mhurhangee/ep-ind-claims huggingface dataset:
Method implemented by a computer for managing meteorological data for managing the flight of an aircraft, comprising the steps consisting in: - receiving a cartographic background out of several predefined cartographic backgrounds; - receiving a plurality of selections of meteorological symbols; - receiving meteorological data associated with the flight plan of the aircraft, according to a first space scale; - determining one or more types of graphic symbols as a function of the meteorological symbols selected and of the meteorological data received; - as a function of a second space scale, determining one or more graphic superimposable declinations of the types of graphic symbols, the graphic superimpositions of said declinations of the types of symbols being predefined; - displaying the cartographic background and the superimposable graphic declinations determined according to the second space scale; - measuring the visual density of the display; - adjusting said display as a function of the visual density measured. - receiving a cartographic background out of several predefined cartographic backgrounds; - receiving a plurality of selections of meteorological symbols; - receiving meteorological data associated with the flight plan of the aircraft, according to a first space scale; - determining one or more types of graphic symbols as a function of the meteorological symbols selected and of the meteorological data received; - as a function of a second space scale, determining one or more graphic superimposable declinations of the types of graphic symbols, the graphic superimpositions of said declinations of the types of symbols being predefined; - displaying the cartographic background and the superimposable graphic declinations determined according to the second space scale; - measuring the visual density of the display; - adjusting said display as a function of the visual density measured.
An absorbent article (10A, 10B) worn by a living body and configured to absorb bodily waste from the living body, wherein the absorbent article (10A, 10B) comprises: a topsheet that is in contact with the living body and allows the passage of liquids; and an absorber configured to absorb the bodily waste, wherein the absorbent article includes an excretion detection device configured to detect excretion of the bodily waste, and the excretion detection device comprises: a power supply unit having electrodes (121, 122) configured by using materials with different ionization tendencies; a neutralizer retention unit configured to retain a neutralizer for reducing the hydrogen ion index of the bodily waste; a notification unit operated by the electric power generated by the power supply unit, and configured to notify excretion from the living body to outside the excretion detection device; and a solution retention unit configured to retain an electrolyte solution, wherein a combination of aluminum and silver is used as the electrodes; the neutralizer is citric acid, tartaric acid or succinic acid; the excretion detection device is provided between the topsheet and the absorber; and the neutralizer retention unit is provided so as to be positioned at the upper side of the electrodes during the use of the excretion detection device. a topsheet that is in contact with the living body and allows the passage of liquids; and an absorber configured to absorb the bodily waste, a power supply unit having electrodes (121, 122) configured by using materials with different ionization tendencies; a neutralizer retention unit configured to retain a neutralizer for reducing the hydrogen ion index of the bodily waste; a notification unit operated by the electric power generated by the power supply unit, and configured to notify excretion from the living body to outside the excretion detection device; and a solution retention unit configured to retain an electrolyte solution, wherein a combination of aluminum and silver is used as the electrodes; the neutralizer is citric acid, tartaric acid or succinic acid; the excretion detection device is provided between the topsheet and the absorber; and the neutralizer retention unit is provided so as to be positioned at the upper side of the electrodes during the use of the excretion detection device.
A multi-band antenna, comprising: a reflector; a first array of first radiating elements extending in a lengthwise direction along a first side of the reflector; a second array of first radiating elements extending in a lengthwise direction along a second side of the reflector; wherein the first radiating elements are configured to emit electromagnetic radiation within a first operating frequency band; an array of second radiating elements extending in a lengthwise direction across the reflector, and between the first and second arrays of first radiating elements; wherein the second radiating elements are configured to emit electromagnetic radiation within a second operating frequency band, and an array of directors extending forwardly of the first radiating elements within the first array, said directors configured to include respective resonant loops of inductor and capacitor elements connected in series, wherein the directors are configured to shape the radiation pattern of the respective first radiating elements and wherein the directors are configured to be frequency selective so as to be substantially invisible to electromagnetic radiation within at least a portion of the second operating frequency band. a reflector; a first array of first radiating elements extending in a lengthwise direction along a first side of the reflector; a second array of first radiating elements extending in a lengthwise direction along a second side of the reflector; wherein the first radiating elements are configured to emit electromagnetic radiation within a first operating frequency band; an array of second radiating elements extending in a lengthwise direction across the reflector, and between the first and second arrays of first radiating elements; wherein the second radiating elements are configured to emit electromagnetic radiation within a second operating frequency band, and an array of directors extending forwardly of the first radiating elements within the first array, said directors configured to include respective resonant loops of inductor and capacitor elements connected in series, wherein the directors are configured to shape the radiation pattern of the respective first radiating elements and wherein the directors are configured to be frequency selective so as to be substantially invisible to electromagnetic radiation within at least a portion of the second operating frequency band.
A steering device comprising: a steering member that is provided in a vehicle and configured to be rotationally operated; an actuator that generates a torque assisting a steering operation on the steering member; a detection device that detects a torque applied to a steering shaft portion that rotates together with the steering member; and a steering control device that is configured to perform vibration suppression control to suppress vibrations transmitted to the steering member by adjusting a torque generated by the actuator, on a basis of a detected torque that is a torque detected by the detection device, the steering device characterized in that wherein the steering control device is configured to control the actuator such that a torque of a frequency band in a first predetermined range, which corresponds to the detected torque is not suppressed when performing the vibration suppression control wherein the frequency band in the first predetermined range is a frequency band that is equal to or higher than 10 Hz and equal to or lower than 40 Hz. a steering member that is provided in a vehicle and configured to be rotationally operated; an actuator that generates a torque assisting a steering operation on the steering member; a detection device that detects a torque applied to a steering shaft portion that rotates together with the steering member; and a steering control device that is configured to perform vibration suppression control to suppress vibrations transmitted to the steering member by adjusting a torque generated by the actuator, on a basis of a detected torque that is a torque detected by the detection device, the steering device characterized in that wherein the steering control device is configured to control the actuator such that a torque of a frequency band in a first predetermined range, which corresponds to the detected torque is not suppressed when performing the vibration suppression control wherein the frequency band in the first predetermined range is a frequency band that is equal to or higher than 10 Hz and equal to or lower than 40 Hz.
A drum type washing machine comprising: a reservoir which contains water; a rotating tub rotatably installed in the reservoir; a driving apparatus which generates a rotational force for rotating the rotating tub; and at least one fixing bracket for fixing the driving motor to the reservoir, wherein the driving apparatus comprises the driving motor which generates the rotational force, the driving motor comprises a case for forming an exterior thereof, the case is formed of a metal material, and the fixing bracket is formed of a resin material and fixed to the case, wherein the case comprises: a first case which supports one side of the stator and a second case which supports the other side of the stator, wherein the fixing bracket is fixed to the first case, and wherein the second case comprises a fixing portion which integrally extends from the second case and which is fixed to the reservoir. a reservoir which contains water; a rotating tub rotatably installed in the reservoir; a driving apparatus which generates a rotational force for rotating the rotating tub; and at least one fixing bracket for fixing the driving motor to the reservoir, wherein the driving apparatus comprises the driving motor which generates the rotational force, the driving motor comprises a case for forming an exterior thereof, the case is formed of a metal material, and the fixing bracket is formed of a resin material and fixed to the case, wherein the case comprises: a first case which supports one side of the stator and a second case which supports the other side of the stator, wherein the fixing bracket is fixed to the first case, and wherein the second case comprises a fixing portion which integrally extends from the second case and which is fixed to the reservoir. a first case which supports one side of the stator and a second case which supports the other side of the stator, wherein the fixing bracket is fixed to the first case, and wherein the second case comprises a fixing portion which integrally extends from the second case and which is fixed to the reservoir.
A water softening composition substantially free from any fabric softening actives, surfactant and bleach comprising a combination of polymeric water softening agents; the first agent comprising a polyacrylate having a molecular weight of from 4,000 to 8,000; and the second agent comprising a co-polymer of an unsaturated poly-carboxylic acid comprising maleic acid, and the co-polymer further comprising an olefin, wherein the co-polymer has a molecular weight of from 5,000 to 15,000.
A method for generating data for reconstructing the distribution of electrical properties within a multi-material object in an interior region of a structure, the method comprising: configuring a plurality of electrodes along a three-dimensional helical path along a surface of a conduit to provide a three dimensional array (H j) of electrodes about the multi-material object; applying a set of signal patterns for input to the electrodes along the three-dimensional helical path to produce an electric field within the multi-material object that turns in a helical fashion, and obtaining, in response to application of the set of signal patterns, a measured set of electrical signals from the electrodes. configuring a plurality of electrodes along a three-dimensional helical path along a surface of a conduit to provide a three dimensional array (H j) of electrodes about the multi-material object; applying a set of signal patterns for input to the electrodes along the three-dimensional helical path to produce an electric field within the multi-material object that turns in a helical fashion, and obtaining, in response to application of the set of signal patterns, a measured set of electrical signals from the electrodes.
A radiation curable ink composition, comprising: a mono-ethylenically unsaturated oligomer; a mono-ethylenically unsaturated monomer; and an acrylate ester of a carboxylic acid ester of formula wherein R 1, R 2, and R 3 are each independently an alkyl, an aryl, an alkylaryl, an alkoxyaryl, or a cycloaliphatic group having 1 to 10 carbon atoms, and R 4 is a group selected from hydrogen, methyl, ethyl, propyl, butyl, pentyl, hexyl, heptyl, octyl, nonyl, decyl, phenyl, and alkoxy phenyl; wherein the radiation curable ink composition is free of a photoinitiator. a mono-ethylenically unsaturated oligomer; a mono-ethylenically unsaturated monomer; and an acrylate ester of a carboxylic acid ester of formula wherein R 1, R 2, and R 3 are each independently an alkyl, an aryl, an alkylaryl, an alkoxyaryl, or a cycloaliphatic group having 1 to 10 carbon atoms, and R 4 is a group selected from hydrogen, methyl, ethyl, propyl, butyl, pentyl, hexyl, heptyl, octyl, nonyl, decyl, phenyl, and alkoxy phenyl;
A method of designing appliances for orthodontic treatment, the method comprising: receiving, by a processor, a three-dimensional model representative of a patient's teeth; measuring, based on the three-dimensional model, the positions of a patient's teeth; receiving, by the processor, tooth movement constraints; measuring, based on the three-dimensional model, a first element of a patient's malocclusion of the patient's teeth for one or more types of dental malocclusions; generating a plurality of treatment plans based on the measured tooth positions and the tooth movement constraints; generating a first interim final position for each of the plurality of treatment plans, wherein at least one of the first interim final positions corrects the first element of a patient's malocclusion; measuring a second element of the patient's malocclusion in the first interim final position for each of the generated plurality of treatment plans; modifying at least one of the plurality of treatment plans to correct the second element of the patient's malocclusion and generate an updated position in the at least one of the plurality of treatment plans; selecting a treatment plan from the plurality of treatment plans; generating a model of an appliance for each stage of the selected treatment plan; and outputting instructions for fabricating the appliance for each stage of the selected treatment plan based on the model of the appliance for each stage of the selected treatment plan. receiving, by a processor, a three-dimensional model representative of a patient's teeth; measuring, based on the three-dimensional model, the positions of a patient's teeth; receiving, by the processor, tooth movement constraints; measuring, based on the three-dimensional model, a first element of a patient's malocclusion of the patient's teeth for one or more types of dental malocclusions; generating a plurality of treatment plans based on the measured tooth positions and the tooth movement constraints; generating a first interim final position for each of the plurality of treatment plans, wherein at least one of the first interim final positions corrects the first element of a patient's malocclusion; measuring a second element of the patient's malocclusion in the first interim final position for each of the generated plurality of treatment plans; modifying at least one of the plurality of treatment plans to correct the second element of the patient's malocclusion and generate an updated position in the at least one of the plurality of treatment plans; selecting a treatment plan from the plurality of treatment plans; generating a model of an appliance for each stage of the selected treatment plan; and outputting instructions for fabricating the appliance for each stage of the selected treatment plan based on the model of the appliance for each stage of the selected treatment plan.
An ultrasonic atomization sheet oscillation control circuit, comprising a microprocessor, a first drive oscillation circuit, a second drive oscillation circuit, a first phase inverter, and a mutual exclusion circuit for outputting two paths of signal levels that are complementary with each other, wherein an output end of the first drive oscillation circuit is electrically connected to a first end of a first ultrasonic atomization sheet, an output end of the second drive oscillation circuit is electrically connected to a second end of the first ultrasonic atomization sheet; an input end of the first phase inverter and an input end of the second drive oscillation circuit are both electrically connected to a first output end of the microprocessor, and an output end of the first phase inverter is electrically connected to an input end of the first drive oscillation circuit; the output end of the first phase inverter is electrically connected to the input end of the first drive oscillation circuit through the mutual exclusion circuit, and the first output end of the microprocessor is electrically connected to the input end of the second drive oscillation circuit through the mutual exclusion circuit; characterized in that the mutual exclusion circuit comprises a second phase inverter, a third phase inverter, a first OR gate, and a second OR gate; the output end of the first phase inverter and an output end of the second phase inverter are both electrically connected to an input end of the second OR gate, and an output end of the second OR gate is electrically connected to the input end of the first drive oscillation circuit through the third phase inverter; the first output end of the microprocessor and an output end of the third phase inverter are both electrically connected to an input end of the first OR gate, and an output end of the first OR gate is electrically connected to the input end of the second drive oscillation circuit through the second phase inverter.
A process of forming a Si-containing composition, said process comprising: (i) forming a polycarbosilane; (ii) functionalizing said polycarbosilane with an ionizable side group and forming a negatively charged species; (iii) blending the functionalized polycarbosilane with a positively charged metal-containing species; and (iv) adding thermal energy to said polycarbosilane. (i) forming a polycarbosilane; (ii) functionalizing said polycarbosilane with an ionizable side group and forming a negatively charged species; (iii) blending the functionalized polycarbosilane with a positively charged metal-containing species; and (iv) adding thermal energy to said polycarbosilane.
A method of manufacturing a light emitting diode, the method comprising: forming a semiconductor layer on a substrate; forming a mask layer including a plurality of grooves on the semiconductor layer; forming a plurality of nanostructures in the plurality of grooves, respectively; forming an etched region by etching an outer region at a periphery of the semiconductor layer and an inner region of the semiconductor layer different from the outer region; forming a first electrode on the etched region of the semiconductor layer; forming an insulation layer on the first electrode; forming a second electrode on the insulation layer and the plurality of nanostructures forming a first via hole on the substrate to connect with at least a portion of the first electrode formed in the outer region; forming a first pad in the first via hole; forming a second via hole in the substrate to connect with at least an outer portion of the second electrode; and forming a second pad within the second via hole. forming a semiconductor layer on a substrate; forming a mask layer including a plurality of grooves on the semiconductor layer; forming a plurality of nanostructures in the plurality of grooves, respectively; forming an etched region by etching an outer region at a periphery of the semiconductor layer and an inner region of the semiconductor layer different from the outer region; forming a first electrode on the etched region of the semiconductor layer; forming an insulation layer on the first electrode; forming a second electrode on the insulation layer and the plurality of nanostructures forming a first via hole on the substrate to connect with at least a portion of the first electrode formed in the outer region; forming a first pad in the first via hole; forming a second via hole in the substrate to connect with at least an outer portion of the second electrode; and forming a second pad within the second via hole.
Protective arrangement for a vehicle, comprising a protective arrangement which, in the vehicle, can be pivoted into a first position where two spaces in the vehicle are divided by the protective arrangement, or into a second position thereby forming an opening between the two spaces; the protective arrangement comprising a coupling arrangement being arranged on at least one side of the protective arrangement; said coupling arrangement being adapted to engage in a mounting arrangement in the vehicle forming an articulation around which the protective arrangement can pivot, characterized in that the coupling arrangement comprises a first coupling part, the first coupling part comprising a first engagement member; the mounting arrangement comprising a second coupling part, the second coupling part comprising a second engagement member into which the first engagement member of the first coupling part can engage; the first coupling part being arranged to be rotatable relative to the second coupling part; the first coupling part being arranged to be resiliently movable in a longitudinal direction relative to the second coupling part; the first coupling part being arranged to rotate between said first position, in which the first engagement member is not engaged in the second engagement member, and said second position, in which the first engagement member is at least partly engaged in the second engagement member, by means of pivoting the protective arrangement, thereby fixing the protective arrangement in at least said second position.