mhurhangee/ep-ind-claims huggingface dataset:
A system for selectively contacting a cleaning composition with a surface of a turbine engine component, comprising: a cleaning apparatus, comprising: an upper portion and a lower portion together defining a cleaning chamber, the cleaning chamber configured to receive a first portion of the turbine engine component and allow selective contact between the cleaning composition and a surface of the first portion of the turbine engine component, the upper portion comprising a plurality of fill holes in fluid communication with the cleaning chamber, and the lower portion comprising a plurality of drain holes in fluid communication with the cleaning chamber; and a manifold assembly in fluid communication with the plurality of fill holes and the plurality of drain holes, the manifold assembly configured to selectively circulate the cleaning composition from a reservoir to the cleaning chamber via the plurality of fill holes, and recirculate the cleaning composition from the cleaning chamber to the reservoir via the plurality of drain holes; wherein the upper portion and the lower portion further define a masking chamber for receiving a second portion of the turbine engine component, the masking chamber and the cleaning chamber fluidly sealed from each other via a sealing mechanism such that a surface of the second portion of the turbine engine component is not substantially contacted with the cleaning composition. an upper portion and a lower portion together defining a cleaning chamber, the cleaning chamber configured to receive a first portion of the turbine engine component and allow selective contact between the cleaning composition and a surface of the first portion of the turbine engine component, the upper portion comprising a plurality of fill holes in fluid communication with the cleaning chamber, and the lower portion comprising a plurality of drain holes in fluid communication with the cleaning chamber; and a manifold assembly in fluid communication with the plurality of fill holes and the plurality of drain holes, the manifold assembly configured to selectively circulate the cleaning composition from a reservoir to the cleaning chamber via the plurality of fill holes, and recirculate the cleaning composition from the cleaning chamber to the reservoir via the plurality of drain holes; wherein the upper portion and the lower portion further define a masking chamber for receiving a second portion of the turbine engine component, the masking chamber and the cleaning chamber fluidly sealed from each other via a sealing mechanism such that a surface of the second portion of the turbine engine component is not substantially contacted with the cleaning composition.
A method for manufacturing blades and for evaluating the effects of said blades on a grille, module and/or the entire engine in an automated and analytical manner, comprising the steps of: a) visually three-dimensionally recording the airfoil (26, 28, 30; 32, 34) of a manufactured blade by means of striated patterns; b) transferring the recorded values into at least one surface model; c) transforming the airfoil data from the cold measuring state into the hot operating state; d) evaluating the aerodynamic and/or structural-mechanical properties of the airfoil (26, 28, 30; 32, 34); and e) evaluating the performance of a blade, wherein, - before the airfoil is three-dimensionally recorded, a pre-evaluation of the airfoil (26, 28, 30; 32, 34) is carried out, with only the blades that have not fulfilled the pre-evaluation conditions being re-evaluated, and at least one profile section (P 1, P 2, P 3) being generated from the airfoil by way of calculation and/or in a tactile manner, and a step b1) following after step b), in which an averaged airfoil is calculated on the basis of the profile sections (P 1, P 2, P 3) of the airfoils of the grille (22, 24), as recorded in the pre-evaluation, and in which the target blade geometry is taken into account, and - in step c), the data for the averaged airfoil are transformed. a) visually three-dimensionally recording the airfoil (26, 28, 30; 32, 34) of a manufactured blade by means of striated patterns; b) transferring the recorded values into at least one surface model; c) transforming the airfoil data from the cold measuring state into the hot operating state; d) evaluating the aerodynamic and/or structural-mechanical properties of the airfoil (26, 28, 30; 32, 34); and e) evaluating the performance of a blade, - before the airfoil is three-dimensionally recorded, a pre-evaluation of the airfoil (26, 28, 30; 32, 34) is carried out, with only the blades that have not fulfilled the pre-evaluation conditions being re-evaluated, and at least one profile section (P 1, P 2, P 3) being generated from the airfoil by way of calculation and/or in a tactile manner, and a step b1) following after step b), in which an averaged airfoil is calculated on the basis of the profile sections (P 1, P 2, P 3) of the airfoils of the grille (22, 24), as recorded in the pre-evaluation, and in which the target blade geometry is taken into account, and - in step c), the data for the averaged airfoil are transformed.
Use of a heterocyclic compound which is polymerized by oxidation and which has nitrogen or sulfur as a hetero atom to color wood in a black color in a homogeneous fashion and improve the fungi resistance of the wood.
A method for preparing a rubber composition, the method comprising: a first step of kneading a rubber component with 50 parts by mass or more of a carbon black having a 24M4DBP oil absorption of 90 mL/100 g or more, based on 100 parts by mass of the rubber component, the rubber component comprising 35 to 70% by mass of a styrene butadiene rubber and 30 to 65% by mass of a butadiene rubber, the styrene butadiene rubber having a styrene content of 15.0 to 40.0% by mass and a vinyl content of 10.0 to 30.0%; a second step of adding and kneading 1.8 parts by mass or less of sulfur and 1.9 parts by mass or less of a sulfenamide-based vulcanization accelerator, based on 100 parts by mass of the rubber component, into a kneaded product obtained in the first step; and a third step of extruding a kneaded product obtained in the second step, wherein an extrusion speed in the third step is less than 35 m/min. a first step of kneading a rubber component with 50 parts by mass or more of a carbon black having a 24M4DBP oil absorption of 90 mL/100 g or more, based on 100 parts by mass of the rubber component, the rubber component comprising 35 to 70% by mass of a styrene butadiene rubber and 30 to 65% by mass of a butadiene rubber, the styrene butadiene rubber having a styrene content of 15.0 to 40.0% by mass and a vinyl content of 10.0 to 30.0%; a second step of adding and kneading 1.8 parts by mass or less of sulfur and 1.9 parts by mass or less of a sulfenamide-based vulcanization accelerator, based on 100 parts by mass of the rubber component, into a kneaded product obtained in the first step; and a third step of extruding a kneaded product obtained in the second step, wherein an extrusion speed in the third step is less than 35 m/min.
A transparent organic light emitting display device comprising: a circuit device layer on a first substrate; an emission device layer on the circuit device layer; an encapsulation layer on the emission device layer; a second substrate on the encapsulation layer; and a wavelength change layer on the first substrate or the second substrate, characterised in that the wavelength change layer is configured to enable external light to be transmitted in a transparent state being a state that does not exhibit an apparent colour change in transmitted light; wherein: the circuit device layer or the emission device layer comprises an organic material that changes the external light to a yellowish state, and wherein the wavelength change layer comprises a light-absorbing material only absorbing light in a yellowish wavelength range of 500 nm to 680 nm. a circuit device layer on a first substrate; an emission device layer on the circuit device layer; an encapsulation layer on the emission device layer; a second substrate on the encapsulation layer; and a wavelength change layer on the first substrate or the second substrate, characterised in that the wavelength change layer is configured to enable external light to be transmitted in a transparent state being a state that does not exhibit an apparent colour change in transmitted light; wherein: the circuit device layer or the emission device layer comprises an organic material that changes the external light to a yellowish state, and wherein the wavelength change layer comprises a light-absorbing material only absorbing light in a yellowish wavelength range of 500 nm to 680 nm. the circuit device layer or the emission device layer comprises an organic material that changes the external light to a yellowish state, and wherein the wavelength change layer comprises a light-absorbing material only absorbing light in a yellowish wavelength range of 500 nm to 680 nm.
A method for transmitting data using a codebook, comprising: receiving current antenna configuration information of a transmitting end, wherein the current antenna configuration information comprises the current number t a of antennas of the transmitting end; obtaining a mask matrix corresponding to current antenna configuration according to the current antenna configuration information, wherein the mask matrix is a t a ×t m matrix, and t m is the maximum number of antennas fed back through the channel state information, and in the mask matrix, each element has a value of 0 or 1, at most one element in each line has a value of 1, and at most one element in each column has a value of 1; generating a codebook corresponding to the current antenna configuration according to a mother codebook and the mask matrix, wherein the mother codebook corresponds to the maximum number of antennas and the maximum number of layers that are fed back through channel state information; selecting one codebook element from the codebook, and transmitting indication information corresponding to the codebook element to the transmitting end, wherein the indication information is used by the transmitting end to determine channel information of a channel to be used by the transmitting end for transmitting data; and receiving data transmitted by the transmitting end. receiving current antenna configuration information of a transmitting end, wherein the current antenna configuration information comprises the current number t a of antennas of the transmitting end; obtaining a mask matrix corresponding to current antenna configuration according to the current antenna configuration information, wherein the mask matrix is a t a ×t m matrix, and t m is the maximum number of antennas fed back through the channel state information, and in the mask matrix, each element has a value of 0 or 1, at most one element in each line has a value of 1, and at most one element in each column has a value of 1; generating a codebook corresponding to the current antenna configuration according to a mother codebook and the mask matrix, wherein the mother codebook corresponds to the maximum number of antennas and the maximum number of layers that are fed back through channel state information; selecting one codebook element from the codebook, and transmitting indication information corresponding to the codebook element to the transmitting end, wherein the indication information is used by the transmitting end to determine channel information of a channel to be used by the transmitting end for transmitting data; and receiving data transmitted by the transmitting end.
A method for decoding a speech/audio bitstream comprising: determining whether a current frame is a normally decoded frame or a redundantly decoded frame; wherein a normally decoded frame is a frame whose information can be obtained directly by decoding a bitstream of the current frame, and a redundantly decoded frame is a frame for being reconstructed according to redundant bitstream information of the current frame obtained from a bitstream of another frame; when the current frame is a normally decoded frame, decoding the bitstream of the current frame to obtain the decoded parameter of the current frame, and when the current frame is a redundantly decoded frame, obtaining the decoded parameter of the current frame according to redundant bitstream information of the current frame in the bitstream of another frame; when the current frame is a redundantly decoded frame, or when the current frame is a normally decoded frame and a previous frame adjacent to the current frame is a redundantly decoded frame, performing the following steps: performing (103, 205) post-processing on the decoded parameter of the current frame to obtain a post-processed decoded parameter of the current frame; and using (104, 206) the post-processed decoded parameter of the current frame to reconstruct a speech/audio signal. determining whether a current frame is a normally decoded frame or a redundantly decoded frame; wherein a normally decoded frame is a frame whose information can be obtained directly by decoding a bitstream of the current frame, and a redundantly decoded frame is a frame for being reconstructed according to redundant bitstream information of the current frame obtained from a bitstream of another frame; when the current frame is a normally decoded frame, decoding the bitstream of the current frame to obtain the decoded parameter of the current frame, and when the current frame is a redundantly decoded frame, obtaining the decoded parameter of the current frame according to redundant bitstream information of the current frame in the bitstream of another frame; when the current frame is a redundantly decoded frame, or when the current frame is a normally decoded frame and a previous frame adjacent to the current frame is a redundantly decoded frame, performing the following steps: performing (103, 205) post-processing on the decoded parameter of the current frame to obtain a post-processed decoded parameter of the current frame; and using (104, 206) the post-processed decoded parameter of the current frame to reconstruct a speech/audio signal. performing (103, 205) post-processing on the decoded parameter of the current frame to obtain a post-processed decoded parameter of the current frame; and using (104, 206) the post-processed decoded parameter of the current frame to reconstruct a speech/audio signal.
A method for a device-to-device, D2D, operation performed by a user equipment, UE, in a wireless communication system, comprising: receiving system information including reception resource pool information; and receiving a D2D signal using resources indicated by the reception resource pool information, wherein the reception resource pool information indicates resources in which reception of the D2D signal is allowed in a radio resource control, RRC, idle state and an RRC connected state, and characterized by wherein when the UE receives the system information including the reception resource pool information in the RRC idle state, the UE receives the D2D signal using the resources indicated by the reception resource pool information, even in the case that the UE is switched from the RRC idle state to the RRC connected state. receiving system information including reception resource pool information; and receiving a D2D signal using resources indicated by the reception resource pool information, wherein the reception resource pool information indicates resources in which reception of the D2D signal is allowed in a radio resource control, RRC, idle state and an RRC connected state, and characterized by wherein when the UE receives the system information including the reception resource pool information in the RRC idle state, the UE receives the D2D signal using the resources indicated by the reception resource pool information, even in the case that the UE is switched from the RRC idle state to the RRC connected state.
Combustor arrangement, the combustor arrangement being annular and being arranged about an axis, the axis defining an axial direction, comprising an annular combustion chamber; an annular housing housing a plurality of burners; the plurality of burners arranged circumferentially about the axis inside the annular housing; an annular space being defined between the housing, the plurality of burners and the annular combustion chamber, the annular space arranged to guide a compressed fluid; a plurality of stiffening plates, each arranged within the annular housing, wherein two adjacent ones of the plurality of burners are separated by one of the stiffening plates; a combustor separating wall arrangement separating the annular space from the annular combustion chamber and providing openings for the plurality of burners; further plates (20, 21) extending into the annular space; wherein the stiffening plates are arranged angled to, particularly substantially perpendicular to, and connected to - the combustor separating wall arrangement and - two boundary walls of the housing, and - the further plates (20, 21), characterised in that the annular housing further houses the annular combustion chamber. an annular combustion chamber; an annular housing housing a plurality of burners; the plurality of burners arranged circumferentially about the axis inside the annular housing; an annular space being defined between the housing, the plurality of burners and the annular combustion chamber, the annular space arranged to guide a compressed fluid; a plurality of stiffening plates, each arranged within the annular housing, wherein two adjacent ones of the plurality of burners are separated by one of the stiffening plates; a combustor separating wall arrangement separating the annular space from the annular combustion chamber and providing openings for the plurality of burners; further plates (20, 21) extending into the annular space; - the combustor separating wall arrangement and - two boundary walls of the housing, and - the further plates (20, 21),
A method for determining a correction relating to a performance metric of a semiconductor manufacturing process, the method comprising: obtaining a first set of pre-process metrology data; processing the first set of pre-process metrology data comprising decomposing the pre-process metrology data into one or more components which: a) correlate to the performance metric; or b) are at least partially correctable by a control process which is part of the semiconductor manufacturing process; and applying a trained model to the processed first set of pre-process metrology data to determine the correction for said semiconductor manufacturing process. obtaining a first set of pre-process metrology data; processing the first set of pre-process metrology data comprising decomposing the pre-process metrology data into one or more components which: a) correlate to the performance metric; or b) are at least partially correctable by a control process which is part of the semiconductor manufacturing process; and a) correlate to the performance metric; or b) are at least partially correctable by a control process which is part of the semiconductor manufacturing process; and applying a trained model to the processed first set of pre-process metrology data to determine the correction for said semiconductor manufacturing process.
A packaging assembly configured to form and seal a plurality of packs containing a pourable food product starting from a tube of packaging material; said assembly comprising: - at least a pair of tracks (6a, 6b); and - at least a pair of moving elements (7a, 7b; 7a', 7b'; 7a", 7b"), which are cyclically movable along said tracks (6a, 6b), respectively; each said moving element (7a, 7b; 7a', 7b'; 7a", 7b") comprising at least one forming unit (18a, 18b; 18a', 18b'; 18a", 18b") configured to cooperate with said tube so as to surround partially a portion of tube destined to form a main portion of one respective pack; and at least one sealing unit (19a, 19b; 19a' 19b'; 19a", 19b") configured to cooperate with said tube so as to sequentially seal said tube at predetermined consecutive cross sections, each pair of consecutive cross sections forming opposite sealing bands of one respective pack; characterized in that each said forming unit (18a, 18b; 18a', 18b'; 18a", 18b") is mounted onto the respective moving element (7a, 7b; 7a', 7b'; 7a", 7b") in a linearly movable manner towards and away from the corresponding sealing unit (19a, 19b; 19a', 19b'; 19a", 19b") mounted onto the same moving element (7a, 7b; 7a', 7b'; 7a", 7b"). - at least a pair of tracks (6a, 6b); and - at least a pair of moving elements (7a, 7b; 7a', 7b'; 7a", 7b"), which are cyclically movable along said tracks (6a, 6b), respectively;
A pharmaceutical composition for external use, comprising: 1) luliconazole represented by a general formula below and/or a salt thereof; 2) N-methyl-2-pyrollidone; and 3) an α-hydroxycarboxylic acid and/or a salt thereof 1) luliconazole represented by a general formula below and/or a salt thereof; 2) N-methyl-2-pyrollidone; and 3) an α-hydroxycarboxylic acid and/or a salt thereof
A communication apparatus (105, 106) which transmits data to another communication apparatus through a transmission channel, the communication apparatus comprising: a display which displays a plurality of communication rates; and a controller which obtains a first communication rate based on first information received from the another communication apparatus at a first time and obtains a second communication rate based on second information received from the another communication apparatus at a second time, characterised by the controller estimates an effective communication rate on the basis of the smallest communication rate of the first communication rate and the second communication rate and the average value of the first communication rate and the second communication rate. a display which displays a plurality of communication rates; and a controller which obtains a first communication rate based on first information received from the another communication apparatus at a first time and obtains a second communication rate based on second information received from the another communication apparatus at a second time, characterised by the controller estimates an effective communication rate on the basis of the smallest communication rate of the first communication rate and the second communication rate and the average value of the first communication rate and the second communication rate.
Collection container for an in-situ sample collection device for a liquid effluent, including a reservoir having a parallelepipedal rectangle shape overall delimited by an upper wall having an opening making it possible to collect the sampled effluent, a lower bottom wall, a front wall, a rear wall and two lateral walls (150, 160), said container also comprising a drain tap fluidically connected to an orifice arranged in the lower part of said front wall of the reservoir; characterized in that said lower bottom wall has a portion which is longitudinally inclined according to a gradient having a predetermined angle of inclination (θ), in that the lateral walls (150, 160) include in the lower part metal inserts (151, 161), and in that the container includes a support base fixed to the lower part of said reservoir and allowing said container to remain vertical when it is placed on a horizontal support, said support base comprising a rectangular bedplate extending horizontally under said lower bottom wall of the reservoir, as well as two lateral sloping edges (420, 430) which border said bedplate by extending vertically above the latter and are fixed to the metal inserts (151, 161) of the lateral walls (150, 160) of the reservoir.