mhurhangee/ep-ind-claims huggingface dataset:
A joint between a vane and shroud (60,70) for a gas turbine engine having a center axis, comprising: a shroud (60,70) having a radial wall facing radially with respect to the center axis, a slot wall defining a slot in the shroud (60,70); a vane having an airfoil and a lug extending into the slot; characterised by: a relief wall (135;235;335) which extends between the radial wall and the slot wall thereby defining a relief area (101;201;301) of the slot; and a flowable attachment material disposed in the relief area (101;201;301) for engagement of the vane to the shroud (60,70). a shroud (60,70) having a radial wall facing radially with respect to the center axis, a slot wall defining a slot in the shroud (60,70); a vane having an airfoil and a lug extending into the slot; characterised by: a relief wall (135;235;335) which extends between the radial wall and the slot wall thereby defining a relief area (101;201;301) of the slot; and a flowable attachment material disposed in the relief area (101;201;301) for engagement of the vane to the shroud (60,70). a relief wall (135;235;335) which extends between the radial wall and the slot wall thereby defining a relief area (101;201;301) of the slot; and a flowable attachment material disposed in the relief area (101;201;301) for engagement of the vane to the shroud (60,70).
A method of choosing a salt composition comprising: providing a food product having an outer surface at least partially coated with an oil layer having an average thickness; measuring said average thickness of said oil layer; selecting salt particles for said salt composition, wherein at least 95% by weight of said salt particles have a particle size greater than said average thickness of said oil layer. providing a food product having an outer surface at least partially coated with an oil layer having an average thickness; measuring said average thickness of said oil layer; selecting salt particles for said salt composition, wherein at least 95% by weight of said salt particles have a particle size greater than said average thickness of said oil layer.
A method for launching an application, comprising: starting a proximity sensor, in response to a touch operation of a user detected on a touch display screen of a mobile terminal when the touch display screen is in a screen-off mode; characterized in: detecting, with the proximity sensor, existence of an occlusion within a preset distance in front of the touch display screen; retrieving, from an application set of the mobile terminal, at least two applications in a mapping relationship with the touch operation when no occlusion is detected; detecting, with the proximity sensor, a movement of a target object in relative to the touch display screen, the target object being part of a human body; and launching, among the at least two applications, an application corresponding to the movement according to a correspondence between movements of the target object in relative to the touch display screen and applications of the application set. starting a proximity sensor, in response to a touch operation of a user detected on a touch display screen of a mobile terminal when the touch display screen is in a screen-off mode; characterized in: detecting, with the proximity sensor, existence of an occlusion within a preset distance in front of the touch display screen; retrieving, from an application set of the mobile terminal, at least two applications in a mapping relationship with the touch operation when no occlusion is detected; detecting, with the proximity sensor, a movement of a target object in relative to the touch display screen, the target object being part of a human body; and launching, among the at least two applications, an application corresponding to the movement according to a correspondence between movements of the target object in relative to the touch display screen and applications of the application set. detecting, with the proximity sensor, existence of an occlusion within a preset distance in front of the touch display screen; retrieving, from an application set of the mobile terminal, at least two applications in a mapping relationship with the touch operation when no occlusion is detected; detecting, with the proximity sensor, a movement of a target object in relative to the touch display screen, the target object being part of a human body; and launching, among the at least two applications, an application corresponding to the movement according to a correspondence between movements of the target object in relative to the touch display screen and applications of the application set.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, a radio resource control, RRC, signaling message including first information on a default data radio bearer, DRB, and second information indicating at least one quality of service, QoS, flow identifier, ID, QFI, mapped to a DRB; and receiving, from the terminal, a first uplink packet on the default DRB based on the RRC signaling message, wherein a fist QFI is included in a service data adaptation protocol, SDAP, header for the first uplink packet, wherein there is no mapping of the first QFI to at least one DRB, and wherein the RRC signaling message further includes third information on an ID of a protocol data unit, PDU, session. transmitting, to a terminal, a radio resource control, RRC, signaling message including first information on a default data radio bearer, DRB, and second information indicating at least one quality of service, QoS, flow identifier, ID, QFI, mapped to a DRB; and receiving, from the terminal, a first uplink packet on the default DRB based on the RRC signaling message, wherein a fist QFI is included in a service data adaptation protocol, SDAP, header for the first uplink packet, wherein there is no mapping of the first QFI to at least one DRB, and wherein the RRC signaling message further includes third information on an ID of a protocol data unit, PDU, session.
A method for wireless link transmission, comprising: receiving a block acknowledgement from a destination device in response to transmitting a first multi-traffic identifier, TID, aggregate frame to the destination device via a wireless link, wherein each of the packets of a respective multi-TID aggregate frame have the same virtual TID, in a corresponding packet header, and wherein two or more packets in the multi-TID aggregate frame have different original traffic identifiers, TIDs, in a corresponding packet payload; updating a TID packet error rate for a respective TID based at least on the received block acknowledgement; in response to determining that the TID packet error rate for the respective TID is greater than a predetermined threshold, reserving a number of packet slots in a second aggregate frame for duplicate packets of the respective TID comprising: randomly selecting a percentage of highest-priority packets and duplicating them in each aggregate frame to reduce the total packet error rate; resuming transmission; and assembling and transmitting the second aggregate frame that includes the reserved packet slots. receiving a block acknowledgement from a destination device in response to transmitting a first multi-traffic identifier, TID, aggregate frame to the destination device via a wireless link, wherein each of the packets of a respective multi-TID aggregate frame have the same virtual TID, in a corresponding packet header, and wherein two or more packets in the multi-TID aggregate frame have different original traffic identifiers, TIDs, in a corresponding packet payload; updating a TID packet error rate for a respective TID based at least on the received block acknowledgement; in response to determining that the TID packet error rate for the respective TID is greater than a predetermined threshold, reserving a number of packet slots in a second aggregate frame for duplicate packets of the respective TID comprising: randomly selecting a percentage of highest-priority packets and duplicating them in each aggregate frame to reduce the total packet error rate; resuming transmission; and assembling and transmitting the second aggregate frame that includes the reserved packet slots.
A power generation system comprising: a boiler an electric generator which produces electricity based on steam generated in the boiler; a first denitrifier which receives exhaust gas from the boiler and denitrifies the exhaust gas by spraying a reductant to the exhaust gas; a low low-temperature electric precipitator which collects dust from the exhaust gas provided from the first denitrifier; a second denitrifier which secondarily denitrifies the exhaust gas by spraying the reductant to the exhaust gas provided from the low low-temperature electric precipitator and provides the exhaust gas toward a chimney; a first heat exchanger which is provided between the first denitrifier and the low low-temperature electric precipitator and cools the exhaust gas provided to the low low-temperature electric precipitator; and a second heat exchanger which is connected to the first heat exchanger between the low low-temperature electric precipitator and the second denitrifier and heats the exhaust gas provided to the second denitrifier. a boiler an electric generator which produces electricity based on steam generated in the boiler; a first denitrifier which receives exhaust gas from the boiler and denitrifies the exhaust gas by spraying a reductant to the exhaust gas; a low low-temperature electric precipitator which collects dust from the exhaust gas provided from the first denitrifier; a second denitrifier which secondarily denitrifies the exhaust gas by spraying the reductant to the exhaust gas provided from the low low-temperature electric precipitator and provides the exhaust gas toward a chimney; a first heat exchanger which is provided between the first denitrifier and the low low-temperature electric precipitator and cools the exhaust gas provided to the low low-temperature electric precipitator; and a second heat exchanger which is connected to the first heat exchanger between the low low-temperature electric precipitator and the second denitrifier and heats the exhaust gas provided to the second denitrifier.
A biophotonic composition for use in reducing scarring formation, wherein said composition comprises: a chromophore and a gelling agent; wherein the biophotonic composition has a viscosity of between 10 000 cP and 100 000 cP, when measured using a Wells-Brookfield HB cone/plate viscometer and a CP-51 cone at room temperature at a rotational speed of 2 rpm and a torque >10%, or a Brookfield DV-II+Pro viscometer with a spindle of 7, at 50 rpm, 1 minute, and is substantially resistant to leaching such that less than 15% by weight of a total amount of the chromophore leaches out of the biophotonic composition during use, as measured by (a) placing a 2 mm thick layer of the biophotonic composition onto a top surface of a 2.4-3 cm diameter polycarbonate membrane with a thickness of 10 microns and a pore size of 3 microns, (b) contacting a bottom surface of the polycarbonate membrane with a phosphate saline buffer solution contained in a receptor compartment, and (c) after a treatment time at room temperature and pressure, measuring the chromophore content in the receptor compartment; and wherein said use comprises: topically applying said composition; and illuminating said biophotonic composition with actinic light. a chromophore and a gelling agent; wherein the biophotonic composition has a viscosity of between 10 000 cP and 100 000 cP, when measured using a Wells-Brookfield HB cone/plate viscometer and a CP-51 cone at room temperature at a rotational speed of 2 rpm and a torque >10%, or a Brookfield DV-II+Pro viscometer with a spindle of 7, at 50 rpm, 1 minute, and is substantially resistant to leaching such that less than 15% by weight of a total amount of the chromophore leaches out of the biophotonic composition during use, as measured by (a) placing a 2 mm thick layer of the biophotonic composition onto a top surface of a 2.4-3 cm diameter polycarbonate membrane with a thickness of 10 microns and a pore size of 3 microns, (b) contacting a bottom surface of the polycarbonate membrane with a phosphate saline buffer solution contained in a receptor compartment, and (c) after a treatment time at room temperature and pressure, measuring the chromophore content in the receptor compartment; and wherein said use comprises: topically applying said composition; and illuminating said biophotonic composition with actinic light.
An in-wheel motor drive device including an electric motor to drive a wheel, a motor controller to control the electric motor in accordance with a supplied torque command, a wheel support bearing assembly to support the wheel, and a speed reducer to reduce the rotation of the electric motor and then to transmit it to the wheel support bearing assembly, the speed reducer being lubricated by a lubricant oil supplied under pressure by an oil pump, which in-wheel motor drive device comprises: - a temperature detector (Sa) to detect the temperature of the lubricant oil or the temperature of the electric motor; and - an output limitter to limit the output of the electric motor in the event that the temperature detected by the temperature detector (Sa) attains a value not higher than a predetermined threshold value, the output limiter being comprised in the motor controller. - a temperature detector (Sa) to detect the temperature of the lubricant oil or the temperature of the electric motor; and - an output limitter to limit the output of the electric motor in the event that the temperature detected by the temperature detector (Sa) attains a value not higher than a predetermined threshold value, the output limiter being comprised in the motor controller.
Use of a gonadotropin releasing hormone in synchronizing time of insemination in a swine, wherein the hormone is to be administered to the swine, on the fourth day after weaning, wherein the swine is inseminated only one time about 15 to about 24 hours after administration of the hormone, and wherein the gonadotropin releasing hormone has the formula or a solvate, a hydrate, or a pharmaceutically acceptable salt thereof, wherein R 1 and R 2 are independently in each instance hydrogen, or are independently selected from the group consisting of alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, haloalkyl, aryl, heteroaryl, arylalkyl, and heteroarylalkyl, each of which is optionally substituted, or R 1 and R 2 and the attached carbon form a carbocycle or heterocycle; preferably R' is methylene-heteroaryl, and where heteroaryl is selected from the group consisting of pyridyl, thiazolyl, pyridazolyl, pyrimidinyl, quinolinyl, pyrazolyl, imidazolyl, pyrrolyl, indolyl, benzopyrazolyl, and benzimidazolyi; and X is hydrogen, or X is selected from the group consisting of, alkyl, cycloalkyl, heteroalkyl, optionally substituted alkylene-carboxamide; preferably X is CH 2 C NH 2: and HNC NR 3 R 4, where R 3 and R 4 are in each instance independently selected from the group consisting of hydrogen, alkyl, heteroalkyl and haloalkyl.
An illumination light source for an ophthalmic surgical laser system, comprising: a ring shaped housing, having a plurality of lower apertures located in a bottom portion and forming a circle; a plurality of lenses disposed in a circle within the housing, each lens being located above one of the plurality of lower apertures; a ring shaped upper mask disposed within and concentrically with the housing, located above the plurality of lenses, the upper mask having a plurality of upper apertures formed thereon in a circle, each upper aperture being located above one of the plurality of lenses; a ring shaped circuit board disposed concentrically with the housing; and a plurality of light emitting devices disposed on the circuit board forming a circle, the plurality of light emitting devices located above the upper mask and having light emitting surfaces facing the upper mask, each light emitting device being locate above one of the upper apertures; wherein light emitted by each light emitting device, after passing through the corresponding upper aperture and focused by the corresponding lens, forms a light cone, wherein an axis of the light cone which passes through a center of the upper aperture and a center of the lens intersects a central axis of the housing at an intersection location which is at a predetermined distance from the lens, and wherein at the intersection location, a field of illumination of the light cone is between 10 mm and 20 mm in diameter. a ring shaped housing, having a plurality of lower apertures located in a bottom portion and forming a circle; a plurality of lenses disposed in a circle within the housing, each lens being located above one of the plurality of lower apertures; a ring shaped upper mask disposed within and concentrically with the housing, located above the plurality of lenses, the upper mask having a plurality of upper apertures formed thereon in a circle, each upper aperture being located above one of the plurality of lenses; a ring shaped circuit board disposed concentrically with the housing; and a plurality of light emitting devices disposed on the circuit board forming a circle, the plurality of light emitting devices located above the upper mask and having light emitting surfaces facing the upper mask, each light emitting device being locate above one of the upper apertures; wherein light emitted by each light emitting device, after passing through the corresponding upper aperture and focused by the corresponding lens, forms a light cone, wherein an axis of the light cone which passes through a center of the upper aperture and a center of the lens intersects a central axis of the housing at an intersection location which is at a predetermined distance from the lens, and wherein at the intersection location, a field of illumination of the light cone is between 10 mm and 20 mm in diameter.
A kaolin pigment extender having a median particle size of 2 to 7 microns, as measured by a Sedigraph® 5120 particle size analyzer, and which comprises a fully calcined kaolin clay having a product mullite index (M.I.) of at least 25.
An exhaust liner assembly for a turbine engine comprising: an inner liner; an outer liner spaced apart from said inner liner, said outer liner including a plurality of openings for cooling air; a plenum wall between said inner liner and said outer liner, said plenum wall including a plurality of impingement openings that provide cooling airflow to an end portion of the exhaust liner assembly to directly strike the inner liner, said plenum wall being attached to an inner surface of the outer liner and extending into said end portion of the exhaust liner assembly; and further comprising a closeout within an end segment of said assembly, said closeout defined between the inner liner and the outer liner and including a metered opening for controlling cooling airflow from an annular chamber between the inner liner and the outer liner; characterized in that said outer liner includes a first region in which its outer surface is exposed to cooling air and includes said plurality of openings, and a second region in which its outer surface is not exposed to cooling air, wherein said plenum wall is disposed within said second region. an inner liner; an outer liner spaced apart from said inner liner, said outer liner including a plurality of openings for cooling air; a plenum wall between said inner liner and said outer liner, said plenum wall including a plurality of impingement openings that provide cooling airflow to an end portion of the exhaust liner assembly to directly strike the inner liner, said plenum wall being attached to an inner surface of the outer liner and extending into said end portion of the exhaust liner assembly; and further comprising a closeout within an end segment of said assembly, said closeout defined between the inner liner and the outer liner and including a metered opening for controlling cooling airflow from an annular chamber between the inner liner and the outer liner;
Pourable semi-finished product for the production of moulded articles, comprising foamed biogranulate grains, wherein the biogranulate grains have a coating, characterised in that the coating comprises an adhesive, with which the biogranulate grains can be bonded to one another in a moulded article, and wherein the foamed biogranulate grains have a moisture content of 4-9% by weight.
A filter cartridge system for control of airborne molecular contamination, the filter cartridge system comprising: a filter cartridge comprising a non-woven fiber and at least one adsorbent, the filter cartridge comprising combustible materials, wherein the filter cartridge comprises a filter pleat pack; characterised in that: the filter pleat pack has a four-sided seal formed by solidification of a single-component hot melt material, wherein the filter cartridge further comprises plastic pleat separators and plastic side panels, wherein the plastic pleat separators are joined to the hot melt material and joined to the plastic side panels; and a reusable case for the filter cartridge, the filter cartridge being separable from the reusable case for disposal. the filter pleat pack has a four-sided seal formed by solidification of a single-component hot melt material, wherein the filter cartridge further comprises plastic pleat separators and plastic side panels, wherein the plastic pleat separators are joined to the hot melt material and joined to the plastic side panels; and a reusable case for the filter cartridge, the filter cartridge being separable from the reusable case for disposal.
Nanoparticles comprising at least one component A selected from the group consisting of Co 3 O 4, CuO, SnO 2, SnO, NiO, MoO 2, TiO 2, HfO 2, ZrO 2, ZnO, Al 2 O 3, SiO 2, Fe 3 O 4, Fe 2 O 3, LiFePO 4, MnO 2 and RuO 2 and Li-containing oxides and mixed oxides of Mn, Ni and/or Co, and at least one coating of graphene, said nanoparticles having a mean diameter of 100 to 600 nm.
A gas-discharge lamp for horizontal mounting in a vehicle headlamp comprising - an inner vessel enclosing a pair of electrodes (12, 13) separated by a gap; and - an outer vessel enclosing the inner vessel; wherein the lamp comprises a lateral stripe for blocking light of the lamp from appearing above a bright/dark cut-offline of a front beam of the vehicle headlamp, with the lateral stripe being arranged on a surface of the inner or outer vessel below a horizontal plane through a longitudinal axis through the center of the lamp, wherein the lateral stripe extends over a region corresponding to the gap between the electrodes (12, 13), characterized in that the lateral stripe further extends - by a distance of at most 1.0 mm beyond the gap in the direction of an inner end region of the lamp, and - by a distance of at most 2.0 mm beyond the gap in the direction of an outer end region of the lamp. - an inner vessel enclosing a pair of electrodes (12, 13) separated by a gap; and - an outer vessel enclosing the inner vessel; - by a distance of at most 1.0 mm beyond the gap in the direction of an inner end region of the lamp, and - by a distance of at most 2.0 mm beyond the gap in the direction of an outer end region of the lamp.