display panel among the R images based on a first L image to drive the first display panel among the L images, and display a stereoscopic image by driving the display by time-multiplexing based on the L image which comprises the corrected second L image and the R image which comprises the corrected second R image. based on a plurality of light field, "LF" images, obtain a left, "L" image and a right, "R" image to drive the display by time-multiplexing, correct a second L image to drive the second display panel among L images based on a first R image to drive the first display panel among R images, and correct a second R image to drive the second display panel among the R images based on a first L image to drive the first display panel among the L images, and display a stereoscopic image by driving the display by time-multiplexing based on the L image which comprises the corrected second L image and the R image which comprises the corrected second R image.
Gas turbine for transforming thermal energy, for example from coal, bio mass or the like, into mechanical work, comprising a compressor unit and a turbine unit rotating on a common shaft; at least one a regenerative, rotatable heat exchanger arranged between the outlet of compressor unit and the inlet to the turbine unit, a combustion chamber and an associated pipe system, the regenerative heat exchanger supplying heat to the air flow from the compressor unit to the turbine unit by means of hot flue gas from the combustion chamber; wherein the combustion is performed in the air flow downstream of the turbine unit; and wherein the regenerative heat exchanger comprises a number of parallel, separated duct elements open at both ends, parallel or skewed with the axis of rotation of the rotating regenerative heat exchanger and configured to allow a separated two-ways flow through the rotating regenerative heat exchanger; characterised in that: a by-pass line is arranged between the exit of the compressor unit and the inlet of the at least one regenerative heat exchanger, by-passing the combustion chamber, allowing a part of the compressed air from the compressor to by-pass the combustion chamber and then to be directed into the rotating regenerative heat exchanger and into the hot gas from the combustor chamber. a by-pass line is arranged between the exit of the compressor unit and the inlet of the at least one regenerative heat exchanger, by-passing the combustion chamber, allowing a part of the compressed air from the compressor to by-pass the combustion chamber and then to be directed into the rotating regenerative heat exchanger and into the hot gas from the combustor chamber.
A structural bearing (10; 31), which includes a sliding body with a base surface and a convex, part-spherical curved sliding surface and a mounting for movably holding the sliding body, wherein the mounting has a concave, part-spherical curved locating surface and at least partially surrounds the sliding surface of the sliding body, wherein the mounting has at least one mounting side surface (21; 22), which is so arranged that it defines the locating surface such that it has a surface edge, which, with respect to the lowest point (Ta) of the concave curved locating surface, has a height which is variable along its length in the region of the mounting side surface (21; 22), characterised in that the structural bearing (10; 31) has at least one flat sliding plate (26; 37).
A method in a server for handling a database query directed to a semantic database with stored information according to a preset ontology structure and annotated in a machine-readable format as element identifiers comprising triplets with a subject, a predicate, and an object, the method comprising: - collecting statistics derived from said information in the database, wherein collecting said statistics comprises determining a number N s P of distinct subjects S appearing in triplets with a predicate P and further determining a number N o P of distinct objects O appearing in triplets with the predicate P, and wherein said determining of N s P and N o P is performed for individual unique predicates P1, P2,... PM appearing in the database, - defining semantic rules relating to conclusions implied by the information in the database, -receiving the database query forming a first set of sub-queries, - rewriting the received database query as a second set of sub-queries in the triplet format based on at least the defined rules and the preset ontology structure, - calculating a Reduction Rate, RR, value for the sub-queries of the second set based on the collected statistics, said Reduction Rate, RR, value relating to the number of distinct subjects S and objects O appearing in triplets in the database with predicates provided in the sub-queries of the second set, and - providing the sub-queries of the second set as a modified query in an order according to decreasing Reduction Rate, RR, values of said sub-queries, for execution in that order when searching the database. - collecting statistics derived from said information in the database, wherein collecting said statistics comprises determining a number N s P of distinct subjects S appearing in triplets with a predicate P and further determining a number N o P of distinct objects O appearing in triplets with the predicate P, and wherein said determining of N s P and N o P is performed for individual unique predicates P1, P2,... PM appearing in the database, - defining semantic rules relating to conclusions implied by the information in the database, -receiving the database query forming a first set of sub-queries, - rewriting the received database query as a second set of sub-queries in the triplet format based on at least the defined rules and the preset ontology structure, - calculating a Reduction Rate, RR, value for the sub-queries of the second set based on the collected statistics, said Reduction Rate, RR, value relating to the number of distinct subjects S and objects O appearing in triplets in the database with predicates provided in the sub-queries of the second set, and - providing the sub-queries of the second set as a modified query in an order according to decreasing Reduction Rate, RR, values of said sub-queries, for execution in that order when searching the database.
An endoscope, comprising: a lens unit containing a lens tube and a lens in the lens tube; an image capturing element including an image capturing surface, an element cover glass covering the image capturing element surface of the image capturing element; and wherein the lens unit is fixed to the element cover glass with a separation portion by an adhesive resin, an optical axis of the lens being coincident with the center of the image capturing surface, wherein the adhesive resin is a light transmitting material; characterized in that a surface of the lens on the image capturing element side in the lens unit includes a concave surface, with an annular cross-sectional surface around the lens being adhered to the element cover glass by the adhesive resin, wherein an air layer suitable for transmitting light from the lens is disposed in the separation portion between a flat surface of the element cover glass and the concave surface of the lens, wherein an outer circumference of the lens and an outer circumference of the lens tube are simultaneously fixed by the adhesive resin. a lens unit containing a lens tube and a lens in the lens tube; an image capturing element including an image capturing surface, an element cover glass covering the image capturing element surface of the image capturing element; and wherein the lens unit is fixed to the element cover glass with a separation portion by an adhesive resin, an optical axis of the lens being coincident with the center of the image capturing surface, wherein the adhesive resin is a light transmitting material; characterized in that a surface of the lens on the image capturing element side in the lens unit includes a concave surface, with an annular cross-sectional surface around the lens being adhered to the element cover glass by the adhesive resin, wherein an air layer suitable for transmitting light from the lens is disposed in the separation portion between a flat surface of the element cover glass and the concave surface of the lens, wherein an outer circumference of the lens and an outer circumference of the lens tube are simultaneously fixed by the adhesive resin.
An electronic apparatus(100, 100') comprising: at least one memory storing instructions; an inputter configured to receive an input image; and a processor configured to execute the stored instructions to: obtain an output image based on the input image, wherein the processor is configured to be selectively operated in a first mode or a second mode based on an update of parameters used in at least one of a plurality of layers included in an artificial intelligence model (30, 310) being required, wherein the first mode includes a mode in which the output image is obtained based on an image processed using the artificial intelligence model (30, 310) in which the parameters are updated, and the second mode includes a mode in which the output image is obtained based on an image processed without using the artificial intelligence model (30, 310). at least one memory storing instructions; an inputter configured to receive an input image; and a processor configured to execute the stored instructions to: obtain an output image based on the input image, wherein the processor is configured to be selectively operated in a first mode or a second mode based on an update of parameters used in at least one of a plurality of layers included in an artificial intelligence model (30, 310) being required, wherein the first mode includes a mode in which the output image is obtained based on an image processed using the artificial intelligence model (30, 310) in which the parameters are updated, and the second mode includes a mode in which the output image is obtained based on an image processed without using the artificial intelligence model (30, 310). obtain an output image based on the input image, wherein the processor is configured to be selectively operated in a first mode or a second mode based on an update of parameters used in at least one of a plurality of layers included in an artificial intelligence model (30, 310) being required, wherein the first mode includes a mode in which the output image is obtained based on an image processed using the artificial intelligence model (30, 310) in which the parameters are updated, and the second mode includes a mode in which the output image is obtained based on an image processed without using the artificial intelligence model (30, 310).
Connector arrangement having a connector and a cable connected to the connector, wherein the cable has an inner conductor as well as an outer conductor, comprising a braided sheath, and the connector has an inner conductor as well as an outer conductor, wherein the connector arrangement has a crimp region in which the cable is crimped with a crimp barrel, wherein the crimp barrel has at least one radially inwardly directed lug, wherein the lug is formed at a frontal end (13; 14) of the crimp barrel, wherein the crimp barrel is crimped with the braided sheath and the braided sheath is formed within the crimp barrel, characterized in that the crimp barrel has a plurality of lugs which are formed at opposing frontal ends (13, 14) of the crimp barrel, wherein each lug bears against the outer conductor of the cable and engages in the braided sheath of the cable, wherein the crimp barrel has at least one recess and the braided sheath engages in the recess. wherein the cable has an inner conductor as well as an outer conductor, comprising a braided sheath, and the connector has an inner conductor as well as an outer conductor, wherein the connector arrangement has a crimp region in which the cable is crimped with a crimp barrel, wherein the crimp barrel has at least one radially inwardly directed lug, wherein the lug is formed at a frontal end (13; 14) of the crimp barrel, wherein the crimp barrel is crimped with the braided sheath and the braided sheath is formed within the crimp barrel, characterized in that the crimp barrel has a plurality of lugs which are formed at opposing frontal ends (13, 14) of the crimp barrel, wherein each lug bears against the outer conductor of the cable and engages in the braided sheath of the cable, wherein the crimp barrel has at least one recess and the braided sheath engages in the recess.
A genetically modified yeast, comprising: one or more genetic modifications that block beta oxidation activity; and one or more genetic modifications that increase one or more fatty aldehyde dehydrogenase activities, wherein the one or more genetic modification(s) are chosen from an increase in HFD1 fatty aldehyde dehydrogenase activity or HFD2 fatty aldehyde dehydrogenase activity.
A multi-voltage circuit to shift each of two bits from a first voltage level logic to a second voltage level logic, comprising: a first N-well formed in a substrate; a second N-well formed in the substrate, adjacent to a side of the first N-well; a third N-well formed in the substrate, adjacent to a side of the first N-well opposite the second N-well; characterized by a first one-bit VLS (Voltage Level Shifter) circuit having a portion formed on the first N-well and a portion formed on the second N-well; and a second one-bit VLS circuit having a portion formed on the first N-well and a portion formed on the third N-well. a first N-well formed in a substrate; a second N-well formed in the substrate, adjacent to a side of the first N-well; a third N-well formed in the substrate, adjacent to a side of the first N-well opposite the second N-well; characterized by a first one-bit VLS (Voltage Level Shifter) circuit having a portion formed on the first N-well and a portion formed on the second N-well; and a second one-bit VLS circuit having a portion formed on the first N-well and a portion formed on the third N-well.
A method for enabling easier interpretation and analysis of an observed real world scene by presenting a visible representation of infrared radiation information, based on infrared radiation emitted from said real world scene, and additional information onto said observed real world scene, using a thermography arrangement comprising an infrared imaging system, a visible light imaging system and a visible light projecting system, the method comprising: - capturing infrared radiation information based on infrared radiation emitted from said observed real world scene; - creating a visible representation representing different thermal properties of the observed real world scene of said captured infrared radiation information; - aligning said visible representation of said captured infrared radiation information to the infrared radiation emitted from said observed real world scene; - creating a visible representation of additional information dependent on a signal received from a predetermined source; - creating a combined infrared image comprising said aligned visible representation of said captured infrared radiation information and said visible representation of additional information; and - presenting said combined infrared image by projecting it onto said observed real world scene, wherein said visible representation of captured infrared radiation information comprised in said combined infrared image is projected in alignment with said IR radiation emitted from said observed real world scene. - capturing infrared radiation information based on infrared radiation emitted from said observed real world scene; - creating a visible representation representing different thermal properties of the observed real world scene of said captured infrared radiation information; - aligning said visible representation of said captured infrared radiation information to the infrared radiation emitted from said observed real world scene; - creating a visible representation of additional information dependent on a signal received from a predetermined source; - creating a combined infrared image comprising said aligned visible representation of said captured infrared radiation information and said visible representation of additional information; and - presenting said combined infrared image by projecting it onto said observed real world scene, wherein said visible representation of captured infrared radiation information comprised in said combined infrared image is projected in alignment with said IR radiation emitted from said observed real world scene.
Trim assembly having at least one first emergency catch device having a first support, having at least one trim part for a vehicle, wherein the trim part has at least one bearing device and can be coupled to a chassis of the vehicle by means of the at least one bearing device, wherein the at least first emergency catch device has at least one first catch bolt which has a screw head with a contact surface facing toward the at least one trim part and at least one first spacer, and wherein the at least first catch bolt and the at least first spacer are connected to the first support, wherein the at least one trim part is attached to the chassis frame by way of the contact surface when the trim part is arranged on a lower side of the chassis and the at least one bearing device is broken down or detached.
A delaminatable container, containing a container body having an outer shell and an inner bag, the inner bag to be shrunk with a decrease in contents, wherein the inner bag is composed of an inner layer including an outside layer, an adhesion layer, and an inside layer in order from a container outer surface side, the outside layer includes an EVOH layer, the inside layer has a bending modulus of elasticity of 250 MPa or less, characterized in, that the inside layer has a thickness from 60 to 200 μm, a value of (thickness of the inside layer / thickness of the EVOH layer) is from 1.1 to 5, and the entire inner layer has a thickness from 100 to 250 μm.
A system for repairing a blade, the system comprising: an induction heating coil configured for heating a platform and slash face of the blade; characterized in that the system further comprises a fixture having a back portion and root apertures, the root apertures being configured to receive blade root tabs of the blade, wherein the heating coil is mounted on the fixture, so that, when the system is in use, the blade is supported by the blade root tabs resting in the root apertures, and further the heating coil comprises a portion which is shaped such that said portion of the induction heating coil extends under the platform and is adjacent to the slash face when the system is in use, so as to provide substantially uniform localized heating to both the platform and slash face of the blade, and wherein the induction heating coil is configured so that the platform is visible during a repair operation. an induction heating coil configured for heating a platform and slash face of the blade; characterized in that the system further comprises a fixture having a back portion and root apertures, the root apertures being configured to receive blade root tabs of the blade, wherein the heating coil is mounted on the fixture, so that, when the system is in use, the blade is supported by the blade root tabs resting in the root apertures, and further the heating coil comprises a portion which is shaped such that said portion of the induction heating coil extends under the platform and is adjacent to the slash face when the system is in use, so as to provide substantially uniform localized heating to both the platform and slash face of the blade, and wherein the induction heating coil is configured so that the platform is visible during a repair operation.
Sensor system having an application-specific integrated circuit, and having at least one first sensor element for measuring a first physical variable and a second sensor element for measuring a second physical variable, wherein the first sensor element is part of the application-specific integrated circuit that has not only the first sensor element but also further electronic circuits, and the second sensor element is arranged separately and outside the application-specific integrated circuit, wherein the second sensor element is electrically connected to the application-specific integrated circuit via a first connection point, characterized in that the application-specific integrated circuit can be configured via the first connection point and the measurement signal from the second sensor element can be read via the first connection point.
An electrical drive arrangement for at least one fuel injector of a fuel injection system comprising: a buffer capacitor adapted to store energy; a charging stage (64; 130) for charging said buffer capacitor; an injector driver stage operatively connected to a fuel injector, said driver stage being operatively connected to said buffer capacitor; a voltage regulation device operatively connected between said buffer capacitor and said injector driver stage and configured to supply an operating voltage to said injector driver stage; and a controller configured to determine a target charge voltage (V charge) for said buffer capacitor depending on pre-set conditions; wherein said charging stage (64; 130) is adapted to receive from said controller an input representative of said target charge voltage (V charge) characterised in that said controller receives as input a temperature information representative of the operating temperature of said buffer capacitor and is configured to adapt said target charge voltage (V charge) depending on said temperature information. a buffer capacitor adapted to store energy; a charging stage (64; 130) for charging said buffer capacitor; an injector driver stage operatively connected to a fuel injector, said driver stage being operatively connected to said buffer capacitor; a voltage regulation device operatively connected between said buffer capacitor and said injector driver stage and configured to supply an operating voltage to said injector driver stage; and a controller configured to determine a target charge voltage (V charge) for said buffer capacitor depending on pre-set conditions; wherein said charging stage (64; 130) is adapted to receive from said controller an input representative of said target charge voltage (V charge) characterised in that said controller receives as input a temperature information representative of the operating temperature of said buffer capacitor and is configured to adapt said target charge voltage (V charge) depending on said temperature information.