mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a multi-carrier reflectometry signal intended to be injected into a transmission line to identify the presence of at least one possible fault on the line, the method comprising the steps of: - generating, in the frequency domain, a phase-modulated multi-carrier digital signal by: i. generating a digital signal, ii. phase-modulating the digital signal based on a constellation of symbols, the phase θ k of each modulated symbol being determined based on the following equation: θ k = ± ( α * k 2 ), where k is the index of each carrier of the signal and varies between 1 and the number of carriers N of the signal, iii. α is a coefficient within the interval π N − π 2 N ; π N + π 2 N iv. rounding the obtained phase θ k to the phase of the symbol of the nearest constellation, - converting the generated signal into the time domain. - generating, in the frequency domain, a phase-modulated multi-carrier digital signal by: i. generating a digital signal, ii. phase-modulating the digital signal based on a constellation of symbols, the phase θ k of each modulated symbol being determined based on the following equation: θ k = ± ( α * k 2 ), where k is the index of each carrier of the signal and varies between 1 and the number of carriers N of the signal, iii. α is a coefficient within the interval π N − π 2 N ; π N + π 2 N iv. rounding the obtained phase θ k to the phase of the symbol of the nearest constellation, i. generating a digital signal, ii. phase-modulating the digital signal based on a constellation of symbols, the phase θ k of each modulated symbol being determined based on the following equation: θ k = ± ( α * k 2 ), where k is the index of each carrier of the signal and varies between 1 and the number of carriers N of the signal, iii. α is a coefficient within the interval π N − π 2 N ; π N + π 2 N iv. rounding the obtained phase θ k to the phase of the symbol of the nearest constellation, - converting the generated signal into the time domain.
An adeno-associated virus (AAV) vector for use in treating one or more symptoms of inflammation in an eye of a mammal, wherein the mammal has been diagnosed with macular degeneration, age-related macular degeneration (AMD), geographic atrophy, wet AMD, dry AMD, drusen formation, dry eye, diabetic retinopathy, vitreoretinopathy, corneal inflammation, uveitis, ocular hypertension or glaucoma, and wherein the viral vector comprises a polynucleotide that comprises an isolated nucleic acid segment that encodes a fusion polypeptide that comprises a modified virally-derived, M013 polypeptide and a secretion signal peptide, wherein the isolated nucleic acid segment is operably linked to a promoter that expresses the encoded fusion polypeptide in one or more selected mammalian host cells wherein the vector further comprises a cell penetrating peptide selected from any one of the amino acid sequences set forth in SEQ ID NO:13 to SEQ ID NO:111.
A system for controlling a work vehicle , the system comprising: - a controller configured to control motion of the work vehicle ; - an electronic joystick communicatively coupled to the controller , the electronic joystick configured to transmit signals to the controller as the electronic joystick is moved between a neutral position and a full stroke position , the electronic joystick being configured such that a varying joystick force is required to move the electronic joystick between the neutral and full stroke positions , wherein a rate of change of the joystick force is varied as the electronic joystick is moved across a start/stop position defined between the neutral and full stroke positions, and wherein the variation in the rate of change of the joystick force at the start/stop position is provided by first and second springs operably coupled to the electronic joystick , wherein the first spring is configured to apply a first force against the electronic joystick as the electronic joystick is moved from the neutral position and the second spring is configured to apply a second force against the electronic joystick as the electronic joystick is moved across the start/stop position such that the rate of change in the joystick force is increased across the start/stop position , the system being characterized by further comprising a vibration source associated with the electronic joystick , wherein the vibration source is configured to generate a vibratory response when the electronic joystick is moved across the start/stop position . - a controller configured to control motion of the work vehicle ; - an electronic joystick communicatively coupled to the controller , the electronic joystick configured to transmit signals to the controller as the electronic joystick is moved between a neutral position and a full stroke position , the electronic joystick being configured such that a varying joystick force is required to move the electronic joystick between the neutral and full stroke positions , wherein
A liquid ejection head , comprising: a plate including a plurality of nozzles arranged along a first direction; a substrate on the plate and including a hole extending along the first direction and through which liquid is supplied for ejection from the plurality of nozzles; a first actuator on one surface of the substrate along the hole in the first direction and including: a plurality of pressure chambers through which the liquid is supplied from the hole to the nozzles, and a plurality of air chambers , each air chamber disposed between two of the pressure chambers that are adjacent to each other; a plurality of individual electrodes , each individual electrode on the one surface of the substrate and connected to a corresponding one of the pressure chambers ; a common electrode on the one surface of the substrate and an inner peripheral surface of the hole, and a second actuator on the substrate along the hole in the first direction, wherein the hole is between the first and second actuators . a plate including a plurality of nozzles arranged along a first direction; a substrate on the plate and including a hole extending along the first direction and through which liquid is supplied for ejection from the plurality of nozzles; a first actuator on one surface of the substrate along the hole in the first direction and including: a plurality of pressure chambers through which the liquid is supplied from the hole to the nozzles, and a plurality of air chambers , each air chamber disposed between two of the pressure chambers that are adjacent to each other; a plurality of pressure chambers through which the liquid is supplied from the hole to the nozzles, and a plurality of air chambers , each air chamber disposed between two of the pressure chambers that are adjacent to each other; a plurality of individual electrodes , each individual electrode on the one surface of the substrate and connected to a corresponding one of the pressure chambers ; a common electrode on the one surface of the substrate and an inner peripheral surface of the hole, and a second actuator on the substrate along the hole in the first direction, wherein the hole is between the first and second actuators .
A process for the preparation of a methionine α-hydroxy analogue and derivatives thereof of the formula: R'-S-CH2-CH2-CHOH-COO-R (I) wherein R is selected from the group consisting of H, C 1 -C 8 alkyl, alkaline or alkaline-earth metals; and R' is selected from the group consisting of H and methyl; and wherein the process comprises a step of contacting one or more sugars with a metallo-silicate composition in the presence of a compound comprising sulphur of the formula RSR', wherein R and R' have the same meanings as above; and a solvent. wherein R is selected from the group consisting of H, C 1 -C 8 alkyl, alkaline or alkaline-earth metals; and R' is selected from the group consisting of H and methyl; and wherein the process comprises a step of contacting one or more sugars with a metallo-silicate composition in the presence of a compound comprising sulphur of the formula RSR', wherein R and R' have the same meanings as above; and a solvent.
A mechanism for a pump , the mechanism comprising: a pump body having more protrusions ; a movable basket adapted to move between a first position and a second position, wherein the protrusions are adapted to bias the movable basket in one of the first position and the second position; a switch bar adapted to allow selective locking of the protrusions , wherein the switch bar moves between a locking position (P1) and an unlocking position (P2) to load and unload the protrusions respectively; and a trigger configured to actuate the switch bar , the actuation of the trigger moves the switch bar between the locking position (P1) and the unlocking position (P2); and in the unlocking position (P2) of the switch bar , the protrusions are unloaded such that the movable basket is movable between the first position and the second position, wherein the protrusions include one or more angled surfaces adapted to engage with linear elements of the movable basket , characterised in that : the one or more angled surfaces are adapted to keep the movable basket in the first position or the second position, when the protrusions are loaded by a hammer of the switch bar , wherein the switch bar includes the hammer around a lower end of the switch bar , and the hammer of the switch bar moves between the locking position (P1) and the unlocking position (P2) to load and unload the protrusions . a pump body having more protrusions ; a movable basket adapted to move between a first position and a second position, wherein the protrusions are adapted to bias the movable basket in one of the first position and the second position; a switch bar adapted to allow selective locking of the protrusions , wherein the switch bar moves between a locking position (P1) and an unlocking position (P2) to load and unload the protrusions respectively; and a trigger configured to actuate the switch bar , the actuation of the trigger moves the switch bar between the locking position (P1) and the unlocking position (P2); and in the unlocking position (P2) of the switch bar , the protrusions are unloaded such that the movable basket is movable between the first position and the second position, wherein the protrusions include one or more angled surfaces adapted to engage with linear elements of the movable basket , characterised in that : the one or more angled surfaces are adapted to keep the movable basket in the first position or the second position, when the protrusions are loaded by a hammer of the switch bar , wherein the switch bar includes the hammer around a lower end of the switch bar , and the hammer of the switch bar moves between the locking position (P1) and the unlocking position (P2) to load and unload the protrusions . the one or more angled surfaces are adapted to keep the movable basket in the first position or the second position, when the protrusions are loaded by a hammer of the switch bar , wherein the switch bar includes the hammer around a lower end of the switch bar , and the hammer of the switch bar moves between the locking position (P1) and the unlocking position (P2) to load and unload the protrusions .
A compound having the structure of Formula (III), (IV), (V), or (IV) or a pharmaceutically acceptable salt thereof: or
A method for performing an early virtualization context switch in a virtualized accelerated processing device, APD, the method comprising: determining, prior to completion of a time-slice for a current function associated with performing work for a virtual machine on the virtualized APD, that the APD is idle, wherein determining that the APD is idle further comprises determining that no doorbells are received during a timeout period after the APD becomes idle; responsive to the determining, performing an early virtualization context switch to a subsequent function, the early virtualization context switch including: saving state on the APD for the current function; loading state for the subsequent function on the APD; and starting work for the subsequent function on the APD. determining, prior to completion of a time-slice for a current function associated with performing work for a virtual machine on the virtualized APD, that the APD is idle, wherein determining that the APD is idle further comprises determining that no doorbells are received during a timeout period after the APD becomes idle; responsive to the determining, performing an early virtualization context switch to a subsequent function, the early virtualization context switch including: saving state on the APD for the current function; loading state for the subsequent function on the APD; and starting work for the subsequent function on the APD. saving state on the APD for the current function; loading state for the subsequent function on the APD; and starting work for the subsequent function on the APD.
Roller mill for comminuting granular material having a first mill roller and a second mill roller , which are arranged opposite each other and can be driven in opposite directions, wherein a milling gap is formed between the mill rollers and wherein at least one of the mill rollers has an edge element in an end region of the mill roller , which is designed such that it extends over the milling gap and at least partially covers the end face of the opposing mill roller , characterised in that a scraper element for at least partially removing material, which is stationary relative to the mill rollers, is arranged in the end region of the mill roller provided with an edge element , wherein the roller mill has at least two scraper elements , which are arranged in end regions of different roller ends of the mill roller . a first mill roller and a second mill roller , which are arranged opposite each other and can be driven in opposite directions, wherein a milling gap is formed between the mill rollers and wherein at least one of the mill rollers has an edge element in an end region of the mill roller , which is designed such that it extends over the milling gap and at least partially covers the end face of the opposing mill roller , characterised in that a scraper element for at least partially removing material, which is stationary relative to the mill rollers, is arranged in the end region of the mill roller provided with an edge element , wherein the roller mill has at least two scraper elements , which are arranged in end regions of different roller ends of the mill roller .
A compound of Formula I: wherein R is hydrogen or a C 1-11 alkyl, or a pharmaceutically acceptable salt thereof.
A wear-resistant member comprising a Cr-based alloy material, wherein the Cr-based alloy material has an alloy composition consisting of: more than 40 mass% and 65 mass% or less of Cr; 15 mass% or more and 40 mass% or less of Ni; more than 0 mass% and 30 mass% or less of Fe; 5 mass% or more and 16 mass% or less of Nb; 0.1 mass% or more and 0.9 mass% or less of Ti; 0.6 mass% or more and 2.5 mass% or less of C; 2 mass% or less of Mn; optionally, at least one of: 0.1 mass% or more and 5 mass% or less of Cu; 0.1 mass% or more and 1 mass% or less of Si; 0.02 mass% or more and 0.3 mass% or less of Sn; and 0.005 mass% or more and 0.05 mass% or less of Al; and 1 mass% or less in total of impurities including 0.04 mass% or less of N, 0.02 mass% or less of O, 0.04 mass% or less of P, 0.005 mass% or less of S and 0.2 mass% or less of Ta, wherein a mass ratio Ti/Nb of the Nb and the Ti is 0.063 or less. more than 40 mass% and 65 mass% or less of Cr; 15 mass% or more and 40 mass% or less of Ni; more than 0 mass% and 30 mass% or less of Fe; 5 mass% or more and 16 mass% or less of Nb; 0.1 mass% or more and 0.9 mass% or less of Ti; 0.6 mass% or more and 2.5 mass% or less of C; 2 mass% or less of Mn; optionally, at least one of: 0.1 mass% or more and 5 mass% or less of Cu; 0.1 mass% or more and 1 mass% or less of Si; 0.02 mass% or more and 0.3 mass% or less of Sn; and 0.005 mass% or more and 0.05 mass% or less of Al; and 1 mass% or less in total of impurities including 0.04 mass% or less of N, 0.02 mass% or less of O, 0.04 mass% or less of P, 0.005 mass% or less of S and 0.2 mass% or less of Ta, wherein a mass ratio Ti/Nb of the Nb and the Ti is 0.063 or less.
Management device (DG) for a vehicle (V) comprising a passenger compartment (H), receiving air treated by a heating and/or air conditioning installation (IC), and a powertrain, at least partially electric and comprising electrical organs (Oj) associated with a first cooling system (SR1) and consuming electrical energy stored in a battery (BP) associated with a second cooling system (SR2), and in which at least two modes can be established different power supplies depending on the electrical needs of said first (SR1) and second (SR2) cooling systems and of said heating and/or air conditioning installation (IC), characterized in that it comprises at least one processor (PR) and at least one memory (MD) arranged to carry out the operations consisting of determining according to said electrical needs a next power supply mode to be established in replacement of a current power supply mode established, then a transition duration to be imposed before establishing said next determined power supply mode, according to priority levels which are respectively associated with these current and next power supply modes.
Hand-held tool gear-mechanism closure having a basic body for closing a gear-mechanism housing opening of a gear-mechanism housing of a hand-held power tool , in particular of a hammer drill or combination hammer, wherein the hand-held tool gear-mechanism closure has an air duct (L) through which an air mass (LM) can flow into and out of the gear-mechanism housing and the hand-held tool gear-mechanism closure has a pressure valve which is arranged in the air duct (L) and via which a positive pressure that arises in the gear-mechanism housing is able to be reduced, characterized in that the pressure valve is arranged inside the hand-held tool gear-mechanism closure and is in the form of an elastic hose element, wherein the reduction in a positive pressure that arises in the gear-mechanism housing accompanies an elastic deformation of the hose element. wherein the hand-held tool gear-mechanism closure has an air duct (L) through which an air mass (LM) can flow into and out of the gear-mechanism housing and the hand-held tool gear-mechanism closure has a pressure valve which is arranged in the air duct (L) and via which a positive pressure that arises in the gear-mechanism housing is able to be reduced, characterized in that the pressure valve is arranged inside the hand-held tool gear-mechanism closure and is in the form of an elastic hose element, wherein the reduction in a positive pressure that arises in the gear-mechanism housing accompanies an elastic deformation of the hose element.
An earplug comprising: a core comprising a proximal end , distal end , and a major outer surface and a longitudinal axis extending from the proximal end to the distal end; a sound-attenuating body attached to the major outer surface of the core, the sound-attenuating body comprising a base and a tip, , the distal end of the core disposed within the sound-attenuating body and the tip extending distally beyond the distal end of the core; and a tip cavity , of the sound-attenuating body extending proximally from the tip and comprising a distal opening, the tip cavity having a volume defined by a side wall , formed by the sound-attenuating body and a bottom at least partially formed by the distal end , of the core, characterized in that the tip cavity side wall comprises a plurality of protrusions , extending inwardly toward the longitudinal axis. a core comprising a proximal end , distal end , and a major outer surface and a longitudinal axis extending from the proximal end to the distal end; a sound-attenuating body attached to the major outer surface of the core, the sound-attenuating body comprising a base and a tip, , the distal end of the core disposed within the sound-attenuating body and the tip extending distally beyond the distal end of the core; and a tip cavity , of the sound-attenuating body extending proximally from the tip and comprising a distal opening, the tip cavity having a volume defined by a side wall , formed by the sound-attenuating body and a bottom at least partially formed by the distal end , of the core, characterized in that the tip cavity side wall comprises a plurality of protrusions , extending inwardly toward the longitudinal axis.
A facility for molding by lateral injection using a plurality of coplanar injection points supplied with fluid plastic material by a rectangular parallelepiped distribution block, supplied with fluid plastic material by an insulated and independent axial nozzle the injection points being placed bearing on the lateral faces of the distribution block , in the docking position, characterized in that the supply block supplies several injection points on each of its lateral faces , and in that , between the axial nozzle and each of the injection points , channels (8-12) inside the distribution block ensure an equal distance.
A gas amount prediction method for predicting an amount of gas generated in a factory, the method comprising a generation amount calculation step (S3) of calculating a generation amount of actually usable gas by using a learning model that has learned a relationship between a generation amount of the gas and a use amount of the gas in past operation data, wherein the gas is steam, characterized in that the generation amount calculation step calculates a generation amount of the steam actually usable in consideration of a steam loss due to heat dissipation. a generation amount calculation step (S3) of calculating a generation amount of actually usable gas by using a learning model that has learned a relationship between a generation amount of the gas and a use amount of the gas in past operation data, wherein the gas is steam, characterized in that the generation amount calculation step calculates a generation amount of the steam actually usable in consideration of a steam loss due to heat dissipation.
Cylinder head for a combustion engine of a motor vehicle, comprising a device for actuating a valve by means of a camshaft , said device comprising a finger follower, said finger follower comprising - an actuating arm extending longitudinally along an axis that is essentially orthogonal to the axis of the camshaft, and able to pivot at a first end surrounding a pivot axis , - and a contact head arranged between a cam of the camshaft and a valve , extending a second end, opposite the first end, of said actuation arm, the contact head comprising a lower face that faces the valve , said lower face being substantially convex comprising a first curvature , characterized in that the radius of the first curvature varies substantially along the axis of the actuation arm from a first longitudinal end of said lower face to the opposite longitudinal end , said first curvature being about an axis substantially parallel to the pivot axis , and a second curvature about an axis of curvature , the radius of the second curvature varying from a first transverse end to the second transverse end, that is opposite along a transverse axis parallel to the pivot axis , the axis of curvature remaining substantially parallel to the axis of the actuation arm . - an actuating arm extending longitudinally along an axis that is essentially orthogonal to the axis of the camshaft, and able to pivot at a first end surrounding a pivot axis , - and a contact head arranged between a cam of the camshaft and a valve , extending a second end, opposite the first end, of said actuation arm,