mhurhangee/ep-ind-claims huggingface dataset:
A speaker apparatus comprising: a first wireless communicator configured to, selectively, connect with a first source apparatus to receive a first audio signal from the first source apparatus, or connect with an external speaker apparatus to transmit a second audio signal to the external speaker apparatus; a second wireless communicator configured to connect with a second source apparatus to receive the second audio signal from the second source apparatus; and a controller configured to control the first wireless communicator and the second wireless communicator, characterised in that the controller is configured to, in response to the second wireless communicator being connected with the second source apparatus, control the first wireless communicator to connect to the external speaker apparatus and switch from a reception mode (Rx) to receive the first audio signal from the first source apparatus to a transmission mode (Tx) to transmit the second audio signal to the external speaker apparatus. a first wireless communicator configured to, selectively, connect with a first source apparatus to receive a first audio signal from the first source apparatus, or connect with an external speaker apparatus to transmit a second audio signal to the external speaker apparatus; a second wireless communicator configured to connect with a second source apparatus to receive the second audio signal from the second source apparatus; and a controller configured to control the first wireless communicator and the second wireless communicator, characterised in that the controller is configured to, in response to the second wireless communicator being connected with the second source apparatus, control the first wireless communicator to connect to the external speaker apparatus and switch from a reception mode (Rx) to receive the first audio signal from the first source apparatus to a transmission mode (Tx) to transmit the second audio signal to the external speaker apparatus.
A method in which one or more processing devices of a fraud detection computing system perform operations comprising: generating, in a data structure and based on account data and transaction data stored in an identity repository, entity links between a primary entity object identifying a primary entity for multiple accounts and secondary entity objects identifying secondary entities from the accounts, determining, from the entity links, that a rate at which secondary users are added to and removed from the accounts exceeds a threshold rate, updating, based on the rate exceeding the threshold rate, the primary entity object to include a fraud-facilitation flag; receiving, from a client computing system and during a target transaction between the client computing system and a consumer computing system, a query regarding a presence of a fraud warning for a target consumer associated with the consumer computing system; generating, responsive to the query, the fraud warning based on the target consumer being identified in the secondary entity objects associated with the primary entity object having the fraud-facilitation flag; and transmitting, prior to completion of the target transaction, the fraud warning to the client computing system. generating, in a data structure and based on account data and transaction data stored in an identity repository, entity links between a primary entity object identifying a primary entity for multiple accounts and secondary entity objects identifying secondary entities from the accounts, determining, from the entity links, that a rate at which secondary users are added to and removed from the accounts exceeds a threshold rate, updating, based on the rate exceeding the threshold rate, the primary entity object to include a fraud-facilitation flag; receiving, from a client computing system and during a target transaction between the client computing system and a consumer computing system, a query regarding a presence of a fraud warning for a target consumer associated with the consumer computing system; generating, responsive to the query, the fraud warning based on the target consumer being identified in the secondary entity objects associated with the primary entity object having the fraud-facilitation flag; and transmitting, prior to completion of the target transaction, the fraud warning to the client computing system.
A composition comprising a Keyhole Limpet Hemocyanin -peptide conjugate, a buffer, a saccharide selected from trehalose and sucrose, and a polysorbate surfactant, wherein the peptide conjugated to KLH in the KLH-peptide conjugate comprises an EGFRvIII amino acid sequence comprising at least the sequence Lys-Lys-Gly-Asn-Tyr.
Self-stabilizing scintillation detector system for the measurement of nuclear radiation, preferably gamma radiation, comprising a scintillation crystal, a photocathode, a photomultiplier tube with n dynodes and an evaluation system connected to the output port of the PMT, i.e. the anode of the PMT, characterized in that the PMT comprises at least two connections to at least two different dynodes m1 and m2 of the PMT, a device for measuring the electric current I dym1 and I dym2 at the at least two dynodes m1 and m2, and an electronic device for determining the quotient δ = (I dym1 /I dym2) l/(m1-m2) by using the measured at least two electric currents I dym1 and I dym2 at the at least two dynodes, said quotient δ being a measure for the gain between the two dynodes, further comprising means for comparing the measured quotient δ with a reference value δ REF, and means for adjusting the gain of the PMT by utilizing the gain shift ε = δ / δ REF over time.
A composition comprising a fluid fill mass comprising: at least one active ingredient; at least one polymerizable monomer; at least one polymerization initiator; wherein the fluid fill mass does not comprise a cross linking agent and wherein activation of the polymerization initiator leads to production of a polymeric fill matrix and wherein at least one active ingredient is chosen from the group consisting of naproxen, acetylsalicylic acid, ibuprofen and acetaminophen or their salt forms and wherein the monomer is methacrylic acid and the solvent is polyethylene glycol, and wherein the percentage w/w ratio between monomer and solvent in the fluid fill mass is between 20:80 and 95:5. at least one active ingredient; at least one polymerizable monomer; at least one polymerization initiator; wherein the fluid fill mass does not comprise a cross linking agent and wherein activation of the polymerization initiator leads to production of a polymeric fill matrix and wherein at least one active ingredient is chosen from the group consisting of naproxen, acetylsalicylic acid, ibuprofen and acetaminophen or their salt forms and wherein the monomer is methacrylic acid and the solvent is polyethylene glycol, and wherein the percentage w/w ratio between monomer and solvent in the fluid fill mass is between 20:80 and 95:5.
An input apparatus comprising: a sensor film having a first curved surface and a second curved surface, the first curved surface being light-transmissive and provided in a detection area in which a sensor is formed, the second curved surface being provided in a non-detection area other than the detection area and having a radius of curvature smaller than a radius of curvature of the first curved surface; a resin layer provided on the sensor film and formed of a material containing a light-transmissive resin; and an extension-suppression layer provided in the detection area on the sensor film, the extension-suppression layer suppressing an extension amount of the detection area in the sensor film to be smaller than an extension amount of the non-detection area in the sensor film. a sensor film having a first curved surface and a second curved surface, the first curved surface being light-transmissive and provided in a detection area in which a sensor is formed, the second curved surface being provided in a non-detection area other than the detection area and having a radius of curvature smaller than a radius of curvature of the first curved surface; a resin layer provided on the sensor film and formed of a material containing a light-transmissive resin; and an extension-suppression layer provided in the detection area on the sensor film, the extension-suppression layer suppressing an extension amount of the detection area in the sensor film to be smaller than an extension amount of the non-detection area in the sensor film.
A communication node including a precoder configured to precode data with a coding matrix to produce transmission symbols, wherein the coding matrix is formed by matrix multiplication of a Grassmannian matrix Q X, having a distribution on a Grassmannian manifold, with a matrix U A determined in accordance with a transmitter covariance matrix characterized in that the coding matrix X is formed according to X = Q X D U A † where, Q X is an isotropically distributed unitary matrix D is a random diagonal matrix with non-negative entries, and U A is a matrix containing eigenvectors of the transmitter covariance matrix and T indicates the conjugate transpose of a matrix. where, Q X is an isotropically distributed unitary matrix D is a random diagonal matrix with non-negative entries, and U A is a matrix containing eigenvectors of the transmitter covariance matrix and T indicates the conjugate transpose of a matrix.
An apparatus for ejecting droplets of a fluid material, comprising: - a reservoir for storing the material; - a channel connected with the reservoir, which is provided with at least one outflow opening, so as to pass the material under pressure through the channel in the direction of the outflow opening from which, in use, flows a jet of the material breaking up into droplets, and - a movable member provided in the reservoir, the member formed by a plurality of surfaces (51, 52) shaped to induce a pressure variation in the fluid material upstream of the outflow opening, for the purpose of obtaining the jet breaking up into droplets; characterized in that the movable member is mounted to have each opposed surface receiving identical hydrostatic pressure, to generate a net resulting zero force exerted on the movable member by the hydrostatic pressure. - a reservoir for storing the material; - a channel connected with the reservoir, which is provided with at least one outflow opening, so as to pass the material under pressure through the channel in the direction of the outflow opening from which, in use, flows a jet of the material breaking up into droplets, and - a movable member provided in the reservoir, the member formed by a plurality of surfaces (51, 52) shaped to induce a pressure variation in the fluid material upstream of the outflow opening, for the purpose of obtaining the jet breaking up into droplets; characterized in that the movable member is mounted to have each opposed surface receiving identical hydrostatic pressure, to generate a net resulting zero force exerted on the movable member by the hydrostatic pressure.
A method for monitoring and predicting motion during acquisition of medical image data to avoid the acquisition of motion-corrupted data, comprising: extracting a study information for a requested medical image to determine a motion tolerance indicator as a threshold value indicating a tolerated range of motion of the patient; initiating an acquisition of image data; measuring physiological signals including a neurophysiological signal of a patient; generating a prediction signal by integrating the physiological signals; determining, during the acquisition of image data, whether patient motion is likely to occur based on if the prediction signal exceeds the threshold value; and modifying, during the acquisition of image data, the acquisition of image data, if it is predicted that patient motion is likely to occur. extracting a study information for a requested medical image to determine a motion tolerance indicator as a threshold value indicating a tolerated range of motion of the patient; initiating an acquisition of image data; measuring physiological signals including a neurophysiological signal of a patient; generating a prediction signal by integrating the physiological signals; determining, during the acquisition of image data, whether patient motion is likely to occur based on if the prediction signal exceeds the threshold value; and modifying, during the acquisition of image data, the acquisition of image data, if it is predicted that patient motion is likely to occur.
A variable inclination continuous transverse stub, VICTS, antenna system, comprising: - a support structure; - at least two VICTS antenna elements attached to the support structure; and - a controller operatively coupled to the at least two VICTS antenna elements, the controller configured to coherently combine signals received from each of the at least two VICTS antenna elements. - a support structure; - at least two VICTS antenna elements attached to the support structure; and - a controller operatively coupled to the at least two VICTS antenna elements, the controller configured to coherently combine signals received from each of the at least two VICTS antenna elements.
A method for irradiating a sample comprising particles in a flow stream, the method comprising: irradiating an acousto-optic device with a laser; and applying a first radiofrequency drive signal and at least a second radiofrequency drive signal to the acousto-optic device to generate a first angularly deflected laser beam having an independently controlled intensity and a second angularly deflected laser beam having an independently controlled intensity, wherein the first angularly deflected laser beam has an intensity that is based on the amplitude of the first applied radiofrequency drive signal and the second angularly deflected laser beam has an intensity that is based on the amplitude of the at least second applied radiofrequency drive signal, wherein the first angularly deflected laser beam and the second angularly deflected laser beam collectively form an output excitation beam (24, 610, 624); and irradiating the sample in the flow stream with the output excitation beam, wherein the amplitude of one or more of the first radiofrequency drive signal and the at least second radiofrequency drive signal are adjusted such that said output excitation beam comprises the first angularly deflected laser beam having a first intensity and the second angularly deflected laser beam having a second intensity. irradiating an acousto-optic device with a laser; and applying a first radiofrequency drive signal and at least a second radiofrequency drive signal to the acousto-optic device to generate a first angularly deflected laser beam having an independently controlled intensity and a second angularly deflected laser beam having an independently controlled intensity, wherein the first angularly deflected laser beam has an intensity that is based on the amplitude of the first applied radiofrequency drive signal and the second angularly deflected laser beam has an intensity that is based on the amplitude of the at least second applied radiofrequency drive signal, wherein the first angularly deflected laser beam and the second angularly deflected laser beam collectively form an output excitation beam (24, 610, 624); and irradiating the sample in the flow stream with the output excitation beam, wherein the amplitude of one or more of the first radiofrequency drive signal and the at least second radiofrequency drive signal are adjusted such that said output excitation beam comprises the first angularly deflected laser beam having a first intensity and the second angularly deflected laser beam having a second intensity.
An apparatus for drilling a borehole into the earth using a drill string comprising a series of drill pipes configured to drill the borehole, the apparatus characterized by: one or more controllable light sources disposed on the drill string and configured to display an optical signal conveying information received from a downhole tool; a high-speed camera configured to capture a series of images of the one or more controllable light sources at a speed high enough to image the optical signal while the drill string is rotating in operation drilling the borehole; and a processor configured to receive and process the series of images to provide the information received from the downhole tool. one or more controllable light sources disposed on the drill string and configured to display an optical signal conveying information received from a downhole tool; a high-speed camera configured to capture a series of images of the one or more controllable light sources at a speed high enough to image the optical signal while the drill string is rotating in operation drilling the borehole; and a processor configured to receive and process the series of images to provide the information received from the downhole tool.
A method for acquiring a T2* weighted image from a magnetic resonance imaging, MRI, system, the method comprising: repeating processes of alternatively applying a first readout gradient which acquires a T2* weighted image without a flow compensation and a second readout gradient which acquires a T2* weighted image with a flow compensation, with a desired resolution of image, to acquire a signal; reconstituting the acquired signal to acquire two images that reflect different flow compensations from each other; and subtracting, from one of the two images, the other image to acquire a difference image. repeating processes of alternatively applying a first readout gradient which acquires a T2* weighted image without a flow compensation and a second readout gradient which acquires a T2* weighted image with a flow compensation, with a desired resolution of image, to acquire a signal; reconstituting the acquired signal to acquire two images that reflect different flow compensations from each other; and subtracting, from one of the two images, the other image to acquire a difference image.
An idling stop control device provided with controlling means for automatically stopping an engine when there is an engine-stop command and automatically restarting the engine when there is an engine-restart command, the controlling means being configured to perform a control to add air into an intake passage downstream of a throttle valve by opening the throttle valve; the controlling means being configured to perform the control when the engine is stopped (Mode 3), wherein the speed of the engine is zero when the engine is stopped; characterized in that: the controlling means is configured to prohibit the execution of the control if the engine-restart command occurs in response to a clutch pedal being depressed when the speed of the engine is higher than a predetermined speed after a predetermined period of time has passed since the condition to issue the engine-stop command was satisfied even though the engine has finished warming up; wherein the controlling means is configured to execute the control in a response to a clutch pedal being depressed if the predetermined period of time has not passed; or if the predetermined period of time has passed but the speed of the engine is equal to or less than the predetermined speed. the controlling means being configured to perform a control to add air into an intake passage downstream of a throttle valve by opening the throttle valve; the controlling means being configured to perform the control when the engine is stopped (Mode 3), wherein the speed of the engine is zero when the engine is stopped; characterized in that: the controlling means is configured to prohibit the execution of the control if the engine-restart command occurs in response to a clutch pedal being depressed when the speed of the engine is higher than a predetermined speed after a predetermined period of time has passed since the condition to issue the engine-stop command was satisfied even though the engine has finished warming up; wherein the controlling means is configured to execute the control in a response to a clutch pedal being depressed if the predetermined period of time has not passed; or if the predetermined period of time has passed but the speed of the engine is equal to or less than the predetermined speed. the controlling means is configured to prohibit the execution of the control if the engine-restart command occurs in response to a clutch pedal being depressed when the speed of the engine is higher than a predetermined speed after a predetermined period of time has passed since the condition to issue the engine-stop command was satisfied even though the engine has finished warming up; wherein the controlling means is configured to execute the control in a response to a clutch pedal being depressed if the predetermined period of time has not passed; or if the predetermined period of time has passed but the speed of the engine is equal to or less than the predetermined speed.
A hearing device comprising - a vibration sensitive transducer being adapted to detect vibrations being generated by a human voice, and - a digital signal processor for processing signals from the vibration sensitive transducer in order to identify a predetermined human voice vibration signal being associated with the voice of the user of the hearing device, and control the hearing device in accordance therewith wherein the vibration sensitive transducer is secured to a shell of the hearing device so that the vibrations are detected via a skull of the user of the hearing device, characterised in that the shell of the hearing device is, during operation, adapted to be positioned between the vibration sensitive transducer and the skull of the user of the hearing device in that the shell of the hearing device is adapted to abut the skin of the skull on one side of the shell, while the vibration sensitive transducer is secured to the opposite side of the shell, and that the digital signal processor is configured to switch the hearing device off when the predetermined human voice vibration signal is not identified in a predetermined time period. - a vibration sensitive transducer being adapted to detect vibrations being generated by a human voice, and - a digital signal processor for processing signals from the vibration sensitive transducer in order to identify a predetermined human voice vibration signal being associated with the voice of the user of the hearing device, and control the hearing device in accordance therewith