mhurhangee/patent-ind-claim-en huggingface dataset:
A subcutaneous implantable active medical device, in particular a subcutaneous cardiac defibrillator, comprising: a housing ; a subcutaneous implantable lead connected to the housing ; the subcutaneous implantable lead comprising a plurality of sensing electrodes forming at least two dipoles (D1, D2) from which at least two electrical signals are collected concurrently; the first dipole (D1) having a length (L1) less than a length (L2) of the second dipole (D2); the subcutaneous implantable active medical device further comprising a controller configured to combine the signals collected via the first dipole (D1) and the signals collected via the second dipole (D2), and on the basis of the representation of the signals collected via the second dipole (D2) as a function of the signals collected via the first dipole (D1), to determine a two-dimensional curve that is parameterized as a function of time and that is representative of the cardiac activity of a patient, the controller being configured to determine whether or not tachyarrhythmia is present by determining a criterion of similarity based on the electrical signals collected concurrently via the first dipole (D1) and via the second dipole (D2) during a defined series of cardiac cycles that is such that detection of a depolarization peak, corresponding to detection of an R wave, is performed via the first dipole (D1), the criterion of similarity being defined by a comparison between said two-dimensional curve and a reference two-dimensional curve representative of a normal sinus rhythm. a housing ; a subcutaneous implantable lead connected to the housing ; the subcutaneous implantable lead comprising a plurality of sensing electrodes forming at least two dipoles (D1, D2) from which at least two electrical signals are collected concurrently; the first dipole (D1) having a length (L1) less than a length (L2) of the second dipole (D2); the subcutaneous implantable active medical device further comprising a controller configured to combine the signals collected via the first dipole (D1) and the signals collected via the second dipole (D2), and on the basis of the representation of the signals collected via the second dipole (D2) as a function of the signals collected via the first dipole (D1), to determine a two-dimensional curve that is parameterized as a function of time and that is representative of the cardiac activity of a patient, the controller being configured to determine whether or not tachyarrhythmia is present by determining a criterion of similarity based on the electrical signals collected concurrently via the first dipole (D1) and via the second dipole (D2) during a defined series of cardiac cycles that is such that detection of a depolarization peak, corresponding to detection of an R wave, is performed via the first dipole (D1), the criterion of similarity being defined by a comparison between said two-dimensional curve and a reference two-dimensional curve representative of a normal sinus rhythm.
System for sorting livestock, comprising a sorting compartment surrounded by delimitations, an access port to the sorting compartment and two or more exit ports (14a; 14b; 14c; 14d) from the sorting compartment, and at least one movable sorting wall (11a; 11b; 11c), such as a sorting gate, wherein the access port and the exit port each have at least one gate leaf which is movable between a closed position and one or more pass positions, wherein the system is also provided with first closing means for holding the access port in a closed position, characterized in that it also comprises first counting means for ascertaining a passage of an animal through the access port and second, third, etc. counting means for ascertaining a passage of an animal through a respective exit port, and a programmable control unit to which the aforementioned counting means are operatively connected, wherein the system further comprises drive means for moving the sorting wall from a position steering the livestock from the access port to a first exit port to a position steering the livestock from the access port to a second exit port, wherein the control unit is configured for activating the drive means for the sorting wall on the basis of a comparison of the data from the second counting means with the data from the first counting means.
A method comprising: receiving, by a wireless device, one or more configuration parameters that indicate one or more physical uplink control channel, PUCCH, resources for transmission of a first signal for a beam failure recovery procedure; determining, based on a detected beam failure, to transmit the first signal; determining that a first PUCCH resource, of the one or more PUCCH resources, for transmission of the first signal overlaps with a a physical uplink shared channel, PUSCH, resource for transmission of one or more transport blocks; and based on the determining that the first PUCCH resource overlaps with the PUSCH resource: dropping a scheduled transmission of the one or more transport blocks; and transmitting, via the first PUCCH resource, the first signal. receiving, by a wireless device, one or more configuration parameters that indicate one or more physical uplink control channel, PUCCH, resources for transmission of a first signal for a beam failure recovery procedure; determining, based on a detected beam failure, to transmit the first signal; determining that a first PUCCH resource, of the one or more PUCCH resources, for transmission of the first signal overlaps with a a physical uplink shared channel, PUSCH, resource for transmission of one or more transport blocks; and based on the determining that the first PUCCH resource overlaps with the PUSCH resource: dropping a scheduled transmission of the one or more transport blocks; and transmitting, via the first PUCCH resource, the first signal. dropping a scheduled transmission of the one or more transport blocks; and transmitting, via the first PUCCH resource, the first signal.
A shoe sole member comprising: a first foam member containing a first resin; and a second foam member containing a second resin, wherein the first foam member and the second foam member are thermally fused together, and the second resin has a melting point higher than that of the first resin by 20°C or more. a first foam member containing a first resin; and a second foam member containing a second resin, wherein the first foam member and the second foam member are thermally fused together, and the second resin has a melting point higher than that of the first resin by 20°C or more.
A method for sensing conditions of a fiber, comprising: splitting a light signal into two branches ; converting light in a first branch to have a mode different from that of the second branch ; mode multiplexing both branches into a single fiber ; mode demultiplexing an output of the fiber into the two branches ; mode converting the first branch to its original mode ; comparing Brillouin scattering patterns of the two branches to determine a temperature and strain profile of the fiber . splitting a light signal into two branches ; converting light in a first branch to have a mode different from that of the second branch ; mode multiplexing both branches into a single fiber ; mode demultiplexing an output of the fiber into the two branches ; mode converting the first branch to its original mode ; comparing Brillouin scattering patterns of the two branches to determine a temperature and strain profile of the fiber .
A system for augmenting a glenoid with an augment in preparation for implantation of a glenoid implant including a central peg and a peripheral peg , the system comprising: an augment guide block , the augment guide block including: a body having a guide slot angularly extending from a first surface to a second opposing surface at an angle α which is neither parallel nor perpendicular relative to each of the first surface and second surface , a plurality of alignment members extending from the second surface of the body that are configured to removably couple the body to the glenoid at locations that correspond to locations where the central peg and peripheral peg will couple the glenoid implant to the glenoid, and a boss formed on the first surface ; a handle configured to mate with the boss , and operable to orient the augment guide block relative to the glenoid; and an augmenting device configured to be received within the slot , and operable to augment the glenoid at the angle α, wherein the angle α corresponds to the angle at which the glenoid is shapeable to correspond to a surface of the augment for the glenoid implant . an augment guide block , the augment guide block including: a body having a guide slot angularly extending from a first surface to a second opposing surface at an angle α which is neither parallel nor perpendicular relative to each of the first surface and second surface , a plurality of alignment members extending from the second surface of the body that are configured to removably couple the body to the glenoid at locations that correspond to locations where the central peg and peripheral peg will couple the glenoid implant to the glenoid, and a boss formed on the first surface ; a body having a guide slot angularly extending from a first surface to a second opposing surface at an angle α which is neither parallel nor perpendicular relative to each of the first surface and second surface , a plurality of alignment members extending from the second surface of the body that are configured to removably couple the body to the glenoid at locations that correspond to locations where the central peg and peripheral peg will couple the glenoid implant to the glenoid, and a boss formed on the first surface ; a handle configured to mate with the boss , and operable to orient the augment guide block relative to the glenoid; and an augmenting device configured to be received within the slot , and operable to augment the glenoid at the angle α, wherein the angle α corresponds to the angle at which the glenoid is shapeable to correspond to a surface of the augment for the glenoid implant .
A method for associating sounds with different keypresses, comprising: defining a plurality of significant elements on a computing device associated with a keyboard comprising a plurality of keys, wherein each of the significant elements is a particular key of the plurality of keys, wherein the plurality of significant elements is a subset of the plurality of keys, the plurality of significant elements being grouped into classes of significant elements, wherein each class of significant elements is a subset of the plurality of significant elements; associating a first sound event associated with a first sound to a first class of significant elements for keys comprising numbers, and a second sound event associated with a second sound to a second class of significant elements for keys comprising symbols, wherein the first sound and the second sound are each unique sounds; receiving an input of a first keypress from the keyboard ; determining whether a key corresponding to the first keypress is one of the plurality of significant elements, determining a first sound event associated with the key, when the key is one of the plurality of significant elements in the first class, or a second sound event associated with the key, when the key is one of the plurality of significant elements in the second class; and outputting the first sound in response to determining the first sound event and outputting the second sound in response to determining the second sound event. defining a plurality of significant elements on a computing device associated with a keyboard comprising a plurality of keys, wherein each of the significant elements is a particular key of the plurality of keys, wherein the plurality of significant elements is a subset of the plurality of keys, the plurality of significant elements being grouped into classes of significant elements, wherein each class of significant elements is a subset of the plurality of significant elements; associating a first sound event associated with a first sound to a first class of significant elements for keys comprising numbers, and a second sound event associated with a second sound to a second class of significant elements for keys comprising symbols, wherein the first sound and the second sound are each unique sounds; receiving an input of a first keypress from the keyboard ; determining whether a key corresponding to the first keypress is one of the plurality of significant elements, determining a first sound event associated with the key, when the key is one of the plurality of significant elements in the first class, or a second sound event associated with the key, when the key is one of the plurality of significant elements in the second class; and outputting the first sound in response to determining the first sound event and outputting the second sound in response to determining the second sound event.
A cap logo applicator, comprising: a first mandrel having a front and a back, the first mandrel having a curved, non-cylindrical surface, and a relief space in the back such that when a cap is positioned on the first mandrel, a front of the cap is in contact with the non-cylindrical surface and a top of the cap extends over the relief space; and a second mandrel opposing the first mandrel and configured to apply pressure to the first mandrel; wherein at least one of the first mandrel and the second mandrel includes a heater; and characterized in that the first mandrel includes a duo-durometer imaging area including a first pad having a first durometer, and a second pad positioned on the first pad and having a second durometer that is different from the first durometer. a first mandrel having a front and a back, the first mandrel having a curved, non-cylindrical surface, and a relief space in the back such that when a cap is positioned on the first mandrel, a front of the cap is in contact with the non-cylindrical surface and a top of the cap extends over the relief space; and a second mandrel opposing the first mandrel and configured to apply pressure to the first mandrel; wherein at least one of the first mandrel and the second mandrel includes a heater; and characterized in that the first mandrel includes a duo-durometer imaging area including a first pad having a first durometer, and a second pad positioned on the first pad and having a second durometer that is different from the first durometer.
A method of a terminal in a wireless communication system, the method comprising: receiving a configuration message including first information on available subframes for a downlink data transmission and second information on a number of subframes configured to carry a same downlink data repetitively; identifying the available subframes (312, 314; 423, 425; 523, 525; 723, 725; 923, 925; 1123, 1125) configured to carry the same downlink data among a plurality of subframes based on the first information and the second information; acquiring channel phase values based on the available subframes (312, 314; 423, 425; 523, 525; 723, 725; 923, 925; 1123, 1125) per an available subframe (312, 314; 423, 425; 523, 525; 723, 725; 923, 925; 1123, 1125) or per a subframe group; compensating for, using one of the channel phase values as a reference value, a remaining channel phase value; and decoding the same downlink data using the reference value and the compensated remaining channel phase value. receiving a configuration message including first information on available subframes for a downlink data transmission and second information on a number of subframes configured to carry a same downlink data repetitively; identifying the available subframes (312, 314; 423, 425; 523, 525; 723, 725; 923, 925; 1123, 1125) configured to carry the same downlink data among a plurality of subframes based on the first information and the second information; acquiring channel phase values based on the available subframes (312, 314; 423, 425; 523, 525; 723, 725; 923, 925; 1123, 1125) per an available subframe (312, 314; 423, 425; 523, 525; 723, 725; 923, 925; 1123, 1125) or per a subframe group; compensating for, using one of the channel phase values as a reference value, a remaining channel phase value; and decoding the same downlink data using the reference value and the compensated remaining channel phase value.
A method for driving an AC motor with alternating currents, wherein a controller uses software or hardware or software/hardware techniques to output control signals to a plurality of switches (M1 - M6) to generate at least two alternating currents with different phases to drive the AC motor , the AC motor has a rotor, a stator and at least two sets of stator coils, the stator generates a plurality stator poles when the at least two sets of stator coils are energized, and the angular distance between two adjacent stator poles is smaller than 90 degrees, the method comprising: driving the at least two sets of stator coils with two alternating currents of the at least two alternating currents to generate two sets of magnetic fields which combine into one set of magnetic field sum so as to drive the rotor, characterized in that the magnetic field sum substantially having no ripples and its change rate of rotation angle or movement being proportional to the change rate of the phase angle of the two alternating currents of the at least two alternating currents, each of the two alternating currents of the at least two alternating currents has a reference current value A and B respectively, and the reference current values A and B are used to generate actually required currents for A-phase and B-phase to drive the AC motor and are calculated by the following equations: B = R sin α / sin θ , A = R cos α − R sin α cos θ / sin θ , wherein α represents an included angle between the magnetic field sum and a stator pole direction, θ represents the angular distance between two adjacent stator poles, R represents the strength of the magnetic field sum, and θ is smaller than 90 degrees. driving the at least two sets of stator coils with two alternating currents of the at least two alternating currents to generate two sets of magnetic fields which combine into one set of magnetic field sum so as to drive the rotor, characterized in that the magnetic field sum substantially having no ripples and its change rate of rotation angle or movement being proportional to the change rate of the phase angle of the two alternating currents of the at least two alternating currents, each of the two alternating currents of the at least two alternating currents has a reference current value A and B respectively, and the reference current values A and B are used to generate actually required currents for A-phase and B-phase to drive the AC motor and are calculated by the following equations: B = R sin α / sin θ , A = R cos α − R sin α cos θ / sin θ , wherein α represents an included angle between the magnetic field sum and a stator pole direction, θ represents the angular distance between two adjacent stator poles, R represents the strength of the magnetic field sum, and θ is smaller than 90 degrees.
A method of controlling an Active Noise Reduction, ANR, audio system , comprising: detecting an instability condition in a first headphone ; generating one or more control signals to adjust one or more ANR parameters of the first headphone using a first controller, wherein the one or more ANR parameters are adjusted to change the first headphone from a first ANR state to a second ANR state to mitigate the instability condition; synchronizing the one or more ANR parameters of the first headphone with one or more ANR parameters of a second headphone ; the method characterized in that it further comprises: detecting , at a first sensor of the first headphone, at a first time, whether the first headphone is engaged with or removed from an ear of a user; and detecting , at the first sensor of the first headphone, at a second time, whether the first headphone is engaged with or removed from the ear of the user; returning the first headphone to the first ANR state and returning the second headphone to the first ANR state after detecting that the first headphone was removed from the ear at the first time and detecting that the first headphone was engaged with the ear at the second time. detecting an instability condition in a first headphone ; generating one or more control signals to adjust one or more ANR parameters of the first headphone using a first controller, wherein the one or more ANR parameters are adjusted to change the first headphone from a first ANR state to a second ANR state to mitigate the instability condition; synchronizing the one or more ANR parameters of the first headphone with one or more ANR parameters of a second headphone ; the method characterized in that it further comprises: detecting , at a first sensor of the first headphone, at a first time, whether the first headphone is engaged with or removed from an ear of a user; and detecting , at the first sensor of the first headphone, at a second time, whether the first headphone is engaged with or removed from the ear of the user; returning the first headphone to the first ANR state and returning the second headphone to the first ANR state after detecting that the first headphone was removed from the ear at the first time and detecting that the first headphone was engaged with the ear at the second time. detecting , at a first sensor of the first headphone, at a first time, whether the first headphone is engaged with or removed from an ear of a user; and detecting , at the first sensor of the first headphone, at a second time, whether the first headphone is engaged with or removed from the ear of the user; returning the first headphone to the first ANR state and returning the second headphone to the first ANR state after detecting that the first headphone was removed from the ear at the first time and detecting that the first headphone was engaged with the ear at the second time.
A composition for enhancing oil recovery from an oil-bearing formation, the composition comprising one or more biosurfactants, one or more chelating agents, and one or more solvents, wherein the one or more biosurfactants are rhamnolipids, mannosylerythritol lipids and/or a mixture of lactonic and acidic sophorolipids.
A copolymer comprising, as monomers in copolymerized form, (A) at least one unsaturated dicarboxylic acid or derivatives thereof, (B) at least one α-olefin having from at least 6 up to and including 20 carbon atoms, (C) at least one C3- to C20-alkyl ester of acrylic acid or methacrylic acid or a mixture of such alkyl esters and (D) optionally one or more further copolymerizable monomers other than monomers (A), (B) and (C), with a molar incorporation ratio of (A) : (B) : (C) : (D) of 1:0.5 to 2.0:more than 0 to less than 0.5:0 to 0.1, followed by reaction with at least one dialkylamine (E), where the two alkyl radicals in the at least one dialkylamine (E) are independently alkyl radicals having at least 17 up to 30 carbon atoms. (A) at least one unsaturated dicarboxylic acid or derivatives thereof, (B) at least one α-olefin having from at least 6 up to and including 20 carbon atoms, (C) at least one C3- to C20-alkyl ester of acrylic acid or methacrylic acid or a mixture of such alkyl esters and (D) optionally one or more further copolymerizable monomers other than monomers (A), (B) and (C), with a molar incorporation ratio of (A) : (B) : (C) : (D) of 1:0.5 to 2.0:more than 0 to less than 0.5:0 to 0.1, followed by reaction with at least one dialkylamine (E), where the two alkyl radicals in the at least one dialkylamine (E) are independently alkyl radicals having at least 17 up to 30 carbon atoms.