mhurhangee/patent-ind-claim-en huggingface dataset:
A user verification method comprising: obtaining a plurality of biometric verifiers , at least one of said biometric verifiers being configured to perform a verification process that may terminate at any one of a plurality of successive verification stages, whereby each stage corresponds to a particular verification performance and/or verification accuracy of a verification result output by the verification process and/or a particular verification speed of the verification process when terminated at said stage; setting a termination stage of each biometric verifier of said plurality of biometric verifiers , such that each biometric verifier of the plurality of biometric verifiers is associated with a separate termination stage of a particular combination of termination stages, respectively; wherein the termination stage of said at least one biometric verifier is one of said plurality of successive verification stages; executing the plurality of biometric verifiers , based on the particular combination of termination stages associated with the plurality of biometric verifiers , to generate a plurality of outputs; fusing the plurality of outputs based on the particular combination of termination stages associated with the plurality of biometric verifiers to generate a result; and verifying a user based on the result. obtaining a plurality of biometric verifiers , at least one of said biometric verifiers being configured to perform a verification process that may terminate at any one of a plurality of successive verification stages, whereby each stage corresponds to a particular verification performance and/or verification accuracy of a verification result output by the verification process and/or a particular verification speed of the verification process when terminated at said stage; setting a termination stage of each biometric verifier of said plurality of biometric verifiers , such that each biometric verifier of the plurality of biometric verifiers is associated with a separate termination stage of a particular combination of termination stages, respectively; wherein the termination stage of said at least one biometric verifier is one of said plurality of successive verification stages; executing the plurality of biometric verifiers , based on the particular combination of termination stages associated with the plurality of biometric verifiers , to generate a plurality of outputs; fusing the plurality of outputs based on the particular combination of termination stages associated with the plurality of biometric verifiers to generate a result; and verifying a user based on the result.
A method for manufacturing an image display device , comprising: a step (A) of applying a photocurable resin composition to a surface of a light transmitting optical member or a surface of an image display member to form a photocurable resin composition layer ; a step (B) of pre-curing by irradiating the photocurable resin composition layer with light to form a pre-cured resin layer ; a step (C) of bonding the image display member and the light transmitting optical member via the pre-cured resin layer ; and a step (D) of obtaining an image display device by irradiating light to the pre-cured resin layer disposed between the image display member and the light transmitting optical member to final-cure the pre-cured resin layer , thereby laminating the image display member and the light transmitting optical member via the light transmitting cured resin layer , wherein the photocurable resin composition contains a total of 31 to 55 mass% of a radical polymerizable component containing an acrylic oligomer and an acrylic monomer and 40 to 66 mass% of a plasticizer, and contains 5 to 19 mass% of a (meth)acrylate monomer having a ring structure as the acrylic monomer, and wherein the light transmitting cured resin layer has a shear storage modulus at 25 °C of 1,000 to 320,000 Pa. a step (A) of applying a photocurable resin composition to a surface of a light transmitting optical member or a surface of an image display member to form a photocurable resin composition layer ; a step (B) of pre-curing by irradiating the photocurable resin composition layer with light to form a pre-cured resin layer ; a step (C) of bonding the image display member and the light transmitting optical member via the pre-cured resin layer ; and a step (D) of obtaining an image display device by irradiating light to the pre-cured resin layer disposed between the image display member and the light transmitting optical member to final-cure the pre-cured resin layer , thereby laminating the image display member and the light transmitting optical member via the light transmitting cured resin layer , wherein the photocurable resin composition contains a total of 31 to 55 mass% of a radical polymerizable component containing an acrylic oligomer and an acrylic monomer and 40 to 66 mass% of a plasticizer, and contains 5 to 19 mass% of a (meth)acrylate monomer having a ring structure as the acrylic monomer, and wherein the light transmitting cured resin layer has a shear storage modulus at 25 °C of 1,000 to 320,000 Pa.
A crosslinkable fluoropolymer [polymer (F)] comprising: - (i) recurring units derived from vinylidene fluoride (VDF) monomer; - (ii) recurring units derived from at least one hydroxyl group-containing vinyl monomer (HA); - (iii) recurring units derived from at least one carboxyl group-containing vinyl monomer (CA); wherein the total amount of monomer (HA) and monomer (CA) in said polymer (F) is of at most 10.0 % by moles, preferably at most 5.0% by moles, more preferably at most 1.5% by moles, with respect to the total moles of recurring units of polymer (F); and wherein a fraction of at least 40% of monomer (HA) and a fraction of at least 40% of monomer (CA) are randomly distributed into said polymer (F), the fractions of randomly distributed monomers being determined according to the method defined in present specification. - (i) recurring units derived from vinylidene fluoride (VDF) monomer; - (ii) recurring units derived from at least one hydroxyl group-containing vinyl monomer (HA); - (iii) recurring units derived from at least one carboxyl group-containing vinyl monomer (CA); wherein the total amount of monomer (HA) and monomer (CA) in said polymer (F) is of at most 10.0 % by moles, preferably at most 5.0% by moles, more preferably at most 1.5% by moles, with respect to the total moles of recurring units of polymer (F); and wherein a fraction of at least 40% of monomer (HA) and a fraction of at least 40% of monomer (CA) are randomly distributed into said polymer (F), the fractions of randomly distributed monomers being determined according to the method defined in present specification. wherein the total amount of monomer (HA) and monomer (CA) in said polymer (F) is of at most 10.0 % by moles, preferably at most 5.0% by moles, more preferably at most 1.5% by moles, with respect to the total moles of recurring units of polymer (F); and wherein a fraction of at least 40% of monomer (HA) and a fraction of at least 40% of monomer (CA) are randomly distributed into said polymer (F), the fractions of randomly distributed monomers being determined according to the method defined in present specification.
A sensor system for sensing a plurality of process variables of a fluid at a down hole location , comprising: an acoustic transducer which includes an acoustic source and an acoustic sensor , wherein the acoustic transducer generates an acoustic signal , wherein the acoustic source is configured to transmit the acoustic signal to a down hole location , a variable resonator disposed at the down hole location of a well pipe having a resonant frequency which varies in response to the plurality of process variables of the fluid, wherein the variable resonator receives the acoustic signal generated by the acoustic transducer and begins to resonate as a function of a process variable of fluid at the down hole location and generates a reflected acoustic signal at the resonant frequency indicative of the plurality of process variables, and wherein the variable resonator includes an elongate element having an interior cavity and the interior cavity is coupled to a pressure fluid, wherein the process variable of the fluid comprises pressure; wherein the acoustic sensor of the acoustic transducer is disposed at a second location spaced apart from the variable resonator and configured to receive the reflected acoustic signal transmitted from the variable resonator and returned along the length of the well pipe; and a measurement circuitry coupled to the acoustic transducer and its acoustic sensor configured to provide a plurality of process variable outputs related to the plurality of process variables of the fluid in response to the received reflected acoustic signal of the variable resonator . an acoustic transducer which includes an acoustic source and an acoustic sensor , wherein the acoustic transducer generates an acoustic signal , wherein the acoustic source is configured to transmit the acoustic signal to a down hole location , a variable resonator disposed at the down hole location of a well pipe having a resonant frequency which varies in response to the plurality of process variables of the fluid, wherein the variable resonator receives the acoustic signal generated by the acoustic transducer and begins to resonate as a function of a process variable of fluid at the down hole location and generates a reflected acoustic signal at the resonant frequency indicative of the plurality of process variables, and wherein the variable resonator includes an elongate element having an interior cavity and the interior cavity is coupled to a pressure fluid, wherein the process variable of the fluid comprises pressure; wherein the acoustic sensor of the acoustic transducer is disposed at a second location spaced apart from the variable resonator and configured to receive the reflected acoustic signal transmitted from the variable resonator and returned along the length of the well pipe; and a measurement circuitry coupled to the acoustic transducer and its acoustic sensor configured to provide a plurality of process variable outputs related to the plurality of process variables of the fluid in response to the received reflected acoustic signal of the variable resonator .
A device for mechanically holding a bundle of conductive wires intended to be connected to a connector , comprising: - a first face and a second face opposite to the first one, the device having a shape of a flattened and elongated parallelepiped, with the first and the second face as main faces,- a first fixing portion arranged to hold the bundle of conductive wires against the first face, the first fixing portion being positioned between a first and a second narrowing area of the section of the device, or the first fixing portion comprising two through openings between the two faces of the device,- a circular ring adapted to be positioned between the two shrinkage zones , or being a little narrower than the two through openings and adapted to slip inside the two through openings , to enclose the bundle of conductive wires and hold it against the first face of the device , - a second fixing portion on the second face, arranged to fix a marker , the second fixing portion comprising at least one cavity formed in the first face, - the marker - a third fixing portion arranged to fix the connector against the first face, the device being characterized in that : the second fixing portion comprises at least one fixing element positioned on the second face cooperating with at least one complementary fixing element on the mark, the at least one fixing element comprising at least one through hole opening into the at least one cavity forming a stop zone, in which the cavity is configured to at least partially receive an extension of the at least one complementary fastening element . - a first face and a second face opposite to the first one, the device having a shape of a flattened and elongated parallelepiped, with the first and the second face as main faces,- a first fixing portion arranged to hold the bundle of conductive wires against the first face, the first fixing portion being positioned between a first and a second narrowing area of the section of the device, or the first fixing portion comprising two through openings between the two faces of the device,- a circular ring adapted to be positioned between the two shrinkage zones , or being a little narrower than the two through openings and adapted to slip inside the two through openings , to enclose the bundle of conductive wires and hold it against the first face of the device , - a second fixing portion on the second face, arranged to fix a marker , the second fixing portion comprising at least one cavity formed in the first face, - the marker - a third fixing portion arranged to fix the connector against the first face, the device being characterized in that :
A piezoelectric device comprising: a pressure chamber (C); a piezoelectric element ; and a diaphragm disposed between the pressure chamber and the piezoelectric element, characterized in that the diaphragm has a crystal plane of an anisotropic single crystal silicon base of which a Poisson's ratio varies according to a direction in the crystal plane, in a vibration region (P) of the diaphragm, which overlaps the pressure chamber in plan view, the Poisson's ratio of the diaphragm in a short axis direction (Gy) of the smallest rectangle, which includes the vibration region, is included in a range of a minimum value of the Poisson's ratio in the crystal plane inclusive to an average value of the Poisson's ratio exclusive, and the Poisson's ratio of the diaphragm in the short axis direction (Gy) is included in a range of the minimum value of the Poisson's ratio in the crystal plane inclusive to 0.0864 inclusive. a pressure chamber (C); a piezoelectric element ; and a diaphragm disposed between the pressure chamber and the piezoelectric element, characterized in that the diaphragm has a crystal plane of an anisotropic single crystal silicon base of which a Poisson's ratio varies according to a direction in the crystal plane, in a vibration region (P) of the diaphragm, which overlaps the pressure chamber in plan view, the Poisson's ratio of the diaphragm in a short axis direction (Gy) of the smallest rectangle, which includes the vibration region, is included in a range of a minimum value of the Poisson's ratio in the crystal plane inclusive to an average value of the Poisson's ratio exclusive, and the Poisson's ratio of the diaphragm in the short axis direction (Gy) is included in a range of the minimum value of the Poisson's ratio in the crystal plane inclusive to 0.0864 inclusive.
A speech noise reduction method, performed by a computing device, the method comprising: obtaining a noisy speech signal, and the noisy speech signal comprising a pure speech signal and a noise signal; estimating a posteriori signal-to-noise ratio and a priori signal-to-noise ratio of the noisy speech signal; determining a speech/noise likelihood ratio in a Bark domain based on the estimated posteriori signal-to-noise ratio and the estimated priori signal-to-noise ratio; estimating a priori speech existence probability based on the determined speech/noise likelihood ratio; determining a gain based on the estimated posteriori signal-to-noise ratio, the estimated priori signal-to-noise ratio, and the estimated priori speech existence probability, the gain being a frequency domain transfer function used for converting the noisy speech signal into an estimation of the pure speech signal; and exporting the estimation of the pure speech signal from the noisy speech signal based on the gain. obtaining a noisy speech signal, and the noisy speech signal comprising a pure speech signal and a noise signal; estimating a posteriori signal-to-noise ratio and a priori signal-to-noise ratio of the noisy speech signal; determining a speech/noise likelihood ratio in a Bark domain based on the estimated posteriori signal-to-noise ratio and the estimated priori signal-to-noise ratio; estimating a priori speech existence probability based on the determined speech/noise likelihood ratio; determining a gain based on the estimated posteriori signal-to-noise ratio, the estimated priori signal-to-noise ratio, and the estimated priori speech existence probability, the gain being a frequency domain transfer function used for converting the noisy speech signal into an estimation of the pure speech signal; and exporting the estimation of the pure speech signal from the noisy speech signal based on the gain.
A method of wireless communication performed by a user equipment, UE , comprising: receiving an indication of a plurality of selectable physical resource block, PRB, bundle sizes; receiving downlink control information, DCI, that does not include a PRB bundling size indicator that indicates a PRB bundle size to be selected from the plurality of selectable PRB bundle sizes; selecting a first value from a set of precoding resource block group, PRG values as a PRB bundling size in response to determining that the received DCI comprises a DCI format 1_1, wherein the received DCI does not include the PRB bundling size indicator due to a bandwidth part configured for the UE . receiving an indication of a plurality of selectable physical resource block, PRB, bundle sizes; receiving downlink control information, DCI, that does not include a PRB bundling size indicator that indicates a PRB bundle size to be selected from the plurality of selectable PRB bundle sizes; selecting a first value from a set of precoding resource block group, PRG values as a PRB bundling size in response to determining that the received DCI comprises a DCI format 1_1, wherein the received DCI does not include the PRB bundling size indicator due to a bandwidth part configured for the UE .
A magnetic resonance, MR, imaging system , comprising: a magnetics system having a plurality of magnetics components configured to produce magnetic fields for performing magnetic resonance imaging; a sensor configured to detect electromagnetic interference introduced by a patient into an imaging region of the MR imaging system, wherein the electromagnetic interference is electromagnetic radiation in the environment that couples to the patient's body, the sensor comprises at least one electrical conductor configured for electrically coupling to the patient, and the at least one electrical conductor is configured for capacitively coupling to the patient; and circuitry configured to receive detected electromagnetic interference from the sensor and to suppress and/or compensate for the detected electromagnetic interference. a magnetics system having a plurality of magnetics components configured to produce magnetic fields for performing magnetic resonance imaging; a sensor configured to detect electromagnetic interference introduced by a patient into an imaging region of the MR imaging system, wherein the electromagnetic interference is electromagnetic radiation in the environment that couples to the patient's body, the sensor comprises at least one electrical conductor configured for electrically coupling to the patient, and the at least one electrical conductor is configured for capacitively coupling to the patient; and circuitry configured to receive detected electromagnetic interference from the sensor and to suppress and/or compensate for the detected electromagnetic interference.
Explosive assembly for military ammunition, composed of an explosive charge provided with its means of initiation and of several electrochemical and/or electrostatic accumulators forming a battery and/or a series of supercapacitors, in which the electrochemical and/or electrostatic accumulators are inserted into the explosive charge , or in which the explosive charge is arranged around and/or between the electrochemical and/or electrostatic accumulators.
A system for generating pressure pulses in drilling fluid, the system comprising: a concentric drive power section configured to rotate a drill bit, wherein the concentric drive power section includes a central axis, a stator and a rotor rotatably disposed in the stator, wherein the rotor and the stator are coaxially aligned with the central axis, and wherein the rotor includes a throughbore configured to pass drilling fluid to a drill bit when rotated by the concentric drive power section; a valve including a first valve member coupled to the stator and a second valve member coupled to the rotor, wherein the second valve member is configured to rotate with the rotor relative to the first valve member and the stator, and wherein the rotation of the second valve member relative to the first valve member is configured to generate pressure pulses in drilling fluid flowing through the concentric drive power section. a concentric drive power section configured to rotate a drill bit, wherein the concentric drive power section includes a central axis, a stator and a rotor rotatably disposed in the stator, wherein the rotor and the stator are coaxially aligned with the central axis, and wherein the rotor includes a throughbore configured to pass drilling fluid to a drill bit when rotated by the concentric drive power section; a valve including a first valve member coupled to the stator and a second valve member coupled to the rotor, wherein the second valve member is configured to rotate with the rotor relative to the first valve member and the stator, and wherein the rotation of the second valve member relative to the first valve member is configured to generate pressure pulses in drilling fluid flowing through the concentric drive power section.
A tire comprising a decorative patterned portion that is formed on a tire surface , and that is configured including a plurality of first projections extending in a first direction (F) in plan view and arranged spaced apart from each other in a second direction (S) orthogonal to the first direction (F), and a plurality of second projections arranged between neighboring first projections and arranged spaced apart from each other in the first direction (F), the second projections being discrete from the first projections , wherein: in plan view, each of the second projections includes a bend portion and a plurality of extension portions extending from the bend portion , characterised in that : in plan view, each of the extension portions extends in a direction intersecting the first direction (F), and angles in neighboring second projections formed by each of the extension portions with respect to the first direction (F) differ from each other. in plan view, each of the second projections includes a bend portion and a plurality of extension portions extending from the bend portion , characterised in that : in plan view, each of the extension portions extends in a direction intersecting the first direction (F), and angles in neighboring second projections formed by each of the extension portions with respect to the first direction (F) differ from each other.
Pharmaceutical composition containing a double strand RNA mimic of miR-27a-5p, for use thereof for preventing or reducing intestinal lesions in a subject suffering from an infection with Clostridium Difficile.