mhurhangee/ep-ind-claims huggingface dataset:
Device for cleaning and polishing connections of underwater equipment, comprising: a connecting element designed to be connected to a torque generating device; a cleaning fluid discharging device comprising at least one tank of cleaning fluid, and a cleaning element connected to the tank of cleaning fluid of the discharging device via a support for the cleaning element, in which the support for the cleaning element comprises at least one channel that connects the at least one tank of cleaning fluid to the cleaning element characterized in that: the device comprises at least one actuating chamber and a piston located between the tank of cleaning fluid and the actuating chamber, said piston isolating the tank of cleaning fluid from the actuating chamber, the actuating chamber comprising means for actuating the piston, exerting pressure (P 1) on the cleaning fluid contained in the tank, in that the actuating chamber comprises a pressure compensating system configured to level the pressure inside the actuating chamber with the external pressure (P SEA), and in that the means for actuating the piston comprise an elastic element. a connecting element designed to be connected to a torque generating device; a cleaning fluid discharging device comprising at least one tank of cleaning fluid, and a cleaning element connected to the tank of cleaning fluid of the discharging device via a support for the cleaning element, in which the support for the cleaning element comprises at least one channel that connects the at least one tank of cleaning fluid to the cleaning element characterized in that: the device comprises at least one actuating chamber and a piston located between the tank of cleaning fluid and the actuating chamber, said piston isolating the tank of cleaning fluid from the actuating chamber, the actuating chamber comprising means for actuating the piston, exerting pressure (P 1) on the cleaning fluid contained in the tank, in that the actuating chamber comprises a pressure compensating system configured to level the pressure inside the actuating chamber with the external pressure (P SEA), and in that the means for actuating the piston comprise an elastic element. the device comprises at least one actuating chamber and a piston located between the tank of cleaning fluid and the actuating chamber, said piston isolating the tank of cleaning fluid from the actuating chamber, the actuating chamber comprising means for actuating the piston, exerting pressure (P 1) on the cleaning fluid contained in the tank, in that the actuating chamber comprises a pressure compensating system configured to level the pressure inside the actuating chamber with the external pressure (P SEA), and in that the means for actuating the piston comprise an elastic element.
Lactic acid bacteria for use in healing a cutaneous wound in a human or animal subject by topical administration to the wound, wherein the bacteria are Lactobacillus reuteri and are transformed with a plasmid comprising a nucleotide sequence encoding a protein selected from the group consisting of CXCL12, CXCL17 and Ym1, wherein the plasmid is capable of expressing said protein in said lactic acid bacteria.
A method for manufacturing a cable bead, comprising the steps of: arranging a plurality of carriages, each carrying an annular core and a reel wound with a wire, around a reel revolving means, the reel revolving means configured to revolve the reel with two arms (22R, 22L) thereof; holding the core with one of the arms and setting the core on a core rotating means, the core rotating means disposed near the reel revolving means to rotate the core in a circumferential direction, and holding the reel with the other of the arms and positioning the reel on one side of the core set on the core rotating means; manufacturing a cable bead by winding the wire helically around the core, with the reel revolved as the reel is held alternately by each of the two arms and the core rotated circumferentially in association with the revolution of the reel; and holding the manufactured cable bead with an arm not holding the reel and returning the cable bead and the reel to the carriage. arranging a plurality of carriages, each carrying an annular core and a reel wound with a wire, around a reel revolving means, the reel revolving means configured to revolve the reel with two arms (22R, 22L) thereof; holding the core with one of the arms and setting the core on a core rotating means, the core rotating means disposed near the reel revolving means to rotate the core in a circumferential direction, and holding the reel with the other of the arms and positioning the reel on one side of the core set on the core rotating means; manufacturing a cable bead by winding the wire helically around the core, with the reel revolved as the reel is held alternately by each of the two arms and the core rotated circumferentially in association with the revolution of the reel; and holding the manufactured cable bead with an arm not holding the reel and returning the cable bead and the reel to the carriage.
A soil-working apparatus, preferably for working soil in a row of a row crop, wherein the soil-working apparatus is configured to be mounted onto a support structure and to be moved at a driving speed in the direction of travel parallel to and along a row of a row crop on an area of agricultural land, characterized in that the soil-working apparatus has tools which are configured to be moved in a star-shaped manner along a circulation path, such as a slotted guide or the like, at a variable speed of movement, wherein the circulation path is oriented at an angle (β) transversely with respect to the direction of travel, which angle (β) - is at least 10° or at least 20° or at least 30° and/or - is at most 80° or at most 70° or at most 60°. - is at least 10° or at least 20° or at least 30° and/or - is at most 80° or at most 70° or at most 60°.
An inkjet printing system, comprising: an ink reservoir defining a longitudinal axis and supported for rotation in at least one degree of freedom relative to a vertical reference axis, the ink reservoir defining an ink-receiving chamber and a control chamber; a control fluid source fluidly communicating with the control chamber to deliver a control fluid across a range of pressure levels to dynamically control a pressure of ink disposed in the ink-receiving chamber; an orientation sensor for determining an orientation of the longitudinal axis of the ink reservoir and generate an orientation signal; and a processor operably coupled to the control fluid source and the orientation sensor, the processor programmed to: infer an angle of the longitudinal axis relative to the vertical reference axis based on the orientation signal from the orientation sensor; determine a desired pressure for the control chamber based, at least in part, on the inferred angle of the longitudinal axis; and control the control fluid source to adjust the actual pressure level in the control chamber to the desired pressure for the control chamber. an ink reservoir defining a longitudinal axis and supported for rotation in at least one degree of freedom relative to a vertical reference axis, the ink reservoir defining an ink-receiving chamber and a control chamber; a control fluid source fluidly communicating with the control chamber to deliver a control fluid across a range of pressure levels to dynamically control a pressure of ink disposed in the ink-receiving chamber; an orientation sensor for determining an orientation of the longitudinal axis of the ink reservoir and generate an orientation signal; and a processor operably coupled to the control fluid source and the orientation sensor, the processor programmed to: infer an angle of the longitudinal axis relative to the vertical reference axis based on the orientation signal from the orientation sensor; determine a desired pressure for the control chamber based, at least in part, on the inferred angle of the longitudinal axis; and control the control fluid source to adjust the actual pressure level in the control chamber to the desired pressure for the control chamber. infer an angle of the longitudinal axis relative to the vertical reference axis based on the orientation signal from the orientation sensor; determine a desired pressure for the control chamber based, at least in part, on the inferred angle of the longitudinal axis; and control the control fluid source to adjust the actual pressure level in the control chamber to the desired pressure for the control chamber.
A method for detection of the mutant-type DNA or/and wild-type DNA which comprises the following steps to: a step in which at least one of a single-stranded mutant-type DNA having a substituted nucleotide, a deficient nucleotide region, or an inserted nucleotide region, or/and a single-stranded wild-type DNA corresponding to the mutant-type DNA are contacted with a probe hybridizing with both single-stranded DNAs, to form a mutant-type hybrid with the mutant-type DNA or/and a wild-type hybrid with the wild-type DNA, wherein at least one of the mutant-type hybrid and the wild-type hybrid has a loop structure, a step in which the obtained mutant-type hybrid or/and wild-type hybrid are contacted with an intercalator, and a step in which the presence or absence of the mutant-type DNA or/and the wild-type DNA is detected by separating, by electrophoresis, the conjugate of mutant-type hybrid and intercalator or/and the conjugate of wild-type hybrid and intercalator. a step in which at least one of a single-stranded mutant-type DNA having a substituted nucleotide, a deficient nucleotide region, or an inserted nucleotide region, or/and a single-stranded wild-type DNA corresponding to the mutant-type DNA are contacted with a probe hybridizing with both single-stranded DNAs, to form a mutant-type hybrid with the mutant-type DNA or/and a wild-type hybrid with the wild-type DNA, wherein at least one of the mutant-type hybrid and the wild-type hybrid has a loop structure, a step in which the obtained mutant-type hybrid or/and wild-type hybrid are contacted with an intercalator, and a step in which the presence or absence of the mutant-type DNA or/and the wild-type DNA is detected by separating, by electrophoresis, the conjugate of mutant-type hybrid and intercalator or/and the conjugate of wild-type hybrid and intercalator.
An embolic protection system for isolating the cerebral vasculature, the system comprising: an elongate outer sheath, having a proximal end and a distal end; an inner member extending through a lumen of the outer sheath; a distal anchoring mechanism coupled to a distal end region of the inner member; a proximal filter membrane carried between the inner member and the outer sheath, the proximal filter membrane configured to extend from the left subclavian artery to the brachiocephalic artery; an aortic support hoop coupled to the proximal filter membrane and configured to seal the proximal filter membrane against the wall of the aorta; and a handle including a first actuation mechanism coupled to proximal end of the inner member and a second actuation mechanism coupled to the proximal end of the outer sheath. an elongate outer sheath, having a proximal end and a distal end; an inner member extending through a lumen of the outer sheath; a distal anchoring mechanism coupled to a distal end region of the inner member; a proximal filter membrane carried between the inner member and the outer sheath, the proximal filter membrane configured to extend from the left subclavian artery to the brachiocephalic artery; an aortic support hoop coupled to the proximal filter membrane and configured to seal the proximal filter membrane against the wall of the aorta; and a handle including a first actuation mechanism coupled to proximal end of the inner member and a second actuation mechanism coupled to the proximal end of the outer sheath.
A manipulated limbal epithelial stem cell for use in a method of preventing, ameliorating or treating corneal dystrophy in a subject in need thereof, wherein said manipulated limbal epithelial stem cell is obtained by a method comprising manipulating a nucleic acid mutation in a corneal dystrophy target nucleic acid in a limbal epithelial stem cell from said subject to correct the nucleic acid mutation by replacing the mutant allele with a wild type allele through homologous recombination with a homology repair nucleic acid containing said wild type allele, wherein said corneal dystrophy target nucleic acid is a TGFβI, COL4A1, COL4A2, COL4A3, COL4A4, LOX, SPARC, LRRN1, HGF, AKAP13, ZNF469, ATG12P2, GS1-256O22.5, PLEKHA6, APOL4, SLC44A3, SLC6A18, SLC29A3, RANBP3L, KCNMA1, MUC5AC, CROCC, ATHL1, PLP1, KRT3, KRT12, GSN or UBIAD1 target nucleic acid. wherein said manipulated limbal epithelial stem cell is obtained by a method comprising manipulating a nucleic acid mutation in a corneal dystrophy target nucleic acid in a limbal epithelial stem cell from said subject to correct the nucleic acid mutation by replacing the mutant allele with a wild type allele through homologous recombination with a homology repair nucleic acid containing said wild type allele, wherein said corneal dystrophy target nucleic acid is a TGFβI, COL4A1, COL4A2, COL4A3, COL4A4, LOX, SPARC, LRRN1, HGF, AKAP13, ZNF469, ATG12P2, GS1-256O22.5, PLEKHA6, APOL4, SLC44A3, SLC6A18, SLC29A3, RANBP3L, KCNMA1, MUC5AC, CROCC, ATHL1, PLP1, KRT3, KRT12, GSN or UBIAD1 target nucleic acid.
A device for determining intravascular pressure and irregular placement of a vascular access needle retained within a vascular access site of a patient during a current dialysis treatment, the device comprising: an analyzer for automatically determining venous access pressure at a location of venous needle insertion into the vascular access site of the patient and determining a ratio of VAP to mean arterial pressure, where the analyzer determines multiple VAP values over multiple time periods and determines multiple ratios for the current dialysis treatment, one for each VAP value; and characterized by a comparator configured to compare each ratio for the current dialysis treatment to a predetermined standard ratio derived from a moving average of VAP ratios from at least one previous dialysis treatment, where the comparator indicates irregular placement of the retained vascular access needle within the vascular access site of the patient when the current ratio is elevated above the standard ratio. an analyzer for automatically determining venous access pressure at a location of venous needle insertion into the vascular access site of the patient and determining a ratio of VAP to mean arterial pressure, where the analyzer determines multiple VAP values over multiple time periods and determines multiple ratios for the current dialysis treatment, one for each VAP value; and characterized by a comparator configured to compare each ratio for the current dialysis treatment to a predetermined standard ratio derived from a moving average of VAP ratios from at least one previous dialysis treatment, where the comparator indicates irregular placement of the retained vascular access needle within the vascular access site of the patient when the current ratio is elevated above the standard ratio.
A pharmaceutical composition for use in a method of treating and/or preventing cancer comprising, as an active ingredient, the antisense polynucleotide of hsa-miR-4454, wherein the antisense polynucleotide specifically binds to hsa-miR-4454.
Method for adapting a heating power of at least one heating element of a domestic appliance, in particular a food processor for at least partially automatic preparation of food, wherein the domestic appliance comprises a temperature sensor for measuring a temperature at a receiving space of the domestic appliance, wherein the following steps are provided: a) performing a heating phase with such a heating power adjustment that the temperature aims at a predetermined set temperature, b) performing a temperature holding phase when the temperature has reached the set temperature, wherein heating power limitation occurs in the temperature holding phase, c) performing at least one evaluation of the temperature based on the set temperature during the temperature holding phase so that an evaluation result is determined, d) performing a stabilization phase when the evaluation result satisfies a stabilization criterion, wherein in the stabilization phase the heating power adjustment occurs in such a way that the temperature aims at a certain stabilization temperature, wherein the stabilization temperature is greater than the set temperature. a) performing a heating phase with such a heating power adjustment that the temperature aims at a predetermined set temperature, b) performing a temperature holding phase when the temperature has reached the set temperature, wherein heating power limitation occurs in the temperature holding phase, c) performing at least one evaluation of the temperature based on the set temperature during the temperature holding phase so that an evaluation result is determined, d) performing a stabilization phase when the evaluation result satisfies a stabilization criterion, wherein in the stabilization phase the heating power adjustment occurs in such a way that the temperature aims at a certain stabilization temperature, wherein the stabilization temperature is greater than the set temperature.
A tunable microwave/millimeter-wave transmission type arrangement comprising a tunable impedance surface, comprising an Electromagnetic Bandgap Structure (Photonic Bandgap Structure) comprising at least one tunable ferroelectric layer (3 3, 3 4 '), at least one first, top, metal layer and at least one second metal layer (1 3, 2 3, 1 4 ', 2 4 ') said first and second metal layers being disposed on opposite sides of the ferroelectric layer, and in that at least the first, top, metal layer being patterned and the dielectric permittivity of the at least one ferroelectric layer being dependent on a DC biasing voltage applied directly to first and second metal layers disposed on different sides of the ferroelectric layer, characterized in that the first patterned metal layer is so patterned as to form or comprise a 2D array of radiators, that the second metal layer is so patterned as to form or comprise a 2D array of radiators, the radiators being arranged in at least two 2D arrays, comprising said first and second metal layers between which the ferroelectric layer is disposed.
Device for positioning a sensor in a plant for the production of blown films, said device comprising a rigid traverse (3; 13) rotatably mounted on a pair of trolleys that follow a circular track and can be moved individually, said sensor being mounted on said rigid traverse (3; 13) at a central position and radially oriented towards the center of said circular track, characterized in that the structure of the rigid traverse (3; 13) is formed of at least three mutually sliding parts (3a, 3b, 3c; 13a, 13b) and in that the device further includes actuating means arranged to vary the length of the traverse (3; 13) by acting on at least two of said at least three parts (3a, 3b, 3c; 13a, 13b) that form the structure of the traverse (3; 13), the sensor being mounted on an intermediate part (3b; 13a) of said at least three parts that is not secured to said trolleys and always keeps the sensor at a central position.
A railing spar for an advancing railing comprising at least a first and a second connecting means (13; 16) for respective fastening to a connection element of a railing post, wherein the railing spar is tubular, in particular in the form of a hollow tube with a longitudinal axis, and extends along this longitudinal axis, wherein the railing spar comprises a first and a second section (18; 19), the first section comprising the first connection means and the second section comprising the second connecting means, the first section and the second section of the railing spar being connected to one another by connecting means, and the railing spar comprising precisely one elongated hole extending in the direction of the longitudinal axis, which is located in the second section of the railing spar, and wherein the first connecting means is in a fixed spatial relationship to the railing spar, characterised in that the second connecting means is arranged in the elongated hole so as to be movable, in particular displaceable, along the longitudinal axis and in that the connecting means movable along the longitudinal axis of the elongated hole (17, 17') is formed as a body with a through-opening and an external groove, in particular as guide rollers with a flange on both sides or a circumferential external groove, which is guided between the inner side of the elongated hole (17, 17').
Method for preparing multi-phase mineral raw materials for use as a binder or semi-finished binder product which have at least two different phases which each have mutually different degrees of grindability, wherein the raw material is comminuted by means of grinding rollers in a mill/screen combination, wherein the mill/screen combination has a screen and a mill, wherein at least once comminuted raw material is supplied to the screen of the mill/screen combination and is screened at that location into coarse material and fine material, wherein at least the fine material is supplied to a use as a hydraulic binder or additive material for the cement industry, characterised in that at least a portion of 10 mol.% of the coarse material which is rejected by the screen is drawn off from the mill/screen combination, wherein the portion of heavy millable phase of the coarse material is increased in the coarse material and the remaining coarse material is supplied to the mill again, and in that a sulphate carrier is comminuted with the raw material and the sulphate carrier is enriched by the method in terms of fine material. wherein the raw material is comminuted by means of grinding rollers in a mill/screen combination, wherein the mill/screen combination has a screen and a mill, wherein at least once comminuted raw material is supplied to the screen of the mill/screen combination and is screened at that location into coarse material and fine material, wherein at least the fine material is supplied to a use as a hydraulic binder or additive material for the cement industry, characterised in that at least a portion of 10 mol.% of the coarse material which is rejected by the screen is drawn off from the mill/screen combination, wherein the portion of heavy millable phase of the coarse material is increased in the coarse material and the remaining coarse material is supplied to the mill again, and in that a sulphate carrier is comminuted with the raw material and the sulphate carrier is enriched by the method in terms of fine material.
A speaker comprising: a driver configured to output sound based on an input sound signal; an enclosure surrounding a rear side of the driver; and an air adsorption member comprising graphene provided in the enclosure, characterized in that: the air adsorption member comprises a scaffold to which the graphene is attached, and the scaffold has a grid form, wherein a space between grids of the scaffold have a size larger than a size of the graphene. a driver configured to output sound based on an input sound signal; an enclosure surrounding a rear side of the driver; and an air adsorption member comprising graphene provided in the enclosure, characterized in that: the air adsorption member comprises a scaffold to which the graphene is attached, and the scaffold has a grid form, wherein a space between grids of the scaffold have a size larger than a size of the graphene. the air adsorption member comprises a scaffold to which the graphene is attached, and the scaffold has a grid form, wherein a space between grids of the scaffold have a size larger than a size of the graphene.