mhurhangee/ep-ind-claims huggingface dataset:
Device for controlling switching of a transistor, comprising: - said transistor, which comprises a control electrode and power electrodes (5, 6); - a control circuit connected to said control electrode; - means (2, 3, 8) for limiting a time derivative of a power current (i(t)) flowing between said power electrodes (5, 6), said limiting means (2, 3, 8) automatically controlling a measurement voltage (V L2) that is proportional to said time derivative to a preset reference voltage by applying an error voltage to said control electrode, said error voltage being amplified by an intrinsic gain of said transistor in linear mode, said reference voltage being higher than or equal to a threshold voltage of conduction of said transistor, said limiting means (2, 3, 8) comprising a first inductor that is connected to a first electrode of said power electrodes (5, 6) and passed through by said power current (i(t)), that is negatively magnetically coupled (k) to a second inductor, that is inserted in series between said control circuit and said control electrode, and that delivers, across its terminals, said measurement voltage (V L2), a limitation of said time derivative being given by the expression Vref/L1, where Vref is said reference voltage and L1 is an inductance value of said first inductor, characterized in that said limiting means (V L2) further comprise a DC voltage source having a preset nominal voltage (2×Vd) inserted in series between said control circuit and said second inductor such that said reference voltage is equal to a sum of said threshold voltage and of said nominal voltage (2×Vd). - said transistor, which comprises a control electrode and power electrodes (5, 6); - a control circuit connected to said control electrode; - means (2, 3, 8) for limiting a time derivative of a power current (i(t)) flowing between said power electrodes (5, 6),
A nacelle cover, comprising: a cover casing, comprising a first plate, a second plate and at least one support beam, the first plate and the second plate being alternately arranged in a circumferential direction perpendicular to an extending direction of the support beam, the first plate and the second plate adjacent each other forming a group, the first plate and the second plate in the group being spaced apart from each other in the circumferential direction and holding the support beam between them, and the first plate, the second plate and the support beam being connected and jointly forming an accommodating chamber; and fasteners, wherein there are two or more fasteners disposed inside the accommodating chamber, at least one fastener detachably connects the first plate to the support beam, and at least one fastener detachably connects the second plate to the support beam, characterized in that each support beam is at least partially located outside the accommodating chamber, and the support beam comprises a cavity penetrating through the support beam along its own extending direction, two or more positioning portions are disposed in the cavity, and the fasteners are detachably connected to the support beam through the positioning portions. a cover casing, comprising a first plate, a second plate and at least one support beam, the first plate and the second plate being alternately arranged in a circumferential direction perpendicular to an extending direction of the support beam, the first plate and the second plate adjacent each other forming a group, the first plate and the second plate in the group being spaced apart from each other in the circumferential direction and holding the support beam between them, and the first plate, the second plate and the support beam being connected and jointly forming an accommodating chamber; and fasteners, wherein there are two or more fasteners disposed inside the accommodating chamber, at least one fastener detachably connects the first plate to the support beam, and at least one fastener detachably connects the second plate to the support beam, characterized in that each support beam is at least partially located outside the accommodating chamber, and the support beam comprises a cavity penetrating through the support beam along its own extending direction, two or more positioning portions are disposed in the cavity, and the fasteners are detachably connected to the support beam through the positioning portions.
A drive assisting apparatus configured to assist driving of a vehicle, the drive assisting apparatus comprising: an assistance controller configured to determine, in accordance with an elapsed time elapsed from the time a traffic light, located in a direction of travel of the vehicle, switched to a stop display, an estimated variation distance, which is a distance between a reference stop position at the traffic light and a target stop position for the vehicle, and calculate a target vehicle travelling state, which includes a target brake operation start vehicle speed, which is a recommended vehicle speed at the start of a brake operation, so as to change a timing to start stop assistance based on said estimated variation distance; and an assisting device configured to be able to output drive assisting information for assisting the driving of the vehicle based on the target brake operation start vehicle speed calculated by the assistance controller. an assistance controller configured to determine, in accordance with an elapsed time elapsed from the time a traffic light, located in a direction of travel of the vehicle, switched to a stop display, an estimated variation distance, which is a distance between a reference stop position at the traffic light and a target stop position for the vehicle, and calculate a target vehicle travelling state, which includes a target brake operation start vehicle speed, which is a recommended vehicle speed at the start of a brake operation, so as to change a timing to start stop assistance based on said estimated variation distance; and an assisting device configured to be able to output drive assisting information for assisting the driving of the vehicle based on the target brake operation start vehicle speed calculated by the assistance controller.
A method for selecting a parent Mandevilla genus plant containing carotenoid pigment in the petals thereof and capable of being crossed with a Mandevilla genus plant having white to pink to red color, defined as a flower color having an a* value of 0 to 60 and a b* value of 0 to 40 in the CIE L*a*b color system, comprising: selecting a candidate Mandevilla genus plant as a parent Mandevilla genus plant in the case carotenoid pigment in the form of (i) neoxanthin dimyristate, (ii) neoxanthin 3-O-myristate-3'-O-palmitate or neoxanthin 3-O-palmitate-3'-O-myristate, and (iii) neoxanthin dipalmitate is present in the petals thereof, wherein the Mandevilla genus plant is the Mandevilla genus plant designated as 09M111-1 deposited under accession number FERM BP-22298, or a progeny thereof.
A R-T-B based sintered magnet including a Nd 2 Fe 14 B type compound as a main phase comprising: the main phase, a first grain boundary phase located between two main phases, and a second grain boundary phase located between three or more main phases, wherein the composition of the R-T-B based sintered magnet consists of: R: 29.0% by mass or more and 31.5% by mass or less, wherein R being Nd and/or Pr, B: 0.86% by mass or more and 0.90% by mass or less, Ga: 0.4% by mass or more and 0.6% by mass or less, Al: 0.5% by mass or less, including 0% by mass, and the balance being T, wherein T is a transition metal element and inevitably includes Fe; and inevitable impurities, wherein the R-T-B based sintered magnet optionally further includes: Cu: 0.05% by mass or more and 0.20% by mass or less. the main phase, a first grain boundary phase located between two main phases, and a second grain boundary phase located between three or more main phases, wherein the composition of the R-T-B based sintered magnet consists of: R: 29.0% by mass or more and 31.5% by mass or less, wherein R being Nd and/or Pr, B: 0.86% by mass or more and 0.90% by mass or less, Ga: 0.4% by mass or more and 0.6% by mass or less, Al: 0.5% by mass or less, including 0% by mass, and the balance being T, wherein T is a transition metal element and inevitably includes Fe; and inevitable impurities, wherein the R-T-B based sintered magnet optionally further includes: Cu: 0.05% by mass or more and 0.20% by mass or less. R: 29.0% by mass or more and 31.5% by mass or less, wherein R being Nd and/or Pr, B: 0.86% by mass or more and 0.90% by mass or less, Ga: 0.4% by mass or more and 0.6% by mass or less, Al: 0.5% by mass or less, including 0% by mass, and the balance being T, wherein T is a transition metal element and inevitably includes Fe; and inevitable impurities,
A spiral gasket, comprising a sealing portion including: a metal hoop member that has a cross-sectional shape including bent parts and is spirally wound around to have a plurality of winds such that the bent parts of the winds overlap one another; and a filler member located between the winds of the metal hoop member in a radial direction; the metal hoop member is formed of nickel alloys; characterised in that at least a part of the filler member in a spiral direction is formed of a pure nickel having deformability that is higher than that of the metal hoop member; and the filler member has a thickness that is set to the range of 0.1 to 0.4 mm. a metal hoop member that has a cross-sectional shape including bent parts and is spirally wound around to have a plurality of winds such that the bent parts of the winds overlap one another; and a filler member located between the winds of the metal hoop member in a radial direction; the metal hoop member is formed of nickel alloys; characterised in that at least a part of the filler member in a spiral direction is formed of a pure nickel having deformability that is higher than that of the metal hoop member; and the filler member has a thickness that is set to the range of 0.1 to 0.4 mm.
A method performed by a wireless device in a wireless communication system for performing random access, wherein the wireless communication system is a narrowband internet of things, NB-IoT, system and the wireless device supports random access on a non-anchor carrier, the method comprising: obtaining configuration information that governs on which carrier within a set of carriers the wireless device is to perform random access, wherein the set of carriers includes an anchor carrier and one or more non-anchor carriers, wherein the configuration information indicates a probability value that is assigned to each of one or more of the carriers in the set; selecting, from among the carriers in the set, a carrier on which to perform random access, in accordance with the configuration information; and performing random access on the selected carrier. obtaining configuration information that governs on which carrier within a set of carriers the wireless device is to perform random access, wherein the set of carriers includes an anchor carrier and one or more non-anchor carriers, wherein the configuration information indicates a probability value that is assigned to each of one or more of the carriers in the set; selecting, from among the carriers in the set, a carrier on which to perform random access, in accordance with the configuration information; and performing random access on the selected carrier.
A device for detecting or converting light or heat energy, the device comprising: two electrical contacts; and an active layer sandwiched between the two electrical contacts, wherein the active layer comprises one or more scrolls, characterized in that the or each scroll consists of a graphene sheet formed into the scroll such as to provide a monolayer structure in which the radius of curvature of the graphene sheet increases on increasing distance from the longitudinal axis of the scroll. two electrical contacts; and an active layer sandwiched between the two electrical contacts, wherein the active layer comprises one or more scrolls, characterized in that the or each scroll consists of a graphene sheet formed into the scroll such as to provide a monolayer structure in which the radius of curvature of the graphene sheet increases on increasing distance from the longitudinal axis of the scroll.
A method of producing an epoxy compound by reacting an allyl ether having an aromatic ring with hydrogen peroxide to epoxidize a carbon-carbon double bond of an allyl group to thereby produce a corresponding epoxy compound having an aromatic ring, wherein water only is used as a solvent without using an organic solvent, and a tungsten compound, and a tertiary amine and/or a quaternary ammonium salt, are used as a reaction catalyst, wherein the viscosity of said allyl ether having an aromatic ring at 60°C is not more than 100 mPa·s.
A washing machine comprising: - a chamber for receiving goods to be washed, - a tank adapted to contain a liquid, - a heat pump comprising a first heat exchanger, a second heat exchanger, a compressor and a pressure lowering device forming a circuit comprising a heat transfer fluid, the first heat exchanger being adapted to cool said heat transfer fluid and to heat water to be used in the chamber, the second heat exchanger being adapted to heat said heat transfer fluid and to cool the liquid contained in the tank, characterized by further comprising an additional heat exchanger connected between the outlet of the second heat exchanger and the inlet of the compressor and configured to supply heat to the heat transfer fluid, wherein the additional heat exchanger is a fluid to air heat exchanger and a controllable fan is associated with the additional heat exchanger. - a chamber for receiving goods to be washed, - a tank adapted to contain a liquid, - a heat pump comprising a first heat exchanger, a second heat exchanger, a compressor and a pressure lowering device forming a circuit comprising a heat transfer fluid, the first heat exchanger being adapted to cool said heat transfer fluid and to heat water to be used in the chamber, the second heat exchanger being adapted to heat said heat transfer fluid and to cool the liquid contained in the tank,
A liquid phase layer deposition method for depositing a multicomponent film on at least a portion of a substrate, said method comprising: contacting the substrate with a first component liquid precursor, or a precursor solution comprising the first component precursor, to react with the substrate and provide a first coating layer comprising said first component; contacting the first coating layer comprising said first component with a second component liquid precursor, or a precursor solution comprising the second component precursor, wherein at least a portion of the second component precursor reacts with the first component comprised therein to provide a second coating layer comprising said first and second components, wherein said first and second components are different, the first component being selected from Ge, Sb, In and Cd and the second component being selected from Te and Sb. contacting the substrate with a first component liquid precursor, or a precursor solution comprising the first component precursor, to react with the substrate and provide a first coating layer comprising said first component; contacting the first coating layer comprising said first component with a second component liquid precursor, or a precursor solution comprising the second component precursor, wherein at least a portion of the second component precursor reacts with the first component comprised therein to provide a second coating layer comprising said first and second components,
Thermoelectric module comprising a plurality of tubes for circulating a first fluid, extending parallel to one another, in a row, and a plurality of tubes for circulating a second fluid extending parallel to one another, in two rows, situated on either side of the row of tubes for circulating the first fluid, said module further comprising a plurality of so-called thermoelectric elements making it possible to create an electric current from a temperature gradient applied between two of their faces (4a, 4b), called contact faces, provided in contact with said tubes (1, 2), characterized by said thermoelectric elements being distributed in two sheets (31, 32), a first sheet between said tubes for circulating said first fluid and one of the rows of tubes for circulating said second fluid and a second sheet between the tubes for circulating said first fluid and the other of the rows of tubes for circulating said second fluid, said module also comprising compression means bearing on each of the rows of tubes for circulating the second fluid to press them towards the row of tubes for circulating the first fluid.
An induction heating system comprising: - an induction heating device; - a temperature sensor assembly; - control circuitry configured to control an output power of a power source configured to deliver the output power to the induction heating device configured to generate induction heat using the output power and to direct the generated induction heat to a workpiece, wherein the control circuitry is configured to adjust the output power based at least in part on a signal received from the temperature sensor assembly, wherein the signal is representative of a temperature of the workpiece, and wherein the signal received from the temperature sensor assembly is usable by the control circuitry to adjust the output power without compensating for a surface emissivity of the workpiece, wherein the temperature sensor assembly moves relative to the workpiece as the induction heating device moves relative to the workpiece, characterized in that the temperature sensor assembly is removably attached to the main housing of the induction heating device by means of first and second brackets (122, 124) of the temperature assembly which are couplable to each other via an adjustable connection mechanism and mating with first and second brackets (130, 132) of the main housing, wherein different angular orientations may be adjusted between said first and second bracket (122, 124) and the respective first and second mating brackets (130, 132) by engagement of the adjustable connection mechanism with different mating features in the first and/or second bracket (122, 124). - an induction heating device; - a temperature sensor assembly; - control circuitry configured to control an output power of a power source configured to deliver the output power to the induction heating device configured to generate induction heat using the output power and to direct the generated induction heat to a workpiece, wherein the control circuitry is configured to adjust the output power based at least in part on a signal received from the temperature sensor assembly, wherein the signal is representative of a temperature of the workpiece, and wherein the signal received from the temperature sensor assembly is usable by the control circuitry to adjust the output power without compensating for a surface emissivity of the workpiece, wherein the temperature sensor assembly moves relative to the workpiece as the induction heating device moves relative to the workpiece,
Sliding gate comprising - a first gate part and a second gate part, at least one of said gate parts (A,B) being slidably movable with respect to the other one between an open position and a closed position, and - a locking device for maintaining each movable gate part (A,B) in the closed position, whereby the locking device comprises - more than one first locking body (20,21,22) integral with, or attached to, the first gate part, each first locking body defining a first passage (20c,21c,22c), - more than one second locking body integral with, or attached to, the second gate part, each second locking body defining a second passage (23c,24c,25c) and - a securing element, such that, when the gate parts, are in the closed position, said first and second locking bodies are placed in a position in which their first (20c,21c,22c) and second passages (23c,24c,25c) are positioned one above the other, allowing the securing element to be placed in a locking position in which it extends through said passages (20c,21c,22c,23c,24c,25c). - a first gate part and a second gate part, at least one of said gate parts (A,B) being slidably movable with respect to the other one between an open position and a closed position, and - a locking device for maintaining each movable gate part (A,B) in the closed position, whereby the locking device comprises - more than one first locking body (20,21,22) integral with, or attached to, the first gate part, each first locking body defining a first passage (20c,21c,22c), - more than one second locking body integral with, or attached to, the second gate part, each second locking body defining a second passage (23c,24c,25c) and - a securing element, such that, when the gate parts, are in the closed position, said first and second locking bodies are placed in a position in which their first (20c,21c,22c) and second passages (23c,24c,25c) are positioned one above the other, allowing the securing element to be placed in a locking position in which it extends through said passages (20c,21c,22c,23c,24c,25c).
A method, comprising: receiving, by a server, metadata associated with specific content in a transport signal stream from a content information service, the metadata identifying a point in time of the transport signal stream; instructing, by the server, an encoder to insert a marker into the transport signal stream corresponding to the point in time of the transport signal stream, the marker indicating control of a trick mode to be enforced by a delivery platform subsequent to the point in time of the transport signal stream during play by the delivery platform of the transport signal stream, the transport signal stream having a frame rate and resolution; receiving, by the server from the delivery platform, an indication that the delivery platform has encountered the marker at the point in time of the transport signal stream; and sending, by the server to the delivery platform, one or more instructions for enforcing the one or more trick mode settings associated with the marker, characterised in that the one or more instructions comprise information regarding a duration of time that the trick mode is to be enabled or disabled. receiving, by a server, metadata associated with specific content in a transport signal stream from a content information service, the metadata identifying a point in time of the transport signal stream; instructing, by the server, an encoder to insert a marker into the transport signal stream corresponding to the point in time of the transport signal stream, the marker indicating control of a trick mode to be enforced by a delivery platform subsequent to the point in time of the transport signal stream during play by the delivery platform of the transport signal stream, the transport signal stream having a frame rate and resolution; receiving, by the server from the delivery platform, an indication that the delivery platform has encountered the marker at the point in time of the transport signal stream; and sending, by the server to the delivery platform, one or more instructions for enforcing the one or more trick mode settings associated with the marker, characterised in that the one or more instructions comprise information regarding a duration of time that the trick mode is to be enabled or disabled.
A recombinant serotype 2 adeno-associated viral (rAAV2) vector which comprises at least one mutated surface-exposed tyrosine residue on its capsid protein, the at least one mutated tyrosine residue selected from the group consisting of Tyr252, Tyr272, Tyr444, Tyr500, Tyr700, Tyr704, Tyr730, Tyr275, Tyr281, Tyr508, Tyr576, Tyr612, Tyr673 or Tyr720.