mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a first gas turbine engine for an aircraft , the first gas turbine engine comprising a first low speed spool , a first high speed spool , and a first combustor ; a first high spool motor configured to augment rotational power of the first high speed spool ; a second gas turbine engine for the aircraft , the second gas turbine engine comprising a second low speed spool , a second high speed spool , and a second combustor ; a second high spool motor configured to augment rotational power of the second high speed spool ; and a controller to: determine a thrust requirement to satisfy a desired glide slope; determine whether thrust matching between the first gas turbine engine and the second gas turbine engine can be maintained while operating the first gas turbine engine in a fuel-burning mode and operating the second gas turbine engine in an electrically powered mode; and responsive to determining that thrust matching cannot be maintained, command fuel flow to the second combustor of the second gas turbine engine to cause the second gas turbine engine to operate in the fuel-burning mode. a first gas turbine engine for an aircraft , the first gas turbine engine comprising a first low speed spool , a first high speed spool , and a first combustor ; a first high spool motor configured to augment rotational power of the first high speed spool ; a second gas turbine engine for the aircraft , the second gas turbine engine comprising a second low speed spool , a second high speed spool , and a second combustor ; a second high spool motor configured to augment rotational power of the second high speed spool ; and a controller to: determine a thrust requirement to satisfy a desired glide slope; determine whether thrust matching between the first gas turbine engine and the second gas turbine engine can be maintained while operating the first gas turbine engine in a fuel-burning mode and operating the second gas turbine engine in an electrically powered mode; and responsive to determining that thrust matching cannot be maintained, command fuel flow to the second combustor of the second gas turbine engine to cause the second gas turbine engine to operate in the fuel-burning mode. determine a thrust requirement to satisfy a desired glide slope; determine whether thrust matching between the first gas turbine engine and the second gas turbine engine can be maintained while operating the first gas turbine engine in a fuel-burning mode and operating the second gas turbine engine in an electrically powered mode; and responsive to determining that thrust matching cannot be maintained, command fuel flow to the second combustor of the second gas turbine engine to cause the second gas turbine engine to operate in the fuel-burning mode.
A high-strength hot rolled steel sheet with excellent bendability wherein the bending radius is not more than (3.0 × sheet thickness), low-temperature toughness vE -40 of not less than 30 J and a yield strength YS of not less than 960 MPa, having a chemical composition consisting of, in mass%, C: 0.08 to 0.25%, Si: 0.01 to 1.0%, Mn: 0.8 to 1.3%, P: not more than 0.025%, S: not more than 0.005%, Al: 0.005 to 0.10%, N: not more than 0.005%, O: not more than 0.005%, Mg: not more than 0.003%, Sn: not more than 0.005%, optionally B: 0.0001 to 0.0050%, optionally Ca: 0.0005 to 0.005%, and optionally at least one selected from the group consisting of Nb: 0.001 to 0.05%, Ti: 0.001 to 0.05%, Mo: 0.001 to 1.0%, Cr: 0.01 to 1.0%, V: 0.001 to 0.10%, Cu: 0.01 to 0.50% and Ni: 0.01 to 0.50%, the balance being Fe and inevitable impurities, and a microstructure having a bainite phase and/or a tempered martensite phase as a main phase, wherein the main phase has a volume fraction of not less than 90%, characterized in that the average grain diameter of prior austenite grains is not more than 20 μm as measured with respect to a cross section parallel to the rolling direction and not more than 15 μm as measured with respect to a cross section perpendicular to the rolling direction.
A head-mounted display device , the head-mounted display device comprising: a display panel that comprises a display surface arranged with a plurality of emitters to emit display light , wherein each emitter is configured to have an emission profile associated with a Lambertian emission profile; and wherein the display light comprises a plurality of pixels associated with respective positions on the display surface defined with reference to an optical axis; a pixel emission controller optically coupled to the display panel; and a pancake lens assembly optically coupled to the pixel emission controller, wherein the pancake lens assembly comprises folded optics configured to direct the display light to an eye box, and wherein the optical axis is established by the pancake lens assembly; wherein the pixel emission controller is adapted to apply an emission profile to each pixel of the display light, wherein the emission profile comprises a beam width and a beam direction, and wherein the emission profile of each pixel of the display light is a function of an optical coupling between the position on the display surface associated with the pixel through the pancake lens assembly to the eye box; and wherein the adaption of the pixel emission controller comprises being arranged with at least one of: a collimating component configured to reduce a beam width of each of the emission profiles, and a directional component configured to modify the beam angle of each of the emission profiles. a display panel that comprises a display surface arranged with a plurality of emitters to emit display light , wherein each emitter is configured to have an emission profile associated with a Lambertian emission profile; and wherein the display light comprises a plurality of pixels associated with respective positions on the display surface defined with reference to an optical axis; a pixel emission controller optically coupled to the display panel; and a pancake lens assembly optically coupled to the pixel emission controller, wherein the pancake lens assembly comprises folded optics configured to direct the display light to an eye box, and wherein the optical axis is established by the pancake lens assembly; wherein the pixel emission controller is adapted to apply an emission profile to each pixel of the display light, wherein the emission profile comprises a beam width and a beam direction, and wherein the emission profile of each pixel of the display light is a function of an optical coupling between the position on the display surface associated with the pixel through the pancake lens assembly to the eye box; and wherein the adaption of the pixel emission controller comprises being arranged with at least one of: a collimating component configured to reduce a beam width of each of the emission profiles, and a directional component configured to modify the beam angle of each of the emission profiles.
A source of white light comprising at least one white light emitting device composed of a transparent glass/quartz chamber, a vacuum chamber comprising an optically active element, a spacer, a focusing lens, an IR laser diode and a power supply unit, characterised in that the optically active element is positioned within the vacuum chamber and it is the form of layer of matrix selected from the group consisting of Ca 9 Nd(OH) 2 , Ca 9 Yb(OH) 2 , NaNdP 4 O 12 , RbNdP 4 O 12 , RbYbP 4 O 12 , wherein the thickness of the layer being not higher than 10 mm and the layer is in the form of nanocrystalline or microcrystalline powder, glass, crystal, nanoceramics, nanocomposite.
A pharmaceutical composition for use in treating chronic obstructive pulmonary disease or pulmonary fibrosis disease; wherein, the pharmaceutical composition comprises 8-50 parts by weight of picrinine, 5-45 parts by weight of vallesamine, 5-30 parts by weight of scholaricine and 0-10 parts by weight of 19-epischolaricine.
A method for monitoring the condition of an electrical apparatus based on an estimated temperature of a conductor in the electrical apparatus , the method comprising: receiving a measured temperature value from a first thermal sensor disposed in the electrical apparatus and configured to sense temperature at a location separated from the conductor by an insulator; generating an estimated conductor temperature value based on applying a non-linear model to the measured temperature value, the estimated conductor measurement value being representative of the temperature of the conductor ; and monitoring the condition of the electrical apparatus based on the estimated conductor temperature, characterised in that the first thermal sensor being embedded in a bushing . receiving a measured temperature value from a first thermal sensor disposed in the electrical apparatus and configured to sense temperature at a location separated from the conductor by an insulator; generating an estimated conductor temperature value based on applying a non-linear model to the measured temperature value, the estimated conductor measurement value being representative of the temperature of the conductor ; and monitoring the condition of the electrical apparatus based on the estimated conductor temperature, characterised in that the first thermal sensor being embedded in a bushing .
An eye tracking system comprising a controller configured to, for one or each of a left eye and a right eye of a user: determine a plurality of eye models by determining, during a calibration process: a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models; a baseline eye model and a plurality of gaze offset values for applying to the baseline eye model; or a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models and a plurality of gaze offset values for applying to one of the predetermine eye models; receive eye measurement data associated with the eye; determine an optical axis of the eye from the eye measurement data; and select one of the plurality of eye models based on a direction of the optical axis; and determine a gaze vector of the eye by applying the selected eye model to the eye measurement data. determine a plurality of eye models by determining, during a calibration process: a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models; a baseline eye model and a plurality of gaze offset values for applying to the baseline eye model; or a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models and a plurality of gaze offset values for applying to one of the predetermine eye models; a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models; a baseline eye model and a plurality of gaze offset values for applying to the baseline eye model; or a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models and a plurality of gaze offset values for applying to one of the predetermine eye models; receive eye measurement data associated with the eye; determine an optical axis of the eye from the eye measurement data; and select one of the plurality of eye models based on a direction of the optical axis; and determine a gaze vector of the eye by applying the selected eye model to the eye measurement data. determine an optical axis of the eye from the eye measurement data; and select one of the plurality of eye models based on a direction of the optical axis; and determine a gaze vector of the eye by applying the selected eye model to the eye measurement data.
A process for preparing of 4-amino-1-( -2-fluoro-4,5-dihydroxy-3-(hydroxymethyl)cyclopent-2-en-1-yl)pyrimidin-2 -one 1H 2 O (RX-3117-MH), comprising converting tert-butyl(( -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl)oxy)diphenylsilane (ASM11) to 4-amino-1-( -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl)pyrimidin-2 -one (INT14) in a continuous process with more than one step without isolation of any intermediate, further comprising converting INT14 to anhydrous 4-amino-1-( -2-fluoro-4,5-dihydroxy-3-hydroxymethyl-cyclopent-2-enyl)-1H-pyrimidin-2-one (RX-3117 anhydrous), and converting RX-3117 anhydrous to RX-3117 monohydrate.
Cap, configured to engage a neck of a container ; comprising - an inner body and an outer body coupled around the inner body ; wherein the rotation of the outer body causes it to move in an axial direction with respect to the inner body ; wherein - the inner body includes a perimeter skirt having a fragmentary bottom part in several legs ; - the legs include outer surfaces which form a frustoconical configuration with an inclined generatrix converging upwards; and inner surfaces with projections defining a circular recess, - the inner body and the outer body include male elements and female elements that are complementary to each other; and wherein the male elements are fitted into the female elements ; wherein the male elements are integral to the inner body and the female elements are located on the outer body , characterized by further comprising: - a sealing device to block the rotation of the outer body with respect to the inner body ; wherein said sealing device further comprises a hinged flange located in correspondence with a through window of the outer body; and wherein said hinged flange is joined to the outer body at least by a hinged joint and comprises two opposing fins which in an anchoring position of the hinged flange , are facing end faces of the male elements , thus avoiding the rotation of the outer body with respect to the inner body . - an inner body and an outer body coupled around the inner body ; wherein the rotation of the outer body causes it to move in an axial direction with respect to the inner body ; wherein - the inner body includes a perimeter skirt having a fragmentary bottom part in several legs ; - the legs include outer surfaces which form a frustoconical configuration with an inclined generatrix converging upwards; and inner surfaces with projections defining a circular recess, - the inner body and the outer body include male elements and female elements that are complementary to each other; and wherein the male elements are fitted into the female elements ; wherein the male elements are integral to the inner body and the female elements are located on the outer body , - a sealing device to block the rotation of the outer body with respect to the inner body ; wherein said sealing device further comprises a hinged flange located in correspondence with a through window of the outer body; and wherein said hinged flange is joined to the outer body at least by a hinged joint and comprises two opposing fins which in an anchoring position of the hinged flange , are facing end faces of the male elements , thus avoiding the rotation of the outer body with respect to the inner body .
A brake disc arrangement for transporting a brake disc in a system for machining a brake disc , comprising said brake disc which has a friction ring and a brake disc pot having an opening concentric to a central brake disc axis , which opening is delimited by a boundary which is closed on the peripheral side, further comprising a receiving device which has a central receiving axis and a centering device having at least one centering surface , wherein the centering device can be inserted into the opening of the brake disc pot in an insertion state of the centering device and, in a securing state, interacts in a force-fitting and/or form-fitting manner with the boundary of the opening and/or with a surface section of the brake disc pot adjoining the boundary , and secures the brake disc to the receiving device , wherein the receiving device has a pressing body having a first pressing surface for pressing against an annular first end face of the brake disc pot , wherein the receiving device has a central shaft which is connected to the pressing body and which protrudes with a free end beyond the centering device , wherein the free end has at least one coupling section for producing a form fit and/or force fit acting along the shaft axis of the central shaft with a coupling partner which is provided by a spindle drive .
A reader , comprising: an aiming unit , a distance sensor , an antenna unit and a processor , wherein the aiming unit is configured to aim at a target electronic tag , the distance sensor is configured to measure a distance d between the target electronic tag and the reader , and the antenna unit is configured to receive a radio frequency signal transmitted by the target electronic tag , when the antenna unit only receives a radio frequency signal transmitted by one electronic tag , the reader reads the electronic tag ; characterized in that when the antenna unit receives radio frequency signals transmitted by a plurality of electronic tags , the processor filters out the target electronic tag among the plurality of electronic tags according to a matching degree between the distance d measured by the distance sensor and phase values of the radio frequency signals received by the antenna unit . an aiming unit , a distance sensor , an antenna unit and a processor , wherein the aiming unit is configured to aim at a target electronic tag , the distance sensor is configured to measure a distance d between the target electronic tag and the reader , and the antenna unit is configured to receive a radio frequency signal transmitted by the target electronic tag , when the antenna unit only receives a radio frequency signal transmitted by one electronic tag , the reader reads the electronic tag ; characterized in that when the antenna unit receives radio frequency signals transmitted by a plurality of electronic tags , the processor filters out the target electronic tag among the plurality of electronic tags according to a matching degree between the distance d measured by the distance sensor and phase values of the radio frequency signals received by the antenna unit .
A forklift truck with a carriage comprising: a frame ; a first sideplate secured to the frame , the first sideplate comprising an upper portion , an intermediate portion , and a lower portion with a guide attached to the upper portion and a guide attached to the lower portion ; a second sideplate secured to the frame , the second sideplate comprising an upper portion , an intermediate portion , and a lower portion with a guide attached to the upper portion and a guide attached to the lower portion ; wherein the first and second sideplates are constructed and shaped such that when the first and second sideplates are secured to the frame a distance "D" between the intermediate portions of the first and second sideplates is greater than a distance "d" between the upper portions of the first and second sideplates ; wherein the first and second sideplates are constructed and shaped such that when the guides attached to the upper portions and lower portions of the first and second sideplates are within vertical channels of a mast the intermediate portions of the first and second sideplates are within the vertical channels of the mast and characterized in that the upper portions and the lower portions of the first and second sideplates are held externally of the vertical channels of the mast . a frame ; a first sideplate secured to the frame , the first sideplate comprising an upper portion , an intermediate portion , and a lower portion with a guide attached to the upper portion and a guide attached to the lower portion ; a second sideplate secured to the frame , the second sideplate comprising an upper portion , an intermediate portion , and a lower portion with a guide attached to the upper portion and a guide attached to the lower portion ; wherein the first and second sideplates are constructed and shaped such that when the first and second sideplates are secured to the frame a distance "D" between the intermediate portions of the first and second sideplates is greater than a distance "d" between the upper portions of the first and second sideplates ; wherein the first and second sideplates are constructed and shaped such that when the guides attached to the upper portions and lower portions of the first and second sideplates are within vertical channels of a mast the intermediate portions of the first and second sideplates are within the vertical channels of the mast and characterized in that the upper portions and the lower portions of the first and second sideplates are held externally of the vertical channels of the mast .
An antibody that specifically binds folate receptor alpha, wherein said antibody is farletuzumab, for use in treating folate receptor-alpha-expressing gastric cancer.
A feed rack comprising a plurality of vertical plane gantries arranged to be disposed in a row next to each other along a trough (A) of a stable, each gantry comprising a first vertical upright being arranged to be fixed relative to the ground by its lower end, an upper crosspiece extending generally perpendicular to said first upright from its upper end, a second vertical upright extending towards the ground from the free end of said upper crosspiece and a middle crosspiece extending generally parallel to said upper crosspiece from the lower end of said second upright in a direction opposite said first upright , the end of said middle crosspiece opposite said second upright being fixed on the first upright of an adjacent gantry or on the upper end of an end post , and determines with the ground and an adjacent gantry or end post , an internal L-shaped space , - a hatch associated with each gantry and closing or not at least the lower lateral part of said space , each hatch comprising a flat structure disposed under the middle crosspiece of the associated gantry and being configured so that its height and width are strictly less respectively than the distance between the underside of said middle crosspiece and the ground, and the length of said middle crosspiece , and being associated with connecting means allowing to secure the structure to the middle crosspiece of the associated gantry , to pivot said structure around the longitudinal axis of said middle crosspiece and to slide said structure along said longitudinal axis , and - exclusively mechanical blocking means to switch the feed rack from its "access" position, wherein each hatch can at least pivot towards the front and rear of the associated gantry around a generally horizontal axis, to its "blocking" position, wherein said pivoting is blocked at least in the direction of the rear of said gantry , and vice versa. - a hatch associated with each gantry and closing or not at least the lower lateral part of said space , each hatch comprising a flat structure disposed under the middle crosspiece of the associated gantry and being configured so that its height and width are strictly less respectively than the distance between the underside of said middle crosspiece and the ground, and the length of said middle crosspiece , and being associated with connecting means allowing to secure the structure to the middle crosspiece of the associated gantry , to pivot said structure around the longitudinal axis of said middle crosspiece and to slide said structure along said longitudinal axis , and - exclusively mechanical blocking means to switch the feed rack from its "access" position, wherein each hatch can at least pivot towards the front and rear of the associated gantry around a generally horizontal axis, to its "blocking" position, wherein said pivoting is blocked at least in the direction of the rear of said gantry , and vice versa.