mhurhangee/ep-ind-claims huggingface dataset:
A system for a gas turbine engine, comprising: a first shaft; a second shaft; a first oil seal configured to provide intershaft sealing between the first shaft and the second shaft; a second oil seal configured to provide intershaft sealing between the first shaft and the second shaft axially adjacent to the first oil seal; and characterised in that a high pressure compressor configured to provide pressurized air (302-1, 302-2) to a radially exterior side of the oil seals (234b, 234c) and configured to provide the pressurized air (302-1, 302-2) to a radially interior side in an annulus or interface defined in between the first and second oil seals (234b, 234c). a first shaft; a second shaft; a first oil seal configured to provide intershaft sealing between the first shaft and the second shaft; a second oil seal configured to provide intershaft sealing between the first shaft and the second shaft axially adjacent to the first oil seal; and characterised in that a high pressure compressor configured to provide pressurized air (302-1, 302-2) to a radially exterior side of the oil seals (234b, 234c) and configured to provide the pressurized air (302-1, 302-2) to a radially interior side in an annulus or interface defined in between the first and second oil seals (234b, 234c).
A cycloolefin polymer bonding method of bonding a first material that is cycloolefin polymer and a second material that is cycloolefin polymer or glass, the method comprising: an H 2 O-plasma exposure step of exposing both of a bonding surface of the first material and a bonding surface of the second material to H 2 O plasma; and a mating step of mating the bonding surface of the first material and a bonding surface of the second material. an H 2 O-plasma exposure step of exposing both of a bonding surface of the first material and a bonding surface of the second material to H 2 O plasma; and a mating step of mating the bonding surface of the first material and a bonding surface of the second material.
A pharmaceutical product comprising a first component which comprises, as an active agent, propane-1-sulfonic acid {3-[5-(4-chloro-phenyl)-1H-pyrrolo [2,3-b] pyridine-3-carbonyl]-2,4-difluoro-phenyl}-amide (Compound I), or a pharmaceutically-acceptable salt thereof; and a second component which comprises, as an active agent, an EGFR inhibitor; as a combined preparation for the simultaneous or sequential use in the treatment of cancer comprising b-Raf having a V600 mutation, wherein the EGFR inhibitor is selected from erlotinib or a pharmaceutically acceptable salt thereof, or cetuximab.
An apparatus for continuous spectrometric detection and evaluation, in a processing or manufacturing process, of a climate-dependent state of hygroscopic materials, in particular of fibre-containing materials such as paper, paperboard and cardboard, the apparatus comprising at least one near-infrared spectroscopic device (10,12) for determining a spectrum of the material to be examined, and a detection and analysis device, characterized in that the apparatus includes at least a first sensor for detecting as a climatic property at least the humidity of air surrounding the material to be examined, and the sensor is positioned at a distance of between 0 and 10 cm from the material to be examined.
A method of decoding video data, the method comprising: determining a base partition value for a three-dimensional lookup table for color gamut scalability; determining a luma partition value for a luma component of the 3D lookup table; generating the 3D lookup table with coarser partitioning for chroma components and finer partitioning for the luma component, including: partitioning each of the luma component, a first chroma component and a second chroma component of the 3D lookup table into a first number of octants based on the base partition value, and partitioning each of the first number of octants of the luma component into a second number of octants based on the luma partition value such that a total number of octants for the luma component is greater than a total number of octants for the first chroma component and greater than a total number of octants for the second chroma component; decoding residual data of video blocks of the video data; and reconstructing the video blocks of the video data based on the decoded residual data and at least one reference picture generated using the 3D lookup table. determining a base partition value for a three-dimensional lookup table for color gamut scalability; determining a luma partition value for a luma component of the 3D lookup table; generating the 3D lookup table with coarser partitioning for chroma components and finer partitioning for the luma component, including: partitioning each of the luma component, a first chroma component and a second chroma component of the 3D lookup table into a first number of octants based on the base partition value, and partitioning each of the first number of octants of the luma component into a second number of octants based on the luma partition value such that a total number of octants for the luma component is greater than a total number of octants for the first chroma component and greater than a total number of octants for the second chroma component; partitioning each of the luma component, a first chroma component and a second chroma component of the 3D lookup table into a first number of octants based on the base partition value, and partitioning each of the first number of octants of the luma component into a second number of octants based on the luma partition value such that a total number of octants for the luma component is greater than a total number of octants for the first chroma component and greater than a total number of octants for the second chroma component; decoding residual data of video blocks of the video data; and reconstructing the video blocks of the video data based on the decoded residual data and at least one reference picture generated using the 3D lookup table.
A non-therapeutic method of restoring and/or maintaining a positive net protein balance in a child aged 5 to 15 in risk of protein imbalance, said method comprising ingesting a synthetic composition comprising proteins, wherein the composition is administered in a dose of 0.10 to 0.55, preferably 0.20 to 0.35, gram of proteins per kilogram of body mass of the child, said dose being administered as at least one serving given over a period of time of 0 min (excluded) duration to 60 min duration, wherein the starting point of said period of time is after physical exercise, and wherein the first serving is given within a period of time of 0 to 30 minutes from the starting point.
A sensor system comprising: a communications element and a set of sensors, each sensor comprising a switch configured to enable or disable the communications element, each switch comprising a switchable polymeric element to respond across a range of pH values by undergoing both a volumetric shrinkage in a first part of a range and a volumetric increase in a second portion of the range, each polymeric element having at least a first electrical state and a second electrical state and being switchable between the first and second electrical states as a function of predefined pH environmental changes, each polymeric element containing both acidic and basic components configured to shrink in volume as an environmental pH rises past a pKa of a constituent of the polymeric element from protonation of an acidic constituent and at a predetermined pH threshold, a basic constituent being configured to undergo de-protonation to cause the polymeric element to swell.
A mobile terminal, comprising a housing having an inner cavity and a receiver provided in the inner cavity, wherein the inner cavity comprises a receiver front cavity and a receiver rear cavity that are isolated from each other; the receiver front cavity and the receiver rear cavity are respectively located on front and rear sides of the receiver in a vibration direction of a diaphragm of the receiver; the housing is provided with a first sound hole communicating with the receiver front cavity; and the housing is provided with a second sound hole communicating with the receiver rear cavity; characterized in that the mobile terminal further comprises a sealing ring, wherein the sealing ring is disposed in the receiver rear cavity and encircles the receiver, wherein the housing comprises a middle frame and a first screen cover disposed at the top of the middle frame; a main board upper cover is installed in the inner cavity; the receiver is installed on the main board upper cover; the receiver, the main board upper cover, the middle frame, and the first screen cover form an enclosed receiver front cavity; and the first screen cover is provided with the first sound hole; wherein the housing further comprises a battery cover or a second screen cover installed at the bottom of the middle frame; the battery cover or the second screen cover, the middle frame, the main board upper cover and the receiver form an enclosed receiver rear cavity; and the battery cover or the second screen cover is provided with the second sound hole; wherein a surface of the sealing ring is in contact with the housing in the vibration direction of the diaphragm, and an orthogonal projection of the sealing ring on to a same plane parallel to the vibration direction of the diaphragm overlaps with an orthographic projection of the receiver onto the same plane. characterized in that the mobile terminal further comprises a sealing ring, wherein the sealing ring is disposed in the receiver rear cavity and encircles the receiver, wherein the housing comprises a middle frame and a first screen cover disposed at the top of the middle frame; a main board upper cover is installed in the inner cavity; the receiver is installed on the main board upper cover; the receiver, the main board upper cover, the middle frame, and the first screen cover form an enclosed receiver front cavity; and the first screen cover is provided with the first sound hole; wherein the housing further comprises a battery cover or a second screen cover installed at the bottom of the middle frame; the battery cover or the second screen cover, the middle frame, the main board upper cover and the receiver form an enclosed receiver rear cavity; and the battery cover or the second screen cover is provided with the second sound hole; wherein a surface of the sealing ring is in contact with the housing in the vibration direction of the diaphragm, and an orthogonal projection of the sealing ring on to a same plane parallel to the vibration direction of the diaphragm overlaps with an orthographic projection of the receiver onto the same plane.
An antioxidant agent used for the surface of a metallic starting material, containing: a plurality of glass frits having different softening points, the plurality of glass frits containing high-temperature glass frits having a viscosity of 2 × 10 2 to 10 6 dPa·s at 1200°C and medium-temperature glass frits having a viscosity of 2 × 10 2 to 10 6 dPa·s at 700°C; potter's clay, the potter's clay containing kaolinic clay and a plurality of quartz particles; and at least one of bentonite and sepiolite, wherein the antioxidant agent contains 6 to 30 weight parts of the potter's clay with respect to 100 weight parts of the high-temperature glass frits and at least 4 weight parts and less than 9 weight parts of at least one of the bentonite and sepiolite with respect to 100 weight parts of the high-temperature glass frits. a plurality of glass frits having different softening points, the plurality of glass frits containing high-temperature glass frits having a viscosity of 2 × 10 2 to 10 6 dPa·s at 1200°C and medium-temperature glass frits having a viscosity of 2 × 10 2 to 10 6 dPa·s at 700°C; potter's clay, the potter's clay containing kaolinic clay and a plurality of quartz particles; and at least one of bentonite and sepiolite, wherein the antioxidant agent contains 6 to 30 weight parts of the potter's clay with respect to 100 weight parts of the high-temperature glass frits and at least 4 weight parts and less than 9 weight parts of at least one of the bentonite and sepiolite with respect to 100 weight parts of the high-temperature glass frits.
Method for reconstructing a self-similar textured region of an image, said method comprising the steps of - determining pixels of a part of the self-similar textured region by copying sample pixels from a sample part of the self-similar textured region, the sample pixels being selected using a neighbourhood matching, said method being characterized in that a size of neighbourhoods used for matching is adaptively selected by: - determining the coefficients by applying a DCT transformation on at least two blocks of different sizes, - determining, for each of the block, an associated sequence of descriptors wherein components of each descriptor are computed by summing AC coefficients crossed by parallel paths centered on the DC coefficient, - selecting a sequence of descriptors which is a sequence associated with the smallest block size among those sequences which are not monotone decreasing and - determining the size of the neighbourhoods using a size of the block associated with the selected sequence. - determining pixels of a part of the self-similar textured region by copying sample pixels from a sample part of the self-similar textured region, the sample pixels being selected using a neighbourhood matching, said method being characterized in that a size of neighbourhoods used for matching is adaptively selected by: - determining the coefficients by applying a DCT transformation on at least two blocks of different sizes, - determining, for each of the block, an associated sequence of descriptors wherein components of each descriptor are computed by summing AC coefficients crossed by parallel paths centered on the DC coefficient, - selecting a sequence of descriptors which is a sequence associated with the smallest block size among those sequences which are not monotone decreasing and - determining the size of the neighbourhoods using a size of the block associated with the selected sequence.
An electronic device configured to communicate with a base station based on a first frequency range, FR1, and a second frequency range, FR2, in a fifth generation, 5G, communication network, the electronic device comprising: a transceiver; at least one processor connected with the transceiver; memory storing instructions that, when executed by the at least one processor, cause the electronic device to: identify overheat inside the electronic device, and transmit, via the transceiver to the base station, a first message containing overheat assistance information generated in response to identifying the overheat inside the electronic device, and wherein the overheat assistance information includes a single predetermined reduced maximum aggregated bandwidth value for a downlink of FR1 and a single predetermined reduced maximum aggregated bandwidth value for an uplink of FR1 or a single predetermined reduced maximum aggregated bandwidth value for a downlink of FR2 and a single predetermined reduced maximum aggregated bandwidth value for an uplink of FR2. a transceiver; at least one processor connected with the transceiver; memory storing instructions that, when executed by the at least one processor, cause the electronic device to: identify overheat inside the electronic device, and transmit, via the transceiver to the base station, a first message containing overheat assistance information generated in response to identifying the overheat inside the electronic device, and identify overheat inside the electronic device, and transmit, via the transceiver to the base station, a first message containing overheat assistance information generated in response to identifying the overheat inside the electronic device, and wherein the overheat assistance information includes a single predetermined reduced maximum aggregated bandwidth value for a downlink of FR1 and a single predetermined reduced maximum aggregated bandwidth value for an uplink of FR1 or a single predetermined reduced maximum aggregated bandwidth value for a downlink of FR2 and a single predetermined reduced maximum aggregated bandwidth value for an uplink of FR2.
An element of amusement articles, including: - a flat body with two opposite faces (10a, 10b), a hub region and a contour region around the hub region, - a plurality of coupling elements arranged along the contour region in alternating sequence of first coupling elements and second coupling elements (16, 28), wherein the first coupling elements are in the form of swivel coupling recesses, and the second coupling elements are swivel engagement heads complementary to said swivel coupling recesses, - complementary axial engagement formations (20a, 20b) provided on the one and the other of said opposite faces, wherein the complementary axial engagement formations (20a, 20b) include a pin and a cavity for engagement by a pin, and wherein said hub region is provided with an axial cavity into which one of the swivel engagement heads of an analogous element is insertable. - a flat body with two opposite faces (10a, 10b), a hub region and a contour region around the hub region, - a plurality of coupling elements arranged along the contour region in alternating sequence of first coupling elements and second coupling elements (16, 28), wherein the first coupling elements are in the form of swivel coupling recesses, and the second coupling elements are swivel engagement heads complementary to said swivel coupling recesses, - complementary axial engagement formations (20a, 20b) provided on the one and the other of said opposite faces,
An agricultural machine comprising: a frame; a header linkage system attached to the frame and configured for attaching a cutter head to the frame; a tank operable to store a supply of a fluid; a pressure source in fluid communication with the tank and operable to receive fluid from the tank and circulate the fluid through a fluid circuit; a float cylinder (72, 76) interconnecting the header linkage system and the frame, the float cylinder (72, 76) including a rod side fluid port (78, 90) in fluid communication with the pressure source for receiving fluid from the pressure source to retract the float cylinder (72, 76), and a piston side fluid port (80, 92); a downforce accumulator in fluid communication with the piston side fluid port (80, 92) of the float cylinder (72, 76); and a downforce control valve in fluid communication with the pressure source and the downforce accumulator, wherein the downforce control valve is selectively controllable between an open position allowing fluid communication between the pressure source and the downforce accumulator, and a closed position blocking fluid communication between the pressure source and the downforce accumulator, characterized in that the agricultural machine further comprising a header controller configured to control the downforce control valve to the open position to operate the header linkage system in a first float condition exhibiting a first header float return speed, and control the downforce control valve to the closed position to operate the header linkage system in a second float condition exhibiting a second header float return speed, wherein the first header float return speed is less than the second header float return speed. a frame; a header linkage system attached to the frame and configured for attaching a cutter head to the frame; a tank operable to store a supply of a fluid; a pressure source in fluid communication with the tank and operable to receive fluid from the tank and circulate the fluid through a fluid circuit; a float cylinder (72, 76) interconnecting the header linkage system and the frame, the float cylinder (72, 76) including a rod side fluid port (78, 90) in fluid communication with the pressure source for receiving fluid from the pressure source to retract the float cylinder (72, 76), and a piston side fluid port (80, 92); a downforce accumulator in fluid communication with the piston side fluid port (80, 92) of the float cylinder (72, 76); and a downforce control valve in fluid communication with the pressure source and the downforce accumulator, wherein the downforce control valve is selectively controllable between an open position allowing fluid communication between the pressure source and the downforce accumulator, and a closed position blocking fluid communication between the pressure source and the downforce accumulator,
A packaging product which includes expandable superimposed upper and lower honeycomb layers (1, 2) extending between a pair of flexible side members (3, 4), characterised in that the flexible side members (3, 4) are two separate elongate flat strips wherein, when said honeycomb layers are expanded, the flexible side members can each move independently of the other to adopt a curved profile.
A three-dimensional shape measurement apparatus comprising: an air-slider outer frame; an air-slider hollow shaft in which a focus optical system is disposed on an upper end, a probe portion is disposed on a lower end, a through-hole is provided to form an optical path connecting the focus optical system and the probe portion, a central axis is matched to a central axis of the air-slider outer frame, and central axes of the focus optical system and the probe portion are arranged on the central axis, the air-slider hollow shaft being disposed movably in an axial direction in the air-slider outer frame; two support arms which protrude from both sides of the air-slider hollow shaft in a lateral direction symmetric with respect to the central axis of the air-slider hollow shaft, at vertical positions corresponding to an integration gravity center of the focus optical system, the probe portion, and the air-slider hollow shaft; two driving portions which are located, in the support arms, at positions in the vicinity of the air-slider hollow shaft, symmetric with respect to the central axis of the air-slider hollow shaft, and which drive, in the axial direction with respect to the air-slider outer frame, the air-slider hollow shaft with aid of the two support arms; and two support portions which are disposed, associating with the support arms, symmetric with respect to the central axis of the air-slider hollow shaft, and support dead weights of the air-slider hollow shaft, the probe portion, the focus optical system, and the two driving portions. an air-slider outer frame; an air-slider hollow shaft in which a focus optical system is disposed on an upper end, a probe portion is disposed on a lower end, a through-hole is provided to form an optical path connecting the focus optical system and the probe portion, a central axis is matched to a central axis of the air-slider outer frame, and central axes of the focus optical system and the probe portion are arranged on the central axis, the air-slider hollow shaft being disposed movably in an axial direction in the air-slider outer frame; two support arms which protrude from both sides of the air-slider hollow shaft in a lateral direction symmetric with respect to the central axis of the air-slider hollow shaft, at vertical positions corresponding to an integration gravity center of the focus optical system, the probe portion, and the air-slider hollow shaft; two driving portions which are located, in the support arms, at positions in the vicinity of the air-slider hollow shaft, symmetric with respect to the central axis of the air-slider hollow shaft, and which drive, in the axial direction with respect to the air-slider outer frame, the air-slider hollow shaft with aid of the two support arms; and two support portions which are disposed, associating with the support arms, symmetric with respect to the central axis of the air-slider hollow shaft, and support dead weights of the air-slider hollow shaft, the probe portion, the focus optical system, and the two driving portions.