mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device package comprising: first and second frames (111, 112) spaced apart from each other; a package body including a body disposed between the first and second frames (111, 112); a light emitting device including first and second bonding parts (121, 122); a first through hole in the first frame; a second through hole in the second frame; and first and second conductive layers (321, 322) disposed in the first and second through holes (TH1, TH2), characterized by further comprising: a first resin disposed between the body of the package body and the light emitting device; and intermetallic compound layers (111b, 112b) disposed between the first conductive layer and the first frame, and between the second conductive layer and the second frame, respectively, wherein the first bonding part of the light emitting device overlaps with the first through hole in the first frame, wherein the second bonding part of the light emitting device overlaps with the second through hole in the second frame, and wherein the first and second bonding parts (121, 122) are spaced apart from each other. first and second frames (111, 112) spaced apart from each other; a package body including a body disposed between the first and second frames (111, 112); a light emitting device including first and second bonding parts (121, 122); a first through hole in the first frame; a second through hole in the second frame; and first and second conductive layers (321, 322) disposed in the first and second through holes (TH1, TH2), characterized by further comprising: a first resin disposed between the body of the package body and the light emitting device; and intermetallic compound layers (111b, 112b) disposed between the first conductive layer and the first frame, and between the second conductive layer and the second frame, respectively, wherein the first bonding part of the light emitting device overlaps with the first through hole in the first frame, wherein the second bonding part of the light emitting device overlaps with the second through hole in the second frame, and wherein the first and second bonding parts (121, 122) are spaced apart from each other.
An imaging lens structure comprising a lens region defining an effective aperture of the lens structure, said lens region comprising an arrangement of lens zones (Z1, Z2) configured as angular segments (51, 52) of the lens region arranged around the optical axis and being distributed within the lens region and comprising zones (Z1, Z2) of at least two different optical functions differently affecting light passing therethrough, said at least two different optical functions comprising two different focal lengths, said lens region having a surface relief corresponding to arrangement of said zones (Z1, Z2) of at least two different optical functions, said zones (Z1, Z2) being arranged in an interlaced fashion along said lens region such that adjacent lens zones (Z1, Z2) of different optical functions are spaced apart from one another along an optical axis of the lens structure by a distance larger than 1 micron such that said distance is larger than a coherence length of light of at least one spectral range for which said lens structure is designed, characterized in that said imaging lens structure further comprises a phase coder, said phase coder comprising first and second phase coding patterns (P1, P2) associated with said zones (Z1, Z2) of two different focal lengths respectively to provide extended depth of focus for imaging.
A velocity calculating device to be mounted on a movable body having at least a front wheel and a rear wheel and for moving on a traveling surface, comprising: an acceleration acquiring module configured to acquire an acceleration of an axle of the front wheels in vertical directions of the movable body, wherein the acceleration acquiring module is situated in front of the center of gravity of the moving body and near the axle of the front wheels; an angular velocity acquiring module configured to acquire a pitch angular velocity of the movable body; a time difference detecting module configured to detect a time difference between the acceleration in the vertical directions and the pitch angular velocity; and a velocity calculating module configured to calculate a moving velocity of the movable body based on a ratio of a wheelbase with respect to the time difference, the wheelbase being a distance between the axle of the front wheel and the axle of the rear wheel, characterized in that the acceleration acquiring module comprises a longitudinal acceleration acquiring module configured to acquire an acceleration of the movable body in longitudinal directions thereof, and the velocity calculating module calculates the moving velocity of the movable body based on the ratio of the wheelbase with respect to the time difference, and the acceleration in the longitudinal directions. an acceleration acquiring module configured to acquire an acceleration of an axle of the front wheels in vertical directions of the movable body, wherein the acceleration acquiring module is situated in front of the center of gravity of the moving body and near the axle of the front wheels; an angular velocity acquiring module configured to acquire a pitch angular velocity of the movable body; a time difference detecting module configured to detect a time difference between the acceleration in the vertical directions and the pitch angular velocity; and a velocity calculating module configured to calculate a moving velocity of the movable body based on a ratio of a wheelbase with respect to the time difference, the wheelbase being a distance between the axle of the front wheel and the axle of the rear wheel, characterized in that the acceleration acquiring module comprises a longitudinal acceleration acquiring module configured to acquire an acceleration of the movable body in longitudinal directions thereof, and the velocity calculating module calculates the moving velocity of the movable body based on the ratio of the wheelbase with respect to the time difference, and the acceleration in the longitudinal directions.
A tritium absorbing material for collecting tritium from heavy water containing tritium, comprising: a deuterium ion-containing manganese oxide having a spinel-type crystal structure.
A leading edge assembly for a wing, comprising: a high lift device, a housing which is configured to be connectable to a fixed wing section of the wing and in which a first opening connecting an exterior of the housing with an interior of the housing is formed, an actuating element which is movably connected to the housing such that the actuating element is movable between a first position and at least one second position, wherein the actuating element extends through the first opening and comprises a first section which is arranged in the interior of the housing and a second section which is arranged in the exterior of the housing and which is configured to be connectable to a high lift device, characterized by: the leading edge assembly comprising a drive mechanism which is configured to drive movement of the actuating element, and the drive mechanism being arranged in the interior of the housing. a housing which is configured to be connectable to a fixed wing section of the wing and in which a first opening connecting an exterior of the housing with an interior of the housing is formed, an actuating element which is movably connected to the housing such that the actuating element is movable between a first position and at least one second position, wherein the actuating element extends through the first opening and comprises a first section which is arranged in the interior of the housing and a second section which is arranged in the exterior of the housing and which is configured to be connectable to a high lift device, characterized by: the leading edge assembly comprising a drive mechanism which is configured to drive movement of the actuating element, and the drive mechanism being arranged in the interior of the housing. the leading edge assembly comprising a drive mechanism which is configured to drive movement of the actuating element, and the drive mechanism being arranged in the interior of the housing.
Method for preparing a fibrous suspension for producing paper or cardboard, in which fibres are dissolved in water to give a suspension, the suspension is subjected to a physical separation process for separating out impurities and subsequently undergoes bleaching, characterized in that the bleaching is designed as a two-step bleaching process comprising an oxygen treatment in which oxygen is fed to the suspension, and a subsequent ozone treatment, in which ozone is fed to the suspension, and in that, in the oxygen treatment, at least part of the oxygen used is oxygen that was released in the ozone treatment.
An acoustic screen system, comprising: - a base apparatus comprising an air-conditioning unit embodied to condition ambient air in a room; and - an acoustic screen which is fastened to the base apparatus by a fastening means, such that it can be folded down, and comprises an acoustic element which extends over an area and to which one or more LEDs are attached, wherein the air-conditioning unit suctions the ambient air through one or more air inlet opening(s) of the base apparatus by means of a fan unit and expels it through an air outlet opening of the base apparatus which, when the acoustic screen is in an operational position in which it is folded onto the base apparatus, is connected to air outlet slits, which at least partially enclose the acoustic element in the shape of a frame, via a first air space of the acoustic screen which extends above and substantially parallel to the acoustic element. - a base apparatus comprising an air-conditioning unit embodied to condition ambient air in a room; and - an acoustic screen which is fastened to the base apparatus by a fastening means, such that it can be folded down, and comprises an acoustic element which extends over an area and to which one or more LEDs are attached,
A method of operating a roaming settings service, the method comprising: receiving an update to roaming settings specific to a user indicative of at least an interaction of the user with a content item while engaged with an instance of an application program provisioned according to a first application model that hosts the content item, wherein the application program is provided according to the first application model so that the user may experience application environments and content; receiving a request for the roaming settings specific to the user initiated by an instance of the application program provisioned according to a second application model that hosts the content item; and in response to the request, retrieving updated roaming settings that reflect the update to the roaming settings indicative of at least the interaction of the user with the content item while engaged with the instance of the application program provisioned according to the first application model; and transferring the updated roaming settings for delivery to the instance of the application program provisioned according to the second application model, wherein at least a portion of the updated roaming settings apply to the content item. receiving an update to roaming settings specific to a user indicative of at least an interaction of the user with a content item while engaged with an instance of an application program provisioned according to a first application model that hosts the content item, wherein the application program is provided according to the first application model so that the user may experience application environments and content; receiving a request for the roaming settings specific to the user initiated by an instance of the application program provisioned according to a second application model that hosts the content item; and in response to the request, retrieving updated roaming settings that reflect the update to the roaming settings indicative of at least the interaction of the user with the content item while engaged with the instance of the application program provisioned according to the first application model; and
An automatic animal grooming system comprising: a brush station, and a processing unit connected to the brush station, characterized in that the brush station comprises: a brush associated with a detection means configured to detect a repositioning of the brush from a neutral position resulting from an animal pushing a part of itself against the brush; a reader unit having a detection range within which identity data can be read out from an identification device; and an output interface; the brush station being configured to, in response to a detected repositioning of the brush, register the identity data from a first detected identification device within the detection range, and forward the identity data to the processing unit via the output interface, and the processing unit is configured to register data representing animal visits to the brush station. a brush station, and a processing unit connected to the brush station, characterized in that the brush station comprises: a brush associated with a detection means configured to detect a repositioning of the brush from a neutral position resulting from an animal pushing a part of itself against the brush; a reader unit having a detection range within which identity data can be read out from an identification device; and an output interface; the brush station being configured to, in response to a detected repositioning of the brush, register the identity data from a first detected identification device within the detection range, and forward the identity data to the processing unit via the output interface, and the processing unit is configured to register data representing animal visits to the brush station.
A vaccine comprising an immunogenic quantity of a tumor-derived antigen or tumor antigen and an adjuvant comprising an IAP inhibitor wherein the IAP inhibitor is -N-( -1-Cyclohexyl-2-{ -2-[4-(4-fluoro-benzoyl)-thiazol-2-yl]-pyrrolidin-1-yl}-2-oxo-ethyl)-2-methylamino-propionamide, or a pharmaceutically acceptable salt thereof.
A process for the conversion of a liquid hydrocarbon feedstock into lower molecular weight hydrocarbon compounds in an ebullated-bed catalytic hydroprocessing reactor, the ebullated-bed reactor including an internal recycle downflow conduit in fluid communication with a substantially catalyst-free region above the ebullated catalyst bed for receiving liquid recycle effluent from the ebullated bed, the process comprising: a. mixing the liquid hydrocarbon feedstock with an excess of hydrogen gas in a mixing zone to dissolve a portion of the hydrogen gas in the liquid hydrocarbon feedstock to produce a hydrogen-enriched liquid hydrocarbon feedstock; b. conveying the hydrogen-enriched liquid hydrocarbon feedstock and undissolved hydrogen to a flashing zone in which at least a portion of undissolved hydrogen gas is flashed; c. passing the hydrogen-enriched liquid hydrocarbon feedstock from the flashing zone to a feed inlet of the ebullated-bed reactor for reaction that includes conversion of the feedstock into lower molecular weight hydrocarbons; d. recovering converted hydrocarbon products of lower molecular weight from a substantially catalyst-free region of the ebullated-bed reactor; and e. passing the liquid recycle effluent from the internal recycle downflow conduit at the bottom of the ebullated-bed reactor to the inlet of an ebullated bed pump and recycling the liquid recycle effluent to the catalyst bed, wherein the ebullated-bed reactor gas hold-up is less than 10 V% of the total liquid volume passing through the reactor. a. mixing the liquid hydrocarbon feedstock with an excess of hydrogen gas in a mixing zone to dissolve a portion of the hydrogen gas in the liquid hydrocarbon feedstock to produce a hydrogen-enriched liquid hydrocarbon feedstock; b. conveying the hydrogen-enriched liquid hydrocarbon feedstock and undissolved hydrogen to a flashing zone in which at least a portion of undissolved hydrogen gas is flashed; c. passing the hydrogen-enriched liquid hydrocarbon feedstock from the flashing zone to a feed inlet of the ebullated-bed reactor for reaction that includes conversion of the feedstock into lower molecular weight hydrocarbons; d. recovering converted hydrocarbon products of lower molecular weight from a substantially catalyst-free region of the ebullated-bed reactor; and e. passing the liquid recycle effluent from the internal recycle downflow conduit at the bottom of the ebullated-bed reactor to the inlet of an ebullated bed pump and recycling the liquid recycle effluent to the catalyst bed,
System comprising - at least two power semiconductor chips (1, 2, 3, 4) being connected in parallel and comprising each a gate terminal for switching the power semiconductor chip (1, 2, 3, 4) in a blocking-state by a first gate voltage and for switching the power semiconductor chip (1, 2, 3, 4) in a conducting-state by a second gate voltage; and - a control means (16, 17; 55, 56, 57) adapted to apply the first or the second gate voltage to the gate terminals of the at least two power semiconductor chips (1, 2, 3, 4) and adapted to detect a failure of one of the at least two power semiconductor chips, characterized in that the control means (16, 17;55, 56, 57) is adapted to apply, when a short circuit failure mode, SCFM, of a power semiconductor chip (1, 2, 3, 4) of the at least two power semiconductor chips (1, 2, 3, 4) is detected, a third gate voltage to the gate terminal of the at least one remaining power semiconductor chip (1, 2, 3, 4), and in that the third gate voltage is higher than the second gate voltage. - at least two power semiconductor chips (1, 2, 3, 4) being connected in parallel and comprising each a gate terminal for switching the power semiconductor chip (1, 2, 3, 4) in a blocking-state by a first gate voltage and for switching the power semiconductor chip (1, 2, 3, 4) in a conducting-state by a second gate voltage; and - a control means (16, 17; 55, 56, 57) adapted to apply the first or the second gate voltage to the gate terminals of the at least two power semiconductor chips (1, 2, 3, 4) and adapted to detect a failure of one of the at least two power semiconductor chips, characterized in that the control means (16, 17;55, 56, 57) is adapted to apply, when a short circuit failure mode, SCFM, of a power semiconductor chip (1, 2, 3, 4) of the at least two power semiconductor chips (1, 2, 3, 4) is detected, a third gate voltage to the gate terminal of the at least one remaining power semiconductor chip (1, 2, 3, 4), and in that the third gate voltage is higher than the second gate voltage.
Vane cell machine comprising a stator and a rotor, said rotor having radially displaceable vanes bearing on an inside of the stator and bordering, together with the rotor, the stator, and a side wall at each axial end of the rotor, work chambers the volume of which changes during a rotation of said rotor, at least one side wall bearing an insert in form of a ring, characterized in that said ring comprises a centric bore, wherein an auxiliary element is located radially outside said ring, extends no more than 180° in circumferential direction of said ring, and is used as axial bearing.
A method of a communication device arranged to operate in a cellular communication system, the method comprising receiving a control symbol from a network node operating a cell of the cellular communication system and serving the communication device; determining interference situation for the control symbol, wherein determining the interference situation includes determining (104, 208,224) whether the control signal collides in time and frequency with control signals provided in neighbouring interfering cells; selecting an interference mitigation algorithm based on the determined interference situation; and performing the selected interference mitigation algorithm for the received control symbol.
A method comprising: obtaining acceleration data for a mobile device in each of one or more directions; calculating, by a plurality of motion direction estimation modules executing within the mobile device, a plurality of respective estimated motion directions concurrently for the mobile device relative to a global coordinate system, each of the plurality of motion direction estimation modules calculating the respective estimated motion direction based at least in part on the past and current acceleration data and a predefined set of parameters associated with a use case; determining a reliability metric for each of the estimated motion directions, the reliability metric indicating a measure of certainty in the estimated motion direction; comparing each reliability metric for each of the estimated motion directions to identify the reliability metric that indicates the greatest reliability; identifying the motion direction corresponding to the identified reliability metric; and generating as an output a resultant motion direction based at least in part on the identified reliability metric. obtaining acceleration data for a mobile device in each of one or more directions; calculating, by a plurality of motion direction estimation modules executing within the mobile device, a plurality of respective estimated motion directions concurrently for the mobile device relative to a global coordinate system, each of the plurality of motion direction estimation modules calculating the respective estimated motion direction based at least in part on the past and current acceleration data and a predefined set of parameters associated with a use case; determining a reliability metric for each of the estimated motion directions, the reliability metric indicating a measure of certainty in the estimated motion direction; comparing each reliability metric for each of the estimated motion directions to identify the reliability metric that indicates the greatest reliability; identifying the motion direction corresponding to the identified reliability metric; and generating as an output a resultant motion direction based at least in part on the identified reliability metric.
Sports socks or sports bandage made of a knitted or crocheted base textile, with a tubular sock shank extending from a sock band to a foot back region, on which compression means are arranged in the course of the sock shank, which compression means have a structure differing from the base textile, thickness or yarn material differing from the base textile, wherein at least two counter-rotating helices (20, 21) are configured as compression means, which helices (20, 21) run around the hosiery shank from the foot back region in the direction of the hosiery waistband, cross each other at least once and are connected to the base textile in that the knitting pattern or the yarn of the helices (20, 21) is attached to the base textile, characterised in that at least one additional pad (P′′′) is knitted into the base textile on a front side of the sports sock or sports bandage along a shin area, which pad projects from the sock band to a foot dorsal area and thereby at least partially covers the circumferential intersecting helices (20, 21) or replaces them along its extension on the front side.