mhurhangee/ep-ind-claims huggingface dataset:
An analysis method for analyzing a sample (Sa) using capillary electrophoresis by applying a voltage to a sample solution introduced to a micro flow path, performing separation analysis for a component contained in the sample solution, and measuring an optical measurement value at a measurement section of the micro flow path corresponding to an elapsed time after a start of measurement, the analysis method comprising: a waveform forming step of forming a waveform related to the optical measurement value corresponding to the elapsed time since the start of measurement; an interface detection step of determining an interface detection time when an interface between the sample solution and a migration liquid (Lm) reaches a predetermined measurement position in the micro flow path, based on the optical measurement value; a waveform peak specification step of specifying waveform peaks appearing in the waveform and of identifying a maximum waveform peak which is the largest waveform peak out of the waveform peaks; characterized by a component identification step of identifying a component contained in the sample solution, said component corresponding to the maximum waveform peak, based on a maximum-peak detection time which is the elapsed time corresponding to the maximum waveform peak, as well as on the interface detection time. a waveform forming step of forming a waveform related to the optical measurement value corresponding to the elapsed time since the start of measurement; an interface detection step of determining an interface detection time when an interface between the sample solution and a migration liquid (Lm) reaches a predetermined measurement position in the micro flow path, based on the optical measurement value; a waveform peak specification step of specifying waveform peaks appearing in the waveform and of identifying a maximum waveform peak which is the largest waveform peak out of the waveform peaks; characterized by a component identification step of identifying a component contained in the sample solution, said component corresponding to the maximum waveform peak, based on a maximum-peak detection time which is the elapsed time corresponding to the maximum waveform peak, as well as on the interface detection time.
An athletic performance monitoring system, comprising: a global positioning satellite receiver designed to obtain data relating to a series of time-stamped position points encountered by an athlete during an athletic performance; means for storing data associated with one or more routes utilized by the athlete during a plurality of athletic performances; means for ascertaining the athlete's preferences based on the athlete's past workout and route data; and means for automatically suggesting a new route for a future athletic performance, wherein the means for automatically suggesting the new route is designed to determine the new route, at least in part, (a) by comparing data associated with the new route's location with the stored data associated with the routes utilized by the athlete during at least some of the plurality of athletic performances and (b) based on determined athlete's preferences. a global positioning satellite receiver designed to obtain data relating to a series of time-stamped position points encountered by an athlete during an athletic performance; means for storing data associated with one or more routes utilized by the athlete during a plurality of athletic performances; means for ascertaining the athlete's preferences based on the athlete's past workout and route data; and means for automatically suggesting a new route for a future athletic performance, wherein the means for automatically suggesting the new route is designed to determine the new route, at least in part, (a) by comparing data associated with the new route's location with the stored data associated with the routes utilized by the athlete during at least some of the plurality of athletic performances and (b) based on determined athlete's preferences.
An immunogenic composition comprising an isolated Bacillus or Geobacillus bacterial thermolysin and an isolated Streptococcus pyrogenic exotoxin B (SpeB) for use as vaccine against laminitis; wherein the SpeB comprises a 40 kDa precursor form and a 28 kDa cleaved form; and wherein the immunogenic composition comprises an adjuvant.
A vehicle bond filler formulation comprising: a part A comprising a curable resin having a degree of unsaturation; and a monomer reactive diluent in which said curable resin is dissolved or suspended, wherein the monomer reactive diluent is an acrylic, acrylate, methacrylate, ether monomer of the structure (C 1 -C 6 alkyl)-O-(C 2 -C 6 alkylene), styrene, α-methylstyrene, vinyl toluene, di-functional styrene, allyl substituted benzene, di-vinyl benzene, difunctional acrylate, trifunctional acrylate, acrylonitrile, mono-vinyl-terminated polydimethylsiloxanes, and combinations of any of the aforementioned; a part B storage-separate, free-radical cure initiator package comprising a free-radical cure initiator; and at least one color changing dye present from 0.00005 to 0.002 total weight percent of the active dye in a complete formulation adapted to i) change color upon mixing of said part A and said part B, such that a terminal color change occurs within ±5 minutes of cure of said curable resin to a sandable condition or ii) serve as a guide coat colorant which is reactive with ambient air or light; or a combination thereof. a part A comprising a curable resin having a degree of unsaturation; and a monomer reactive diluent in which said curable resin is dissolved or suspended, wherein the monomer reactive diluent is an acrylic, acrylate, methacrylate, ether monomer of the structure (C 1 -C 6 alkyl)-O-(C 2 -C 6 alkylene), styrene, α-methylstyrene, vinyl toluene, di-functional styrene, allyl substituted benzene, di-vinyl benzene, difunctional acrylate, trifunctional acrylate, acrylonitrile, mono-vinyl-terminated polydimethylsiloxanes, and combinations of any of the aforementioned; a part B storage-separate, free-radical cure initiator package comprising a free-radical cure initiator; and at least one color changing dye present from 0.00005 to 0.002 total weight percent of the active dye in a complete formulation adapted to i) change color upon mixing of said part A and said part B, such that a terminal color change occurs within ±5 minutes of cure of said curable resin to a sandable condition or ii) serve as a guide coat colorant which is reactive with ambient air or light; or a combination thereof.
A method for capturing a biomolecule, wherein the biomolecule is presented on an extracellular vesicle, or for isolating an extracellular vesicle that presents said biomolecule, said method comprising: a. in a binding step, contacting a liquid sample comprising said biomolecule with a surface, wherein i. said surface is electrically conductive, ii. and - said surface carries a chemical modification facilitating retention of said biomolecule, or - an electrical retention potential is applied to said surface, facilitating retention of said biomolecule; b. in a washing step, removing said liquid sample; c. in a release step, applying a release voltage to said surface, d. collecting the biomolecule; characterized in that said surface is a carbon fibre microelectrode embedded in a non-electrically conductive polymer matrix. said method comprising: a. in a binding step, contacting a liquid sample comprising said biomolecule with a surface, wherein i. said surface is electrically conductive, ii. and - said surface carries a chemical modification facilitating retention of said biomolecule, or - an electrical retention potential is applied to said surface, facilitating retention of said biomolecule; b. in a washing step, removing said liquid sample; c. in a release step, applying a release voltage to said surface, d. collecting the biomolecule; a. in a binding step, contacting a liquid sample comprising said biomolecule with a surface, wherein i. said surface is electrically conductive, ii. and - said surface carries a chemical modification facilitating retention of said biomolecule, or - an electrical retention potential is applied to said surface, facilitating retention of said biomolecule; i. said surface is electrically conductive, ii. and - said surface carries a chemical modification facilitating retention of said biomolecule, or - an electrical retention potential is applied to said surface, facilitating retention of said biomolecule; - said surface carries a chemical modification facilitating retention of said biomolecule, or - an electrical retention potential is applied to said surface, facilitating retention of said biomolecule; b. in a washing step, removing said liquid sample; c. in a release step, applying a release voltage to said surface, d. collecting the biomolecule; characterized in that said surface is a carbon fibre microelectrode embedded in a non-electrically conductive polymer matrix.
An ink set comprising: a water-based ink for ink jet recording; and a treatment liquid, wherein the water-based ink comprises a phosphate-group modified self-dispersing pigment, water, and a water-soluble organic solvent, the treatment liquid comprises an aggregating agent, water, and a water-soluble organic solvent, a dynamic surface tension of the water-based ink, measured under a condition where a life time is 50 ms, is in a range of 35 mN/m to 45 mN/m, and a dynamic surface tension of the treatment liquid, measured under a condition where a life time is 50 ms, is in a range of 33 mN/m to 45 mN/m. a water-based ink for ink jet recording; and a treatment liquid, wherein the water-based ink comprises a phosphate-group modified self-dispersing pigment, water, and a water-soluble organic solvent, the treatment liquid comprises an aggregating agent, water, and a water-soluble organic solvent, a dynamic surface tension of the water-based ink, measured under a condition where a life time is 50 ms, is in a range of 35 mN/m to 45 mN/m, and a dynamic surface tension of the treatment liquid, measured under a condition where a life time is 50 ms, is in a range of 33 mN/m to 45 mN/m.
A method of gas sharing between coke ovens to decrease a coke production rate, the method comprising: operating a plurality of coke ovens to produce coke and exhaust gases during a coking cycle, wherein each coke oven comprises an uptake damper adapted to control an oven draft in the coke oven, and wherein a first coke oven is offset in operation cycle from a second coke oven; directing the exhaust gases from the first coke oven to a shared gas duct that is in communication with the first coke oven and the second coke oven; and biasing the draft in the ovens during the coking cycle to move the exhaust gas from the first coke oven to the second coke oven via the shared gas duct to transfer heat from the first coke oven to the second coke oven, wherein: the uptake dampers of the first and second coke ovens are connected to a common duct; the first coke oven operates on a first coking cycle, the first coking cycle lasting at least 72 hours; the second coke oven operates on a second coking cycle, the second coking cycle beginning at a time approximately halfway through the first coking cycle, the method further comprising: transferring heated gas and volatile matter through the common duct from the first coke oven to the second coke oven, which comprises extending the coking cycle of the second coke oven. operating a plurality of coke ovens to produce coke and exhaust gases during a coking cycle, wherein each coke oven comprises an uptake damper adapted to control an oven draft in the coke oven, and wherein a first coke oven is offset in operation cycle from a second coke oven; directing the exhaust gases from the first coke oven to a shared gas duct that is in communication with the first coke oven and the second coke oven; and biasing the draft in the ovens during the coking cycle to move the exhaust gas from the first coke oven to the second coke oven via the shared gas duct to transfer heat from the first coke oven to the second coke oven, the uptake dampers of the first and second coke ovens are connected to a common duct; the first coke oven operates on a first coking cycle, the first coking cycle lasting at least 72 hours; the second coke oven operates on a second coking cycle, the second coking cycle beginning at a time approximately halfway through the first coking cycle,
A monaural wireless headset comprising a housing with a main body and a microphone boom, a microphone, a wireless transceiver, a speaker driver and a rechargeable battery, the monaural wireless headset being adapted to be arranged at an ear of a user in a wearing position wherein at least a portion of the main body resides on the inwards side of the crest of the ear's antitragus and wherein the microphone boom at least partly extends outside the ear's pinna towards the user's mouth, the microphone being comprised by the microphone boom and being adapted to receive a voice signal from the user and provide a microphone signal to the wireless transceiver in dependence on the voice signal when the monaural wireless headset is in the wearing position, the wireless transceiver being adapted to transmit a wireless output signal in dependence on the microphone signal, the wireless transceiver further being adapted to receive a wireless input signal and provide an audio output signal to the speaker driver in dependence on the wireless input signal, the speaker driver being arranged and adapted to transmit a sound signal into the ear in dependence on the audio output signal when the monaural wireless headset is in the wearing position, and the rechargeable battery being adapted to provide electric power to the wireless transceiver and the speaker driver, wherein the speaker driver and the rechargeable battery are arranged in the main body in such a way that the speaker driver and at least a portion of the rechargeable battery reside on the inwards side of the crest of the antitragus when the monaural wireless headset is in the wearing position, and wherein the rechargeable battery has a cylindrical section, characterised in that the speaker driver has a cylindrical section with a cylinder axis that is inclined with respect to the cylinder axis of the rechargeable battery.
A fiber-reinforced CMC blade outer air seal (BOAS) for use in a gas turbine engine, the fiber-reinforced blade outer air seal (BOAS) comprising: a plurality of cooling channels (90a-90c), each formed from a CMC braided fiber sleeve; a plurality of fiber plies enclosing each braided fiber sleeve, the plurality of fiber plies forming first and second walls (108, 106) separated by the braided fiber sleeves; and a matrix material between fibers of each of the braided fiber sleeves and the plurality of fiber plies wherein one of the cooling channels is either: (a) fluidly connected to an adjacent cooling channel to receive cooling fluid from the adjacent cooling channel; or (b) fluidly separated from the adjacent cooling channel and is fluidly connected to apertures extending through the first wall into the one of the cooling channels; wherein the plurality of cooling channels (90a-90c) extend in a circumferential direction relative to an engine axis. a plurality of cooling channels (90a-90c), each formed from a CMC braided fiber sleeve; a plurality of fiber plies enclosing each braided fiber sleeve, the plurality of fiber plies forming first and second walls (108, 106) separated by the braided fiber sleeves; and a matrix material between fibers of each of the braided fiber sleeves and the plurality of fiber plies wherein one of the cooling channels is either: (a) fluidly connected to an adjacent cooling channel to receive cooling fluid from the adjacent cooling channel; or (b) fluidly separated from the adjacent cooling channel and is fluidly connected to apertures extending through the first wall into the one of the cooling channels; (a) fluidly connected to an adjacent cooling channel to receive cooling fluid from the adjacent cooling channel; or (b) fluidly separated from the adjacent cooling channel and is fluidly connected to apertures extending through the first wall into the one of the cooling channels; wherein the plurality of cooling channels (90a-90c) extend in a circumferential direction relative to an engine axis.
An image processing device, comprising: an encoding unit configured to encode, for a pair of opposite surfaces among a plurality of surfaces of a model for an omnidirectional image (30, 90), a first composite image obtained by combining the omnidirectional image of a first surface of a first resolution and the omnidirectional image of a second surface of a second resolution lower than the first resolution and a second composite image obtained by combining the omnidirectional image of the second surface of the first resolution and the omnidirectional image of the first surface of the second resolution.
An industrial vehicle cab defining a driver compartment and front and rear directions when mounted onto a vehicle and having a front wall and two side walls, said walls (6, 7) including rigid body components (20, 20a, 20b, 20c), the cab comprising a side door for entering the driver compartment, a step arranged on a side wall for allowing the driver to climb up to / get down from the driver compartment, and a lighting system for illuminating the step, the lighting system being fastened on at least one body component, said lighting system being located forward of the step in the front-rear direction and being arranged to provide a light beam towards at least part of the step and towards an area of the ground at the bottom of the step, characterized in that said lighting system is located along at least a portion of the step in the vertical direction, and in that said one body component comprises a side panel having a rear wall through which the light beam provided by the lighting system is emitted.
A user equipment (UE, 302, 302) for a wireless communication system, wherein the user equipment (UE, 302, 302) is served by a transceiver (gNB, 300) of the wireless communication system, a coverage area (200, 310) of the transceiver (gNB, 300) including one zone or a plurality of zones, and each zone having mapped thereto a resource pool, and wherein, responsive to a request from the transceiver (gNB, 300), the user equipment (UE, 302, 302) is configured to return to the transceiver (gNB, 300) a zone occupancy report for the zone in which the user equipment (UE, 302, 302) is located, the zone occupancy report indicating an occupancy status of the resource pool mapped to the zone, characterized in that the occupancy report includes one or a combination of the following: (i) a resource vector giving the occupancy for resource blocks, the resource vector indicating a percentage of occupancy per set of physical resource blocks, PRBs, or an exact number of free PRBs, (ii) a top-m statistic of the best resources. (i) a resource vector giving the occupancy for resource blocks, the resource vector indicating a percentage of occupancy per set of physical resource blocks, PRBs, or an exact number of free PRBs, (ii) a top-m statistic of the best resources.
Method for locally reinforcing a thermal insulation provided with a plaster layer, characterized in that a hollow space is generated in the thermal insulation under the already applied plaster layer, a mass is injected into the hollow space and the mass is hardened.
Implant for transfemoral or transtibial amputation comprising a stem and a base, the base comprising a bone support surface on one side and on an opposite side a soft tissue load bearing surface, the stem extending from the base perpendicular to the bone support surface and being configured for insertion in a medullary canal of an amputated bone, the bone support surface being configured for abutment against a severed end of said amputated bone, a diameter of the base being configured to be larger than an average diameter of a shaft of said severed bone, the soft tissue load bearing surface comprises a generally planar or slightly curved central portion and a convexly curved radially outward portion with a curvature greater than the central portion, the central portion being oriented at an angle of between 4° to 8° to the bone support surface, characterized in that the shape of the base is tapered such that proximate the central portion the diameter is less than the diameter of the base proximate the bone support surface.
A computer-implemented method for producing an image of an object, comprising acquiring a sparse k-space data set of the object; and reconstructing the image of the object from the acquired sparse k-space data set according to a convex optimization model that, unlike in compressive sensing, does not comprise a compressive term; wherein the convex optimization model includes a first term for enforcing a priori physical attributes of the imaged object, wherein the a priori physical attributes of the imaged object are that the imaged object is well-represented by a noiseless piece-wise constant intensity object, wherein said first term does not penalize large discontinuities which are known to exist in the object, and said first term comprises a weighting factor; and wherein the convex optimization model includes a second term for penalizing disagreement of a Fourier transform of the image with the acquired sparse k-space data set in a least-squares sense weighted by an importance factor. acquiring a sparse k-space data set of the object; and reconstructing the image of the object from the acquired sparse k-space data set according to a convex optimization model that, unlike in compressive sensing, does not comprise a compressive term; wherein the convex optimization model includes a first term for enforcing a priori physical attributes of the imaged object, wherein the a priori physical attributes of the imaged object are that the imaged object is well-represented by a noiseless piece-wise constant intensity object, wherein said first term does not penalize large discontinuities which are known to exist in the object, and said first term comprises a weighting factor; and wherein the convex optimization model includes a second term for penalizing disagreement of a Fourier transform of the image with the acquired sparse k-space data set in a least-squares sense weighted by an importance factor.
Method for security testing an electronic device against a combination of a side-channel attack and a fault-injection attack implemented during an execution of a method of cryptographic processing that includes a step of delivering a signature of a message on the basis of at least one secret parameter, said step of delivering a signature implementing a recombination of at least two intermediate values according to the Chinese remainder theorem, and a step of verifying said signature on the basis of at least one public exponent, the method for testing being characterised in that it comprises: - a step of transmitting a plurality of messages to be signed by said electronic device; - a step of disturbing each message, comprising a modification of said message by introducing an identical error for each message, before executing a step of determining one of the intermediate values; - a step of analysing physical measurements obtained during said step of verifying said signature as a function of said message to be signed, said error which is identical for each message, and an assumption of a value of a part of said at least one secret parameter. - a step of transmitting a plurality of messages to be signed by said electronic device; - a step of disturbing each message, comprising a modification of said message by introducing an identical error for each message, before executing a step of determining one of the intermediate values; - a step of analysing physical measurements obtained during said step of verifying said signature as a function of said message to be signed, said error which is identical for each message, and an assumption of a value of a part of said at least one secret parameter.