mhurhangee/ep-ind-claims huggingface dataset:
A color camera, comprising: at least three sub-cameras, each sub-camera including an imaging lens, a color filter, and an array of detectors; means for combing images from the at least three sub-cameras to form a composite multi-color image, wherein the at least three sub-cameras include a total number of detectors N and a total number of different color sets X, wherein a first number of signals of a first color set is less than or equal to N/X and a second number of signals of a second color set is greater than N/X; and means for shifting a first image output from a first sub-camera associated with the second color set relative to a second image output from a second sub-camera associated with the second color set, wherein resolution of a composite image of the second color set is greater than resolution of an individual sub-camera and a resolution of the composite image of the first color set is no greater than that of an individual sub-camera characterized in that the means for shifting sequentially shifts a first image of the second color set output from the first sub-camera relative to a second image of the second color set output from the second sub-camera. at least three sub-cameras, each sub-camera including an imaging lens, a color filter, and an array of detectors; an imaging lens, a color filter, and an array of detectors; means for combing images from the at least three sub-cameras to form a composite multi-color image, wherein the at least three sub-cameras include a total number of detectors N and a total number of different color sets X, wherein a first number of signals of a first color set is less than or equal to N/X and a second number of signals of a second color set is greater than N/X; and means for shifting a first image output from a first sub-camera associated with the second color set relative to a second image output from a second sub-camera associated with the second color set, wherein resolution of a composite image of the second color set is greater than resolution of an individual sub-camera and a resolution of the composite image of the first color set is no greater than that of an individual sub-camera characterized in that the means for shifting sequentially shifts a first image of the second color set output from the first sub-camera relative to a second image of the second color set output from the second sub-camera.
A process for producing acetic acid, which comprises an acetic acid collection step for feeding a first distillation column with a volatile component at least containing acetic acid, methyl acetate, methyl iodide, water, and hydrogen iodide, separating a first lower boiling point component as an overhead, and collecting a first liquid stream mainly containing acetic acid, and an acetic acid purification step for feeding a second distillation column with the first liquid stream, further separating a second lower boiling point component as an overhead, and collecting a second liquid stream containing acetic acid, wherein an alkaline component is added or mixed in the following manners and/or for distilling a liquid object to be treated containing the first liquid stream and the alkaline component in the second distillation column: the alkaline component is added to or mixed with the first liquid stream before the first liquid stream is fed to the second distillation column, in the second distillation column, the alkaline component is added or mixed at the same height level as a height level at which the first liquid stream is fed or at a height level upper than the height level at which the first liquid stream is fed. the alkaline component is added to or mixed with the first liquid stream before the first liquid stream is fed to the second distillation column, in the second distillation column, the alkaline component is added or mixed at the same height level as a height level at which the first liquid stream is fed or at a height level upper than the height level at which the first liquid stream is fed.
A process for the preparation of a silicate containing at least silicon and oxygen, comprising mixing of silica and/or of a silica precursor with an aqueous solution containing at least one R 1 R 2 R 3 R 4 N + -comprising tetraalkylammonium compound and at least one base; heating of the colloidal solution obtained under to a temperature in the range from greater than the boiling point of the colloidal solution under the chosen pressure to 180°C at atmospheric pressure to give a suspension containing at least one silicate, wherein R 1 and R 2 are methyl and both R 3 and R 4 are n-propyl. mixing of silica and/or of a silica precursor with an aqueous solution containing at least one R 1 R 2 R 3 R 4 N + -comprising tetraalkylammonium compound and at least one base; heating of the colloidal solution obtained under to a temperature in the range from greater than the boiling point of the colloidal solution under the chosen pressure to 180°C at atmospheric pressure to give a suspension containing at least one silicate,
A method for manufacturing an antenna array, comprising the following steps: - providing several antennas; - determining at least one set of quasi-random positions for the antennas based on a predefined algorithm for limiting aliasing effects, wherein the positions are arranged on a manifold having at least one dimension in an irregular manner; and - arranging the antennas according to the at least one set of quasi-random positions obtained from the predefined algorithm for limiting aliasing effects, characterized in that several sets of quasi-random positions are determined based on the predefined algorithm for limiting aliasing effects, wherein one of the several sets of quasi-random positions is selected based on at least one predefined criterion, and wherein the sets of quasi-random positions are respectively transformed into spatial frequency domain, thereby obtaining a spatial spectrum for each of the sets of quasi-random positions, in order to select one of the several sets of quasi-random positions. - providing several antennas; - determining at least one set of quasi-random positions for the antennas based on a predefined algorithm for limiting aliasing effects, wherein the positions are arranged on a manifold having at least one dimension in an irregular manner; and - arranging the antennas according to the at least one set of quasi-random positions obtained from the predefined algorithm for limiting aliasing effects, characterized in that several sets of quasi-random positions are determined based on the predefined algorithm for limiting aliasing effects, wherein one of the several sets of quasi-random positions is selected based on at least one predefined criterion, and wherein the sets of quasi-random positions are respectively transformed into spatial frequency domain, thereby obtaining a spatial spectrum for each of the sets of quasi-random positions, in order to select one of the several sets of quasi-random positions.
A method for detecting a thickness of a protection layer (11, 12) of a fingerprint sensor, the method comprising: step a: collecting fingerprint data via a fingerprint sensor, the fingerprint sensor comprising a plurality of chip sensing units arranged in an array, wherein the finger print data are fingerprint texture depth data; step b: calculating a derivative of the fingerprint data, normalizing the derivative of the fingerprint data, and calculating an integration according to the normalized derivative of the fingerprint data; and step c: acquiring a thickness of a protection layer (11, 12) of the fingerprint sensor according to the integration result. step a: collecting fingerprint data via a fingerprint sensor, the fingerprint sensor comprising a plurality of chip sensing units arranged in an array, wherein the finger print data are fingerprint texture depth data; step b: calculating a derivative of the fingerprint data, normalizing the derivative of the fingerprint data, and calculating an integration according to the normalized derivative of the fingerprint data; and step c: acquiring a thickness of a protection layer (11, 12) of the fingerprint sensor according to the integration result.
Apparatus for producing a base layer of solid tire blanks consisting of a radially inner rubber-under-core ply, a middle core ply and a radially outer covering layer, the apparatus having a pivoting block with two winding drums (8, 9) and a laying unit with a wire support for feeding and depositing the core ply on the winding drum (8, 9), characterized in that the apparatus has a winding system for feeding and depositing the rubber-under-core ply and the covering layer on the winding drum (8, 9), in that the pivoting block with the two winding drums (8, 9) is arranged between the winding system and the laying unit in such a way that, in a first position, the first winding drum is assigned to the winding system and the second winding drum is assigned to the laying unit, and in that the pivoting block is pivotable about an axis in such a way that, in a second position, the first winding drum is assigned to the wire support and the second winding drum is assigned to the winding system.
A process comprising reacting pentahalobenzyl halide with a salt of acrylic acid in water-immiscible solvent, wherein said salt is in aqueous form and the reaction is carried out in the presence of a phase transfer catalyst, separating the reaction mixture into organic and aqueous phases prior to the completion of the reaction, removing the aqueous phase and collecting the organic phase which contains unreacted pentahalobenzyl halide, and allowing the reaction to reach completion through one or more successive reaction stages, wherein each of said one or more successive reaction stages comprises combining an organic phase separated from a previous reaction stage with an aqueous solution comprising a salt of acrylic acid, and recovering the pentahalobenzyl acrylate product.
A vessel for master alloying, the vessel comprising: a crucible including a composite of at least two materials selected from a group consisting of alumina, calcia, yttria, erbia, gadolinia, magnesia, hafnia, and zirconia in a composition that has better resistance to reaction with hafnium from a molten hafnium-containing alloy than a nominal crucible composition of 70wt% magnesia and 30wt% alumina; wherein the composite is selected from the following: a binary composite of yttria and alumina which includes greater than 10wt% of yttria; a binary composite of yttria and zirconia which includes 6-9wt% of yttria; a ternary composite of yttria, zirconia and one of alumina and magnesia which includes 6-9wt% of yttria.
A device for measuring CPR chest compressions performed on a cardiac arrest victim, by a rescuer with the device installed on the cardiac arrest victim, where the thorax is characterized by a thickness, an anterior chest wall and a back, said device comprising: a frame sized and dimensioned to fit at least partially around the thorax of the cardiac arrest victim, said frame comprising an anterior segment, and a posterior segment; an anterior sensor capable of producing a signal corresponding to motion of the anterior chest wall during chest compressions, said anterior sensor disposed in or on the anterior segment of the frame; a posterior sensor capable of producing a signal corresponding to motion of the thorax during chest compressions, said posterior sensor disposed in or on the posterior segment of the frame; and a control system operable to receive the signal corresponding to motion of the anterior chest wall and the signal corresponding to motion of the thorax and determine a depth, a velocity or a rate of chest compressions therefrom characterized in that the frame is configured to provide active decompression for cardiac arrest victims and comprises an adhesive surface on at least a portion of an interior surface of the anterior segment, wherein said frame is resiliently biased to an open configuration as large or larger than the thickness of the thorax of the cardiac arrest victim. a frame sized and dimensioned to fit at least partially around the thorax of the cardiac arrest victim, said frame comprising an anterior segment, and a posterior segment; an anterior sensor capable of producing a signal corresponding to motion of the anterior chest wall during chest compressions, said anterior sensor disposed in or on the anterior segment of the frame; a posterior sensor capable of producing a signal corresponding to motion of the thorax during chest compressions, said posterior sensor disposed in or on the posterior segment of the frame; and a control system operable to receive the signal corresponding to motion of the anterior chest wall and the signal corresponding to motion of the thorax and determine a depth, a velocity or a rate of chest compressions therefrom characterized in that the frame is configured to provide active decompression for cardiac arrest victims and comprises an adhesive surface on at least a portion of an interior surface of the anterior segment, wherein said frame is resiliently biased to an open configuration as large or larger than the thickness of the thorax of the cardiac arrest victim.
Method for digging out a stationary motor vehicle, - with which the driver specifies a driving off direction for the motor vehicle by means of an operating element, - with which a pendulum motion of the motor vehicle is produced by means of temporally successive driver-independent driving force pulses having a first intensity, characterized in that - with which the spatial amplitude of the pendulum motion is determined and compared with a specified threshold value and - if the spatial amplitude of the pendulum motion of the motor vehicle exceeds the threshold value, then a driving off movement of the motor vehicle is produced in the specified driving off direction with at least one driving force pulse directed in the specified driving off direction with a second intensity greater than the first intensity. - with which the driver specifies a driving off direction for the motor vehicle by means of an operating element, - with which a pendulum motion of the motor vehicle is produced by means of temporally successive driver-independent driving force pulses having a first intensity, - with which the spatial amplitude of the pendulum motion is determined and compared with a specified threshold value and - if the spatial amplitude of the pendulum motion of the motor vehicle exceeds the threshold value, then a driving off movement of the motor vehicle is produced in the specified driving off direction with at least one driving force pulse directed in the specified driving off direction with a second intensity greater than the first intensity.
A method for forming a coffee article for preparing a coffee beverage, the method comprising: providing a liquid coffee-extract; foaming and cooling the liquid coffee-extract to obtain a shape-retaining coffee-extract mousse, and shaping and freeze-drying the mousse to obtain a coffee article having a mass of from 0.3 to 5g, wherein the coffee-extract comprises finely ground roasted coffee and the shaping is conducted with the mousse at a temperature of from -8 to -12°C, wherein the liquid coffee-extract comprises finely ground roasted coffee in an amount of from 1 to 50% by weight of the total coffee solids, and wherein the finely ground roasted coffee has a D50 of from 5 to 60 microns. providing a liquid coffee-extract; foaming and cooling the liquid coffee-extract to obtain a shape-retaining coffee-extract mousse, and shaping and freeze-drying the mousse to obtain a coffee article having a mass of from 0.3 to 5g, wherein the coffee-extract comprises finely ground roasted coffee and the shaping is conducted with the mousse at a temperature of from -8 to -12°C, wherein the liquid coffee-extract comprises finely ground roasted coffee in an amount of from 1 to 50% by weight of the total coffee solids, and wherein the finely ground roasted coffee has a D50 of from 5 to 60 microns.
Ramp for a movable passenger bridge for embarking and disembarking passengers to/from a ship, which passenger bridge comprises a number of movable sections (2,3,4) of the passenger bridge, arranged to be adapted to an opening in the hull of a ship, which sections are arranged so that passengers can walk from one section into an adjacent section and to a finishing section arranged to be connected to an opening in the hull of the ship, wherein said ramp is arranged at the finishing section and projects from said finishing section into the ship when docked with the ship, characterised in that the ramp (16,17) comprises two or more parallel footpaths for passengers, in that each footpath comprises a plate (20,21) which is foldable so that it can be folded out and folded up, in that each plate (20,21) is essentially horizontal in its folded out state and essentially vertical in its folded up state, whereby each plate in its folded up state forms a wall for blocking of the footpath in question.
Semi-finished assembly for constructing a heat exchanger for boilers, comprising - a tube bundle for the passage of a fluid to be heated, - a casing which at least partly surrounds a space in which the tube bundle is placed and comprising a peripheral frame defining an opening for access to said space, said frame comprising a plurality of sides, - said plurality of sides comprising at least a first and a second side (31, 32) which are adjacent and provided on separate bodies, characterised in that - at least one of said at least first and second side (31, 32) being made of aluminium or aluminium alloy, with a coating of brazing substance. - a tube bundle for the passage of a fluid to be heated, - a casing which at least partly surrounds a space in which the tube bundle is placed and comprising a peripheral frame defining an opening for access to said space, said frame comprising a plurality of sides, - said plurality of sides comprising at least a first and a second side (31, 32) which are adjacent and provided on separate bodies, characterised in that - at least one of said at least first and second side (31, 32) being made of aluminium or aluminium alloy, with a coating of brazing substance.
A wedge adapter seal comprising: a hard tube having a radially projecting flange; and a wedge shaped body (302; 402; 502) wherein the hard tube is in fluid communication with the wedge shaped body (302; 402; 502) with the radially projecting flange coupled proximate the sealing face (322; 422; 522), the wedge shaped body being characterised in that it comprises a base flange (304; 427) and extends between a base flange face (328; 428; 528) and the sealing face (322; 422; 522), wherein the wedge shaped body (302; 402; 502) comprises a multi-lobed structure, and wherein fastener holes are disposed through the base flange proximate relatively inward curving portions defined between lobes of the multi-lobed structure. a hard tube having a radially projecting flange; and a wedge shaped body (302; 402; 502) wherein the hard tube is in fluid communication with the wedge shaped body (302; 402; 502) with the radially projecting flange coupled proximate the sealing face (322; 422; 522), the wedge shaped body being characterised in that it comprises a base flange (304; 427) and extends between a base flange face (328; 428; 528) and the sealing face (322; 422; 522), wherein the wedge shaped body (302; 402; 502) comprises a multi-lobed structure, and wherein fastener holes are disposed through the base flange proximate relatively inward curving portions defined between lobes of the multi-lobed structure.
Installation for characterising dissolved gas in a liquid, with this installation comprising at least one fluid circuit including first and second branches (2, 3), the first branch having a first end for the intake of the liquid and a second end connected to the second branch, and each branch comprising at least one valve, the first branch comprising a capsule for sampling liquid selectively connected to the first end of the first branch, and in series in this order between its first and second ends (201, 202), a first valve controlling the opening of said capsule, a first container at a controlled temperature and with the emission of ultrasounds able to collect the liquid, a second valve designed to interrupt or establish a communication between the intake of fluid and this first container, and a trap designed to trap the vapour of the liquid, with the second branch comprising a watertight joint section connected to the second end of the first branch, a third valve designed to interrupt or establish a communication between the first branch and the joint section, a pump unit, a fourth valve designed to interrupt or establish a communication between the joint section and this pump unit, a fifth valve designed to interrupt or establish a communication between the first branch and this pump unit, this fifth valve being connected to the first branch between the first container and the vapour trap, a first chamber with a variable volume, a sixth valve designed to interrupt or establish a communication between the joint section and this chamber with a variable volume, means for measuring connected at least selectively to the joint section and including at least one pressure sensor and a temperature sensor, and a seventh valve that makes it possible to connect the joint section to said pressure sensor or to a bottle of neutral gas under pressure.
Method for the control and protection of a gas turbine, whereby a gas turbine performance and lifetime indicative process quantity is estimated from a set of available process signals, characterized in that in order to circumvent the trade-off between estimation accuracy and availability said gas turbine performance and lifetime indicative process quantity is simultaneously evaluated by two different estimation methods (11, 12, 12', 15), whereby the first estimation method (11, 15) has a higher prediction accuracy than the second estimation method, and the second estimation method (12, 12') has a higher availability in terms of less input dependencies than the first estimation method, a continuous adaptation (14, 14') of said second estimation method (12, 12') is conducted in order to align the output signal (T B, T B ') of said second estimation method with the output signal (T A, T C) of said first estimation method, and in case a fault in the evaluation of said first estimation method (11, 15) is detected in a supervision (13, 16), said adaptation (14, 14') of said second estimation method (12, 12') is stopped, and the output of said first estimation method (11, 15) is switched to the output of said second estimation method (12, 12').