mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting diode display, comprising: a substrate including an active area that displays an image and a bezel area that does not display an image; an organic light emitting element over the substrate; a protective layer over the substrate that covers the organic light emitting element; a plurality of planarization layers (213a, 213b) below the organic light emitting element, including a first planarization layer and a second planarization layer on the first planarization layer; a bank on the second planarization layer; a flow control pattern on the second planarization layer and adjacent to the bank, the flow control pattern comprising at least one concave portion that controls a flow of the protective layer from the active area into the bezel area, characterized in that the flow control pattern is disposed in the active area. a substrate including an active area that displays an image and a bezel area that does not display an image; an organic light emitting element over the substrate; a protective layer over the substrate that covers the organic light emitting element; a plurality of planarization layers (213a, 213b) below the organic light emitting element, including a first planarization layer and a second planarization layer on the first planarization layer; a bank on the second planarization layer; a flow control pattern on the second planarization layer and adjacent to the bank, the flow control pattern comprising at least one concave portion that controls a flow of the protective layer from the active area into the bezel area, characterized in that the flow control pattern is disposed in the active area.
A blade for a turbine, comprising: an airfoil extending, with respect to a radial direction, between a platform end and a tip and, with respect to an axial direction, between a leading edge and a trailing edge, wherein the tip comprises a tip surface, and wherein a pressure side surface and a suction side surface meet at the leading edge and at the trailing edge, the pressure side surface defining a pressure side of the airfoil, and the suction side surface defining a suction side of the airfoil; a squealer tip wall protruding from the tip surface and defining a tip cavity; at least one separator wall protruding from the tip surface and dividing the tip cavity into at least a first tip cavity lying on a first side of the separator wall facing the pressure side, and a second tip cavity lying on a second side of the separator wall facing the suction side; a first exit opening formed in the squealer tip wall in the area of the trailing edge, the first exit opening defining a fluid passage between the first tip cavity and the pressure side; and a second exit opening formed in the squealer tip wall in the area of the trailing edge, the second exit opening defining a fluid passage between the second tip cavity and the suction side. an airfoil extending, with respect to a radial direction, between a platform end and a tip and, with respect to an axial direction, between a leading edge and a trailing edge, wherein the tip comprises a tip surface, and wherein a pressure side surface and a suction side surface meet at the leading edge and at the trailing edge, the pressure side surface defining a pressure side of the airfoil, and the suction side surface defining a suction side of the airfoil; a squealer tip wall protruding from the tip surface and defining a tip cavity; at least one separator wall protruding from the tip surface and dividing the tip cavity into at least a first tip cavity lying on a first side of the separator wall facing the pressure side, and a second tip cavity lying on a second side of the separator wall facing the suction side; a first exit opening formed in the squealer tip wall in the area of the trailing edge, the first exit opening defining a fluid passage between the first tip cavity and the pressure side; and a second exit opening formed in the squealer tip wall in the area of the trailing edge, the second exit opening defining a fluid passage between the second tip cavity and the suction side.
Internal-combustion engine comprising: - an engine block that delimits at least one cylinder of which the head has at least one intake opening, as well as first and second exhaust openings (13, 14), - an intake line that includes a compressor and that opens out onto each intake opening of the engine block, and - an exhaust line that starts in each exhaust opening (13, 14) of the engine block and that has a first drive turbine for the compressor and a second drive turbine for an energy recovery system, said second turbine communicating exclusively with the second exhaust opening of each cylinder of the engine block, characterized in that the following are provided: - first means for regulating the flow rate of the burnt gases passing through said first turbine that have, for each cylinder, a first valve designed to close said first exhaust opening and means for controlling the lifting of the fixed-height first valve that include a cam mounted statically on a camshaft, - second means for regulating the flow rate of the burnt gases passing through said second turbine that have, for each cylinder, a second valve designed to close said second exhaust opening and means for controlling the lifting of the variable-height second valve, and - means for controlling said second regulating means that are designed to regulate the flow rate of burnt gases passing through said second turbine independently of the flow rate of the burnt gases passing through said first turbine. - an engine block that delimits at least one cylinder of which the head has at least one intake opening, as well as first and second exhaust openings (13, 14), - an intake line that includes a compressor and that opens out onto each intake opening of the engine block, and - an exhaust line that starts in each exhaust opening (13, 14) of the engine block and that has a first drive turbine for the compressor and a second drive turbine for an energy recovery system, said second turbine communicating exclusively with the second exhaust opening of each cylinder of the engine block, - first means for regulating the flow rate of the burnt gases passing through said first turbine that have, for each cylinder, a first valve designed to close said first exhaust opening and means for controlling the lifting of the fixed-height first valve that include a cam mounted statically on a camshaft, - second means for regulating the flow rate of the burnt gases passing through said second turbine that have, for each cylinder, a second valve designed to close said second exhaust opening and means for controlling the lifting of the variable-height second valve, and - means for controlling said second regulating means that are designed to regulate the flow rate of burnt gases passing through said second turbine independently of the flow rate of the burnt gases passing through said first turbine.
High-voltage electrical disconnection switching device comprising: - a female contactor, - a male contactor that is moveable in a longitudinal direction in relation to the female conductor such as to ensure a closed state, a disconnect state and an open state of the disconnector, - a first set of spring-loaded contactors positioned around an internal circumference of the female contactor in order to create a first electrical contact between the male and female contactors when the disconnector is in the closed state, - at least one second set of spring-loaded contactors positioned around a second internal circumference of the female contactor in order to create a second electrical contact between the male and female contactors when the disconnector is in the closed state, characterised in that the second electrical contact is a serial contact between successively a longitudinal end of the male contactor, at least one conductor and said spring-loaded contactors, said conductor comprising at least two blocks (6, 7) at least one of which is moveable in the longitudinal direction in relation to said male and female contactors when the disconnector is in the disconnect state. - a female contactor, - a male contactor that is moveable in a longitudinal direction in relation to the female conductor such as to ensure a closed state, a disconnect state and an open state of the disconnector, - a first set of spring-loaded contactors positioned around an internal circumference of the female contactor in order to create a first electrical contact between the male and female contactors when the disconnector is in the closed state, - at least one second set of spring-loaded contactors positioned around a second internal circumference of the female contactor in order to create a second electrical contact between the male and female contactors when the disconnector is in the closed state,
A bioassay method for pharmacological activity of Daikenchuto, the method comprising: adding a Daikenchuto-containing test sample to a cultured serotonin-producing cell; and measuring the serotonin content in a culture supernatant. adding a Daikenchuto-containing test sample to a cultured serotonin-producing cell; and measuring the serotonin content in a culture supernatant.
Filling unit for a beverage filling system with at least one actuator for controlling at least one fluid path of the filling unit, with at least one control unit and with at least one actuator element, by means of which an actuating force can be provided, wherein, by means of the control unit at least one first control signal and at least one second control signal can be provided, characterised in that the actuator element consists of a material which, as a function of a first control signal, assumes a first extension position, in which the actuator element assumes a first resting position, and which, as a function of the second control signal, assumes an extension position in which the actuator element assumes a second activation position, wherein the actuating force amounts to 200-400 N, in particular 350-370 N, and preferably 360 N.
A composite of an organic compound and copper nanoparticles, the composite comprising a thioether-containing organic compound represented by a general formula below and copper nanoparticles X-(OCH 2 CHR 1) n -O-CH 2 -CH -CH 2 -S-Z [in the formula, X represents a C 1 to C 8 alkyl group; R 1 represents a hydrogen atom or a methyl group; n represents a repeating number, an integer of 2 to 100; R 1 is independent between repeating units and may be the same or different; and Z represents a C 2 to C 12 alkyl group, an allyl group, an aryl group, an arylalkyl group, -R 2 -OH, -R 2 -NHR 3, or -R 2 -(COR 4) m (where R 2 represents a C 1 to C 4 saturated hydrocarbon group; R 3 represents a hydrogen atom, a C 2 to C 4 acyl group, a C 2 to C 4 alkoxycarbonyl group, or a benzyloxycarbonyl group that may optionally have, as a substituent on the aromatic ring, a C 1 to C 4 alkyl group or a C 1 to C 8 alkoxy group; R 4 represents a hydroxy group, a C 1 to C 4 alkyl group, or a C 1 to C 8 alkoxy group; and m represents 1 to 3)].
An enhanced ejection device for an automatic dispenser of the automatic vending machine type, suitable for being incorporated in said automatic vending machine and being applied to a shelf subdivided into a number of seats or channels defined by opposing separator elements or shoulders internally to which there are accommodated products of different types, comprising handling and ejection means for handling and ejecting products from said seats or channels, quickly couplable with/decoupable from the shelf by means of quick-coupling means formed on said shelf and comprising a platform longitudinally developed and a patterned appendage, said platform comprising an upper front featuring a grating-type structure defined by a plurality of transversal bands being parallel to and equally spaced from each other having two adjacent transversal bands spaced away from each other by an empty transversal portion for positioning said handling and ejection means, said patterned appendage formed in correspondence with one of the opposing longitudinal edges of the platform and "comb"-shaped, with a plurality of teeth spaced away from each other by slots, said teeth and slots developing all over the length of the longitudinal development of said patterned appendage, characterised in that a locking element is put in a further plate-like element (36") on two adjacent teeth of the further plate-like element (36"), a threaded shaft being positioned and inserted in the slot interposed between said two teeth and in the empty transversal portion of the upper front of the platform, a guide being inserted in said empty transversal portion, a pusher element (40, 41, 42) being arranged perpendicularly to the upper front of the platform and being slidable with respect thereto and internally to the seat or channel.
A surface cleaning apparatus (10, 210), comprising: a two-stage collection system, comprising: a mechanical collection stage comprising an agitator (30, 246) rotatably driven about a rotational axis and a first collection area (44, 274) configured to collect debris and liquid from the agitator (30, 246); and a suction collection stage comprising a pump in fluid communication with the first collection area (44, 274) to pump dirty liquid into a second collection area (48, 278); wherein the second collection area (48, 278) comprises a recovery tank and characterised in that an outlet of the pump is in fluid communication with an inlet of the recovery tank. a mechanical collection stage comprising an agitator (30, 246) rotatably driven about a rotational axis and a first collection area (44, 274) configured to collect debris and liquid from the agitator (30, 246); and a suction collection stage comprising a pump in fluid communication with the first collection area (44, 274) to pump dirty liquid into a second collection area (48, 278); wherein the second collection area (48, 278) comprises a recovery tank and characterised in that an outlet of the pump is in fluid communication with an inlet of the recovery tank.
A glare detection method for detection of at least one glare region within an image, said method comprising the steps (SA-SC) of: a) aggregating image pixels of said image having a high luminance intensity into bright image areas within said image, said high luminance intensity being an intensity above a predetermined threshold; (b) calculating for image pixels around each bright image area gradient directions expected in case of a glare and actual gradient direction; and (c) increasing a glare diameter of a glare region around the respective bright image area as long as the calculated actual gradient directions match the calculated expected gradient directions. a) aggregating image pixels of said image having a high luminance intensity into bright image areas within said image, said high luminance intensity being an intensity above a predetermined threshold; (b) calculating for image pixels around each bright image area gradient directions expected in case of a glare and actual gradient direction; and (c) increasing a glare diameter of a glare region around the respective bright image area as long as the calculated actual gradient directions match the calculated expected gradient directions.
A method, performed by a multiple universal subscriber identity module, multi-USIM, wireless device, comprising: sending, to a mobility management function of a core network, a registration request message comprising an indication for including a paging cause value in a paging message; receiving a first paging message comprising the paging cause value; and sending, based on the first paging message, a radio resource control, RRC, message requesting a connection setup. sending, to a mobility management function of a core network, a registration request message comprising an indication for including a paging cause value in a paging message; receiving a first paging message comprising the paging cause value; and sending, based on the first paging message, a radio resource control, RRC, message requesting a connection setup.
A shedding mechanism for a weaving machine equipped with a level adjustment device for a plurality of oscillating levers, the oscillating levers being provided with cam followers and mounted on a shaft of the levers, the shaft of the levers being movable between: - a weaving configuration, where the cam followers of the oscillating levers bear against cams of the shedding mechanism, and - a level adjustment configuration, where the cam followers of the oscillating levers are separated from the cams of the shedding mechanism, the level adjustment device comprising a level adjustment picking cam member secured to the shaft of the levers, and the shedding mechanism being characterized in that it further comprises: - a pad translatable along a fixed axis between a first position corresponding to the weaving configuration of the shaft of the levers and a second position corresponding to the level adjustment configuration of the shaft of the levers, and - at least one level adjustment connecting rod including a first end mounted pivoting on the level adjustment picking cam member around an axis of the connecting rod parallel to the central axis of the shaft of the levers and a second end mounted pivoting on the pad around an articulation axis of the pad parallel to the axis of the shaft of the levers. - a weaving configuration, where the cam followers of the oscillating levers bear against cams of the shedding mechanism, and - a level adjustment configuration, where the cam followers of the oscillating levers are separated from the cams of the shedding mechanism, - a pad translatable along a fixed axis between a first position corresponding to the weaving configuration of the shaft of the levers and a second position corresponding to the level adjustment configuration of the shaft of the levers, and - at least one level adjustment connecting rod including a first end mounted pivoting on the level adjustment picking cam member around an axis of the connecting rod parallel to the central axis of the shaft of the levers and a second end mounted pivoting on the pad around an articulation axis of the pad parallel to the axis of the shaft of the levers.
A delivery device for percutaneously delivering a stented prosthetic heart valve, the prosthetic heart valve being radially self-expandable from a compressed arrangement to a normal, expanded arrangement, the delivery device comprising: an inner shaft assembly including a coupling structure configured to selectively engage a stented prosthetic heart valve; a delivery sheath assembly slidably disposed over the inner shaft assembly and including a distal capsule and a proximal shaft, when the capsule is configured to compressively contain a stented prosthetic heart valve in a compressed arrangement; an outer stability tube slidably disposed over the delivery sheath assembly, the stability tube including a proximal region and a distal region, the distal region including a tubular wall having a plurality of cuts formed through a thickness thereof and configured to be radially expandable from a first shape having a first diameter to a second shape having a second diameter, the second diameter being greater than the first diameter; and a handle including a housing maintaining the inner shaft assembly, the delivery sheath assembly and the stability tube, the handle being operable to selectively move the delivery sheath assembly relative to the inner shaft assembly and the stability tube; wherein the delivery device is configured to provide a first delivery state in which the distal region is proximal the capsule and in the first shape, and a deployed state in which the capsule is at least partially withdrawn into the distal region and the distal region is in the second shape. an inner shaft assembly including a coupling structure configured to selectively engage a stented prosthetic heart valve; a delivery sheath assembly slidably disposed over the inner shaft assembly and including a distal capsule and a proximal shaft, when the capsule is configured to compressively contain a stented prosthetic heart valve in a compressed arrangement; an outer stability tube slidably disposed over the delivery sheath assembly, the stability tube including a proximal region and a distal region, the distal region including a tubular wall having a plurality of cuts formed through a thickness thereof and configured to be radially expandable from a first shape having a first diameter to a second shape having a second diameter, the second diameter being greater than the first diameter; and a handle including a housing maintaining the inner shaft assembly, the delivery sheath assembly and the stability tube, the handle being operable to selectively move the delivery sheath assembly relative to the inner shaft assembly and the stability tube; wherein the delivery device is configured to provide a first delivery state in which the distal region is proximal the capsule and in the first shape, and a deployed state in which the capsule is at least partially withdrawn into the distal region and the distal region is in the second shape.
Method for predicting the speed of the wind in the plane of the rotor of a wind turbine equipped with a LIDAR sensor, in which the following steps are implemented: a) the speed of the wind in at least one measurement plane, which is distant from said turbine, is measured by means of said LIDAR sensor; b) an induction factor of the wind is determined, said induction factor of the wind representing a braking coefficient of the wind between said measurement plane and said plane of said rotor; c) a delay index between said measurement plane and said plane of the rotor of said wind turbine is determined by means of said induction factor and of said measurement of the speed of the wind in said measurement plane; d) a model of the evolution of the wind between said measurement plane and said plane of said rotor, said model of the evolution of the wind linking the speed of the wind in said plane of said rotor at a predetermined instant to the measured speed of the wind in said measurement plane at several instants which are prior to said predetermined instant, is constructed by means of said induction factor, said prior instants being determined by means of said delay index; e) said prediction of the speed of the wind in said plane of the rotor is determined by means of said model of the evolution of the wind and of a Kalman filter, preferably an adaptive Kalman filter. a) the speed of the wind in at least one measurement plane, which is distant from said turbine, is measured by means of said LIDAR sensor; b) an induction factor of the wind is determined, said induction factor of the wind representing a braking coefficient of the wind between said measurement plane and said plane of said rotor; c) a delay index between said measurement plane and said plane of the rotor of said wind turbine is determined by means of said induction factor and of said measurement of the speed of the wind in said measurement plane; d) a model of the evolution of the wind between said measurement plane and said plane of said rotor, said model of the evolution of the wind linking the speed of the wind in said plane of said rotor at a predetermined instant to the measured speed of the wind in said measurement plane at several instants which are prior to said predetermined instant, is constructed by means of said induction factor, said prior instants being determined by means of said delay index; e) said prediction of the speed of the wind in said plane of the rotor is determined by means of said model of the evolution of the wind and of a Kalman filter, preferably an adaptive Kalman filter.