mhurhangee/ep-ind-claims huggingface dataset:
A transdermal patch for use in treating a neurological disorder, said patch comprising: (i) a drug-containing layer (ii) a backing layer; and (iii) a protective layer wherein the drug-containing layer comprises a) pramipexole or a pharmaceutically acceptable salt thereof; b) a carboxyl group-containing acrylic-based polymer; c) a hydroxyl group-containing acrylic-based polymer; and d) a combination of two or more permeation enhancers selected from the group consisting of methyl laurate, propylene glycol, Transcutol P TM (diethylene glycol monoethyl ether) and Brij 30 TM (polyoethylenglycol-dodecylether). (i) a drug-containing layer (ii) a backing layer; and (iii) a protective layer wherein the drug-containing layer comprises a) pramipexole or a pharmaceutically acceptable salt thereof; b) a carboxyl group-containing acrylic-based polymer; c) a hydroxyl group-containing acrylic-based polymer; and d) a combination of two or more permeation enhancers selected from the group consisting of methyl laurate, propylene glycol, Transcutol P TM (diethylene glycol monoethyl ether) and Brij 30 TM (polyoethylenglycol-dodecylether). a) pramipexole or a pharmaceutically acceptable salt thereof; b) a carboxyl group-containing acrylic-based polymer; c) a hydroxyl group-containing acrylic-based polymer; and d) a combination of two or more permeation enhancers selected from the group consisting of methyl laurate, propylene glycol, Transcutol P TM (diethylene glycol monoethyl ether) and Brij 30 TM (polyoethylenglycol-dodecylether).
An assembly for igniting spark gaps having a trigger electrode situated on or in one of the main electrodes and isolated against said main electrode, wherein the trigger electrode is electrically connected to the further main electrode via at least one voltage switching or voltage monitoring element, and an air gap exists between the trigger electrode and the further main electrode, characterized in that the trigger electrode forms a sandwich structure together with an insulation section and a layer of a material having a lower conductivity than the material of one of the main electrodes (H1, H2), wherein said layer constitutes a layer dielectric in the series connection of a first partial capacitance (C I) together with the dielectric of the insulation section and a second partial capacitance (C M) together with the material as the dielectric, wherein the partial capacitances (C I) and/or (C M) are selected to be very low, and an extension of the ignited electric arc takes place via the thickness of the layer of the material, and the igniting speed and the behavior of the spark gap resulting therefrom may be influenced via the selection of the material for the layer, and conductive plastics or conductive ceramics having high surface conductivity and high volume resistance are used as the material.
A double knuckle coupling, comprising an input shaft, said input shaft having a first end and a second end, said second end has a slot defining a tongue and groove configuration wherein each tongue has an arcuate recess; an output shaft, said output shaft having a first end and a second end, said first end has a slot defining a tongue and groove configuration wherein each tongue has an arcuate recess; a center coupling element, characterized in that said center coupling element has a first tongue configured to be received within said slot of said second end of said input shaft and a second tongue configured to be received within the slot of said first end of said output shaft; wherein said center coupling element further comprises two pairs of knuckles, said knuckles having an arcuate surface configured to be received within said arcuate recesses (432, 443) of said tongues (434, 441) of said input shaft and said output shaft. an input shaft, said input shaft having a first end and a second end, said second end has a slot defining a tongue and groove configuration wherein each tongue has an arcuate recess; an output shaft, said output shaft having a first end and a second end, said first end has a slot defining a tongue and groove configuration wherein each tongue has an arcuate recess; a center coupling element, characterized in that said center coupling element has a first tongue configured to be received within said slot of said second end of said input shaft and a second tongue configured to be received within the slot of said first end of said output shaft; wherein said center coupling element further comprises two pairs of knuckles, said knuckles having an arcuate surface configured to be received within said arcuate recesses (432, 443) of said tongues (434, 441) of said input shaft and said output shaft.
Method of printing and preparing mail from a data stream distributed in several pages which are intended to be printed on sheets and enveloped, the number of sheets contained in an envelope being able to vary from one envelope to another, characterized in that the method comprises the following steps: - selecting from amongst the data stream at least one identification criterion for the various pages intended to be contained in each envelope, - analyzing the data stream according to said at least one identification criterion in order to identify, for each envelope, the pages concerned, - printing the pages on sheets, - enveloping the sheets on which the pages are printed according to the result of the identification, for each envelope, of the pages concerned; wherein the selection of at least one identification criterion is made by selecting, on a given page, at least one geometric position to which there are allocated data in the data stream which are called identification data; wherein the step of analyzing the data stream comprises more particularly the following substeps: - seeking in a page currently being analyzed the geometric position allocated to the identification data, - reading the identification data present at this geometric position, - comparing the identification data present at this geometric position with the identification data for the page previously analyzed, and - according to the result of this comparison, deciding in order to determine whether the page currently being analyzed is intended for the same envelope as the page previously analyzed; and wherein after the seeking step, the method comprises a step of verifying the presence of data at the geometric position found for the page currently being analyzed. - selecting from amongst the data stream at least one identification criterion for the various pages intended to be contained in each envelope, - analyzing the data stream according to said at least one identification criterion in order to identify, for each envelope, the pages concerned, - printing the pages on sheets, - enveloping the sheets on which the pages are printed according to the result of the identification, for each envelope, of the pages concerned; - seeking in a page currently being analyzed the geometric position allocated to the identification data, - reading the identification data present at this geometric position, - comparing the identification data present at this geometric position with the identification data for the page previously analyzed, and - according to the result of this comparison, deciding in order to determine whether the page currently being analyzed is intended for the same envelope as the page previously analyzed; and
A meandering amount detection method for a metal strip that detects a meandering amount of a metal strip traveling in a state of being overlapped in a plurality of stages at intervals, characterized by a step of measuring a distance from a mounting position of a distance meter in a direction intersecting a width direction of a metal strip, using a plurality of distance meters provided side by side in the width direction of the metal strip on at least one side in a width direction of the metal strips overlapped in the plurality of stages, and detecting a stage of a metal strip in which meandering occurs and a meandering amount, using the mounting position of a distance meter and the measurement value. measuring a distance from a mounting position of a distance meter in a direction intersecting a width direction of a metal strip, using a plurality of distance meters provided side by side in the width direction of the metal strip on at least one side in a width direction of the metal strips overlapped in the plurality of stages, and detecting a stage of a metal strip in which meandering occurs and a meandering amount, using the mounting position of a distance meter and the measurement value.
A fuse securing structure for a power source circuit cutoff device, comprising: a plug body comprising a main body housing, a fuse having a pair of terminals protruding outside the main body housing with the fuse being accommodated in the main body housing, and a cover attached to the main body housing; a circuit accommodating body configured to accommodate a pair of terminals on a mating side connected to the pair of terminals of the fuse; and a rotatable lever configured to be operated to rotate while being connected to the plug body and the circuit accommodating body through a cam mechanism, approach or space the plug body and the circuit accommodating body by a cam thrust force of the cam mechanism, and connect and disconnect between the pair of terminals of the fuse and the pair of terminals on the mating side, characterised in that a fuse biasing portion configured to bias the fuse accommodated in the main body housing toward the cover is provided, wherein the fuse biasing portion is an elastically deformable arm portion provided in the main body housing, and wherein the arm portion is configured to bias at least one of the pair of terminals of the fuse accommodated in the main body housing toward the cover to hold the terminal between the arm portion and the cover. a plug body comprising a main body housing, a fuse having a pair of terminals protruding outside the main body housing with the fuse being accommodated in the main body housing, and a cover attached to the main body housing; a circuit accommodating body configured to accommodate a pair of terminals on a mating side connected to the pair of terminals of the fuse; and a rotatable lever configured to be operated to rotate while being connected to the plug body and the circuit accommodating body through a cam mechanism, approach or space the plug body and the circuit accommodating body by a cam thrust force of the cam mechanism, and connect and disconnect between the pair of terminals of the fuse and the pair of terminals on the mating side, characterised in that a fuse biasing portion configured to bias the fuse accommodated in the main body housing toward the cover is provided, wherein the fuse biasing portion is an elastically deformable arm portion provided in the main body housing, and wherein the arm portion is configured to bias at least one of the pair of terminals of the fuse accommodated in the main body housing toward the cover to hold the terminal between the arm portion and the cover.
A method comprising: transmitting a frequency jump burst-pulse Doppler, FJB-PD, waveform comprising a plurality of frequency steps over a predetermined time period, each frequency step having a plurality of pulses; receiving one or more FJB-PD pulse returns corresponding to the FJB-PD waveform; characterised by further comprising: identifying one or more target detections in the one or more FJB-PD pulse returns; extracting a set of range swaths for each of the identified one or more target detections, wherein a range swath corresponds to a target detection across the plurality of frequency steps; generating a wideband spectrum for each of the sets of extracted range swaths using FJB coherent integration, wherein at least one wideband spectrum is generated for each of the one or more target detections; and generating a clutter suppressed high range resolution, HRR, profile for each of the target detections based on the respective wideband spectrum. transmitting a frequency jump burst-pulse Doppler, FJB-PD, waveform comprising a plurality of frequency steps over a predetermined time period, each frequency step having a plurality of pulses; receiving one or more FJB-PD pulse returns corresponding to the FJB-PD waveform; characterised by further comprising: identifying one or more target detections in the one or more FJB-PD pulse returns; extracting a set of range swaths for each of the identified one or more target detections, wherein a range swath corresponds to a target detection across the plurality of frequency steps; generating a wideband spectrum for each of the sets of extracted range swaths using FJB coherent integration, wherein at least one wideband spectrum is generated for each of the one or more target detections; and generating a clutter suppressed high range resolution, HRR, profile for each of the target detections based on the respective wideband spectrum. identifying one or more target detections in the one or more FJB-PD pulse returns; extracting a set of range swaths for each of the identified one or more target detections, wherein a range swath corresponds to a target detection across the plurality of frequency steps; generating a wideband spectrum for each of the sets of extracted range swaths using FJB coherent integration, wherein at least one wideband spectrum is generated for each of the one or more target detections; and generating a clutter suppressed high range resolution, HRR, profile for each of the target detections based on the respective wideband spectrum.
A method to produce a dimerized rosin by contacting a rosin with a catalyst that is a carboxylated sulfonic acid, wherein the catalyst is left in the dimerized rosin final product.
A heat exchanger (10, 70, 100, 140, 170) comprising: a cooling air conduit having at least one baffle (14, 72, 102, 142, 172, 178); a hot air conduit having multiple passes (18, 60, 74, 94, 104, 144, 174) through the cooling air conduit and forming multiple intersections (20, 72, 106, 145, 176) with the baffle (14, 72, 102, 142, 172, 178); and characterised by multiple perforations (52, 88, 118, 158, 180) extending non-orthogonally through the baffle (14, 72, 102, 142, 172, 178). a cooling air conduit having at least one baffle (14, 72, 102, 142, 172, 178); a hot air conduit having multiple passes (18, 60, 74, 94, 104, 144, 174) through the cooling air conduit and forming multiple intersections (20, 72, 106, 145, 176) with the baffle (14, 72, 102, 142, 172, 178); and characterised by multiple perforations (52, 88, 118, 158, 180) extending non-orthogonally through the baffle (14, 72, 102, 142, 172, 178).
A measurement configuration and reporting method for a multi-carrier system, comprising: sending, by an evolved Node-B (eNB), radio resource control signaling that carries multi-carrier measurement configuration information to a terminal; measuring, by the terminal, in accordance with the multi-carrier measurement configuration information, and carrying multi-carrier measurement results in a measurement report message, characterized in that, the multi-carrier measurement configuration information comprises in addition a one-bit identification for indicating whether an additional measurement report is allowed or not. sending, by an evolved Node-B (eNB), radio resource control signaling that carries multi-carrier measurement configuration information to a terminal; measuring, by the terminal, in accordance with the multi-carrier measurement configuration information, and carrying multi-carrier measurement results in a measurement report message, characterized in that, the multi-carrier measurement configuration information comprises in addition a one-bit identification for indicating whether an additional measurement report is allowed or not.
A solar cell comprising: a substrate containing impurities of a first conductive type; an emitter region positioned at a first surface of the substrate, the emitter region containing impurities of a second conductive type opposite the first conductive type to form a p-n junction with the substrate; an anti-reflection layer positioned on the emitter region; a first electrode positioned on the anti-reflection layer and coupled to the emitter region; and a second electrode positioned on a second surface of the substrate and coupled to the substrate, wherein a plurality of openings are formed in a first area of the anti-reflection layer positioned under the first electrode and are not formed in a second area of the anti-reflection layer in which the first electrode is not positioned, and the first electrode couples to the emitter region exposed through the plurality of openings of the anti-reflection layer, the emitter region includes a lightly doped region having a first sheet resistance and a heavily doped region having a second sheet resistance less than the first sheet resistance, characterized in that the heavily doped region is positioned at the plurality of openings formed in the first area of the anti-reflection layer, the lightly doped region is positioned at the second area of the anti-reflection layer, and a remaining portion in the first area excluding the heavily doped region positioned at the plurality of openings formed in the first area of the anti-reflection layer includes the lightly doped region. a substrate containing impurities of a first conductive type; an emitter region positioned at a first surface of the substrate, the emitter region containing impurities of a second conductive type opposite the first conductive type to form a p-n junction with the substrate; an anti-reflection layer positioned on the emitter region; a first electrode positioned on the anti-reflection layer and coupled to the emitter region; and a second electrode positioned on a second surface of the substrate and coupled to the substrate, wherein a plurality of openings are formed in a first area of the anti-reflection layer positioned under the first electrode and are not formed in a second area of the anti-reflection layer in which the first electrode is not positioned, and the first electrode couples to the emitter region exposed through the plurality of openings of the anti-reflection layer, the emitter region includes a lightly doped region having a first sheet resistance and a heavily doped region having a second sheet resistance less than the first sheet resistance,
A method of operating an unmanned aerial vehicle having a gliding capability within a geographic region, the unmanned aerial vehicle comprising a generator arranged to be driven by a rotor, the method comprising the steps of: identifying the location of at least one updraft within the geographical area; and manoeuvring the unmanned aerial vehicle within the identified updraft; the method characterised by: defining a maximum altitude threshold for a geographic region, above which the unmanned aerial vehicle is not permitted to be flown; and maintaining an altitude at or below the maximum altitude threshold by harvesting energy from the motion of the unmanned aerial vehicle within the updraft by regenerative braking of the rotor; wherein the amount of regenerative braking of the rotor is controlled to thereby control the altitude of the unmanned aerial vehicle. identifying the location of at least one updraft within the geographical area; and manoeuvring the unmanned aerial vehicle within the identified updraft; defining a maximum altitude threshold for a geographic region, above which the unmanned aerial vehicle is not permitted to be flown; and maintaining an altitude at or below the maximum altitude threshold by harvesting energy from the motion of the unmanned aerial vehicle within the updraft by regenerative braking of the rotor; wherein the amount of regenerative braking of the rotor is controlled to thereby control the altitude of the unmanned aerial vehicle.
A liquid adsorption system, comprising: a vapor barrier container having a sealable internal volume; a liquid dispensing device located in the internal volume, wherein the liquid dispensing device includes liquid in a liquid flow path extending through at least a portion of the liquid dispensing device to an opening in communication with the internal volume; and a liquid adsorbing material located in the internal volume; wherein the liquid adsorbing material is separate and distinct from the liquid dispensing device; wherein the liquid dispensing device is a printhead or printhead assembly; wherein the printhead or printhead assembly includes nozzles; and wherein the opening comprises at least one nozzle of the nozzles. a vapor barrier container having a sealable internal volume; a liquid dispensing device located in the internal volume, wherein the liquid dispensing device includes liquid in a liquid flow path extending through at least a portion of the liquid dispensing device to an opening in communication with the internal volume; and a liquid adsorbing material located in the internal volume; wherein the liquid adsorbing material is separate and distinct from the liquid dispensing device; wherein the liquid dispensing device is a printhead or printhead assembly; wherein the printhead or printhead assembly includes nozzles; and wherein the opening comprises at least one nozzle of the nozzles.
A temperature control assembly, comprising: a cold plate having a first contact surface and a second contact surface opposite the first contact surface, wherein the cold plate is composed of a thermally conductive material; a channel formed in the cold plate and enclosed by the cold plate between the first contact surface and the second contact surface of the cold plate; an inlet formed in the channel for providing inflow of a liquid to the channel; an outlet formed in the channel for providing outflow of the liquid from the channel; at least one aperture formed in the cold plate, wherein the aperture is sized to receive an electrical connection between a printed circuit board when the printed circuit board is coupled to the first contact surface of the cold plate and a photodetector assembly when the photodetector assembly is coupled to the second contact surface of the cold plate; and characterized in that the temperature control assembly further comprises: a thermally conductive pad coupled to the second contact surface; a heating element coupled to the thermally conductive pad; and a temperature sensor that measures a temperature of electrical components mounted to a printed circuit board when the printed circuit board is coupled to one of the first contact surface or the second contact surface, and wherein the temperature sensor provides the measured temperature to a controller in order to control a power supplied to the heating element. a cold plate having a first contact surface and a second contact surface opposite the first contact surface, wherein the cold plate is composed of a thermally conductive material; a channel formed in the cold plate and enclosed by the cold plate between the first contact surface and the second contact surface of the cold plate; an inlet formed in the channel for providing inflow of a liquid to the channel; an outlet formed in the channel for providing outflow of the liquid from the channel; at least one aperture formed in the cold plate, wherein the aperture is sized to receive an electrical connection between a printed circuit board when the printed circuit board is coupled to the first contact surface of the cold plate and a photodetector assembly when the photodetector assembly is coupled to the second contact surface of the cold plate; and a thermally conductive pad coupled to the second contact surface; a heating element coupled to the thermally conductive pad; and a temperature sensor that measures a temperature of electrical components mounted to a printed circuit board when the printed circuit board is coupled to one of the first contact surface or the second contact surface, and wherein the temperature sensor provides the measured temperature to a controller in order to control a power supplied to the heating element.