mhurhangee/ep-ind-claims huggingface dataset:
Multilayer stack of use in forming a photovoltaic device, said stack comprising at least one succession of superposed layers that are contiguous with one another in the following order: (a) an n-type semiconducting layer, referred to as electron injection layer; (b) a perovskite-type active layer; (c) a p-type conducting structure, referred to as hole transport layer, comprising at least one layer of a conducting material based on poly(3,4-ethylenedioxythiophene) (PEDOT) combined with one or more counterions chosen from poly(styrene sulfonate), tosylate (OTs), triflate (OTf) and methylsulfonate (OMs); characterized in that the p-type structure further comprises at least one layer of π-conjugated semiconducting polymer, different from PEDOT and comprising at least one thiophene unit, said layer being contiguous with one of the faces of said layer of PEDOT-based conducting material, said layer of conducting material based on PEDOT with counterion(s) having a thickness less than or equal to 200 nm, and said layer of π-conjugated semiconducting polymer having a thickness less than or equal to 20 nm. (a) an n-type semiconducting layer, referred to as electron injection layer; (b) a perovskite-type active layer; (c) a p-type conducting structure, referred to as hole transport layer, comprising at least one layer of a conducting material based on poly(3,4-ethylenedioxythiophene) (PEDOT) combined with one or more counterions chosen from poly(styrene sulfonate), tosylate (OTs), triflate (OTf) and methylsulfonate (OMs); said layer of conducting material based on PEDOT with counterion(s) having a thickness less than or equal to 200 nm, and said layer of π-conjugated semiconducting polymer having a thickness less than or equal to 20 nm.
A power converter circuit, comprising: output terminals (11, 12) configured to receive a grid voltage (v N) from a power grid; a plurality of transformerless converter units each comprising input terminals (21, 22) configured to be coupled to a respective one of a plurality of DC power sources (3 1 -3 n), and output terminals (23, 24) for providing an AC output current, the plurality of converter units being connected in series between the output terminals (11, 12) of the power converter circuit so that an AC output voltage at the output terminals (23, 24) of each of the plurality of converter units is a portion of the grid voltage (v N), and wherein each of the plurality of converter units is configured to provide an AC output current at its output terminals (23, 24) and is configured to regulate a generation of this AC output current such that a phase difference between the AC output current and the AC output voltage assumes a given set value. output terminals (11, 12) configured to receive a grid voltage (v N) from a power grid; a plurality of transformerless converter units each comprising input terminals (21, 22) configured to be coupled to a respective one of a plurality of DC power sources (3 1 -3 n), and output terminals (23, 24) for providing an AC output current, the plurality of converter units being connected in series between the output terminals (11, 12) of the power converter circuit so that an AC output voltage at the output terminals (23, 24) of each of the plurality of converter units is a portion of the grid voltage (v N), and wherein each of the plurality of converter units is configured to provide an AC output current at its output terminals (23, 24) and is configured to regulate a generation of this AC output current such that a phase difference between the AC output current and the AC output voltage assumes a given set value.
Hydrophobic fumed silica which is obtained by grinding with a pin mill or an air-jet mill a fumed silica which, as a result of silanization, has trimethylsilyl groups fixed on the surface and which has the following physicochemical characteristic data: • BET surface area m 2 /g: 180 - 300 • Mean size of the primary • particles nm: 7 • pH: 5.0-9.0 • carbon content % by weight: 2.0 - 4.0 and a tamped density of 55 to 65 g/l, wherein the resulting silica has • has a lower grindometer value than the unground silica and, in the case of a dispersion time of 30 min, is 12 μm or less, while the grindometer value of the unground silica is 15 μm, in the case of a dispersion time of 60 min, the grindometer value is below 10 μm, • a tamped density of 15 to 65 g/l • a specific BET surface area of 215 to 220 m 2 /g • a pH in the range of 6.5 to 8.0. • BET surface area m 2 /g: 180 - 300 • Mean size of the primary • particles nm: 7 • pH: 5.0-9.0 • carbon content % by weight: 2.0 - 4.0 and a tamped density of 55 to 65 g/l, wherein the resulting silica has • has a lower grindometer value than the unground silica and, in the case of a dispersion time of 30 min, is 12 μm or less, while the grindometer value of the unground silica is 15 μm, in the case of a dispersion time of 60 min, the grindometer value is below 10 μm, • a tamped density of 15 to 65 g/l • a specific BET surface area of 215 to 220 m 2 /g • a pH in the range of 6.5 to 8.0.
A fluid activated shaft bulkhead seal system characterized by: an annular carrier fixed to a bulkhead and about a shaft extending through the bulkhead and the annular carrier; the annular carrier including an inward ring about and spaced from the shaft; the annular carrier supporting a pair of lip seals (2004a, 2004b) spaced from and out of contact with the shaft when no fluid fluid is present, said lip seals (2004a, 2004b) on opposite sides of the inward ring, each lip seal (2004a, 2004b) defining an outwardly facing pocket between a lip portion (2006a, 2006b) spaced from the shaft and a portion (2008a, 2008b) abutting the inward ring; a foam body (2010a, 2010b) disposed in the pocket of each lip seal (2004a, 2004b); each foam body (2010a, 2010b) including a gel material configured to expand in the presence of fluid urging the lip portions (2006a, 2006b) of the lip seals (2004a, 2004b) into contact with the shaft to seal the annular carrier with respect to the shaft; and an annular retainer (2012a, 2012b) mated to each side of the annular carrier, each retainer (2012a, 2012b) supporting a said foam body (2010a, 2010b) in the pocket of each lip seal (2004a, 2004b). an annular carrier fixed to a bulkhead and about a shaft extending through the bulkhead and the annular carrier; the annular carrier including an inward ring about and spaced from the shaft; the annular carrier supporting a pair of lip seals (2004a, 2004b) spaced from and out of contact with the shaft when no fluid fluid is present, said lip seals (2004a, 2004b) on opposite sides of the inward ring, each lip seal (2004a, 2004b) defining an outwardly facing pocket between a lip portion (2006a, 2006b) spaced from the shaft and a portion (2008a, 2008b) abutting the inward ring; a foam body (2010a, 2010b) disposed in the pocket of each lip seal (2004a, 2004b); each foam body (2010a, 2010b) including a gel material configured to expand in the presence of fluid urging the lip portions (2006a, 2006b) of the lip seals (2004a, 2004b) into contact with the shaft to seal the annular carrier with respect to the shaft; and an annular retainer (2012a, 2012b) mated to each side of the annular carrier, each retainer (2012a, 2012b) supporting a said foam body (2010a, 2010b) in the pocket of each lip seal (2004a, 2004b).
An ocean-going workboat comprising a hull with a bow, a front section and a rear section, the rear section of the hull is generally defined by a rear-upper wall segment and a rear-lower wall segment with a rear-chine in between, the front section of the hull is generally defined by a front-upper wall segment, a front-intermediate wall segment and a front-lower wall segment respectively separated by an upper front-chine and a lower front-chine, the bow of the hull comprising an upper extending part defined by the front-upper wall segment and a deck of the boat, and comprising a lower extending part defined by the front-intermediate wall segment and the front-lower wall segment, wherein the front-intermediate wall segment extends from the lower extending part of the bow, characterized in that the front-intermediate wall segment has an outer normal pointing upward, to the rear-lower wall segment, having an outer normal pointing downward, wherein the upper front-chine is connected to the rear-chine thereby forming a continuous chine along the hull of the boat, wherein the hull comprises an upper-front spray-rail at the upper-front chine and a rear spray-rail at the rear-chine, wherein the upper-front spray-rail and the rear spray-rail are formed as one continuous spray-rail extending along the length of the hull, wherein the hull comprises a lower-front spray-rail at the lower-front chine.
A method of improving the stability of a protein of interest, the method comprising steps of: (i) identifying non-conserved surface residues of a protein of interest by (a) aligning the amino acid sequence of the protein with at least one other protein from the same protein family; or (b) aligning the amino acid sequence of the protein with at least one other amino acid sequence of the protein from a different species; and (ii) identifying residues as being non-conserved if less than or equal to 50% of the sequences have the same amino acid in a particular position; and (iii) replacing a plurality of non-conserved, surface residues with an amino acid residue that is positively charged at physiological pH. (i) identifying non-conserved surface residues of a protein of interest by (a) aligning the amino acid sequence of the protein with at least one other protein from the same protein family; or (b) aligning the amino acid sequence of the protein with at least one other amino acid sequence of the protein from a different species; and (a) aligning the amino acid sequence of the protein with at least one other protein from the same protein family; or (b) aligning the amino acid sequence of the protein with at least one other amino acid sequence of the protein from a different species; and (ii) identifying residues as being non-conserved if less than or equal to 50% of the sequences have the same amino acid in a particular position; and (iii) replacing a plurality of non-conserved, surface residues with an amino acid residue that is positively charged at physiological pH.
A power saw tool, comprising: a motor; a reciprocating mechanism coupled to the motor, the reciprocating mechanism being adapted to drive a reciprocating shaft coupled to a saw blade extending from the power saw tool; a housing comprising a body portion and a handle portion, the body portion adapted to house the motor and reciprocating mechanism; and a shoe assembly comprising a shoe having first and second work surfaces on opposite faces thereof, the shoe arranged for rotational movement with respect to the housing, between a first position in which the first work surface, which is on an opposite face of the shoe to the second work surface, is oriented substantially perpendicular to the saw blade and a second position in which the second work surface, which is on an opposite face of the shoe to the first work surface, is oriented at an acute angle (θ) with respect to the saw blade; wherein the body portion of the housing and the shoe assembly include cooperating retaining and/or detent elements (72, 74, 138, 140) arranged to releasably retain the shoe in each of the first and second positions. a motor; a reciprocating mechanism coupled to the motor, the reciprocating mechanism being adapted to drive a reciprocating shaft coupled to a saw blade extending from the power saw tool; a housing comprising a body portion and a handle portion, the body portion adapted to house the motor and reciprocating mechanism; and a shoe assembly comprising a shoe having first and second work surfaces on opposite faces thereof, the shoe arranged for rotational movement with respect to the housing, between a first position in which the first work surface, which is on an opposite face of the shoe to the second work surface, is oriented substantially perpendicular to the saw blade and a second position in which the second work surface, which is on an opposite face of the shoe to the first work surface, is oriented at an acute angle (θ) with respect to the saw blade; wherein the body portion of the housing and the shoe assembly include cooperating retaining and/or detent elements (72, 74, 138, 140) arranged to releasably retain the shoe in each of the first and second positions.
A specimen analyzing method for detecting neutrophil extracellular traps, wherein the method comprises: preparing a measurement specimen from a biological specimen containing blood cells by staining, with a nucleic acid staining fluorescent dye, nucleic acids contained in neutrophils not having released neutrophil extracellular traps; obtaining optical information including fluorescence information by irradiating the measurement specimen with light; and detecting, as neutrophil extracellular traps on the basis of the optical information, remaining particles of neutrophils after the neutrophils release neutrophil extracellular traps, wherein the remaining particles of neutrophils after the neutrophils release neutrophil extracellular traps have lower fluorescence intensity than fluorescence intensity obtained from the neutrophils not having released neutrophil extracellular traps. preparing a measurement specimen from a biological specimen containing blood cells by staining, with a nucleic acid staining fluorescent dye, nucleic acids contained in neutrophils not having released neutrophil extracellular traps; obtaining optical information including fluorescence information by irradiating the measurement specimen with light; and detecting, as neutrophil extracellular traps on the basis of the optical information, remaining particles of neutrophils after the neutrophils release neutrophil extracellular traps, wherein the remaining particles of neutrophils after the neutrophils release neutrophil extracellular traps have lower fluorescence intensity than fluorescence intensity obtained from the neutrophils not having released neutrophil extracellular traps.
A method of producing a modular fixed cutter earth-boring bit body, comprising: providing a blade support piece; providing at least one blade piece; and fastening the at least one blade piece to the blade support piece, characterised in that the at least one blade piece comprises cemented carbide and the blade support piece comprises cemented carbide. providing a blade support piece; providing at least one blade piece; and fastening the at least one blade piece to the blade support piece, characterised in that the at least one blade piece comprises cemented carbide and the blade support piece comprises cemented carbide.
An ultrasonic endoscope comprising: an insertion part that includes a tip, a base end, and a longitudinal axis; an ultrasonic transducer that is provided at the tip of the insertion part; a balloon mounting portion which is disposed closer to the base end of the insertion part than the ultrasonic transducer is and on which a balloon wrapping the ultrasonic transducer is detachably mounted; a supply/discharge pipe line for a balloon that extends in the insertion part; a groove portion which is formed along the longitudinal axis, includes a base end being provided on a surface intersecting the longitudinal axis, and is extended from the base end toward a distal direction along the longitudinal axis, wherein at least a part of the groove portion overlaps the ultrasonic transducer in the direction of the longitudinal axis; and a tip-side opening surface of the supply/discharge pipe line for the balloon, the tip-side opening surface being provided on the base end of the groove portion and having components normal to a direction of the longitudinal axis. an insertion part that includes a tip, a base end, and a longitudinal axis; an ultrasonic transducer that is provided at the tip of the insertion part; a balloon mounting portion which is disposed closer to the base end of the insertion part than the ultrasonic transducer is and on which a balloon wrapping the ultrasonic transducer is detachably mounted; a supply/discharge pipe line for a balloon that extends in the insertion part; a groove portion which is formed along the longitudinal axis, includes a base end being provided on a surface intersecting the longitudinal axis, and is extended from the base end toward a distal direction along the longitudinal axis, wherein at least a part of the groove portion overlaps the ultrasonic transducer in the direction of the longitudinal axis; and a tip-side opening surface of the supply/discharge pipe line for the balloon, the tip-side opening surface being provided on the base end of the groove portion and having components normal to a direction of the longitudinal axis.
Wall element comprising an upper edge, a lower edge substantially parallel to said upper edge, a first side and a second side, said first and second side being substantially parallel and extending between said upper and lower edge, and an outer side and an inner side, said wall element comprising: an upper element extending along said upper edge; a lower element extending along said lower edge; a first side element comprising a substantially rectangular cross section, said side element extending along said first side between said upper and lower element; a second side element comprising a substantially rectangular cross section, said side element extending along said second side between said upper and lower element; and a substantially rectangular board arranged on said outer side and attached to said upper element, lower element and first element; wherein said upper and lower element (21, 22) comprise a first edge coinciding with said first side and a second edge coinciding with said second side, characterized in that said first and said second edge (23, 24) are arranged in an angle (α) with respect to a plane perpendicular to said outer side, wherein said angle (α) lies within the interval 20° to 45°, and said first and second side elements (25, 26) extending parallel to said plane, perpendicular to the board and having a total extension in the plane corresponding to the extension of the upper and the lower element in the plane, wherein said first side element bears against the board and said second side element extends from the inside of the wall element. an upper element extending along said upper edge; a lower element extending along said lower edge; a first side element comprising a substantially rectangular cross section, said side element extending along said first side between said upper and lower element; a second side element comprising a substantially rectangular cross section, said side element extending along said second side between said upper and lower element; and a substantially rectangular board arranged on said outer side and attached to said upper element, lower element and first element; wherein said upper and lower element (21, 22) comprise a first edge coinciding with said first side and a second edge coinciding with said second side, characterized in that said first and said second edge (23, 24) are arranged in an angle (α) with respect to a plane perpendicular to said outer side, wherein said angle (α) lies within the interval 20° to 45°, and said first and second side elements (25, 26) extending parallel to said plane, perpendicular to the board and having a total extension in the plane corresponding to the extension of the upper and the lower element in the plane, wherein said first side element bears against the board and said second side element extends from the inside of the wall element.
Method for preparing the operation of a coordinate measuring machine probing in a tactile manner, in particular for preparing the calibration of the coordinate measuring machine by tactile probing of a calibration element (2, 4) using a sensing device (3, 8) arranged at the coordinate measuring machine, comprising the following steps: - measuring the surface of the probe sphere, deviating from the ideal shape of a sphere, as a sensing element of the coordinate measuring machine using a surface measuring device and determining coordinates of a plurality of real surface points of the probe sphere in a coordinate system of the probe sphere, - relating a reference feature (14; 15; 16) of the probe sphere to the coordinate system of the probe sphere, - assembling the probe sphere at a coordinate measuring machine probing in a tactile manner in the measurement range of the coordinate measuring machine probing in a tactile manner, - relating the coordinate system of a calibration standard (2, 4) to the coordinate system of the coordinate measuring machine, - obtaining scanning information by scanning the calibration standard (2, 4) using the probe sphere assembled at the CMM and/or by scanning the calibration standard (2, 4) using a shaft of the probe sphere assembled at the CMM, - establishing the position and alignment of the reference feature (14; 15; 16) of the probe sphere in the coordinate system of the CMM by evaluating the scanning information, - relating the coordinate system of the probe sphere to the coordinate system of the coordinate measuring machine such that information about positions of the real surface points of the probe sphere is available or determinable in the coordinate system of the coordinate measuring machine. - measuring the surface of the probe sphere, deviating from the ideal shape of a sphere, as a sensing element of the coordinate measuring machine using a surface measuring device and determining coordinates of a plurality of real surface points of the probe sphere in a coordinate system of the probe sphere, - relating a reference feature (14; 15; 16) of the probe sphere to the coordinate system of the probe sphere, - assembling the probe sphere at a coordinate measuring machine probing in a tactile manner in the measurement range of the coordinate measuring machine probing in a tactile manner, - relating the coordinate system of a calibration standard (2, 4) to the coordinate system of the coordinate measuring machine, - obtaining scanning information by scanning the calibration standard (2, 4) using the probe sphere assembled at the CMM and/or by scanning the calibration standard (2, 4) using a shaft of the probe sphere assembled at the CMM, - establishing the position and alignment of the reference feature (14; 15; 16) of the probe sphere in the coordinate system of the CMM by evaluating the scanning information, - relating the coordinate system of the probe sphere to the coordinate system of the coordinate measuring machine such that information about positions of the real surface points of the probe sphere is available or determinable in the coordinate system of the coordinate measuring machine.