mhurhangee/ep-ind-claims huggingface dataset:
A cartridge for liquefied gas comprising a generally cylindrical casing with a side wall and an upper wall having a perforable central part, said cartridge containing a safety device including a seal facing the perforable part and carried by an elastic element tending to urge it around said perforable part, said cartridge comprising a support distinct from said elastic element, characterized in that said support consists of an elastic ring forcedly engaged above an inner annular projection of the side wall of the casing formed in the vicinity of its upper wall, and in that said elastic element is formed by an arcuate strip having two opposite arms (8a, 8b) mechanically engaged with two diametrically opposed areas of said elastic ring.
A composition comprising a therapeutically effective amount of a beta-2 nicotinic acetylcholine receptor (nAChR) antagonist and/or beta-2 nAChR negative allosteric modulator, wherein said beta-2 nAChR antagonist and/or beta-2 nAChR NAM reduces acetylcholine signaling through at least one beta-2 -containing nAChR selected from the group consisting of: alpha-2 alpha-5 beta-2, alpha-2 beta-2, alpha-3 beta-2, alpha-6 beta-2, alpha-3 alpha-5 beta-2, alpha-3 alpha-6 beta-2, alpha-4 alpha-5 beta-2, alpha-4 beta-2 beta-3, and alpha-5 alpha-6 beta-2, for use to prevent or treat a subject suspected to have or suffering from Alzheimer's disease.
A method of analyzing whether a subject has a risk of subsequent DCIS, an invasive cancer, or subsequent DCIS and an invasive cancer, said method comprising: providing a tissue sample from a DCIS lesion from the subject; scoring Ki67 from the tissue sample; scoring at least three of the following: COX-2, p16, ER, PR, and ERBB2 from the tissue sample, wherein a positive score for Ki67 is indicative of a high risk of an invasive cancer, or subsequent DCIS and an invasive cancer, if the tissue sample is p16 positive and COX-2 positive, and wherein a positive score for Ki67 is indicative of a high risk of subsequent DCIS or subsequent DCIS and an invasive cancer, if the tissue sample is a) ER negative and ERBB2 positive, b) p16 positive and COX-2 negative, or c) PR negative and ERBB2 positive. providing a tissue sample from a DCIS lesion from the subject; scoring Ki67 from the tissue sample; scoring at least three of the following: COX-2, p16, ER, PR, and ERBB2 from the tissue sample, wherein a positive score for Ki67 is indicative of a high risk of an invasive cancer, or subsequent DCIS and an invasive cancer, if the tissue sample is p16 positive and COX-2 positive, and wherein a positive score for Ki67 is indicative of a high risk of subsequent DCIS or subsequent DCIS and an invasive cancer, if the tissue sample is a) ER negative and ERBB2 positive, b) p16 positive and COX-2 negative, or c) PR negative and ERBB2 positive.
Sliding door with compensation aid comprising at least one lowerable door leaf suspended on a carriage, wherein the carriage rolls on a rail by means of rollers and the spring force of at least one spring body counteracts the weight of the door leaf in the closing process, wherein the carriage above the rail has at least one further roller which is arranged on the free pivotable end of a spring-loaded reversing lever, and at least partly compensates the weight of the door leaf in the closing process by contact with the rail, characterised in that the further roller is arranged above the rail with a vertical offset and in the closing process comes into contact with the rail, and in that the reversing lever is connected to the carriage via an axis which forms the fulcrum of the reversing lever, wherein the further roller is mounted to be rotatable on one end of the reversing lever, and on the other end, the reversing lever is connected to the head part of the spring body.
A crystalline polymorph of a compound of Formula I: characterized by a powder x-ray diffraction pattern with at least peaks at diffraction angles 2θ of 7.7°, 15.0°, and 18.8° ± 0.2, for use in a method of treating antibiotic associated diarrhea.
A vector for use in the treatment or prevention of a disease or condition, wherein: (i) said vector encodes a polynucleic acid polymer, wherein said polynucleic acid polymer hybridizes to a target sequence within a retained entire intron of a partially processed mRNA transcript, wherein the target sequence of the partially processed mRNA transcript does not comprise a splice site, and wherein the partially processed mRNA transcript comprising the target sequence encodes a full-length functional form of a protein encoded by the fully processed mRNA transcript; and (ii) said polynucleic acid polymer induces splicing out of the retained entire intron from the partially processed mRNA transcript to produce the fully processed mRNA transcript that encodes the full-length functional form of the protein; thereby (iii) intron retention in the mRNA transcript is corrected, thereby increasing expression of the full-length functional form of the protein encoded by the mRNA transcript. (i) said vector encodes a polynucleic acid polymer, wherein said polynucleic acid polymer hybridizes to a target sequence within a retained entire intron of a partially processed mRNA transcript, wherein the target sequence of the partially processed mRNA transcript does not comprise a splice site, and wherein the partially processed mRNA transcript comprising the target sequence encodes a full-length functional form of a protein encoded by the fully processed mRNA transcript; and (ii) said polynucleic acid polymer induces splicing out of the retained entire intron from the partially processed mRNA transcript to produce the fully processed mRNA transcript that encodes the full-length functional form of the protein; thereby (iii) intron retention in the mRNA transcript is corrected, thereby increasing expression of the full-length functional form of the protein encoded by the mRNA transcript.
A structure of a clinch portion of a mounting cup for holding a gasket of said mounting cup clinching a can bead, wherein: said clinch portion includes a curl portion continuous with an upper end of an outer circumferential wall at an inner circumferential edge of said curl portion, and a curl skirt portion having an upper end continuous with an outer circumferential edge of said curl portion, respectively of said mounting cup and being concentric relative to a center line of said mounting cup; an inner plane of said curl portion is formed including a curved plane in an inner portion on a side of said inner circumferential edge and a curved plane in an outer portion on a side of said outer circumferential edge; characterized in that a space into which a portion of said gasket can enter is formed between a virtual curved plane constituting the inner plane of said curl portion with a single radius and said curved plane in said inner portion said clinch portion includes a curl portion continuous with an upper end of an outer circumferential wall at an inner circumferential edge of said curl portion, and a curl skirt portion having an upper end continuous with an outer circumferential edge of said curl portion, respectively of said mounting cup and being concentric relative to a center line of said mounting cup; an inner plane of said curl portion is formed including a curved plane in an inner portion on a side of said inner circumferential edge and a curved plane in an outer portion on a side of said outer circumferential edge;
A method for extending an authentication of a wireless device, comprising: authenticating access to said wireless device via a first authentication; detecting a bonded authentication device as a second authentication; and permitting access to said wireless device when said bonded authentication device is detected, wherein permitting access to said wireless device comprises extending an amount of time of said access so that the amount of time the access is permitted to the wireless device is extended when compared to the amount of time access is permitted when the wireless device is authenticated via the first authentication. authenticating access to said wireless device via a first authentication; detecting a bonded authentication device as a second authentication; and permitting access to said wireless device when said bonded authentication device is detected, wherein permitting access to said wireless device comprises extending an amount of time of said access so that the amount of time the access is permitted to the wireless device is extended when compared to the amount of time access is permitted when the wireless device is authenticated via the first authentication.
Article made of overmoulded composite material comprising a glass body and an overmoulded jacket made of thermoplastic resin, characterised in that said glass is a sodium-calcium comprising (percentages in weight referring to the weight of the glass): CaO from 8 to 10% in weight; Al 2 O 3 from 1 to 2% in weight; ZnO at an amount ranging from 0.3 to 3% in weight. CaO from 8 to 10% in weight; Al 2 O 3 from 1 to 2% in weight; ZnO at an amount ranging from 0.3 to 3% in weight.
A header for an agricultural harvester including a first epicyclical drive configured to drive a first cutter bar and a second epicyclical drive configured to drive a second cutter bar, characterized by: a roller shaft extending between and operatively connected to the first and second epicyclical drives (224, 226) wherein one of the first and second epicyclical drives (224, 226) is driven by the other of the first and second epicyclical drives (224, 226) via the rotatable roller shaft.
A video image stabilisation system for correction of camera motion, that is arranged to receive one or more signals representative of a plurality of images from an image source wherein, for an image n following at least an image ( n -1) and an image ( n -2) the system is arranged to estimate a Global Motion Offset value between image n and a previous image representative of the spatial separation between the scene imaged in image n and the previous image, and apply a corrective movement to the image n, wherein the system is arranged to estimate the GMO for the image n with reference to a mask that represents a region or regions of the image n not to be considered in the GMO estimation, the region(s) being region(s) estimated as likely to mislead the estimation of the GMO, characterised in that the system is arranged to examine one or more local regions of the image n and corresponding local regions of a previous image, and estimate a local motion offset representative of spatial separation between like features in corresponding local regions of the current and previous images, and if the, or each, LMO is greater than a given threshold, to set area(s) of the mask that correspond to this local region or regions to indicate omission from the GMO estimation, and further characterised in that the corrective movement to the image n is based upon the GMO estimation (109, 118).
A method of obtaining information about the position and/or orientation of a magnetic component of a medical device relatively to a magnetometric detector, the magnetic component and the magnetometric detector being moveable independently from each other relatively to a static secondary magnetic field, the method comprising the steps of: - measuring in the presence of the combination of both the magnetic field of the magnetic component and the static secondary magnetic field essentially simultaneously the strength and/or orientation of a magnetic field at at least a first position and a second position spatially associated with the magnetometric detector, the second position being distanced from the first position; and - combining the measurements of the magnetic field to computationally eliminate the effect of the secondary magnetic field and fitting to a model of the magnetic field of the magnetic component to derive the information about the position and/or orientation of the magnetic component; characterized in that the medical device comprises as said magnetic component a magnetized elongate medical device; and in that said model of the magnetic field models the magnetic field as two spaced apart magnetic charges, one being a tip of the elongate medical device. - measuring in the presence of the combination of both the magnetic field of the magnetic component and the static secondary magnetic field essentially simultaneously the strength and/or orientation of a magnetic field at at least a first position and a second position spatially associated with the magnetometric detector, the second position being distanced from the first position; and - combining the measurements of the magnetic field to computationally eliminate the effect of the secondary magnetic field and fitting to a model of the magnetic field of the magnetic component to derive the information about the position and/or orientation of the magnetic component; characterized in that
A method for curing at least one leakage site in a pipeline, the method comprising a. introducing a pig train into the pipeline, the pig train comprising: i) at least one gel pig comprising: a) a hygroscopic component in a concentration of 1-10 weight percent; b) a surfactant in a concentration of 0-8 weight percent; c) a carrier fluid in a concentration of 70-95 weight percent; d) a base in a concentration of 0-20 weight percent; and e) a particulate in a concentration of 0-2 weight percent; wherein the components a) to e) amount to a total of 100 weight percent; ii) at least one sealant composition; wherein said at least one gel pig and said at least one sealant composition form said pig train; b. enabling said pig train to move along said pipeline to a region of said at least one leakage and to seal said at least one leakage. a. introducing a pig train into the pipeline, the pig train comprising: i) at least one gel pig comprising: a) a hygroscopic component in a concentration of 1-10 weight percent; b) a surfactant in a concentration of 0-8 weight percent; c) a carrier fluid in a concentration of 70-95 weight percent; d) a base in a concentration of 0-20 weight percent; and e) a particulate in a concentration of 0-2 weight percent; wherein the components a) to e) amount to a total of 100 weight percent; ii) at least one sealant composition; wherein said at least one gel pig and said at least one sealant composition form said pig train; i) at least one gel pig comprising: a) a hygroscopic component in a concentration of 1-10 weight percent; b) a surfactant in a concentration of 0-8 weight percent; c) a carrier fluid in a concentration of 70-95 weight percent; d) a base in a concentration of 0-20 weight percent; and e) a particulate in a concentration of 0-2 weight percent; wherein the components a) to e) amount to a total of 100 weight percent; a) a hygroscopic component in a concentration of 1-10 weight percent; b) a surfactant in a concentration of 0-8 weight percent; c) a carrier fluid in a concentration of 70-95 weight percent; d) a base in a concentration of 0-20 weight percent; and e) a particulate in a concentration of 0-2 weight percent; ii) at least one sealant composition; b. enabling said pig train to move along said pipeline to a region of said at least one leakage and to seal said at least one leakage.
A respiratory treatment apparatus for determining an indication of inspiration or expiration, the apparatus being configured for: measuring current supplied to a blower configured to provide a respiratory treatment; deriving a first current signal and a second current signal from the measured current, the first derived current signal being a long term measure of current, the second derived current signal being a short term measure of current; and determining with a processor the indication of inspiration or expiration as a function of the first derived current signal and the second derived current signal, wherein the first derived current signal is derived by a low pass filter with a first time constant and the second derived current signal is derived by a low pass filter with a second time constant, and wherein the first time constant is on an order of a time period greater than an average breath and the second time constant is on an order of a time period shorter than Z the average breath. measuring current supplied to a blower configured to provide a respiratory treatment; deriving a first current signal and a second current signal from the measured current, the first derived current signal being a long term measure of current, the second derived current signal being a short term measure of current; and determining with a processor the indication of inspiration or expiration as a function of the first derived current signal and the second derived current signal, wherein the first derived current signal is derived by a low pass filter with a first time constant and the second derived current signal is derived by a low pass filter with a second time constant, and wherein the first time constant is on an order of a time period greater than an average breath and the second time constant is on an order of a time period shorter than Z the average breath.
A molten metal stirring device comprising: a furnace main body that includes a storage chamber storing molten metal formed of conductive metal; and a rotating-shifting magnetic field unit main body that is rotatable to drive and stir the molten metal stored in the furnace main body, wherein the rotating-shifting magnetic field unit main body includes a permanent magnet (8B3), so that input/output magnetic lines of force, which go out of the permanent magnet (8B3) or enter the permanent magnet (8B3), move with the rotation of the rotating-shifting magnetic field unit main body while penetrating the molten metal, in order that a first electromagnetic force (fe) for driving the molten metal is generated by eddy currents that are generated by the movement of the input/output magnetic lines of force, the furnace main body includes at least a pair of electrodes that allow current to flow through the molten metal, the pair of electrodes are provided in the storage chamber at positions where the current flowing between the pair of electrodes and the input/output magnetic lines of force intersect each other and generate a second electromagnetic force (f) for driving the molten metal in the same direction as the first electromagnetic force (fe), and the molten metal stored in the storage chamber is driven and stirred by a resultant driving force of the first and second electromagnetic forces (fe, f). a furnace main body that includes a storage chamber storing molten metal formed of conductive metal; and a rotating-shifting magnetic field unit main body that is rotatable to drive and stir the molten metal stored in the furnace main body, wherein the rotating-shifting magnetic field unit main body includes a permanent magnet (8B3), so that input/output magnetic lines of force, which go out of the permanent magnet (8B3) or enter the permanent magnet (8B3), move with the rotation of the rotating-shifting magnetic field unit main body while penetrating the molten metal, in order that a first electromagnetic force (fe) for driving the molten metal is generated by eddy currents that are generated by the movement of the input/output magnetic lines of force, the furnace main body includes at least a pair of electrodes that allow current to flow through the molten metal, the pair of electrodes are provided in the storage chamber at positions where the current flowing between the pair of electrodes and the input/output magnetic lines of force intersect each other and generate a second electromagnetic force (f) for driving the molten metal in the same direction as the first electromagnetic force (fe), and the molten metal stored in the storage chamber is driven and stirred by a resultant driving force of the first and second electromagnetic forces (fe, f).
An electrolyte additive composition comprising: a borate-based lithium compound represented by Formula 1; and a lithiated additive, wherein the lithiated additive comprises a boron-based lithium compound, and the electrolyte additive composition does not contain a non-lithiated phosphate-based compound: wherein, in Formula 1, Y 1 to Y 4 are each independently oxygen or sulfur. a borate-based lithium compound represented by Formula 1; and a lithiated additive, wherein the lithiated additive comprises a boron-based lithium compound, and the electrolyte additive composition does not contain a non-lithiated phosphate-based compound: wherein, in Formula 1, Y 1 to Y 4 are each independently oxygen or sulfur.
A combustion chamber structure, particularly for a rocket engine, comprising: - a hot gas wall that surrounds a combustion chamber and has a plurality of first coolant channels and a plurality of second coolant channels, the plurality of first and second coolant channels extending from a first longitudinal end of the hot gas wall to a second longitudinal end of the hot gas wall opposite to the first longitudinal end, - a first manifold forming a first coolant chamber and a second manifold forming a second coolant chamber being fluidly separated from the first coolant chamber, the first and second manifolds being provided at the first longitudinal end of the hot gas wall and extending in a circumferential direction of the hot gas wall so as to surround the combustion chamber in the circumferential direction, - a first cooling circuit comprising the first manifold and the plurality of first coolant channels, and - a second cooling circuit comprising the second manifold and the plurality of second coolant channels, wherein the first coolant chamber is fluidly connected to each of the plurality of first coolant channels for distributing a first coolant to the plurality of first coolant channels and the second coolant chamber is fluidly connected to each of the plurality of second coolant channels for distributing a second coolant to the plurality of second coolant channels, and the first cooling circuit and the second cooling circuit are fluidly isolated from each other. - a hot gas wall that surrounds a combustion chamber and has a plurality of first coolant channels and a plurality of second coolant channels, the plurality of first and second coolant channels extending from a first longitudinal end of the hot gas wall to a second longitudinal end of the hot gas wall opposite to the first longitudinal end, - a first manifold forming a first coolant chamber and a second manifold forming a second coolant chamber being fluidly separated from the first coolant chamber, the first and second manifolds being provided at the first longitudinal end of the hot gas wall and extending in a circumferential direction of the hot gas wall so as to surround the combustion chamber in the circumferential direction, - a first cooling circuit comprising the first manifold and the plurality of first coolant channels, and - a second cooling circuit comprising the second manifold and the plurality of second coolant channels,