mhurhangee/ep-ind-claims huggingface dataset:
An amplifier, comprising: a class E2 amplifier circuit comprising a switch, the switch configured to provide an output signal responsive to an input signal, the output signal comprising a first output signal at a fundamental frequency and a second signal at a second harmonic of the fundamental frequency, the input signal configured to control the switch according to a nominal 25% off, 75% on cycle; a filter circuit configured to control an impedance presented to the amplifier circuit; and a load circuit, at least a part of which is configured to combine with the filter circuit to form an impedance transformation circuit configured to be resonant at the second harmonic of the fundamental frequency, the impedance transformation circuit also configured to form a 1⁄4 wave transformation circuit at the fundamental frequency, wherein the class E2 amplifier circuit is configured to circulate the first output signal as a first current loop through the load circuit at the fundamental frequency, and to circulate the second output signal as a second current loop through a portion of the filter circuit at the second harmonic of the fundamental frequency. amplifier circuit comprising a switch, the switch configured to provide an output signal responsive to an input signal, the output signal comprising a first output signal at a fundamental frequency and a second signal at a second harmonic of the fundamental frequency, the input signal configured to control the switch according to a nominal 25% off, 75% on cycle; a filter circuit configured to control an impedance presented to the amplifier circuit; and a load circuit, at least a part of which is configured to combine with the filter circuit to form an impedance transformation circuit configured to be resonant at the second harmonic of the fundamental frequency, the impedance transformation circuit also configured to form a 1⁄4 wave transformation circuit at the fundamental frequency, wherein the class E2 amplifier circuit is configured to circulate the first output signal as a first current loop through the load circuit at the fundamental frequency, and to circulate the second output signal as a second current loop through a portion of the filter circuit at the second harmonic of the fundamental frequency.
A pipe cleaning machine with a motor-driven drum rotatable about an axis (4, A-A) and a feed device for feeding and withdrawing a spring shaft, wherein the drum comprises a rear wall for the fitting to a shaft, a drum shell, an annular part with an opening and a first coaxial guide body for the spring shaft, said guide body projecting from the rear wall, and wherein a guide channel for the spring shaft is disposed in front of the first guide body, a) the guide channel is limited with respect to the first guide body by a second conical guide body, which together form a conical annular gap, b) the annular part of the drum extends radially inwards and ends in a concentric fastening flange, c) the second guide body comprises a concentric annular connecting piece, which extends from the fastening flange in the direction of the rear wall and, at a distance from the rear wall, is transformed in the opposite direction into the second guide body, and d) the annular connecting piece with the second guide body is connected detachably to the fastening flange for clearance of the opening, characterised in that the pipe cleaning machine comprises a machine stand and that a passage for the spring shaft is formed between the rear wall and the second guide body. a) the guide channel is limited with respect to the first guide body by a second conical guide body, which together form a conical annular gap, b) the annular part of the drum extends radially inwards and ends in a concentric fastening flange, c) the second guide body comprises a concentric annular connecting piece, which extends from the fastening flange in the direction of the rear wall and, at a distance from the rear wall, is transformed in the opposite direction into the second guide body, and d) the annular connecting piece with the second guide body is connected detachably to the fastening flange for clearance of the opening,
A pull-out guide for movable furniture parts, in particular for drawers, having at least two rails (13, 14, 15) mounted in or against one another in a manner displaceable relative to one another, wherein the pull-out guide has at least one arrangement with at least one roller rotatably mounted on an axle pin, and the axle pin of the at least one arrangement is arranged at one of the rails (13, 14, 15), wherein at least one lubrication layer for lowering the friction between the axle pin and the roller is arranged between the axle pin and the roller, characterised in that the lubrication layer consists of sliding lacquer.
A method comprising: receiving, by one or more servers from a user of a messaging application, an electronic message comprising a request for personal assistant service; assigning, by the one or more servers, the request to a person agent to fulfill the request; determining, using a natural language processor, an intent of the request; determining a plurality of characteristics corresponding to the determined intent of the request; identifying, in the request, one or more request details corresponding to the plurality of characteristics; characterized by populating one or more detail fields associated with one or more detail elements in the agent user interface (302, 402) with the identified one or more request details, configuring, by the one or more servers for displaying, at an agent client device, an agent user interface (302, 402) to include the one or more detail elements associated with the determined intent of the request in an overlay on top of a messaging interface of the agent user interface (302, 402), the detail elements being modifiable by the person agent and automatically contacting, by the one or more servers, one or more third-party services to obtain information about the determined intent. receiving, by one or more servers from a user of a messaging application, an electronic message comprising a request for personal assistant service; assigning, by the one or more servers, the request to a person agent to fulfill the request; determining, using a natural language processor, an intent of the request; determining a plurality of characteristics corresponding to the determined intent of the request; identifying, in the request, one or more request details corresponding to the plurality of characteristics; characterized by populating one or more detail fields associated with one or more detail elements in the agent user interface (302, 402) with the identified one or more request details, configuring, by the one or more servers for displaying, at an agent client device, an agent user interface (302, 402) to include the one or more detail elements associated with the determined intent of the request in an overlay on top of a messaging interface of the agent user interface (302, 402), the detail elements being modifiable by the person agent and automatically contacting, by the one or more servers, one or more third-party services to obtain information about the determined intent.
A method for ensuring integrity of transmission-line voltage measurements in a digital-electricity power system comprising one or more transmitters (20,20'), the method comprising: with each transmitter (20,20', 20"), monitoring and controlling transmission-line voltage on a respective transmission line (32,32') in the digital-electricity power system; and ensuring integrity of transmission-line voltage measurements in the presence of line-voltage disturbances during a sample period, comprising applying a negative or positive bias to the transmission line during the sample period, acquiring voltage measurements while the bias is being applied and determining a rate of voltage change from the measurements, and interrupting power to the transmission line if the rate of voltage change is less than a predetermined minimum value. with each transmitter (20,20', 20"), monitoring and controlling transmission-line voltage on a respective transmission line (32,32') in the digital-electricity power system; and ensuring integrity of transmission-line voltage measurements in the presence of line-voltage disturbances during a sample period, comprising applying a negative or positive bias to the transmission line during the sample period, acquiring voltage measurements while the bias is being applied and determining a rate of voltage change from the measurements, and interrupting power to the transmission line if the rate of voltage change is less than a predetermined minimum value.
A trocar set comprising: a handle portion comprising a grip, a connection part, and a first gas valve, wherein the connection part extends from the grip and comprises an assembling channel, and the first gas valve is connected to the connection part and communicates with the assembling channel; a first sleeve comprising an assembling end, a sleeving end, and a first gas flow channel, wherein the assembling end is assembled to the assembling channel and is disposed corresponding to the first gas valve, and a sleeve wall of the sleeving end is provided with at least one first opening; a second sleeve comprising a second gas flow channel, wherein the second sleeve is retractably connected to the sleeving end of the first sleeve, and a sleeve wall of the second sleeve is provided with at least one second opening; and a gasbag connected to an end of the second sleeve away from the first sleeve and corresponding to the second opening; wherein the gasbag is capable of being inflated through the first gas flow channel, the first opening, the second gas flow channel, and the second opening. a handle portion comprising a grip, a connection part, and a first gas valve, wherein the connection part extends from the grip and comprises an assembling channel, and the first gas valve is connected to the connection part and communicates with the assembling channel; a first sleeve comprising an assembling end, a sleeving end, and a first gas flow channel, wherein the assembling end is assembled to the assembling channel and is disposed corresponding to the first gas valve, and a sleeve wall of the sleeving end is provided with at least one first opening; a second sleeve comprising a second gas flow channel, wherein the second sleeve is retractably connected to the sleeving end of the first sleeve, and a sleeve wall of the second sleeve is provided with at least one second opening; and a gasbag connected to an end of the second sleeve away from the first sleeve and corresponding to the second opening; wherein the gasbag is capable of being inflated through the first gas flow channel, the first opening, the second gas flow channel, and the second opening.
A drug delivery balloon adapted for delivery of a drug to a site in a body passageway, the balloon comprising a balloon wall with an outer surface, and the balloon having a drug disposed on the outer surface, wherein the drug is provided on the balloon as crystalline particles of said drug in a predetermined size distribution, wherein marker particles are admixed with drug particles on the balloon.
A yawing control method for a fault wind turbine, the fault wind turbine having a fault in at least one of a wind direction sensor and a wind direction data uploading path; the method comprising: acquiring (S101, S202) first wind information at a current moment, wherein the first wind information is indicated by current operation data of a neighbor wind turbine adjacent to the fault wind turbine; acquiring, from wind information indicated by historical operation data of the fault wind turbine at all moments, second wind information matched with the first wind information; and performing yawing control on the fault wind turbine based on the second wind information; wherein the acquiring second wind information matched with the first wind information comprises: acquiring, from wind information indicated by historical operation data of the neighbor wind turbine at all moments, third wind information matched with the first wind information; wherein the third wind information is most similar to the first wind information; acquiring a first historical moment corresponding to the third wind information; and determining, wind information indicated by the historical operation data of the fault wind turbine at the first historical moment as the second wind information. acquiring (S101, S202) first wind information at a current moment, wherein the first wind information is indicated by current operation data of a neighbor wind turbine adjacent to the fault wind turbine; acquiring, from wind information indicated by historical operation data of the fault wind turbine at all moments, second wind information matched with the first wind information; and performing yawing control on the fault wind turbine based on the second wind information; wherein the acquiring second wind information matched with the first wind information comprises: acquiring, from wind information indicated by historical operation data of the neighbor wind turbine at all moments, third wind information matched with the first wind information; wherein the third wind information is most similar to the first wind information; acquiring a first historical moment corresponding to the third wind information; and determining, wind information indicated by the historical operation data of the fault wind turbine at the first historical moment as the second wind information. acquiring, from wind information indicated by historical operation data of the neighbor wind turbine at all moments, third wind information matched with the first wind information; wherein the third wind information is most similar to the first wind information; acquiring a first historical moment corresponding to the third wind information; and determining, wind information indicated by the historical operation data of the fault wind turbine at the first historical moment as the second wind information.
A connector assembly for an air-based catheter, comprising: a connector body having a first end, a second end, and a lumen (111, 214) extending between and opening at said first end and said second end; said first end connected to a catheter and said second end being a connector to a receptacle in communication with an air management system; a hydrophobic cap member (122, 208) located at said second end of said connector body; characterized by said hydrophobic cap member (122, 208) having an aperture opening to said lumen (111, 214) of said connector body and that prevents liquid from entering said aperture by maintaining surface tension of said liquid; and a tubular hydrophilic filter member (120, 206) located within said lumen near said second end. a connector body having a first end, a second end, and a lumen (111, 214) extending between and opening at said first end and said second end; said first end connected to a catheter and said second end being a connector to a receptacle in communication with an air management system; a hydrophobic cap member (122, 208) located at said second end of said connector body; characterized by said hydrophobic cap member (122, 208) having an aperture opening to said lumen (111, 214) of said connector body and that prevents liquid from entering said aperture by maintaining surface tension of said liquid; and a tubular hydrophilic filter member (120, 206) located within said lumen near said second end.
A probe tip waste chute of an automated diagnostic analysis apparatus, characterized in that the probe tip waste chute comprising: a guide plate configured to receive a probe tip in a substantially upright position in response to separation of the probe tip from a probe; and a pair of guide rails having a first end configured to receive the probe tip in the substantially upright position from the guide plate, the pair of guide rails sloped downward from the guide plate and configured to drop the probe tip in the substantially upright position from a second end of the pair of guide rails, wherein the guide plate has an arcuate slot and a keyhole at an end of the arcuate slot. a guide plate configured to receive a probe tip in a substantially upright position in response to separation of the probe tip from a probe; and a pair of guide rails having a first end configured to receive the probe tip in the substantially upright position from the guide plate, the pair of guide rails sloped downward from the guide plate and configured to drop the probe tip in the substantially upright position from a second end of the pair of guide rails, wherein the guide plate has an arcuate slot and a keyhole at an end of the arcuate slot.
A method for producing a modified xylopolysaccharide, the method comprising the steps of: preparing biomass as a raw material which comprises xylan in plant cell walls thereof, wherein the xylan comprises at least one of substituents selected from an acetyl group, a feruloylarabinofuranosyl group and a coumaroylarabinofuranosyl group on a side chain thereof; performing continuous hydrothermal treatment onto a slurry which contains the biomass in 10 mass% to 30 mass% as a solid content by using a cylindrical plug-flow reactor which includes a passage controlling mechanism inside the reactor, under controlled conditions: at a temperature of 160°C or more, at a pressure equal to or higher than a saturated water vapor pressure at said temperature, and with a severity parameter R 0 ranging from 3000 to 7000 calculated by the following equation, R o = ∫ 0 t exp T t − T r ω dt wherein T(t) represents a time variation of a temperature (°C), Tr represents a standard temperature (100°C), t represents a time (min) and ω represents a constant (=14.75); and producing a modified xylopolysaccharide which preserves the substituents on the side chain of the xylan. preparing biomass as a raw material which comprises xylan in plant cell walls thereof, wherein the xylan comprises at least one of substituents selected from an acetyl group, a feruloylarabinofuranosyl group and a coumaroylarabinofuranosyl group on a side chain thereof; performing continuous hydrothermal treatment onto a slurry which contains the biomass in 10 mass% to 30 mass% as a solid content by using a cylindrical plug-flow reactor which includes a passage controlling mechanism inside the reactor, under controlled conditions: at a temperature of 160°C or more, at a pressure equal to or higher than a saturated water vapor pressure at said temperature, and with a severity parameter R 0 ranging from 3000 to 7000 calculated by the following equation, wherein T(t) represents a time variation of a temperature (°C), Tr represents a standard temperature (100°C), t represents a time (min) and ω represents a constant (=14.75); and producing a modified xylopolysaccharide which preserves the substituents on the side chain of the xylan.
A functional sheet, comprising a polarizing or photochromic functional layer (5, 6) and protective layers provided on both surfaces of the functional layer, the protective layers comprising an aromatic polycarbonate resin sheet or film; wherein at least one of the protective layers is a co-extruded sheet or film comprising an aromatic polycarbonate resin layer and an acrylic-based resin layer (2, 3) provided on one surface or both surfaces of the aromatic polycarbonate resin layer, and characterised in that at least one surface of the functional sheet is of the acrylic-based resin layer.
An applicator comprising: a barrel cylinder formed of a rear barrel in which an application liquid is stored and a front barrel provided on a front end side of the rear barrel; and an applying body, formed of a brush having a flange portion, and arranged inside the front barrel so as to supply the application liquid to the applying body from a storage portion inside the rear barrel, wherein a receiving part of the flange portion of the applying body and the inner face of the front barrel are in contact with each other in a non-surface contact manner, and characterized in that a step portion is formed on an inner peripheral surface of a front end portion of the front barrel, the step portion having a level difference and configured with an engagement portion having multiple triangular tops formed at predetermined intervals on the inner peripheral surface of the front end portion of the front barrel with bottoms connected along a circumference of the engagement portion such that the receiving part of the flange portion makes point contacts with the step portion. a barrel cylinder formed of a rear barrel in which an application liquid is stored and a front barrel provided on a front end side of the rear barrel; and an applying body, formed of a brush having a flange portion, and arranged inside the front barrel so as to supply the application liquid to the applying body from a storage portion inside the rear barrel, wherein a receiving part of the flange portion of the applying body and the inner face of the front barrel are in contact with each other in a non-surface contact manner, and characterized in that a step portion is formed on an inner peripheral surface of a front end portion of the front barrel, the step portion having a level difference and configured with an engagement portion having multiple triangular tops formed at predetermined intervals on the inner peripheral surface of the front end portion of the front barrel with bottoms connected along a circumference of the engagement portion such that the receiving part of the flange portion makes point contacts with the step portion.
Arrangement for a direct drive generator for a wind turbine, which generator comprises a stator with several stator segments each stator segment having at least one stator element for the power generation and which generator comprises a rotor pivotable around a centre axis of the generator and relatively to the stator with several rotor segments each rotor segment having at least one rotor element for the power generation, whereby said arrangement comprises at least one stator segment and at least one rotor segment, characterised in that the at least one stator segment and the at least one rotor segment are configured such that the at least one rotor segment rests at least temporarily, i.e. during transport, assembly and disassembly, on the at least one stator segment after being moved into the at least one stator segment building a stator/rotor segment unit, whereby an air gap remains between the at least one stator element and the at least one rotor element, wherein the at least one stator segment comprises at least one first supporting projection (60, 61) and wherein the at least one rotor segment comprises at least one second supporting projection (57, 58), wherein the first supporting projection (60, 61) of the at least one stator segment and the second supporting projection (57, 58) of the at least one rotor segment are configured to support against each other at least temporarily.
pharmaceutical solution of taxanes, wherein the proportions of ingredients are as follows: Taxanes 1∼8%(g/ml) pH regulator proper amount sufficient to adjust pH to 2.0∼4:0 the balance is a solvent, wherein the solvent includes one or more solvents selected from the group consisting of PEG-200, PEG-300, PEG-400, PEG-600, propylene glycol and water for injection.
Bearing housing of an exhaust gas turbocharger with a housing cover, wherein in the bearing housing a circumferential and inwardly open groove is disposed, characterised in that the housing cover has at least one forming section, which is plastically deformed into the groove of the bearing housing and is fixed above the housing cover on the bearing housing.