mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the amounts of A1-type beta-casein variants or A2-type beta-casein variants in a composition with greater than 80% accuracy, where the A1-type beta-casein variants are beta-casein variants having histidine at position 67 of the beta-casein amino acid sequence and the A2-type beta-casein variants are beta-casein variants having proline at position 67 of the beta-casein amino acid sequence, and where the composition is milk or a product prepared from milk, comprising the steps: (i) contacting the composition with chymotrypsin under conditions enabling digestion of beta-caseins in the composition by the chymotrypsin; (ii) obtaining an aqueous solution of beta-casein digestion peptides; (iii) determining the concentrations of: a) two or more beta-casein digestion peptides present in the solution, wherein each peptide comprises 8 to 20 amino acid residues and has histidine at a position corresponding to position 67 of the beta-casein amino acid sequence; and b) two or more beta-casein digestion peptides present in the solution, wherein each peptide comprises 8 to 20 amino acid residues and has proline at a position corresponding to position 67 of the beta-casein amino acid sequence; by analysing the mixture using liquid chromatography-mass spectrometry; and (iv) calculating the concentration of A1-type beta-casein variants in the composition or the concentration of A2-type beta-casein variants in the composition using the concentrations of the beta-casein digestion peptides determined in step (iii). (i) contacting the composition with chymotrypsin under conditions enabling digestion of beta-caseins in the composition by the chymotrypsin; (ii) obtaining an aqueous solution of beta-casein digestion peptides; (iii) determining the concentrations of: a) two or more beta-casein digestion peptides present in the solution, wherein each peptide comprises 8 to 20 amino acid residues and has histidine at a position corresponding to position 67 of the beta-casein amino acid sequence; and b) two or more beta-casein digestion peptides present in the solution, wherein each peptide comprises 8 to 20 amino acid residues and has proline at a position corresponding to position 67 of the beta-casein amino acid sequence; by analysing the mixture using liquid chromatography-mass spectrometry; and a) two or more beta-casein digestion peptides present in the solution, wherein each peptide comprises 8 to 20 amino acid residues and has histidine at a position corresponding to position 67 of the beta-casein amino acid sequence; and b) two or more beta-casein digestion peptides present in the solution, wherein each peptide comprises 8 to 20 amino acid residues and has proline at a position corresponding to position 67 of the beta-casein amino acid sequence; (iv) calculating the concentration of A1-type beta-casein variants in the composition or the concentration of A2-type beta-casein variants in the composition using the concentrations of the beta-casein digestion peptides determined in step (iii).
Electronic device comprising a carrier, at least one active component and at least one inductor, said inductor comprising a magnetic core and an electrical conductor surrounding at least part of the magnetic core, the magnetic core delimiting at least a part of a magnetic path along which magnetic flux lines will flow, in which the magnetic core is located on one side of the carrier, and comprises at least one first portion (P1, P5) and one second portion (P4, P4, P6, P8) defining two successive zones of the magnetic path, each first portion (P1, P5) and second portion (P4, P4, P6, P8) having a shape of strip with a thickness smaller than its length and its width, each first portion (P1, P5) and second portion (P2, P4, P6, P8) comprising a lateral surface relative to a direction of the magnetic path, the first portion (P1, P5) being in direct contact with the carrier through part of its lateral surface and being surrounded by the electrical conductor, the second portion (P4, P4, P6, P8) being located relative to the carrier such that its lateral surface does not come into contact with the carrier, in which for each of the first (P1, P5) and second (P4, P4, P6, P8) portions, a thickness to length ratio is between 1/200 and 1/10 and a thickness to width ratio is between 1/20 and 1.
A process for making a paper material, the process comprising forming an aqueous slurry comprising filler and a predominantly cellulosic fiber pulp, forming a wet sheet from the slurry, and drying the sheet, characterised by the use, as at least a portion of said filler, of agglomerated hollow particles prepared from hollow particle latex wherein the interior void is in the range from 10 to 70 percent of the volume of the hollow latex particles, and wherein from 0.5 to 50 weight parts of the agglomerated hollow particles are used per 100 parts by weight fiber.
A displacement prevention coating agent with which at least one of front and rear surfaces of a lens is coated so that when cutting processing is performed on an end surface of the lens where a coat layer is formed as a membrane such that the end surface has a shape corresponding to a frame, a holding position where the front and rear surfaces of the lens are held by a holding means is prevented from being displaced, characterised in that the displacement prevention coating agent is formed of an aqueous solution whose main components are a hydrophilic resin, a surfactant having a perfluoro group and a particulate transparent resin composition that is insoluble in water and exhibits a transparent appearance at least after the formation of the membrane.
An envelope-outlining device comprising; first and second tracing members (2, 3), the members being movable relative to each other; means to releasably secure the tracing members in a fixed position relative to each other; wherein: each tracing member has a respective tracing edge (11, 12), and each tracing edge has a proximal end (14, 15) and a distal end (16, 17); characterized in that each tracing edge has a substantially triangular protrusion (18, 19) extending from the tracing edge at a point between the proximal and distal ends. first and second tracing members (2, 3), the members being movable relative to each other; means to releasably secure the tracing members in a fixed position relative to each other; wherein: each tracing member has a respective tracing edge (11, 12), and each tracing edge has a proximal end (14, 15) and a distal end (16, 17); characterized in that each tracing edge has a substantially triangular protrusion (18, 19) extending from the tracing edge at a point between the proximal and distal ends. each tracing member has a respective tracing edge (11, 12), and each tracing edge has a proximal end (14, 15) and a distal end (16, 17); characterized in that each tracing edge has a substantially triangular protrusion (18, 19) extending from the tracing edge at a point between the proximal and distal ends.
A composition comprising, based on the total weight of the composition, 70 to 90 wt% of a poly(siloxane-etherimide); and an additive comprising a polyester, a filler, or a combination thereof; wherein the filler comprises talc, calcium carbonate, or a combination comprising at least one of the foregoing; the polyester is a poly((C 2-6)alkylene terephthalate); and the composition has a number of drops to tracking at 250 volts of greater than or equal to 50 drops determined according to ASTM D-3638-85.
An apparatus comprising: at least one processor; and at least one memory including a computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: acquire a heart activity measurement signal of a user, wherein the heart activity measurement signal characterizes electric activity of a heart measured by at least one electrode pair in contact with the user's skin, characterized in that the heart activity measurement signal is processed into a complex form comprising an in-phase component and a quadrature component; compute an auxiliary complex signal approximating a wavelet transform of the in-phase component and quadrature components of the heart activity signal; compute a phase of the heart activity measurement signal by computing an argument of the auxiliary complex signal; determine interference signal components in the acquired heart activity signal on the basis of the phase of the heart activity measurement signal; and eliminate the determined interference signal components from further analysis of the heart activity measurement signal. at least one processor; and at least one memory including a computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: acquire a heart activity measurement signal of a user, wherein the heart activity measurement signal characterizes electric activity of a heart measured by at least one electrode pair in contact with the user's skin, characterized in that the heart activity measurement signal is processed into a complex form comprising an in-phase component and a quadrature component; compute an auxiliary complex signal approximating a wavelet transform of the in-phase component and quadrature components of the heart activity signal; compute a phase of the heart activity measurement signal by computing an argument of the auxiliary complex signal; determine interference signal components in the acquired heart activity signal on the basis of the phase of the heart activity measurement signal; and eliminate the determined interference signal components from further analysis of the heart activity measurement signal. acquire a heart activity measurement signal of a user, wherein the heart activity measurement signal characterizes electric activity of a heart measured by at least one electrode pair in contact with the user's skin, characterized in that the heart activity measurement signal is processed into a complex form comprising an in-phase component and a quadrature component; compute an auxiliary complex signal approximating a wavelet transform of the in-phase component and quadrature components of the heart activity signal; compute a phase of the heart activity measurement signal by computing an argument of the auxiliary complex signal; determine interference signal components in the acquired heart activity signal on the basis of the phase of the heart activity measurement signal; and eliminate the determined interference signal components from further analysis of the heart activity measurement signal.
Method for forming a continuous tubular foil by - supplying and buffering flattened tubular foil from a supply in a transport direction; - supplying next flattened tubular foil from a next supply; - connecting an end of tubular foil to an end of next tubular foil from the next supply; and - supplying and buffering the next tubular foil supplied from the next supply in the transport direction; wherein connecting the ends of tubular foils comprises: - opening the end of the next flattened tubular foil supplied from the next supply; - moving the end of the flattened tubular foil in a direction opposite the transport direction into the opened end of the next tubular foil from the next supply; - applying tape to the end of the tubular foil and to the end of the next tubular foil so as to connect the tubular foil to the next tubular foil. - supplying and buffering flattened tubular foil from a supply in a transport direction; - supplying next flattened tubular foil from a next supply; - connecting an end of tubular foil to an end of next tubular foil from the next supply; and - supplying and buffering the next tubular foil supplied from the next supply in the transport direction; - opening the end of the next flattened tubular foil supplied from the next supply; - moving the end of the flattened tubular foil in a direction opposite the transport direction into the opened end of the next tubular foil from the next supply; - applying tape to the end of the tubular foil and to the end of the next tubular foil so as to connect the tubular foil to the next tubular foil.
A rotary tack comprising: a helical body constructed of a resorbable material and having a closed-loop base and a helix of spiral coils that extend from said base which terminates in a tip for piercing tissue, wherein each of said coils has a cross-section with an inner perimeter comprising an arcuate portion and a straight portion contiguous to each other, characterised in that said arcuate portion comprises arcuate spline grooves and said straight portion comprises radial straight portions that connect one groove to another, and each of said arcuate spline grooves has a starting point and an end point, wherein the starting point starts at a smaller radius than the end point, and each of said radial straight portions connects the starting point of one groove to the end point of an adjacent groove. a helical body constructed of a resorbable material and having a closed-loop base and a helix of spiral coils that extend from said base which terminates in a tip for piercing tissue, wherein each of said coils has a cross-section with an inner perimeter comprising an arcuate portion and a straight portion contiguous to each other, characterised in that said arcuate portion comprises arcuate spline grooves and said straight portion comprises radial straight portions that connect one groove to another, and each of said arcuate spline grooves has a starting point and an end point, wherein the starting point starts at a smaller radius than the end point, and each of said radial straight portions connects the starting point of one groove to the end point of an adjacent groove.
A multi-stage vacuum pump (10; 50) having a plurality of compression stages (12, 14, 16, 18, 20) and a booster stage, the compression and booster stages comprising respective rotors supported for rotation on one or more common drive shafts, wherein a ratio of volumetric capacity between the booster stage and the adjacent downstream compression stage is more than 5:1, characterised in that the pump comprises a recirculation valve associated with the booster stage for selective recirculation of pumped fluid from an inlet to an outlet of the booster stage above a predetermined pressure.
Fully automatic coffee machine, in particular for household use, having a spindle brewing unit with a brewing chamber, having a threaded spindle for driving the brewing chamber by means of a brewing chamber support of the brewing chamber as a spindle nut, wherein the brewing chamber is arranged laterally adjacent to the threaded spindle such that it can swivel in a swivel direction orthogonally to the spindle axis and can move in a direction of movement parallel to the spindle axis, and is coupled for swivelling with a releasable coupling between the spindle and the brewing chamber, characterised in that the coupling is designed for automatic actuation.
A recombinant microorganism producing chondroitin, defined as a linear glycosaminoglycan constituted by alternating residues of D-glucuronic acid (GlcUA) and N-acetyl-D-galactosamine (GalNAc) bound by β1-3 (GlcUA → GalNAc) and β1-4 (GalNAc → GlcUA) bonds, characterized in that said microorganism is derived from a microorganism belonging to the K antigen group and in said microorganism the kfoE gene originally present which encodes an enzyme responsible for the addition of fructose residues to the linear chondroitin backbone is inactivated by deletion or substitution entirely or in part of said gene or disruption by insertion of an additional nucleotide sequence and wherein said kfoE gene encodes a protein selected from the group consisting of: a protein comprising the amino acid sequence of SEQ ID N°2; a protein comprising the amino acid sequence of SEQ ID N°2 modified by deletion, substitution, or insertion of one or more amino acids, and having a fructosyl-transferase activity; and a protein comprising an amino acid sequence having homology of at least 50% with the amino acid sequence of SEQ ID N°2 and having a fructosyl-transferase activity. a protein comprising the amino acid sequence of SEQ ID N°2; a protein comprising the amino acid sequence of SEQ ID N°2 modified by deletion, substitution, or insertion of one or more amino acids, and having a fructosyl-transferase activity; and a protein comprising an amino acid sequence having homology of at least 50% with the amino acid sequence of SEQ ID N°2 and having a fructosyl-transferase activity.
A battery cover plate assembly, comprising a cover plate, a first pole, a second pole, a flipping member, a scored member and a first conductive member, wherein the first pole is electrically connected to the cover plate, the second pole comprises an upper pole and a lower pole spaced apart from each other, the upper pole and the lower pole are both fixed in an electrically insulated manner to the cover plate, the second pole is electrically connected to a cell core, the first conductive member is electrically connected to the upper pole, the scored member is divided by a score thereon into a first scored member and a second scored member, the first scored member is electrically connected to the first conductive member, the second scored member is electrically connected to the lower pole, the cover plate comprises a cover plate body, the flipping member is disposed on the cover plate body and is in communication with gas inside a battery, the battery cover plate assembly further comprises a telescopic assembly, the telescopic assembly comprises an insulation column and a sleeve slidably sleeved thereon, one end of the insulation column is connected to one of the flipping member and the first conductive member, one end of the sleeve is connected to the other one of the flipping member and the first conductive member, and the flipping member is configured to turn over under the action of gas pressure inside the battery and push the first conductive member to move to break the score by means of the telescopic assembly, so as to electrically disconnect the upper pole from the lower pole.
A method (200, 300) supporting query just-in-time, JIT, compilation and execution in a database management system, the method comprising: a) identifying a central processing unit,CPU, intensive function in a query; b) identifying, in the CPU intensive function, one or more variables of the function which are invariant for a specific query, the variables used as parameters for the query and having values changeable at different query instances; c1) statically compiling the CPU intensive function to a parameterized intermediate representation, IR, including the identified variables set as the one or more parameters; c2) wherein the CPU intensive function is compiled to the parameterized IR prior to executing an incoming query at run-time with the values for the variables; d) saving the parameterized IR with the parameters of the CPU intensive function in a catalog of parameterized IRs; and comprising: e1) loading, at run-time, during preparation for execution of an incoming query, the parameterized IR from the catalog; e2) replacing, in the parameterized IR, the one or more parameters with constant values for the variables of an incoming query to obtain a modified IR; and e3) JIT compiling, using the JIT compilation, the modified parameterized IR with the constant values replacing the one or more parameters, to generate a machine code for the execution of the incoming query. a) identifying a central processing unit,CPU, intensive function in a query; b) identifying, in the CPU intensive function, one or more variables of the function which are invariant for a specific query, the variables used as parameters for the query and having values changeable at different query instances; c1) statically compiling the CPU intensive function to a parameterized intermediate representation, IR, including the identified variables set as the one or more parameters; c2) wherein the CPU intensive function is compiled to the parameterized IR prior to executing an incoming query at run-time with the values for the variables; d) saving the parameterized IR with the parameters of the CPU intensive function in a catalog of parameterized IRs; and comprising: e1) loading, at run-time, during preparation for execution of an incoming query, the parameterized IR from the catalog; e2) replacing, in the parameterized IR, the one or more parameters with constant values for the variables of an incoming query to obtain a modified IR; and e3) JIT compiling, using the JIT compilation, the modified parameterized IR with the constant values replacing the one or more parameters, to generate a machine code for the execution of the incoming query. e1) loading, at run-time, during preparation for execution of an incoming query, the parameterized IR from the catalog; e2) replacing, in the parameterized IR, the one or more parameters with constant values for the variables of an incoming query to obtain a modified IR; and e3) JIT compiling, using the JIT compilation, the modified parameterized IR with the constant values replacing the one or more parameters, to generate a machine code for the execution of the incoming query.
A system for supporting turns of generator rotor endwinding coils, wherein the generator rotor endwinding coils extend at least partially circumferentially about an axial end of a rotor body, the system comprises: • at least one support block, and • at least one spacer block configured to be radially disposed between the turns of generator rotor endwinding coils, wherein said at least one spacer block includes: • a radially inboard end, • a radially outboard end, and • an opening at the radially inboard end extending a predetermined distance towards the radially outboard end to define a pocket having elongated radially inboard ends separated by the opening and • a receptacle formed between the elongated radially inboard ends, and characterized in that said at least one support block is configured to be coupled to an innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils, and wherein said at least one support block includes: • an outer projecting portion, and wherein the receptacle is configured to receive therein the outer projecting portion of said at least one support block coupled to the innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils, and wherein the outer projecting portion of said at least one support block is configured to support an inner surface of the receptacle. • at least one support block, and • at least one spacer block configured to be radially disposed between the turns of generator rotor endwinding coils, wherein said at least one spacer block includes: • a radially inboard end, • a radially outboard end, and • an opening at the radially inboard end extending a predetermined distance towards the radially outboard end to define a pocket having elongated radially inboard ends separated by the opening and • a receptacle formed between the elongated radially inboard ends, and • a radially inboard end, • a radially outboard end, and • an opening at the radially inboard end extending a predetermined distance towards the radially outboard end to define a pocket having elongated radially inboard ends separated by the opening and • a receptacle formed between the elongated radially inboard ends, and characterized in that said at least one support block is configured to be coupled to an innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils, and wherein said at least one support block includes: • an outer projecting portion, and • an outer projecting portion, and wherein the receptacle is configured to receive therein the outer projecting portion of said at least one support block coupled to the innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils, and wherein the outer projecting portion of said at least one support block is configured to support an inner surface of the receptacle.