mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming an oxide-dispersion strengthened coating on a metal substrate , the method comprising: comminuting MCrAlY alloy particles to form an oxygen-enriched powder, wherein at least 25% by volume of the MCrAlY alloy particles within the oxygen-enriched powder have a particle size of less than 5 μm; mixing the oxygen-enriched powder with coarse MCrAlY alloy particles, wherein at least 90% by volume of the coarse MCrAlY alloy particles have a particle size of greater than 5 μm; applying the oxygen-enriched powder to the metal substrate to form a coating; and heating the oxygen-enriched powder to precipitate oxide dispersoids within the coating. comminuting MCrAlY alloy particles to form an oxygen-enriched powder, wherein at least 25% by volume of the MCrAlY alloy particles within the oxygen-enriched powder have a particle size of less than 5 μm; mixing the oxygen-enriched powder with coarse MCrAlY alloy particles, wherein at least 90% by volume of the coarse MCrAlY alloy particles have a particle size of greater than 5 μm; applying the oxygen-enriched powder to the metal substrate to form a coating; and heating the oxygen-enriched powder to precipitate oxide dispersoids within the coating.
Use of pigment mixtures comprising at least one pigment of each of the formulae (IIIa) and (IIIb) in which, independently of one another, X 1 is defined as carbamoyl, methylcarbamoyl or ethylcarbamoyl; Y is defined as methoxy or ethoxy; Z 1 is defined as methylphenyl, ethylphenyl, methoxyphenyl or ethoxyphenyl; and Z 2 is defined as nitrophenyl or cyanophenyl, as colorant in printing methods. X 1 is defined as carbamoyl, methylcarbamoyl or ethylcarbamoyl; Y is defined as methoxy or ethoxy; Z 1 is defined as methylphenyl, ethylphenyl, methoxyphenyl or ethoxyphenyl; and Z 2 is defined as nitrophenyl or cyanophenyl,
A decoder system (400; 500; 700; 1000) for decoding a bit stream signal as an audio time signal, including: a decoding section (410; 511, 512, 513; 711, 712, 713; 1011, 1013) for decoding a bit stream signal as a preliminary audio time signal by applying a decoding method adapted for speech decoding, and for estimating or extracting a pitch frequency from the bit stream signal; and a post filter (440; 540; 740; 1040) for filtering the preliminary audio time signal to attenuate noise located between harmonics of the pitch frequency to obtain an audio time signal, wherein the interharmonic noise attenuation is controlled by a post filter gain, further comprising a control section adapted to selectively disable the post filter, by setting the post filter gain to zero, responsive only to post-filtering information encoded in the bit stream signal, the post-filtering information being indicative of an encoder-side decision whether to disable post filtering, wherein the preliminary audio time signal is output as the audio time signal. a decoding section (410; 511, 512, 513; 711, 712, 713; 1011, 1013) for decoding a bit stream signal as a preliminary audio time signal by applying a decoding method adapted for speech decoding, and for estimating or extracting a pitch frequency from the bit stream signal; and a post filter (440; 540; 740; 1040) for filtering the preliminary audio time signal to attenuate noise located between harmonics of the pitch frequency to obtain an audio time signal, wherein the interharmonic noise attenuation is controlled by a post filter gain, further comprising a control section adapted to selectively disable the post filter, by setting the post filter gain to zero, responsive only to post-filtering information encoded in the bit stream signal, the post-filtering information being indicative of an encoder-side decision whether to disable post filtering, wherein the preliminary audio time signal is output as the audio time signal.
A device for sealing an opening in body tissue, the device comprising: a hollow elongated member comprising a proximal end and a distal end and having a lumen extending therethrough, wherein the distal end of the hollow elongated member is configured to extend through the opening in the body tissue; a shaft member configured to fit within the lumen of the hollow elongated member; a deformable sealing member permanently coupled to a distal portion of the shaft member at a coupling point, the deformable sealing member comprising a magnetic ring and a flexible cover portion , the deformable sealing member configured to form a seal with the body tissue surrounding the opening, wherein the deformable sealing member is moveable from a first configuration within the hollow elongated member to a second configuration wherein the magnetic ring engages a first side of body tissue surrounding the opening; and a magnetic portion configured to be located on a second side of body tissue opposite the first side, wherein the magnetic portion is configured to magnetically attract the magnetic ring , thus forming the seal; characterised in that the deformable sealing member is further configured to move from the second configuration to a third configuration within the hollow elongated member , wherein in the first configuration, the coupling point is located distal to the magnetic ring and in the third configuration, the magnetic ring is located distal to the coupling point. a hollow elongated member comprising a proximal end and a distal end and having a lumen extending therethrough, wherein the distal end of the hollow elongated member is configured to extend through the opening in the body tissue; a shaft member configured to fit within the lumen of the hollow elongated member; a deformable sealing member permanently coupled to a distal portion of the shaft member at a coupling point, the deformable sealing member comprising a magnetic ring and a flexible cover portion , the deformable sealing member configured to form a seal with the body tissue surrounding the opening, wherein the deformable sealing member is moveable from a first configuration within the hollow elongated member to a second configuration wherein the magnetic ring engages a first side of body tissue surrounding the opening; and a magnetic portion configured to be located on a second side of body tissue opposite the first side, wherein the magnetic portion is configured to magnetically attract the magnetic ring , thus forming the seal;
An arrangement for monitoring the state of surge arresters which are interconnected, by means of releasable and/or non-releasable electrical contacts and connections (S1; S2; 5; 6), in the path to be protected or in front of an apparatus to be protected, the voltage drop across the electrical contacts and connections (S1; 5) being monitored and, to this end, a monitoring unit (7; 8) being connected in parallel with the contacts and connections, wherein, as the voltage drop across the contacts and connections increases, the extent of the current rise in the parallel path is evaluated by means of the monitoring unit (7; 8) and, when a limit value is exceeded, an indicating device or fault signaling unit is able to be activated, characterized in that the respective surge arrester includes a base part having electrical connection terminals (A1; A2) and a plug-in part adapted to be received by the base part , wherein releasable electrical contacts are provided between the base part and the plug-in part, at least one arrester means having a thermal disconnecting device is formed in the plug-in part , furthermore, the monitoring unit is located in the base part and is connected to one of the external connection terminals (A1) on the one hand and to the connection of the disconnecting device to the arrester means on the other hand, such that in the event of increasing contact transition resistances between the base part and the plug-in part (11; 13) and/or at the internal connections in the plug-in part , the current in the parallel path and thus the current flowing through the monitoring unit increases, whereby the indicating device or the fault signaling unit is activated. the voltage drop across the electrical contacts and connections (S1; 5) being monitored and, to this end, a monitoring unit (7; 8) being connected in parallel with the contacts and connections, wherein, as the voltage drop across the contacts and connections increases, the extent of the current rise in the parallel path is evaluated by means of the monitoring unit (7; 8) and, when a limit value is exceeded, an indicating device or fault signaling unit is able to be activated, characterized in that the respective surge arrester includes a base part having electrical connection terminals (A1; A2) and a plug-in part adapted to be received by the base part , wherein releasable electrical contacts are provided between the base part and the plug-in part, at least one arrester means having a thermal disconnecting device is formed in the plug-in part , furthermore, the monitoring unit is located in the base part and is connected to one of the external connection terminals (A1) on the one hand and to the connection of the disconnecting device to the arrester means on the other hand, such that in the event of increasing contact transition resistances between the base part and the plug-in part (11; 13) and/or at the internal connections in the plug-in part , the current in the parallel path and thus the current flowing through the monitoring unit increases, whereby the indicating device or the fault signaling unit is activated.
A method for modifying the structural and/or optical characteristics of tissue in situ, comprising: introducing a fixing solution comprising paraformaldehyde (PFA) into the circulatory system of a subject, thereby forming fixed tissue within the subject; introducing a hydrogel monomer solution comprising acrylamide and a phosphate buffered saline (PBS) into the circulatory system of the subject, thereby forming hydrogel-treated tissue within the subject, and introducing a solution comprising PBS into the circulatory system of the subject, thereby forming PBS-washed tissue, wherein the subject is a nonhuman primate, a farm animal or a domesticated mammal, or a laboratory animal, and wherein the hydrogel monomer solution comprises from 1% to 20 % acrylamide. introducing a fixing solution comprising paraformaldehyde (PFA) into the circulatory system of a subject, thereby forming fixed tissue within the subject; introducing a hydrogel monomer solution comprising acrylamide and a phosphate buffered saline (PBS) into the circulatory system of the subject, thereby forming hydrogel-treated tissue within the subject, and introducing a solution comprising PBS into the circulatory system of the subject, thereby forming PBS-washed tissue, wherein the subject is a nonhuman primate, a farm animal or a domesticated mammal, or a laboratory animal, and wherein the hydrogel monomer solution comprises from 1% to 20 % acrylamide.
A medical port for transferring fluid to/from a patient , the medical port having an open mode to permit fluid flow and a closed mode to prevent fluid flow, the medical port comprising: a housing forming an interior having a fluid inlet and a fluid channel extending from the fluid inlet , a resilient valve element within the housing interior configured to control fluid flow through the inlet , characterized in that the housing also has an exterior wall forming at least one radial opening to the interior, and in that the resilient valve element has a proximate body portion proximate to the at least one radial opening when in the closed mode; and further characterized in that the medical port also comprises a biasing element movably couplable with the housing , the biasing element having at least one constraining portion configured to cooperate with the at least one radial opening to contact at least the proximate body portion when in the closed mode, the at least one constraining portion configured to normally resist radial outward movement of the proximate body portion when in the closed mode. a housing forming an interior having a fluid inlet and a fluid channel extending from the fluid inlet , a resilient valve element within the housing interior configured to control fluid flow through the inlet , characterized in that the housing also has an exterior wall forming at least one radial opening to the interior, and in that the resilient valve element has a proximate body portion proximate to the at least one radial opening when in the closed mode; and further characterized in that the medical port also comprises a biasing element movably couplable with the housing , the biasing element having at least one constraining portion configured to cooperate with the at least one radial opening to contact at least the proximate body portion when in the closed mode, the at least one constraining portion configured to normally resist radial outward movement of the proximate body portion when in the closed mode.
A method of authenticating a user by means of a fingerprint authentication system comprising a fingerprint sensor and authentication circuitry , said method comprising the steps of: acquiring , by said fingerprint sensor , a first candidate fingerprint image of a finger of said user during a finger placement event when said finger is not moving across a surface of said fingerprint sensor; acquiring , by said fingerprint sensor , a second candidate fingerprint image during said finger placement event; processing , while acquiring said second candidate fingerprint image, said first candidate fingerprint image by said authentication circuitry, said processing including determining an authentication representation based on said first candidate fingerprint image; evaluating said processed representation of the first candidate fingerprint image in respect of at least a first evaluation criterion, said evaluating including: retrieving a stored enrolment representation for said user, and determining if a match between said authentication representation based on said first candidate fingerprint image and said stored enrolment representation fulfills an authentication requirement; and when the match between said authentication representation based on said first candidate fingerprint image and said stored enrolment representation fails to fulfill said authentication requirement: authenticating said user based on said second candidate fingerprint image. acquiring , by said fingerprint sensor , a first candidate fingerprint image of a finger of said user during a finger placement event when said finger is not moving across a surface of said fingerprint sensor; acquiring , by said fingerprint sensor , a second candidate fingerprint image during said finger placement event; processing , while acquiring said second candidate fingerprint image, said first candidate fingerprint image by said authentication circuitry, said processing including determining an authentication representation based on said first candidate fingerprint image; evaluating said processed representation of the first candidate fingerprint image in respect of at least a first evaluation criterion, said evaluating including: retrieving a stored enrolment representation for said user, and determining if a match between said authentication representation based on said first candidate fingerprint image and said stored enrolment representation fulfills an authentication requirement; and when the match between said authentication representation based on said first candidate fingerprint image and said stored enrolment representation fails to fulfill said authentication requirement: authenticating said user based on said second candidate fingerprint image.
A cushioning assembly comprising: a first bladder wall ; a second bladder wall disposed opposite the first bladder wall ; and at least one first dome defined by the first bladder wall and extending away from the second bladder wall , the at least one first dome and the second bladder wall cooperating together to define a fluid-filled cavity therebetween; characterized in that the at least one first dome includes a first base portion having a first effective base radius , and a first cap portion having a first effective cap radius , with the first effective cap radius being less than the first effective base radius . a first bladder wall ; a second bladder wall disposed opposite the first bladder wall ; and at least one first dome defined by the first bladder wall and extending away from the second bladder wall , the at least one first dome and the second bladder wall cooperating together to define a fluid-filled cavity therebetween; characterized in that the at least one first dome includes a first base portion having a first effective base radius , and a first cap portion having a first effective cap radius , with the first effective cap radius being less than the first effective base radius .
Method for aligning and bonding two components with a two-component adhesive, characterized in that the following method steps are carried out: - Applying a resin of the two-component adhesive to at least a first predefined location on a first film side of a film , - Applying a hardener of the two-component adhesive to at least a second predefined location on a second film side of the film opposite the first film side, - Arranging the foil between a first component and a second component , - Pressing the first component against the second component with a first pressing force so that the resin or the hardener respectively contacts the first component or the second component respectively in an adhesive surface , - Alignment of the first component with the second component in the plane of the adhesive surface - Pulling the film with a peel force out of the composite of the first component and the second component , whereby the resin and the hardener blend into a two-component adhesive mixture , - pressing the first component against the second component with a second contact pressure and aligning the first component with the second component normal to the plane of the adhesive surface , - Cure the two-component adhesive mixture by allowing the hardener to cure the resin . - Applying a resin of the two-component adhesive to at least a first predefined location on a first film side of a film , - Applying a hardener of the two-component adhesive to at least a second predefined location on a second film side of the film opposite the first film side, - Arranging the foil between a first component and a second component , - Pressing the first component against the second component with a first pressing force so that the resin or the hardener respectively contacts the first component or the second component respectively in an adhesive surface , - Alignment of the first component with the second component in the plane of the adhesive surface - Pulling the film with a peel force out of the composite of the first component and the second component , whereby the resin and the hardener blend into a two-component adhesive mixture , - pressing the first component against the second component with a second contact pressure and aligning the first component with the second component normal to the plane of the adhesive surface , - Cure the two-component adhesive mixture by allowing the hardener to cure the resin .
A method performed by a terminal in a wireless communication system, the method comprising: identifying a master cell group, MCG, failure, the MCG associated with a first base station ; suspending a MCG transmission for a radio bearer, RB, based on the MCG failure; and transmitting, to a second base station, MCG failure information via a signaling radio bearer, SRB, associated with the second base station; and receiving, from the second base station via the SRB associated with the second base station, an RRC connection reconfiguration message. identifying a master cell group, MCG, failure, the MCG associated with a first base station ; suspending a MCG transmission for a radio bearer, RB, based on the MCG failure; and transmitting, to a second base station, MCG failure information via a signaling radio bearer, SRB, associated with the second base station; and receiving, from the second base station via the SRB associated with the second base station, an RRC connection reconfiguration message.
A vehicle-body front structure (A) for an automobile including a front bumper , a bumper reinforcement extending in a vehicle width direction, and at least one cross member extending in the vehicle width direction, wherein the front bumper includes a bumper fascia having an opening at a vehicle right-left direction intermediate portion, a front grill provided to cover the opening , and a decorative member provided facing a front surface of a vehicle and along a peripheral portion of the opening , a disposition position and a shape of the bumper reinforcement are set such that the bumper reinforcement is positioned inside the opening of the bumper fascia in a front view, and the at least one cross member is arranged at least one of a higher position and a lower position than the decorative member and extends toward a vehicle-width-direction outer side beyond the bumper reinforcement . the front bumper includes a bumper fascia having an opening at a vehicle right-left direction intermediate portion, a front grill provided to cover the opening , and a decorative member provided facing a front surface of a vehicle and along a peripheral portion of the opening , a disposition position and a shape of the bumper reinforcement are set such that the bumper reinforcement is positioned inside the opening of the bumper fascia in a front view, and the at least one cross member is arranged at least one of a higher position and a lower position than the decorative member and extends toward a vehicle-width-direction outer side beyond the bumper reinforcement .
Optical module for a motor vehicle, comprising : - at least one light source capable of emitting laser radiation (L), - at least one shaping system able to receive the laser radiation (L) and to direct it towards at least one conversion device for converting the laser radiation into white light (B), the conversion device comprising a layer of phosphorescent material and being able to re-emit the white light (B) towards at least one optical system , and - a detector , characterised in that the shaping system and the optical system are located on the same side of the conversion device , the conversion device thus being used in reflection, and in that the detector is adapted to detect residual light (R) emanating from the light source and coming from the conversion device , said residual light (R) being formed by a portion which is reflected unconverted from the laser radiation (L) received by the layer of phosphorescent material of the conversion device and thus being of the same wavelength as the light source , the residual light (R) not passing through the optical system . - at least one light source capable of emitting laser radiation (L), - at least one shaping system able to receive the laser radiation (L) and to direct it towards at least one conversion device for converting the laser radiation into white light (B), the conversion device comprising a layer of phosphorescent material and being able to re-emit the white light (B) towards at least one optical system , and - a detector ,