mhurhangee/ep-ind-claims huggingface dataset:
An aircraft fuel tank comprising a water sensor, arranged at the bottom of said tank and comprising an optical component being able to differentiate between water and fuel connected to calculation and processing means in order to receive a presence of water signal sent by said sensor, characterized in that calculation and processing means are configured to interpret the water presence signal and provide information on whether or not it is necessary to carry out a drainage operation depending on the quantity of water present in the bottom of the tank, and the optical component is connected to the calculation and treatment means via at least one optical fiber.
A compound represented by formula, or a pharmacologically acceptable salt thereof: wherein X 1 represents -N= or -CH=, X 2 represents -CH= or -N=, R 1 and R 2 each independently represent a C 1 to C 6 alkyl group, a C 1 to C 6 alkoxy group, or a halogeno group (the C 1 to C 6 alkyl group and the C 1 to C 6 alkoxy group are each optionally substituted by 1 to 3 fluoro groups), R 3 is a furyl group, a thienyl group, a pyridyl group, a phenyl group, a n-butyl group, or a cyclopentyl group (the furyl group, the thienyl group, the pyridyl group, and the phenyl group are each optionally substituted by 1 or 2 identical or different groups selected from a methyl group and a halogeno group); R 4 is a group X 1 represents -N= or -CH=, X 2 represents -CH= or -N=, R 1 and R 2 each independently represent a C 1 to C 6 alkyl group, a C 1 to C 6 alkoxy group, or a halogeno group (the C 1 to C 6 alkyl group and the C 1 to C 6 alkoxy group are each optionally substituted by 1 to 3 fluoro groups), R 3 is a furyl group, a thienyl group, a pyridyl group, a phenyl group, a n-butyl group, or a cyclopentyl group (the furyl group, the thienyl group, the pyridyl group, and the phenyl group are each optionally substituted by 1 or 2 identical or different groups selected from a methyl group and a halogeno group); R 4 is a group
A replaceable tri-color ink cartridge (1, 101, 201), comprising three chambers (3, 5, 103, 105) for different colors ink; a headland (13, 113, 213); and a printhead die (9, 109, 209) attached to the headland, including at least three nozzle arrays wherein each nozzle array is fluidically connected to one of the chamber and has a length of at least 14.3 millimeters; and wherein the cartridge comprising a standpipe opening (149, 259) into the chamber at one end and into a plenum (140, 240, 250) at an opposite end, the plenum defining a headland slot fluidically connected to the die; wherein the volume of the plenum is at least 10 cubic millimeters; and wherein the plenum has an inclined ceiling that slopes downwards from the standpipe, the ceiling having a continuous slope from end to end of between 8 and 11 degrees with respect to a horizontal in a normal operational condition.
A solution for use in a method of treating pulmonary bulla, the solution comprising a self-assembling peptide comprising between about 7 amino acids and 32 amino acids, wherein at least a portion of the peptide is amphiphilic, such that the peptide may exhibit a beta-sheet structure in aqueous solution in a presence of physiological conditions at or near a site of a pulmonary bulla, for use in an effective amount and in an effective concentration to a target area to form a hydrogel barrier under physiological conditions of the target area to treat a pulmonary bulla; wherein the solution is introduced through a delivery device following the step of introducing a delivery device to a target area of the pulmonary bulla of the subject and positioning an end of the delivery device in the target area in which the treatment of the pulmonary bulla is desired; and wherein the delivery device is removed from the target area.
A connector comprising: at least one multi-fiber ferrule having a front face presenting a plurality of fiber end faces, and a back face having a first surface and defining a first orifice through which said fibers pass; a retainer for holding said at least one multi-fiber ferrule, said retainer comprising a front face having a second surface, said second surface defining a second orifice through which said fibers pass through said second surface, said second surface contacting said first surface; wherein at least one of said first or second surface (103, 106) is convex along at least one of an x-axis or a y-axis such that said at least one multi-fiber ferrule is able to move relative to said retainer about at least one of said axes (110, 111), said axes (110, 111) being perpendicular to an optical axis of said fibers, and wherein said multi-fiber ferrule is a non-biased multi-fiber ferrule for connecting with a spring biased multi-fiber ferrule of a second connector, the connector being provided with a slot in said second surface, said slot leading to the said second orifice, the connector being characterised in that the said slot extends through the side of the retainer and through the entire length of the retainer from its front face to its back face and allows said fibers extending from the back face of the said at least one multi-fiber ferrule to be inserted into said second orifice via said slot. at least one multi-fiber ferrule having a front face presenting a plurality of fiber end faces, and a back face having a first surface and defining a first orifice through which said fibers pass; a retainer for holding said at least one multi-fiber ferrule, said retainer comprising a front face having a second surface, said second surface defining a second orifice through which said fibers pass through said second surface, said second surface contacting said first surface; wherein at least one of said first or second surface (103, 106) is convex along at least one of an x-axis or a y-axis such that said at least one multi-fiber ferrule is able to move relative to said retainer about at least one of said axes (110, 111), said axes (110, 111) being perpendicular to an optical axis of said fibers, and wherein said multi-fiber ferrule is a non-biased multi-fiber ferrule for connecting with a spring biased multi-fiber ferrule of a second connector, the connector being provided with a slot in said second surface, said slot leading to the said second orifice, the connector being characterised in that the said slot extends through the side of the retainer and through the entire length of the retainer from its front face to its back face and allows said fibers extending from the back face of the said at least one multi-fiber ferrule to be inserted into said second orifice via said slot.
A system for producing plastic containers comprising, in sequence: - an extruder; - a molding apparatus for producing preforms; - a thermal conditioning apparatus for thermally conditioning the preforms; - a blow molding apparatus for producing containers from the preforms; - an aseptic filling and capping apparatus for filling and capping the containers; characterized in that the system comprises a pulsed light irradiation apparatus (50, 55, 60, 70); and in that the extruder, the molding apparatus, the thermal conditioning apparatus, the blow molding apparatus, the pulsed light irradiation apparatus (50, 55, 60, 70) and the aseptic filling and capping apparatus are arranged in sequence one after another, thus defining a production line. - an extruder; - a molding apparatus for producing preforms; - a thermal conditioning apparatus for thermally conditioning the preforms; - a blow molding apparatus for producing containers from the preforms; - an aseptic filling and capping apparatus for filling and capping the containers;
A milling installation for arid, which includes a vertical mill which has a milling chamber with a vertical axis rotor and a rigid wall coaxially surrounding said rotor, the milling installation comprising an air inlet located in the lower part of the milling chamber of the mill, means to make an air current circulate in an ascending direction through the milling chamber, from said air inlet, with capacity to drag into the milling chamber the fine particles produced in the milling chamber and means for separating the fine particles dragged by the air current through which the air current and fine particles dragged by said air current are made to pass; the air inlet being located below the rotor of the milling chamber of the mill; and means for making the air current circulate consisting of a suction fan arranged after the means for separating fine particles; and means for separating fine particles comprising a static separator arranged on top of the milling chamber of the mill, after which a cyclone and a sleeve filter are located in which the successive separation of fine particles is carried out according to decreasing sizes of dragged particles, whereby the static separator comprises two coaxial walls, one internal wall and one external wall between which a central chamber and an annular chamber are delimited; the central chamber being subdivided into two independent areas, one lower area, which leads into the milling chamber and through which the supply of material to be milled is carried out, and one upper area which is not connected to the milling chamber, has a lower outlet for the extraction of a first fraction of particles and has an upper outlet from which a pipe starts leading to the cyclone in which the coarser particles are separated from the fine particles in order to be extracted through a third mouth; and the annular chamber of which leads, at the bottom, into the milling chamber and is connected, at the top, to the upper area of the central chamber by way of a crown of pivotable vanes..
Device for mass selective determination of at least one ion, comprising - at least one ion trap for storing at least one ion, wherein the ion trap has at least one ring electrode, wherein the ring electrode has at least one first opening and at least one second opening, wherein the ion trap has at least one first electrode arranged at the first opening and at least one second electrode arranged at the second opening, - at least one amplifier for providing a radio-frequency storage signal for the ion trap, - a primary transformer connected to the amplifier and to the ring electrode for forwarding the radio frequency storage signal to the ring electrode by means of the primary transformer, - at least one first transformer which is connected to the amplifier and the first electrode in such a way that the radio-frequency storage signal is coupled into the first electrode via the first transformer, wherein - the primary transformer and the first transformer have an identical transformer core and an identical primary winding, - the primary transformer has a first secondary winding, - the first transformer has a second secondary winding, which is different from the first secondary winding, and wherein - the winding sense of the first secondary winding and the winding sense of the second secondary winding are different. - at least one ion trap for storing at least one ion, wherein the ion trap has at least one ring electrode, wherein the ring electrode has at least one first opening and at least one second opening, wherein the ion trap has at least one first electrode arranged at the first opening and at least one second electrode arranged at the second opening, - at least one amplifier for providing a radio-frequency storage signal for the ion trap, - a primary transformer connected to the amplifier and to the ring electrode for forwarding the radio frequency storage signal to the ring electrode by means of the primary transformer, - at least one first transformer which is connected to the amplifier and the first electrode in such a way that the radio-frequency storage signal is coupled into the first electrode via the first transformer, - the primary transformer and the first transformer have an identical transformer core and an identical primary winding, - the primary transformer has a first secondary winding, - the first transformer has a second secondary winding, which is different from the first secondary winding, and wherein - the winding sense of the first secondary winding and the winding sense of the second secondary winding are different.
Plant for the endless, batch or combined production of strips and plates of hot-rolled steel with thickness from 0,6 mm to 50 mm or half of the maximum thickness of the cast slab, comprising a continuous caster with liquid core reduction of thin slabs having a minimum thickness of 80 mm at the outlet of said continuous caster, followed by an induction heater, with a first shear therebetween, and then a rolling mill followed by a second shear and a run out table with a cooling device and a pusher or pusher/piler for plates and then a third shear and a plurality of coilers, said plant further including a minimum-reduction rolling stand arranged between said continuous caster and said first shear, said minimum-reduction rolling stand being designed to perform a slab thickness reduction of only about 10% and in any case not more than 20%, starting from a thickness reduction of about 8 mm, wherein the plant further includes an additional induction heater and a descaler that are arranged between the continuous caster and the minimum-reduction rolling stand.
A method for monitoring the status of a plurality of connected battery cells (C1-C10) in a battery pack, said method comprising: - arranging said battery cells (C1-C10) in at least two groups (G1-G6) of cells; - connecting each one of said groups (G1-G6) of cells to a corresponding sensor (S1-S6) forming part of a sensor unit; and - providing a measurement of at least one parameter indicative of the state of operation of said battery pack by means of said sensor unit; characterized in that the method further comprises: - arranging said groups (G1-G6) of cells (C1-C10) in a manner so that: - at least two of said groups (G1-G6) comprise two or more cells, and - at least two of said groups (G1-G6) overlap so that a cell forms part of said overlapping groups; and - connecting each sensor (S1-S6) of said sensor unit to each one of said corresponding groups (G1-G6) for estimating a measurement of said parameter for each one of said groups (G1-G6); and wherein - the number of groups (G1-G6) is less than the number of cells (C1-C10). - arranging said battery cells (C1-C10) in at least two groups (G1-G6) of cells; - connecting each one of said groups (G1-G6) of cells to a corresponding sensor (S1-S6) forming part of a sensor unit; and - providing a measurement of at least one parameter indicative of the state of operation of said battery pack by means of said sensor unit; characterized in that the method further comprises: - arranging said groups (G1-G6) of cells (C1-C10) in a manner so that: - at least two of said groups (G1-G6) comprise two or more cells, and - at least two of said groups (G1-G6) overlap so that a cell forms part of said overlapping groups; and - at least two of said groups (G1-G6) comprise two or more cells, and - at least two of said groups (G1-G6) overlap so that a cell forms part of said overlapping groups; and - connecting each sensor (S1-S6) of said sensor unit to each one of said corresponding groups (G1-G6) for estimating a measurement of said parameter for each one of said groups (G1-G6); and wherein - the number of groups (G1-G6) is less than the number of cells (C1-C10).
An arrangement, with an exhaust pipe that is connected to a heating system, and with a pipe bend for exhaust gas conduction in heating systems, with a first pipe bend section arranged concentrically to a first longitudinal axis and a second pipe bend section arranged concentrically to a second longitudinal axis, wherein the two longitudinal axes (13, 14) are arranged approximately perpendicular to one another, wherein the two pipe bend sections (11, 12) are connected to one another via a continuously curved bend section, wherein the second pipe bend section has a smaller length than the first pipe bend section, characterized in - that the second pipe bend section has a positive-locking connection, - that the second pipe bend section additionally has a sealing device for arranging a sealing element, - that the sealing device is configured for sealing the second pipe bend section with respect to the exhaust pipe in a gastight manner, - that the positive-locking connection directly adjoins the bend section, - that the pipe bend is formed in one piece from plastic, and - that the second pipe bend section having the smaller length is connected to the exhaust pipe on that side of the bend section that faces the heating system. - that the second pipe bend section has a positive-locking connection, - that the second pipe bend section additionally has a sealing device for arranging a sealing element, - that the sealing device is configured for sealing the second pipe bend section with respect to the exhaust pipe in a gastight manner, - that the positive-locking connection directly adjoins the bend section, - that the pipe bend is formed in one piece from plastic, and - that the second pipe bend section having the smaller length is connected to the exhaust pipe on that side of the bend section that faces the heating system.
A method comprising: receiving at a first remote unit an indication of resource reservation for uplink communication, wherein the indication is based on information reported from another remote unit that is an ultra-reliable and low latency communication, URLLC, remote unit; determining at the first remote unit a resource based on the indication; and transmitting from the first remote unit data, using Enhanced Mobile Broadband, eMBB, on the resource, characterized in that the indication comprises a single bit indicating whether an uplink communication resource pattern is used. receiving at a first remote unit an indication of resource reservation for uplink communication, wherein the indication is based on information reported from another remote unit that is an ultra-reliable and low latency communication, URLLC, remote unit; determining at the first remote unit a resource based on the indication; and transmitting from the first remote unit data, using Enhanced Mobile Broadband, eMBB, on the resource, characterized in that the indication comprises a single bit indicating whether an uplink communication resource pattern is used.
A method of constructing a beam, the method comprising: providing a first flange and a second flange defining a central beam axis, wherein the first flange and the second flange each have a rectangular cross-section and each comprise a front surface, a back surface parallel to the front surface, a top surface, and a bottom surface parallel to the top surface; providing a number of separately formed web sections each having two convergent side walls and a central wall extending between converging ends of the side walls; arranging the web sections side by side in an alternating arrangement wherein the central walls of adjacent web sections are spaced substantially parallel to each other and are transversely staggered relative to the central beam axis; connecting the side walls of adjacent web sections to one another; and connecting the web sections to both the first flange and second flange, wherein the web sections each have a first edge adjacent the first flange and a second edge adjacent the second flange, characterised in that the web sestions include a strengthening structure in the form of a V-shaped fold, which extends down the centre of the central wall from the first edge to the second edge. providing a first flange and a second flange defining a central beam axis, wherein the first flange and the second flange each have a rectangular cross-section and each comprise a front surface, a back surface parallel to the front surface, a top surface, and a bottom surface parallel to the top surface; providing a number of separately formed web sections each having two convergent side walls and a central wall extending between converging ends of the side walls; arranging the web sections side by side in an alternating arrangement wherein the central walls of adjacent web sections are spaced substantially parallel to each other and are transversely staggered relative to the central beam axis; connecting the side walls of adjacent web sections to one another; and connecting the web sections to both the first flange and second flange, wherein the web sections each have a first edge adjacent the first flange and a second edge adjacent the second flange, characterised in that the web sestions include a strengthening structure in the form of a V-shaped fold, which extends down the centre of the central wall from the first edge to the second edge.
An electrochemical cell comprising: (i) a fuel electrode comprising a metal fuel, (ii) a positive electrode, (iii) an ionically conductive medium, and (iv) a dopant; the electrodes being operable in a discharge mode wherein the metal fuel is oxidized at the fuel electrode to produce a discharge oxidation product comprising the dopant, and wherein the doped discharge oxidation product has a higher conductivity than the same product in the absence of the dopant a surface film comprising the dopant provided on the metal fuel, the dopant of the surface film provided on the metal fuel being for incorporation into the discharge oxidation product during cycling of the cell, characterized in that the electrochemical cell is a secondary battery. (i) a fuel electrode comprising a metal fuel, (ii) a positive electrode, (iii) an ionically conductive medium, and (iv) a dopant; the electrodes being operable in a discharge mode wherein the metal fuel is oxidized at the fuel electrode to produce a discharge oxidation product comprising the dopant, and wherein the doped discharge oxidation product has a higher conductivity than the same product in the absence of the dopant a surface film comprising the dopant provided on the metal fuel, the dopant of the surface film provided on the metal fuel being for incorporation into the discharge oxidation product during cycling of the cell, characterized in that the electrochemical cell is a secondary battery. the electrodes being operable in a discharge mode wherein the metal fuel is oxidized at the fuel electrode to produce a discharge oxidation product comprising the dopant, and wherein the doped discharge oxidation product has a higher conductivity than the same product in the absence of the dopant a surface film comprising the dopant provided on the metal fuel, the dopant of the surface film provided on the metal fuel being for incorporation into the discharge oxidation product during cycling of the cell, characterized in that the electrochemical cell is a secondary battery.
Method for detecting an overload situation in a battery-operated hand-held power tool with an electric motor, wherein an operating current (I B) of the electric motor is determined, a difference (I D) between the value of the operating current (I B) and at least one stored current value (I G) is determined, a thermal overload of the power tool is deduced from the difference (I D) and the thermal overload is assigned a maximum desired time period (t a), characterized in that in the assignment of the maximum desired time period (t a) an operating temperature (T 0) of the hand-held power tool during switching on is taken into account in such a way that the assignment of the thermal overload and the maximum desired time period (t a) is stored as a hyperbolic characteristic, wherein slight exceedances of the stored current value (I G) are assigned a great maximum desired time period (t a).
A composition for use in enhancing an immune response to a microbial pathogen in a subject, wherein the composition comprises: a purified cell wall fraction of a Bacillus coagulans bacterium, wherein said cell wall fraction comprises a bioactive compound between 3 and 30 kDa, and wherein the composition is for administration in an amount that enhances said immune response. a purified cell wall fraction of a Bacillus coagulans bacterium, wherein said cell wall fraction comprises a bioactive compound between 3 and 30 kDa, and wherein the composition is for administration in an amount that enhances said immune response.