mhurhangee/ep-ind-claims huggingface dataset:
A fuel-air ratio control system for a gas turbine engine, the fuel-air ratio control system comprising: an engine model configured to estimate combustor airflow (Fc) based on environmental and engine parameters; a ratio block configured to calculate an estimated fuel-air ratio (FAR E) by dividing combustor fuel flow (F F) by the estimated combustor airflow (Fc); a difference block configured to produce an error indicating the difference between the estimated fuel-air ratio (FAR E) and a limit fuel-air ratio (FAR L); a model based control block configured to control actuators of the gas turbine engine to avoid lean blowout by correcting for the error, wherein the engine model also produces the limit fuel-air ratio (FAR L) in real time; and a model correction block configured to update the engine model; wherein: the combustor fuel flow (F F) is a commanded fuel flow specified by the model based control block and the model based control block is further configured to provide the combustor fuel flow (F F) to the ratio block; and the model correction block corrects for drift and deterioration of the gas turbine engine with respect to changes in measured parameters. an engine model configured to estimate combustor airflow (Fc) based on environmental and engine parameters; a ratio block configured to calculate an estimated fuel-air ratio (FAR E) by dividing combustor fuel flow (F F) by the estimated combustor airflow (Fc); a difference block configured to produce an error indicating the difference between the estimated fuel-air ratio (FAR E) and a limit fuel-air ratio (FAR L); a model based control block configured to control actuators of the gas turbine engine to avoid lean blowout by correcting for the error, wherein the engine model also produces the limit fuel-air ratio (FAR L) in real time; and a model correction block configured to update the engine model; wherein: the combustor fuel flow (F F) is a commanded fuel flow specified by the model based control block and the model based control block is further configured to provide the combustor fuel flow (F F) to the ratio block; and the model correction block corrects for drift and deterioration of the gas turbine engine with respect to changes in measured parameters. the combustor fuel flow (F F) is a commanded fuel flow specified by the model based control block and the model based control block is further configured to provide the combustor fuel flow (F F) to the ratio block; and the model correction block corrects for drift and deterioration of the gas turbine engine with respect to changes in measured parameters.
A film formation method for depositing a thin film on a surface of a basal body, using a rotatable basal body holding means having a basal body holding surface for holding a plurality of basal bodies, and a film formation means arranged below the basal body holding means and adapted to supply a larger amount of a film formation material of the thin film to a first partial area of the basal body holding surface than to an area other than the first area when operated toward the basal body holding means in a rotation stop state, wherein, by operating the film formation means continuously while rotating the basal body holding means in a state of holding a plurality of basal bodies on the basal body holding surface and changing a supply amount of the film formation material to all or a part of moving basal bodies over time, the thin film formed by the film formation material is deposited on all of the basal bodies, wherein the basal body holding means is controlled to have a rotation speed of 3 to 100 rpm about its vertical axis, characterized in that a supply of the film formation material is realized by arranging a film formation means in such a manner that an angle (θ1) of a line connecting the center of a film formation means and the farthest point of an outer edge of the basal body holding means with respect to a reference line along the vertical direction of extending a vertical axis as a rotation center of the basal body holding means becomes 60 degrees or larger, and a film formation material is supplied in such a manner that a ratio of a maximum value and a minimum value (maximum value / minimum value) of a supply amount of a film formation material per time to at least a part of all moving basal bodies exceeds 5.
A medical device having at least a hollow portion, the hollow portion being formed from a filament fashioned into an undulating helix and having a detachable seam between adjacent segments of the fashioned filament, the seam being formed by a polymeric material joining adjacent segments in the fashioned filament; an outer polymeric coat is applied to the device characterized in that the polymeric material is cut between adjacent segments of the fashioned filament.
An ink composition comprising: a semi-drying solvent; a pigment; an alkyd resin; and an amine-based polymeric dispersant, wherein 5wt% or more of the alkyd resin, based on the total weight of the composition, is contained, and wherein 5wt% or more of the amine-based polymeric dispersant, based on the total weight of the composition, is contained. a semi-drying solvent; a pigment; an alkyd resin; and an amine-based polymeric dispersant, wherein 5wt% or more of the alkyd resin, based on the total weight of the composition, is contained, and wherein 5wt% or more of the amine-based polymeric dispersant, based on the total weight of the composition, is contained.
A method for interacting with a first item of content, comprising: detecting, by a mobile device via a first communication interface, that the mobile device is within a predetermined distance of a media device; establishing a first communication link between the media device and the mobile device via the first communication interface, responsive to the detection; receiving, by the mobile device from the media device via the first communication link, an identification of an application and a data payload related to a first item of content provided to a user by the media device; executing, by the mobile device, the application responsive to receipt of the identification; rendering, by the application, a user interface based on the data payload; detecting, by the application, an interaction with the user interface; establishing by the mobile device, a second communication link between the mobile device and a content server via a second communication interface, the second communication link distinct from the first communication link; and transmitting, by the mobile device via the second communication link, a request to the content server comprising an identification of the detected interaction, to cause the content server to provide a second item of content to the media device via a third communication link between the content server and the media device, the second item of content being related to the first item of content and selected based on the detected interaction. detecting, by a mobile device via a first communication interface, that the mobile device is within a predetermined distance of a media device; establishing a first communication link between the media device and the mobile device via the first communication interface, responsive to the detection; receiving, by the mobile device from the media device via the first communication link, an identification of an application and a data payload related to a first item of content provided to a user by the media device; executing, by the mobile device, the application responsive to receipt of the identification; rendering, by the application, a user interface based on the data payload; detecting, by the application, an interaction with the user interface; establishing by the mobile device, a second communication link between the mobile device and a content server via a second communication interface, the second communication link distinct from the first communication link; and transmitting, by the mobile device via the second communication link, a request to the content server comprising an identification of the detected interaction, to cause the content server to provide a second item of content to the media device via a third communication link between the content server and the media device, the second item of content being related to the first item of content and selected based on the detected interaction.
A method for operating an actively clocked PFC circuit having a directly or indirectly connected load circuit at the output of the PFC circuit, wherein the load circuit has at least one luminous means, in particular one or more LEDs, wherein the PFC circuit is controlled by a PFC controller in such a manner that the PFC controller determines a control parameter, in particular a switched-on time period (ton), for the clocking of the PFC circuit on the basis of at least one first controller setting (RE_fast) and one second controller setting (RE_slow), characterized in that the time of a change from the first controller setting (RE_fast) to the second controller setting (RE_slow) is dependent on the directly or indirectly determined average value of the control parameter, in particular, the switched-on time period (ton).
An extracting machine for food products comprising a sieve having a substantially tubular shape provided with an inlet for the product to be treated and an outlet for waste, and a rotor rotatably housed internally of the sieve, characterised in that the rotor comprises a pack of cylindrical bodies arranged in succession and coaxial, wherein each of the cylindrical bodies is provided with a respective group of blades arranged in spoke-fashion there-about, and wherein the cylindrical bodies are joined to one another by connecting means (230, 235, 240) which enable modifying the reciprocal angular position thereof about a central common axis.
A pneumatic motorcycle tire comprising: a spiral belt formed by winding a strip member along a tire circumferential direction into a spiral shape, the strip member obtained by coating two reinforcing cords with a rubber, characterised in that: an aspect ratio of the tire is 60% or more; in a tire widthwise cross section at a standard condition, when the tire is mounted to an applicable rim, applied with a prescribed internal pressure and set to an unloaded condition, each lap of the reinforcing cords is located at a constant interval along a periphery of the spiral belt among the entire tire width direction; in the tire widthwise cross section at the standard condition, an interval A along the periphery of the spiral belt between each lap of the reinforcing cords adjacent in the tire width direction is 3.5 mm or more and 6.0 mm or less, said interval A being the interval between the centers of the reinforcing cords closest to each other in the winding portion of the strip member adjacent in the tire width direction, among the two reinforcing cords; in the tire widthwise cross section at the standard condition, an interval B along the periphery of the spiral belt between the two centers of the reinforcing cords for forming the strip member is 0.8 mm or more and 1.5 mm or less; and a rupture strength of one of the reinforcing cords is 200 N or more and 1000 N or less. an aspect ratio of the tire is 60% or more; in a tire widthwise cross section at a standard condition, when the tire is mounted to an applicable rim, applied with a prescribed internal pressure and set to an unloaded condition, each lap of the reinforcing cords is located at a constant interval along a periphery of the spiral belt among the entire tire width direction; in the tire widthwise cross section at the standard condition, an interval A along the periphery of the spiral belt between each lap of the reinforcing cords adjacent in the tire width direction is 3.5 mm or more and 6.0 mm or less, said interval A being the interval between the centers of the reinforcing cords closest to each other in the winding portion of the strip member adjacent in the tire width direction, among the two reinforcing cords; in the tire widthwise cross section at the standard condition, an interval B along the periphery of the spiral belt between the two centers of the reinforcing cords for forming the strip member is 0.8 mm or more and 1.5 mm or less; and a rupture strength of one of the reinforcing cords is 200 N or more and 1000 N or less.
Safety or escape sign luminaire comprising at least one backlit visible surface which has at least one pictogram and a changeable display region arranged in the pictogram or associated with this pictogram, the changeable display region being designed as an optical closure region which is electrically or electronically switchable and, depending on the switching state, allows light to pass through or substantially blocks it, characterized in that the optical closure region (5, 6) is associated with different direction indicators (7, 8), the optical closure region (5, 6), in the state that allows light to pass through, has a transparency of greater than 70%, preferably greater than 80% and particularly preferably greater than 90%, and the optical closure region (5, 6) is designed as a dimmable, electrochromic glass plate. the optical closure region (5, 6) is associated with different direction indicators (7, 8), the optical closure region (5, 6), in the state that allows light to pass through, has a transparency of greater than 70%, preferably greater than 80% and particularly preferably greater than 90%, and the optical closure region (5, 6) is designed as a dimmable, electrochromic glass plate.
A method of deriving transducer measurement and an offset measurement, comprising: sampling a first output of a first amplifier, where the first amplifier is set in a measurement feedback mode, to create a measurement sample; integrating the measurement sample using a second amplifier, where the second amplifier is set in a switched capacitor mode, to create a measurement output voltage; holding the measurement output voltage on a first holding capacitor; sampling a second output of the first amplifier, where the first amplifier is set in a first buffering mode, to create an offset sample; integrating the offset sample using the second amplifier in the switched capacitor mode to create an offset output voltage; holding the offset output voltage on a second holding capacitor; buffering the measurement output voltage on the first holding capacitor using the second amplifier, where the second amplifier is set in a second buffering mode, to create a final buffered measurement voltage; and buffering the offset output on the second holding capacitor using the first amplifier, where the first amplifier is set in a third buffering mode, to create a final buffered offset voltage. sampling a first output of a first amplifier, where the first amplifier is set in a measurement feedback mode, to create a measurement sample; integrating the measurement sample using a second amplifier, where the second amplifier is set in a switched capacitor mode, to create a measurement output voltage; holding the measurement output voltage on a first holding capacitor; sampling a second output of the first amplifier, where the first amplifier is set in a first buffering mode, to create an offset sample; integrating the offset sample using the second amplifier in the switched capacitor mode to create an offset output voltage; holding the offset output voltage on a second holding capacitor; buffering the measurement output voltage on the first holding capacitor using the second amplifier, where the second amplifier is set in a second buffering mode, to create a final buffered measurement voltage; and buffering the offset output on the second holding capacitor using the first amplifier, where the first amplifier is set in a third buffering mode, to create a final buffered offset voltage.
A method performed by an electronic device of a vehicle for providing security to an in-vehicle network, comprising: collecting a new network message from the in-vehicle network; determining an application order of multiple detection techniques to apply to the new network message, based on a history of detection of the multiple detection techniques applied to at least one network message previously collected from the in-vehicle network; and applying the multiple detection techniques to the new network message in a determined application order to determine whether the new network message is a security threat message, wherein the application order of the multiple detection techniques is determined such that a detection technique, which has succeeded in detecting the security threat message from the at least one previously collected network message, is performed prior to other detection techniques. collecting a new network message from the in-vehicle network; determining an application order of multiple detection techniques to apply to the new network message, based on a history of detection of the multiple detection techniques applied to at least one network message previously collected from the in-vehicle network; and applying the multiple detection techniques to the new network message in a determined application order to determine whether the new network message is a security threat message, wherein the application order of the multiple detection techniques is determined such that a detection technique, which has succeeded in detecting the security threat message from the at least one previously collected network message, is performed prior to other detection techniques.
A method of sample analysis, comprising: obtaining a plurality of compound droplets disposed in a liquid carrier phase, each compound droplet including at least one sample-containing droplet, at least one reagent-containing droplet, and a barrier droplet that separates the sample-containing droplet from the reagent-containing droplet; and heating the compound droplets to induce fusion of the at least one sample-containing droplet and the at least one reagent-containing droplet within individual compound droplets to form fused droplets that combine sample and reagent to create assay mixtures for performing an assay. obtaining a plurality of compound droplets disposed in a liquid carrier phase, each compound droplet including at least one sample-containing droplet, at least one reagent-containing droplet, and a barrier droplet that separates the sample-containing droplet from the reagent-containing droplet; and heating the compound droplets to induce fusion of the at least one sample-containing droplet and the at least one reagent-containing droplet within individual compound droplets to form fused droplets that combine sample and reagent to create assay mixtures for performing an assay.
A nozzle having a movable diverging section, the nozzle comprising a stationary throat forming a ball joint and a diverging section having a top portion that is movably mounted around the throat, an annular lubrication chamber being interposed between the throat and the top portion of the diverging section, said chamber containing a grease seal, said nozzle being characterized in that it further comprises: • an annular throttling element arranged between the throat and the diverging section downstream from the lubrication chamber, said throttling element being made of refractory material; and • an annular thermal protection element arranged between the throat and the diverging section downstream from the lubrication chamber and upstream from the throttling element, said thermal protection element closing the lubrication chamber in its bottom portion, the upstream to downstream direction corresponding to the flow direction of the combustion gas that flows through the throat towards the diverging section. • an annular throttling element arranged between the throat and the diverging section downstream from the lubrication chamber, said throttling element being made of refractory material; and • an annular thermal protection element arranged between the throat and the diverging section downstream from the lubrication chamber and upstream from the throttling element, said thermal protection element closing the lubrication chamber in its bottom portion, the upstream to downstream direction corresponding to the flow direction of the combustion gas that flows through the throat towards the diverging section.
A solid formulation containing N 1 -(5-chloropyridin-2-yl)-N 2 -((1S, 2R,4S)-4-[(dimethylamino)carbonyl]-2-{[(5-methyl-4,5,6,7-tetrahydrothiazolo[5,4-c]pyridin-2-yl)carbonyl]amino}cyclohexyl)ethanediamide represented by the following formula: or a pharmacologically acceptable salt thereof, or a solvate thereof, and one or more components selected from the group consisting of carmellose and fumaric acid, wherein a dosage form of the solid formulation is a tablet or a capsule.
Autonomous apparatus for cooking food comprising a support body, a lid which can be opened/closed with respect to said support body, a container cooperating with said lid in the closed condition so as to define a cooking chamber, said autonomous apparatus also comprising at least an upper heating device located above said container, and at least a main ventilation device associated with said upper heating device, said lid comprising an external casing, and a lower wall, facing toward said cooking chamber, said external casing and said lower wall defining a multifunctional containing compartment, substantially closed in order to house at least a motor member to drive at least said main ventilation device, wherein said lower wall is associated with a bell element, located below said lower wall and having an aperture facing toward said container and an upper wall, said upper heating device and said main ventilation device being installed inside said bell element and below said upper wall, so as to be directly facing inside said container, said upper wall facing toward said lower wall of said lid, between said upper wall of the bell element and said lower wall of said lid being defined a hollow space forming a cushion of air to insulate between the inside of said container and said multifunctional containing compartment from the heat, and wherein said lower wall is provided with a downwardly protruding element contacting a peripheral edge of said upper wall to define the height of said hollow space, and wherein the apparatus comprises an auxiliary ventilation device driven by said motor member and being located inside said multifunctional containing compartment and above said lower wall of said lid.
A paper product comprising: a fibrous, paper substrate; and a barrier coating composition comprising an alcohol-based binder and an inorganic particulate; wherein the inorganic particulate is kaolin having a shape factor of equal to or greater than 60; wherein the alcohol-based binder is polyvinyl alcohol; wherein the inorganic particulate and alcohol-based binder are present in the barrier coating composition in a weight ratio of from 5:1 to about 1:5, for example, from about 2:1 to about 1:1; and wherein the fibrous, paper substrate is a fibrous substrate comprising recycled pulp, wherein said recycled pulp comprises mineral oil derived from a prior use. a fibrous, paper substrate; and a barrier coating composition comprising an alcohol-based binder and an inorganic particulate; wherein the inorganic particulate is kaolin having a shape factor of equal to or greater than 60; wherein the alcohol-based binder is polyvinyl alcohol; wherein the inorganic particulate and alcohol-based binder are present in the barrier coating composition in a weight ratio of from 5:1 to about 1:5, for example, from about 2:1 to about 1:1; and wherein the fibrous, paper substrate is a fibrous substrate comprising recycled pulp, wherein said recycled pulp comprises mineral oil derived from a prior use.