mhurhangee/ep-ind-claims huggingface dataset:
A photonic bandgap fiber, comprising: a core; and a cladding which is formed by drawing hollow glass tubes which are arranged in a stack having a triangular pattern, wherein the glass portion of said hollow glass tubes comprises a relatively high index material in comparison to the hollow portion of said hollow glass tubes, and wherein, during drawing of the fiber, said hollow glass tubes fuse together and form a high index matrix having hollow regions therein and wherein said core is formed by leaving out 7, 19 or more hollow glass tubes around the center of the stack such that the hollow glass tubes of the stack are arranged in a number of hexagonal rings around the center of the stack, and wherein further each of the hollow glass tubes of the stack which are closest to said core is replaced by a composite structure, in order to eliminate surface modes, wherein the composite structure is formed by stacking tubes and then drawing the stacked tubes down to an appropriate size to incorporate them into the stack of hollow glass tubes. a core; and a cladding which is formed by drawing hollow glass tubes which are arranged in a stack having a triangular pattern, wherein the glass portion of said hollow glass tubes comprises a relatively high index material in comparison to the hollow portion of said hollow glass tubes, and wherein, during drawing of the fiber, said hollow glass tubes fuse together and form a high index matrix having hollow regions therein and wherein said core is formed by leaving out 7, 19 or more hollow glass tubes around the center of the stack such that the hollow glass tubes of the stack are arranged in a number of hexagonal rings around the center of the stack, and wherein further each of the hollow glass tubes of the stack which are closest to said core is replaced by a composite structure, in order to eliminate surface modes, wherein the composite structure is formed by stacking tubes and then drawing the stacked tubes down to an appropriate size to incorporate them into the stack of hollow glass tubes.
A computer-implemented system that facilitates constraint solver processing in the context of Boolean satisfiability solvers, comprising: a bookkeeping component for representing input solver state of a computational thread as a set of support graphs; wherein a support graph is an L,K-deduction graph, which is a directed graph whose nodes are labeled with individual literals paired with subsets of L and whose edges are labeled with members of K, wherein L is the set of literals, K is the set of clauses over the literals in L, and literals are variables that can be assigned a value of True or False, and a merge component for pairwise merging of at least two input graphs of the set of support graphs by merging of nodes having the same literal into a merged graph that represents final state of the computational thread, wherein said merging is based on the union of the set of assumptions of the input graphs, and wherein the bookkeeping component receives the input solver state from parallel Boolean satisfiability solvers operating on the computation thread, a propagation component for constraint propagation to generate completeness in the merged graph, and wherein the propagation component facilitates non-chronological backtracking as part of the constraint propagation to directly change an earlier assumption without changing an intermediate assumption. a bookkeeping component for representing input solver state of a computational thread as a set of support graphs; wherein a support graph is an L,K-deduction graph, which is a directed graph whose nodes are labeled with individual literals paired with subsets of L and whose edges are labeled with members of K, wherein L is the set of literals, K is the set of clauses over the literals in L, and literals are variables that can be assigned a value of True or False, and a merge component for pairwise merging of at least two input graphs of the set of support graphs by merging of nodes having the same literal into a merged graph that represents final state of the computational thread, wherein said merging is based on the union of the set of assumptions of the input graphs, and wherein the bookkeeping component receives the input solver state from parallel Boolean satisfiability solvers operating on the computation thread, a propagation component for constraint propagation to generate completeness in the merged graph, and wherein the propagation component facilitates non-chronological backtracking as part of the constraint propagation to directly change an earlier assumption without changing an intermediate assumption.
A dispenser (100, 200, 700, 800) comprising: a dispenser housing; a container for holding a foamable liquid; a first pump portion (110, 810) for pumping a liquid; a second pump portion (112, 812) for pumping air; an outlet (108, 208, 708, 808) in fluid communication the first pump portion (110, 810); and a chamber (424, 824) at least partially defined by a movable member (426, 826), the chamber (424, 824) having: a vacuum inlet (118, 452, 818), wherein the vacuum inlet (118, 452, 818) is in fluid communication with the air pump portion (112, 812); a suck-back inlet (120, 220, 720), wherein the suck-back inlet (120, 220, 720) is in fluid communication with the outlet (108, 208, 708, 808); wherein applying a vacuum pressure to the vacuum inlet (118, 452, 818) causes the volume of the chamber (424, 824) to decrease; and removing the vacuum pressure from the vacuum inlet (118, 452, 818) causes the volume of the chamber (424, 824) to increase; and increasing the volume of the chamber (424, 824) draws residual fluid from the outlet (108, 208, 708, 808) toward the chamber (424, 824). a dispenser housing; a container for holding a foamable liquid; a first pump portion (110, 810) for pumping a liquid; a second pump portion (112, 812) for pumping air; an outlet (108, 208, 708, 808) in fluid communication the first pump portion (110, 810); and a chamber (424, 824) at least partially defined by a movable member (426, 826), the chamber (424, 824) having: a vacuum inlet (118, 452, 818), wherein the vacuum inlet (118, 452, 818) is in fluid communication with the air pump portion (112, 812); a suck-back inlet (120, 220, 720), wherein the suck-back inlet (120, 220, 720) is in fluid communication with the outlet (108, 208, 708, 808); a vacuum inlet (118, 452, 818), wherein the vacuum inlet (118, 452, 818) is in fluid communication with the air pump portion (112, 812); a suck-back inlet (120, 220, 720), wherein the suck-back inlet (120, 220, 720) is in fluid communication with the outlet (108, 208, 708, 808); wherein applying a vacuum pressure to the vacuum inlet (118, 452, 818) causes the volume of the chamber (424, 824) to decrease; and removing the vacuum pressure from the vacuum inlet (118, 452, 818) causes the volume of the chamber (424, 824) to increase; and increasing the volume of the chamber (424, 824) draws residual fluid from the outlet (108, 208, 708, 808) toward the chamber (424, 824).
Covering material for a microchip comprising at least one protective component which provides protection of a microchip covered by the covering material against the effect of UV radiation, characterized in that the protective component comprises an organic filter and a pigment, wherein the organic filter is a salicylic ester and the pigment is titanium deoxide and/or zinc oxide.
A method for analyzing a biological sample of a female pregnant with a plurality of fetuses to determine whether at least two fetuses of a pregnant female are dizygotic, the biological sample comprising fetal and maternal DNA, the method comprising: determining a genotype of the pregnant female at each of one or more first loci within a first chromosomal region, the pregnant female being homozygous at each of the one or more first loci or being heterozygous at each of the one or more first loci, wherein each of the first loci exhibits a respective primary allele and a respective secondary allele in the biological sample, wherein the respective primary allele is more abundant than the respective secondary allele for each of the first loci; measuring, at the one or more first loci, a first amount of the one or more primary alleles and/or a second amount of the one or more secondary alleles in the biological sample; obtaining a normalized parameter for the first amount or the second amount; and comparing the normalized parameter to a cutoff value to determine if the normalized parameter is statistically different from an expected value for the normalized parameter if the fetuses are genetically identical for the first chromosomal region, the expected value being obtained from a measurement of the biological sample; and determining whether at least two fetuses of the pregnant female are dizygotic based on the comparison of the normalized parameter to the cutoff value. determining a genotype of the pregnant female at each of one or more first loci within a first chromosomal region, the pregnant female being homozygous at each of the one or more first loci or being heterozygous at each of the one or more first loci, wherein each of the first loci exhibits a respective primary allele and a respective secondary allele in the biological sample, wherein the respective primary allele is more abundant than the respective secondary allele for each of the first loci; measuring, at the one or more first loci, a first amount of the one or more primary alleles and/or a second amount of the one or more secondary alleles in the biological sample; obtaining a normalized parameter for the first amount or the second amount; and comparing the normalized parameter to a cutoff value to determine if the normalized parameter is statistically different from an expected value for the normalized parameter if the fetuses are genetically identical for the first chromosomal region, the expected value being obtained from a measurement of the biological sample; and determining whether at least two fetuses of the pregnant female are dizygotic based on the comparison of the normalized parameter to the cutoff value. determining whether at least two fetuses of the pregnant female are dizygotic based on the comparison of the normalized parameter to the cutoff value.
A system for detecting seizures, such as tonic-clonic seizures, comprising: - at least one processor unit (3, 3') capable of recording an electromyographic signal from a sensor unit, - one or more filter and analysis modules (6, 8) configured to filter and analyse the recorded signal, - one or more evaluation modules configured to evaluate the output signals from the filter and analysis modules (6, 8), - a seizure detection algorithm configured to detect a seizure, said seizure detection algorithm being implemented in the processor unit or in a second processor unit connected to the processor unit, characterised in that, - a first analysis module is configured to analyse the recorded signal within a first frequency band (B HF) of 32-512 Hz, and a second analysis module is configured to analyse the recorded signal within a second frequency band (B LF) of 2-16 Hz, and - the evaluation module is configured to calculate a ratio (HF/LF) between a first output signal of the first analysis module and a second output signal of the second analysis module, wherein - a time-point extraction module is configured to compare one of the output signals to a threshold value and to determine a starting point (T 2) of a phase in the detected seizure based on the threshold value. - at least one processor unit (3, 3') capable of recording an electromyographic signal from a sensor unit, - one or more filter and analysis modules (6, 8) configured to filter and analyse the recorded signal, - one or more evaluation modules configured to evaluate the output signals from the filter and analysis modules (6, 8), - a seizure detection algorithm configured to detect a seizure, said seizure detection algorithm being implemented in the processor unit or in a second processor unit connected to the processor unit, - a first analysis module is configured to analyse the recorded signal within a first frequency band (B HF) of 32-512 Hz, and a second analysis module is configured to analyse the recorded signal within a second frequency band (B LF) of 2-16 Hz, and - the evaluation module is configured to calculate a ratio (HF/LF) between a first output signal of the first analysis module and a second output signal of the second analysis module, wherein - a time-point extraction module is configured to compare one of the output signals to a threshold value and to determine a starting point (T 2) of a phase in the detected seizure based on the threshold value.
A turbine component comprising: a root; and an airfoil extending from the root to a tip opposite the root, the airfoil forming a leading edge and a trailing edge portion extending to a trailing edge; a plurality of radial cooling channels in the trailing edge portion of the airfoil are arranged to permit radial flow of a cooling fluid through the trailing edge portion, each radial cooling channel having a first end at a lower surface at a root edge of the trailing edge portion or at an upper surface at a tip edge of the trailing edge portion and a second end opposite the first end at the lower surface or the upper surface; wherein the plurality of radial cooling channels in the trailing edge portion have a radial geometry selected from the group consisting of wavy, serpentine, irregular, and combinations thereof; characterized in that the airfoil comprises a metal three-dimensionally printed first section and a metal three-dimensionally printed second section, the first section being welded or brazed to the second section to form the airfoil, at least a portion of the plurality of radial cooling channels being formed at a formed surface of the first section or the second section. a root; and an airfoil extending from the root to a tip opposite the root, the airfoil forming a leading edge and a trailing edge portion extending to a trailing edge; a plurality of radial cooling channels in the trailing edge portion of the airfoil are arranged to permit radial flow of a cooling fluid through the trailing edge portion, each radial cooling channel having a first end at a lower surface at a root edge of the trailing edge portion or at an upper surface at a tip edge of the trailing edge portion and a second end opposite the first end at the lower surface or the upper surface; wherein the plurality of radial cooling channels in the trailing edge portion have a radial geometry selected from the group consisting of wavy, serpentine, irregular, and combinations thereof; characterized in that the airfoil comprises a metal three-dimensionally printed first section and a metal three-dimensionally printed second section, the first section being welded or brazed to the second section to form the airfoil, at least a portion of the plurality of radial cooling channels being formed at a formed surface of the first section or the second section.
A metal vapor discharge lamp including an arc tube having a pair of electrodes (50, 52) therein that oppose each other substantially in line, an inner tube housing the arc tube, and an outer tube housing the inner tube, wherein the following relations are satisfied: 2 × A + B ≥ 1.06; and A ≥ 0.3 where A represents, in millimeter, a shortest distance between the arc tube and the inner tube along a line in a radial direction of the inner tube, and B represents, in millimeter a distance between the inner tube and the outer tube along the line, and wherein the following relations are satisfied: α ≤ 5; β ≤ 2.5 where α represents, in millimeter, a second difference between an inner diameter of the inner tube and an outer diameter of the arc tube in a second cross section, the second cross section being taken perpendicularly to an imaginary line that connects the pair of the electrodes, the second cross section being present between the pair of the electrodes (50, 52), and the second difference being shortest in the second cross section, and β represents, in millimeter, a first difference between an inner diameter of the outer tube and an outer diameter of the inner tube in a first cross section, the first cross section being taken perpendicularly to the imaginary line that connects the pair of the electrodes (50, 52), the first cross section being present between the pair of the electrodes, and the first difference being shortest in the first cross section; characterised in that the tube axes of the arc tube, the inner tube and the outer tube are displaced. A represents, in millimeter, a shortest distance between the arc tube and the inner tube along a line in a radial direction of the inner tube, and B represents, in millimeter a distance between the inner tube and the outer tube along the line, and wherein
A pull-out folding table for furniture, comprising a base plate guided on a furniture body so as to be extensible therefrom, and a supplement plate articulated to the base plate and adapted to be folded back onto the base plate, characterized in that the base plate is adapted to be locked at the furniture body in the extended position by a lock, wherein the lock is adapted to be actuated by a trigger pin which projects from a top side of the base plate and on which the supplement plate rests in the folded position.
Deposition head for depositing a tape of impregnated fibres, the deposition head being equipped with an assemblage comprising said tape of impregnated fibres arranged on a backing tape, said deposition head including a recovery spool for recovering said backing tape and parting means for parting the tape of impregnated fibres from the backing tape, said deposition head including a slide and a movement actuator connected to the slide to move the slide in translation from a high position (PSUP) to a low position (PINF), said slide carrying a peeling roller of the parting means, said backing tape extending over a circular arc against the peeling roller in order to reach said recovery spool, said low position (PINF) being configured so that said peeling roller presses said tape of impregnated fibres against a deposition surface only in the low position (PINF) of the slide, said circular arc occupying a first angle (teta1) in the low position (PINF) of the slide and a second angle (teta2) in the high position (PSUP) of the slide, said first angle (teta1) being greater than said second angle (teta2); the second angle is less than or equal to 60 degrees plus or minus 5 degrees and said deposition head is characterised in that the first angle (teta1) is greater than or equal to 90 degrees; and in that said deposition head includes presser means arranged, in the low position (PINF) of the slide, upstream from the peeling roller relative to the travel direction of the deposition head while depositing the tape of impregnated fibres on the deposition surface.
An electrosurgical instrument for applying radiofrequency energy and/or microwave frequency energy to biological tissue, the instrument comprising: an instrument tip for applying radiofrequency energy and/or microwave frequency energy to biological tissue; a coaxial feed cable for conveying radiofrequency energy and/or microwave frequency energy to the instrument tip; a sheath surrounding the coaxial feed cable; characterized in further comprising: a plurality of rolling element bearings or brush bearings positioned between the coaxial feed cable and the sheath for enabling axial rotation of the coaxial feed cable relative to the sheath. an instrument tip for applying radiofrequency energy and/or microwave frequency energy to biological tissue; a coaxial feed cable for conveying radiofrequency energy and/or microwave frequency energy to the instrument tip; a sheath surrounding the coaxial feed cable; characterized in further comprising: a plurality of rolling element bearings or brush bearings positioned between the coaxial feed cable and the sheath for enabling axial rotation of the coaxial feed cable relative to the sheath.
A wiring harness assembly, comprising: a plurality of separated conductors formed of a first electrically conductive material; a substrate formed of a dielectric material encasing the plurality of separated conductors; a location feature integrally formed with the substrate; an opening defined in the substrate having a predetermined size and shape, wherein a section of the plurality of separated conductors is exposed within the opening and wherein the opening is precisely located relative to the location feature; and a connector, wherein the plurality of separated conductors are a plurality of electrically conductive wires formed of the first electrically conductive material, characterized in that the connector has a lower segment disposed within the opening and an upper segment secured to the lower segment, wherein the connector is secured to the substrate, wherein the lower segment includes a cradle feature that is in mechanical contact with a lower portion of the plurality of electrically conductive wires, thereby supporting the plurality of electrically conductive wires. a plurality of separated conductors formed of a first electrically conductive material; a substrate formed of a dielectric material encasing the plurality of separated conductors; a location feature integrally formed with the substrate; an opening defined in the substrate having a predetermined size and shape, wherein a section of the plurality of separated conductors is exposed within the opening and wherein the opening is precisely located relative to the location feature; and a connector, wherein the plurality of separated conductors are a plurality of electrically conductive wires formed of the first electrically conductive material, characterized in that the connector has a lower segment disposed within the opening and an upper segment secured to the lower segment, wherein the connector is secured to the substrate, wherein the lower segment includes a cradle feature that is in mechanical contact with a lower portion of the plurality of electrically conductive wires, thereby supporting the plurality of electrically conductive wires.
Prefabricated element for the construction of a building, comprising a structural part, the said structural part comprising a first face intended to be placed on an outer side of the said building and comprising a second face intended to be placed on an inner side of the said building, the said prefabricated element incorporating on at least part of its second face at least one layer of at least one insulating material for eliminating thermal bridges, the said prefabricated element being characterized in that it comprises a plurality of brackets fixed to the structural part of the prefabricated element, the said brackets each comprising a plate fixed or embedded in a concrete forming the structural part of the prefabricated element and a plate of which a part projects beyond the insulating material on the second face of the prefabricated element and which is configured to serve as a support for elements (39, 53) forming a floor framework.