mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring and/or controlling fuel cells, comprising the determination of the composition of the operating gases of fuel cells, comprising the steps of: - introducing a gas mixture to be analysed into a measuring cell; - producing a light arc in the measuring cell; - tapping the radiation emitted by the light arc; - optically filtering the emitted radiation and/or spectrally splitting the emitted radiation; - converting the emitted radiation into an electrical signal; - evaluating the electrical signal. - introducing a gas mixture to be analysed into a measuring cell; - producing a light arc in the measuring cell; - tapping the radiation emitted by the light arc; - optically filtering the emitted radiation and/or spectrally splitting the emitted radiation; - converting the emitted radiation into an electrical signal; - evaluating the electrical signal.
An electronic device comprising: an image sensor; a display; and a controller configured to generate a video file from an image signal input through the image sensor at a high shutter speed and high sensitivity such that the image signal input includes high-sensitivity noise, assign frame characteristics to each frame included in the video file, assign score data to each frame based on the frame characteristics; selectively display at least one of the frames on the display based on the assigned score data, receive a selection of a frame among the displayed at least one of the frames, and generate a still image from the selected frame, wherein the controller is configured to apply noise cancelling filters on the selected frame by comparing the selected frame with a previous frame and a following frame, prior to generating the still image. an image sensor; a display; and a controller configured to generate a video file from an image signal input through the image sensor at a high shutter speed and high sensitivity such that the image signal input includes high-sensitivity noise, assign frame characteristics to each frame included in the video file, assign score data to each frame based on the frame characteristics; selectively display at least one of the frames on the display based on the assigned score data, receive a selection of a frame among the displayed at least one of the frames, and generate a still image from the selected frame, generate a video file from an image signal input through the image sensor at a high shutter speed and high sensitivity such that the image signal input includes high-sensitivity noise, assign frame characteristics to each frame included in the video file, assign score data to each frame based on the frame characteristics; selectively display at least one of the frames on the display based on the assigned score data, receive a selection of a frame among the displayed at least one of the frames, and generate a still image from the selected frame, wherein the controller is configured to apply noise cancelling filters on the selected frame by comparing the selected frame with a previous frame and a following frame, prior to generating the still image.
An assembly system for inserting a contact in a housing, comprising: a fixing device configured to fix the housing; and a pressing mechanism adapted to assemble the contact into the housing, wherein the pressing mechanism comprises: a fixing block formed with a contact guiding slot adapted to receive the contact therein; and a movable block adapted to press the contact downward, wherein the movable block is moved downward to press the contact received in the contact guiding slot into a contact installation slot of the housing in a condition where the contact guiding slot of the fixing block is aligned to the contact installation slot of the housing, characterized in that the movable block is movably mounted on the fixing block. a fixing device configured to fix the housing; and a pressing mechanism adapted to assemble the contact into the housing, wherein the pressing mechanism comprises: a fixing block formed with a contact guiding slot adapted to receive the contact therein; and a movable block adapted to press the contact downward, a fixing block formed with a contact guiding slot adapted to receive the contact therein; and a movable block adapted to press the contact downward, wherein the movable block is moved downward to press the contact received in the contact guiding slot into a contact installation slot of the housing in a condition where the contact guiding slot of the fixing block is aligned to the contact installation slot of the housing, characterized in that the movable block is movably mounted on the fixing block.
A method for making a multi-purpose panel from composite material, comprising the steps of: - preparing at least one first particulate material in the solid state comprising a resin powder; - preparing at least one second particulate material in the solid state; - mixing the at least one first and at least one second material to obtain a mixture; - introducing the mixture in the solid state in a moulding cavity; - subjecting the mixture to a mechanical compression action at a pressure of between 400 MPa and 800 MPa and to a heating action at a temperature of between 200°C and 350°C in such a way as to determine a thermal-mechanical sintering in said mixture; - cooling the mixture until obtaining a solid product wherein the first and second material are aggregated monolithically together. - preparing at least one first particulate material in the solid state comprising a resin powder; - preparing at least one second particulate material in the solid state; - mixing the at least one first and at least one second material to obtain a mixture; - introducing the mixture in the solid state in a moulding cavity; - subjecting the mixture to a mechanical compression action at a pressure of between 400 MPa and 800 MPa and to a heating action at a temperature of between 200°C and 350°C in such a way as to determine a thermal-mechanical sintering in said mixture; - cooling the mixture until obtaining a solid product wherein the first and second material are aggregated monolithically together.
Filter device having a plurality of filter elements which can be accommodated in a filter housing with a filter inlet for a fluid to be filtered and a filter outlet for the filtered fluid, wherein the filter elements for filtration or backflushing can be flowed through in both directions via their element casing and which each have an upper and a lower element opening at their two opposing ends, wherein, in operation, at least one filter element simultaneously carries out the filtration and at least one other filter element can be backflushed for cleaning its effective filter surface by means of a backflushing device which, to promote backflushing, cooperates with a pressure control device which comprises at least one pressure control element by means of which the fluid flow along the filter element to be cleaned can be controlled during a backflushing process, wherein the filter device comprises a connecting chamber which is at least partially in communication with the upper element openings of the filter cavity of the filter elements forming the unfiltered medium side, wherein a fluid path is provided via which unfiltered medium flows into the connecting chamber during filtration, and the flow of unfiltered medium through the upper element opening associated with the filter element to be cleaned can be controlled by means of the pressure control element, wherein the backflushing device having a drain opening for the cleaning fluid can be brought under the lower element opening of the respective filter element to be cleaned, wherein the pressure control device comprises at least one control plate which, arranged inside the connecting chamber, passes laterally over the individual upper element openings of the respective filter elements to be backflushed in a predefinable sequence with increasing cover and renewed uncovering, and wherein the drain opening of the backflushing device is still at least partially in fluid-conducting communication with the lower element opening of the respective filter element to be backflushed, while the upper element opening is controlled by the pressure control device, wherein a collecting chamber of the backflushing device is formed from a recess in a cover plate which is guided by a backflush arm into which the drain opening discharges, said drain opening preferably being connected in a fluid-conducting manner to a valve control device via the backflush arm, characterised in that a circular connecting piece and the recess, which is kidney-shaped, are configured and arranged in different planes in the cover plate, which is kidney-shaped; in that the drain opening is spatially surrounded by the connecting piece; and in that the connecting piece is provided for connecting the cover plate to the backflush arm. characterised in that a circular connecting piece and the recess, which is kidney-shaped, are configured and arranged in different planes in the cover plate, which is kidney-shaped; in that the drain opening is spatially surrounded by the connecting piece; and in that the connecting piece is provided for connecting the cover plate to the backflush arm.
An incretin, an incretin receptor agonist, or any combination thereof, for use in a method of reducing elevated intracranial pressure in a subject, wherein the elevated ICP to be treated is associated with hydrocephalus, normal pressure hydrocephalus, or meningitis.
An oil-in-water emulsion comprising (a) an oil phase; (b) an aqueous phase; and (c) an emulsifier, wherein the emulsion further comprises 15.0 to 30.0 wt.-% ethanol, further comprising 1.0 to 10.0 wt.-% of cetearyl ethylhexanoate as a skin care component. (a) an oil phase; (b) an aqueous phase; and (c) an emulsifier,
A graphics processing unit comprising a texture filtering unit (102, 200, 400) implemented in hardware logic, the texture filtering unit comprising: a plurality of inputs (202, 204, 206) arranged to receive one or more texture values and a plurality of filter coefficients, the plurality of filter coefficients comprising coefficients relating to a plurality of different texture filtering methods; a datapath block comprising one or more computation pipelines, each containing at least one hardware logic component configured to receive a plurality of inputs and generate an output value as part of a texture filtering operation; and a control block comprising a plurality of sequencers and an arbiter, characterised in that each sequencer comprises a plurality of hard-coded micro-programs and hardware logic arranged to select one of the micro-programs based on one or more control inputs, wherein each micro-program defines a sequence of operations to be performed by the pipelines in the datapath block as part of a texture filtering operation and different micro-programs implement different combinations of texture filtering methods, and wherein the arbiter comprises hardware logic arranged to control access to the computation pipelines by the sequencers according to prioritization rules, wherein the prioritization rules prioritize access for operations involving a new input texture value. a plurality of inputs (202, 204, 206) arranged to receive one or more texture values and a plurality of filter coefficients, the plurality of filter coefficients comprising coefficients relating to a plurality of different texture filtering methods; a datapath block comprising one or more computation pipelines, each containing at least one hardware logic component configured to receive a plurality of inputs and generate an output value as part of a texture filtering operation; and a control block comprising a plurality of sequencers and an arbiter, characterised in that each sequencer comprises a plurality of hard-coded micro-programs and hardware logic arranged to select one of the micro-programs based on one or more control inputs, wherein each micro-program defines a sequence of operations to be performed by the pipelines in the datapath block as part of a texture filtering operation and different micro-programs implement different combinations of texture filtering methods, and
A sleeve for providing a dental implant with a disinfectable or sterilizable surface, wherein the sleeve is configured to be attached to an end or coronal region of a dental implant, wherein the sleeve comprises a through hole encompassed by the sleeve which through hole is adapted to receive said end or coronal region of the dental implant, wherein said through hole is delimited by an inside of the sleeve which faces said through hole, and wherein the sleeve comprises an outside facing away from said inside, which outside forms said disinfectable or sterilizable surface, characterized in that said inside comprises a thread that comprises a left-hand thread and a right-hand thread intersecting with the left-hand thread.
A method for wireless communications by a base station, BS, comprising: identifying a plurality of component carriers, CCs, available for at least one user equipment, UE to use for sounding reference signal, SRS, transmissions to the BS; determining a configuration comprising a plurality of SRS groups, each SRS group specifying a different one or more CCs from the plurality of CCs the at least one UE is to use for SRS transmissions; and signaling an indication of the configuration to the at least one UE. identifying a plurality of component carriers, CCs, available for at least one user equipment, UE to use for sounding reference signal, SRS, transmissions to the BS; determining a configuration comprising a plurality of SRS groups, each SRS group specifying a different one or more CCs from the plurality of CCs the at least one UE is to use for SRS transmissions; and signaling an indication of the configuration to the at least one UE.
A terrain display system comprising: a ranging sensor; a position and attitude sensor; a terrain database; a display; and, a fusion and graphics processor that combines data from the ranging sensor, the position and attitude sensor, and the terrain database; and, sends to the display a synthetic image of terrain data that represents terrain as it would appear to an observer located and oriented according to position and attitude data provided by the position and attitude sensor; characterised in that the terrain database is updated in response to data from the ranging sensor. a ranging sensor; a position and attitude sensor; a terrain database; a display; and, a fusion and graphics processor that combines data from the ranging sensor, the position and attitude sensor, and the terrain database; and, sends to the display a synthetic image of terrain data that represents terrain as it would appear to an observer located and oriented according to position and attitude data provided by the position and attitude sensor; characterised in that the terrain database is updated in response to data from the ranging sensor. combines data from the ranging sensor, the position and attitude sensor, and the terrain database; and, sends to the display a synthetic image of terrain data that represents terrain as it would appear to an observer located and oriented according to position and attitude data provided by the position and attitude sensor; characterised in that the terrain database is updated in response to data from the ranging sensor.
Particles each having a sinterable core made of stainless steel and a polymeric coating on at least a part of the core, wherein the polymeric coating contains 80% by weight or more relative to the total weight of the polymeric coating of polyvinyl pyrrolidone having a weight average molecular weight (Mw) of from 1,000 - 50,000 g/mol measured according to a GPC-method using polystyrene as standard, that can be removed via decomposition by heat, catalytically or by solvent treatment, and wherein the polymeric coating is present in an amount of 0.10 to 10.00 % by weight, relative to the total weight of the particles.
A bottle wire rack adapted to carry bottles comprising: - at least one portable carrier section with at least two carrier rods having recesses for receiving a bottle, said carrier section being located horizontally on the wire rack, - at least one supporting rod that is attached to the carrier rods, a main frame comprising an installment section for the rack to be placed in a cooling unit, characterized in that - the bottle rack further comprises at least two receiving sections, each receiving section comprising two receiving rods for each carrier section to be hanged, located opposite to each other, - the main frame accommodates receiving and carrier sections, - the receiving sections are located vertically on the same axis above one another. - at least one portable carrier section with at least two carrier rods having recesses for receiving a bottle, said carrier section being located horizontally on the wire rack, - at least one supporting rod that is attached to the carrier rods, - the bottle rack further comprises at least two receiving sections, each receiving section comprising two receiving rods for each carrier section to be hanged, located opposite to each other, - the main frame accommodates receiving and carrier sections, - the receiving sections are located vertically on the same axis above one another.
A uranium hexafluoride hydrolysis reactor, comprising: - a hydrolysis chamber, comprising a wall delimiting an internal volume; - a tubular injector comprising first, second and third concentric fluid circulation ducts, the tubular injector being mounted through the wall of the hydrolysis chamber and presenting an inner end located in the internal volume and an outer end located outside the internal volume; wherein: - the first, second and third ducts present at the inner end first, second and third internal openings respectively, opening into the internal volume; - the tubular injector includes, at the outer end, first, second and third fittings fluidically connected respectively to the first, second and third ducts and intended to be connected respectively with a source of UF 6, a source of inert gas and a source of water vapor; and - the tubular injector is obtained by additive manufacturing, the tubular injector presenting oval outer sections over at least a part of its length. - a hydrolysis chamber, comprising a wall delimiting an internal volume; - a tubular injector comprising first, second and third concentric fluid circulation ducts, the tubular injector being mounted through the wall of the hydrolysis chamber and presenting an inner end located in the internal volume and an outer end located outside the internal volume; - the first, second and third ducts present at the inner end first, second and third internal openings respectively, opening into the internal volume; - the tubular injector includes, at the outer end, first, second and third fittings fluidically connected respectively to the first, second and third ducts and intended to be connected respectively with a source of UF 6, a source of inert gas and a source of water vapor; and - the tubular injector is obtained by additive manufacturing, the tubular injector presenting oval outer sections over at least a part of its length.
A pipe end correction method of a seamless pipe for correcting an inner diameter of pipe end of a seamless pipe made of a high Cr stainless steel containing 8 to 35 mass% Cr, and 0.1 to 10 mass% Ni, the pipe end correction method being characterized by comprising: a pipe end correction step (#20), following hot tube-making and heat treatment (#5), of forcing a plug for inner diameter correction into the inside of a pipe end portion of the seamless pipe so as to expand the pipe end portion while oxide scale remains accumulated on an inner surface of the pipe end portion of the seamless pipe, the oxide scale being generated during the tube-making or the heat treatment; and a lubricant film forming step (#15), prior to the pipe end correction step, of applying lubricant at least either on the inner surface of the pipe end portion of the seamless pipe or on a surface of the plug so as to form a lubricant film thereon, wherein shotblasting and acid pickling treatments are applied to the seamless pipe after the pipe end correction step (#25). a pipe end correction step (#20), following hot tube-making and heat treatment (#5), of forcing a plug for inner diameter correction into the inside of a pipe end portion of the seamless pipe so as to expand the pipe end portion while oxide scale remains accumulated on an inner surface of the pipe end portion of the seamless pipe, the oxide scale being generated during the tube-making or the heat treatment; and a lubricant film forming step (#15), prior to the pipe end correction step, of applying lubricant at least either on the inner surface of the pipe end portion of the seamless pipe or on a surface of the plug so as to form a lubricant film thereon, wherein shotblasting and acid pickling treatments are applied to the seamless pipe after the pipe end correction step (#25).
An aerosol-generating system comprising a housing having a first portion and a second portion, the housing comprising: an air inlet (26, 26a, 26b); a nicotine source; a volatile delivery enhancing compound source; and an air outlet, wherein the first portion of the housing and the second portion of the housing are movable relative to one another between an open position in which the nicotine source and the volatile delivery enhancing compound source are both in fluid communication with an airflow pathway through the housing between the air inlet (26, 26a, 26b) and the air outlet and a closed position in which either the air flow pathway through the housing between the air inlet (26, 26a, 26b) and the air outlet is obstructed or the nicotine source and the volatile delivery enhancing compound source are both not in fluid communication with the airflow pathway through the housing between the air inlet (26, 26a, 26b) and the air outlet or both. an air inlet (26, 26a, 26b); a nicotine source; a volatile delivery enhancing compound source; and an air outlet,
A system for launch and retrieval of a vessel in water comprising: a cage comprising a plurality of structural members configurable to at least partially surround the vessel; an opening in at least one portion of the cage configurable to allow the vessel to enter and exit the cage; and characterized by: at least one float (20; 20A; 20B) movably coupled to an upright structural member of the cage and configured to allow movement of the cage between a first elevation and a second elevation relative to the float (20; 20A; 20B). a cage comprising a plurality of structural members configurable to at least partially surround the vessel; an opening in at least one portion of the cage configurable to allow the vessel to enter and exit the cage; and characterized by: at least one float (20; 20A; 20B) movably coupled to an upright structural member of the cage and configured to allow movement of the cage between a first elevation and a second elevation relative to the float (20; 20A; 20B). at least one float (20; 20A; 20B) movably coupled to an upright structural member of the cage and configured to allow movement of the cage between a first elevation and a second elevation relative to the float (20; 20A; 20B).