mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a ceramic matrix composite article (24, 38B, 38C) comprising the steps of:- a) forming a slurry consisting of water, dispersant, a water soluble polymer binder, a plasticiser and ceramic particles, b) providing a length of fabric, the fabric comprising a plurality of ceramic fibres, c) applying slurry to at least one of the sides of the length of fabric such that the slurry adheres and impregnates the length of fabric, d) drying the slurry impregnated length of fabric, e) cutting the slurry impregnated length of fabric into a plurality of pieces of slurry impregnated laminates of fabric, f) applying water to each of the pieces of slurry impregnated laminates of fabric to reactivate the slurry, g) stacking the plurality of pieces of slurry impregnated laminates of fabric on a first mould part, h) consolidating the plurality of pieces of slurry impregnated laminates of fabric on the mould part, and i) sintering the stack of the plurality of pieces of slurry impregnated laminates of fabric to form a ceramic matrix composite article (24, 38B, 38C). a) forming a slurry consisting of water, dispersant, a water soluble polymer binder, a plasticiser and ceramic particles, b) providing a length of fabric, the fabric comprising a plurality of ceramic fibres, c) applying slurry to at least one of the sides of the length of fabric such that the slurry adheres and impregnates the length of fabric, d) drying the slurry impregnated length of fabric, e) cutting the slurry impregnated length of fabric into a plurality of pieces of slurry impregnated laminates of fabric, f) applying water to each of the pieces of slurry impregnated laminates of fabric to reactivate the slurry, g) stacking the plurality of pieces of slurry impregnated laminates of fabric on a first mould part, h) consolidating the plurality of pieces of slurry impregnated laminates of fabric on the mould part, and i) sintering the stack of the plurality of pieces of slurry impregnated laminates of fabric to form a ceramic matrix composite article (24, 38B, 38C).
A machine for producing stacks of tags starting from at least one sheet on which said tags are printed in ordered manner on one or both its surfaces, comprising in sequence: - a station for feeding at least one sheet, - a station for advancing one sheet at a time, - a station for longitudinally cutting said advanced sheet into strips, - a station for transversely cutting said strips into rows of tags of length corresponding to the length of said tags to be stacked, - a stacking station provided with a stacker, into which the tags of each of said rows are discharged one on another, in sequence, to form stacks of tags, and - a unit for controlling and coordinating the operations performed in said stations (10, 32, 40, 54, 60), characterised in that: - said advancement station comprises at least one perforated suction belt for the purpose of stably retaining said sheet, - said longitudinal cutting station divides said advanced sheet into strips of width corresponding to the width of said tags to be stacked. - a station for feeding at least one sheet, - a station for advancing one sheet at a time, - a station for longitudinally cutting said advanced sheet into strips, - a station for transversely cutting said strips into rows of tags of length corresponding to the length of said tags to be stacked, - a stacking station provided with a stacker, into which the tags of each of said rows are discharged one on another, in sequence, to form stacks of tags, and - a unit for controlling and coordinating the operations performed in said stations (10, 32, 40, 54, 60), - said advancement station comprises at least one perforated suction belt for the purpose of stably retaining said sheet, - said longitudinal cutting station divides said advanced sheet into strips of width corresponding to the width of said tags to be stacked.
A device for the distribution of paper portions, comprising: a rotatable cutting roller having a slot in its circumference, said cutting roller guiding a paper web; and a blade for cutting the paper web being mounted to a carrier movably disposed in said cutting roller, said blade being controlled by means of said carrier engaging into a non-circular cam path fixed with respect to the device, so that said blade moves in and out through said slot only over a part of the rotation of said cutting roller, characterized in that a displacement guide is disposed in said slot in which displacement guide said carrier is guided when moving along said non-circular cam path during a rotation of said cutting roller.
A method of forming an electrochemical test sensor, the method comprising: providing a base and a lid; forming a plurality of electrodes on at least one of the base and the lid; dropping a reagent solution droplet so as to be in contact with at least one of the electrodes, the reagent solution droplet including an enzyme, a mediator and a multivalent salt, the multivalent salt having a concentration greater than 40mM in the reagent solution droplet, the enzyme including glucose dehydrogenase, the mediator including a 3-phenylimino-3H-phenothiazine or a 3-phenylimino-3H-phenoxazine; and drying the reagent solution droplet after placement thereof such that dried reagent has a uniformity in which the ratio of the thinnest point to the thickest point is greater than about 0.2. providing a base and a lid; forming a plurality of electrodes on at least one of the base and the lid; dropping a reagent solution droplet so as to be in contact with at least one of the electrodes, the reagent solution droplet including an enzyme, a mediator and a multivalent salt, the multivalent salt having a concentration greater than 40mM in the reagent solution droplet, the enzyme including glucose dehydrogenase, the mediator including a 3-phenylimino-3H-phenothiazine or a 3-phenylimino-3H-phenoxazine; and drying the reagent solution droplet after placement thereof such that dried reagent has a uniformity in which the ratio of the thinnest point to the thickest point is greater than about 0.2.
A method comprising: receiving user input of one or more character entries via a keyboard of a computing device; recognizing use of multiple different languages for text input based on the character entries into an application of the computing device, the multiple different languages used in a particular interaction scenario, an interaction scenario defined according to usage parameters indicative of characteristics of interaction with the computing device; activating multiple dictionaries corresponding to the multiple different languages to employ for text predictions in connection with the interaction scenario; and generating multi-lingual text predictions for text entry in the application, the text entry associated with the interaction scenario, the text predictions generated by combining probabilities of particular words that appear in the multiple dictionaries according to an adaptive language model, a probability for each respective text prediction based on a weighted combination of individual probabilities of each respective text prediction from each of the multiple dictionaries corresponding to the multiple different languages in which each respective text prediction appears; forming a common list of prediction candidates having a designated number of top ranking words selected from the particular words that appear in the multiple dictionaries according to the combined text prediction probabilities; and presenting the top ranking words in the application to the user to facilitate text input for the interaction scenario. receiving user input of one or more character entries via a keyboard of a computing device; recognizing use of multiple different languages for text input based on the character entries into an application of the computing device, the multiple different languages used in a particular interaction scenario, an interaction scenario defined according to usage parameters indicative of characteristics of interaction with the computing device; activating multiple dictionaries corresponding to the multiple different languages to employ for text predictions in connection with the interaction scenario; and generating multi-lingual text predictions for text entry in the application, the text entry associated with the interaction scenario, the text predictions generated by combining probabilities of particular words that appear in the multiple dictionaries according to an adaptive language model, a probability for each respective text prediction based on a weighted combination of individual probabilities of each respective text prediction from each of the multiple dictionaries corresponding to the multiple different languages in which each respective text prediction appears; forming a common list of prediction candidates having a designated number of top ranking words selected from the particular words that appear in the multiple dictionaries according to the combined text prediction probabilities; and presenting the top ranking words in the application to the user to facilitate text input for the interaction scenario.
A method for network slice handover, HO, executed by a target base station and comprising: receiving, by the target base station, an HO request transmitted by a source base station; and determining, by the target base station, to perform slice remapping when a first condition is satisfied, wherein the first condition is used for the target base station to determine whether to perform slice remapping, and the first condition is determined by the target base station according to first slice information, wherein the first slice information is obtained by the target base station from an access and mobility management function, AMF and/or a neighbouring base station, wherein the first slice information comprises: whether a packet data unit, PDU, session and/or slice that requires switch has a requirement for HO service continuity; and the first condition comprises: a PDU session and/or slice that requires switch has a requirement for HO service continuity. receiving, by the target base station, an HO request transmitted by a source base station; and determining, by the target base station, to perform slice remapping when a first condition is satisfied, wherein the first condition is used for the target base station to determine whether to perform slice remapping, and the first condition is determined by the target base station according to first slice information, wherein the first slice information is obtained by the target base station from an access and mobility management function, AMF and/or a neighbouring base station, wherein the first slice information comprises: whether a packet data unit, PDU, session and/or slice that requires switch has a requirement for HO service continuity; and the first condition comprises: a PDU session and/or slice that requires switch has a requirement for HO service continuity.
A device for transmitting data in a network, the device comprising: a source subsystem configured to generate a first data packet that includes first timing information that is based on a time at which the first data packet is generated, wherein the source subsystem comprises a first timing generator configured to generate the first timing information; and a communication subsystem coupled to the source subsystem via one or more abstraction layers, the communication subsystem configured to modify the first data packet to generate and transmit a modified data packet to the network, characterized in that the communication subsystem is configured to generate the modified data packet to include the first timing information and second timing information that is based on a time at which the modified data packet is transmitted to the network, and wherein the communication subsystem comprises a second timing generator that is synchronized with the first timing generator through the one or more abstraction layers to generate the second timing information. a source subsystem configured to generate a first data packet that includes first timing information that is based on a time at which the first data packet is generated, wherein the source subsystem comprises a first timing generator configured to generate the first timing information; and a communication subsystem coupled to the source subsystem via one or more abstraction layers, the communication subsystem configured to modify the first data packet to generate and transmit a modified data packet to the network, characterized in that the communication subsystem is configured to generate the modified data packet to include the first timing information and second timing information that is based on a time at which the modified data packet is transmitted to the network, and wherein the communication subsystem comprises a second timing generator that is synchronized with the first timing generator through the one or more abstraction layers to generate the second timing information.
A wheel assembly comprising a plurality of discreet, axially extending curved friction plates for engaging a first side of a spoke structure of a tire assembly; a first annular rim piece for engaging a rotatable axle; and a second annular rim piece for engaging the first rim piece, the first rim piece and the second rim piece each having axially extending lugs (212, 214, 222, 224) for engaging opposite ends of the friction plates, characterized in that (i) each lug (222, 224) of the second rim piece has an axial blind threaded bore for receiving a threaded bolt to secure the tire assembly, the first rim piece, the second rim piece together, and the friction plates together; and/or wherein (ii) the first rim piece includes an axially extending curved skirt for engaging a second side of the spoke structure of the tire assembly, the second side of the spoke structure being radially opposite the first side of the spoke structure of the tire assembly. (i) each lug (222, 224) of the second rim piece has an axial blind threaded bore for receiving a threaded bolt to secure the tire assembly, the first rim piece, the second rim piece together, and the friction plates together; and/or wherein (ii) the first rim piece includes an axially extending curved skirt for engaging a second side of the spoke structure of the tire assembly, the second side of the spoke structure being radially opposite the first side of the spoke structure of the tire assembly.
A method for forming an emitter layer for a solar cell, the method comprising: preparing a substrate including a first impurity of a first conductive type; diffusing a second impurity of a second conductive type opposite to the first conductive type in the substrate to form a first emitter portion of the emitter layer in the substrate and a phosphorous silicate glass, PSG, on a surface of the substrate; and selectively heating a portion of the first emitter portion, which corresponds to a position for forming a finger electrode, to form a second emitter portion with a higher impurity concentration than the first emitter portion, wherein the forming of the second emitter portion comprises irradiating laser beams on the PSG, so that a portion of the first emitter portion underlying a portion of the PSG, on which the laser beams are irradiated, is heated, wherein the laser beams have an irradiation width more than a width of the finger electrode and an energy density that does not damage the first emitter portion underlying the PSG by laser ablation, and wherein a plurality of annealing positions of the PSG corresponding to the finger electrodes are simultaneously heated by one laser scan process. preparing a substrate including a first impurity of a first conductive type; diffusing a second impurity of a second conductive type opposite to the first conductive type in the substrate to form a first emitter portion of the emitter layer in the substrate and a phosphorous silicate glass, PSG, on a surface of the substrate; and selectively heating a portion of the first emitter portion, which corresponds to a position for forming a finger electrode, to form a second emitter portion with a higher impurity concentration than the first emitter portion, wherein the forming of the second emitter portion comprises irradiating laser beams on the PSG, so that a portion of the first emitter portion underlying a portion of the PSG, on which the laser beams are irradiated, is heated, wherein the laser beams have an irradiation width more than a width of the finger electrode and an energy density that does not damage the first emitter portion underlying the PSG by laser ablation, and wherein a plurality of annealing positions of the PSG corresponding to the finger electrodes are simultaneously heated by one laser scan process.
A laundry treatment apparatus comprising: a cabinet having a prescribed shape; a supporter (11, 12) provided in the cabinet; a drum configured to rotate and provided on the supporter, a circumferential portion of the drum slidably connected to the supporter, a cross section of the drum being a simple closed curve where first distance between a rotational axis of the drum and a first location on an inner surface of the drum is different from second distance between the rotational axis of the drum and a second location on the inner surface of the drum; a lifter provided on an inner surface of the drum for lifting a laundry received in the drum; and a motor to rotate the drum, wherein the supporter includes a front supporter that supports a front end circumferential portion of the drum and a rear supporter that supports a rear end circumferential portion of the drum, wherein the supporter (11, 12) includes a bending portion (11a, 12a) that is bent inwardly of the drum and brought into contact with a circumferential portion of the drum to support the drum, and characterized in that the lifter is slidably connected to the front supporter and the rear supporter to be rotated with the drum. a cabinet having a prescribed shape; a supporter (11, 12) provided in the cabinet; a drum configured to rotate and provided on the supporter, a circumferential portion of the drum slidably connected to the supporter, a cross section of the drum being a simple closed curve where first distance between a rotational axis of the drum and a first location on an inner surface of the drum is different from second distance between the rotational axis of the drum and a second location on the inner surface of the drum; a lifter provided on an inner surface of the drum for lifting a laundry received in the drum; and a motor to rotate the drum, wherein the supporter includes a front supporter that supports a front end circumferential portion of the drum and a rear supporter that supports a rear end circumferential portion of the drum, wherein the supporter (11, 12) includes a bending portion (11a, 12a) that is bent inwardly of the drum and brought into contact with a circumferential portion of the drum to support the drum, and characterized in that the lifter is slidably connected to the front supporter and the rear supporter to be rotated with the drum.
A multilayer structure comprising a base and a layer stacked on the base, wherein the layer contains an aluminum-containing compound, an organic phosphorus compound, and a polymer having an ether bond and having no glycosidic bond, wherein the aluminum-containing compound is a compound (Ab) comprising a reaction product of an aluminum-containing metal oxide (Aa) and an inorganic phosphorus compound.
A bearing grease composition comprising: a thickener; and a base oil, wherein the thickener is a urea thickener represented by a formula below, in observation of a transmission image in a sample with an average thickness of 11 μm of the bearing grease composition, a transmission-image-area ratio of an aggregation part having a transmission image area exceeding 40μm 2 in the urea thickener is 15% or less relative to a total observation area, wherein the transmission-image-area ratio is determined utilizing the equipment and conditions as described in the description; R 1 NHCONHR 2 NHCONHR 3 · · · where: R 1 and R 3 each independently represent: an monovalent chain hydrocarbon group having 6 to 22 carbon atoms; or an monovalent alicyclic hydrocarbon group having 6 to 12 carbon atoms; wherein the monovalent alicyclic hydrocarbon group having 6 to 12 carbon atoms accounts for a range from 60 mol% to 95 mol% in a total amount of R 1 and R 3, and R 2 represents an divalent aromatic hydrocarbon group having 6 to 15 carbon atoms, and wherein the content of the thickener is 5 to 25 mass% based on the total amount of the grease composition. a thickener; and a base oil, wherein where: R 1 and R 3 each independently represent: an monovalent chain hydrocarbon group having 6 to 22 carbon atoms; or an monovalent alicyclic hydrocarbon group having 6 to 12 carbon atoms; wherein the monovalent alicyclic hydrocarbon group having 6 to 12 carbon atoms accounts for a range from 60 mol% to 95 mol% in a total amount of R 1 and R 3, and R 2 represents an divalent aromatic hydrocarbon group having 6 to 15 carbon atoms, and wherein the content of the thickener is 5 to 25 mass% based on the total amount of the grease composition.
Motorized hub for an electrically powered motor vehicle, the said motorized hub comprising a hub intended to accept a wheel, the hub being mounted so that it can rotate with respect to a hub carrier about a hub axis, the motorized hub comprising an electric traction unit, the electric unit comprising an external stator connected to the hub carrier, and an internal rotor the axis of rotation of which is distant from the hub axis, the motorized hub comprising reduction means acting between the shaft of the rotor of the electric unit and the hub, the motorized hub comprising dry-friction braking means, a braking rotor cooled by the ambient air being secured to the hub in terms of rotation via a brake shaft, the brake rotor being positioned axially on the inboard side of the vehicle with respect to the said hub, the shaft of the rotor of the electric unit being positioned radially on the outside of the braking rotor and extending axially from the reduction means towards the inside of the vehicle, the reduction means comprising a drive pinion connected to the rotor of the electric unit and a ring gear connected to the hub, a brake shaft passing through the hub carrier to connect the braking rotor to the hub, the brake shaft being independent of the reduction means, the motorized hub being characterized in that the reduction means comprise two reduction stages and in that the hub is mounted so that it can rotate via rolling-contact hub bearings positioned around a stub axle of the hub carrier, the brake shaft passing axially through a cavity of the stub axle.
Chain rack for a drive with a chain and a tensioning device for tensioning the chain, characterized in that the chain is designed as a push chain and a tensioning force is induced by means of the tensioning device in such a way that the push chain is loaded under pressure in rack direction, and that the chain is designed as a superelevated push chain with a superelevation, wherein the tensioning device reduces the superelevation of the push chain in order to induce a tensioning force in the push chain.
An apparatus comprising: means for receiving, from a cell on a carrier frequency, an indication that at least one multicast service is available in at least one other cell on at least one other carrier frequency; and means, in response to the indication, for sending an indication that a terminal device be informed of the at least one multicast service available in the at least one other cell on the at least one other carrier frequency. means for receiving, from a cell on a carrier frequency, an indication that at least one multicast service is available in at least one other cell on at least one other carrier frequency; and means, in response to the indication, for sending an indication that a terminal device be informed of the at least one multicast service available in the at least one other cell on the at least one other carrier frequency.