mhurhangee/ep-ind-claims huggingface dataset:
A carbon nanotube dispersion, comprising: carbon nanotubes, a polymer dispersant containing an amine, a phenolic compound comprising two or more aromatic rings, and an aqueous solvent, wherein the polymer dispersant and the phenolic compound comprising two or more aromatic rings are comprised in a weight ratio of 100:10 to 100:80; the polymer dispersant is one or more selected from the group consisting of polyvinylpyrrolidone, polyacrylic acid hydrazide, poly-N-vinyl-5-methoxazolidon, N-alkyl polyimine, N-acetyl polyimine, polyacrylamide, poly-L-lysine hydrobromide, benzyl-dodecyl-dimethylammonium chloride, and polyethylenimine; and the phenolic compound comprising two or more aromatic rings comprises in one or more of the aromatic rings, one or more structures selected from the group consisting of a phenol structure, a catechol structure, a gallol structure and a naphthol structure. carbon nanotubes, a polymer dispersant containing an amine, a phenolic compound comprising two or more aromatic rings, and an aqueous solvent, wherein the polymer dispersant and the phenolic compound comprising two or more aromatic rings are comprised in a weight ratio of 100:10 to 100:80; the polymer dispersant is one or more selected from the group consisting of polyvinylpyrrolidone, polyacrylic acid hydrazide, poly-N-vinyl-5-methoxazolidon, N-alkyl polyimine, N-acetyl polyimine, polyacrylamide, poly-L-lysine hydrobromide, benzyl-dodecyl-dimethylammonium chloride, and polyethylenimine; and the phenolic compound comprising two or more aromatic rings comprises in one or more of the aromatic rings, one or more structures selected from the group consisting of a phenol structure, a catechol structure, a gallol structure and a naphthol structure.
A method of initiating a telecommunications session in a telecommunications network, the method comprising: sending (S351, S451) a first message from an originating party to a server, the first message comprising service preferences for a telecommunications session and one or more session parameters for identifying the telecommunications session; and initiating the telecommunications session by sending (S353, S453) a second message from the originating party to the telecommunications network, wherein the service preferences are associated with the session parameters so that the telecommunications network is able to fulfil one or more services specified in the service preferences, based on the session parameters. sending (S351, S451) a first message from an originating party to a server, the first message comprising service preferences for a telecommunications session and one or more session parameters for identifying the telecommunications session; and initiating the telecommunications session by sending (S353, S453) a second message from the originating party to the telecommunications network, wherein the service preferences are associated with the session parameters so that the telecommunications network is able to fulfil one or more services specified in the service preferences, based on the session parameters.
A control manifold of a drilling system receiving flow of drilling fluid returns from a borehole and comprising an apparatus for measuring a main flow rate of flow through a flowline, the apparatus comprising: a differential pressure device disposed in the flowline and producing a pressure drop in the flow from an upstream side of the differential pressure device to a downstream side of the differential pressure device, wherein the differential pressure device is located upstream of chokes in the control manifold; piping diverting a portion of the flow in the flowline from an inlet on the upstream side of the differential pressure device to an outlet on the downstream side of the pressure device; a flowmeter in fluid communication with the piping and measuring a parameter of the diverted portion of the flow; and a processing unit receiving the measured parameter from the flowmeter, the processing unit determining a diverted flow rate of the diverted portion of the flow from the measured parameter and correlating the determined diverted flow rate to a value of the main flow rate through the flowline. a differential pressure device disposed in the flowline and producing a pressure drop in the flow from an upstream side of the differential pressure device to a downstream side of the differential pressure device, wherein the differential pressure device is located upstream of chokes in the control manifold; piping diverting a portion of the flow in the flowline from an inlet on the upstream side of the differential pressure device to an outlet on the downstream side of the pressure device; a flowmeter in fluid communication with the piping and measuring a parameter of the diverted portion of the flow; and a processing unit receiving the measured parameter from the flowmeter, the processing unit determining a diverted flow rate of the diverted portion of the flow from the measured parameter and correlating the determined diverted flow rate to a value of the main flow rate through the flowline.
A process for producing a water-absorbing polymer structure based on acid group-containing monomers, comprising the process steps of: i) providing a monomer solution comprising the optionally partly neutralized, acid group-containing monomer; ii) mixing the monomer solution with fines which consist at least to an extent of 90% by weight, based on the total weight of the fines, of particles having a particle size of less than 850 μm, to obtain a monomer solution mixed with fines; wherein the mixing in process step ii) is effected in a mixer in which a first stream of the fines and at least one further stream of the monomer solution are passed from different directions simultaneously to a rotating mixing tool and wherein the first stream of the fines and the at least one further stream of the monomer solution form an angle δ within a range from 60 to 120°. i) providing a monomer solution comprising the optionally partly neutralized, acid group-containing monomer; ii) mixing the monomer solution with fines which consist at least to an extent of 90% by weight, based on the total weight of the fines, of particles having a particle size of less than 850 μm, to obtain a monomer solution mixed with fines;
A method for JavaScript processing, the method characterised by: extracting (702, 704, 706) a global JavaScript object from a data structure and an associated JavaScript file to a global object map, wherein the data structure and the associated Java Script file represent a webpage; determining (714, 716) whether a node of the data structure includes an attribute whose value is associated with the global JavaScript object to be included in an adapted webpage; creating a dependency set for the global JavaScript object, wherein the dependency set identifies the relationship of the global JavaScript object to any additional global JavaScript objects in the global object map on which the global JavaScript object relies, and wherein creating the dependency set comprises parsing (718, 722) the attribute value for any reference to global JavaScript objects in the global object map based on the determination, and decompiling into source code the global JavaScript object and any additional global JavaScript objects on which the global JavaScript object relies; and constructing a final JavaScript source code by providing the decompiled JavaScript objects from the dependency set. extracting (702, 704, 706) a global JavaScript object from a data structure and an associated JavaScript file to a global object map, wherein the data structure and the associated Java Script file represent a webpage; determining (714, 716) whether a node of the data structure includes an attribute whose value is associated with the global JavaScript object to be included in an adapted webpage; creating a dependency set for the global JavaScript object, wherein the dependency set identifies the relationship of the global JavaScript object to any additional global JavaScript objects in the global object map on which the global JavaScript object relies, and wherein creating the dependency set comprises parsing (718, 722) the attribute value for any reference to global JavaScript objects in the global object map based on the determination, and decompiling into source code the global JavaScript object and any additional global JavaScript objects on which the global JavaScript object relies; and parsing (718, 722) the attribute value for any reference to global JavaScript objects in the global object map based on the determination, and decompiling into source code the global JavaScript object and any additional global JavaScript objects on which the global JavaScript object relies; and constructing a final JavaScript source code by providing the decompiled JavaScript objects from the dependency set.
A composition for use in preventing or treating allergy to house dust mites comprising the polypeptide of HDM201 ESVKYVQSNGGAI (SEQ ID 80), or a variant thereof which is 9 to 30 amino acids in length and comprises: - the sequence of the said polypeptide; or - a sequence which has at least 65% homology to the sequence of the said polypeptide; or - a fragment of the sequence of the said polypeptide which is at least nine amino acids in length. - the sequence of the said polypeptide; or - a sequence which has at least 65% homology to the sequence of the said polypeptide; or - a fragment of the sequence of the said polypeptide which is at least nine amino acids in length.
An air purifying device comprising: - a honeycomb structure having a plurality of hexagonal openings, wherein the honeycomb structure is supported by a frame, - a plurality of ionization needles, wherein each of the needles is coaxially aligned with a respective center axis of an opening of the honeycomb structure, and - a plurality of collector plates arranged downstream of the plurality of ionization needles, - and wherein the device is configured to generate ionization corona discharge by positive ionization voltage led to the needles, characterized in that - the honeycomb structure is grounded, - the tips of the plurality of ionization needles are arranged downstream of the honeycomb structure in order to create a corona flow that is covering each opening of the honeycomb structure, and - the ionization needles are attached to PCB rails embedded in plastic structures in the form of aerodynamic profiles. - a honeycomb structure having a plurality of hexagonal openings, wherein the honeycomb structure is supported by a frame, - a plurality of ionization needles, wherein each of the needles is coaxially aligned with a respective center axis of an opening of the honeycomb structure, and - a plurality of collector plates arranged downstream of the plurality of ionization needles, - and wherein the device is configured to generate ionization corona discharge by positive ionization voltage led to the needles, characterized in that - the honeycomb structure is grounded, - the tips of the plurality of ionization needles are arranged downstream of the honeycomb structure in order to create a corona flow that is covering each opening of the honeycomb structure, and - the ionization needles are attached to PCB rails embedded in plastic structures in the form of aerodynamic profiles.
A reclosable container, comprising a container body made of a cellulosic material and at least one closing formation, said at least one closing formation including a first closure element (34, 44, 52, 70, 78) and a second closure element (36, 42, 54, 60, 66, 80) engageable with each other to keep the container in a closed configuration and disengageable from each other to open the container, wherein the container body has an aperture and wherein the reclosable container comprises a movable cover of cellulosic material removably applied to said aperture and movable between an open configuration and a closed configuration, and wherein said first closure element (34, 44, 52, 70) and second closure element (36, 42, 54, 60, 66) are provided, respectively, on said container body and movable cover, characterized in that at least one of said first closure element (34, 44, 52, 72, 78) and second closure element (36, 42, 54, 60, 66, 80) is made of a hydrosoluble thermoplastic material.
A continuous, integrated manufacturing process for the production of trans-1-chloro-3,3,3-trifluoropropene which comprises: (a) dehydrochlorinating 1,1,1-trifluoro-3,3-dichloropropane in the vapor phase with a catalyst to thereby produce a product stream comprising cis-1-chloro-3,3,3-trifluoropropene, trans-1-chloro-3,3,3-trifluoropropene and hydrogen chloride; (b) optionally recovering the hydrogen chloride from the product stream of step (a); (c) isomerizing at least a portion of the cis-1-chloro-3,3,3-trifluoropropene into trans-1-chloro-3,3,3-trifluoropropene; and (d) separating and purifying trans-1-chloro-3,3,3-trifluoropropene product. (a) dehydrochlorinating 1,1,1-trifluoro-3,3-dichloropropane in the vapor phase with a catalyst to thereby produce a product stream comprising cis-1-chloro-3,3,3-trifluoropropene, trans-1-chloro-3,3,3-trifluoropropene and hydrogen chloride; (b) optionally recovering the hydrogen chloride from the product stream of step (a); (c) isomerizing at least a portion of the cis-1-chloro-3,3,3-trifluoropropene into trans-1-chloro-3,3,3-trifluoropropene; and (d) separating and purifying trans-1-chloro-3,3,3-trifluoropropene product.
A population of nanocrystals, wherein each nanocrystal in the population comprises: a core comprising CdSe; and a semiconductor shell disposed on the semiconductor core, wherein each nanocrystal in the population has a nanocrystal volume to core volume ratio (V core+shell /V core) of 10:1 or greater, wherein the semiconductor shell comprises alloyed CdZnS, or alloyed ZnSeS; wherein the extinction coefficient of the population measured at an excitation wavelength of 405 nm is 3,000,000 cm -1 M -1 or greater, and the population has a maximum fluorescence emission wavelength in the visible range in the red spectral region or below. a core comprising CdSe; and a semiconductor shell disposed on the semiconductor core, wherein each nanocrystal in the population has a nanocrystal volume to core volume ratio (V core+shell /V core) of 10:1 or greater, wherein the semiconductor shell comprises alloyed CdZnS, or alloyed ZnSeS; wherein the extinction coefficient of the population measured at an excitation wavelength of 405 nm is 3,000,000 cm -1 M -1 or greater, and the population has a maximum fluorescence emission wavelength in the visible range in the red spectral region or below.
Operator control having an operator control lever, in particular for controlling a locomotive or a traction vehicle, and having a sensor device for sensing the operator control position of the operator control lever, characterized in that - the sensor device has an angle measuring device which is suitable for measuring the adjustment angle (α) of the operator control lever by forming a digitized angle value D(α), wherein the measuring range of the angle measuring device is larger than the adjustment angle range (Δα) of the operator control lever, and - an evaluation device which determines the operator control position of the operator control lever on the basis of the digitized angle value of the angle measuring device is connected to the angle measuring device. - the sensor device has an angle measuring device which is suitable for measuring the adjustment angle (α) of the operator control lever by forming a digitized angle value D(α), wherein the measuring range of the angle measuring device is larger than the adjustment angle range (Δα) of the operator control lever, and - an evaluation device which determines the operator control position of the operator control lever on the basis of the digitized angle value of the angle measuring device is connected to the angle measuring device.
A method of forming an ophthalmic Lens Precursor, the method comprising the steps of: positioning a single substrate with an optical quality area in contact with a volume of reactive mixture; and transmitting sufficient actinic radiation through the single substrate to polymerize a portion of the volume of reactive mixture and form the ophthalmic Lens Precursor wherein the ophthalmic Lens Precursor comprises a first surface portion along the optical quality area and a second surface portion that is free-formed; wherein the transmission of actinic radiation is controlled by a processor in communication with a spatial light modulator apparatus. positioning a single substrate with an optical quality area in contact with a volume of reactive mixture; and transmitting sufficient actinic radiation through the single substrate to polymerize a portion of the volume of reactive mixture and form the ophthalmic Lens Precursor wherein the ophthalmic Lens Precursor comprises a first surface portion along the optical quality area and a second surface portion that is free-formed; wherein the transmission of actinic radiation is controlled by a processor in communication with a spatial light modulator apparatus.
A trimmer head (10, 10A) for use with a trimmer, the head comprising: a housing (14, 14A) rotatable about an axis; and a line holder (18, 18A) supported by the housing, the line holder defining a first receptacle (58a, 58Aa), a second receptacle (58b, 58Ab) separated from the first receptacle and an opening (62, 62A) communicating with the first receptacle through a first passage (66a, 66Aa) and with the second receptacle through a second passage (66b, 66Ab), the first passage being narrower than the first receptacle, the second passage being narrower than the second receptacle, the line holder being operable to support a line (22, 22A), the line having a first end and an opposite second end, the line being folded to provide a first line section from the first end toward a folded portion and a second line section from the second end toward the folded portion, the folded portion being insertable into the opening, the first line section being receivable in the first receptacle, the second line section being receivable in the second receptacle. a housing (14, 14A) rotatable about an axis; and a line holder (18, 18A) supported by the housing, the line holder defining a first receptacle (58a, 58Aa), a second receptacle (58b, 58Ab) separated from the first receptacle and an opening (62, 62A) communicating with the first receptacle through a first passage (66a, 66Aa) and with the second receptacle through a second passage (66b, 66Ab), the first passage being narrower than the first receptacle, the second passage being narrower than the second receptacle, the line holder being operable to support a line (22, 22A), the line having a first end and an opposite second end, the line being folded to provide a first line section from the first end toward a folded portion and a second line section from the second end toward the folded portion, the folded portion being insertable into the opening, the first line section being receivable in the first receptacle, the second line section being receivable in the second receptacle.
A crystalline material processing method comprising: providing a bulk crystalline material comprising silicon carbide, SiC; and separating a SiC wafer (122,132) from the bulk crystalline material such that the SiC wafer forms a relaxed positive bow from a silicon face of the SiC wafer, and a kerf loss associated with forming the SiC wafer from the bulk crystalline material is less than 250 μm. providing a bulk crystalline material comprising silicon carbide, SiC; and separating a SiC wafer (122,132) from the bulk crystalline material such that the SiC wafer forms a relaxed positive bow from a silicon face of the SiC wafer, and a kerf loss associated with forming the SiC wafer from the bulk crystalline material is less than 250 μm.
Chassis comprising a base and four wheels each being mounted on the base by way of a respective supporting device and each being capable of being brought out of a transport position into an operating position of the chassis, and vice versa, wherein each supporting device comprises: A support or carrier arm, which is arranged on the base via a proximal end to be pivotable out of the transport position into the operating position of the chassis, and vice versa, a first control for pivoting the support or carrier arm out of the transport position into the operating position of the chassis, and vice versa, an axle journal arranged at the distal end of the support or carrier arm, a stub axle, which is pivotably arranged on the axle journal and receives the wheel for rotation at a distal end of the axle journal, and a second control for pivoting the stub axle against the axle journal, characterized in that the axle journal is rotatably arranged at the distal end of the support or carrier arm. A support or carrier arm, which is arranged on the base via a proximal end to be pivotable out of the transport position into the operating position of the chassis, and vice versa, a first control for pivoting the support or carrier arm out of the transport position into the operating position of the chassis, and vice versa, an axle journal arranged at the distal end of the support or carrier arm, a stub axle, which is pivotably arranged on the axle journal and receives the wheel for rotation at a distal end of the axle journal, and a second control for pivoting the stub axle against the axle journal, characterized in that the axle journal is rotatably arranged at the distal end of the support or carrier arm.
A population of silver nanowires exhibiting a main peak assigned to a crystal plane in an X-ray diffraction spectrum thereof and having a 2θ full width at half maximum of the main peak after Gaussian fitting of less than 0.38 degrees; wherein at least one of the silver nanowires among the population of silver nanowires has a crystal plane as measured by cross-sectional transmission electron microscope; and the crystal plane has a pentagonal shape defined by five triangular surfaces and comprises a twin boundary.
A microcapsule for detecting and/or quantitating an analyte in a sample, said microcapsule comprising: • reagents capable of generating and/or amplifying a signal in the presence of an analyte to be detected and/or quantitated; wherein said reagents are in a dry state; • a porous matrix surrounding said reagents, said porous matrix having means to receive an analyte to be detected and/or quantitated; wherein said dry state reagents are separated from said porous matrix by a barrier, e. g. at least one barrier layer encompassing said reagents. • reagents capable of generating and/or amplifying a signal in the presence of an analyte to be detected and/or quantitated; wherein said reagents are in a dry state; • a porous matrix surrounding said reagents, said porous matrix having means to receive an analyte to be detected and/or quantitated; wherein said dry state reagents are separated from said porous matrix by a barrier, e. g. at least one barrier layer encompassing said reagents.
A method for determining an antibody repertoire score in a biological sample obtained from a subject comprising: (i) evaluating the repertoire of the anti-Neu5Gc antibodies in the biological sample obtained from the subject; and (ii) calculating a ratio of antibodies against Neu5Gcα2-3-linked glycans to antibodies against Neu5Gcα2-6-linked glycans, wherein the calculated ratio is the antibody repertoire score and wherein the antibody repertoire score value above a control value is indicative to increased likelihood of developing a Neu5Gc related disease or disorder, preferably wherein evaluating the repertoire of the anti-Neu5Gc antibodies in the biological sample comprises determining the amount of antibodies against a set of Neu5Gcα2-3-linked glycans and the amount of antibodies against a set of Neu5Gcα2-6-linked glycans in said biological sample. (i) evaluating the repertoire of the anti-Neu5Gc antibodies in the biological sample obtained from the subject; and (ii) calculating a ratio of antibodies against Neu5Gcα2-3-linked glycans to antibodies against Neu5Gcα2-6-linked glycans,