mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing an actively cooled component comprising an internal passage architecture, the internal passage architecture comprising a multiple of cooling holes some of which are incorrectly positioned; preparing the component; filling the internal passage architecture of the component with a material, the material being a salt-based protective fill material comprising radio opaque particles, the radio opaque particles including refractory metal oxide particles, the salt-based protective fill material being a water soluble material; curing the material; removing the material from at least one of the incorrectly positioned cooling holes formed by the internal passage architecture with a manual operation; filling the at least one incorrectly positioned cooling hole formed by the internal passage architecture with an Oxidation Resistant Braze, the Oxidation Resistant Braze being a nickel braze alloy composition; drilling a correctly positioned cooling hole into the component through the Oxidation Resistant Braze; removing the material from the internal passage architecture of the component; and inspecting the component via radiographic imaging at gamma/X-ray wavelengths to detect residual salt-based protective fill material through identification of the radiopaque particles. providing an actively cooled component comprising an internal passage architecture, the internal passage architecture comprising a multiple of cooling holes some of which are incorrectly positioned; preparing the component; filling the internal passage architecture of the component with a material, the material being a salt-based protective fill material comprising radio opaque particles, the radio opaque particles including refractory metal oxide particles, the salt-based protective fill material being a water soluble material; curing the material; removing the material from at least one of the incorrectly positioned cooling holes formed by the internal passage architecture with a manual operation; filling the at least one incorrectly positioned cooling hole formed by the internal passage architecture with an Oxidation Resistant Braze, the Oxidation Resistant Braze being a nickel braze alloy composition; drilling a correctly positioned cooling hole into the component through the Oxidation Resistant Braze; removing the material from the internal passage architecture of the component; and inspecting the component via radiographic imaging at gamma/X-ray wavelengths to detect residual salt-based protective fill material through identification of the radiopaque particles.
Cosmetic composition comprising an extract of Angelica archangelica as anti-ageing active ingredient, wherein the extract of Angelica archangelica is a mixture of aqueous extract and oily extract.
System for pumping a fluid, said system comprising: - a pump comprising: • an inlet and an outlet for respectively introducing and extracting said fluid liable to be pumped, • a flexible membrane having two opposite surfaces, said membrane comprising a spatially rotating permanent-magnetisation structure, • a rigid support means on which at least part of one of said surfaces of said membrane is secured, - a source of a magnetic field able to generate a driving magnetic field at the point where said membrane is located, said driving magnetic field being temporally rotating and having a substantially homogeneous orientation said membrane being configured to deform, under the effect of said driving magnetic field, in an undulation having alternately one or more concave parts and one or more convex parts, the undulation being configured to move under the effect of said driving magnetic field, said fluid liable to be pumped between said inlet and said outlet being located between at least one of said surfaces of said membrane and said support means. - a pump comprising: • an inlet and an outlet for respectively introducing and extracting said fluid liable to be pumped, • a flexible membrane having two opposite surfaces, said membrane comprising a spatially rotating permanent-magnetisation structure, • a rigid support means on which at least part of one of said surfaces of said membrane is secured, • an inlet and an outlet for respectively introducing and extracting said fluid liable to be pumped, • a flexible membrane having two opposite surfaces, said membrane comprising a spatially rotating permanent-magnetisation structure, • a rigid support means on which at least part of one of said surfaces of said membrane is secured, - a source of a magnetic field able to generate a driving magnetic field at the point where said membrane is located, said driving magnetic field being temporally rotating and having a substantially homogeneous orientation said membrane being configured to deform, under the effect of said driving magnetic field, in an undulation having alternately one or more concave parts and one or more convex parts, the undulation being configured to move under the effect of said driving magnetic field, said fluid liable to be pumped between said inlet and said outlet being located between at least one of said surfaces of said membrane and said support means.
A device for applying compression treatment to a part of a wearer's body, the device comprising a wicking layer having a first face facing skin on the wearer's body part when the device is mounted on the body part for wicking moisture from the skin, and a second face facing away from the skin of the wearer's body part; a bladder for selectively applying compression to the body part, the bladder being constructed of bladder material, characterized by the bladder material being secured to the second face of the wicking layer along a seamline that runs along the outer periphery of the bladder material, the wicking layer includes fibers extending through the seamline to allow fluid wicked by the wicking layer from the wearer's skin to evaporate to the atmosphere, the bladder material comprises first and second opposed sheets of air impervious material (14,16), fibers of the wicking layer in the seamline extending through the first and second sheets (14,16), and the size and shape of the first and second sheets (14, 16) are such that the peripheries of the sheets do not completely cover or overlie the wicking layer whereby the wicking layer is exposed to the atmosphere.
A manipulation rope (2, 8, 16) having a proximal end portion and a leading end portion and suitable for manipulation by rotating the proximal end portion and thereby rotating the leading end portion comprising side wires (6, 14, 20) or side strands obtained by a plurality of wires being stranded which is an outermost layer and a core wire or a core strand, wherein friction between the side wires or between the side strands occurs and the manipulation rope (2, 8, 16) is devoid of any gaps between adjacent side wires (6, 14, 20) or side strands, the side wires (6, 14, 20) or the side strands having a spiral shape in which a flatness of each of the side wires (6, 14, 20) or the side strands that is an aspect ratio obtained by a major axis being divided by a minor axis is greater than 1.00 and equal to or less than 1.10, and wherein a strand angle of the side wires (6, 14, 20) or the side strands is equal to or greater than 15°, wherein the major axis is determined by rotating a disentangled side wire or side strand on a projector and measuring the diameters of the spiral at any plurality of angular positions, wherein the greatest value among the plurality of measured values is determined as the major axis and wherein the diameter of the spiral which is measured in the direction obtained by 90° phase rotation around the center axis of the side wire or the side strand being performed from the direction in which the major axis is measured, is determined as the minor axis, and wherein in the disentangled side wires or side strands, a plurality of spirals are formed continuously along the axial direction thereof, and as each diameter in the 90° intersecting direction, an average of a plurality of measured values is adopted.
A solid drawing tool comprising: a solid drawing material comprising at least a resin component, a wax component, a pigment, titanium dioxide and a filler, and a protective sheet formed of a synthetic paper containing polypropylene blended therein, biaxially oriented polypropylene, art paper or polyvinyl chloride being wound around an outer peripheral surface of said solid drawing material three to twenty times, wherein said solid drawing material can be sharpened together with said protective sheet by a pencil sharpener, and wherein said solid drawing material is characterized in that at least one of rosin and a modified rosin in an amount within a range of 0.5% by weight or more and 20% by weight or less is contained as said resin component, and at least one of a glycerin fatty acid ester and a pentaerythritol fatty acid ester, each having a melting point of 45°C or higher in an amount within a range of 8% by weight or more and 50% by weight or less is contained as said wax component, and the filler is selected from the group consisting of calcium carbonate, kaolin, talc, precipitated barium sulfate, mica, boron nitride, and whiskers such as potassium titanate whisker and basic magnesium sulfate whisker. a solid drawing material comprising at least a resin component, a wax component, a pigment, titanium dioxide and a filler, and a protective sheet formed of a synthetic paper containing polypropylene blended therein, biaxially oriented polypropylene, art paper or polyvinyl chloride being wound around an outer peripheral surface of said solid drawing material three to twenty times, wherein said solid drawing material can be sharpened together with said protective sheet by a pencil sharpener, and wherein said solid drawing material is characterized in that at least one of rosin and a modified rosin in an amount within a range of 0.5% by weight or more and 20% by weight or less is contained as said resin component, and at least one of a glycerin fatty acid ester and a pentaerythritol fatty acid ester, each having a melting point of 45°C or higher in an amount within a range of 8% by weight or more and 50% by weight or less is contained as said wax component, and the filler is selected from the group consisting of calcium carbonate, kaolin, talc, precipitated barium sulfate, mica, boron nitride, and whiskers such as potassium titanate whisker and basic magnesium sulfate whisker.
A downhole line tool assembly for use in a wellbore, the downhole line tool assembly comprising: a downhole power unit having a moveable shaft; a line motivator tool having a drive assembly adapted to contact a line passing through the line motivator tool in the wellbore, the drive assembly operably associated with the moveable shaft such that rotation of the moveable shaft rotates the drive assembly, thereby moving the line relative to the line motivator tool; and an anchor assembly (401, 403, 405, 407) operably associated with at least one of the downhole power unit and the line motivator tool, the anchor assembly extendable radially outward from the downhole line tool assembly to contact a surface within the wellbore to secure the downhole line tool assembly at a target location within the wellbore; wherein rotation of the moveable shaft in a first direction moves the line uphole relative to the downhole line tool assembly and the wellbore and rotation of the moveable shaft in a second direction moves the line downhole relative to the downhole line tool assembly and the wellbore when the downhole line tool assembly is secured at the target location. a downhole power unit having a moveable shaft; a line motivator tool having a drive assembly adapted to contact a line passing through the line motivator tool in the wellbore, the drive assembly operably associated with the moveable shaft such that rotation of the moveable shaft rotates the drive assembly, thereby moving the line relative to the line motivator tool; and an anchor assembly (401, 403, 405, 407) operably associated with at least one of the downhole power unit and the line motivator tool, the anchor assembly extendable radially outward from the downhole line tool assembly to contact a surface within the wellbore to secure the downhole line tool assembly at a target location within the wellbore; wherein rotation of the moveable shaft in a first direction moves the line uphole relative to the downhole line tool assembly and the wellbore and rotation of the moveable shaft in a second direction moves the line downhole relative to the downhole line tool assembly and the wellbore when the downhole line tool assembly is secured at the target location.
Device for distributing a flowable substance, in particular a consumable product, wherein the device has: - at least one metering element, having at least one metering channel, which latter can be brought into fluidic connection, on the one hand, with a substance container and, on the other hand, with a substance destination, - wherein the device at least one main body, having a cavity which can be brought into fluidic connection with the substance container via intake openings and with the substance destination, in the environment of the main body, via discharge openings, wherein the intake openings and the discharge openings are arranged on the main body at a distance apart in a casting direction, - wherein the metering element, namely a rotary slide valve, has a plurality of metering channels and is movable between a first position, in which the metering channels are fluidically connected to the intake openings, and a second position, in which all the metering channels are fluidically connected to the associated discharge opening, characterized in that the device has at least one closure element, which is settable between a first position, in which substantially no substance can exit the metering channels in the direction of the substance destination, and a second position, in which substance can exit the metering channels in the direction of the substance destination, and the discharge openings are closable with the closure element. - at least one metering element, having at least one metering channel, which latter can be brought into fluidic connection, on the one hand, with a substance container and, on the other hand, with a substance destination, - wherein the device at least one main body, having a cavity which can be brought into fluidic connection with the substance container via intake openings and with the substance destination, in the environment of the main body, via discharge openings, wherein the intake openings and the discharge openings are arranged on the main body at a distance apart in a casting direction, - wherein the metering element, namely a rotary slide valve, has a plurality of metering channels and is movable between a first position, in which the metering channels are fluidically connected to the intake openings, and a second position, in which all the metering channels are fluidically connected to the associated discharge opening,
A portable, ex-situ system to impedimetrically detect cardiac biomarkers of interest in a patient, comprising: a conductive material interface having a surface, comprising: an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; a biological sensor agent applied to the surface of the conductive material interface, the biological sensor agent comprising: an immobilization agent; and at least one aptamer selected to interact with the immobilization agent and selected to bind with the cardiac biomarkers of interest; a signaling agent comprising an electrochemical impedance signal generated by binding of the aptamer with the cardiac biomarkers of interest; and a bodily fluid sample derived from the patient and in contact with the aptamer, wherein the system is configured such that in its use a change in electrochemical impedance is indicative of a presence of the cardiac biomarkers of interest in the bodily fluid sample, and an absence of a change in electrochemical impedance is indicative of an absence of the cardiac biomarkers of interest in the bodily fluid sample. a conductive material interface having a surface, comprising: an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; a biological sensor agent applied to the surface of the conductive material interface, the biological sensor agent comprising: an immobilization agent; and at least one aptamer selected to interact with the immobilization agent and selected to bind with the cardiac biomarkers of interest; a signaling agent comprising an electrochemical impedance signal generated by binding of the aptamer with the cardiac biomarkers of interest; and a bodily fluid sample derived from the patient and in contact with the aptamer, an immobilization agent; and at least one aptamer selected to interact with the immobilization agent and selected to bind with the cardiac biomarkers of interest; a signaling agent comprising an electrochemical impedance signal generated by binding of the aptamer with the cardiac biomarkers of interest; and a bodily fluid sample derived from the patient and in contact with the aptamer, wherein the system is configured such that in its use a change in electrochemical impedance is indicative of a presence of the cardiac biomarkers of interest in the bodily fluid sample, and an absence of a change in electrochemical impedance is indicative of an absence of the cardiac biomarkers of interest in the bodily fluid sample.
Method for the evaluation of partial discharge signals which, in the vicinity of an insulation of the electrical line conductor of a multiphase alternating current, of which the alternating currents flowing in one line conductor in each case have fixed phase shifts in relation to one another, are detected at only one location or are detected at multiple locations and overlaid on one another, wherein - at least one characteristic variable is defined, on the basis of which partial discharge signals can be compared with one another, - each partial discharge signal is assigned a phase position of the alternating currents at the point in time of the detection of the partial discharge signal, - a characteristic variable value of each characteristic variable is ascertained for each partial discharge signal, - each partial discharge signal is assigned a numerical tuple that is formed of each characteristic variable value of the partial discharge signal and the phase position assigned to the partial discharge signal, - clusters of the partial discharge signals are ascertained in a multidimensional space with points formed by the numerical tuples, characterised in that - a partial discharge activity is ascertained from the ascertained clusters for each line conductor, wherein a pulse duration, pulse height, electric charge, energy and/or repetition rate of a partial discharge signal is defined as characteristic variable, wherein a cluster centroid is determined for each cluster and the cluster is assigned to a line conductor that is determined from the phase position of the cluster centroid, wherein trends of the partial discharge activities on any line conductor are identified through evaluations of the temporal distributions of activity values of the individual line conductors. - at least one characteristic variable is defined, on the basis of which partial discharge signals can be compared with one another, - each partial discharge signal is assigned a phase position of the alternating currents at the point in time of the detection of the partial discharge signal, - a characteristic variable value of each characteristic variable is ascertained for each partial discharge signal, - each partial discharge signal is assigned a numerical tuple that is formed of each characteristic variable value of the partial discharge signal and the phase position assigned to the partial discharge signal, - clusters of the partial discharge signals are ascertained in a multidimensional space with points formed by the numerical tuples, characterised in that - a partial discharge activity is ascertained from the ascertained clusters for each line conductor, wherein a pulse duration, pulse height, electric charge, energy and/or repetition rate of a partial discharge signal is defined as characteristic variable, wherein a cluster centroid is determined for each cluster and the cluster is assigned to a line conductor that is determined from the phase position of the cluster centroid, wherein trends of the partial discharge activities on any line conductor are identified through evaluations of the temporal distributions of activity values of the individual line conductors.
An ice protection system for an aircraft, comprising: an aircraft external skin portion, the external skin portion having a leading edge surface disposed on a nonconductive substructure, a metallic substance disposed on the leading edge surface on said substructure in the form of a preformed thin film being patterned, an electrical power source, and a conductor circuit electrically connecting the power source across the metallic substance, wherein the conductor circuit comprises electrical leads connected to the thin film in such a way that the imposed current must travel across either a width or a length of the thin film, the path of the imposed current being selected to maximize the area of the thin film to undergo resistive heating, and wherein the metallic substance forms a thin external layer. an aircraft external skin portion, the external skin portion having a leading edge surface disposed on a nonconductive substructure, a metallic substance disposed on the leading edge surface on said substructure in the form of a preformed thin film being patterned, an electrical power source, and a conductor circuit electrically connecting the power source across the metallic substance, wherein the conductor circuit comprises electrical leads connected to the thin film in such a way that the imposed current must travel across either a width or a length of the thin film, the path of the imposed current being selected to maximize the area of the thin film to undergo resistive heating, and wherein the metallic substance forms a thin external layer.
A flat loop heat pipe, comprising: an evaporator configured to vaporize a working fluid; a condenser configured to liquefy the working fluid (Cv) vaporized by the evaporator; a vapor pipe configured to connect the evaporator to the condenser; and a liquid pipe configured to connect the condenser to the evaporator and includes a first wick, characterised in that the condenser includes a flow passage configured to connect the vapor pipe and the liquid pipe, and a second wick connected to the first wick, wherein the second wick is exposed in the flow passage and extends from the flow passage in a planar direction of the flat loop heat pipe. an evaporator configured to vaporize a working fluid; a condenser configured to liquefy the working fluid (Cv) vaporized by the evaporator; a vapor pipe configured to connect the evaporator to the condenser; and a liquid pipe configured to connect the condenser to the evaporator and includes a first wick, characterised in that the condenser includes a flow passage configured to connect the vapor pipe and the liquid pipe, and a second wick connected to the first wick, wherein the second wick is exposed in the flow passage and extends from the flow passage in a planar direction of the flat loop heat pipe. a flow passage configured to connect the vapor pipe and the liquid pipe, and a second wick connected to the first wick, wherein the second wick is exposed in the flow passage and extends from the flow passage in a planar direction of the flat loop heat pipe.