mhurhangee/patent-ind-claim-en huggingface dataset:
A fat or oil composition, which satisfies the following to : a content of α-linolenic acid in constituent fatty acids of a fat or oil is 40 mass% or more; a total content of a saturated fatty acid having 16 carbon atoms and a saturated fatty acid having 18 carbon atoms in the constituent fatty acids of the fat or oil is 6 mass% or less, and a content of the saturated fatty acid having 18 carbon atoms in the constituent fatty acids of the fat or oil is less than 3 mass%; a content mass ratio of the saturated fatty acid having 16 carbon atoms (P) to the saturated fatty acid having 18 carbon atoms (S), [(P)/(S)], in the constituent fatty acids of the fat or oil is 0.1 or more and less than 3.5; and a content of diacylglycerols is 25 mass% or more. a content of α-linolenic acid in constituent fatty acids of a fat or oil is 40 mass% or more; a total content of a saturated fatty acid having 16 carbon atoms and a saturated fatty acid having 18 carbon atoms in the constituent fatty acids of the fat or oil is 6 mass% or less, and a content of the saturated fatty acid having 18 carbon atoms in the constituent fatty acids of the fat or oil is less than 3 mass%; a content mass ratio of the saturated fatty acid having 16 carbon atoms (P) to the saturated fatty acid having 18 carbon atoms (S), [(P)/(S)], in the constituent fatty acids of the fat or oil is 0.1 or more and less than 3.5; and a content of diacylglycerols is 25 mass% or more.
An integrin-binding-Fc fusion protein and an immune checkpoint blocker for use in a method for inhibiting growth and/or proliferation of tumor cells in a subject, wherein the integrin-binding-Fc fusion protein comprises: (i) an integrin-binding polypeptide comprising an integrin-binding loop and a knottin polypeptide scaffold; and (ii) an immunoglobulin Fc domain, wherein the integrin-binding polypeptide is operably linked to the Fc domain, and wherein the immune checkpoint blocker is selected from the group consisting of an antibody or antibody fragment targeting PD-1, an antibody or antibody fragment targeting PD-L1, and an antibody or antibody fragment targeting CTLA4.
A convertible monument configured for use in an aircraft, comprising: a plurality of monument walls defining sides , a front , and a rear of the monument surrounding a chamber defined by the monument walls; a closet component positioned in the chamber for supporting non-perishable items in the chamber, the chamber having a convertible area being convertible between a cooling compartment and an uncooled compartment ; an adjustable panel in the convertible area that is movable between a retracted position and an extended position, the adjustable panel closing off the convertible area to define the cooling compartment when in the extended position, the adjustable panel opening up the convertible area to define the uncooled compartment when in the retracted position, wherein the adjustable panel is sealed to the monument walls in the extended position to enclose the cooling compartment to seal cool air in the cooling compartment; and a chiller positioned in the chamber proximate the convertible area, the chiller configured to supply the cool air to the cooling compartment, when operated, for cooling perishable items stowed in the cooling compartment, the convertible area configured to be used as the uncooled compartment for stowing non-perishable items when the chiller is inactive. a plurality of monument walls defining sides , a front , and a rear of the monument surrounding a chamber defined by the monument walls; a closet component positioned in the chamber for supporting non-perishable items in the chamber, the chamber having a convertible area being convertible between a cooling compartment and an uncooled compartment ; an adjustable panel in the convertible area that is movable between a retracted position and an extended position, the adjustable panel closing off the convertible area to define the cooling compartment when in the extended position, the adjustable panel opening up the convertible area to define the uncooled compartment when in the retracted position, wherein the adjustable panel is sealed to the monument walls in the extended position to enclose the cooling compartment to seal cool air in the cooling compartment; and a chiller positioned in the chamber proximate the convertible area, the chiller configured to supply the cool air to the cooling compartment, when operated, for cooling perishable items stowed in the cooling compartment, the convertible area configured to be used as the uncooled compartment for stowing non-perishable items when the chiller is inactive.
A system for determining a severity of a respiratory disease of a patient , the system comprising: a user interface , wherein the user interface is configured for providing an instruction for reciting a phrase to the patient and wherein the user interface is configured for providing an instruction for performing a physical action to the patient ; a receiving device configured for receiving an acoustic signal of the patient ; a measurement unit configured for detecting a movement of the patient ; an analyzing device , wherein the analyzing device is configured for analyzing the received acoustic signal with respect to the severity of the respiratory disease and wherein the analyzing device is configured for analyzing the detected movement of the patient with respect to the physical action instructed by the user interface , and wherein the analyzing device is configured for providing a result of the analysis of the received acoustic signal , which is indicative for the severity of the respiratory disease of the patient , characterized in that the analyzing device is further configured for determining whether the movement of the patient corresponds to the physical action instructed by the user interface , and the user interface is configured for instructing the patient to recite the phrase in case the detected movement of the patient corresponds to the physical action instructed by the user interface , and/or the user interface is configured for repeating the instruction to the patient in case the detected movement of the patient does not correspond to the physical action instructed by the user interface . a user interface , wherein the user interface is configured for providing an instruction for reciting a phrase to the patient and wherein the user interface is configured for providing an instruction for performing a physical action to the patient ; a receiving device configured for receiving an acoustic signal of the patient ; a measurement unit configured for detecting a movement of the patient ; an analyzing device , wherein the analyzing device is configured for analyzing the received acoustic signal with respect to the severity of the respiratory disease and wherein the analyzing device is configured for analyzing the detected movement of the patient with respect to the physical action instructed by the user interface , and wherein the analyzing device is configured for providing a result of the analysis of the received acoustic signal , which is indicative for the severity of the respiratory disease of the patient , characterized in that the analyzing device is further configured for determining whether the movement of the patient corresponds to the physical action instructed by the user interface , and the user interface is configured for instructing the patient to recite the phrase in case the detected movement of the patient corresponds to the physical action instructed by the user interface , and/or the user interface is configured for repeating the instruction to the patient in case the detected movement of the patient does not correspond to the physical action instructed by the user interface .
An exhaust purification system comprising: a NOx reduction catalyst that is provided on an exhaust passageway of an internal combustion engine to reduce and purify NOx in an exhaust gas; a catalyst regeneration means adapted to execute a catalyst regeneration process of restoring a NOx purification capacity of the NOx reduction catalyst by switching an air-fuel ratio of the exhaust gas from a lean state to a rich state by using in parallel an air system control to reduce an intake air amount and an injection system control to increase a fuel injection amount; an exhaust gas temperature sensor that is provided on a downstream side of the NOx reduction catalyst on the exhaust passageway; a catalyst temperature estimating means adapted to estimate a catalyst temperature of the NOx reduction catalyst based on an operating state of the internal combustion engine; characterised by a temperature sensor value estimating means adapted to estimate a sensor value of the exhaust gas temperature sensor based on the catalyst temperature that is inputted from the catalyst temperature estimating means; and an abnormality determination means adapted to determine an abnormality of the catalyst regeneration process based on a difference in temperature between an actual sensor value of the exhaust gas temperature sensor and the estimated sensor value that is inputted from the temperature sensor value estimating means in the midst of execution of the catalyst regeneration process. a NOx reduction catalyst that is provided on an exhaust passageway of an internal combustion engine to reduce and purify NOx in an exhaust gas; a catalyst regeneration means adapted to execute a catalyst regeneration process of restoring a NOx purification capacity of the NOx reduction catalyst by switching an air-fuel ratio of the exhaust gas from a lean state to a rich state by using in parallel an air system control to reduce an intake air amount and an injection system control to increase a fuel injection amount; an exhaust gas temperature sensor that is provided on a downstream side of the NOx reduction catalyst on the exhaust passageway; a catalyst temperature estimating means adapted to estimate a catalyst temperature of the NOx reduction catalyst based on an operating state of the internal combustion engine; characterised by a temperature sensor value estimating means adapted to estimate a sensor value of the exhaust gas temperature sensor based on the catalyst temperature that is inputted from the catalyst temperature estimating means; and an abnormality determination means adapted to determine an abnormality of the catalyst regeneration process based on a difference in temperature between an actual sensor value of the exhaust gas temperature sensor and the estimated sensor value that is inputted from the temperature sensor value estimating means in the midst of execution of the catalyst regeneration process.
A method of evaluating a dielectric structure covering a plurality of sensing structures comprised in a fingerprint sensor and defining a finger receiving surface of the fingerprint sensor , the method comprising the steps of, without placing anything on the finger receiving surface of the fingerprint sensor : a) controlling the fingerprint sensor to change a potential difference (ΔV) between each sensing structure in a first set of sensing structures and each sensing structure in a second set of sensing structures, and to provide, for each sensing structure in the first set of sensing structures, a sensing signal indicative of a strength of a capacitive coupling between each sensing structure in the second set of sensing structures and the sensing structure in the first set of sensing structures; b) controlling the fingerprint sensor to assign other sensing structures to the first set of sensing structures and the second set of sensing structures; c) performing step a) and step b) until a respective sensing signal has been provided for each sensing structure in the plurality of sensing structures; and d) providing an evaluation result for the dielectric structure covering the plurality of sensing structures based on the respective sensing signals provided for each sensing structure in the plurality of sensing structures. a) controlling the fingerprint sensor to change a potential difference (ΔV) between each sensing structure in a first set of sensing structures and each sensing structure in a second set of sensing structures, and to provide, for each sensing structure in the first set of sensing structures, a sensing signal indicative of a strength of a capacitive coupling between each sensing structure in the second set of sensing structures and the sensing structure in the first set of sensing structures; b) controlling the fingerprint sensor to assign other sensing structures to the first set of sensing structures and the second set of sensing structures; c) performing step a) and step b) until a respective sensing signal has been provided for each sensing structure in the plurality of sensing structures; and d) providing an evaluation result for the dielectric structure covering the plurality of sensing structures based on the respective sensing signals provided for each sensing structure in the plurality of sensing structures.
Device for determining a state of an ultrasonic welding process which can be performed by means of an ultrasonic tool , comprising a sensor device which is set up to detect an electrical actuation signal of the ultrasonic tool ; an evaluator , which is set up, to determine a signal characteristic of the drive signal; and to determine a state of the ultrasonic welding process based on a reference signal curve and the determined signal characteristic; a first connection that is set up to be connected to an output of an ultrasonic generator; a second connection which is set up to be connected to a signal input of the ultrasonic tool ; a signal path that electrically connects the first connection and the second connection; wherein the sensor device is set up to non-invasively measure the electrical actuation signal on the signal path; and characterized by a switching element disposed in the signal path and adapted to interrupt the signal path to electrically isolate the first connection from the second connection; and a signal generator which is set up to generate a control signal for the ultrasonic tool and to control the ultrasonic tool when the switching element interrupts the signal path. a sensor device which is set up to detect an electrical actuation signal of the ultrasonic tool ; an evaluator , which is set up, to determine a signal characteristic of the drive signal; and to determine a state of the ultrasonic welding process based on a reference signal curve and the determined signal characteristic; to determine a signal characteristic of the drive signal; and to determine a state of the ultrasonic welding process based on a reference signal curve and the determined signal characteristic; a first connection that is set up to be connected to an output of an ultrasonic generator; a second connection which is set up to be connected to a signal input of the ultrasonic tool ; a signal path that electrically connects the first connection and the second connection; wherein the sensor device is set up to non-invasively measure the electrical actuation signal on the signal path; and characterized by wherein the sensor device is set up to non-invasively measure the electrical actuation signal on the signal path; and characterized by a switching element disposed in the signal path and adapted to interrupt the signal path to electrically isolate the first connection from the second connection; and a signal generator which is set up to generate a control signal for the ultrasonic tool and to control the ultrasonic tool when the switching element interrupts the signal path.
A diagnostic method of a refrigerator , the method comprising: checking whether or not a wireless network device provided in the refrigerator is connected in a wireless manner to a wireless network provided at a place where the refrigerator is installed; sensing power supplied to the refrigerator when the wireless connection is disconnected; determining whether or not a power failure has occurred based on the sensed power; storing power failure occurrence information when it is determined that the power failure has occurred; determining that power supply has been resumed based on checking whether or not power supply is normal; storing power failure end information when the power supply is resumed; and providing the power failure occurrence information and the power failure end information to a user. checking whether or not a wireless network device provided in the refrigerator is connected in a wireless manner to a wireless network provided at a place where the refrigerator is installed; sensing power supplied to the refrigerator when the wireless connection is disconnected; determining whether or not a power failure has occurred based on the sensed power; storing power failure occurrence information when it is determined that the power failure has occurred; determining that power supply has been resumed based on checking whether or not power supply is normal; storing power failure end information when the power supply is resumed; and providing the power failure occurrence information and the power failure end information to a user.
A mobile terminal for performing a handover procedure in a mobile communication system from a source base station (200-a) to a target base station (200-b), the target base station (200-b) being configured for the mobile terminal with at least a first bandwidth part and a different second bandwidth part in the uplink and a first bandwidth part and a different second bandwidth part in the downlink, wherein a bandwidth part defines the UE's operating bandwidth within its cell's operating bandwidth, comprising: a transceiver adapted to receive from the source base station (200-a) a handover command message including information regarding the respectively in the uplink and downlink configured at least first bandwidth part and second bandwidth part; and a processor adapted , upon reception of the handover command message, to activate in the transceiver at least a pre-selected one of the configured at least first bandwidth part or second bandwidth part respectively in the uplink and downlink, and to control the transceiver to perform, over the respectively in the uplink and downlink activated at least one of the configured at least first bandwidth part or second bandwidth part, uplink and downlink communication with the target base station (200-b) as part of the handover procedure. a transceiver adapted to receive from the source base station (200-a) a handover command message including information regarding the respectively in the uplink and downlink configured at least first bandwidth part and second bandwidth part; and a processor adapted , upon reception of the handover command message, to activate in the transceiver at least a pre-selected one of the configured at least first bandwidth part or second bandwidth part respectively in the uplink and downlink, and to control the transceiver to perform, over the respectively in the uplink and downlink activated at least one of the configured at least first bandwidth part or second bandwidth part, uplink and downlink communication with the target base station (200-b) as part of the handover procedure.
An antenna device comprising: a substantially planar dielectric substrate ; a plurality of antenna elements disposed on one surface of the dielectric substrate along a first direction of a plane of the dielectric substrate, and configured to respectively transmit or receive a first wireless signal and a second wireless signal having different polarization directions from one another; and a ground plate provided on substantially entire the other surface of the dielectric substrate , and provided with a long slot to extend in a second direction orthogonal to the first direction in a region corresponding to a region between a first antenna element and a second antenna element next to each other, characterized in that a length L in the second direction of the slot satisfies a first conditional expression L > λ g 2 , λ g = λ 0 ε r 1 + ε r 2 / 2 , where a wavelength of the wireless signal transmitted or received by each of the plurality of antenna elements is λ 0 , a relative dielectric constant of the dielectric substrate is ε r1 , and a relative dielectric constant of a dielectric located on an opposite side of the dielectric substrate with respect to the ground plate is ε r2 ; and wherein a distance d between respective centers of the first antenna element and the second antenna element satisfies a second conditional expression λ 0 2 ≤ d < λ 0 . a substantially planar dielectric substrate ; a plurality of antenna elements disposed on one surface of the dielectric substrate along a first direction of a plane of the dielectric substrate, and configured to respectively transmit or receive a first wireless signal and a second wireless signal having different polarization directions from one another; and a ground plate provided on substantially entire the other surface of the dielectric substrate , and provided with a long slot to extend in a second direction orthogonal to the first direction in a region corresponding to a region between a first antenna element and a second antenna element next to each other, characterized in that a length L in the second direction of the slot satisfies a first conditional expression L > λ g 2 , λ g = λ 0 ε r 1 + ε r 2 / 2 , where a wavelength of the wireless signal transmitted or received by each of the plurality of antenna elements is λ 0 , a relative dielectric constant of the dielectric substrate is ε r1 , and a relative dielectric constant of a dielectric located on an opposite side of the dielectric substrate with respect to the ground plate is ε r2 ; and wherein a distance d between respective centers of the first antenna element and the second antenna element satisfies a second conditional expression λ 0 2 ≤ d < λ 0 .
A device for installing asphalt on a road substrate , comprising: - a vehicle that is displaceable, on lateral running gears , in a direction of travel (L) on the road substrate ; - a paving screed attached to the vehicle in a height-adjustable manner and aligned transversely to the direction of travel, which paving screed extends over a predetermined paving width (B), in order to smoothen asphalt poured onto the road substrate in front of the vehicle to form an asphalt surface, the paving screed being located between or in front of the lateral running gears in the direction of travel; wherein the vehicle is configured for rail-free operation, characterized in that the device is provided with actuating means for continuously adjusting the height of the paving screed according to a predefined level course of the asphalt substrate, wherein the actuating means cooperate with a position determining device which comprises a vehicle-fixed component and a stationary component . - a vehicle that is displaceable, on lateral running gears , in a direction of travel (L) on the road substrate ; - a paving screed attached to the vehicle in a height-adjustable manner and aligned transversely to the direction of travel, which paving screed extends over a predetermined paving width (B), in order to smoothen asphalt poured onto the road substrate in front of the vehicle to form an asphalt surface, the paving screed being located between or in front of the lateral running gears in the direction of travel;