mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: providing, for output, a prompt for a user to speak a candidate hotword that is to be designated a custom hotword, wherein a hotword is a term that places a mobile device in a state in which it may receive voice commands; receiving one or more utterances of the candidate hotword in response to the prompt; accepting the candidate hotword as a hotword based on a hotword suitability score, wherein the hotword suitability score is determined based on one or more hotword suitability criteria; providing, in response to the one or more utterances of the candidate hotword, an indication that the candidate hotword has been accepted as a hotword; after providing the indication that the candidate hotword has been accepted as a hotword, receiving an utterance of the hotword; and based on receiving the utterance of the hotword, placing the mobile device into a state in which it may receive voice commands. providing, for output, a prompt for a user to speak a candidate hotword that is to be designated a custom hotword, wherein a hotword is a term that places a mobile device in a state in which it may receive voice commands; receiving one or more utterances of the candidate hotword in response to the prompt; accepting the candidate hotword as a hotword based on a hotword suitability score, wherein the hotword suitability score is determined based on one or more hotword suitability criteria; providing, in response to the one or more utterances of the candidate hotword, an indication that the candidate hotword has been accepted as a hotword; after providing the indication that the candidate hotword has been accepted as a hotword, receiving an utterance of the hotword; and based on receiving the utterance of the hotword, placing the mobile device into a state in which it may receive voice commands.
Method for operating a positioning actuator system having an electronically commutated actuating drive for driving an actuator element, comprising the following steps: - non-volatile storage of an item of position information about the actuator element or a rotor of the actuating drive which was detected last as a reference position before the positioning actuator system is switched off; - when the positioning actuator system is switched on, retrieving the reference position and driving the actuating drive by energizing the actuating drive in accordance with a space phasor which depends on the reference position, wherein, after the positioning actuator system has been switched on, it is determined whether the actuator element is blocked and wherein, if it is established that the actuator element is blocked, the actuating drive is energized in accordance with a space phasor which varies around a space phasor corresponding to the reference position. - non-volatile storage of an item of position information about the actuator element or a rotor of the actuating drive which was detected last as a reference position before the positioning actuator system is switched off; - when the positioning actuator system is switched on, retrieving the reference position and driving the actuating drive by energizing the actuating drive in accordance with a space phasor which depends on the reference position,
An apparatus to acquire and track input signals modulated by two different modulation schemes, comprising: a first clock and data recovery, CDR, processing circuit configured to receive an input signal, wherein the first CDR processing circuit is configured to acquire phase lock and track phase lock to the input signal for a first modulation scheme, wherein the first signal processing circuit is configured to sample a preamble portion of a waveform of the input signal for a second modulation scheme at a first clock rate in order to acquire phase lock for the second modulation scheme; a second CDR processing circuit configured to receive the input signal, wherein the second CDR processing circuit is configured to track phase lock to the input signal for the second modulation scheme at a second clock rate, wherein the second clock rate is faster than the first clock rate; and a controller configured to receive an indication of which of at least the first modulation scheme or the second modulation scheme is applicable, to activate the first CDR processing circuit for acquisition and tracking of the input signal in the first modulation scheme at the second clock rate; to activate the first CDR processing circuit for acquisition of the input signal in the second modulation scheme at the first clock rate, and to activate the second CDR processing circuit for tracking of the input signal in the second modulation scheme at the second clock rate, wherein the first modulation scheme is binary frequency shift keying 2-FSK or 4-FSK a first clock and data recovery, CDR, processing circuit configured to receive an input signal, wherein the first CDR processing circuit is configured to acquire phase lock and track phase lock to the input signal for a first modulation scheme, wherein the first signal processing circuit is configured to sample a preamble portion of a waveform of the input signal for a second modulation scheme at a first clock rate in order to acquire phase lock for the second modulation scheme; a second CDR processing circuit configured to receive the input signal, wherein the second CDR processing circuit is configured to track phase lock to the input signal for the second modulation scheme at a second clock rate, wherein the second clock rate is faster than the first clock rate; and a controller configured to receive an indication of which of at least the first modulation scheme or the second modulation scheme is applicable, to activate the first CDR processing circuit for acquisition and tracking of the input signal in the first modulation scheme at the second clock rate; to activate the first CDR processing circuit for acquisition of the input signal in the second modulation scheme at the first clock rate, and to activate the second CDR processing circuit for tracking of the input signal in the second modulation scheme at the second clock rate, wherein the first modulation scheme is binary frequency shift keying 2-FSK or 4-FSK
Process for manufacturing a coloured substrate comprising at least one coloured and transparent layer which comprises the steps consisting in: - depositing, over all or part of at least one of the faces of the substrate, at least one layer of a composition comprising a sol obtained by acid hydrolysis and polycondensation of at least one compound of formula MX n Y 4-n, wherein M represents an Si, Ti, Zr, Al, Sn, Fe, Y or V atom, X represents identical or different hydrolyzable groups, Y represents identical or different functional groups, one of the Y groups having at least one photopolymerizable function, n may take the values 0, 1, 2, 3 or 4, or an oligomer derived from this compound, at least one precursor of a metal salt, the metal salt being a halide such as a chloride or a bromide, a nitride and an acetate of a metal selected from gold, silver, platinum or palladium, and at least one photoinitiator compound, optionally a photopolymerizable monomer, and - exposing the substrate coated with at least said layer to a source of UV light. - depositing, over all or part of at least one of the faces of the substrate, at least one layer of a composition comprising a sol obtained by acid hydrolysis and polycondensation of at least one compound of formula MX n Y 4-n, wherein M represents an Si, Ti, Zr, Al, Sn, Fe, Y or V atom, X represents identical or different hydrolyzable groups, Y represents identical or different functional groups, one of the Y groups having at least one photopolymerizable function, n may take the values 0, 1, 2, 3 or 4, or an oligomer derived from this compound, at least one precursor of a metal salt, the metal salt being a halide such as a chloride or a bromide, a nitride and an acetate of a metal selected from gold, silver, platinum or palladium, and at least one photoinitiator compound, optionally a photopolymerizable monomer, and a sol obtained by acid hydrolysis and polycondensation of at least one compound of formula MX n Y 4-n, wherein M represents an Si, Ti, Zr, Al, Sn, Fe, Y or V atom, X represents identical or different hydrolyzable groups, Y represents identical or different functional groups, one of the Y groups having at least one photopolymerizable function, n may take the values 0, 1, 2, 3 or 4, or an oligomer derived from this compound, M represents an Si, Ti, Zr, Al, Sn, Fe, Y or V atom, X represents identical or different hydrolyzable groups, Y represents identical or different functional groups, one of the Y groups having at least one photopolymerizable function, n may take the values 0, 1, 2, 3 or 4, at least one precursor of a metal salt, the metal salt being a halide such as a chloride or a bromide, a nitride and an acetate of a metal selected from gold, silver, platinum or palladium, and at least one photoinitiator compound, optionally a photopolymerizable monomer, and - exposing the substrate coated with at least said layer to a source of UV light.
A torsional vibration damper in the form of a dual-mass flywheel having a primary part and a secondary part which are rotatable about a rotational axis and rotatable relative to one another and which are connected via a damping device that includes bow springs, wherein the bow springs are supported with one end on stops of the primary part and with a further end on flange wings of a support flange associated with the secondary part, to which support flange pendulum masses of a centrifugal pendulum absorber are fastened and are arranged so as to be movable on either side, characterised in that the torsional vibration damper includes, in a manner circumferentially spaced apart from the pendulum masses, a pre-damper connected to the support flange.
An initial crack formation method for scoring a front-side end (Ga) in a conveyance direction of a glass sheet conveyed in a state supported from below by conveyance means so as to form an initial crack group including a plurality of aggregated initial cracks in a width direction of the front-side end (Ga) orthogonal to the conveyance direction, the initial crack formation method comprising scoring the front-side end (Ga) with a rotary scoring tool, wherein the rotary scoring tool having flexibility comprises a shaft section configured to rotate about a rotation axis extending along a surface direction of the glass sheet; characterized in that: the rotary scoring tool is configured to rotate in a direction for drawing the glass sheet into the conveyance direction and scoring the front-side end (Ga) from above, the initial crack formation method further comprises setting a rotational peripheral speed of the rotary scoring tool to be higher than a conveyance speed of the glass sheet, and the rotary scoring tool further comprises a sheet-shaped scoring member extending radially from the shaft section. the rotary scoring tool is configured to rotate in a direction for drawing the glass sheet into the conveyance direction and scoring the front-side end (Ga) from above, the initial crack formation method further comprises setting a rotational peripheral speed of the rotary scoring tool to be higher than a conveyance speed of the glass sheet, and the rotary scoring tool further comprises a sheet-shaped scoring member extending radially from the shaft section.
A dispenser for storing and dispensing rolled sheet material, comprising: a housing having an interior and configured to rotationally support a primary roll of sheet material and a backup roll of sheet material therein, the housing formed to include an exit port; and a dispensing control member moveably positioned substantially within and partially blocking the exit port, the dispensing control member comprising: a divider extending into the housing interior between the primary roll of sheet material and the backup roll of sheet material to a distance sufficient to substantially restrict movement of the dispensing control member prior to substantial depletion of the primary roll of sheet material; characterized in that the exit port is positioned to allow insertion of the primary roll of sheet material and the backup roll of sheet material into the housing interior and in that the dispersing control member further comprises a plurality of ribs positioned on an inside surface of the dispensing control member, the ribs positioned to substantially restrict rotation of the backup roll of sheet material prior to substantial depletion of the primary roll of sheet material. a housing having an interior and configured to rotationally support a primary roll of sheet material and a backup roll of sheet material therein, the housing formed to include an exit port; and a dispensing control member moveably positioned substantially within and partially blocking the exit port, the dispensing control member comprising: a divider extending into the housing interior between the primary roll of sheet material and the backup roll of sheet material to a distance sufficient to substantially restrict movement of the dispensing control member prior to substantial depletion of the primary roll of sheet material; characterized in that the exit port is positioned to allow insertion of the primary roll of sheet material and the backup roll of sheet material into the housing interior and in that the dispersing control member further comprises a plurality of ribs positioned on an inside surface of the dispensing control member, the ribs positioned to substantially restrict rotation of the backup roll of sheet material prior to substantial depletion of the primary roll of sheet material. a divider extending into the housing interior between the primary roll of sheet material and the backup roll of sheet material to a distance sufficient to substantially restrict movement of the dispensing control member prior to substantial depletion of the primary roll of sheet material; characterized in that the exit port is positioned to allow insertion of the primary roll of sheet material and the backup roll of sheet material into the housing interior and in that the dispersing control member further comprises a plurality of ribs positioned on an inside surface of the dispensing control member, the ribs positioned to substantially restrict rotation of the backup roll of sheet material prior to substantial depletion of the primary roll of sheet material.
A compound of formula wherein R 1 is a straight or branched alkyl group containing 8 to 16 carbon atoms at the 2- or 3-position of the morpholino ring, and R 2 is a straight or branched alkyl group containing 2 to 10 carbon atoms, substituted with a hydroxy group except in the alpha-position, or pharmaceutically acceptable salts thereof, for use in promoting the healing of an open skin wound.
A method for the humidification of air, in which fully demineralized ultrapure water with an increased conductivity is produced from added water by the removal of silicates and other substances and the addition of a gas increasing the conductivity and the fully demineralized ultrapure water of an increased conductivity is atomized by means of at least one high pressure nozzle, characterized in that, during the production of the fully demineralized water, water is conveyed through at least two ion exchanger cartridges in succession, the electrical conductivity of the water is measured after passage through the first ion exchanger cartridge and before passage through the second ion exchanger cartridge and the ion exchanger cartridges are replaced with fresh ion exchanger cartridges when the measured value of the electrical conductivity reaches a certain threshold value.
A combination comprising an IL-10 secreting micro-organism and an allergen, allo-antigen, self-antigen, or auto-antigen for use in inducing immune tolerance or for use in treating a disease chosen from the group consisting of allergic reaction including food allergy, celiac disease, allergic asthma, autoimmune uveitis, autoimmune thyroiditis, autoimmune myasthenia gravis, rheumatoid arthritis, type I diabetes, multiple sclerosis, graft versus host disease, immuno-inactivation of therapeutics, and antibody production against non-endogenous Factor VIII, in a mammal.
A transducer device, comprising: an acoustic membrane; a piezoelectric element mounted to the acoustic membrane; and two oppositely arranged elastic damping elements (16a, 16b) between which a peripheral portion of the acoustic membrane is sandwichably supported, thereby forming a stack comprising the two elastic damping elements (16a,16b), the acoustic membrane and the piezoelectric element; characterized by a U-shaped clamp formed as a single element and having two flat arms (30a, 30b) connected by a linking portion, into which U-shaped clamp the stack may be easily received, wherein the stack has been inserted between the flat arms (30a, 30b) such that the two elastic damping elements are pressed together, whereby the peripheral portion of the acoustic membrane is secured between the two elastic damping elements. an acoustic membrane; a piezoelectric element mounted to the acoustic membrane; and two oppositely arranged elastic damping elements (16a, 16b) between which a peripheral portion of the acoustic membrane is sandwichably supported, thereby forming a stack comprising the two elastic damping elements (16a,16b), the acoustic membrane and the piezoelectric element; characterized by a U-shaped clamp formed as a single element and having two flat arms (30a, 30b) connected by a linking portion, into which U-shaped clamp the stack may be easily received, wherein the stack has been inserted between the flat arms (30a, 30b) such that the two elastic damping elements are pressed together, whereby the peripheral portion of the acoustic membrane is secured between the two elastic damping elements.
A removable module for a phased array, said module comprising: a circuit board having a top surface and a bottom surface opposed to the top surface and also having a ground plane formed on one of the top or bottoms surfaces of the circuit board; an antenna mounted on and extending away from the top surface of the circuit board; circuitry on the bottom surface of the circuit board, said circuitry comprising a radio frequency, RF, front end circuit coupled to the antenna; and a group of one or more first connectors mounted on the bottom surface of the circuit board, said group of one or more first connectors configured to physically and electrically connect the module to and disconnect the module from a master board through a corresponding group of one or more matching second connectors on the master board, wherein said group of one or more first connectors on the module are further configured to provide mechanical support to the removable module with respect to the master board when connected to the corresponding group of one or more second connectors on the master board, said group of one or more first connectors on the module having a plurality of electrically conductive lines configured to carry an externally supplied local oscillator, LO, signal for the RF front end circuit on the module and for carrying an intermediate frequency, IF, signal to or from the RF front end circuit on the module. a circuit board having a top surface and a bottom surface opposed to the top surface and also having a ground plane formed on one of the top or bottoms surfaces of the circuit board; an antenna mounted on and extending away from the top surface of the circuit board; circuitry on the bottom surface of the circuit board, said circuitry comprising a radio frequency, RF, front end circuit coupled to the antenna; and a group of one or more first connectors mounted on the bottom surface of the circuit board, said group of one or more first connectors configured to physically and electrically connect the module to and disconnect the module from a master board through a corresponding group of one or more matching second connectors on the master board, wherein said group of one or more first connectors on the module are further configured to provide mechanical support to the removable module with respect to the master board when connected to the corresponding group of one or more second connectors on the master board, said group of one or more first connectors on the module having a plurality of electrically conductive lines configured to carry an externally supplied local oscillator, LO, signal for the RF front end circuit on the module and for carrying an intermediate frequency, IF, signal to or from the RF front end circuit on the module.
A glass antenna for a window glass for a vehicle comprising: a pair of electrodes (6, 7) that are a ground electrode and a power feeding electrode; a first antenna element that is directly connected to the power feeding electrode at a first connecting point (a); 5 a second antenna element that is directly connected to the power feeding electrode at a second connecting point (c), and that extends approximately downward, wherein the second antenna element is longer than the first antenna element; a third antenna element that is directly connected to the power feeding electrode at a third connecting point (e), and that extends in a direction other than the direction in which the second antenna element extends, wherein the third antenna element is shorter than the second antenna element; a fourth antenna element, wherein one end of the fourth antenna element is connected to an end portion of the third antenna element, and the other end of the fourth antenna element extends upward; and a fifth antenna element, wherein one end of the fifth antenna element is connected to the end portion of the third antenna element and the one end of the fourth antenna element, and the fifth antenna element extends downward. a pair of electrodes (6, 7) that are a ground electrode and a power feeding electrode; a first antenna element that is directly connected to the power feeding electrode at a first connecting point (a); 5 a second antenna element that is directly connected to the power feeding electrode at a second connecting point (c), and that extends approximately downward, wherein the second antenna element is longer than the first antenna element; a third antenna element that is directly connected to the power feeding electrode at a third connecting point (e), and that extends in a direction other than the direction in which the second antenna element extends, wherein the third antenna element is shorter than the second antenna element; a fourth antenna element, wherein one end of the fourth antenna element is connected to an end portion of the third antenna element, and the other end of the fourth antenna element extends upward; and a fifth antenna element, wherein one end of the fifth antenna element is connected to the end portion of the third antenna element and the one end of the fourth antenna element, and the fifth antenna element extends downward.