mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising at least one dual acting polymer bound to glycerol and able to bind to at least one pro-inflammatory compound, for topical use in the prevention or the treatment of topical inflammatory disease and of the cytokine release syndrome, in a subject in need thereof.
Use of at least one substituted hydroxyapatite particle comprising at least one bioactive molecule, or of a composition containing it, for the prevention and treatment of grapevine trunk disease, preferably esca disease of the vines, wherein the hydroxyapatite particle is substituted with at least a carbonate ion; and wherein the bioactive molecule is an ion selected from Cu, Zn, S, P, Ca, or essential oils of plant origin, or mixture thereof; and wherein the bioactive molecule is adsorbed on the substituted hydroxyapatite.
An air jet loom comprising a weft yarn sensing device, the air jet loom having a reed including a plurality of reed wires arranged side by side in a weft insertion direction and each having a recessed portion so that a weft insertion passage is formed by the recessed portions of the reed wires and a weft yarn is inserted into the weft insertion passage by air jets, the weft yarn sensing device comprising a weft yarn sensor including a light-emitting portion that emits light into the weft insertion passage and a light-receiving portion that is located so as to face toward the weft insertion passage, characterized in that the light-receiving portion receives part of light reflected by the inserted weft yarn or the recessed portions of the reed wires, the weft yarn sensing device comprises at least one contrast adjuster which has a reflecting portion that is located rearward of the weft yarn traveling in the weft insertion passage, reflects the light emitted from the light-emitting portion of the weft yarn sensor, and is configured to reduce an influence of a difference in quantity of the reflected light on sensing of the weft yarn by the weft yarn sensor, the influence resulting from a color and a thickness of the weft yarn, wherein the contrast adjustor is disposed between any two of the reed wires that are adjacent to each other in the weft insertion direction, and the contrast adjuster has a width in the weft insertion direction that is equal to or greater than a distance between the two reed wires that are adjacent to each other in the weft insertion direction. the light-receiving portion receives part of light reflected by the inserted weft yarn or the recessed portions of the reed wires, the weft yarn sensing device comprises at least one contrast adjuster which has a reflecting portion that is located rearward of the weft yarn traveling in the weft insertion passage, reflects the light emitted from the light-emitting portion of the weft yarn sensor, and is configured to reduce an influence of a difference in quantity of the reflected light on sensing of the weft yarn by the weft yarn sensor, the influence resulting from a color and a thickness of the weft yarn, wherein the contrast adjustor is disposed between any two of the reed wires that are adjacent to each other in the weft insertion direction, and the contrast adjuster has a width in the weft insertion direction that is equal to or greater than a distance between the two reed wires that are adjacent to each other in the weft insertion direction.
A system comprising: a source of solid dry ice; a thermal camera; a stage configured to receive and position a tested component, wherein the stage defines a plenum fluidically coupled to the source of solid dry ice, and wherein the plenum is configured to be fluidically coupled to an internal passage of the tested component; and a computing device configured to: control the source of solid dry ice to cause solid dry ice to be introduced into the internal passage of the tested component to cause at least some debris to at least one of release from walls of the internal passage or shatter into smaller pieces and be carried out of the internal passage through an exit orifice with the dry ice; receive, from the thermal camera, thermographic image data representative of the thermal response of the tested component to the dry ice; and output a representation based on the thermographic image data. a source of solid dry ice; a thermal camera; a stage configured to receive and position a tested component, wherein the stage defines a plenum fluidically coupled to the source of solid dry ice, and wherein the plenum is configured to be fluidically coupled to an internal passage of the tested component; and a computing device configured to: control the source of solid dry ice to cause solid dry ice to be introduced into the internal passage of the tested component to cause at least some debris to at least one of release from walls of the internal passage or shatter into smaller pieces and be carried out of the internal passage through an exit orifice with the dry ice; receive, from the thermal camera, thermographic image data representative of the thermal response of the tested component to the dry ice; and output a representation based on the thermographic image data. control the source of solid dry ice to cause solid dry ice to be introduced into the internal passage of the tested component to cause at least some debris to at least one of release from walls of the internal passage or shatter into smaller pieces and be carried out of the internal passage through an exit orifice with the dry ice; receive, from the thermal camera, thermographic image data representative of the thermal response of the tested component to the dry ice; and output a representation based on the thermographic image data.
A metal-enclosure type distribution panel comprising: a housing; an interrupting unit for current interruption supported within said housing and unitized by a mold resin insulator; a bus unit connected to said interrupting unit for connecting said interrupting unit to a bus; and a cable connecting portion unit for connecting a grounding unit to a cable; characterized in comprising a grounding unit (14, 16) supported within said housing and unitized by a mold resin insulator and electrically and mechanically connected to said interrupting unit; wherein said interrupting unit and said grounding unit (14,16) include respective terminals capable of engaging with each other to electrically and mechanically connect said grounding unit (14,16) and said interrupting unit, the cable connecting portion unit being connected to said grounding unit (14,16). a housing; an interrupting unit for current interruption supported within said housing and unitized by a mold resin insulator; a bus unit connected to said interrupting unit for connecting said interrupting unit to a bus; and a cable connecting portion unit for connecting a grounding unit to a cable; characterized in comprising a grounding unit (14, 16) supported within said housing and unitized by a mold resin insulator and electrically and mechanically connected to said interrupting unit; wherein said interrupting unit and said grounding unit (14,16) include respective terminals capable of engaging with each other to electrically and mechanically connect said grounding unit (14,16) and said interrupting unit, the cable connecting portion unit being connected to said grounding unit (14,16).
A substrate cleaning method comprising: rotating the substrate about its central axis; delivering a two-fluid jet from a two-fluid jet nozzle to a surface of the substrate while moving the two-fluid jet nozzle in a radial direction of the substrate, the two-fluid jet being composed of a mixture of a first liquid and a gas; and when the two-fluid jet is being delivered to the surface of the substrate, delivering a fan-shaped jet of a second liquid from a fan spray nozzle to the surface of the substrate to form a flow of the second liquid on the surface of the substrate, the fan-shaped jet being located away from the two-fluid jet, characterized in that the fan spray nozzle is oriented in the direction such that both the fan-shaped jet emitted from the fan spray nozzle and a flow of the second liquid formed on the surface of the wafer do not collide with the two-fluid jet emitted from the two-fluid jet nozzle. rotating the substrate about its central axis; delivering a two-fluid jet from a two-fluid jet nozzle to a surface of the substrate while moving the two-fluid jet nozzle in a radial direction of the substrate, the two-fluid jet being composed of a mixture of a first liquid and a gas; and when the two-fluid jet is being delivered to the surface of the substrate, delivering a fan-shaped jet of a second liquid from a fan spray nozzle to the surface of the substrate to form a flow of the second liquid on the surface of the substrate, the fan-shaped jet being located away from the two-fluid jet, characterized in that the fan spray nozzle is oriented in the direction such that both the fan-shaped jet emitted from the fan spray nozzle and a flow of the second liquid formed on the surface of the wafer do not collide with the two-fluid jet emitted from the two-fluid jet nozzle.
A process for processing and/or purifying carbonaceous solids comprising the steps of: a) providing a mixture comprising a carbonaceous solid and inorganic compounds, wherein the carbonaceous solid comprises carbon black; b) providing an aqueous fluid comprising a nitrogen hydride, c) providing an alkali hydroxide and/or an alkali metal d) contacting the mixture of step a), the fluid of step b) and the alkali metal hydroxide and/or alkali metal of step c) e) subjecting the composition obtained in step d) to an increased temperature and an increased pressure, compared to a temperature of 20°C and a pressure of 1.013 bar as reference points, f) separating a carbonaceous solid from the composition obtained in step e). a) providing a mixture comprising a carbonaceous solid and inorganic compounds, wherein the carbonaceous solid comprises carbon black; b) providing an aqueous fluid comprising a nitrogen hydride, c) providing an alkali hydroxide and/or an alkali metal d) contacting the mixture of step a), the fluid of step b) and the alkali metal hydroxide and/or alkali metal of step c) e) subjecting the composition obtained in step d) to an increased temperature and an increased pressure, compared to a temperature of 20°C and a pressure of 1.013 bar as reference points, f) separating a carbonaceous solid from the composition obtained in step e).
Vehicle electrical system having an electrical energy store (10, 110), a direct voltage converter (DCDC, 20) and a direct current transmission connection (DC+, DC-) which is configured to be connected to a charging plug, wherein the direct current transmission connection (DC+, DC-) is connected to the energy store (10, 110) via the direct voltage converter (DCDC; 20), wherein the vehicle electrical system also has a bypass switch (40, 40') which connects the electrical energy store (10, 110) in a switchable fashion to the direct current transmission connection (DC+, DC-), and wherein the vehicle electrical system has a control unit which is connected in an actuating fashion to the bypass switch (40, 40'), wherein the control unit is configured to determine the voltage of the energy store and is connected to the direct current transmission connection (DC+/DC-) and is configured to determine the voltage thereof, characterized in that the control unit is also configured to determine a deviation between the voltage state of the energy store and the voltage of the direct current transmission connection (DC+/DC-) and to provide the bypass switch (40, 40') in a closed state if the deviation is not greater than a predefined magnitude, and to provide the bypass switch (40, 40') in an open state if the deviation is greater than a predefined magnitude. the vehicle electrical system also has a bypass switch (40, 40') which connects the electrical energy store (10, 110) in a switchable fashion to the direct current transmission connection (DC+, DC-), and wherein the vehicle electrical system has a control unit which is connected in an actuating fashion to the bypass switch (40, 40'), wherein the control unit is configured to determine the voltage of the energy store and is connected to the direct current transmission connection (DC+/DC-) and is configured to determine the voltage thereof, characterized in that the control unit is also configured to determine a deviation between the voltage state of the energy store and the voltage of the direct current transmission connection (DC+/DC-) and to provide the bypass switch (40, 40') in a closed state if the deviation is not greater than a predefined magnitude, and to provide the bypass switch (40, 40') in an open state if the deviation is greater than a predefined magnitude.
A capsule for the preparation of beverages, particularly Turkish coffee and the like, comprising a container and a lid for closing the container, the container being suitable to accommodate a powdered product, the making of the beverage being carried out by means of pressurized hot water passing both through the lid and the inside of the container and the beverage being delivered through the bottom of the container, characterized in that water conveying means and apertures for the water to pass from the outside to the inside of the container are provided in the lid, the water conveying means being annularly arranged along the lid and associated with the apertures in order to create a swirling motion of the water within the container, wherein said water conveying means comprise a series of notches with a recess facing the inside of the lid, and wherein each notch has an inclined bottom relative to the profile of the surface of the lid and at the lower end of the inclined bottom at least one through aperture is provided, which is suitable to put the inside of the container in communication with the outside.
A light emitting device comprising: a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region, the semiconductor structure having a first side and a second side wherein the second side is opposite the first side, wherein a majority of light extracted from the semiconductor structure is extracted from the second side of the semiconductor structure; a metal n-contact connected to the n-type region and a metal p-contact (40,42) in direct contact with the p-type region, an interconnect in direct contact with one of the n-contact and the p-contact; and the interconnect is disposed adjacent to the semiconductor structure, characterized in that, the n-contact and the p-contact (40,42) are both formed on the first side of the semiconductor structure. a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region, the semiconductor structure having a first side and a second side wherein the second side is opposite the first side, wherein a majority of light extracted from the semiconductor structure is extracted from the second side of the semiconductor structure; a metal n-contact connected to the n-type region and a metal p-contact (40,42) in direct contact with the p-type region, an interconnect in direct contact with one of the n-contact and the p-contact; and the interconnect is disposed adjacent to the semiconductor structure, characterized in that, the n-contact and the p-contact (40,42) are both formed on the first side of the semiconductor structure.
A positive electrode plate, comprising a current collector and an electrode active material layer disposed on at least one surface of the current collector, wherein the current collector comprises a support layer and a conductive layer disposed on at least one surface of the support layer, a single-sided thickness D2 of the conductive layer satisfies 30 nm ≤ D2 ≤ 3 μm, a thickness D1 of the support layer satisfies 1 μm ≤ D1 ≤ 30 μm, and the support layer is made of a polymer material or a polymer composite material; and the electrode active material layer comprises an electrode active material, a binder, and a conductive agent, a total thickness D total of the electrode active material layer is not greater than 170 μm, and a sheet resistance of the electrode active material layer ranges from 0.1 ohm to 10 ohms, measured by applying the method as exposed in the description; wherein viewed in a width direction of a coated surface of the electrode plate, the electrode active material layer comprises 2n + 1 zones classified by compacted density, and compacted density of a middle zone is greater than compacted density of zones on both sides, wherein n = 1, 2, or 3. the current collector comprises a support layer and a conductive layer disposed on at least one surface of the support layer, a single-sided thickness D2 of the conductive layer satisfies 30 nm ≤ D2 ≤ 3 μm, a thickness D1 of the support layer satisfies 1 μm ≤ D1 ≤ 30 μm, and the support layer is made of a polymer material or a polymer composite material; and the electrode active material layer comprises an electrode active material, a binder, and a conductive agent, a total thickness D total of the electrode active material layer is not greater than 170 μm, and a sheet resistance of the electrode active material layer ranges from 0.1 ohm to 10 ohms, measured by applying the method as exposed in the description; wherein viewed in a width direction of a coated surface of the electrode plate, the electrode active material layer comprises 2n + 1 zones classified by compacted density, and compacted density of a middle zone is greater than compacted density of zones on both sides, wherein n = 1, 2, or 3.
A peptide epoxy ketone proteasome inhibitor having the structure of: or pharmaceutically acceptable salt thereof, and one or more therapeutic agents, for use in the treatment of multiple myeloma, wherein one of the one or more other therapeutic agents is melphalan.
A reinforcement device for use with a circular stapler that is adapted to create and seal a surgical opening in a patient, the reinforcement device comprising: a buttress adapted for mounting on the circular stapler and configured to reinforce the surgical opening created by the stapler following stapling with the stapler, wherein relief features (32, 34, 40, 48, 54) are built into the buttress so that, following stapling with the stapler, the relief features and a hole created in the buttress by the stapler form an adaptive opening in the buttress, wherein the adaptive opening allows the anvil which is larger in diameter than said hole corresponding to the surgical opening, to be removed therethrough without causing permanent alternation to the buttress. a buttress adapted for mounting on the circular stapler and configured to reinforce the surgical opening created by the stapler following stapling with the stapler, wherein relief features (32, 34, 40, 48, 54) are built into the buttress so that, following stapling with the stapler, the relief features and a hole created in the buttress by the stapler form an adaptive opening in the buttress, wherein the adaptive opening allows the anvil which is larger in diameter than said hole corresponding to the surgical opening, to be removed therethrough without causing permanent alternation to the buttress.
Process for the preparation of 5-[4-(2-hydroxy-2-methyl)-1-oxo-prop-1-yl]-3-[4-(2-hydroxy-2-methyl)-1-oxo-prop-1-yl- phenyl]-2,3-dihydro-1,1,3-trimethyl-1H-indene (dimer isomer 5) comprising the following steps: i. cumene is acylated with a compound of formula la, where X 0 is Cl or Br and X 1 is Cl or Br to obtain a compound of formula IIa and the compound of formula IIa is halogenated to obtain a compound of formula IIIa, where X 1 and X 2 are independently Cl or Br; or cumene is acylated with a compound of formula Ib, where X 0 is is Cl or Br to obtain a compound of formula IIb and the compound of formula IIb is halogenated to obtain a compound of formula IIIb, where X 1 is Cl or Br, according to the following schemes: ii. the compound of formula IIIa or IIIb is cyclized with an acid catalyst to obtain the compound of formula IV, in which X 1 is Cl or Br, according to the following scheme: iii. the compound of formula IV is hydrolysed to obtain the compound of formula V (dimer isomer 5): i. cumene is acylated with a compound of formula la, where X 0 is Cl or Br and X 1 is Cl or Br to obtain a compound of formula IIa and the compound of formula IIa is halogenated to obtain a compound of formula IIIa, where X 1 and X 2 are independently Cl or Br; or cumene is acylated with a compound of formula Ib, where X 0 is is Cl or Br to obtain a compound of formula IIb and the compound of formula IIb is halogenated to obtain a compound of formula IIIb, where X 1 is Cl or Br, according to the following schemes: ii. the compound of formula IIIa or IIIb is cyclized with an acid catalyst to obtain the compound of formula IV, in which X 1 is Cl or Br, according to the following scheme: iii. the compound of formula IV is hydrolysed to obtain the compound of formula V (dimer isomer 5):
A tension measuring device suitable for a knitting machine configured such that a yarn is fed via a feeding path from a yarn package to needles with tension being applied to the yarn, the yarn is guided by a yarn feeding port on the feeding path and is thereby fed to the needles, the tension measuring device comprising: a tension measuring device body suitable for being disposed near the yarn feeding port and suitable for drawing the yarn, at a position after the yarn passes through the yarn feeding port, into a measurement path that is different from the feeding path to the needles, the tension measuring device body thereby measuring tension of the yarn, the tension measuring device body being characterised by comprising a yarn drawing-in means suitable for drawing the yarn being in a ready-for-knitting state into the measurement path at the position after the yarn passes through the yarn feeding port at a yarn speed that is set at the same speed as that of the yarn on the yarn feeding path preset depending on the type of knitting machine, a measuring means that is disposed on the measurement path at a position upstream the yarn drawing-in means and that is suitable to measure tension of the yarn drawn, without performing knitting, into the measurement path by the yarn drawing-in means, and a display means that displays the tension of the yarn measured by the measuring means on the measurement path. a tension measuring device body suitable for being disposed near the yarn feeding port and suitable for drawing the yarn, at a position after the yarn passes through the yarn feeding port, into a measurement path that is different from the feeding path to the needles, the tension measuring device body thereby measuring tension of the yarn, the tension measuring device body being characterised by comprising a yarn drawing-in means suitable for drawing the yarn being in a ready-for-knitting state into the measurement path at the position after the yarn passes through the yarn feeding port at a yarn speed that is set at the same speed as that of the yarn on the yarn feeding path preset depending on the type of knitting machine, a measuring means that is disposed on the measurement path at a position upstream the yarn drawing-in means and that is suitable to measure tension of the yarn drawn, without performing knitting, into the measurement path by the yarn drawing-in means, and a display means that displays the tension of the yarn measured by the measuring means on the measurement path.
A capsule for use in an inhalation device wherein said capsule is filled with a dry powder comprising levodopa wherein the capsule's shell comprises hydroxypropyl methylcellulose (HPMC) and titanium dioxide.
A human thioredoxin-scorpion toxin fusion protein, having an enhanced skin cell proliferation and anti-oxidation effect, which consists of the amino acid sequence of SEQ ID NO: 3.