mhurhangee/ep-ind-claims huggingface dataset:
A handle (10, 10A, 10B, 110) comprising: an annular part (11, 11A, 11B) configured to fit in a neck part of a container (20, 20B); a first extension part (12, 12A, 12B) provided so as to be continuous with the annular part (11, 11A, 11B); and a first holding part (13, 13A, 13B) provided so as to be continuous with the first extension part (12, 12A, 12B), wherein the annular part (11, 11A, 11B) includes a second contact part capable of coming into contact with a first contact part provided to the neck part in a circumferential direction of the neck part, wherein the first extension part (12, 12A, 12B) is configured to be positioned with respect to the container (20, 20B) by the contact between the first contact part and the second contact part so that the handle (10, 10A, 10B, 110) is fixable to a predetermined position with respect to the neck part, and wherein the annular part (11, 11A, 11B) includes a detachment prevention part configured to prevent the handle (10, 10A, 10B, 110) from coming off from the container (20, 20B), and a part of the detachment prevention part is the second contact part, characterised in that the detachment prevention part comprises a plurality of upright parts (15A1, 15A2) having changing heights from a relatively high upright part (15A1) and a relatively low upright part (15A2), and in that the relatively low upright part (15A2) is provided on the side of the first holding part (13, 13A, 13B). an annular part (11, 11A, 11B) configured to fit in a neck part of a container (20, 20B); a first extension part (12, 12A, 12B) provided so as to be continuous with the annular part (11, 11A, 11B); and a first holding part (13, 13A, 13B) provided so as to be continuous with the first extension part (12, 12A, 12B), wherein the annular part (11, 11A, 11B) includes a second contact part capable of coming into contact with a first contact part provided to the neck part in a circumferential direction of the neck part, wherein the first extension part (12, 12A, 12B) is configured to be positioned with respect to the container (20, 20B) by the contact between the first contact part and the second contact part so that the handle (10, 10A, 10B, 110) is fixable to a predetermined position with respect to the neck part, and wherein the annular part (11, 11A, 11B) includes a detachment prevention part configured to prevent the handle (10, 10A, 10B, 110) from coming off from the container (20, 20B), and a part of the detachment prevention part is the second contact part, characterised in that the detachment prevention part comprises a plurality of upright parts (15A1, 15A2) having changing heights from a relatively high upright part (15A1) and a relatively low upright part (15A2), and in that the relatively low upright part (15A2) is provided on the side of the first holding part (13, 13A, 13B).
A method for detecting a leak in a fuel rod of a fuel bundle in a nuclear reactor having a plurality of fuel bundles housed in a plurality of linearly arranged channels for flowing coolant past the fuel bundles, the method comprising: monitoring the channels for the occurrence of an increase in radiation above a selected base line indicative of the presence of at least one fission product in the coolant in at least one of the plurality of channels; monitoring the channels for the occurrence of time dependent changes in the strength of radiation in the coolant above the base line along the length of the at least one of the plurality of channels; wherein monitoring the channels comprises placing a fixed linear array of solid state radiation detectors in a plurality of tubes perpendicular to the channels and along the length of a plurality of the channels and taking readings from the array of detectors, the solid state detectors being comprised of a silicon carbide substrate having a first side and a second side, an epitaxial silicon carbide layer on the first side of the substrate, an Ohmic contact on the second side of the substrate, a Schottky contact covering at least a portion of the epitaxial layer, an electron emitter material spaced from the Schottky contact and defining a gap therebetween, each of the gap and the electron emitter material configured to a depth effective for detecting radiation above the base line level consistent with the presence of the at least one fission product; triangulating the radiation readings to determine the location of the strongest radiation reading and the location along the length of the channel where the increase in radiation occurred. monitoring the channels for the occurrence of an increase in radiation above a selected base line indicative of the presence of at least one fission product in the coolant in at least one of the plurality of channels; monitoring the channels for the occurrence of time dependent changes in the strength of radiation in the coolant above the base line along the length of the at least one of the plurality of channels; wherein monitoring the channels comprises placing a fixed linear array of solid state radiation detectors in a plurality of tubes perpendicular to the channels and along the length of a plurality of the channels and taking readings from the array of detectors, the solid state detectors being comprised of a silicon carbide substrate having a first side and a second side, an epitaxial silicon carbide layer on the first side of the substrate, an Ohmic contact on the second side of the substrate, a Schottky contact covering at least a portion of the epitaxial layer, an electron emitter material spaced from the Schottky contact and defining a gap therebetween, each of the gap and the electron emitter material configured to a depth effective for detecting radiation above the base line level consistent with the presence of the at least one fission product; triangulating the radiation readings to determine the location of the strongest radiation reading and the location along the length of the channel where the increase in radiation occurred.
Neutron guide system having neutron guide sections with two ends, and having one or more neutron guide elements contained within each neutron guide section, the neutron guide elements being aligned to form a neutron path within the guide sections, and the guide system having a support structure for supporting the guide sections, which support structure comprises: - flexible connecting means flexibly connecting the adjacent ends of two adjacent guide sections along the neutron path the flexible connecting means allows tilting of the guide sections relative to each other and maintains the positions of the adjacent ends of the guide sections relative to each other in directions substantially perpendicular to the neutron path, - supports provided at the adjacent ends of the guide sections; and the flexible connecting means and the guide sections are arranged such as to form a vacuum jacket around the neutron guide elements, characterised in that the supports comprise positioning means arranged for adjusting the position of the adjacent ends along at least a substantially vertical axis by lifting and lowering the adjacent ends. - flexible connecting means flexibly connecting the adjacent ends of two adjacent guide sections along the neutron path the flexible connecting means allows tilting of the guide sections relative to each other and maintains the positions of the adjacent ends of the guide sections relative to each other in directions substantially perpendicular to the neutron path, - supports provided at the adjacent ends of the guide sections; and the flexible connecting means and the guide sections are arranged such as to form a vacuum jacket around the neutron guide elements, characterised in that the supports comprise positioning means arranged for adjusting the position of the adjacent ends along at least a substantially vertical axis by lifting and lowering the adjacent ends.
Screen for forming a reversal flow of a turbofan engine having a front and a rear, said screen comprising fins of a first type having a curved profile, the rounded part of which is intended to be oriented to the rear, and the centre of curvature of which is to the front with respect to the fin of the first type, said screen comprising fins of a second type, in that each fin (256, 258) of one of the two types is interposed between two fins (258, 256) of the other type, progressing from forward to aft, in that each fin of the second type has a curved profile, the rounded part of which is intended to be oriented to the rear, and the centre of curvature of which is to the front with respect to the fin of the second type, and in that the chord of the fins of the second type is shorter than the chord of the fins of the first type, characterized in that: 0,2 × s ≤ s ′ ≤ 0,8 × s; 0,2 × h ≤ h ′ ≤ 0,8 × h; with 30 mm ≤ h ≤ 70 mm; − 1,5 × θ 1 ≤ θ 1 ′ ≤ 1,5 × θ 1; with − 10° ≤ θ 1 ≤ 70 °; − 1,5 × θ 2 ≤ θ 2 ′ ≤ 1,5 × θ 2; with 0° ≤ θ 2 ≤ 50 °; c ′ = h ′ cos st ′ with 0 ° ≤ st ′ ≤ θ 2 ′; and 0.5 ≤ c s ≤ 2; with c = h cos st and 0 ° ≤ st ≤ θ 2; where c is the chord of the fins of the first type, c' is the chord of the fins of the second type, s is the distance between two consecutive fins of the first type, s' is the distance between a fin of the first type and a consecutive fin of the second type, h is the height of the fins of the first type, h' is the height of the fins of the second type, θ 1 is the inlet angle between the tangent to the curvature of the leading edge of the fins of the first type and the vertical axis, θ 1, is the inlet angle between the tangent to the curvature of the leading edge of the fins of the second type and the vertical axis, θ 2 is the outlet angle between the tangent to the curvature of the trailing edge of the fins of the first type and the vertical axis, θ 2, is the outlet angle between the tangent to the curvature of the trailing edge of the fins of the second type and the vertical axis, st is the offset angle of the fins of the first type, and st' is the offset angle of the fins of the second type. c is the chord of the fins of the first type, c' is the chord of the fins of the second type, s is the distance between two consecutive fins of the first type, s' is the distance between a fin of the first type and a consecutive fin of the second type, h is the height of the fins of the first type, h' is the height of the fins of the second type, θ 1 is the inlet angle between the tangent to the curvature of the leading edge of the fins of the first type and the vertical axis, θ 1, is the inlet angle between the tangent to the curvature of the leading edge of the fins of the second type and the vertical axis, θ 2 is the outlet angle between the tangent to the curvature of the trailing edge of the fins of the first type and the vertical axis, θ 2, is the outlet angle between the tangent to the curvature of the trailing edge of the fins of the second type and the vertical axis, st is the offset angle of the fins of the first type, and st' is the offset angle of the fins of the second type.
Device for processing input signals (34a, 34b) related to a vital sign of a subject to obtain a remote photoplethymographic waveform, comprising an interface for receiving a plurality of non-invasively detected input signals representing a time development (34a, 34b); a feature extraction module for extracting at least one feature of each input signal of the plurality of input signals (34a, 34b), said at least one feature including an instantaneous frequency representation (40a, 40b) of the input signal (34a, 34b) and/or an instantaneous amplitude representation (42a, 42b) of the input signal (34a, 34b); a processing module for determining a signal information content parameter for each input signal of the plurality of input signals (34a, 34b) based on the at least one extracted feature, said signal information content parameter being indicative of information on a vital sign of the subject included in the input signal (34a, 34b); and a combination module for combining the plurality of input signals based on the signal information content parameters of the plurality of input signals into a combined remote photoplethymographic waveform characterizing the vital sign of the subject, wherein the combination module is configured to determine an average of the plurality of input signals based on attributing individual weights to the plurality of input signals, said individual weights being calculated based on the signal information content parameters of the plurality of input signals.
A method of producing thioesters comprising contacting a thioesterase enzyme comprising an amino acid sequence of SEQ.ID. No. 2 or an amino acid sequence having at least 74%, 80%, 90% or 95% or greater sequence identity to the amino acid sequence of SEQ.ID. No. 2 and/or at least one host cell comprising the nucleotide sequence of SEQ.ID. No.1 or a nucleotide sequence having at least 75%, 80%, 90% or 95% or greater sequence identity to the nucleotide sequence of SEQ.ID. No.1 with at least one suitable substrate comprising a C1-C8 SCFA-CoA, incubating the mixture, isolating the crude product containing the thioester and, purifying the crude product to obtain only the thioester.
A method of treating a polyimide, comprising: providing a polyimide to be treated; and contacting the polyimide to be treated with a fluid to obtain a treated polyimide; wherein the polyimide comprises a first repeat unit derived from pyromellitic dianhydride (PMDA) and a second repeat unit derived from 4,4'-oxodianiline (4,4'-ODA); wherein the fluid comprises a supercritical fluid, a liquid with a surface tension of 10.0 mN m -1 or less under the conditions of the contacting step, or a mixture thereof; wherein the polyimide to be treated is a plurality of particles; and wherein the plurality of polyimide particles has a particle size characterised by a volume median diameter of 10 to 80 μm as measured by laser diffraction in deionised water in accordance with ISO 13320:2009. providing a polyimide to be treated; and contacting the polyimide to be treated with a fluid to obtain a treated polyimide; wherein the polyimide comprises a first repeat unit derived from pyromellitic dianhydride (PMDA) and a second repeat unit derived from 4,4'-oxodianiline (4,4'-ODA); wherein the fluid comprises a supercritical fluid, a liquid with a surface tension of 10.0 mN m -1 or less under the conditions of the contacting step, or a mixture thereof; wherein the polyimide to be treated is a plurality of particles; and wherein the plurality of polyimide particles has a particle size characterised by a volume median diameter of 10 to 80 μm as measured by laser diffraction in deionised water in accordance with ISO 13320:2009.
An upright chuck assembly comprising: a chuck unit having a passage and multiple connection holes; a base having a central hole, two elongate notches respectively defined in two sides of the base, multiple first holes defined in the base and located beside the central hole, multiple bolts extending through the first holes to connect the base to the chuck unit, characterised in that the chuck unit has multiple adjustment members; and the upright chuck assembly further comprises a rotary device having a body, a horizontal gear set and a vertical gear set, the horizontal gear set and the vertical gear set being engaged with each other in the body, a projection extending from the horizontal gear set and inserted into one of the adjustment members to connect the horizontal gear set to the adjustment member, the vertical gear set having a connection portion on a top thereof, a T-wrench being mounted to the connection portion. a chuck unit having a passage and multiple connection holes; a base having a central hole, two elongate notches respectively defined in two sides of the base, multiple first holes defined in the base and located beside the central hole, multiple bolts extending through the first holes to connect the base to the chuck unit, characterised in that the chuck unit has multiple adjustment members; and the upright chuck assembly further comprises a rotary device having a body, a horizontal gear set and a vertical gear set, the horizontal gear set and the vertical gear set being engaged with each other in the body, a projection extending from the horizontal gear set and inserted into one of the adjustment members to connect the horizontal gear set to the adjustment member, the vertical gear set having a connection portion on a top thereof, a T-wrench being mounted to the connection portion.
A Ceramic Matrix Composite airfoil segment for a gas turbine engine comprising a box shape CMC fiber geometry which defines a rectilinear pressure side bond surface along one airfoil and a rectilinear suction side bond surface along another airfoil, wherein the box shape CMC fiber geometry (98A, 98B) extends along a pressure side portion of the one airfoil, an inner platform portion, a suction side portion of the another airfoil, and an outer platform portion, and wherein multiple CMC structural fibers are oriented along said box shape CMC fiber geometry, characterised in that multiple individual CMC structural fibers are oriented transverse to said rectilinear pressure side bond surface along one airfoil and transverse to said rectilinear suction side bond surface along another airfoil.
A compound (posaconazole phosphate monocholinate) of formula: wherein n is an integer of 0~12, preferably an integer of 0~8, more preferably an integer of 0~6.
A method for preparing levoglucosenone from catalytic pyrolysis of biomass, wherein a neutral catalyst of biomass-based activated carbon, which has been activated by phosphoric acid and then washed to neutral, is used as the catalyst, and lignocellulosic biomass is raw material, the method comprising: mechanically mixing the catalyst and raw material in mass ratio of (5:1)-(1:10), fast pyrolysis reaction under inert oxygen-free atmosphere at 250-470°C, wherein the pyrolysis reaction lasts no more than 50s, collecting pyrolytic vapors and condensing to produce a liquid product rich in levoglucosenone; wherein said catalyst is prepared by the following steps: grinding biomass raw material to obtain particles less than 1mm, impregnating said particles in 10-80wt% phosphoric acid solvent for 0.5-2h at room temperature, drying at 110°C for 12-24h to remove the free water, obtaining the precursor, wherein the phosphoric acid loading is controlled to be from 5 to 70wt%, activating said precursor under inert atmosphere, after cooling, washing to neutral using deionized water, drying to obtain the activated carbon catalyst. mechanically mixing the catalyst and raw material in mass ratio of (5:1)-(1:10), fast pyrolysis reaction under inert oxygen-free atmosphere at 250-470°C, wherein the pyrolysis reaction lasts no more than 50s, collecting pyrolytic vapors and condensing to produce a liquid product rich in levoglucosenone; wherein said catalyst is prepared by the following steps: grinding biomass raw material to obtain particles less than 1mm, impregnating said particles in 10-80wt% phosphoric acid solvent for 0.5-2h at room temperature, drying at 110°C for 12-24h to remove the free water, obtaining the precursor, wherein the phosphoric acid loading is controlled to be from 5 to 70wt%, activating said precursor under inert atmosphere, after cooling, washing to neutral using deionized water, drying to obtain the activated carbon catalyst. grinding biomass raw material to obtain particles less than 1mm, impregnating said particles in 10-80wt% phosphoric acid solvent for 0.5-2h at room temperature, drying at 110°C for 12-24h to remove the free water, obtaining the precursor, wherein the phosphoric acid loading is controlled to be from 5 to 70wt%, activating said precursor under inert atmosphere, after cooling, washing to neutral using deionized water, drying to obtain the activated carbon catalyst.
Automatic door system, comprising: - an element to be moved; - a drive for moving the element between a specified first position and a specified second position, the drive comprising a motor and a drive mechanism, which is designed to convert a turning force generated by the motor into a movement driving the element to be moved; - a computing unit for controlling the motor on the basis of operating parameters of the motor determined by measuring instruments, the computing unit being designed to switch the motor to its opposite direction if and as soon as it is detected by the computing unit that the element has reached the second specified position, the computing unit being designed to switch the motor to its opposite direction during its operation for moving the element from its first position to a second position if and as soon as an obstacle blocking the movement of the element is detected by the computing unit, characterized in that the computing unit is designed to switch the motor to its opposite direction for a specified time period and/or a specified distance covered by the element such that there is a reversing distance of 10 mm or less, and the computing unit being designed to vary the specified time period and/or the specified distance covered by the element depending on an actual position of the element at which the obstacle is detected. - an element to be moved; - a drive for moving the element between a specified first position and a specified second position, the drive comprising a motor and a drive mechanism, which is designed to convert a turning force generated by the motor into a movement driving the element to be moved; - a computing unit for controlling the motor on the basis of operating parameters of the motor determined by measuring instruments,
A switching device, comprising: - a fixed contact that has a fixed contact point; - a movable contact that is installed in a manner to be opposed to the fixed contact and has a movable contact point; - a switching mechanism section that performs a switching operation of the fixed contact point and the movable contact point; - a magnet that generates a magnetic field for extending an arc generated between the fixed contact and the movable contact when the fixed contact point and the movable contact point are opened; - an attraction rod formed of a magnetic body, one end of which is arranged in the vicinity of an arc generation region between the fixed contact and the movable contact, and the other end of which is arranged in a manner to contact one magnetic pole surface of the magnet; and - an insulation cover that protects the magnet and the attraction rod and serves as a wall for partitioning an arc extension space where the arc extends into two spaces corresponding to energizing directions of the arc, wherein the magnet is arranged in a region other than the arc generation region, characterized in that the insulation cover is provided with a projecting section in a central portion of the arc extension space such that the arc during the extension can collide or be compressed against the projecting section. - a fixed contact that has a fixed contact point; - a movable contact that is installed in a manner to be opposed to the fixed contact and has a movable contact point; - a switching mechanism section that performs a switching operation of the fixed contact point and the movable contact point; - a magnet that generates a magnetic field for extending an arc generated between the fixed contact and the movable contact when the fixed contact point and the movable contact point are opened; - an attraction rod formed of a magnetic body, one end of which is arranged in the vicinity of an arc generation region between the fixed contact and the movable contact, and the other end of which is arranged in a manner to contact one magnetic pole surface of the magnet; and - an insulation cover that protects the magnet and the attraction rod and serves as a wall for partitioning an arc extension space where the arc extends into two spaces corresponding to energizing directions of the arc, wherein the magnet is arranged in a region other than the arc generation region, characterized in that the insulation cover is provided with a projecting section in a central portion of the arc extension space such that the arc during the extension can collide or be compressed against the projecting section.