mhurhangee/patent-ind-claim-en huggingface dataset:
A casting method for producing a shrouded blade of a gas turbine wherein the blade comprises a root and a shrouded tip , the method comprising the following steps: a) producing a pattern made of wax of the shrouded blade ; b) covering the pattern with an outer shell made of slurry; c) heating the pattern covered by the outer shell for separating the wax from the outer shell; d) pouring a molten metal inside the outer shell; the outer shell being preliminary placed in a vertical disposition so that the molten metal is poured from the root to the tip under action of gravity force ; e) removing the outer shell from the inner solidified metal; wherein between the steps c) and d) the method comprises the step f) of inserting a filler element inside the outer shell at least at the shrouded tip wherein the filler element is made of a material suitable to go in solution when in contact with the molten metal poured inside the outer shell; wherein between the steps f) and d) the method comprises the step g) of heating the outer shell containing the filler element; wherein the filler element is a wire mesh sponge element; wherein the filler element is made of Ni, or Co or Fe or is made of an alloy or superalloy Ni-based, or Co-based or Fe-based. a) producing a pattern made of wax of the shrouded blade ; b) covering the pattern with an outer shell made of slurry; c) heating the pattern covered by the outer shell for separating the wax from the outer shell; d) pouring a molten metal inside the outer shell; the outer shell being preliminary placed in a vertical disposition so that the molten metal is poured from the root to the tip under action of gravity force ; e) removing the outer shell from the inner solidified metal; wherein between the steps c) and d) the method comprises the step f) of inserting a filler element inside the outer shell at least at the shrouded tip wherein the filler element is made of a material suitable to go in solution when in contact with the molten metal poured inside the outer shell; wherein between the steps f) and d) the method comprises the step g) of heating the outer shell containing the filler element;
A method of folding an unmanned aerial vehicle including a plurality of arms (101-106) radially extending from a central body of the unmanned aerial vehicle, wherein each arm supports one or more propulsion assemblies that provide a propulsion force while the unmanned aerial vehicle is in flight, the method comprising: folding a first subset of the arms (101-106) vertically, wherein the first subset of the arms (101-106) comprises a first arm and a second arm ; and folding a second subset of the arms (101-106) horizontally; characterized in that folding the first subset of the arms (101-106) vertically comprises vertically folding the first arm and the second arm respectively coupled to a front side and a rear side of the central body from extending radially from the central body toward a lower portion of the central body to extend in vertical direction. folding a first subset of the arms (101-106) vertically, wherein the first subset of the arms (101-106) comprises a first arm and a second arm ; and folding a second subset of the arms (101-106) horizontally; characterized in that folding the first subset of the arms (101-106) vertically comprises vertically folding the first arm and the second arm respectively coupled to a front side and a rear side of the central body from extending radially from the central body toward a lower portion of the central body to extend in vertical direction.
A method for establishing a trusted channel between a user equipment and a trusted computing cluster, the method being performed by a first trusted computing unit, the first trusted computing unit belonging to a pre-established first trusted computing cluster, the first trusted computing cluster including a plurality of trusted computing units each maintaining a same first cluster key, and the first trusted computing unit pre-registering with a cluster manager for information about the first trusted computing cluster to which the first trusted computing unit belongs, the method comprising: obtaining (S31) a first session key through negotiation with the user equipment, and establishing (S31) a first trusted channel with the user equipment; encrypting data to be transmitted through the first trusted channel using the first session key; encrypting (S33) the first session key using the first cluster key to obtain a first encrypted key; and sending (S35) a first notification to the cluster manager, the first notification including the first encrypted key for the cluster manager to transfer the first encrypted key to other trusted computing units in the first trusted computing cluster. obtaining (S31) a first session key through negotiation with the user equipment, and establishing (S31) a first trusted channel with the user equipment; encrypting data to be transmitted through the first trusted channel using the first session key; encrypting (S33) the first session key using the first cluster key to obtain a first encrypted key; and sending (S35) a first notification to the cluster manager, the first notification including the first encrypted key for the cluster manager to transfer the first encrypted key to other trusted computing units in the first trusted computing cluster.
An ablation probe for ablating a material sample , the ablation probe comprising a tubular element adapted for conducting a carrier fluid in a substantially laminar flow, said tubular element comprising: - a fluid inlet and a fluid outlet arranged at opposite end portions of the tubular element for enabling said carrier fluid to flow through the tubular element , - a central portion having a transparent wall transparent for laser radiation used for laser ablating, the central portion being configured for generating, in the central portion , the carrier fluid flow substantially parallel to the material sample , and - an aperture defined in the central portion for admitting an aerosol generated by laser ablation from the material sample into the carrier fluid flow; characterized in that said central portion curves outward with respect to the tubular element in a direction substantially orthogonal to said aperture such as to form - an acute angle at the central portion between the fluid inlet and a direction substantially parallel to the aperture in the range of 1° to 45° and/or - an acute angle at the central portion between the fluid outlet and a direction substantially parallel to the aperture in the range of 1° to 45°, and in that the material sample is positioned outside said tubular element at a distance in the range of 0 μm to 100 μm from said aperture . - a fluid inlet and a fluid outlet arranged at opposite end portions of the tubular element for enabling said carrier fluid to flow through the tubular element , - a central portion having a transparent wall transparent for laser radiation used for laser ablating, the central portion being configured for generating, in the central portion , the carrier fluid flow substantially parallel to the material sample , and - an aperture defined in the central portion for admitting an aerosol generated by laser ablation from the material sample into the carrier fluid flow; - an acute angle at the central portion between the fluid inlet and a direction substantially parallel to the aperture in the range of 1° to 45° and/or - an acute angle at the central portion between the fluid outlet and a direction substantially parallel to the aperture in the range of 1° to 45°, and
A force measurement device comprising: a closed contour load sensing element axisymmetric along a loading axis (y-axis) and an axis (x-axis) normal to the loading axis; a first rigid cantilever arm mounted on the contour in one of the four quadrants of the contour, and a second rigid cantilever arm mounted in the opposite quadrant of the contour , where free ends of both the first and second rigid cantilever arms being inward of the contour such that the arms are perpendicular to an arc at the fixed end on the contour; wherein deformation ( δ / 2 ) caused by applied load (P) causes quasi-linear movement of the free ends of the cantilever arms to enable mechanical amplification of the deformation along the axis of loading. a closed contour load sensing element axisymmetric along a loading axis (y-axis) and an axis (x-axis) normal to the loading axis; a first rigid cantilever arm mounted on the contour in one of the four quadrants of the contour, and a second rigid cantilever arm mounted in the opposite quadrant of the contour , where free ends of both the first and second rigid cantilever arms being inward of the contour such that the arms are perpendicular to an arc at the fixed end on the contour; wherein deformation ( δ / 2 ) caused by applied load (P) causes quasi-linear movement of the free ends of the cantilever arms to enable mechanical amplification of the deformation along the axis of loading.
A composition for use in preventing/treating disorders associated with impaired blood plasma and tissue availability of uridine, in a human being that suffers from or is at risk of a memory and/or cognitive disorder, memory decline and/or cognitive dysfunction, such as Age Associated Memory Impairment (AAMI); Alzheimer's Disease; Parkinson's disease; Pick's disease; and/or dementia, including vascular dementia, frontotemporal dementia, semantic dementia or dementia with Lewy bodies, and/or Mild Cognitive Impairment (MCI), said composition comprising sodium in a form soluble in water and 1-[ -3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]pyrimidine-2,4-dione (i.e. uridine) in a molar ratio of sodium in a form soluble in water:uridine of more than 1.5:1, more preferably more than 2:1, even more preferably at least 2.5:1, even more preferably at least 2.8:1, more preferably 3:1 - 15:1, most preferably 3:1 - 10:1, particularly 3:1 - 5:1.
A controller of an injection molding machine comprising: a condition button display processing section configured to display a condition button for displaying setting conditions of the injection molding machine set in the past, on a display screen on which the setting conditions are displayed, characterized in that the condition button display processing section is configured to display a backward button for displaying the setting conditions set in the past in a backward direction in a time-series, on the display screen . a condition button display processing section configured to display a condition button for displaying setting conditions of the injection molding machine set in the past, on a display screen on which the setting conditions are displayed, characterized in that the condition button display processing section is configured to display a backward button for displaying the setting conditions set in the past in a backward direction in a time-series, on the display screen .
A hand dishwashing cleaning composition comprising a surfactant system and an amine, wherein the amine is selected from the group consisting of N-methyl amino propane diol, N,N-dimethyl amino propane 1,2-diol, N-methylxylamine, N-methylmaltamine, N-ethylglucamine, N,N-diethylglucamine, N-methoxypropylglucamine, N-2-hydroxyethylglucamine, N, N-methyl 2-hydroxyethylglucamine, and mixtures thereof.
Wiper blade device having at least one wiper strip unit , having at least one spring rail which has at least one fixing recess , and having at least one wiper blade adapter which has at least two holding elements , which at least partially engage around the at least one spring rail in an assembled state, and which is provided for forming a captive connection with the at least one wiper strip unit , wherein the at least one wiper blade adapter has at least one securing rib which at least partially extends through the fixing recess of the at least one spring rail to form a captive connection between the wiper strip unit and the wiper blade adapter in an assembled state, characterized in that the spring rail has a connecting recess which is arranged in particular next to the fixing recess and is provided to receive the at least one securing rib of the wiper blade adapter in a connecting position.
A method of directional intra prediction for chroma component of a picture, comprising: obtaining an initial intra prediction mode of the chroma component based on a value of a luma intra prediction mode (intraPredModeY) of a luma component by using a first look up table (LUT); deriving a chroma intra prediction mode (intraPredModeC) from a second LUT by using the initial intra prediction mode of the chroma component when the chroma format of the chroma component is defined as YUV 4:2:2, the chroma component having different subsampling ratios in horizontal (SubWidthC) and vertical (SubHeightC) directions, wherein the second LUT has 67 entries, the index for the second LUT is 0-66, and each index is associated with an angle of an intra prediction direction; performing wide-angle mapping on the chroma intra prediction mode (intraPredModeC) to obtain a modified intraPredModeC using a block aspect ratio of the luma component to guarantee that the intra prediction directions for the chroma component and the luma component coincide; obtaining an intraPredAngle parameter for the chroma component based on the modified intraPredModeC; and obtaining predicted samples of the chroma component based on the intraPredAngle parameter. obtaining an initial intra prediction mode of the chroma component based on a value of a luma intra prediction mode (intraPredModeY) of a luma component by using a first look up table (LUT); deriving a chroma intra prediction mode (intraPredModeC) from a second LUT by using the initial intra prediction mode of the chroma component when the chroma format of the chroma component is defined as YUV 4:2:2, the chroma component having different subsampling ratios in horizontal (SubWidthC) and vertical (SubHeightC) directions, wherein the second LUT has 67 entries, the index for the second LUT is 0-66, and each index is associated with an angle of an intra prediction direction; performing wide-angle mapping on the chroma intra prediction mode (intraPredModeC) to obtain a modified intraPredModeC using a block aspect ratio of the luma component to guarantee that the intra prediction directions for the chroma component and the luma component coincide; obtaining an intraPredAngle parameter for the chroma component based on the modified intraPredModeC; and obtaining predicted samples of the chroma component based on the intraPredAngle parameter.
Laundry care appliance with a pump for pumping washing liquid, wherein the pump comprises a suction chamber , which has a suction nozzle for fluidically connecting to a suction line, wherein the pump comprises a repumping pressure chamber , which has a repumping pressure nozzle for fluidically connecting to a repumping pressure line, wherein the repumping pressure chamber is fluidically connected to the suction chamber by way of a repumping suction connection , wherein the pump comprises a pumping-out pressure chamber , which has a pumping-out pressure nozzle for fluidically connecting to a pumping-out pressure line, wherein the pumping-out pressure chamber is connected to the suction chamber by way of a pumping-out suction connection , wherein the pump has a first pump motor for pumping the washing liquid out of the pumping-out pressure chamber and a second pump motor for pumping the washing liquid out of the repumping pressure chamber , and a pump controller for controlling the first and second pump motor , wherein the repumping suction connection and the pumping-out suction connection are coupled in the suction chamber in terms of flow, and the pump comprises a filter element for filtering out impurities from the washing liquid, wherein the filter element is arranged in the suction chamber , wherein the pump controller is embodied to activate one of the two pump motors in an activation time period, in order to pump washing liquid out of the suction chamber , through the filter element and through one of the suction connections , into one of the pressure chambers , and wherein the activated pump motor is embodied to draw in washing liquid from the other suction connection during the activation time period, in order to pump impurities which have accumulated at the other suction connection through the filter element and through the one suction connection into the one pressure chamber , characterised in that the repumping suction connection comprises a repumping pressure chamber opening , which fluidically connects the suction chamber and the repumping pressure chamber , wherein the pumping-out suction connection comprises a pumping-out suction pipe with a pumping-out suction pipe inlet and a pumping-out suction pipe outlet , wherein at least one pumping-out suction pipe opening is arranged between the pumping-out suction pipe inlet and the pumping-out suction pipe outlet , wherein the at least one pumping-out suction pipe opening is coupled to the repumping pressure chamber opening in terms of flow.
An offshore wind turbine , comprising: a ballast adjustable hull ; a telescopic tower movably coupled to the hull , wherein the tower has a central axis and comprises a plurality of nested concentrically arranged elongate tubulars ; a ballast adjustable elevator disposed about the telescopic tower and movably coupled to the hull , wherein the elevator is configured to lift one or more of the plurality of tubulars of the tower axially upward relative to the hull ; a nacelle coupled to an upper end of one of the plurality of tubulars of the tower ; and a rotor assembly coupled to the nacelle ; characterized in that the elevator includes a catch member at an upper end of the elevator and extending radially inward from the elevator into an annulus radially positioned between the elevator and the telescopic tower ; wherein each tubular of the telescopic tower includes a catch member disposed at an upper end of the tubular and extending radially outward from the tubular into the annulus radially positioned between the elevator and the telescopic tower ; wherein the catch member of the elevator is configured to engage the catch member of each of the tubulars to sequentially raise the tubulars of the telescopic tower to erect the telescopic tower . a ballast adjustable hull ; a telescopic tower movably coupled to the hull , wherein the tower has a central axis and comprises a plurality of nested concentrically arranged elongate tubulars ; a ballast adjustable elevator disposed about the telescopic tower and movably coupled to the hull , wherein the elevator is configured to lift one or more of the plurality of tubulars of the tower axially upward relative to the hull ; a nacelle coupled to an upper end of one of the plurality of tubulars of the tower ; and a rotor assembly coupled to the nacelle ; characterized in that the elevator includes a catch member at an upper end of the elevator and extending radially inward from the elevator into an annulus radially positioned between the elevator and the telescopic tower ; wherein each tubular of the telescopic tower includes a catch member disposed at an upper end of the tubular and extending radially outward from the tubular into the annulus radially positioned between the elevator and the telescopic tower ; wherein the catch member of the elevator is configured to engage the catch member of each of the tubulars to sequentially raise the tubulars of the telescopic tower to erect the telescopic tower .
A method for decontaminating recycled plastic comprising the following steps: a. Separation and grinding of the plastic. b. Washing, rinsing and drying. c. Decontaminating i. Extraction with a water-soluble solvent having a boiling point greater than 180 °C. ii. Rinsing at room temperature. wherein a parallel water recovery method and a parallel solvent recovery method are included, which enables the recirculation and reuse thereof, making the method more sustainable. a. Separation and grinding of the plastic. b. Washing, rinsing and drying. c. Decontaminating i. Extraction with a water-soluble solvent having a boiling point greater than 180 °C. ii. Rinsing at room temperature. i. Extraction with a water-soluble solvent having a boiling point greater than 180 °C. ii. Rinsing at room temperature.
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.
Device for holding a bait , in particular a rodent bait, characterised by : - a housing part that can be used in a sewer shaft, in particular a sewer shaft or a cable duct shaft, - at least one bait platform arranged in the housing part , which limits at least one bait platform side passage opening through which a rodent can reach a bait arranged in the housing part , characterised by a clamping device, which is equipped to clamp the housing part against the walls of a sewer system or a sewer shaft and to fix it in such a way. - a housing part that can be used in a sewer shaft, in particular a sewer shaft or a cable duct shaft, - at least one bait platform arranged in the housing part , which limits at least one bait platform side passage opening through which a rodent can reach a bait arranged in the housing part , characterised by a clamping device, which is equipped to clamp the housing part against the walls of a sewer system or a sewer shaft and to fix it in such a way.
A method of installation of a PV array whereby; the PV array comprises at least four planar PV modules which are of generally square or rectangular configuration so that each module defines a generally square or rectangular edge of substantially the same dimensions and comprising a pair of substantially parallel end edges and a pair of substantially parallel side edges, the modules being connected along adjacent end edges and being foldable relative to each other about the connected end edges between a closed condition and an open condition, whereby in the closed condition, the modules are stacked together on a movable carriage on which the modules can be transported, the modules comprising a leading module , a trailing module and two or more intermediate modules (11b-11g), and whereby in the open condition, the modules are laterally displaced from the closed condition about the end edge connections for collection of electromagnetic radiation, the method being characterized by securing the leading module by placing an end edge of the leading module on a surface on which the PV array is to be installed and moving the carriage relative to the leading module so that the carriage moves away from the leading module , and allowing the PV array 10 to unfold from the carriage. the PV array comprises at least four planar PV modules which are of generally square or rectangular configuration so that each module defines a generally square or rectangular edge of substantially the same dimensions and comprising a pair of substantially parallel end edges and a pair of substantially parallel side edges, the modules being connected along adjacent end edges and being foldable relative to each other about the connected end edges between a closed condition and an open condition, whereby in the closed condition, the modules are stacked together on a movable carriage on which the modules can be transported, the modules comprising a leading module , a trailing module and two or more intermediate modules (11b-11g), and whereby in the open condition, the modules are laterally displaced from the closed condition about the end edge connections for collection of electromagnetic radiation, the method being characterized by securing the leading module by placing an end edge of the leading module on a surface on which the PV array is to be installed and moving the carriage relative to the leading module so that the carriage moves away from the leading module , and allowing the PV array 10 to unfold from the carriage.