mhurhangee/ep-ind-claims huggingface dataset:
A combustor for a gas turbine engine comprising: a panel with effusion cooling holes extending through said panel, said effusion cooling holes communicating with an inner face of said panel to deliver cooling air to said inner face of said panel, and an outer shell attached to said panel, said outer shell having impingement cooling holes extending to deliver air to a chamber between said outer shell and said panel, and then into said effusion cooling holes; said panel having a pair of circumferential edges, a leading edge and a trailing edge; and there being a nominal average density of effusion cooling hole area per surface area of said panel, and an increased density area of cooling holes adjacent to at least one edge on said panel, said increased density area having a density greater of cooling hole area than said nominal average density, and characterized by an outer face of said panel having a rail, at least at its circumferential edges, and said effusion cooling holes of said increased density area extending from said outer face of said panel to an outlet at said inner face at a location aligned with said rail at said circumferential edges, with said outlets of said effusion cooling holes being spaced closer to said circumferential edges of said panel than said inlets; wherein the term adjacent is defined by being spaced by a distance from said at least one edge equal to or less than ten average diameters of said effusion holes. a panel with effusion cooling holes extending through said panel, said effusion cooling holes communicating with an inner face of said panel to deliver cooling air to said inner face of said panel, and an outer shell attached to said panel, said outer shell having impingement cooling holes extending to deliver air to a chamber between said outer shell and said panel, and then into said effusion cooling holes; said panel having a pair of circumferential edges, a leading edge and a trailing edge; and there being a nominal average density of effusion cooling hole area per surface area of said panel, and an increased density area of cooling holes adjacent to at least one edge on said panel, said increased density area having a density greater of cooling hole area than said nominal average density, and characterized by an outer face of said panel having a rail, at least at its circumferential edges, and said effusion cooling holes of said increased density area extending from said outer face of said panel to an outlet at said inner face at a location aligned with said rail at said circumferential edges, with said outlets of said effusion cooling holes being spaced closer to said circumferential edges of said panel than said inlets; wherein the term adjacent is defined by being spaced by a distance from said at least one edge equal to or less than ten average diameters of said effusion holes.
A blade holding apparatus for holding one end of a wind turbine blade during a handling step, which blade holding apparatus comprises - a support structure comprising an opening for accommodating one end of the wind turbine blade; - a clamping arrangement (2, 20, 21, 22) arranged in the opening, which clamping arrangement (2, 20, 21, 22) is realised to exert a clamping force (F C) on the wind turbine blade; and - a locking arrangement (3, 30, 31) for locking the clamping arrangement (2,) relative to the support structure; wherein the clamping arrangement (2, 20, 21, 22) comprises a pair of blade gripping elements mounted on opposing sides of the opening in the support structure, characterized in that at least one blade gripping element is moveably mounted along its side of the opening in the support structure, whereby a motion of the blade gripping element relative to the opening of the support structure is effected by the weight of the blade. - a support structure comprising an opening for accommodating one end of the wind turbine blade; - a clamping arrangement (2, 20, 21, 22) arranged in the opening, which clamping arrangement (2, 20, 21, 22) is realised to exert a clamping force (F C) on the wind turbine blade; and - a locking arrangement (3, 30, 31) for locking the clamping arrangement (2,) relative to the support structure;
Integrated electric energy production system comprising a fixed coupling station and an agricultural tractor equipped with an internal combustion engine, the station comprising an electric generator having a rotor operatively connected with a transmission shaft provided with a flange, in such a way the flange is connectible with a PTO of the agricultural tractor to drive in rotation said electric generator rotor, wherein said fixed station comprises processing means operatively connected to said electric generator and comprising a data cable connectable with a vehicular data network of the agricultural vehicle; the system is characterized in that said processing means are configured to interface with a processing unit installed on board the agricultural vehicle to command the execution of at least one of the following procedures: - activation of the agricultural vehicle parking brake, - activation of the internal combustion engine of the vehicle, - switching off the vehicle internal combustion engine, - monitoring of a vehicle driveline, commanding a shutdown or inhibition of the ignition of the internal combustion engine when a vehicle driveline is coupled with an output shaft of the internal combustion engine defining a travel configuration; - monitoring of a vehicle transmission, commanding a neutral shift and inhibiting a shift in travel configuration before an activation of the agricultural vehicle internal combustion engine., wherein said fixed station comprises processing means operatively connected to said electric generator and comprising a data cable connectable with a vehicular data network of the agricultural vehicle; the system is characterized in that said processing means are configured to interface with a processing unit installed on board the agricultural vehicle to command the execution of at least one of the following procedures: - activation of the agricultural vehicle parking brake, - activation of the internal combustion engine of the vehicle, - switching off the vehicle internal combustion engine, - monitoring of a vehicle driveline, commanding a shutdown or inhibition of the ignition of the internal combustion engine when a vehicle driveline is coupled with an output shaft of the internal combustion engine defining a travel configuration; - monitoring of a vehicle transmission, commanding a neutral shift and inhibiting a shift in travel configuration before an activation of the agricultural vehicle internal combustion engine. - activation of the agricultural vehicle parking brake, - activation of the internal combustion engine of the vehicle, - switching off the vehicle internal combustion engine, - monitoring of a vehicle driveline, commanding a shutdown or inhibition of the ignition of the internal combustion engine when a vehicle driveline is coupled with an output shaft of the internal combustion engine defining a travel configuration; - monitoring of a vehicle transmission, commanding a neutral shift and inhibiting a shift in travel configuration before an activation of the agricultural vehicle internal combustion engine.
A device for forming transverse ridges in ridge planting, particularly for potato crops, wherein the device has at least two ridging units, each comprising an actuating means and at least one ridging element which, during operation of the device, alternates between a ridging position for accumulating soil and a second position for positioning the accumulated soil between two ridges, characterized by a control unit which is configured for variable adjustment of the sequence of movement of the ridging element of at least one ridging unit during operation of the device and which is configured to receive information based on at least one inclination sensor which is assigned to the control unit and is configured to measure the inclination of a longitudinal axis or a transverse axis of the device relative to a perpendicular, wherein the control unit can automatically set the distance from adjacent transverse ridges in a direction of travel as a function of the inclination of the device during operation.
A display device comprising: a substrate; a first bank on the substrate, at least portions of the first bank being spaced apart from each other; a plurality of first electrodes on the substrate, at least portions of the first electrodes being on portions of the first bank; a second electrode on the substrate, the second electrode being spaced apart from and between adjacent ones of the first electrodes; a plurality of light emitting elements on the first electrodes and the second electrode; and an emission region where the plurality of light emitting elements are disposed, wherein the first bank surrounds the emission region. a substrate; a first bank on the substrate, at least portions of the first bank being spaced apart from each other; a plurality of first electrodes on the substrate, at least portions of the first electrodes being on portions of the first bank; a second electrode on the substrate, the second electrode being spaced apart from and between adjacent ones of the first electrodes; a plurality of light emitting elements on the first electrodes and the second electrode; and an emission region where the plurality of light emitting elements are disposed, wherein the first bank surrounds the emission region.
Extruder system (1, 101, 201) for extruding cord reinforced extrudate, in particular cord reinforced tire components, wherein the extruder system (1, 101, 201) comprises an extruder head (2, 102, 202) with a die for receiving extrusion material and a cord guide for guiding cords side by side in a common cord plane in a cord direction into the die so that, in use, the cords are embedded in the extrusion material in the die, wherein the extruder system (1, 101, 201) comprises a first extruder (51, 251) and a second extruder (52, 252) external to the extruder head (2, 102, 202), wherein the extruder head (2, 102, 202) comprises a first flow channel (71, 171, 271) that debouches into the die from a first side of the cord plane and a second flow channel (72, 172, 272) that debouches into the die from a second side of the cord plane opposite to the first side, wherein the extruder head (2, 102, 202) has a feeding plane that extends orthogonal to the cord plane and parallel to the cord direction, wherein the first extruder (51, 251) and the second extruder (52, 252) are arranged for supplying the extrusion material in a first supply direction and a second supply direction, respectively, characterized in that the first supply direction and the second supply direction are oblique with respect to the feeding plane, wherein the extruder system (1, 101, 201) further comprises a first pump (61, 261) between the first extruder (51, 251) and the first flow channel (71, 171, 271) and a second pump (62, 262) between the second extruder (52, 252) and the second flow channel (72, 172, 272), wherein the first pump (61, 261) and the second pump (62, 262) are arranged for receiving the extrusion material from the first extruder (51, 251) and the second extruder (52, 252) in the first supply direction and the second supply direction, respectively, and for directing said extrusion material in or parallel to the feeding plane into the first flow channel (71, 171, 271) and the second flow channel (72, 172, 272), respectively.
A seal releasing closure assembly comprising: a lid configured for coupling across a container opening of a container, the lid including a lid surface, a lid wall extending from the lid surface, the lid wall includes a lid edge and a slidable coupling surface between the lid edge and the lid surface, and a lid peak aligned with the lid wall; a retaining and releasing ring configured for coupling with the container and with the lid, the retaining and releasing ring including a ring flange extending over at least a portion of the lid surface, a release ridge, and a ring wall extending from the ring flange to the release ridge and biasing the release ridge inwardly toward the lid wall, characterised in that the retaining and releasing ring includes decoupling and release ready configurations, wherein in the decoupling configuration the release ridge is slidably coupled along the lid wall, and in the release ready configuration the release ridge is seated beneath the lid edge and slidably disengaged from the lid wall, and wherein the release ridge is configured to slide over the lid peak as the retaining and releasing ring transitions from the release ready configuration to the decoupling configuration. a lid configured for coupling across a container opening of a container, the lid including a lid surface, a lid wall extending from the lid surface, the lid wall includes a lid edge and a slidable coupling surface between the lid edge and the lid surface, and a lid peak aligned with the lid wall; a lid surface, a lid wall extending from the lid surface, the lid wall includes a lid edge and a slidable coupling surface between the lid edge and the lid surface, and a lid peak aligned with the lid wall; a retaining and releasing ring configured for coupling with the container and with the lid, the retaining and releasing ring including a ring flange extending over at least a portion of the lid surface, a release ridge, and a ring wall extending from the ring flange to the release ridge and biasing the release ridge inwardly toward the lid wall, characterised in that the retaining and releasing ring includes decoupling and release ready configurations, wherein in the decoupling configuration the release ridge is slidably coupled along the lid wall, and in the release ready configuration the release ridge is seated beneath the lid edge and slidably disengaged from the lid wall, and wherein the release ridge is configured to slide over the lid peak as the retaining and releasing ring transitions from the release ready configuration to the decoupling configuration. in the decoupling configuration the release ridge is slidably coupled along the lid wall, and in the release ready configuration the release ridge is seated beneath the lid edge and slidably disengaged from the lid wall, and wherein the release ridge is configured to slide over the lid peak as the retaining and releasing ring transitions from the release ready configuration to the decoupling configuration.
An integrated inertial and gravitational anomaly navigation system, the system comprising: at least one inertial measurement unit including an integrated gravimeter being a vertical accelerometer of a sufficient quality to act as a gravimeter, the IMU configured to output inertial sensor data; a gravity map including gravitational forces associated with locations; at least one memory to store operational instructions for at least functions; and at least one controller in communication with an output of the at least one IMU and the at least one memory, the at least one controller configured to execute the operating instructions stored in the at least one memory generating the functions, the functions including a strapdown navigation function, a measurement formation function and a fusion function, wherein the strapdown navigation function generates a navigation output by the system based at least in part on the inertial sensor data, map data from the gravity map and navigation and sensor corrections from the fusion function, further wherein the measurement formation function determines a gravitational anomaly estimate that is output to the fusion function based at least in part on the inertial sensor data and the navigation output, further yet wherein the fusion function generates the navigation and sensor corrections due at least in part on inherent sensor errors that include vertical accelerometer errors from at least the navigation output, the gravitational anomaly estimate and the map data. at least one inertial measurement unit including an integrated gravimeter being a vertical accelerometer of a sufficient quality to act as a gravimeter, the IMU configured to output inertial sensor data; a gravity map including gravitational forces associated with locations; at least one memory to store operational instructions for at least functions; and at least one controller in communication with an output of the at least one IMU and the at least one memory, the at least one controller configured to execute the operating instructions stored in the at least one memory generating the functions, the functions including a strapdown navigation function, a measurement formation function and a fusion function, wherein the strapdown navigation function generates a navigation output by the system based at least in part on the inertial sensor data, map data from the gravity map and navigation and sensor corrections from the fusion function, further wherein the measurement formation function determines a gravitational anomaly estimate that is output to the fusion function based at least in part on the inertial sensor data and the navigation output, further yet wherein the fusion function generates the navigation and sensor corrections due at least in part on inherent sensor errors that include vertical accelerometer errors from at least the navigation output, the gravitational anomaly estimate and the map data.
Method to mount a set of graphic elements on a body such as a fabric, non-woven fabric, leather or leather substitutes, plastic sheet, cardboard or metal assigned to receive such set of graphics elements fixed by first peduncles to a first frame having two perimetral longitudinal sides; where each graphic element is provided with at least one projecting pin assigned to pass through the body and to engage a, and to be fixed into, a respective seat formed in an abutment means corresponding to the graphical element where each of the set of said abutment means is fixed by respective second peduncles to a corresponding second frame having two perimetral longitudinal sides; where each set of graphic elements fixed to the respective first frame constitutes a plate and where the set of corresponding abutment means with the respective second frame constitutes a counter-plate; this method is characterized in that it comprises the following steps: - positioning a plate and a counter-type plate mutually spaced and facing so that each pin is aligned with a respective seat; - inserting the body between the plate and the respective counter-plate; - translating along the alignment direction the set of graphic elements of the plate and/or the set of abutment means of the corresponding counter-plate until the crossing of the body and engagement of the seat by the pin; - fixing the pin in their seats blocking the graphic elements to the body; - separating the sets of graphic elements and of abutment means from the respective first and second frames (22, 27) by shifting the latters with respect to said graphic elements and abutment means in a transverse direction in respect to the peduncles shearing them; - perform said separation during the translation and before the crossing of the body by the pin. - positioning a plate and a counter-type plate mutually spaced and facing so that each pin is aligned with a respective seat; - inserting the body between the plate and the respective counter-plate; - translating along the alignment direction the set of graphic elements of the plate and/or the set of abutment means of the corresponding counter-plate until the crossing of the body and engagement of the seat by the pin; - fixing the pin in their seats blocking the graphic elements to the body; - separating the sets of graphic elements and of abutment means from the respective first and second frames (22, 27) by shifting the latters with respect to said graphic elements and abutment means in a transverse direction in respect to the peduncles shearing them; - perform said separation during the translation and before the crossing of the body by the pin.
A pharmaceutical composition comprising 4-methyl-2-piperidin-1-yl-quinoline having the formula for use in reducing or preventing pain in a mammal by modulating TRPC4 activity, wherein the pain is selected from acute, chronic, neuropathic, nociceptive and visceral pain, or a combination thereof.
An ultrasonic inspection phantom (101;103) comprising a hydrogel: the hydrogel comprising water, a water soluble polymer, and characterised in that the hydrogel further comprises a water-swellable laminate clay mineral.
A method for electric propulsion of a pram or stroller equipped with a power unit between its rear wheels, comprising the steps of measuring a pushing force (F p) exerted by a person pushing the pram or stroller, • comparing said pushing force (F p) with an activation level (F on) for activating electric propulsion, and • if the pushing force (F p) is equal to or greater than the activation level (F on), driving the power unit such that the average level of the pushing force (F p) will be constant and equal to the activation level (F on) regardless of external aspects like load, quality and tilt of surface. • comparing said pushing force (F p) with an activation level (F on) for activating electric propulsion, and • if the pushing force (F p) is equal to or greater than the activation level (F on), driving the power unit such that the average level of the pushing force (F p) will be constant and equal to the activation level (F on) regardless of external aspects like load, quality and tilt of surface.
An in vitro kidney production method, said method comprising: tissue-specifically removing the metanephric mesenchyme of a metanephros of a non-human animal ("first non-human animal"); transplanting a kidney precursor cell into the metanephros, wherein the kidney precursor cell is derived from a non-human animal ("second non-human animal") which is allogeneic or xenogeneic to the first non-human animal; and advancing development of the metanephros, wherein the transplanted kidney precursor cell is differentiated and matured to form a part of the kidney, wherein the first non-human animal is selected from the group consisting of pig, mouse and cat, and the second non-human animal is selected from the group consisting of pig, mouse and cat. tissue-specifically removing the metanephric mesenchyme of a metanephros of a non-human animal ("first non-human animal"); transplanting a kidney precursor cell into the metanephros, wherein the kidney precursor cell is derived from a non-human animal ("second non-human animal") which is allogeneic or xenogeneic to the first non-human animal; and advancing development of the metanephros, wherein the transplanted kidney precursor cell is differentiated and matured to form a part of the kidney, wherein the first non-human animal is selected from the group consisting of pig, mouse and cat, and the second non-human animal is selected from the group consisting of pig, mouse and cat.