mhurhangee/ep-ind-claims huggingface dataset:
A method for making a frozen preparation for a sweet soufflé, comprising the following steps: a) a base is prepared for a cream puff paste from least the following four ingredients: water or milk, fat, flour, and egg; b) a custard is prepared from at least the following four ingredients: milk, sugar, flour, and egg yolk; c) the custard obtained in step b) is incorporated into the cream puff paste base obtained in step a), and the mixture is kept in a double boiler at a temperature not to exceed 70°C; d) egg whites are whipped to a stiff peaks stage; e) a mixture of sugar and water is cooked at a temperature between 110 and 120°C, so as to obtain a caramel; f) the hot caramel is poured on the stiff peak egg whites of step d), and they are mixed so as to obtain meringued egg whites; g) the mixture obtained in step c) is removed from the double boiler, and the meringued egg whites obtained in step e) are incorporated into said hot mixture; h) the mixture obtained in step g) is placed in a soufflé dish; and i) the soufflé preparation is frozen immediately at a temperature of at least -10°C. a) a base is prepared for a cream puff paste from least the following four ingredients: water or milk, fat, flour, and egg; b) a custard is prepared from at least the following four ingredients: milk, sugar, flour, and egg yolk; c) the custard obtained in step b) is incorporated into the cream puff paste base obtained in step a), and the mixture is kept in a double boiler at a temperature not to exceed 70°C; d) egg whites are whipped to a stiff peaks stage; e) a mixture of sugar and water is cooked at a temperature between 110 and 120°C, so as to obtain a caramel; f) the hot caramel is poured on the stiff peak egg whites of step d), and they are mixed so as to obtain meringued egg whites; g) the mixture obtained in step c) is removed from the double boiler, and the meringued egg whites obtained in step e) are incorporated into said hot mixture; h) the mixture obtained in step g) is placed in a soufflé dish; and i) the soufflé preparation is frozen immediately at a temperature of at least -10°C.
Peptide, containing at least one amino acid sequence made of D-amino acids, which binds to full-length tau protein, selected from SEQ ID NO: 3 and polymers of SEQ ID NO: 3.
A method for manufacturing a pellicle for lithography, said pellicle for lithography comprising a pellicle membrane, a pellicle frame on which the pellicle membrane is bonded via an adhesive layer formed on an upper annular face of said pellicle frame, and a thermosetting agglutinant layer formed on a lower annular face of said pellicle frame, wherein the thermosetting agglutinant layer has a substantially rectangular or a substantially trapezoidal cross section in which the upper base of the cross section is parallel to the lower annular face of the pellicle frame and the lateral sides of the cross section are respectively forming with the lower annular face of the pellicle frame an angle alpha equal to or smaller than 90 degrees; said method comprises steps (i) to (iii) in the following order: (i) laying said agglutinant layer on said lower annular face of the pellicle frame, (ii) half-curing said agglutinant layer, (iii) shaping said agglutinant layer into a flat layer by pressure. (i) laying said agglutinant layer on said lower annular face of the pellicle frame, (ii) half-curing said agglutinant layer, (iii) shaping said agglutinant layer into a flat layer by pressure.
Method for operating a nuclear magnetic flowmeter for determining the flow of a medium flowing through a measuring tube, having a magnetic field generator consisting of permanent magnets for generating a magnetic field interfusing the medium over a magnetic field section L M, having a pre-magnetization section L VM located within the magnetic field section L M and having a measuring device also located in the magnetic field section L M including a coil-shaped antenna with the length L 1 serving as a measuring antenna wherein the flowmeter is used for determining the flow, in which at least one coil-shaped antenna is provided in the pre-magnetization section L VM for generating a pulse spoiling the magnetization of the medium in the direction of the magnetic field or a pulse sequence spoiling the magnetization of the medium in the direction of the magnetic field, wherein a pulse spoiling the magnetization of the medium in the direction of the magnetic field or a pulse sequence spoiling the magnetization of the medium in the direction of the magnetic field is generated with the coil-shaped antenna or with at least one coil-shaped antenna in the pre-magnetization section, wherein a waiting time Δt is passed before the proper measurement, characterized in that, subsequently, a nuclear magnetic measurement is performed on the medium in the measuring device by exciting the magnetized medium by excitation signals and measuring the measuring signals caused by the excitation signals in the medium. wherein the flowmeter is used for determining the flow, in which at least one coil-shaped antenna is provided in the pre-magnetization section L VM for generating a pulse spoiling the magnetization of the medium in the direction of the magnetic field or a pulse sequence spoiling the magnetization of the medium in the direction of the magnetic field, wherein a pulse spoiling the magnetization of the medium in the direction of the magnetic field or a pulse sequence spoiling the magnetization of the medium in the direction of the magnetic field is generated with the coil-shaped antenna or with at least one coil-shaped antenna in the pre-magnetization section, wherein a waiting time Δt is passed before the proper measurement, characterized in that, subsequently, a nuclear magnetic measurement is performed on the medium in the measuring device by exciting the magnetized medium by excitation signals and measuring the measuring signals caused by the excitation signals in the medium.
A fuel injection pump which pressurizes and discharges fuel that is drawn in a low-pressure state, the fuel injection pump comprising an inlet valve arranged in an interior of the fuel injection pump; an outlet valve arranged in the interior of the fuel injection pump; a relief valve arranged in the interior of the fuel injection pump; and a pump housing having a valve holder a plunger, the valve holder having a pump chamber formed between the inlet valve and the outlet valve and the plunger pressurizing or depressurizing the pump chamber, wherein the relief valve is provided on a downstream side of the outlet valve and is configured as a valve for returning the fuel to an upstream side of the outlet valve, the valve holder includes a seat having a portion of a passage on the upstream side of the outlet valve and a passage from the downstream side of the outlet valve to an upstream side of the relief valve as separate passages, and the portion of the passage on the upstream side of the outlet valve and the passage from the downstream side of the outlet valve to the upstream side of the relief valve are formed offset from each other in the seat; wherein the valve holder includes a stopper that supports an elastic body applying urging force to the inlet valve and an elastic body applying urging force to the relief valve.
An aircraft wing comprising a wing body, an auxiliary wing surface device and a deployment mechanism for deploying the auxiliary wing surface device from the aircraft wing body, the deployment mechanism providing: - a first connector portion for connecting the deployment mechanism to the aircraft wing body, - a second connector portion for connecting the deployment mechanism to the auxiliary wing surface device, and - a telescopic rod linking the first and second connector portions, the telescopic rod comprising an inner rod extendable from inside of an outer rod to increase the length of the telescopic rod, such that the distance between the first and second connector portions can be increased, such that the distance between the aircraft wing body and the auxiliary wing surface device can be increased, characterised in that the aircraft wing further comprises a number of linkages (80, 90, 100) between the auxiliary wing surface device and the aircraft wing body, the linkages defining the travel path of the auxiliary wing surface device in relation to the aircraft wing body when the length of the telescopic rod is increased, and wherein there is a first linkage for reacting lateral loads from the auxiliary wing surface device and a second linkage for reacting shear loads. - a first connector portion for connecting the deployment mechanism to the aircraft wing body, - a second connector portion for connecting the deployment mechanism to the auxiliary wing surface device, and - a telescopic rod linking the first and second connector portions,
A recombinant pre-fusion respiratory syncitial virus Fusion protein comprising a mutation of the amino acid S on position 215 into P (S215P), a mutation of the amino acid T on position 357 into K (T357K) and a mutation of the amino acid N on position 371 into Y (N371Y) wherein the amino acid positions are given in reference to SEQ ID NO: 13.
A method for producing an anode for a solid oxide fuel cell, the method comprising: a first step of shaping a mixture that contains a perovskite oxide having proton conductivity and a nickel compound; and a second step of firing a shaped product, which has been obtained in the first step, in an atmosphere containing 50% by volume or more of oxygen at 1100°C to 1350°C so as to generate an anode. a first step of shaping a mixture that contains a perovskite oxide having proton conductivity and a nickel compound; and a second step of firing a shaped product, which has been obtained in the first step, in an atmosphere containing 50% by volume or more of oxygen at 1100°C to 1350°C so as to generate an anode.
Sensor arrangement, in particular a pressure sensor arrangement, comprising a substrate, the substrate having at least one trench on a first side and the trench being provided for forming a first membrane region on a second side opposite from the first side, characterized in that a second membrane region and a cavity are integrated in the first membrane region.
A method of transcribing speech comprising the steps of: receiving a dictation; generating a string of recognized text from the dictation; determining a confidence score for the string of recognized text, wherein the confidence score is determined by modeling using a Report Confidence Model, and the modeling has a threshold component and a scoring strictness component, wherein the scoring strictness component provides an acceptable range of confidence scores for the recognized text; and routing the dictation and the string of recognized text based on the confidence score for editing or for transcription. receiving a dictation; generating a string of recognized text from the dictation; determining a confidence score for the string of recognized text, wherein the confidence score is determined by modeling using a Report Confidence Model, and the modeling has a threshold component and a scoring strictness component, wherein the scoring strictness component provides an acceptable range of confidence scores for the recognized text; and routing the dictation and the string of recognized text based on the confidence score for editing or for transcription.
A network relay device for a wireless communication system, the network relay device comprising: a first transceiver configured to provide access to a base station in a first network using a first radio access technology, RAT; a second transceiver configured to provide a second network to at least one client device (132a, 132b, 132c) using a second RAT; and at least one processor configured to: obtain, from the at least one client device (132a, 132b, 132c), a request for a low-latency service provided by the first network, wherein the at least one client device is provided the low-latency service by accessing the second network, transmit, to the at least one client device (132a, 132b, 132c), at least one signal instructing the at least one client device (132a, 132b, 132c) to restrict entry into a power saving mode, PSM, in response to the request, access the base station in the first network using the first RAT, receive, from the base station, traffic of the low-latency service for the at least one client device (132a, 132b, 132c), and transmit, to the at least one client device (132a, 132b, 132c), the traffic. a first transceiver configured to provide access to a base station in a first network using a first radio access technology, RAT; a second transceiver configured to provide a second network to at least one client device (132a, 132b, 132c) using a second RAT; and at least one processor configured to: obtain, from the at least one client device (132a, 132b, 132c), a request for a low-latency service provided by the first network, wherein the at least one client device is provided the low-latency service by accessing the second network, transmit, to the at least one client device (132a, 132b, 132c), at least one signal instructing the at least one client device (132a, 132b, 132c) to restrict entry into a power saving mode, PSM, in response to the request, access the base station in the first network using the first RAT, receive, from the base station, traffic of the low-latency service for the at least one client device (132a, 132b, 132c), and transmit, to the at least one client device (132a, 132b, 132c), the traffic. obtain, from the at least one client device (132a, 132b, 132c), a request for a low-latency service provided by the first network, wherein the at least one client device is provided the low-latency service by accessing the second network, transmit, to the at least one client device (132a, 132b, 132c), at least one signal instructing the at least one client device (132a, 132b, 132c) to restrict entry into a power saving mode, PSM, in response to the request, access the base station in the first network using the first RAT, receive, from the base station, traffic of the low-latency service for the at least one client device (132a, 132b, 132c), and transmit, to the at least one client device (132a, 132b, 132c), the traffic.
Rope comprising elongate bodies wherein the length axis of the elongate bodies is parallel to the length of the rope or wherein the elongate bodies show helix angles smaller than 2°, characterized in that the elongate bodies comprise at least 25 and at most two million tapes of ultra-high molecular weight polyethylene, the tapes having a width to thickness ratio of at least 10, a polymer solvent content below 0.05 wt.%, and a width of at least 0.5 mm and at most 2 mm, wherein the rope has a diameter of 3 to 500 mm, and wherein the tapes are bonded together by sheathing the rope in a sheath material, impregnating the rope with polymer, winding the rope with bonding yarn, or combinations thereof, the bonding of the tapes not involving fusing the tapes together.
A light source unit, comprising: - a light source emitting visible light and light of a non-visible light wavelength; - a rod-like light guide at the end of which the light source is provided and in which incident light from the light source is propagated in the long axis direction; - a reflecting layer (15, 16) that is linear along the long axis direction and provided on the contour surface of the light guide; and - support members encompassing the reflecting layer (15, 16) and the light guide, having a given width in a direction perpendicular to the long axis direction, and having a second reflecting layer on a surface of an opening extending along the long axis direction of the support members; - characterised in that the reflecting layer (15, 16) and the second reflecting layer of the support members are formed by a reflecting material containing a first reflecting substance that reflects visible light and light of a non-visible light wavelength, the reflectivity in the non-visible light wavelength being lower than the reflectivity in visible light, and a second reflecting substance having a higher reflectivity of a non-visible light wavelength than the first reflecting substance. - a light source emitting visible light and light of a non-visible light wavelength; - a rod-like light guide at the end of which the light source is provided and in which incident light from the light source is propagated in the long axis direction; - a reflecting layer (15, 16) that is linear along the long axis direction and provided on the contour surface of the light guide; and - support members encompassing the reflecting layer (15, 16) and the light guide, having a given width in a direction perpendicular to the long axis direction, and having a second reflecting layer on a surface of an opening extending along the long axis direction of the support members; - characterised in that the reflecting layer (15, 16) and the second reflecting layer of the support members are formed by a reflecting material containing a first reflecting substance that reflects visible light and light of a non-visible light wavelength, the reflectivity in the non-visible light wavelength being lower than the reflectivity in visible light, and a second reflecting substance having a higher reflectivity of a non-visible light wavelength than the first reflecting substance.
A computer-implemented method for determining rotation of a patient's chest in a medical image, the method comprising: receiving the medical image of the patient; processing the medical image to determine scapular spatial data relating to the patient's scapulae; and determining rotation of the patient's chest with respect to at least one reference axis using the scapular spatial data. data, characterized in that before determining the rotation, a sanity check is performed by processing the scapular spatial data to confirm symmetry of the patient's scapulae. receiving the medical image of the patient; processing the medical image to determine scapular spatial data relating to the patient's scapulae; and determining rotation of the patient's chest with respect to at least one reference axis using the scapular spatial data. data,
Method for dehumidifying material in granular form, in particular plastic materials, comprising the following operating steps: a) arranging a dehumidification plant comprising at least one hopper for containing the granular material to be dehumidified, which has a feed mouth and an output mouth, and at least one dry air generator, fluidically connected to means for distributing a flow of dry air inside said hopper; b) loading granular material into said hopper through said feed mouth; c) measuring the degree of initial humidity (C 0) of the granular material entering the hopper; d) calculating, on the basis of the values of initial humidity (C 0) of the granular material measured, the dehumidifying capacity of the dry air flow through the hopper needed to achieve predefined humidity values in the granular material leaving the hopper, the residence time of the granular material inside the hopper being fixed; e) generating a flow of dry air through said hopper having a dehumidifying capacity calculated in the calculating step d). a) arranging a dehumidification plant comprising at least one hopper for containing the granular material to be dehumidified, which has a feed mouth and an output mouth, and at least one dry air generator, fluidically connected to means for distributing a flow of dry air inside said hopper; b) loading granular material into said hopper through said feed mouth; c) measuring the degree of initial humidity (C 0) of the granular material entering the hopper; d) calculating, on the basis of the values of initial humidity (C 0) of the granular material measured, the dehumidifying capacity of the dry air flow through the hopper needed to achieve predefined humidity values in the granular material leaving the hopper, the residence time of the granular material inside the hopper being fixed; e) generating a flow of dry air through said hopper having a dehumidifying capacity calculated in the calculating step d).
A method for producing a material composite for an armour, characterized in that a three-dimensional final geometry of the material composite is built up from a build-up material using a generative manufacturing method, wherein a first part of the build-up material is compacted during the generative manufacturing method and wherein a second part of the build-up material remains in the final geometry of the material composite in a phase with a lower density than the first part, wherein a build-up material is used which reacts with a reaction gas under formation of a ceramic material, wherein a reaction step is carried out after the generative manufacturing method in which build-up material in the second part reacts with the reaction gas for forming ceramic portions in the final geometry.
Splicing machine inserted/insertable in line of a plant for making insulating panels of the type having two external sheet metals obtained from a sheet of continuous metal foil and an insulating layer therebetween, wherein the panels have a protruding sheet metal portion which can be overlapped over another finished panel or are abutted against each other without overlap, the splicing machine being able to join two ends of sheet metals with a deposited tape and comprising: - a punch having a supporting surface for the ends of sheet metal to be spliced, - a manifold directly coupled to the punch and comprising an internal cavity which extends - in use - horizontally along a longitudinal axis and at one end comprises a connection to an air passage, - a plurality of valve members placed inside the cavity in a row along the axis, each valve member being configured to create or eliminate an airtight partition of the internal cavity, so as to respectively prevent or allow a flow of air sucked from the cavity toward the passage, - a tape dispenser for laying a splicing tape on the supporting surface; wherein the punch comprises, on the support surface, air-passage holes which are connected with the airtight partitions of the internal cavity obtainable through the valve members. wherein the panels have a protruding sheet metal portion which can be overlapped over another finished panel or are abutted against each other without overlap, the splicing machine being able to join two ends of sheet metals with a deposited tape and comprising: - a punch having a supporting surface for the ends of sheet metal to be spliced, - a manifold directly coupled to the punch and comprising an internal cavity which extends - in use - horizontally along a longitudinal axis and at one end comprises a connection to an air passage, - a plurality of valve members placed inside the cavity in a row along the axis, each valve member being configured to create or eliminate an airtight partition of the internal cavity, so as to respectively prevent or allow a flow of air sucked from the cavity toward the passage, - a tape dispenser for laying a splicing tape on the supporting surface; - a punch having a supporting surface for the ends of sheet metal to be spliced, - a manifold directly coupled to the punch and comprising an internal cavity which extends - in use - horizontally along a longitudinal axis and at one end comprises a connection to an air passage, extends - in use - horizontally along a longitudinal axis and at one end comprises a connection to an air passage, - a plurality of valve members placed inside the cavity in a row along the axis, each valve member being configured to create or eliminate an airtight partition of the internal cavity, so as to respectively prevent or allow a flow of air sucked from the cavity toward the passage, - a tape dispenser for laying a splicing tape on the supporting surface; wherein the punch comprises, on the support surface, air-passage holes which are connected with the airtight partitions of the internal cavity obtainable through the valve members.