mhurhangee/patent-ind-claim-en huggingface dataset:
Swim fin, comprising: - a foot part attachable to the foot of a swimmer, and - a fin vane attachable to the foot part , comprising an elongated holder and at least two streamlined blades extending laterally from the holder and rotatable in both directions by a predetermined angle, featuring a movable arrangement of the elongated holder relative to the foot part attachable to the swimmer's foot, characterized in that , the elasticity of the elongated holder is higher in a vertical plane than in a horizontal plane arranged perpendicular to this vertical plane , standing normal on the vertical plane spanned by the streamlined blades and enclosing the longitudinal axis of the holder . - a foot part attachable to the foot of a swimmer, and - a fin vane attachable to the foot part , comprising an elongated holder and at least two streamlined blades extending laterally from the holder and rotatable in both directions by a predetermined angle, featuring a movable arrangement of the elongated holder relative to the foot part attachable to the swimmer's foot, characterized in that , the elasticity of the elongated holder is higher in a vertical plane than in a horizontal plane arranged perpendicular to this vertical plane , standing normal on the vertical plane spanned by the streamlined blades and enclosing the longitudinal axis of the holder .
A reverse flow gas turbine engine comprising: a low pressure (LP) spool and a high pressure (HP) spool arranged sequentially in an axial direction, the LP spool comprising an LP compressor drivingly connected to an LP turbine , the HP spool comprising an HP compressor in flow communication with the LP compressor , and an HP turbine disposed forward of the HP compressor and aft of the LP turbine , the HP turbine being drivingly connected to the HP compressor via an HP shaft , wherein the LP spool further comprises an LP turbine shaft drivingly connected to a reduction gearbox (RGB) having an output shaft adapted to be connected to a rotatable load ; characterised in that : the LP compressor is drivingly connected to the LP turbine via an LP compressor gear train and a LP compressor shaft ; the engine is a turboprop or turboshaft engine; and the LP compressor shaft branches off at an angle from the LP turbine shaft . the LP compressor is drivingly connected to the LP turbine via an LP compressor gear train and a LP compressor shaft ; the engine is a turboprop or turboshaft engine; and the LP compressor shaft branches off at an angle from the LP turbine shaft .
A method of making T cells suitable for immunotherapy, comprising (A1) obtaining primary T cells from at least one healthy individual; (A2) activating the T cells obtained in step (A1) with an anti-CD3 antibody and an anti-CD28 antibody; (A3) transducing the activated T cells of step (A2) with a transduction mixture comprising a cell concentration of 0.1 × 10 6 cells/ml to 1.0 × 10 8 cells/ml and a retroviral vector at a plurality of volumetric concentrations; viz. volume of virus sample per volume of transducing mixture, wherein the retroviral vector carries a transgene; (A4) expanding the transduced T cells of step (A3), and (A5) identifying the volumetric concentration of the retroviral vector that yields a maximum average of the quantity of the expanded T cells that express the transgene and/or a maximum average of the copy number of the integrated transgene without exceeding five copies of the integrated transgene in each of the expanded T cells from step (A4); and (B1) obtaining primary T cells from a patient; (B2) activating the T cells obtained in step (B1) with an anti-CD3 antibody and an anti-CD28 antibody; (B3) transducing the activated T cells of step (B2) with a transduction mixture comprising a cell concentration of 0.1 × 10 6 cells/ml to 1.0 × 10 8 cells/ml and the retrovirus used in step (A3) at the retroviral volumetric concentration identified in step (A5); (B4) expanding the transduced primary T cells of step (B3). (A1) obtaining primary T cells from at least one healthy individual; (A2) activating the T cells obtained in step (A1) with an anti-CD3 antibody and an anti-CD28 antibody; (A3) transducing the activated T cells of step (A2) with a transduction mixture comprising a cell concentration of 0.1 × 10 6 cells/ml to 1.0 × 10 8 cells/ml and a retroviral vector at a plurality of volumetric concentrations; viz. volume of virus sample per volume of transducing mixture, wherein the retroviral vector carries a transgene; (A4) expanding the transduced T cells of step (A3), and (A5) identifying the volumetric concentration of the retroviral vector that yields a maximum average of the quantity of the expanded T cells that express the transgene and/or a maximum average of the copy number of the integrated transgene without exceeding five copies of the integrated transgene in each of the expanded T cells from step (A4); (B1) obtaining primary T cells from a patient; (B2) activating the T cells obtained in step (B1) with an anti-CD3 antibody and an anti-CD28 antibody; (B3) transducing the activated T cells of step (B2) with a transduction mixture comprising a cell concentration of 0.1 × 10 6 cells/ml to 1.0 × 10 8 cells/ml and the retrovirus used in step (A3) at the retroviral volumetric concentration identified in step (A5); (B4) expanding the transduced primary T cells of step (B3).
A method of applying a touch film to a rigid surface having a compound curvature, the rigid surface being an inner surface of an outer door screen of a laundry treating appliance , the touch film comprising an integrated flexible printed circuit board (PCB) with touch buttons and a pressure sensitive adhesive located on a facing surface of the touch film , the pressure sensitive adhesive being transparent, the method comprising: applying the pressure sensitive adhesive to the facing surface of the touch film : placing the facing surface against the rigid surface: rolling a roller over the touch film : and activating the pressure sensitive adhesive to adhere the touch film to the rigid surface: wherein the roller has an exterior layer of low durometer material to conform to the compound curvature of the rigid surface and wherein the durometer of the exterior layer is in the range of 28A to 40A, according to the ASTM D2240 standard. rolling a roller over the touch film : and activating the pressure sensitive adhesive to adhere the touch film to the rigid surface:
A method, comprising: receiving , by a computer-implemented data collector via a network, a first noise-injected one-bit value from each of a plurality of first computing devices having a first software application, each first noise-injected one-bit value being representative of a measured value that corresponds to usage of a resource of the first computing device from which it was received; receiving , by the computer-implemented data collector via the network, a second noise-injected one-bit value from each of a plurality of second computing devices having a second software application, each second noise-injected one-bit value being representative of a measured value that corresponds to usage of a resource of the second computing device from which it was received, the first software applications being different with respect to the second software applications in terms of at least one user or at least one feature; calculating , by a computer-implemented data analyzer, a binomial distribution mean of the first noise-injected one-bit values; calculating , by the computer-implemented data analyzer, a binomial distribution mean of the second noise-injected one-bit values; and determining , by the computer-implemented data analyzer, an effect of the difference between the first software applications and the second software applications by performing an analysis based on the binomial distribution mean of the first noise-injected one-bit values and the binomial distribution mean of the second noise-injected one-bit values. receiving , by a computer-implemented data collector via a network, a first noise-injected one-bit value from each of a plurality of first computing devices having a first software application, each first noise-injected one-bit value being representative of a measured value that corresponds to usage of a resource of the first computing device from which it was received; receiving , by the computer-implemented data collector via the network, a second noise-injected one-bit value from each of a plurality of second computing devices having a second software application, each second noise-injected one-bit value being representative of a measured value that corresponds to usage of a resource of the second computing device from which it was received, the first software applications being different with respect to the second software applications in terms of at least one user or at least one feature; calculating , by a computer-implemented data analyzer, a binomial distribution mean of the first noise-injected one-bit values; calculating , by the computer-implemented data analyzer, a binomial distribution mean of the second noise-injected one-bit values; and determining , by the computer-implemented data analyzer, an effect of the difference between the first software applications and the second software applications by performing an analysis based on the binomial distribution mean of the first noise-injected one-bit values and the binomial distribution mean of the second noise-injected one-bit values.
A light converter for a light source comprising: a substrate , at least one light converting layer attached to the substrate , wherein the light converting layer comprises a phosphor , a first major surface and a second major surface , and the converting layer is configured to admit laser radiation via at least one of the first major surface and the second major surface and to emit converted visible light via the first major surface thereof, a sensor comprising a sensor layer , wherein the sensor layer is electrically conductive, transparent and applied in a pattern across the first major surface of the converting layer , characterized in that the pattern comprises a wire in a meander across the first major surface , terminated by contacts at either end, and wherein the meander is of non-overlapping shape and covers at least 50 percent of the first major surface of the converting layer . a substrate , at least one light converting layer attached to the substrate , wherein the light converting layer comprises a phosphor , a first major surface and a second major surface , and the converting layer is configured to admit laser radiation via at least one of the first major surface and the second major surface and to emit converted visible light via the first major surface thereof, a sensor comprising a sensor layer , wherein the sensor layer is electrically conductive, transparent and applied in a pattern across the first major surface of the converting layer , characterized in that the pattern comprises a wire in a meander across the first major surface , terminated by contacts at either end, and wherein the meander is of non-overlapping shape and covers at least 50 percent of the first major surface of the converting layer .
Flushing device comprising an extraction device for extracting odours from a sanitary device such as a toilet bowl or a urinal, a cistern for holding flushing water, a fill valve for filling the cistern and a flush unit for providing flushing water, wherein the flush unit comprises a flush valve with an overflow pipe and an actuator element for operating the flush valve , wherein the extractor unit comprises an air duct , a fan for extracting air through the air duct , which extends at least partially through the cistern , and a filter element for filtering the air, wherein the filter element represents the end of the air duct , wherein the actuator element , the fan and the filter element are mounted on a common housing , particularly arranged in a common housing , wherein the actuator element comprises at least one motor and an actuator lever driven by the motor , wherein the actuator lever is pivotably mounted relative to the bearing element , which bearing element is connectable to the housing , particularly to the lower housing part , and wherein the housing comprises a control cam for aligning the actuator element during installation, wherein the control cam moves the actuator lever when connecting the bearing element to the housing , such that the actuator lever can be brought into engagement with the flush valve , particularly with a control rod of the flush valve .
A method comprising: receiving , by a wireless device, at least one configuration parameter that indicates at least one reference signal, RS; determining a beam failure of a secondary cell; determining that a beam failure recovery, BFR, procedure for the secondary cell is unsuccessful; and sending , via a physical uplink control channel, PUCCH, at least one message comprising: at least one field associated with the at least one RS, and at least one measurement field comprising a first value that indicates the unsuccessful BFR procedure for the secondary cell. receiving , by a wireless device, at least one configuration parameter that indicates at least one reference signal, RS; determining a beam failure of a secondary cell; determining that a beam failure recovery, BFR, procedure for the secondary cell is unsuccessful; and sending , via a physical uplink control channel, PUCCH, at least one message comprising: at least one field associated with the at least one RS, and at least one measurement field comprising a first value that indicates the unsuccessful BFR procedure for the secondary cell. at least one field associated with the at least one RS, and at least one measurement field comprising a first value that indicates the unsuccessful BFR procedure for the secondary cell.
An intragastric balloon , comprising a bag body , provided with an internal cavity shaped so as to contain a filling fluid, and at least one valve having a valve body provided with a through inner conduit for feeding the filling fluid into the cavity ; the valve body being flexible and elastically deformable, being made of an elastic material; and being positioned inside the bag body and shaped so as to deform elastically until it occludes the conduit following a pressure exerted on an outer surface of the valve body by the filling fluid contained in the cavity ; characterized in that the valve body is made integral in one piece with the bag body and with the same material as the bag body , forming together with the bag body a monolithic piece made of elastic material.
A receiver of a memory, the receiver comprises a signal receiving module , comprising a first Metal-Oxide-Semiconductor, MOS, transistor (M1) and a second MOS transistor (M2), wherein a gate of the first MOS transistor (M1) is configured to receive a reference signal and a gate of the second MOS transistor (M2) is configured to receive a data signal , and the signal receiving module is configured to output a comparison signal , the comparison signal being configured to represent a magnitude relationship between a voltage value of the reference signal and a voltage value of the data signal ; and an adjusting module , comprising a third MOS transistor (M3), wherein a source of the third MOS transistor (M3) is connected to a source of the first MOS transistor (M1), a drain of the third MOS transistor (M3) is connected to a drain of the first MOS transistor (M1), and characterised in that a gate of the third MOS transistor (M3) is configured to receive an adjusting signal in response to that the first MOS transistor (M1) is conducted. a signal receiving module , comprising a first Metal-Oxide-Semiconductor, MOS, transistor (M1) and a second MOS transistor (M2), wherein a gate of the first MOS transistor (M1) is configured to receive a reference signal and a gate of the second MOS transistor (M2) is configured to receive a data signal , and the signal receiving module is configured to output a comparison signal , the comparison signal being configured to represent a magnitude relationship between a voltage value of the reference signal and a voltage value of the data signal ; and an adjusting module , comprising a third MOS transistor (M3), wherein a source of the third MOS transistor (M3) is connected to a source of the first MOS transistor (M1), a drain of the third MOS transistor (M3) is connected to a drain of the first MOS transistor (M1), and characterised in that a gate of the third MOS transistor (M3) is configured to receive an adjusting signal in response to that the first MOS transistor (M1) is conducted.
A process for the production of neodymium-catalysed polybutadiene (NdBR) comprising the steps of: a) polymerizing butadiene monomer in the presence of at least one inert organic solvent and in the presence of at least one catalyst based on neodymium compounds at temperatures of 60°C to 140°C, b) stopping the polymerization by admixture of reactive compounds, thereby forming a first polymer, c) admixing a sulphur chloride selected from disulphur dichloride, sulphur dichloride, thionyl chloride or any mixture thereof with the first polymer while not allowing the first polymer to be cooled down, thereby forming a Mooney jumped polymer, and wherein the admixing of the sulphur chloride is effected at a temperature of 75°C to 100°C, d) admixing a mastication agent to the Mooney jumped polymer and, wherein the neodymium-catalyzed polybutadiene has a molar mass breakdown % of not less than 33%, and more preferably not less than 50%. a) polymerizing butadiene monomer in the presence of at least one inert organic solvent and in the presence of at least one catalyst based on neodymium compounds at temperatures of 60°C to 140°C, b) stopping the polymerization by admixture of reactive compounds, thereby forming a first polymer, c) admixing a sulphur chloride selected from disulphur dichloride, sulphur dichloride, thionyl chloride or any mixture thereof with the first polymer while not allowing the first polymer to be cooled down, thereby forming a Mooney jumped polymer, and wherein the admixing of the sulphur chloride is effected at a temperature of 75°C to 100°C, d) admixing a mastication agent to the Mooney jumped polymer
Powder press for producing mouldings, with a feed housing preferably with a plurality of punches adjustably arranged therein and at least partially delimiting a cavity of a female mould, wherein these punches can be moved radially in and out in slide paths of lateral guide elements of guide blocks , and in each case can be coupled by means of a connection piece to a counter-piece of a press device for pressing, characterized in that the respective connection piece and the counter-piece interacting with it are configured in such a way that the connection piece can be introduced frontally in the adjustment direction of the punch into the corresponding counter-piece of the press device and withdrawn from it respectively, and can be coupled and uncoupled from it, wherein the counter-piece of the press device is provided with clamping means which are adjustable inwards and outwards for the fixing and releasing respectively of the connection piece , in and from the counter-piece , wherein, as clamping means, ball elements are provided mounted in the counter-piece of the press device , which, at coupling and uncoupling, can be engaged out of and into side cut-out openings of connection piece , wherein the clamping means, provided as ball elements , can be adjusted by adjustment screws , which can be actuated from above or from below, located in the counter-piece of the press device transverse to the axial direction of the punch as adjustment means, with clamping cone elements taking effect on the ball elements .
A method of making one or more blade modules of a modular wind turbine blade , the method comprising: providing a mould assembly comprising a mould having a mould surface shaped to define at least part of an outer shell of a first blade module , and an elongate feature protruding from the mould surface, the elongate feature having a tapered end region defining an inclined upper surface ; arranging one or more first layers of fibrous material on the mould surface to form an outer skin of the first blade module , the one or more first layers at least partially covering the elongate feature ; arranging an elongate spar structure on top of the one or more first layers, the elongate spar structure having a tapered portion that tapers in reverse to the tapered end region of the elongate feature ; arranging the tapered portion of the elongate spar structure on top of the inclined upper surface of the elongate feature ; arranging one or more second layers of fibrous material on top of the one or more first layers and on top of the elongate spar structure to form an inner skin of the first blade module ; integrating the one or more first layers, the one or more second layers and the elongate spar structure by means of a curable matrix material; curing the matrix material to form the outer shell of the first blade module ; wherein the elongate feature of the mould assembly forms a tapered recess in the outer shell of the first blade module . providing a mould assembly comprising a mould having a mould surface shaped to define at least part of an outer shell of a first blade module , and an elongate feature protruding from the mould surface, the elongate feature having a tapered end region defining an inclined upper surface ; arranging one or more first layers of fibrous material on the mould surface to form an outer skin of the first blade module , the one or more first layers at least partially covering the elongate feature ; arranging an elongate spar structure on top of the one or more first layers, the elongate spar structure having a tapered portion that tapers in reverse to the tapered end region of the elongate feature ; arranging the tapered portion of the elongate spar structure on top of the inclined upper surface of the elongate feature ; arranging one or more second layers of fibrous material on top of the one or more first layers and on top of the elongate spar structure to form an inner skin of the first blade module ; integrating the one or more first layers, the one or more second layers and the elongate spar structure by means of a curable matrix material; curing the matrix material to form the outer shell of the first blade module ; wherein the elongate feature of the mould assembly forms a tapered recess in the outer shell of the first blade module .