mhurhangee/ep-ind-claims huggingface dataset:
A tire, comprising: a) a casing defining an interior; b) the casing having an inside diameter; c) a fill provided in the interior of the casing, the fill including a first layer and a second layer, the second layer being adjacent the first layer; d) the first layer having an outside diameter and an inside diameter, the outside diameter being the same as the inside diameter of the casing for contacting the casing; e) the first layer having a face and open voids, the open voids of the first layer having a first volume and being open to the face; f) the second layer having an outside diameter, the outside diameter being the same as the inside diameter of the first layer; and g) the second layer having a face and open voids, the open voids of the second layer having a first volume and being open to the face, h) each of the first and second layers (110, 120) having a longitudinal axis, and being elongated along the longitudinal axis, and having a first free end and a second free end spaced apart from the first free end; and i) each of the first and second layers (110, 120) having a width; characterized in that j) each of the open voids of the respective first and second layers (110, 120) extends across the width at an angle of 30-40 degrees relative to the longitudinal axis of the first and second layers (110, 120). a) a casing defining an interior; b) the casing having an inside diameter; c) a fill provided in the interior of the casing, the fill including a first layer and a second layer, the second layer being adjacent the first layer; d) the first layer having an outside diameter and an inside diameter, the outside diameter being the same as the inside diameter of the casing for contacting the casing; e) the first layer having a face and open voids, the open voids of the first layer having a first volume and being open to the face; f) the second layer having an outside diameter, the outside diameter being the same as the inside diameter of the first layer; and g) the second layer having a face and open voids, the open voids of the second layer having a first volume and being open to the face, h) each of the first and second layers (110, 120) having a longitudinal axis, and being elongated along the longitudinal axis, and having a first free end and a second free end spaced apart from the first free end; and i) each of the first and second layers (110, 120) having a width; characterized in that j) each of the open voids of the respective first and second layers (110, 120) extends across the width at an angle of 30-40 degrees relative to the longitudinal axis of the first and second layers (110, 120).
A controller for an unloading system, the unloading system comprising an unloading vehicle having an unloading apparatus, a collection vehicle having a container, and a camera, wherein the unloading apparatus is configured to direct material to the container driven in the vicinity of the unloading vehicle, and wherein the controller is configured to: receive image data from the camera representative of at least a portion of the container; set the attribute of the unloading system to a main value in accordance with the image data in order to direct the crop material from the unloading apparatus to the container; and receive a user input signal representative of user operation of a vehicle input device associated with driving the unloading vehicle and/or collection vehicle; characterized in that the controller further is configured to: use the user input signal to determine an offset value for the attribute of the unloading system; and set the attribute of the unloading system in accordance with the user input signal by adding or subtracting the offset value to the main value for the attribute in order to direct the material from the unloading apparatus to a different region within the container. receive image data from the camera representative of at least a portion of the container; set the attribute of the unloading system to a main value in accordance with the image data in order to direct the crop material from the unloading apparatus to the container; and receive a user input signal representative of user operation of a vehicle input device associated with driving the unloading vehicle and/or collection vehicle; characterized in that the controller further is configured to: use the user input signal to determine an offset value for the attribute of the unloading system; and set the attribute of the unloading system in accordance with the user input signal by adding or subtracting the offset value to the main value for the attribute in order to direct the material from the unloading apparatus to a different region within the container. use the user input signal to determine an offset value for the attribute of the unloading system; and set the attribute of the unloading system in accordance with the user input signal by adding or subtracting the offset value to the main value for the attribute in order to direct the material from the unloading apparatus to a different region within the container.
An in vitro method for preparing a cell composition comprising human cells that express both forkhead box protein A2 (FOXA2) and LIM homeobox transcription factor 1 (FOXA2 + /LMX1 + cells) comprising culturing human pluripotent cells in the presence of the following signaling modulators: (a) a single inhibitor of Small Mothers Against Decapentaplegic (SMAD) signaling, wherein the inhibitor of SMAD signaling is a BMP inhibitor or a TGFβ inhibitor, (b) at least one activator of Sonic hedgehog signaling, and (c) at least one activator of wingless (Wnt) signaling; and culturing said cells in the presence of said modulators for a period of time sufficient to provide a cell composition comprising said FOXA2 + /LMX1 + cells. (a) a single inhibitor of Small Mothers Against Decapentaplegic (SMAD) signaling, wherein the inhibitor of SMAD signaling is a BMP inhibitor or a TGFβ inhibitor, (b) at least one activator of Sonic hedgehog signaling, and (c) at least one activator of wingless (Wnt) signaling; and culturing said cells in the presence of said modulators for a period of time sufficient to provide a cell composition comprising said FOXA2 + /LMX1 + cells.
Polymer having urethane units which results from at least one sulphur-comprising polyol compound corresponding to the formula: HO-Z 1 -M 1 -Z 3 -(M 2 -Z 2) n -OH in which: - Z 1 and Z 2, which are identical or different, represent a methylene or ethylene group; - "n" is an integer equal to 0 or 1; - "M 1 " and "M 2 " units, which are identical or different, correspond to one of the formulae below: (II-1) -CH -CH 2 -S- (II-2) -S-CH 2 -CH - (II-3) -CH -CH 2 -S-CH 2 -CH -; - Z 3, an at least divalent bonding group comprising at least 3 carbon atoms, represents: ∘ either an aliphatic or cycloaliphatic group comprising an ethylenic unsaturation; ∘ or an aromatic group comprising at least one phenylene group. - Z 1 and Z 2, which are identical or different, represent a methylene or ethylene group; - "n" is an integer equal to 0 or 1; - "M 1 " and "M 2 " units, which are identical or different, correspond to one of the formulae below: (II-1) -CH -CH 2 -S- (II-2) -S-CH 2 -CH - (II-3) -CH -CH 2 -S-CH 2 -CH -; - Z 3, an at least divalent bonding group comprising at least 3 carbon atoms, represents: ∘ either an aliphatic or cycloaliphatic group comprising an ethylenic unsaturation; ∘ or an aromatic group comprising at least one phenylene group. ∘ either an aliphatic or cycloaliphatic group comprising an ethylenic unsaturation; ∘ or an aromatic group comprising at least one phenylene group.
A method for flicker reduction in a multi-imager environment, the method comprising: producing, using a near-field illuminator source, a near-field illumination associated with at least one near-field illumination pulse; exposing a near-field image sensor during a first near-field illumination pulse of the at least one near-field illumination pulse; generating a near-field image based on an exposure of the near-field image sensor; exposing a far-field image sensor such that an exposure of the far-field image sensor is not during any of the at least one near-field illumination pulse; generating a far-field image based on the exposure of the far-field image sensor; detecting an illuminator switch event; deactivating the near-field illuminator source; and producing, using a far-field illuminator source, a far-field illumination associated with at least one far-field illumination pulse. producing, using a near-field illuminator source, a near-field illumination associated with at least one near-field illumination pulse; exposing a near-field image sensor during a first near-field illumination pulse of the at least one near-field illumination pulse; generating a near-field image based on an exposure of the near-field image sensor; exposing a far-field image sensor such that an exposure of the far-field image sensor is not during any of the at least one near-field illumination pulse; generating a far-field image based on the exposure of the far-field image sensor; detecting an illuminator switch event; deactivating the near-field illuminator source; and producing, using a far-field illuminator source, a far-field illumination associated with at least one far-field illumination pulse.
A sittable universal motion platform comprising: a chassis, a support arm and a waist ring, wherein the support arm is rotationally connected with the chassis and provided with an adjusting support, the adjusting support comprises a slide carriage and a slide block; the slide block is slidingly connected with the slide carriage, the slide block is fixed on the support arm, the slide carriage is connected with the waist ring, and a positioning device is arranged on the adjusting support, wherein further the adjusting support is provided with an adapting mechanism comprising a vertical motion adapting structure (51, 52), the vertical motion adapting structure comprises a vertical slide rail and a vertical slider, the vertical slide rail and the vertical slider are in sliding connection, characterized in that the adapting mechanism is a two-dimensional free motion adapting mechanism and is further provided with a horizontal motion adapting structure (53, 54), the horizontal motion adapting structure comprises a horizontal slide rail and a horizontal slider, the horizontal slider is fixed on the vertical sliding rail, the horizontal slide rail is connected to the waist ring, and the vertical slider is connected to the slide carriage. a chassis, a support arm and a waist ring, wherein the support arm is rotationally connected with the chassis and provided with an adjusting support, the adjusting support comprises a slide carriage and a slide block; the slide block is slidingly connected with the slide carriage, the slide block is fixed on the support arm, the slide carriage is connected with the waist ring, and a positioning device is arranged on the adjusting support, wherein further the adjusting support is provided with an adapting mechanism comprising a vertical motion adapting structure (51, 52), the vertical motion adapting structure comprises a vertical slide rail and a vertical slider, the vertical slide rail and the vertical slider are in sliding connection, characterized in that the adapting mechanism is a two-dimensional free motion adapting mechanism and is further provided with a horizontal motion adapting structure (53, 54), the horizontal motion adapting structure comprises a horizontal slide rail and a horizontal slider, the horizontal slider is fixed on the vertical sliding rail, the horizontal slide rail is connected to the waist ring, and the vertical slider is connected to the slide carriage.
A gas turbine control method, provided with a gas turbine comprising: a plurality of combustors, and a first database that memorizes an optimal operation condition as to each combustor; and the gas turbine control method is used for adjusting at least one of a fuel flow rate toward the combustor and an airflow rate toward the combustor in response to the optimal operation condition, in a manner that the optimal operation condition is searched by fluctuating at least one of the fuel flow rate and the airflow rate, while combustion vibrations are not occurring, and in a manner that the memory contents of the first database are renewed with the data as to the optimal operation condition that is obtained by the searching; wherein, a second database is provided in which load sensitivity coefficients, which show a correlation between the actuating variables including the fuel flow rate, the airflow rate, a pilot ratio and a top-hat ratio of the gas turbine, and a gas turbine power output, are memorized; a load increment change in response to actuating variables including at least one of the fuel flow rate toward the combustor and the airflow rate toward the combustor is estimated according to the optimal operation conditions obtained by the searching by use of the load sensitivity coefficients; and at least one of the fuel flow rate and the airflow rate is adjusted on the basis of the estimation results, and the contents of the first database are renewed according to the results of the adjustments. a plurality of combustors, and a first database that memorizes an optimal operation condition as to each combustor; and the gas turbine control method is used for adjusting at least one of a fuel flow rate toward the combustor and an airflow rate toward the combustor in response to the optimal operation condition, in a manner that the optimal operation condition is searched by fluctuating at least one of the fuel flow rate and the airflow rate, while combustion vibrations are not occurring, and in a manner that the memory contents of the first database are renewed with the data as to the optimal operation condition that is obtained by the searching; wherein, a second database is provided in which load sensitivity coefficients, which show a correlation between the actuating variables including the fuel flow rate, the airflow rate, a pilot ratio and a top-hat ratio of the gas turbine, and a gas turbine power output, are memorized; a load increment change in response to actuating variables including at least one of the fuel flow rate toward the combustor and the airflow rate toward the combustor is estimated according to the optimal operation conditions obtained by the searching by use of the load sensitivity coefficients; and at least one of the fuel flow rate and the airflow rate is adjusted on the basis of the estimation results, and the contents of the first database are renewed according to the results of the adjustments.
A resin composition for molding comprising: an epoxy resin; a curing agent; and an inorganic filler containing calcium titanate particles, and a total content of the calcium titanate particles and strontium titanate particles is 30% by volume or more and less than 60% by volume with respect to the entire inorganic filler, wherein the inorganic filler further contains at least one selected from the group consisting of silica particles and alumina particles, and the total content of the inorganic filler is 40% by volume to 85% by volume with respect to the entire resin composition for molding. an epoxy resin; a curing agent; and an inorganic filler containing calcium titanate particles, and a total content of the calcium titanate particles and strontium titanate particles is 30% by volume or more and less than 60% by volume with respect to the entire inorganic filler, wherein the inorganic filler further contains at least one selected from the group consisting of silica particles and alumina particles, and the total content of the inorganic filler is 40% by volume to 85% by volume with respect to the entire resin composition for molding.
A negative pressure wound dressing with a selective viewing access and reclosure system, comprising: a patient interface layer defining an opening configured for placement about a patient area of treatment; a top layer sized to cover the opening and comprising a negative pressure interface; a touch fastener disposed between the patient interface layer and the top layer, the touch fastener configured to detachably couple the patient interface layer to the top layer and form a substantially airtight seal between the patient interface layer and the top layer; and a negative pressure source coupled to the negative pressure interface on the top layer. a patient interface layer defining an opening configured for placement about a patient area of treatment; a top layer sized to cover the opening and comprising a negative pressure interface; a touch fastener disposed between the patient interface layer and the top layer, the touch fastener configured to detachably couple the patient interface layer to the top layer and form a substantially airtight seal between the patient interface layer and the top layer; and a negative pressure source coupled to the negative pressure interface on the top layer.
A production method for reshaping a strip material into a fin reshaped regularly to enlarge the surface of a fin package, wherein these fins can be arranged at a certain distance from each other for joint ribbing of multiple tubes in a heat exchanger subsequent to production, characterised in that the fins are shaped with parallel contour longitudinal directions crosswise to a production direction by several individual tools of a serial arrangement, wherein at least one of these individual tools embosses stiffening tracks running longitudinally to the production direction in order to interrupt the parallel contours at least in sections.
An apparatus comprising a lining, particularly for use in performing oxidation processes, characterized in that it comprises a lower internal portion, which is lined with at least one alloy selected from the group that comprises titanium and alloys thereof, and an upper internal portion, which is lined with at least one alloy selected from the group that comprises nickel alloys.
A method of replacing a wind turbine blade comprising: connecting a plurality of first hoisting devices between a wind turbine support hub and the wind turbine blade; suspending the wind turbine blade from the wind turbine support hub through the plurality of first hoisting devices; connecting a plurality of second hoisting devices between the wind turbine support hub and the wind turbine blade, each of the second hoisting devices having a first end portion fixedly supported within wind turbine support hub and a second end portion, said second end portion being connected to the wind turbine blade, wherein a cable is threaded through pulleys carried by said first and second end portions (234,235), said cable including a tag end that extends to the ground; supporting the wind turbine blade with the plurality of second hoisting devices; disconnecting the plurality of first hoisting devices from the wind turbine blade; and lowering the wind turbine blade to the ground, with the second hoisting devices. connecting a plurality of first hoisting devices between a wind turbine support hub and the wind turbine blade; suspending the wind turbine blade from the wind turbine support hub through the plurality of first hoisting devices; connecting a plurality of second hoisting devices between the wind turbine support hub and the wind turbine blade, each of the second hoisting devices having a first end portion fixedly supported within wind turbine support hub and a second end portion, said second end portion being connected to the wind turbine blade, wherein a cable is threaded through pulleys carried by said first and second end portions (234,235), said cable including a tag end that extends to the ground; supporting the wind turbine blade with the plurality of second hoisting devices; disconnecting the plurality of first hoisting devices from the wind turbine blade; and lowering the wind turbine blade to the ground, with the second hoisting devices.
A method for adding a waypoint in a flight plan displayed on an avionics display in the form of an interactive graphical image, the method comprising: receiving a user selected reference waypoint in the flight plan; displaying, on the interactive graphical image, a compass rose centered on the reference waypoint, and a line extending from the reference waypoint; responsive to user input, (i) altering on the interactive graphical image, a length of the line and a bearing of the line, and (ii) updating the interactive graphical image with numerical results for a bearing entry field and a distance entry field; determining whether an apply button has been selected; and when the apply button has been selected: (i) adding, in addition to the reference waypoint, a new waypoint to the flight plan, the new waypoint location being defined by the bearing entry field and the distance entry field, (ii) creating a new flight plan based on the reference way point and the new waypoint; and (iii) processing user input to activate the new flight plan. receiving a user selected reference waypoint in the flight plan; displaying, on the interactive graphical image, a compass rose centered on the reference waypoint, and a line extending from the reference waypoint; responsive to user input, (i) altering on the interactive graphical image, a length of the line and a bearing of the line, and (ii) updating the interactive graphical image with numerical results for a bearing entry field and a distance entry field; determining whether an apply button has been selected; and when the apply button has been selected: (i) adding, in addition to the reference waypoint, a new waypoint to the flight plan, the new waypoint location being defined by the bearing entry field and the distance entry field, (ii) creating a new flight plan based on the reference way point and the new waypoint; and (iii) processing user input to activate the new flight plan. (i) adding, in addition to the reference waypoint, a new waypoint to the flight plan, the new waypoint location being defined by the bearing entry field and the distance entry field, (ii) creating a new flight plan based on the reference way point and the new waypoint; and (iii) processing user input to activate the new flight plan.