mhurhangee/ep-ind-claims huggingface dataset:
A method of encoding video data comprising: selecting a context from one or more contexts based on a transform depth of a transform unit associated with a block of video data to be encoded, wherein the transform depth specifies the current subdivision level of a coding unit into blocks for the purpose of transform coding; encoding a Cb chroma coded block flag for the block of video data using context adaptive binary arithmetic coding, CABAC, and the selected context, wherein encoding the Cb chroma coded block flag comprises using a context set including the one or more contexts; and encoding a Cr chroma coded block flag using CABAC, wherein encoding the Cr chroma coded block flag comprises using the same context set as the Cb chroma coded block flag. selecting a context from one or more contexts based on a transform depth of a transform unit associated with a block of video data to be encoded, wherein the transform depth specifies the current subdivision level of a coding unit into blocks for the purpose of transform coding; encoding a Cb chroma coded block flag for the block of video data using context adaptive binary arithmetic coding, CABAC, and the selected context, wherein encoding the Cb chroma coded block flag comprises using a context set including the one or more contexts; and encoding a Cr chroma coded block flag using CABAC, wherein encoding the Cr chroma coded block flag comprises using the same context set as the Cb chroma coded block flag.
Method for preparation of porous supported catalyst materials for N 2 O decomposition, wherein a soluble cobalt precursor is added to a slurry of cerium oxide and processing aids in water, the slurry is milled to a particle size less than 10 μm, a pore former is added, wherein the pore former is starch, cellulose, or polymer fibers or spheres; the viscosity is adjusted to 1000 cP, before the slurry is spray dried, with subsequent compaction, the pore former is removed and the product is sintered.
An apparatus for forming a high-definition lithographic image on an exterior surface of a metallic container, comprising: at least one plate cylinder with an inker, the inker operable to transfer an ink to predetermined portions of one or more printing plates attached to a circumference of the at least one plate cylinder; a blanket cylinder having one or more flexible secondary plates affixed to a circumference of the blanket cylinder, the blanket cylinder operable to move the flexible secondary plates into rotational contact with the one or more printing plates attached to the at least one plate cylinder, wherein the ink is transferred from the predetermined portions of the one or more printing plates to at least a portion of the flexible secondary plates, wherein the flexible secondary plates are comprised of a single layer of an ethylene propylene diene monomer, and wherein the flexible secondary plates each have an image formed thereon; and a support cylinder including a plurality of stations adapted to receive metallic containers, the support cylinder operable to receive the metallic container from a conveyor and move the metallic container into contact with a flexible secondary plate affixed to the blanket cylinder, wherein the ink is transferred from the flexible secondary plate to the metallic container to form the high-definition lithographic image on the exterior surface of the metallic container. at least one plate cylinder with an inker, the inker operable to transfer an ink to predetermined portions of one or more printing plates attached to a circumference of the at least one plate cylinder; a blanket cylinder having one or more flexible secondary plates affixed to a circumference of the blanket cylinder, the blanket cylinder operable to move the flexible secondary plates into rotational contact with the one or more printing plates attached to the at least one plate cylinder, wherein the ink is transferred from the predetermined portions of the one or more printing plates to at least a portion of the flexible secondary plates, wherein the flexible secondary plates are comprised of a single layer of an ethylene propylene diene monomer, and wherein the flexible secondary plates each have an image formed thereon; and a support cylinder including a plurality of stations adapted to receive metallic containers, the support cylinder operable to receive the metallic container from a conveyor and move the metallic container into contact with a flexible secondary plate affixed to the blanket cylinder, wherein the ink is transferred from the flexible secondary plate to the metallic container to form the high-definition lithographic image on the exterior surface of the metallic container.
A method of water priming a garment care device, the garment care device comprising: - a mobile unit comprising a steam generator, and a temperature sensor; - a base; - a cord for connecting the base and the mobile unit; and - a water tank and a first pump arranged in the base for pumping water from the water tank to the steam generator via the cord; the method comprising: - a step of starting the heating of the steam generator, - a first step of detecting, using the temperature sensor, that the steam generator has a temperature equal or larger than a given first increased temperature, - after the steam generator has a temperature equal or larger than said given first increased temperature, a step of starting the first pump, - a second step of detecting, using the temperature sensor, that the steam generator has a temperature equal or larger than a given second increased temperature, said second increased temperature being equal or larger than said first increased temperature, - after the steam generator has a temperature equal or larger than said given second increased temperature, a step of stopping the heating of the steam generator, - a step of measuring, using the temperature sensor, at least one rate of temperature decrease for the steam generator, - after the at least one rate of temperature decrease of the steam generator has exceeded a certain threshold, a step of stopping the first pump. - a mobile unit comprising a steam generator, and a temperature sensor; - a base; - a cord for connecting the base and the mobile unit; and - a water tank and a first pump arranged in the base for pumping water from the water tank to the steam generator via the cord; - a step of starting the heating of the steam generator, - a first step of detecting, using the temperature sensor, that the steam generator has a temperature equal or larger than a given first increased temperature, - after the steam generator has a temperature equal or larger than said given first increased temperature, a step of starting the first pump, - a second step of detecting, using the temperature sensor, that the steam generator has a temperature equal or larger than a given second increased temperature, said second increased temperature being equal or larger than said first increased temperature, - after the steam generator has a temperature equal or larger than said given second increased temperature, a step of stopping the heating of the steam generator, - a step of measuring, using the temperature sensor, at least one rate of temperature decrease for the steam generator, - after the at least one rate of temperature decrease of the steam generator has exceeded a certain threshold, a step of stopping the first pump.
Arrangement for magnetic field shielding on a longitudinal portion along an alternating current power cable, in particular an underground power cable having at least two phase conductors, wherein for each phase conductor shielding means of the shielding arrangement which is constructed as a hollow cylinder (12, 12', 12") are provided, and the hollow cylinder (12, 12', 12") has the length of the longitudinal portion, wherein each of the phase conductors is partially surrounded with the length of the longitudinal portion on the hollow cylinder (12, 12', 12") with a banding of highly permeable material and the banding is introduced in a wall of the hollow cylinder (12, 12', 12"), characterised in that • at least one outgoing conductor extends in the hollow cylinder (12, 12', 12"), and • with a length greater than the length of the hollow cylinder (12, 12', 12") at least one compensation conductor is located outside the hollow cylinder in a state further parallel with each phase conductor, and • at least one outgoing conductor over the at least one compensation conductor having at least one return conductor is placed in series so that at least one closed short-circuit conductor loop is formed. • at least one outgoing conductor extends in the hollow cylinder (12, 12', 12"), and • with a length greater than the length of the hollow cylinder (12, 12', 12") at least one compensation conductor is located outside the hollow cylinder in a state further parallel with each phase conductor, and • at least one outgoing conductor over the at least one compensation conductor having at least one return conductor is placed in series so that at least one closed short-circuit conductor loop is formed.
A biocompatible implantable medical device comprising: a medical implant; and characterised in that the implant is provided with a layer of liquid rope coil scaffold disposed on all or part of a surface of the implant, in which the liquid rope coil scaffold is formed from a high viscosity polymer.
Disposable bag made of flexible material, particularly of plastic, for a device for collecting waste, the bag having an opening and a flexible wall element for closing the opening of the bag after filling, the flexible wall element constituting an extension of part of the wall of the bag, and being adjacent to one of the sides of the opening, characterized in that the bag stored flat has a cutout determining the hinge zone of the element flexible wall, the bag being obtained by a single cut, and the element of flexible wall closure constitutes a bag cover, which can be folded down with an orifice, in particular in its central zone, to allow succion through the flexible wall element in the closed position.
Subsea AC power distribution device (100, 200), comprising a watertight housing accommodating at least one transformer, the transformer having a primary winding and a plurality of secondary windings (111, 121, 211, 221, 231, 241); input terminals, electrically connected to the primary winding and arranged to be connected to a remote power supply; output terminals (114, 124), electrically connected to the secondary windings (111, 121, 211, 221, 231, 241) and arranged to be connected to subsea power consuming devices (216, 226, 236, 246); and switches (113, 123, 211, 221, 231, 241) being arranged within the watertight housing, the watertight housing being configured with a first compartment and a second compartment separate from the first compartment, the transformer being arranged in the first compartment, characterized in that each secondary winding (111, 121, 211, 221 231, 241) is feeding one power consuming device (216, 226, 236, 246) and is provided with a corresponding switch (113, 123) arranged to break the connections between each secondary winding (111, 121, 211, 221, 231, 241) and a corresponding output terminal (114, 124) and the switches (113, 123) are arranged in the second compartment. a watertight housing accommodating at least one transformer, the transformer having a primary winding and a plurality of secondary windings (111, 121, 211, 221, 231, 241); input terminals, electrically connected to the primary winding and arranged to be connected to a remote power supply; output terminals (114, 124), electrically connected to the secondary windings (111, 121, 211, 221, 231, 241) and arranged to be connected to subsea power consuming devices (216, 226, 236, 246); and switches (113, 123, 211, 221, 231, 241) being arranged within the watertight housing, the watertight housing being configured with a first compartment and a second compartment separate from the first compartment, the transformer being arranged in the first compartment, characterized in that each secondary winding (111, 121, 211, 221 231, 241) is feeding one power consuming device (216, 226, 236, 246) and is provided with a corresponding switch (113, 123) arranged to break the connections between each secondary winding (111, 121, 211, 221, 231, 241) and a corresponding output terminal (114, 124) and the switches (113, 123) are arranged in the second compartment.
Compound 2250 or a pharmaceutically acceptable salt, hydrate, ester, or solvate thereof, for use in a method of treating a cytokine release syndrome or a cytokine storm in a subject.
A vacuum exhaust method of exhausting a vacuum chamber by a vacuum pump apparatus, comprising: an increasing step of increasing a rotational speed of the vacuum pump apparatus to a predetermined stable speed after starting the vacuum pump apparatus; a gas introduction step of introducing an inert gas into the vacuum pump apparatus after the rotational speed of the vacuum pump apparatus reaches the stable speed; and wherein the vacuum exhaust method comprises: a first introduction step of introducing inert gas of a first flow rate into the vacuum pump apparatus through a bypass line branched from an inert gas supply line connected to the vacuum pump apparatus; and a second introduction step of introducing inert gas of a second flow rate larger than the first flow rate into the vacuum pump apparatus. an increasing step of increasing a rotational speed of the vacuum pump apparatus to a predetermined stable speed after starting the vacuum pump apparatus; a gas introduction step of introducing an inert gas into the vacuum pump apparatus after the rotational speed of the vacuum pump apparatus reaches the stable speed; and wherein the vacuum exhaust method comprises: a first introduction step of introducing inert gas of a first flow rate into the vacuum pump apparatus through a bypass line branched from an inert gas supply line connected to the vacuum pump apparatus; and a second introduction step of introducing inert gas of a second flow rate larger than the first flow rate into the vacuum pump apparatus. a first introduction step of introducing inert gas of a first flow rate into the vacuum pump apparatus through a bypass line branched from an inert gas supply line connected to the vacuum pump apparatus; and a second introduction step of introducing inert gas of a second flow rate larger than the first flow rate into the vacuum pump apparatus.
A zoom lens consisting of, in order from an object side to an image side, a first lens unit having a positive refractive power and configured not to be moved for zooming, a second lens unit having a negative refractive power and configured to be moved for zooming, and a rear lens group (L3-L6) including at least one lens unit, wherein the first lens unit includes at least six lenses, a lens closest to the object side included in the first lens unit is a negative lens, and the zoom lens satisfies conditional expressions − 1.65 < f 1 n / f 1 < − 1.10, 37 < v 1 n < 48, 87 < vpave < 100, and 2.61 ≤ ft / f 1 < 6.0, where fin is a focal length of the negative lens, vin is an Abbe number of the negative lens with respect to d-line, f1 is a focal length of the first lens unit, ft is a focal length of the zoom lens at a telephoto end, and vpave is an average of Abbe numbers of positive lenses included in the first lens unit with respect to d-line, the Abbe number vd with respect to d-line being expressed by an expression vd = Nd − 1 / NF − NC, where NF is a refractive index with respect to F-line, NC is a refractive index with respect to C-line, and Nd is a refractive index with respect to d-line. the first lens unit includes at least six lenses, a lens closest to the object side included in the first lens unit is a negative lens, and the zoom lens satisfies conditional expressions − 1.65 < f 1 n / f 1 < − 1.10, 37 < v 1 n < 48, 87 < vpave < 100, and 2.61 ≤ ft / f 1 < 6.0, where fin is a focal length of the negative lens, vin is an Abbe number of the negative lens with respect to d-line, f1 is a focal length of the first lens unit, ft is a focal length of the zoom lens at a telephoto end, and vpave is an average of Abbe numbers of positive lenses included in the first lens unit with respect to d-line, the Abbe number vd with respect to d-line being expressed by an expression vd = Nd − 1 / NF − NC, where NF is a refractive index with respect to F-line, NC is a refractive index with respect to C-line, and Nd is a refractive index with respect to d-line.
An apparatus for collecting netflow data comprising: means for receiving a plurality of flow records from a network device, each flow record having at least a source IP address and a destination IP address; means for extracting data from the received flow records into a block data structure, wherein the block data structure includes a plurality of individual elements each storing extracted data from a respective flow record, and an index of the plurality of individual elements; characterised by means for sorting the individual elements in the block data structure by re-ordering the index of each of the plurality of individual elements; and means (46,47) for processing the sorted block data structure as a data stream according to the sorted individual elements to identify a pattern of network usage based on a number of flow records indicating at least a same source IP address or destination IP address. means for receiving a plurality of flow records from a network device, each flow record having at least a source IP address and a destination IP address; means for extracting data from the received flow records into a block data structure, wherein the block data structure includes a plurality of individual elements each storing extracted data from a respective flow record, and an index of the plurality of individual elements; characterised by means for sorting the individual elements in the block data structure by re-ordering the index of each of the plurality of individual elements; and means (46,47) for processing the sorted block data structure as a data stream according to the sorted individual elements to identify a pattern of network usage based on a number of flow records indicating at least a same source IP address or destination IP address.
An x-ray stick marker, comprising: a shaft having a proximal end and a distal end; a marking tip disposed at the distal end of the shaft, the marking tip attached to an adjustable lever, wherein the shaft has a length that allows the user to maintain a suitable distance from the patient and avoid any unnecessary exposure to radiation when positioning the marking tip on a designated location of the patient's skin for drawing a mark thereon; a handle disposed at the proximal end of the shaft, the handle including an actuating button in communication with the lever; and a ring member including a radiopaque material. a shaft having a proximal end and a distal end; a marking tip disposed at the distal end of the shaft, the marking tip attached to an adjustable lever, wherein the shaft has a length that allows the user to maintain a suitable distance from the patient and avoid any unnecessary exposure to radiation when positioning the marking tip on a designated location of the patient's skin for drawing a mark thereon; a handle disposed at the proximal end of the shaft, the handle including an actuating button in communication with the lever; and a ring member including a radiopaque material.
A method for protecting personal information, the method performed by a system comprising a processor and a non-transitory computer-readable medium storing instructions that, when executed by the processor, cause the system to perform the method, the method comprising: receiving a first request from a user system to perform a first computation on a genomic dataset, the genomic dataset comprising genomic information associated with a plurality of individuals; generating a first response to the first request by performing the first computation on the genomic dataset; determining a first informational value of the first response relating to at least one individual associated with the genomic dataset, wherein the first informational value is a metric identifying an amount of genomic information, related to the at least one individual, which has been revealed over time to one or more requesting users; determining, based on the first informational value and a disclosure budget associated with the at least one individual, that permitting access to the first response to the user system does not exhaust the disclosure budget, wherein the disclosure budget is generated based on a statistical indication of a uniqueness of genomic information associated with the at least one individual included in the dataset relative to genomic information associated with other individuals of the plurality of individuals; permitting access to the first response by the user system based at least in part on determining that providing the first response to the user system does not exhaust the disclosure budget; and updating the disclosure budget based on the first informational value. receiving a first request from a user system to perform a first computation on a genomic dataset, the genomic dataset comprising genomic information associated with a plurality of individuals; generating a first response to the first request by performing the first computation on the genomic dataset; determining a first informational value of the first response relating to at least one individual associated with the genomic dataset, wherein the first informational value is a metric identifying an amount of genomic information, related to the at least one individual, which has been revealed over time to one or more requesting users; determining, based on the first informational value and a disclosure budget associated with the at least one individual, that permitting access to the first response to the user system does not exhaust the disclosure budget, wherein the disclosure budget is generated based on a statistical indication of a uniqueness of genomic information associated with the at least one individual included in the dataset relative to genomic information associated with other individuals of the plurality of individuals; permitting access to the first response by the user system based at least in part on determining that providing the first response to the user system does not exhaust the disclosure budget; and updating the disclosure budget based on the first informational value.
A modular electric robotized machine with an inverted U- or L-shaped configuration, characterized by a modular calibrated automatic apparatus for hedge maintenance, which is assembled monolithically, does not require an operator and operates in compliance with the safety requirements and comprises the following components: a) one or two electric motors powered by means of a battery; b) rechargeable batteries; c) tracks or wheels which can be adapted to any type of terrain; d) interchangeable hedge trimming blades; e) atomizers for a pest control substance; f) tank for a pest control substance; g) high-pressure pump; h) protective housing containing sensors for inactivation in case of bad weather; i) sensors for impact prevention and for keeping the appropriate distances from the hedges; j) adjustable timer for storing operating times of said machine; k) magnetic wire for marking the path with travel limit sensors. a) one or two electric motors powered by means of a battery; b) rechargeable batteries; c) tracks or wheels which can be adapted to any type of terrain; d) interchangeable hedge trimming blades; e) atomizers for a pest control substance; f) tank for a pest control substance; g) high-pressure pump; h) protective housing containing sensors for inactivation in case of bad weather; i) sensors for impact prevention and for keeping the appropriate distances from the hedges; j) adjustable timer for storing operating times of said machine; k) magnetic wire for marking the path with travel limit sensors.