mhurhangee/ep-ind-claims huggingface dataset:
Workpiece, comprising a device for early detection of crack formations in the workpiece, characterized in that in the region of at least one surface at risk of cracking of the workpiece at least one pressure chamber is arranged, to which a testing medium under pressure is applied and which is formed by a generative manufacturing process of the workpiece or a workpiece portion, wherein either a pressure sensor for detecting a pressure drop resulting from a crack formation of the workpiece is connected to the testing chamber, or a gas sensor is arranged in the vicinity of the testing chamber, which reacts to a testing medium escaping from the testing chamber in the event of a crack formation, wherein the testing chamber is arranged under a pressure-loaded contour of the workpiece, wherein the workpiece is provided with a cooling channel structure and the testing chamber extends at least sectionally between the pressure-loaded contour of the workpiece and the cooling channel structure.
A data processing method, comprising: extracting a plurality of knowledge graph triplets from network data of a target network, wherein each of the plurality of the knowledge graph triplets is represented in a graph form and includes a point and an edge as two basic elements, the point represents a network entity, and the edge represents a relationship between two network entities, the network data comprises a network topology of the target network and device information of a plurality of network devices (102a, 102b, 102c) in the target network, and the device information comprises one or more of interface configuration information, protocol configuration information, and service configuration information, each knowledge graph triplet comprises two network entities and a relationship between the two network entities, and a type of the network entity is a network device, an interface, a protocol, or a service; and generating a knowledge graph of the target network based on the plurality of knowledge graph triplets. extracting a plurality of knowledge graph triplets from network data of a target network, wherein each of the plurality of the knowledge graph triplets is represented in a graph form and includes a point and an edge as two basic elements, the point represents a network entity, and the edge represents a relationship between two network entities, the network data comprises a network topology of the target network and device information of a plurality of network devices (102a, 102b, 102c) in the target network, and the device information comprises one or more of interface configuration information, protocol configuration information, and service configuration information, each knowledge graph triplet comprises two network entities and a relationship between the two network entities, and a type of the network entity is a network device, an interface, a protocol, or a service; and generating a knowledge graph of the target network based on the plurality of knowledge graph triplets.
A method for using a higher order modulation, HoM, mode for communications with a wireless device (14, 14a, 14b, 14c, 14n) in a wireless communication network, the method comprising: receiving downlink channel quality indicator, CQI, information from an uplink transmission of the wireless device; determining a downlink channel quality estimate from the CQI information; measuring the uplink transmission of the wireless device to obtain an uplink channel quality component (Sill); and when a measurement of the downlink channel quality estimate and the measurement of the uplink channel quality component satisfies a predetermined criterion for a first predetermined number of consecutive CQI information uplink transmissions from the wireless device, switching a downlink transmission mode of the wireless device from a first modulation mode to the HoM mode, wherein the predetermined criterion comprises a mean of the downlink channel quality estimate being greater than a first threshold amount, a normalized variance of the downlink channel quality estimate being less than a second threshold amount, and the uplink channel quality component being not less than a third threshold amount. receiving downlink channel quality indicator, CQI, information from an uplink transmission of the wireless device; determining a downlink channel quality estimate from the CQI information; measuring the uplink transmission of the wireless device to obtain an uplink channel quality component (Sill); and when a measurement of the downlink channel quality estimate and the measurement of the uplink channel quality component satisfies a predetermined criterion for a first predetermined number of consecutive CQI information uplink transmissions from the wireless device, switching a downlink transmission mode of the wireless device from a first modulation mode to the HoM mode, wherein the predetermined criterion comprises a mean of the downlink channel quality estimate being greater than a first threshold amount, a normalized variance of the downlink channel quality estimate being less than a second threshold amount, and the uplink channel quality component being not less than a third threshold amount.
A composition for controlling a plant disease comprising a carboxamide compound represented by a formula: and an azole represented by a formula: wherein Y 2 represents a chlorine atom.
An oral care system, comprising: at least one sensor configured to obtain sensor data comprising information about the oral cavity of a user; a controller comprising a feature extraction module and a classifier, the feature extraction module configured to extract one or more features from the obtained sensor data, and the classifier configured to determine a status of the the oral cavity based on the extracted one or more features, wherein the status of the oral cavity comprises identification of whether the user's mouth is open, closed, opening, or closing; and an oral care device configured to i) provide an oral care function and ii) receive one or more control signals to adjust the oral care function based on the determined status of the oral cavity of the user. at least one sensor configured to obtain sensor data comprising information about the oral cavity of a user; a controller comprising a feature extraction module and a classifier, the feature extraction module configured to extract one or more features from the obtained sensor data, and the classifier configured to determine a status of the the oral cavity based on the extracted one or more features, wherein the status of the oral cavity comprises identification of whether the user's mouth is open, closed, opening, or closing; and an oral care device configured to i) provide an oral care function and ii) receive one or more control signals to adjust the oral care function based on the determined status of the oral cavity of the user.
A vehicle body frame structure of a straddle-type vehicle in which a driving power transmission mechanism which transmits rotational power of a driving source to a rear wheel is placed on a first side in a vehicle width direction, with respect to a center line of a vehicle body, which center line is centrally arranged in the vehicle width direction, the vehicle body frame structure comprising: a head pipe; and a pair of main frames extending rearward and outward in the vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein the pair of main frames include rearward extension sections extending rearward from the head pipe, bent sections including bent joint members and located at rear end portions of the rearward extension sections, and a pair of downward extension sections (7, 45) extending downward from the bent sections, wherein each of the pair of downward extension sections includes a plurality of joint members (23 to 25) which are placed below the bent joint members and arranged in a vehicle height direction, and a plurality of pipe members (26 to 28) connecting the joint members (23 to 25) to each other by welding, and characterized in that the downward extension section (7, 45R) located on a second side, which is on the opposite side of the driving power transmission mechanism and in the vehicle width direction opposite the first side with respect to the center line, has a stiffness lower than that of the downward extension section (7, 45L) located on the first side of the center line. a head pipe; and a pair of main frames extending rearward and outward in the vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein the pair of main frames include rearward extension sections extending rearward from the head pipe, bent sections including bent joint members and located at rear end portions of the rearward extension sections, and a pair of downward extension sections (7, 45) extending downward from the bent sections, wherein each of the pair of downward extension sections includes a plurality of joint members (23 to 25) which are placed below the bent joint members and arranged in a vehicle height direction, and a plurality of pipe members (26 to 28) connecting the joint members (23 to 25) to each other by welding, and characterized in that the downward extension section (7, 45R) located on a second side, which is on the opposite side of the driving power transmission mechanism and in the vehicle width direction opposite the first side with respect to the center line, has a stiffness lower than that of the downward extension section (7, 45L) located on the first side of the center line.
The use of polyhydroxyalkanoates as additives in chemically curable and/or radiation-curing coating compositions, where the coating compositions comprise a fraction of 10 to 90 wt% of self-crosslinking or externally crosslinking polymeric resins as binders and optionally organic compounds as crosslinking agents and also 0.01-20 wt% of polyhydroxyalkanoates, based in each case on the total amount of the coating compositions, wherein the polyhydroxyalkanoates prior to use are present as powder in the form of particles having a particle size of d 50 = 0.5 μm to d 50 = 15 μm and are used as such, wherein the particle size is determined by means of laser diffraction.
A method of diagnosing a tuberculosis infection in a subject comprising the steps of, measuring a pool of CD4 IFN-γ cells for cells that also express CD38, HLA-DR and Ki-67, providing a measurement; and associating an increased measurement of CD4 IFN-γ cells that also express CD38, HLA-DR and Ki-67 compared to a control, as an indication that the subject has active tuberculosis.
An imaging apparatus for capturing an image in such a manner that an in-focus position moves during an exposure time to achieve an extended depth of field, wherein the imaging apparatus is a camera with a variable camera focal length, the imaging apparatus comprising: an input unit configured to accept input of a focal length; a moving range determination unit configured to determine a moving range of an in-focus position, based on the focal length; an imaging unit configured to capture an image in such a manner that the in-focus position moves in the moving range during an exposure time; and means for setting the camera focal length to the focal length accepted by the input unit, wherein the moving range determination unit is configured to determine the moving range an extent of which does not exceed an upper bound determined based on the focal length, wherein the upper bound includes at least a first upper bound corresponding to a position at which an image of an object having a predetermined size is captured to a predefined size, and wherein the first upper bound is Δv AIF specified by the following equation: Equation 1: Δ v AIF = xf 2 k tan θ 0 2 − x where f represents the focal length, θ 0 represents an angle of view, k represents a distance to a subject, and x represents a size of an imaging device. an input unit configured to accept input of a focal length; a moving range determination unit configured to determine a moving range of an in-focus position, based on the focal length; an imaging unit configured to capture an image in such a manner that the in-focus position moves in the moving range during an exposure time; and means for setting the camera focal length to the focal length accepted by the input unit, wherein the moving range determination unit is configured to determine the moving range an extent of which does not exceed an upper bound determined based on the focal length, wherein the upper bound includes at least a first upper bound corresponding to a position at which an image of an object having a predetermined size is captured to a predefined size, and wherein the first upper bound is Δv AIF specified by the following equation: Equation 1: Δ v AIF = xf 2 k tan θ 0 2 − x where f represents the focal length, θ 0 represents an angle of view, k represents a distance to a subject, and x represents a size of an imaging device.
Device for disinfecting water of a swimming pool, comprising an inlet for water from the swimming pool, an ozonation device and a mixing section for ozone-containing water, wherein the ozonation device comprises at least one UV light source for generating ozone and an admixing unit for admixing the generated ozone to the water of the inlet and the mixing section comprises a housing connected to the inlet, wherein the at least one UV light source is arranged on the housing or within the housing with an emission of the UV light directed into the housing interior and the housing forms deflecting surfaces for the water which project into the housing interior and which ensure a meandering flow within the housing, and the housing has an intake opening for air and a discharge opening connected to the admixing unit, characterized in that the housing is provided with a transparent plate for visual inspection of the interior of the housing and the at least one UV light source arranged inside the housing has a sheathing, which is arranged on a deflecting surface or forms a part of the deflecting surface, wherein a sequence of deflecting surfaces arranged in parallel and provided in each case with a UV light source is provided inside the housing, and the sheathings of successive UV light sources are connected to one another via an air flow channel.
A substrate for an optical mouse, the substrate having an image (14,24,40) and a surface (27,42) overlying said image (14,24,40) characterised in that the image is presented in a frequency modulated manner, and the surface is randomly textured.
A method for determining one or more characteristics of a hydrocarbon source, comprising: obtaining a hydrocarbon fluid sample; analyzing the hydrocarbon fluid sample to determine at least one measured clumped isotope signature or measured position specific isotope signature for at least one hydrocarbon species in the hydrocarbon fluid sample; determining at least one expected clumped isotope signature or expected position specific isotope signature, where the expected clumped isotope signature or expected position specific isotope signature are determined from a model that reflects different source compositions, isotopic structures, and kinetic processes; comparing the measured clumped isotope signature or measured position specific isotope signature with the expected clumped isotope signature or expected position specific isotope signature; and determining at least one characteristic of the source of the hydrocarbon sample based on the comparison; the method further characterised in that the model is solved using a kinetic Monte Carlo simulation. obtaining a hydrocarbon fluid sample; analyzing the hydrocarbon fluid sample to determine at least one measured clumped isotope signature or measured position specific isotope signature for at least one hydrocarbon species in the hydrocarbon fluid sample; determining at least one expected clumped isotope signature or expected position specific isotope signature, where the expected clumped isotope signature or expected position specific isotope signature are determined from a model that reflects different source compositions, isotopic structures, and kinetic processes; comparing the measured clumped isotope signature or measured position specific isotope signature with the expected clumped isotope signature or expected position specific isotope signature; and determining at least one characteristic of the source of the hydrocarbon sample based on the comparison; the method further characterised in that the model is solved using a kinetic Monte Carlo simulation.
An image processing method, wherein the method comprises: displaying, by a terminal, preview images; obtaining, by the terminal, motion data of the terminal; determining, by the terminal based on the motion data, that the terminal is in a stable state; obtaining, by the terminal, at least one first image from the preview images when the terminal is in the stable state; receiving, by the terminal, a photographing instruction; obtaining, by the terminal, at least one second image when receiving the photographing instruction; detecting, by the terminal, a moving target based on the at least one first image and the at least one second image; and splitting, by the terminal, the moving target from the at least one first image and the at least one second image, and performing fusion processing on the at least one first image and the at least one second image after the splitting. displaying, by a terminal, preview images; obtaining, by the terminal, motion data of the terminal; determining, by the terminal based on the motion data, that the terminal is in a stable state; obtaining, by the terminal, at least one first image from the preview images when the terminal is in the stable state; receiving, by the terminal, a photographing instruction; obtaining, by the terminal, at least one second image when receiving the photographing instruction; detecting, by the terminal, a moving target based on the at least one first image and the at least one second image; and splitting, by the terminal, the moving target from the at least one first image and the at least one second image, and performing fusion processing on the at least one first image and the at least one second image after the splitting.
A hearing aid, comprising: a set of battery charging terminals configured to be connected to a battery; a receiver oscillator circuit electrically coupled to the set of battery charging terminals; the receiver oscillator circuit comprising a receiver coil; wherein the receiver coil is tuned to resonate at a resonance frequency in a range of radio frequency and at the resonance frequency, the receiver coil is configured to receive a magnetic energy in the form of electromagnetic waves of a frequency similar to the resonance frequency of the receiver coil and to convert the magnetic energy of the received electromagnetic waves to an electrical current to charge the battery via the set of battery charging terminals; wherein the receiver coil is positioned such that the receiver coil surrounds the battery. a set of battery charging terminals configured to be connected to a battery; a receiver oscillator circuit electrically coupled to the set of battery charging terminals; the receiver oscillator circuit comprising a receiver coil; wherein the receiver coil is tuned to resonate at a resonance frequency in a range of radio frequency and at the resonance frequency, the receiver coil is configured to receive a magnetic energy in the form of electromagnetic waves of a frequency similar to the resonance frequency of the receiver coil and to convert the magnetic energy of the received electromagnetic waves to an electrical current to charge the battery via the set of battery charging terminals; wherein the receiver coil is positioned such that the receiver coil surrounds the battery.
A computer-implemented method for real time text transmission, comprising: accessing text output generated from a human audio source and metadata concerning characteristics of, and determined from, the human audio source; determining control commands to be associated with respective portions of the text output based on the metadata, the control commands referring to contextual information and dynamic qualities of the speech associated to the human audio source; forming packets containing the control commands and the associated portions of the text output, wherein the control commands conform to a pre-determined specification; sending the packets in a real time text session to one or more participant receiving devices. accessing text output generated from a human audio source and metadata concerning characteristics of, and determined from, the human audio source; determining control commands to be associated with respective portions of the text output based on the metadata, the control commands referring to contextual information and dynamic qualities of the speech associated to the human audio source; forming packets containing the control commands and the associated portions of the text output, wherein the control commands conform to a pre-determined specification; sending the packets in a real time text session to one or more participant receiving devices.
A cover for protecting a missile with wings folded alongside the fuselage of the missile making a gap between the wings and the fuselage, the cover comprising a front part, a bottom part, a rear part and suspension means, characterized in that the front part of the cover is angled in a direction upwards relative to the bottom part and where the front part is shaped for covering the gap between the folded wings and the fuselage of the missile, when mounted to the missile, thereby minimizing aerodynamic forces acting on the wings.
A leadless pacemaker for pacing a heart of a human comprising: a hermetic housing; at least two electrodes on or near the hermetic housing, the at least two electrodes are configured to deliver energy to stimulate the heart and to transfer an information to or from at least one external device and to sense electrical activity from the heart; circuit configured to sense cardiac activity from the at least two electrodes; and a controller in the hermetic housing, characterized in that the controller is configured to communicate with the external device by transferring the information through the at least two electrodes only during an absolute refractory period, wherein the controller is configured to transfer the information to or from the external device by sending a bell-ringer signal to the external device and listening for a response from the external device only during a set time period after the bell-ringer signal. a hermetic housing; at least two electrodes on or near the hermetic housing, the at least two electrodes are configured to deliver energy to stimulate the heart and to transfer an information to or from at least one external device and to sense electrical activity from the heart; circuit configured to sense cardiac activity from the at least two electrodes; and a controller in the hermetic housing, characterized in that the controller is configured to communicate with the external device by transferring the information through the at least two electrodes only during an absolute refractory period, wherein the controller is configured to transfer the information to or from the external device by sending a bell-ringer signal to the external device and listening for a response from the external device only during a set time period after the bell-ringer signal.