mhurhangee/ep-ind-claims huggingface dataset:
A high voltage lead-through device comprising: an insulator body having a solid exterior and including insulation, a main conductor passing through the insulator body surrounded by insulation, wherein the insulator body comprises a number of conducting foils (F1, F2, F3, F4) around the main conductor, where a closest neighbouring foil is electrically connected to the main conductor, wherein in operation of the high-voltage lead-through device the main conductor is configured to have a first electric potential and at least a part of one section of the solid exterior of the insulator body is configured to face a second electric potential by passing through a plane, a ring or a coil having the second potential, a sensor adjacent the main conductor in the interior of the insulator body inside the closest neighbouring foil and configured to measure a physical property of the high voltage lead-through device, and a communication unit adjacent the main conductor outside of the insulator body and being connected to the sensor using a first communication medium, wherein said communication unit comprises a communication module employing a second, different communication medium for communicating data concerning the measured physical property to a data distribution device at a third electric potential, and the first communication medium is an electrical communication medium in the form of a signal conductor separated from and stretching along at least a part of the main conductor. an insulator body having a solid exterior and including insulation, a main conductor passing through the insulator body surrounded by insulation, wherein the insulator body comprises a number of conducting foils (F1, F2, F3, F4) around the main conductor, where a closest neighbouring foil is electrically connected to the main conductor, wherein in operation of the high-voltage lead-through device the main conductor is configured to have a first electric potential and at least a part of one section of the solid exterior of the insulator body is configured to face a second electric potential by passing through a plane, a ring or a coil having the second potential, a sensor adjacent the main conductor in the interior of the insulator body inside the closest neighbouring foil and configured to measure a physical property of the high voltage lead-through device, and a communication unit adjacent the main conductor outside of the insulator body and being connected to the sensor using a first communication medium, wherein said communication unit comprises a communication module employing a second, different communication medium for communicating data concerning the measured physical property to a data distribution device at a third electric potential, and the first communication medium is an electrical communication medium in the form of a signal conductor separated from and stretching along at least a part of the main conductor.
Use of a three-layer plastic film with a B-A-B' structure as wrapping for a liquid or semi-liquid ingredient that produces gas, said liquid or semi-liquid ingredient comprising a leaven or a yeast and having a viscosity of less than 20 000 mPa.s (centipoises), preferably less than or equal to 1 000 mPa.s (centipoises) measured at a temperature of approximately 10°C using a standard viscometer such as described in the specification, characterized in that: - layer A consists of an ethylene-vinyl acetate with a vinyl acetate content, as percentage by weight, between 18% and 42%, and - each of layers B and B' consists of an ethylene-vinyl acetate having an ethylene-vinyl acetate content which is less than that of the ethylene-vinyl acetate of layer A, and characterized in that: - the permeability of the film to carbon dioxide, measured according to ISO standard 15105-2:2003 annex B, is greater than or equal to 80 l/m 2.24 h at delta P = 1 bar, - the film has a total thickness of from 20 to 50 microns, preferably of 30 microns, and - the permeability of the film to oxygen (O 2), measured according to ISO standard 15105-2:2003 annex B, is less than or equal to 30 l/m 2.24 h at delta P = 1 bar. - layer A consists of an ethylene-vinyl acetate with a vinyl acetate content, as percentage by weight, between 18% and 42%, and - each of layers B and B' consists of an ethylene-vinyl acetate having an ethylene-vinyl acetate content which is less than that of the ethylene-vinyl acetate of layer A, and characterized in that: - the permeability of the film to carbon dioxide, measured according to ISO standard 15105-2:2003 annex B, is greater than or equal to 80 l/m 2.24 h at delta P = 1 bar, - the film has a total thickness of from 20 to 50 microns, preferably of 30 microns, and - the permeability of the film to oxygen (O 2), measured according to ISO standard 15105-2:2003 annex B, is less than or equal to 30 l/m 2.24 h at delta P = 1 bar.
A protection device comprising: (i) a protection element which includes a first thermal fuse and a resistor, and in which the resistor generates heat as a result of an abnormal current being the current passing through the resistor when there are abnormalities, and the first thermal fuse is activated due to this heat and interrupts the current; (ii) a PTC element and a second thermal fuse which are electrically connected in parallel to the first thermal fuse and which are electrically connected in series to each other; and (iii) a current fuse which is electrically connected in series to the first thermal fuse; characterized in that due to heat which occurs in the PTC element when the PTC element is tripped, the second thermal fuse interrupts the circuit; and a resistance value of the PTC element at a usage temperature is equal to or less than a rated voltage divided by the abnormal current of the protection element. (i) a protection element which includes a first thermal fuse and a resistor, and in which the resistor generates heat as a result of an abnormal current being the current passing through the resistor when there are abnormalities, and the first thermal fuse is activated due to this heat and interrupts the current; (ii) a PTC element and a second thermal fuse which are electrically connected in parallel to the first thermal fuse and which are electrically connected in series to each other; and (iii) a current fuse which is electrically connected in series to the first thermal fuse;
A system for improving zonal isolation in a well in a subterranean formation, comprising: a tubular having a outer surface; and a swellable coating coating the outer surface of said tubular, said swellable coating having an external surface; wherein the swellable coating is made of a first swellable material swellable to a first fluid on said external surface and wherein said first swellable materials include an elastomer compounded with an inverse emulsion of particles of a polymer comprising a betaine group, said compounded elastomer being swellable to hydrocarbon fluids, water and/or brines. a tubular having a outer surface; and a swellable coating coating the outer surface of said tubular, said swellable coating having an external surface;
Sealing station in a film bag filling device for sealing film bags after a filling process,, wherein the sealing station comprises a first sealing arm and a second sealing arm for sealing of several filled film bags being arranged side by side, wherein the first sealing arm and the second sealing arm are mirror-symmetric, wherein the first sealing arm is moveable with a first drive shaft and the second sealing arm with a second drive shaft and wherein the sealing station comprises a servo engine being disposed on the first drive shaft, and wherein a drive movement of the first drive shaft is transferred from a first gear wheel to a second gear wheel that encroaches in the first gear wheel and from the second gearwheel to the second drive shaft, characterised in that the sealing arms (2, 3) each comprise several sealing bars being arranged side by side along the sealing arms (2, 3).
A system for retrieving a volumetric image data subset comprised in a data storage of volumetric image data sets, the system comprising: - a first query unit (111; 113) for composing a first query for searching the data storage for a volumetric image data set comprising the volumetric image data subset; - a second query unit (112; 113) for composing a second query for searching the volumetric image data set for the volumetric image data subset, the second query comprising anatomical structure information for identifying an anatomical structure within the volumetric image data set; - a segmentation unit for segmenting the volumetric image data set, based on the anatomical structure information and identifying the anatomical structure within the volumetric image data set, based on the anatomical structure information; - a first determination unit (121; 123) for determining the volumetric image data set, based on the first query; - a second determination unit (122; 123) for determining the volumetric image data subset of the volumetric image data set as a subset comprising data elements comprised in the anatomical structure, based on the anatomical structure identified within the segmented volumetric image data set, using the anatomical structure information comprised in the second query; and - a retrieval unit for retrieving the determined volumetric image data subset. - a first query unit (111; 113) for composing a first query for searching the data storage for a volumetric image data set comprising the volumetric image data subset; - a second query unit (112; 113) for composing a second query for searching the volumetric image data set for the volumetric image data subset, the second query comprising anatomical structure information for identifying an anatomical structure within the volumetric image data set; - a segmentation unit for segmenting the volumetric image data set, based on the anatomical structure information and identifying the anatomical structure within the volumetric image data set, based on the anatomical structure information; - a first determination unit (121; 123) for determining the volumetric image data set, based on the first query; - a second determination unit (122; 123) for determining the volumetric image data subset of the volumetric image data set as a subset comprising data elements comprised in the anatomical structure, based on the anatomical structure identified within the segmented volumetric image data set, using the anatomical structure information comprised in the second query; and - a retrieval unit for retrieving the determined volumetric image data subset.
A method of analysing an iron melt for producing compacted graphite iron, comprising the steps of - receiving thermal data from cooling of a cast melt comprising a predetermined amount of carbon, magnesium, balance iron and unavoidable impurities, - plotting the temperature of the cast melt against time such that a plotted time-temperature curve is generated, - comparing the generated plotted curve to at least one reference curve, said reference curve representing a corresponding thermal analysis of another melt, the resulting nodularity of which is known, for the purpose of predicting the nodularity of the cast melt on basis of the difference between said curves, characterised in that said comparison on which the nodularity is predicted is performed along each of said curves for a time interval t 1 -t 2 cowesponding to a temperature interval T 1 -T 2, where T 1 is in the range of T Estart - T Emin, where T Estait is the temperature of beginning formation of graphite in the melt and T Emin is a minimum temperature before start of eutectic recalescence in the melt, and T 2 is in the range of T solidus - (T solidus - 20°C) where T solidus is the solidus temperature and that other time intervals in said curves are excluded from said comparison. - receiving thermal data from cooling of a cast melt comprising a predetermined amount of carbon, magnesium, balance iron and unavoidable impurities, - plotting the temperature of the cast melt against time such that a plotted time-temperature curve is generated, - comparing the generated plotted curve to at least one reference curve, said reference curve representing a corresponding thermal analysis of another melt, the resulting nodularity of which is known, for the purpose of predicting the nodularity of the cast melt on basis of the difference between said curves,
An aqueous-based coating solution for forming an interfacial layer, comprising: a charge control agent; a surfactant; a polyester resin; and a solvent, wherein said charge control agent is selected from the group consisting of zinc salicylate, calcium salicylate, aluminum salicylate, chromium salicylate, boron salicylate, zirconium salicylate, iron salicylate, and mixtures thereof, and wherein said solvent is selected from the group consisting of methanol, methyl ethyl ketone, ethanol, propanol, tetrahydrofuran, acetone, dimethylformamide, N-methylpyrrolidinone, and mixtures thereof. a charge control agent; a surfactant; a polyester resin; and a solvent, wherein said charge control agent is selected from the group consisting of zinc salicylate, calcium salicylate, aluminum salicylate, chromium salicylate, boron salicylate, zirconium salicylate, iron salicylate, and mixtures thereof, and wherein said solvent is selected from the group consisting of methanol, methyl ethyl ketone, ethanol, propanol, tetrahydrofuran, acetone, dimethylformamide, N-methylpyrrolidinone, and mixtures thereof.
A dynamic weight shift suspension system, comprising: a first airbag connected between a drive axle of a tandem and a vehicle frame; a second airbag connected between a tag axle of said tandem and said vehicle frame; and a mechatronic control unit comprising at least one port and a least one solenoid (S1, S2, S3, S4, S5), said mechatronic control unit is in direct fluid communication with said first airbag, said second airbag and an air supply via fluid communication lines; wherein said mechatronic control unit comprises four ports (32, 34, 38, 40) and a passage located within a pneumatic control portion of said mechatronic control unit, said ports comprises a supply port, a drive axle port, a deflate port, a tag axle port, and a control passage, wherein each of said ports (32, 34, 38, 40) and said passage comprises a respective solenoid (S1, S2, S3, S4, S5), said solenoids (S1, S2, S3, S4, S5) receive a signal to open or close said respective port (32, 34, 38, 40) or passage, wherein under a tractive operation mode the solenoid configuration for said control passage is off, and the solenoid configurations for said supply port, said drive axle port, said deflate port and said tag axle port are all on. a first airbag connected between a drive axle of a tandem and a vehicle frame; a second airbag connected between a tag axle of said tandem and said vehicle frame; and a mechatronic control unit comprising at least one port and a least one solenoid (S1, S2, S3, S4, S5), said mechatronic control unit is in direct fluid communication with said first airbag, said second airbag and an air supply via fluid communication lines; wherein said mechatronic control unit comprises four ports (32, 34, 38, 40) and a passage located within a pneumatic control portion of said mechatronic control unit, said ports comprises a supply port, a drive axle port, a deflate port, a tag axle port, and a control passage, wherein each of said ports (32, 34, 38, 40) and said passage comprises a respective solenoid (S1, S2, S3, S4, S5), said solenoids (S1, S2, S3, S4, S5) receive a signal to open or close said respective port (32, 34, 38, 40) or passage, wherein under a tractive operation mode the solenoid configuration for said control passage is off, and the solenoid configurations for said supply port, said drive axle port, said deflate port and said tag axle port are all on.
A method for allocating, at a Node B, a frequency resource for uplink transmission of a control signal in a communication system, the method comprising: allocating a first frequency resource for transmission of a channel quality indication, CQI, signal at each edge of an operating bandwidth; allocating a second frequency resource for transmission of an acknowledgement signal between the first frequency resource and a third frequency resource in the operating bandwidth; and allocating the third frequency resource for transmission of an uplink data signal in the middle of the operating bandwidth, wherein the CQI signal is transmitted periodically, and the acknowledgement signal is transmitted in response to transmission of a downlink data signal. allocating a first frequency resource for transmission of a channel quality indication, CQI, signal at each edge of an operating bandwidth; allocating a second frequency resource for transmission of an acknowledgement signal between the first frequency resource and a third frequency resource in the operating bandwidth; and allocating the third frequency resource for transmission of an uplink data signal in the middle of the operating bandwidth,
A polyvalent carboxylic acid condensate in which a carboxyl group-containing compound is intramolecularly condensed, the polyvalent carboxylic acid condensate having a constituent unit derived from the carboxyl group-containing compound which has solubility in water of no greater than 100 g/L at 30°C, and comprising a component represented by the following general formula: wherein R x is a divalent organic group with an aliphatic hydrocarbon ring, and the aliphatic hydrocarbon ring is optionally substituted with a halogen atom or a linear or branched hydrocarbon group, multiple R x groups in the same molecule may be the same or different, and n represents an integer of 0 or greater, wherein "solubility" refers to the weight of solute per 1 L of distilled water in a saturated aqueous solution obtained by dissolving the carboxyl group-containing compound in distilled water at 30°C.
A therapeutic composition, comprising an isolated aminoacyl-tRNA synthetase (AARS) polypeptide of about 100 to about 280 amino acids in length and comprising an amino acid sequence that is at least 90%, 95%, 98%, or 100% identical to 100 contiguous amino acids of SEQ ID NO:56, 16, or 48, wherein the polypeptide has an extracellular signalling activity and a solubility of at least about 5 mg/mL, and wherein the composition has a purity of at least about 95% on a protein basis and less than about 10 EU endotoxin / mg protein.
A composition for use in a method of eliciting a CTL response against tumor cells presenting at least one of the following epitopic peptides: SEQ ID NO: 33, 82, 29, 8, 19, 34, 36, or 67 in an HLA-A2 + subject, said composition comprising at least one polypeptide comprising an epitopic peptide comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 33, 82, 29, 8, 19, 34, 36, and 67, or a combination thereof.
An instrument wrist comprising: a first member having a first cycloidal surface; a second member having a second cycloidal surface in contact with the first cycloidal surface, wherein compressing forces on the first and second members are born by contact of the first and second cycloidal surfaces: and a tendon (451, 452) connected to apply force to one of the first and second members (410, 420), wherein the first and second members are arranged for geared motion in response to the force applied through the tendon. a first member having a first cycloidal surface; a second member having a second cycloidal surface in contact with the first cycloidal surface, wherein compressing forces on the first and second members are born by contact of the first and second cycloidal surfaces: and a tendon (451, 452) connected to apply force to one of the first and second members (410, 420), wherein the first and second members are arranged for geared motion in response to the force applied through the tendon.
An alkali aluminoborosilicate glass article, comprising 50-70 mol% SiO2; 5-15 mol% Al2O3; 5-20 mol% B2O3; 2-15 mol% Li2O; 0-20 mol% Na2O; and 0-10 mol% K2O, the glass article comprising lithium cations, sodium cations, and potassium cations, wherein the glass article has a surface having a compressive layer extending from the surface to a depth of layer (d1; d2) and is enriched in potassium cations to a second depth (d1'; d2') that is less than the depth of layer (d1; d2), and wherein the surface of the glass article has a crack initiation threshold of at least 29.42 N (3000 gf) upon indentation with a Vickers indenter, wherein the surface has a compressive stress of at least 500 MPa, wherein the depth of layer (d1; d2) is at least 50 μm, wherein the second depth (d1'; d2') is in a range from 5 μm up to 20 μm, wherein the glass article is a sheet having a thickness (t) of up to 2 mm.
A therapeutically effective amount of a CXCR4-antagonistic peptide and a therapeutically effective amount of a chemotherapeutic agent for use in the treatment of myeloid leukemia in a subject in need thereof, wherein said CXCR4-antagonistic peptide is as set forth in SEQ ID NO: 1 and said chemotherapeutic agent is cytarabine.
An apparatus for sorting a stream of products (2,3), comprising: • a supply system for supplying the stream of products to a scanning zone, • a background element positioned behind the scanning zone, • at least one inspection unit (9,10) consisting of ∘ a scanning unit for illuminating the product stream along the entire width W of the stream of products, and ∘ a detection unit for capturing a zone of light returned by the products, • a reject system, characterized in that said background element consists of means to capture incident light and to direct it to a detector means (40,40') that is configured to convert said light into an electric signal, said apparatus further comprising means for generating a location signal (C') which is indicative of the location of the products, by detecting the immediate incidence of light on the background element, wherein said detection unit is a camera arranged to capture an image of the scanning zone. • a supply system for supplying the stream of products to a scanning zone, • a background element positioned behind the scanning zone, • at least one inspection unit (9,10) consisting of ∘ a scanning unit for illuminating the product stream along the entire width W of the stream of products, and ∘ a detection unit for capturing a zone of light returned by the products, ∘ a scanning unit for illuminating the product stream along the entire width W of the stream of products, and ∘ a detection unit for capturing a zone of light returned by the products, • a reject system, characterized in that said background element consists of means to capture incident light and to direct it to a detector means (40,40') that is configured to convert said light into an electric signal, said apparatus further comprising means for generating a location signal (C') which is indicative of the location of the products, by detecting the immediate incidence of light on the background element, wherein said detection unit is a camera arranged to capture an image of the scanning zone.