mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling the quality of a composite part comprising a plurality of plies , having undergone forming and having at least one edge extending along a longitudinal axis (Z) and having, following forming, a staircase profile in a plane (X, Y) orthogonal to the longitudinal axis (Z), the method comprising the following steps: a) acquiring data relative to the staircase profile, b) computing, on the basis of the acquired data, at least one value among the following at least at one point (z) on the longitudinal axis (Z): angle of the profile, length of the profile, number of peaks in a plot of the derivative of the profile, coordinates of the peaks in the plot of the derivative of the profile, computed distance (Δx) between two successive peaks in the plot of the derivative of the profile and computed height of said peaks, and optionally computing at least one criterion based on at least one of these values, c) comparing the one or more computed values and/or criteria and/or one or more average values or average criteria at a plurality of points (z) with corresponding computed reference values or criteria, d) generating information on the risk of the presence or absence of defects in the part , on the basis of said comparison. a) acquiring data relative to the staircase profile, b) computing, on the basis of the acquired data, at least one value among the following at least at one point (z) on the longitudinal axis (Z): angle of the profile, length of the profile, number of peaks in a plot of the derivative of the profile, coordinates of the peaks in the plot of the derivative of the profile, computed distance (Δx) between two successive peaks in the plot of the derivative of the profile and computed height of said peaks, and optionally computing at least one criterion based on at least one of these values, c) comparing the one or more computed values and/or criteria and/or one or more average values or average criteria at a plurality of points (z) with corresponding computed reference values or criteria, d) generating information on the risk of the presence or absence of defects in the part , on the basis of said comparison.
A plasma generator , comprising: a first block having a reaction chamber , a pair of electrodes inserted into the reaction chamber for converting a process gas into plasma in the reaction chamber , and a nozzle for ejecting the gas, converted to plasma in the reaction chamber , toward a process target, wherein the reaction chamber is divided into a pair of first insertion portions , for inserting the pair of electrodes , and a first connecting segment that connects the first insertion portions and is narrower than the pair of first insertion portions , characterized in that junctures of each of the pair of first insertion portions with the first connecting segment are smooth surfaces. a first block having a reaction chamber , a pair of electrodes inserted into the reaction chamber for converting a process gas into plasma in the reaction chamber , and a nozzle for ejecting the gas, converted to plasma in the reaction chamber , toward a process target, wherein the reaction chamber is divided into a pair of first insertion portions , for inserting the pair of electrodes , and a first connecting segment that connects the first insertion portions and is narrower than the pair of first insertion portions ,
An antenna assembly for a wireless device , the antenna assembly comprising: an antenna cable having a feed line and a ground shield coaxial with the feed line; a substrate having a feed line mounting pad and a ground shield mounting pad ; a low band ground terminal on the substrate and operable in a low frequency bandwidth, the low band ground terminal being electrically coupled to the ground shield of the antenna cable and being capacitively coupled to the feed line of the antenna cable; a low band feed terminal on the substrate and operable in a low frequency bandwidth, the low band feed terminal including a cell electrically coupled to the feed line of the antenna cable wherein the cell is defined by a meandering trace having a serpentine shape; a high band ground terminal on the substrate and operable in a high frequency bandwidth, the high band ground terminal being electrically coupled to the ground shield of the antenna cable and being capacitively coupled to the feed line of the antenna cable; and a high band feed terminal on the substrate and operable in a high frequency bandwidth, the high band feed terminal being electrically coupled to the feed line of the antenna cable, wherein the low band ground terminal and the high band ground terminal are ground plane independent, characterized in that the meandering trace is proximate to the low band ground terminal , such that the low band ground terminal is capacitively coupled to the meandering trace .
A turbo-expanding cracking assembly (40; 80; 100; 112) comprising: a housing (78; 96; 118) enclosing a plurality of stages (52A-F; 82A-F; 102, 104), each stage (52A-F; 82A-F; 102, 104) including a rotating blade (54A-F; 84A-F) coupled to an output shaft (42; 94; 108) and a fixed stator (56A-F; 86A-F); at least one heat exchanger (58A-F; 90A-F; 106) disposed within the housing (78; 96; 118), the at least one heat exchanger configured to transfer heat to an ammonia containing fuel flow : and a catalyst (60, 66; 88A-F; 114) configured to decompose the ammonia containing fuel flow into a flow containing hydrogen , characterised in that : the catalyst comprises a coating applied to at least one of the fixed stators (56A-F; 86A-F); and/or at least one of the rotating blades (54A-F; 84A-F) includes a catalyst coating ; and/or the catalyst comprises a catalytic coating applied to platform surfaces between at least two rotating blades (54A-F; 84A-F). a housing (78; 96; 118) enclosing a plurality of stages (52A-F; 82A-F; 102, 104), each stage (52A-F; 82A-F; 102, 104) including a rotating blade (54A-F; 84A-F) coupled to an output shaft (42; 94; 108) and a fixed stator (56A-F; 86A-F); at least one heat exchanger (58A-F; 90A-F; 106) disposed within the housing (78; 96; 118), the at least one heat exchanger configured to transfer heat to an ammonia containing fuel flow : and a catalyst (60, 66; 88A-F; 114) configured to decompose the ammonia containing fuel flow into a flow containing hydrogen , the catalyst comprises a coating applied to at least one of the fixed stators (56A-F; 86A-F); and/or at least one of the rotating blades (54A-F; 84A-F) includes a catalyst coating ; and/or the catalyst comprises a catalytic coating applied to platform surfaces between at least two rotating blades (54A-F; 84A-F).
A touch screen comprising a trackpad, the trackpad comprising: a sensor configured to sense a position of a plurality of fingers of a user; and a mode determination circuit configured to select in which mode of a plurality of modes to operate the trackpad based on an output of the sensor ; wherein the plurality of modes comprises a cursor mode, and a virtual mouse mode; the virtual mouse mode is selected when the sensor senses a predetermined number of fingers , wherein in the virtual mouse mode, a virtual sensor is positioned centroid to the fingers, wherein the virtual sensor is configured to emulate a physical sensor on a mouse input device, with the position of the virtual sensor being calibrated based on a position of and distance between the fingers of the user and the position of the virtual sensor being a point used to calculate a delta X and a delta Y movement; as long as at least one finger of the user remains in contact with the trackpad , the position of the virtual sensor is maintained relative to the at least one finger remaining in contact with the trackpad , so that the position of the virtual sensor moves with movement of the at least one finger remaining in contact with the trackpad ; and the touchscreen is configured to display a virtual mouse-button on the trackpad when the user lifts one of the fingers from the trackpad, wherein the virtual mouse button disappears after a configurable lifespan if no action is detected. a sensor configured to sense a position of a plurality of fingers of a user; and a mode determination circuit configured to select in which mode of a plurality of modes to operate the trackpad based on an output of the sensor ; wherein the plurality of modes comprises a cursor mode, and a virtual mouse mode; the virtual mouse mode is selected when the sensor senses a predetermined number of fingers , wherein in the virtual mouse mode, a virtual sensor is positioned centroid to the fingers, wherein the virtual sensor is configured to emulate a physical sensor on a mouse input device, with the position of the virtual sensor being calibrated based on a position of and distance between the fingers of the user and the position of the virtual sensor being a point used to calculate a delta X and a delta Y movement; as long as at least one finger of the user remains in contact with the trackpad , the position of the virtual sensor is maintained relative to the at least one finger remaining in contact with the trackpad , so that the position of the virtual sensor moves with movement of the at least one finger remaining in contact with the trackpad ; and the touchscreen is configured to display a virtual mouse-button on the trackpad when the user lifts one of the fingers from the trackpad, wherein the virtual mouse button disappears after a configurable lifespan if no action is detected.
A charging mat comprising an inductive power transmitter , the inductive power transmitter including: a. a plurality of transmitting coils configured to generate an alternating magnetic field, wherein the plurality of transmitting coils are arranged in a row and wherein each transmitting coil partially overlaps with at least one adjacent transmitting coil and wherein the plurality of transmitting coils are spatially offset from each other in at least two dimensions parallel to a charging surface of the charging mat and b. a transmitting circuit connected to each transmitting coil and configured to drive the transmitting coils with alternating current, the alternating currents provided to adjacent coils having a phase shift such that alternating magnetic field generated by the transmitting coils travels along the charging surface of the charging mat . a. a plurality of transmitting coils configured to generate an alternating magnetic field, wherein the plurality of transmitting coils are arranged in a row and wherein each transmitting coil partially overlaps with at least one adjacent transmitting coil and wherein the plurality of transmitting coils are spatially offset from each other in at least two dimensions parallel to a charging surface of the charging mat and b. a transmitting circuit connected to each transmitting coil and configured to drive the transmitting coils with alternating current, the alternating currents provided to adjacent coils having a phase shift such that alternating magnetic field generated by the transmitting coils travels along the charging surface of the charging mat .
A waste toner collecting device comprising: a waste toner bottle for collecting a waste toner; and a levelling unit disposed inside the waste toner bottle , to swing for levelling waste toner collected and piled in the waste toner bottle , wherein the levelling unit comprises: a swing member swingably disposed in the waste toner bottle , characterised in that the levelling unit comprises a shaking member to scrape an upper portion of the waste toner piled in the waste toner bottle , the shaking member including one side hinge-connected to the swing member and another side that is hinge-connected connected to an auxiliary swing member swingably disposed in the waste toner bottle with an interval with the swing member . a waste toner bottle for collecting a waste toner; and a levelling unit disposed inside the waste toner bottle , to swing for levelling waste toner collected and piled in the waste toner bottle , wherein the levelling unit comprises: a swing member swingably disposed in the waste toner bottle , characterised in that the levelling unit comprises a shaking member to scrape an upper portion of the waste toner piled in the waste toner bottle , the shaking member including one side hinge-connected to the swing member and another side that is hinge-connected connected to an auxiliary swing member swingably disposed in the waste toner bottle with an interval with the swing member . a swing member swingably disposed in the waste toner bottle , characterised in that the levelling unit comprises a shaking member to scrape an upper portion of the waste toner piled in the waste toner bottle , the shaking member including one side hinge-connected to the swing member and another side that is hinge-connected connected to an auxiliary swing member swingably disposed in the waste toner bottle with an interval with the swing member .
Horological electronic device comprising: - a volatile memory comprising configuration data, - a motor driver with a setup interface for receiving said configuration data, wherein the motor driver is adapted to control and to power a motor (M) according to the configuration data; and - a configuration circuit for said motor driver , the configuration circuit comprising a memory controller and configuration registers (18 1 ,18 2 , ..., 18 N ), wherein the configuration data is transferred from said non volatile memory , via said configuration registers, to the setup interface due to a refresh signal sent from the motor driver to the memory-controller ; characterized in that the configuration circuit comprises an additional circuitry configured to detect a change in the configuration registers, wherein this additional circuitry is connected to the motor driver and provides this motor driver with a change signal in order to trigger the refresh signal only when this change signal indicates said change in the configuration registers. - a volatile memory comprising configuration data, - a motor driver with a setup interface for receiving said configuration data, wherein the motor driver is adapted to control and to power a motor (M) according to the configuration data; and - a configuration circuit for said motor driver , the configuration circuit comprising a memory controller and configuration registers (18 1 ,18 2 , ..., 18 N ), wherein the configuration data is transferred from said non volatile memory , via said configuration registers, to the setup interface due to a refresh signal sent from the motor driver to the memory-controller ;
A compound selected from seladelpar and the salts thereof for use in treating a cholangiopathy in a subject who is intolerant of, or who has an inadequate response to, at least one of obeticholic acid and a fibrate.
A filter apparatus for dedusting gas coming from industrial processes and/or plants, comprising at least one electrostatic precipitator and further comprising at least one filtering unit housed in said at least one electrostatic precipitator , the filtering unit comprising a plurality of filtering cells arranged so as to form a wall adapted to be struck by the flow of said gas inside said electrostatic precipitator , said filtering unit comprising a regeneration system of said cells , said regeneration system comprising means for conveying or delivering a washing fluid, preferably gaseous, to said cells in counterflow with respect to the flow of said gas in said electrostatic precipitator , characterized in that said regeneration system comprises collecting and conveying means for collecting and conveying said washing fluid escaping from the cells following the washing, and in that said collecting and conveying means comprise a plurality of Venturi tubes each positioned upstream of each of said filtering cells with respect to the flow of said gas and each adapted to increase the speed of the washing fluid escaping from a corresponding cell .
A system comprising: an electric motor ; a drive shaft connected to be driven by the electric motor; and a propulsor connected to be driven in rotation by the shaft, in order to produce thrust or lift, wherein the propulsor is configured to pivot to a first orientation configured to produce lift when the motor rotates the shaft in a first direction, and to pivot to a second orientation configured to produce thrust when the motor rotates the shaft in a second direction that is opposite of the first direction; wherein the propulsor is configured to pivot back and forth between the first and second orientations under the actuation of torque from the drive shaft without any other actuator. an electric motor ; a drive shaft connected to be driven by the electric motor; and a propulsor connected to be driven in rotation by the shaft, in order to produce thrust or lift, wherein the propulsor is configured to pivot to a first orientation configured to produce lift when the motor rotates the shaft in a first direction, and to pivot to a second orientation configured to produce thrust when the motor rotates the shaft in a second direction that is opposite of the first direction; wherein the propulsor is configured to pivot back and forth between the first and second orientations under the actuation of torque from the drive shaft without any other actuator.
A controlled release pharmaceutical formulation comprising cyclosporine-loaded microparticles of a bioresorbable polymer comprising poly(D,L-lactide), wherein the mean diameter of the microparticles is in the range 20 μm to 40 μm, and wherein the formulation comprises said microparticles suspended in a liquid vehicle, which liquid vehicle has a viscosity of between 30 and 45 mPas as measured at 20°C using an A&D SV-1a vibro viscometer (A&D Instruments Ltd) according to the manufacturer's instructions, and wherein the formulation comprises a thixotropic agent selected from the group consisting of: hypromellose, hydroxyethyl cellulose, hydrophillically-modified hydroxyethyl cellulose, Xanthan Gum, Guar Gum, and Cetyl alcohol, and wherein the liquid formulation exhibits shear-thinning behaviour such that the viscosity decreases under shear strain.
A blade head floating structure , characterized in that the blade head floating structure comprises: a supporting member ; a shaving unit arranged above the supporting member ; a first hinge provided inside the shaving unit , wherein the first hinge has a first matching groove , and wherein the bottom of the first matching groove penetrates the first hinge ; a second hinge , wherein the top of the second hinge has a matching portion placed in the first matching groove , and wherein a limiting structure is provided between the first matching groove and the matching portion structure, the limiting structure preventing relative rotation and being separated along the central axis of the first matching groove , the matching portion being provided with a first central hole penetrating to the bottom of the second hinge , and wherein the bottom of the second hinge penetrates the first hinge to be installed in the supporting member ; an elastic member passing through the first matching groove and the first central hole of the second hinge , wherein the top end of the elastic member abuts against the shaving unit , and wherein the bottom end of the elastic member abuts against the supporting member . a supporting member ; a shaving unit arranged above the supporting member ; a first hinge provided inside the shaving unit , wherein the first hinge has a first matching groove , and wherein the bottom of the first matching groove penetrates the first hinge ; a second hinge , wherein the top of the second hinge has a matching portion placed in the first matching groove , and wherein a limiting structure is provided between the first matching groove and the matching portion structure, the limiting structure preventing relative rotation and being separated along the central axis of the first matching groove , the matching portion being provided with a first central hole penetrating to the bottom of the second hinge , and wherein the bottom of the second hinge penetrates the first hinge to be installed in the supporting member ; an elastic member passing through the first matching groove and the first central hole of the second hinge , wherein the top end of the elastic member abuts against the shaving unit , and wherein the bottom end of the elastic member abuts against the supporting member .
A quick-release mechanism for drawer slide parts, comprising: a second rail , a drawer frame member and an engaging member , wherein the second rail includes an engaging portion ; and the drawer frame member includes a carrier mountable on the second rail ; and wherein the engaging member is mounted on the drawer frame member , and wherein once the drawer frame member is mounted on the second rail , the engaging member is engaged with the engaging portion to fix the second rail and the drawer frame member to each other, wherein the carrier has a front portion , and wherein the engaging member comprises a base fixed to the front portion of the carrier by a fixing means , the second rail has an end portion provided with a recess , characterized in that the base of the engaging member is arranged between the end portion of the second rail and the front portion of the carrier , in that the fixing means is fitted and restrained in the recess , and in that the carrier has a rear portion opposite to the front portion , the rear portion of the carrier has a pressing portion , the second rail has a stop portion , wherein the pressing portion is a groove and the stop portion is a protruding side plate, and the pressing portion is configured to be pressed against and stopped by the stop portion , wherein the base has an L-shape in a vertical section, and wherein the fixing means protrudes through a leg of the L-shaped section of the base , which is arranged between the end portion of the second rail and the front portion of the carrier . a second rail , a drawer frame member and an engaging member , wherein the second rail includes an engaging portion ; and the drawer frame member includes a carrier mountable on the second rail ; and wherein the engaging member is mounted on the drawer frame member , and wherein once the drawer frame member is mounted on the second rail , the engaging member is engaged with the engaging portion to fix the second rail and the drawer frame member to each other, wherein the carrier has a front portion , and wherein the engaging member comprises a base fixed to the front portion of the carrier by a fixing means , the second rail has an end portion provided with a recess , the base of the engaging member is arranged between the end portion of the second rail and the front portion of the carrier , in that the fixing means is fitted and restrained in the recess , and in that the carrier has a rear portion opposite to the front portion , the rear portion of the carrier has a pressing portion , the second rail has a stop portion , wherein the pressing portion is a groove and the stop portion is a protruding side plate, and the pressing portion is configured to be pressed against and stopped by the stop portion , wherein the base has an L-shape in a vertical section, and wherein the fixing means protrudes through a leg of the L-shaped section of the base , which is arranged between the end portion of the second rail and the front portion of the carrier .