mhurhangee/patent-ind-claim-en huggingface dataset:
A coated microcapsule comprising: a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule, wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a continuous film of a second metal formed thereon; wherein said particles of the first metal are charge-stabilised nanoparticles; wherein said particles are adsorbed on the polymeric shell by electrostatic interaction; wherein the polymeric shell comprises a surface-modifying agent on which at least some of said particles are adsorbed. a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule, wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a continuous film of a second metal formed thereon; wherein said particles of the first metal are charge-stabilised nanoparticles; wherein said particles are adsorbed on the polymeric shell by electrostatic interaction; wherein the polymeric shell comprises a surface-modifying agent on which at least some of said particles are adsorbed.
Exterior aircraft light unit comprising: a housing providing an enclosed space ; at least one light source , which is arranged within the housing ; a mounting portion , which is configured for mounting the housing to an aircraft; and a drain valve configured for draining liquid from the enclosed space ; wherein the drain valve is arranged at the housing in a flow path fluidly connecting the enclosed space with the outer environment and is configured to alternately seal and vent the enclosed space ; characterized in that the drain valve comprises: a plunger , which is movable between a closed position in which the plunger does not allow liquid to flow through the drain valve , and at least one open position, in which the plunger allows liquid to flow through the drain valve ; and an elastic element (40; 54), which is configured to urge the movable plunger into its closed position; wherein the plunger is provided with at least one duct extending through the plunger and allowing fluid to flow through the drain valve when the plunger is positioned in its closed position, and wherein said at least one duct is closed by a semi-permeable medium , which is permeable for air and water vapor and impermeable for liquid water. a housing providing an enclosed space ; at least one light source , which is arranged within the housing ; a mounting portion , which is configured for mounting the housing to an aircraft; and a drain valve configured for draining liquid from the enclosed space ; wherein the drain valve is arranged at the housing in a flow path fluidly connecting the enclosed space with the outer environment and is configured to alternately seal and vent the enclosed space ; characterized in that the drain valve comprises: a plunger , which is movable between a closed position in which the plunger does not allow liquid to flow through the drain valve , and at least one open position, in which the plunger allows liquid to flow through the drain valve ; and an elastic element (40; 54), which is configured to urge the movable plunger into its closed position; wherein the plunger is provided with at least one duct extending through the plunger and allowing fluid to flow through the drain valve when the plunger is positioned in its closed position, and wherein said at least one duct is closed by a semi-permeable medium , which is permeable for air and water vapor and impermeable for liquid water. a plunger , which is movable between a closed position in which the plunger does not allow liquid to flow through the drain valve , and at least one open position, in which the plunger allows liquid to flow through the drain valve ; and an elastic element (40; 54), which is configured to urge the movable plunger into its closed position; wherein the plunger is provided with at least one duct extending through the plunger and allowing fluid to flow through the drain valve when the plunger is positioned in its closed position, and wherein said at least one duct is closed by a semi-permeable medium , which is permeable for air and water vapor and impermeable for liquid water.
Clamping device for an electric machine, having at least one magnetic member and an over-moulded encapsulation which at least partially surrounds the at least one magnetic member , wherein the over-moulded encapsulation has clamping means for clamping in openings of a rotor of the electric machine, characterized in that the clamping device comprises at least two interconnected magnetic members which bear on one another at their mutually attracting poles, and in that the mutually bearing magnetic elements are dissimilarly sized and/or dissimilarly shaped in such a manner that a step-shaped magnetic pack is formed.
A catheter-based system for treating a tissue, the system comprising: an ablation catheter device comprising: an elongate catheter shaft including a liquid delivery lumen therethrough; a balloon device disposed at a distal end portion of said catheter shaft , said balloon device comprising an outer surface and an inner surface, said inner surface defining an interior space of said balloon device , said balloon device in fluid communication with said liquid delivery lumen, said balloon device comprising a porous or microporous material that is arranged to transmit a liquid through said porous or microporous material; and one or more electrodes that are disposed on or within said balloon device and are arranged to deliver energy to said tissue; and a catheter defining a lumen, the ablation catheter device being slidably disposed within the lumen, the catheter including an expandable distal end portion , wherein the expandable distal end portion is configured to sealably interface with the wall of the tissue an ablation catheter device comprising: an elongate catheter shaft including a liquid delivery lumen therethrough; a balloon device disposed at a distal end portion of said catheter shaft , said balloon device comprising an outer surface and an inner surface, said inner surface defining an interior space of said balloon device , said balloon device in fluid communication with said liquid delivery lumen, said balloon device comprising a porous or microporous material that is arranged to transmit a liquid through said porous or microporous material; and one or more electrodes that are disposed on or within said balloon device and are arranged to deliver energy to said tissue; and an elongate catheter shaft including a liquid delivery lumen therethrough; a balloon device disposed at a distal end portion of said catheter shaft , said balloon device comprising an outer surface and an inner surface, said inner surface defining an interior space of said balloon device , said balloon device in fluid communication with said liquid delivery lumen, said balloon device comprising a porous or microporous material that is arranged to transmit a liquid through said porous or microporous material; and one or more electrodes that are disposed on or within said balloon device and are arranged to deliver energy to said tissue; and a catheter defining a lumen, the ablation catheter device being slidably disposed within the lumen, the catheter including an expandable distal end portion , wherein the expandable distal end portion is configured to sealably interface with the wall of the tissue
An attachment brush part for an electrical body care brush, in particular electrical toothbrush , wherein the attachment brush part is designed in a multi-part manner and comprises: - an attachment brush housing which comprises a housing head with a bristle carrier receiver ; - a drive rod for driving a brush head , with a brush-head-side end section , on which a first toothing is arranged, and with a hand-part-side end section ; - a brush head with a bristle carrier and with care bristles which are arranged on this, wherein the bristle carrier comprises a second toothing and is rotatably mounted in the bristle carrier receiver of the housing head via a bearing pin ; as well as - a securing element for the rotatable mounting of the hand-part-side end section of the drive rod , and the first and second toothing form a drive toothing for the driving of the brush head by the drive rod , characterised in that a limitation cam which interacts with lateral stops on the brush head in a manner such that the rotation angle (W) of the bristle carrier is limited is arranged in the bristle carrier receiver . - an attachment brush housing which comprises a housing head with a bristle carrier receiver ; - a drive rod for driving a brush head , with a brush-head-side end section , on which a first toothing is arranged, and with a hand-part-side end section ; - a brush head with a bristle carrier and with care bristles which are arranged on this, wherein the bristle carrier comprises a second toothing and is rotatably mounted in the bristle carrier receiver of the housing head via a bearing pin ; as well as - a securing element for the rotatable mounting of the hand-part-side end section of the drive rod ,
A guide wire comprising: a flexible long wire main body ; and a coil formed by winding a plurality of wires in a spiral shape, and disposed about an outer periphery of a distal portion of the wire main body to cover the distal portion of the wire main body , wherein the coil includes, a coil distal portion defined by a wire having a wire diameter disposed on a distal side, a coil proximal portion defined by a wire having a wire diameter disposed on a proximal side in comparison to the coil distal portion , and a coil intermediate portion disposed between the coil distal portion and the coil proximal portion , the coil intermediate portion defined by a wire having a wire diameter that is smaller than the wire diameter of the wire forming the coil distal portion ; characterized in that a wire diameter of the wire defining the coil intermediate portion is smaller than the wire diameter of the wire forming the coil proximal portion . a flexible long wire main body ; and a coil formed by winding a plurality of wires in a spiral shape, and disposed about an outer periphery of a distal portion of the wire main body to cover the distal portion of the wire main body , wherein the coil includes, a coil distal portion defined by a wire having a wire diameter disposed on a distal side, a coil proximal portion defined by a wire having a wire diameter disposed on a proximal side in comparison to the coil distal portion , and a coil intermediate portion disposed between the coil distal portion and the coil proximal portion , the coil intermediate portion defined by a wire having a wire diameter that is smaller than the wire diameter of the wire forming the coil distal portion ; characterized in that a wire diameter of the wire defining the coil intermediate portion is smaller than the wire diameter of the wire forming the coil proximal portion .
A laser micro/nano fabrication system (100; 200; 300; 400) for processing photosensitive material, comprising: a laser light source (1; 1, 2) providing a first laser beam having a first wavelength being capable of inducing two-photon absorption effects in the photosensitive material to be processed, the first laser beam having a pulse width in the range of nanosecond to femtosecond; an optical focusing assembly for focusing the first laser beam to a focal point; and a computer controlled micromovement stage ; characterized by the laser light source (1; 1, 2) further providing a second laser beam having a second wavelength being different from the first wavelength, the second wavelength being capable of inducing two-photon absorption effects in the photosensitive material to be processed, the second laser beam having a pulse width in the range of nanosecond to femtosecond; and the optical focusing assembly focusing the second laser beam to the same focal point. a laser light source (1; 1, 2) providing a first laser beam having a first wavelength being capable of inducing two-photon absorption effects in the photosensitive material to be processed, the first laser beam having a pulse width in the range of nanosecond to femtosecond; an optical focusing assembly for focusing the first laser beam to a focal point; and a computer controlled micromovement stage ; characterized by the laser light source (1; 1, 2) further providing a second laser beam having a second wavelength being different from the first wavelength, the second wavelength being capable of inducing two-photon absorption effects in the photosensitive material to be processed, the second laser beam having a pulse width in the range of nanosecond to femtosecond; and the optical focusing assembly focusing the second laser beam to the same focal point.
Adelmidrol for use in the treatment of diseases sensitive to the specific agonism of the PPAR-gamma receptor in humans or animals, wherein said diseases are diseases characterized by an abnormal fibrosis of the connective tissue of the lung.
A steam cooker comprising: a main body ; a cavity formed inside the main body ; a steam generator to generate steam; a supply pipe to connect the steam generator to the cavity to supply the generated steam into the cavity ; a discharge pipe to discharge steam in the cavity to outside of the cavity therethrough; a discharge nozzle coupled to an end portion of the discharge pipe so that the steam in the cavity is discharged through the discharge nozzle to the outside of the cavity ; and a cooling fan provided between the cavity and the main body , wherein the discharge nozzle is disposed below a bottom portion of the cooling fan such that steam discharged from the discharge nozzle is guided downward between the cavity and the main body by the cooling fan , and characterised in that : the discharge nozzle includes a collecting space formed to collect condensed water generated when steam in the cavity is discharged outside of the cavity . a main body ; a cavity formed inside the main body ; a steam generator to generate steam; a supply pipe to connect the steam generator to the cavity to supply the generated steam into the cavity ; a discharge pipe to discharge steam in the cavity to outside of the cavity therethrough; a discharge nozzle coupled to an end portion of the discharge pipe so that the steam in the cavity is discharged through the discharge nozzle to the outside of the cavity ; and a cooling fan provided between the cavity and the main body , wherein the discharge nozzle is disposed below a bottom portion of the cooling fan such that steam discharged from the discharge nozzle is guided downward between the cavity and the main body by the cooling fan , and characterised in that : the discharge nozzle includes a collecting space formed to collect condensed water generated when steam in the cavity is discharged outside of the cavity .
A fiber laser device comprising: a pumping light source that emits pumping light; an amplification optical fiber doped with an active element that amplifies and emits signal laser light when pumped by the pumping light; a first mirror that is provided at one side of the amplification optical fiber to reflect the signal light; a second mirror that is provided at the other side of the amplification optical fiber to reflect the signal light at reflectance lower than that of the first mirror ; wherein the amplification optical fiber, the first mirror and the second mirror form a laser resonator for the signal laser light; a detector that detects a power of a wavelength component of stimulated Raman scattering light generated from the signal light amplified by the amplification optical fiber in preference to a power of a wavelength component of the signal light; and a controller that controls a power of the pumping light based on the power of the stimulated Raman scattering light detected by the detector ; wherein the detector is connected to an optical fiber such that the detector and the optical fiber are located on one side of the first mirror and the amplification optical fiber is located on the other side of the first mirror , whereby the optical fiber transmits light emitted through the first mirror to the detector . a pumping light source that emits pumping light; an amplification optical fiber doped with an active element that amplifies and emits signal laser light when pumped by the pumping light; a first mirror that is provided at one side of the amplification optical fiber to reflect the signal light; a second mirror that is provided at the other side of the amplification optical fiber to reflect the signal light at reflectance lower than that of the first mirror ; wherein the amplification optical fiber, the first mirror and the second mirror form a laser resonator for the signal laser light; a detector that detects a power of a wavelength component of stimulated Raman scattering light generated from the signal light amplified by the amplification optical fiber in preference to a power of a wavelength component of the signal light; and a controller that controls a power of the pumping light based on the power of the stimulated Raman scattering light detected by the detector ; wherein the detector is connected to an optical fiber such that the detector and the optical fiber are located on one side of the first mirror and the amplification optical fiber is located on the other side of the first mirror , whereby the optical fiber transmits light emitted through the first mirror to the detector .
A method for manufacturing a bonded wafer, comprising: ion-implanting at least one gas ion selected from a hydrogen ion and a rare gas ion from a surface of a bond wafer, thereby forming an ion-implanted layer into the inside of the wafer; bonding the ion-implanted surface of the bond wafer and a surface of a base wafer directly or through an insulating film; followed by producing a bonded wafer having a thin-film on the base wafer by delaminating the bond wafer along the ion-implanted layer; and flattening the surface of the thin-film by performing an RTA treatment on the bonded wafer in a hydrogen gas-containing atmosphere; wherein a protective film is formed onto the surface of the thin-film in a heat treatment furnace in the course of temperature-falling from the maximum temperature of the RTA treatment before the bonded wafer is taken out from the heat treatment furnace; and then the bonded wafer with the protective film being formed thereon is taken out from the heat treatment furnace, and is then cleaned with a cleaning liquid which can etch the protective film and the thin-film, wherein the protective film is formed by changing the hydrogen gas-containing atmosphere in the heat treatment furnace to any of an oxidizing atmosphere, a nitriding atmosphere, and an oxynitriding atmosphere in the course of temperature-falling from the maximum temperature of the RTA treatment; thereby exposing the bonded wafer to any of the oxidizing atmosphere, the nitriding atmosphere, and the oxynitriding atmosphere to form any of an oxide film, a nitride film, and an oxynitride film onto the surface of the thin-film.
A method for forming aerobic granules using a semibatch reactor , the method comprising forming aerobic granules by repeatedly performing a cycle comprising an introduction step of introducing an organic matter-containing wastewater containing organic matter, a biological treatment step of biologically treating treatment target substances in the organic matter-containing wastewater using a microbial sludge during which an oxygen-containing gas is supplied to the semibatch reactor , a settling step of allowing the microbial sludge to settle, and a discharge step of discharging a biologically treated water that has been biologically treated, wherein the sludge is withdrawn such that a sludge retention time is 5 to 25 days and a value A is defined by multiplying the ratio of the BOD load introduced into the semibatch reactor to the MLSS concentration by the ratio of the total cycle time to the reaction time, which is the time of the biological treatment step, and the ratio (BOD load/MLSS concentration) is controlled and the reaction time is adjusted so that A falls within a range from 0.05 to 0.25 (kgBOD/d)/kgMLSS and so that a starved state and a satiated state are repeated, the bacteria producing viscous substances which cause the bacteria and the like to adhere strongly together, leading to the formation of aerobic granules.
An ultrasound diagnostic apparatus , comprising: an ultrasound transducer unit that comprises a plurality of ultrasound transducers and transmits and receives, inside a subject, ultrasound waves by driving driving target transducers, among the plurality of ultrasound transducers ; a driving voltage supply unit that supplies a driving voltage to the driving target transducers; a checking operation unit that is operated to check a state of the ultrasound transducer unit ; a controller that controls the driving voltage supply unit such that the driving voltage is supplied to each of the plurality of ultrasound transducers with all of the plurality of ultrasound transducers as the driving target transducers in a case where the checking operation unit is operated; a depolarization determination unit that, in a case where the checking operation unit is operated, calculates, for each ultrasound transducer , a reception sensitivity in a case where the ultrasound transducer unit receives an ultrasound wave with all of the plurality of ultrasound transducers as the driving target transducers, and determines whether or not a depolarization determination value calculated from the reception sensitivity of each ultrasound transducer satisfies numerical conditions set for the depolarization determination value; and a polarization voltage supply unit that supplies a polarization voltage to each of the plurality of ultrasound transducers in a case where the depolarization determination unit determines that the depolarization determination value satisfies the numerical conditions. an ultrasound transducer unit that comprises a plurality of ultrasound transducers and transmits and receives, inside a subject, ultrasound waves by driving driving target transducers, among the plurality of ultrasound transducers ; a driving voltage supply unit that supplies a driving voltage to the driving target transducers; a checking operation unit that is operated to check a state of the ultrasound transducer unit ; a controller that controls the driving voltage supply unit such that the driving voltage is supplied to each of the plurality of ultrasound transducers with all of the plurality of ultrasound transducers as the driving target transducers in a case where the checking operation unit is operated; a depolarization determination unit that, in a case where the checking operation unit is operated, calculates, for each ultrasound transducer , a reception sensitivity in a case where the ultrasound transducer unit receives an ultrasound wave with all of the plurality of ultrasound transducers as the driving target transducers, and determines whether or not a depolarization determination value calculated from the reception sensitivity of each ultrasound transducer satisfies numerical conditions set for the depolarization determination value; and a polarization voltage supply unit that supplies a polarization voltage to each of the plurality of ultrasound transducers in a case where the depolarization determination unit determines that the depolarization determination value satisfies the numerical conditions.