mhurhangee/patent-ind-claim-en huggingface dataset:
A drug delivery device having a needle with a distal tip (2.1), the device comprising: a housing , an actuation mechanism comprising an outer sleeve and an inner sleeve , the outer sleeve telescopically arranged relative to the drug delivery device , the outer sleeve axially translatable relative to housing , the inner sleeve telescopically arranged relative to the outer sleeve , the inner sleeve axially translatable relative to the outer sleeve , wherein, in a first state, the inner sleeve protrudes distally from the outer sleeve and the outer sleeve protrudes distally from the housing , wherein, in the first state, the inner sleeve and the outer sleeve cover the distal tip (2.1) of the needle , wherein, in a second state, the inner sleeve is contained within the outer sleeve and the distal tip (2.1) protrudes distally relative to the outer sleeve , wherein the inner sleeve is biased in the first state by a first spring element or another tensioning member and the outer sleeve is biased in the first state by a second spring element or another tensioning member, wherein movement of the outer sleeve proximally relative to the drug delivery device in the second state initiates delivery of a medicament in the drug delivery device , characterised in that in order to cause the outer sleeve to move proximally relative to the housing an increased force is necessary in comparison to moving the inner sleeve . a housing , an actuation mechanism comprising an outer sleeve and an inner sleeve , the outer sleeve telescopically arranged relative to the drug delivery device , the outer sleeve axially translatable relative to housing , the inner sleeve telescopically arranged relative to the outer sleeve , the inner sleeve axially translatable relative to the outer sleeve , wherein, in a first state, the inner sleeve protrudes distally from the outer sleeve and the outer sleeve protrudes distally from the housing , wherein, in the first state, the inner sleeve and the outer sleeve cover the distal tip (2.1) of the needle , wherein, in a second state, the inner sleeve is contained within the outer sleeve and the distal tip (2.1) protrudes distally relative to the outer sleeve , wherein the inner sleeve is biased in the first state by a first spring element or another tensioning member and the outer sleeve is biased in the first state by a second spring element or another tensioning member, wherein movement of the outer sleeve proximally relative to the drug delivery device in the second state initiates delivery of a medicament in the drug delivery device , characterised in that
An aircraft wall panel having a hole going from a first side to a second side , comprising a wide flange insert located in the hole for providing an attachment point for attaching and anchoring a component to the panel , a space in the hole around the wide flange insert being filled with adhesive material , the wide flange insert comprising: a tubular wide flange body including a tubular shaft portion having a first outer diameter, an inner bore with an inner diameter, first and second ends, an enlarged flange formed at the first end of the tubular wide flange body and having a second outer diameter larger than the first diameter; a tubular nut including a tubular shaft portion having an outer diameter smaller than the inner diameter of the tubular wide flange body , and an enlarged end , the tubular nut being disposed within the tubular wide flange body with the enlarged end of the tubular nut disposed at the first end of the inner bore of the tubular wide flange body ; and wherein said tubular nut is a floating nut, characterized in that the panel comprises a threaded apparatus to retain the tubular wide flange body during the installation in the panel , wherein the threaded apparatus comprises a threaded pin and a sacrificial cover . a tubular wide flange body including a tubular shaft portion having a first outer diameter, an inner bore with an inner diameter, first and second ends, an enlarged flange formed at the first end of the tubular wide flange body and having a second outer diameter larger than the first diameter; a tubular nut including a tubular shaft portion having an outer diameter smaller than the inner diameter of the tubular wide flange body , and an enlarged end , the tubular nut being disposed within the tubular wide flange body with the enlarged end of the tubular nut disposed at the first end of the inner bore of the tubular wide flange body ; and wherein said tubular nut is a floating nut, characterized in that the panel comprises a threaded apparatus to retain the tubular wide flange body during the installation in the panel , wherein the threaded apparatus comprises a threaded pin and a sacrificial cover .
A resin-coated steel can comprising a drawn or draw-redrawn resin-coated steel sheet having at least a surface serving as a can inner surface coated with a biaxially-stretched polyester film and a surface serving as a coated and/or printed can outer surface, wherein the biaxially-stretched polyester film on the side wall of the can inner surface has a crystallinity of 42 to 52%, and the shrinkage in the can height direction is less than 10% of the can height upon raising the temperature of the biaxially-stretched polyester film on the can inner surface side wall from 23°C to 130°C at a rate of 5°C/min.
Chemically-colored stainless steel having an uneven surface formed by a grinding treatment performed by a combination of a sandblasting treatment and an electrolytic polishing treatment, characterized in that a 60-degree specular gloss [Gs (60 degrees)] of the uneven surface is 5 to 50, and a thickness of a colored film formed on the uneven surface at a coloration potential speed of 0.02 to 0.08mV/sec is 90nm to 220nm.
An optical access module comprising an electrical signal processing module and a controller , characterized in that the controller has an addressable IP address or a management address which is a non-IP address, and the electrical signal processing module includes: a physical layer user network interface, UNI PHY, , a physical layer network-to-network interface, NNI PHY, and a data link layer bridge unit for connecting the user network interface, UNI, to the network-to-network interface, NNI, on a data link layer, wherein the UNI PHY and the NNI PHY are configured to implement interface functions specified by a designated communication protocol; the data link layer bridge unit is configured to manage a packet forwarded between the UNI PHY and the NNI PHY ; and the controller is configured to control, according to the management address, the electrical signal processing module to forward the packet to a user equipment or a network equipment corresponding to the management address.
A tactile sensation providing apparatus comprising: a touch sensor configured to detect a touch input; a load detection unit configured to detect a pressure load on a touch face of the touch sensor ; a tactile sensation providing unit configured to vibrate the touch face ; and a control unit ; characterized in that : the control unit is configured to control the timing to provide a tactile sensation by adjusting a standard to be satisfied by the detected pressure load for providing the tactile sensation, based on the slope of the pressure load applied and, when the pressure load detected by the load detection unit satisfies the standard, to control drive of the tactile sensation providing unit such that the tactile sensation is provided to an object pressing the touch face . a touch sensor configured to detect a touch input; a load detection unit configured to detect a pressure load on a touch face of the touch sensor ; a tactile sensation providing unit configured to vibrate the touch face ; and a control unit ; characterized in that : the control unit is configured to control the timing to provide a tactile sensation by adjusting a standard to be satisfied by the detected pressure load for providing the tactile sensation, based on the slope of the pressure load applied and, when the pressure load detected by the load detection unit satisfies the standard, to control drive of the tactile sensation providing unit such that the tactile sensation is provided to an object pressing the touch face .
A tunable laser operative to emit tunable radiation over an emission wavelength range having a center wavelength , with an output power spectrum over said wavelength range and an average emission power, said tunable laser comprising: an optical cavity including a first and second mirror ; a gain region interposed between said first and second mirrors ; a tuning region ; means for adjusting an optical path length of said tuning region; and means to achieve a substantially single polarization state over said wavelength range; wherein: a free spectral range (FSR) of said optical cavity exceeds 5% of said center wavelength; said tunable laser operates substantially in a single longitudinal and transverse mode over said wavelength range; and said means for adjusting an optical path length has a wavelength tuning frequency response with a 6-dB bandwidth greater than about 1 kHz; wherein said single polarization state is achieved by a single nanowire integral with said optical cavity. an optical cavity including a first and second mirror ; a gain region interposed between said first and second mirrors ; a tuning region ; means for adjusting an optical path length of said tuning region; and means to achieve a substantially single polarization state over said wavelength range; wherein: a free spectral range (FSR) of said optical cavity exceeds 5% of said center wavelength; said tunable laser operates substantially in a single longitudinal and transverse mode over said wavelength range; and said means for adjusting an optical path length has a wavelength tuning frequency response with a 6-dB bandwidth greater than about 1 kHz; wherein said single polarization state is achieved by a single nanowire integral with said optical cavity. a free spectral range (FSR) of said optical cavity exceeds 5% of said center wavelength; said tunable laser operates substantially in a single longitudinal and transverse mode over said wavelength range; and said means for adjusting an optical path length has a wavelength tuning frequency response with a 6-dB bandwidth greater than about 1 kHz; wherein said single polarization state is achieved by a single nanowire integral with said optical cavity.
An electrode manufacturing facility comprising: a dryer ; a solvent collection device causing an organic solvent contained in an exhaust gas expelled from the dryer to dissolve into water to collect the organic solvent; a first pipe for sending the exhaust gas expelled from the dryer to the solvent collection device ; an outside air inlet pipe for introducing outside air and sending the air to the dryer ; a heat exchanger configured to exchange heat between the first pipe and the outside air inlet pipe ; and a second pipe , being connected to a pipe to which the exhaust gas after having passed through the solvent collection device is expelled and to a portion of the outside air inlet pipe that is upstream of the heat exchanger , for sending at least a portion of the exhaust gas after having passed through the solvent collection device to the outside air inlet pipe , wherein: the dryer includes: a drying furnace ; a heater for heating the air supplied through the outside air inlet pipe and supplying the air into the drying furnace ; and a conveyor device conveying a sheet-shaped current collector coated with a mixture slurry in which electrode active material particles are dispersed in an organic solvent, along a predetermined conveyance passage in the drying furnace . a dryer ; a solvent collection device causing an organic solvent contained in an exhaust gas expelled from the dryer to dissolve into water to collect the organic solvent; a first pipe for sending the exhaust gas expelled from the dryer to the solvent collection device ; an outside air inlet pipe for introducing outside air and sending the air to the dryer ; a heat exchanger configured to exchange heat between the first pipe and the outside air inlet pipe ; and a second pipe , being connected to a pipe to which the exhaust gas after having passed through the solvent collection device is expelled and to a portion of the outside air inlet pipe that is upstream of the heat exchanger , for sending at least a portion of the exhaust gas after having passed through the solvent collection device to the outside air inlet pipe , wherein: the dryer includes: a drying furnace ; a heater for heating the air supplied through the outside air inlet pipe and supplying the air into the drying furnace ; and a conveyor device conveying a sheet-shaped current collector coated with a mixture slurry in which electrode active material particles are dispersed in an organic solvent, along a predetermined conveyance passage in the drying furnace . a drying furnace ; a heater for heating the air supplied through the outside air inlet pipe and supplying the air into the drying furnace ; and a conveyor device conveying a sheet-shaped current collector coated with a mixture slurry in which electrode active material particles are dispersed in an organic solvent, along a predetermined conveyance passage in the drying furnace .
An image processing method for images generated by a coherent imaging technique comprising: applying a first filter (502, 202-1) to an input image , thereby generating a first noise-reduced image (204-1, 506); applying a second filter (504, 202-2) to the input image, thereby generating a second noise-reduced image (204-2, 508); and combining the first noise-reduced image and the second noise-reduced image (204-2, 508), thereby generating a final noise-reduced image , wherein the first filter (502, 202-1) is configured to suppress a first type of noise from the input image and the second filter (504, 202-2) is configured to suppress a second type of noise from the input image, the first and second types of noise being different, wherein the first type of noise is random noise or noise caused by an imaging system that captured the input image, wherein the second type of noise is speckle noise, and wherein the first filter (502, 202-1) is a machine learning system trained with images taken from the same or substantially the same location of a subject's biological tissue as the input image, wherein the second filter (504, 202-2) is a machine learning system trained with images taken from locations of a subject's biological tissue adjacent to a location of the input image. applying a first filter (502, 202-1) to an input image , thereby generating a first noise-reduced image (204-1, 506); applying a second filter (504, 202-2) to the input image, thereby generating a second noise-reduced image (204-2, 508); and combining the first noise-reduced image and the second noise-reduced image (204-2, 508), thereby generating a final noise-reduced image , wherein the first filter (502, 202-1) is configured to suppress a first type of noise from the input image and the second filter (504, 202-2) is configured to suppress a second type of noise from the input image, the first and second types of noise being different, wherein the first type of noise is random noise or noise caused by an imaging system that captured the input image, wherein the second type of noise is speckle noise, and wherein the first filter (502, 202-1) is a machine learning system trained with images taken from the same or substantially the same location of a subject's biological tissue as the input image, wherein the second filter (504, 202-2) is a machine learning system trained with images taken from locations of a subject's biological tissue adjacent to a location of the input image.
A crystalline form of a monohydrate of ( S )- N- (( S )-1-(2-chlorophenyl)-2-((3,3-difluorocyclobutyl)amino)-2-oxoethyl)-2-(4-cyanopyridin-2-yl)- N -(3-fluorophenyl)-isothiazolidine-3-carboxamide 1,1-dioxide represented by formula II, characterized in that the X-ray powder diffraction spectrum thereof has diffraction peaks at 14.40°, 20.28°, 20.94°, 22.02° and 24.46°, represented by 2θ values
Equipment for producing molecularly bioriented tubular profiles, which is constituted from a mould , being adapted for inserting a corresponding plastic tube as tubular profile to be shaped, wherein said mould features asymmetric heads at the ends thereof, allowing insertion of the plastic tube inside the already hot mould and at the same temperature as the inside of the mould , which is heated by means of heating elements disposed externally thereto, with the special feature that the heads include fastening means for the plastic tube once inserted inside the mould , and an inlet for the application of expander fluid and refrigerating fluid inside said plastic tube , as well as an outlet for said fluids, additionally incorporating a lateral orifice as inlet in the application of a lubricating fluid which facilitates the removal of the tube once it has been shaped, characterised in that the mould is mounted on a support which can tilt and rotate to ensure a correct distribution of the temperatures inside the mould during the refrigeration process of the tube to be shaped and in that the plastic tube to be shaped, on the insertion thereof into the mould , rests on the lower generatrix thereof, establishing an enclosure between the inside of the mould and the exterior of the plastic tube , a vacuum being applicable to the enclosure whereof, before the application of the expander fluid of the actual plastic tube , through the inlet established in the end heads .
A shape memory polymer (SMP), derived from a formulation comprising: tertbutyl acrylate (tBA); one or more poly(ethylene glycol) dimethacrylate (PEGDMA) monomers; one or more UV -blockers; and a polymerization initiator; wherein the UV-blocker is selected from the group consisting of 2-methylacrylic acid 3-[3-tert-butyl-5-(5-chlorobenzotriazol-2-yl)-4-hydroxyphenyl]- propyl ester (UVB), and 2-(2-hydroxy-3-tert-butyl-5-vinylphenyl)-5-chloro-2H-benzotriazole (UV AM); and wherein the polymerization initiator is bis(2,4,6-trimethylbenzoyl)phenylphosphineoxide. tertbutyl acrylate (tBA); one or more poly(ethylene glycol) dimethacrylate (PEGDMA) monomers; one or more UV -blockers; and a polymerization initiator; wherein the UV-blocker is selected from the group consisting of 2-methylacrylic acid 3-[3-tert-butyl-5-(5-chlorobenzotriazol-2-yl)-4-hydroxyphenyl]- propyl ester (UVB), and 2-(2-hydroxy-3-tert-butyl-5-vinylphenyl)-5-chloro-2H-benzotriazole (UV AM); and wherein the polymerization initiator is bis(2,4,6-trimethylbenzoyl)phenylphosphineoxide.
A gas turbine engine (20; 100) comprising: a primary flowpath (C) fluidly connecting a compressor section (24; 110), a combustor section (26; 110), and a turbine section (28; 130); and a heat exchanger including a first inlet connected to a high pressure compressor bleed , a first outlet connected to a high pressure turbine inlet , the heat exchanger further including a second inlet fluidly connected to a supercritical CO2 (sCO2) work recovery cycle and a second outlet connected to the sCO2 work recovery cycle , characterised in that : the sCO2 work recovery cycle is an overexpanded, recuperated work recovery cycle; and the heat exchanger is disposed in the primary flowpath (C) of the gas turbine engine (20; 100) and is aft of the turbine section (28; 130). a primary flowpath (C) fluidly connecting a compressor section (24; 110), a combustor section (26; 110), and a turbine section (28; 130); and a heat exchanger including a first inlet connected to a high pressure compressor bleed , a first outlet connected to a high pressure turbine inlet , the heat exchanger further including a second inlet fluidly connected to a supercritical CO2 (sCO2) work recovery cycle and a second outlet connected to the sCO2 work recovery cycle , characterised in that : the sCO2 work recovery cycle is an overexpanded, recuperated work recovery cycle; and the heat exchanger is disposed in the primary flowpath (C) of the gas turbine engine (20; 100) and is aft of the turbine section (28; 130). the sCO2 work recovery cycle is an overexpanded, recuperated work recovery cycle; and the heat exchanger is disposed in the primary flowpath (C) of the gas turbine engine (20; 100) and is aft of the turbine section (28; 130).
A method of determining one or more unit cells of a poly-crystalline sample and indexing a set DV of 3D diffraction vectors obtained by illuminating said poly-crystalline sample with an X-ray source at one or more orientations and recording diffraction spots using at least one 2D X-ray detector or 3D X-ray detector, the 3D X-ray detector being a detector capable of separating different X-ray energies, for each of said one or more orientations, said set DV of 3D diffraction vectors being indexed into a plurality of grains, said method comprising the steps of: (A) obtaining a plurality of candidate first lattice plane normal vectors and a plurality of candidate second lattice plane normal vectors for a particular unknown grain; using said plurality of candidate first lattice plane normal vectors and said plurality of candidate second lattice plane normal vectors to select a plurality of subsets SSDV_n of the set DV of 3D diffraction vectors and processing said plurality of subsets SSDV_n of 3D diffraction vectors to determine a primary candidate unit cell PCUC defined by three lattice vectors; wherein the correspondence of the primary candidate unit cell PCUC is validated by evaluating the fit of the PCUC with the full set DV of 3D diffraction vectors; and (B) determining if the fit of primary candidate unit cell PCUC with the full set DV of 3D diffraction vectors is above a first threshold; wherein if the fit of the primary candidate unit cell PCUC is above said first threshold the primary candidate unit cell PCUC is used to identify a subset ST of the set DV of 3D diffraction vectors originating from a single grain in the poly-crystalline sample, said subset ST is indexed wherein the method returns to step (A) unless a predetermined criteria has been reached. (A) obtaining a plurality of candidate first lattice plane normal vectors and a plurality of candidate second lattice plane normal vectors for a particular unknown grain; using said plurality of candidate first lattice plane normal vectors and said plurality of candidate second lattice plane normal vectors to select a plurality of subsets SSDV_n of the set DV of 3D diffraction vectors and processing said plurality of subsets SSDV_n of 3D diffraction vectors to determine a primary candidate unit cell PCUC defined by three lattice vectors; wherein the correspondence of the primary candidate unit cell PCUC is validated by evaluating the fit of the PCUC with the full set DV of 3D diffraction vectors; and (B) determining if the fit of primary candidate unit cell PCUC with the full set DV of 3D diffraction vectors is above a first threshold; wherein if the fit of the primary candidate unit cell PCUC is above said first threshold the primary candidate unit cell PCUC is used to identify a subset ST of the set DV of 3D diffraction vectors originating from a single grain in the poly-crystalline sample, said subset ST is indexed wherein the method returns to step (A) unless a predetermined criteria has been reached.