mhurhangee/ep-ind-claims huggingface dataset:
A container production method by liquid blow molding, comprising: a liquid blow molding step in which, as a blow molding mold, one having a bottom mold portion that forms an upward convex inner surface on a bottom of a cavity of the mold is used, and a pressurized liquid is supplied into a resin preform to mold the preform into a container of a shape conforming to the inner surface of the cavity; and a head space forming step of forming a head space in an upper portion of the container, in which, with the container disposed in the cavity, a bottom panel portion molded into an upward convex shape on a bottom of the container is inverted, characterized in that the bottom panel portion molded into an upward convex shape on a bottom of the container is inverted by pushing it down with a pushing rod inserted from a mouth (Ca) of the container while being sandwiched between the pushing rod and the bottom mold portion and is plastically deformed into a downward convex shape, and simultaneously air is introduced into the container. a liquid blow molding step in which, as a blow molding mold, one having a bottom mold portion that forms an upward convex inner surface on a bottom of a cavity of the mold is used, and a pressurized liquid is supplied into a resin preform to mold the preform into a container of a shape conforming to the inner surface of the cavity; and a head space forming step of forming a head space in an upper portion of the container, in which, with the container disposed in the cavity, a bottom panel portion molded into an upward convex shape on a bottom of the container is inverted,
A lighting device for vehicles comprising: a socket including a flange, and a mounting unit which is provided on one face of the flange; and a light emitting unit which is provided at an end portion of the mounting unit on a side opposite to a side of the flange, and includes a light emitting element; at least one support unit provided on the face of the flange on which the mounting unit is provided, the support unit protruding from the same face on which the mounting unit is provided, characterized in that, a distance from the face of the flange on which the mounting unit is provided to an apex portion (13c1) of the support unit is shorter than a thickness dimension of a sealing member which is attached to the face of the flange on which the mounting unit is provided. a socket including a flange, and a mounting unit which is provided on one face of the flange; and a light emitting unit which is provided at an end portion of the mounting unit on a side opposite to a side of the flange, and includes a light emitting element; at least one support unit provided on the face of the flange on which the mounting unit is provided, the support unit protruding from the same face on which the mounting unit is provided, characterized in that, a distance from the face of the flange on which the mounting unit is provided to an apex portion (13c1) of the support unit is shorter than a thickness dimension of a sealing member which is attached to the face of the flange on which the mounting unit is provided.
A topical nitric oxide delivery device comprising a backing layer substantially impermeable to nitric oxide, arranged and configured to limit a loss of nitric oxide concentration during release of nitric oxide in the delivery device; a nitric oxide permeable layer in use of the delivery device oriented towards an area to be treated, wherein said nitric oxide permeable layer is a membrane permeable for nitric oxide; a nitric oxide generating system comprising a nitric oxide releasing fluid, wherein said nitric oxide releasing fluid comprises a nitric oxide donor compound and an activation fluid, wherein said activation fluid is for activation of a release of nitric oxide from said nitric oxide donor compound comprised in said topical nitric oxide delivery device; and an absorbing layer between said backing layer and said nitric oxide permeable layer, arranged to retain said nitric oxide releasing fluid therein, in such a manner that nitric oxide released from said nitric oxide releasing fluid is directed within the delivery device and through the nitric oxide permeable layer towards a skin area by an increase of partial pressure or concentration of nitric oxide therein; wherein said backing layer comprises a sealingly reclosable, or closable opening, said opening comprises an activation window being closable by a backing lid (35, 40, 50, 71), and wherein fluid access into the device is provided by said opening or a fluid communication port.
A system for embedding a carbon nanotube in a nanopore, the system comprising: a carbon nanotube; a nanopore; an apparatus for embedding the carbon nanotube in the nanopore, the apparatus comprising: a membrane separating a reservoir into a first reservoir part and a second reservoir part, the nanopore being formed through the membrane for connecting the first and second reservoir parts; an ionic fluid filling the nanopore, the first reservoir part, and the second reservoir part; a first electrode dipped in the first reservoir part; and a second electrode dipped in the second reservoir part; and wherein the system further comprises: a voltage source configured to apply a voltage bias to the first and second electrodes; and wherein the carbon nanotube and/or nanopore is coated with an organic coating that is configured to covalently bond the outer surface of the carbon nanotube to the inner surface of the nanopore. a carbon nanotube; a nanopore; an apparatus for embedding the carbon nanotube in the nanopore, the apparatus comprising: a membrane separating a reservoir into a first reservoir part and a second reservoir part, the nanopore being formed through the membrane for connecting the first and second reservoir parts; an ionic fluid filling the nanopore, the first reservoir part, and the second reservoir part; a first electrode dipped in the first reservoir part; and a second electrode dipped in the second reservoir part; and wherein the system further comprises: a membrane separating a reservoir into a first reservoir part and a second reservoir part, the nanopore being formed through the membrane for connecting the first and second reservoir parts; an ionic fluid filling the nanopore, the first reservoir part, and the second reservoir part; a first electrode dipped in the first reservoir part; and a second electrode dipped in the second reservoir part; and wherein the system further comprises: a voltage source configured to apply a voltage bias to the first and second electrodes; and wherein the carbon nanotube and/or nanopore is coated with an organic coating that is configured to covalently bond the outer surface of the carbon nanotube to the inner surface of the nanopore.
Device for inspecting a stiffener of a structure made of composite materials of an aircraft, comprising - at least one ultrasound sensor suitable for supplying measurements relating to a state of internal health of the stiffener, - an ultrasound sensor protection enclosure, in which said ultrasound sensor is housed, - a mobile gantry suitable for being displaced along the stiffener and inside which is mounted the protection enclosure with the ultrasound sensor, the mobile gantry being in the form of an inverted U and comprising two lateral legs placed on either side of the stiffener, - driving means suitable for driving the gantry in displacement along the stiffener, said driving means being housed in a module secured to the gantry and forming a central leg of said gantry, - gripping means, secured to the protection enclosure and suitable for keeping the ultrasound sensor pressed against the surface of the stiffener to be inspected, - locating means for synchronizing each area of the surface of the stiffener with the measurement of the ultrasound sensor. - at least one ultrasound sensor suitable for supplying measurements relating to a state of internal health of the stiffener, - an ultrasound sensor protection enclosure, in which said ultrasound sensor is housed, - a mobile gantry suitable for being displaced along the stiffener and inside which is mounted the protection enclosure with the ultrasound sensor, the mobile gantry being in the form of an inverted U and comprising two lateral legs placed on either side of the stiffener, - driving means suitable for driving the gantry in displacement along the stiffener, said driving means being housed in a module secured to the gantry and forming a central leg of said gantry, - gripping means, secured to the protection enclosure and suitable for keeping the ultrasound sensor pressed against the surface of the stiffener to be inspected, - locating means for synchronizing each area of the surface of the stiffener with the measurement of the ultrasound sensor.
An apparatus (401; 501; 601; 701; 801; 901; 1001; 1201) to guide a tubular member (693; 793; 893; 1093) having a flotation module (695; 795; 895; 1095) attached an outer diameter of said tubular member (693; 793; 893; 1093), the apparatus (401; 501; 601; 701; 801; 1001) comprising: a bowl (403; 503; 603; 803; 903; 1203) forming a bore (405; 505) having a first opening (407; 507) formed at a top side of the bowl (403; 503; 603; 803; 903; 1203), a second opening formed at a bottom side of the bowl (403; 503; 603; 803; 903; 1203), and a tapered inner wall extending from the first opening (407; 507) to the second opening about a longitudinal axis (400; 1200); a slip assembly (421; 621; 821; 921; 1021) movably disposed within the bowl (403; 503; 603;803;903; 1203); a first guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the first opening (407; 507) of the bowl (403; 503; 603; 803; 903; 1203); and a second guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the second opening of the bowl (403; 503; 603; 803; 903; 1203), wherein at least one of the first guiding member (441; 541; 641; 741; 841; 1041; 1241) and the second guiding member (441; 541; 641; 741; 841; 1041; 1241) comprises a roller to contact the flotation module (695; 795; 895; 1095) disposed within the bore. a bowl (403; 503; 603; 803; 903; 1203) forming a bore (405; 505) having a first opening (407; 507) formed at a top side of the bowl (403; 503; 603; 803; 903; 1203), a second opening formed at a bottom side of the bowl (403; 503; 603; 803; 903; 1203), and a tapered inner wall extending from the first opening (407; 507) to the second opening about a longitudinal axis (400; 1200); a slip assembly (421; 621; 821; 921; 1021) movably disposed within the bowl (403; 503; 603;803;903; 1203); a first guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the first opening (407; 507) of the bowl (403; 503; 603; 803; 903; 1203); and a second guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the second opening of the bowl (403; 503; 603; 803; 903; 1203), wherein at least one of the first guiding member (441; 541; 641; 741; 841; 1041; 1241) and the second guiding member (441; 541; 641; 741; 841; 1041; 1241) comprises a roller to contact the flotation module (695; 795; 895; 1095) disposed within the bore.
Apparatus for separating liquid and solid material from each other, which apparatus comprises at least a drum-type screen and a compression screw equipped with a rotation shaft and a flighting and placed to extend through the screen, and which flighting comprises an outer edge on its periphery and is equipped with a pressure element made advantageously of flexible material and fastened onto the pressure side of the flighting facing towards the second end of the compression screw, and which apparatus comprises in the longitudinal direction of the compression screw a first section, a second section and a third section, where in the area of the first section which area is in the area of the first end of the compression screw the apparatus comprises a cutting element which together with the outer edge of the flighting forms a cutting mechanism for cutting hay, straws and other solid material into smaller pieces, characterized in that the pressure element is in the area of the second section which area is in the area of the screen, and that the single pressure element is a flat annular plate with a center hole whose diameter is bigger than the outer diameter of the rotation shaft of the compression screw.
A patterning material for three-dimensional stereolithography comprising: a diallyl phthalate prepolymer; a photocurable monomer; and a photopolymerization initiator, wherein the patterning material is liquid at room temperature. a diallyl phthalate prepolymer; a photocurable monomer; and a photopolymerization initiator, wherein the patterning material is liquid at room temperature.
A method of controlling the crystal orientation of a molybdenum layer on a substrate comprising the steps of: depositing a layer of ZnO on the substrate and depositing the molybdenum layer on the ZnO layer, characterised by selecting a thickness, t, for the ZnO layer according to the desired crystal orientation wherein 0nm < t < 50nm. depositing a layer of ZnO on the substrate and depositing the molybdenum layer on the ZnO layer, characterised by selecting a thickness, t, for the ZnO layer according to the desired crystal orientation wherein 0nm < t < 50nm.
A sublingual tablet formulation, which is suitable for administration of a short acting hypnotic drug across the oral mucosa, which comprises: (a) microparticles of the short acting hypnotic drug; and (b) particles of a mucoadhesion promoting agent, which particles of components (a) and (b) are each presented, at least in part, upon the surfaces of larger carrier particles, and wherein the dose of drug per tablet is in the range of about 5 mg to about 12 mg. (a) microparticles of the short acting hypnotic drug; and (b) particles of a mucoadhesion promoting agent,
An ink cartridge (30, 30A, 30B, 30E) for installing in a cartridge mounting portion of a recording apparatus, comprising: a body (31, 31 A, 31B, 31E) having a front side at which an ink supply portion (37, 37G) is located for supplying ink stored in an ink chamber to an exterior of the ink chamber, and a rear side located opposite the front side; a particular interface positioned substantially adjacent to the ink supply portion at the front side, wherein the particular interface is configured to be biased by a biasing member in a specific direction; characterized is that it comprises also an engagement portion (90, 151) configured to be engaged with a locking section of a cartridge installation portion for retaining the body (31, 31A, 31B; 31E) in an installed state, the cartridge further comprising a bottom surface extending from the front side to the real side. wherein the bottom surface is formed with a recess in which the engagement portion (90, 151) is received during installation until the recess is aligned with the locking section. a body (31, 31 A, 31B, 31E) having a front side at which an ink supply portion (37, 37G) is located for supplying ink stored in an ink chamber to an exterior of the ink chamber, and a rear side located opposite the front side; a particular interface positioned substantially adjacent to the ink supply portion at the front side, wherein the particular interface is configured to be biased by a biasing member in a specific direction; characterized is that it comprises also an engagement portion (90, 151) configured to be engaged with a locking section of a cartridge installation portion for retaining the body (31, 31A, 31B; 31E) in an installed state, the cartridge further comprising a bottom surface extending from the front side to the real side. wherein the bottom surface is formed with a recess in which the engagement portion (90, 151) is received during installation until the recess is aligned with the locking section.
A device useful for transporting and/or handling equipment in an underwater environment for performing work, the device comprising at least the following components: - a floating hydraulic unit comprising a first enclosure, preferably with a cylindrical wall, an electrical pump unit, a battery suitable for electrically powering the pump unit, a fluid tank, preferably containing oil, said first enclosure being suitable for being made submersible by first ballast; - at least one hydraulic tool connected to at least one hydraulic coupling (11, 12) of said hydraulic unit via at least one flexible hose; - at least one independent float, preferably having a cylindrical wall, connected to said hydraulic tool via a sling of adjustable length, said float being suitable for being made submersible by second ballast; and - a wired remote control for switching on or stopping the pump unit, said wired remote control comprising a handle fitted with an electrical contactor at a first end of an electric wire, the second end of the electric wire being connected to said pump unit. - a floating hydraulic unit comprising a first enclosure, preferably with a cylindrical wall, an electrical pump unit, a battery suitable for electrically powering the pump unit, a fluid tank, preferably containing oil, said first enclosure being suitable for being made submersible by first ballast; - at least one hydraulic tool connected to at least one hydraulic coupling (11, 12) of said hydraulic unit via at least one flexible hose; - at least one independent float, preferably having a cylindrical wall, connected to said hydraulic tool via a sling of adjustable length, said float being suitable for being made submersible by second ballast; and - a wired remote control for switching on or stopping the pump unit, said wired remote control comprising a handle fitted with an electrical contactor at a first end of an electric wire, the second end of the electric wire being connected to said pump unit.
A gas-barrier multilayer film, comprising a plastic film and, an inorganic thin film layer and a gas-barrier resin composition layer being stacked in this order with or without intervention of other layers on at least one surface of the plastic film, wherein the gas-barrier resin composition layer is formed from a gas-barrier resin composition comprised of a gas-barrier resin including an ethylene-vinyl alcohol-based copolymer, an inorganic layered compound, and an additive, the content of the inorganic layered compound in the gas-barrier resin composition is from 0.1% by mass to 9.0% by mass, and the additive is a coupling agent and/or a cross-linking agent, the thickness of the gas-barrier resin composition layer is from 0.05 μm to 0.5 μm, and the thickness of the inorganic thin film layer is 1 nm or more and 800 nm or less.
Apparatus for producing a fibrous web from a plurality of layers, comprising a multilayer headbox having an inner turbulence generator (7.8) extending over the width of the multilayer headbox and at least two turbulence generators (7.10, 7.11) directly adjacent to the inner turbulence generator (7.8), each extending over the width of the multilayer headbox, for forming at least three suspension layers, and with a nozzle adjoining the turbulence generators (7.8, 7.10, 7.11) and having an upper nozzle wall (4.1) and a lower nozzle wall (4.2), the nozzle walls (4.1, 4.2) are arranged convergent to each other and form an outlet gap for the formation of a suspension jet and with two separating lamellas arranged in the nozzle for the separation of the inner suspension layer from the adjacent suspension layers on at least a part of the nozzle length, and further comprising supply systems for the supply of suspensions to the respective turbulence generators (7.8, 7.10, 7.11), the feed system for the inner turbulence generator (7.8) comprising a white water vat which is connected to at least one white water pump (8.1), a white water classifier (8.2), a first cross distributor (8.6) via a white water line (8.31), the first cross distributor (8.6) being connected to the inner turbulence generator (7.8) for supplying white water to the inner suspension layer characterized in that after the at least one white water pump (8.1), and preferably after the white water classifier (8.2), an auxiliary material metering device (9.2) is provided for generating a metering volume flow for metering an auxiliary material into the white water line (8.31), and in that the auxiliary material metering device (9.2) is designed in such a way that the metering volume flow can be controlled and/or regulated for setting the mixing quality between white water and metering volume flow.
A method for sharing content in a mobile terminal, the method comprising: registering an event with a schedule organizer application; configuring event information, the event information including a time and a location of the event; configuring an interoperation application to be executed automatically when an environment of the mobile terminal corresponds to event information of the event; configuring information identifying sharers for sharing content associated with the event, wherein a sharer comprises a person or device with which it is desired to share content; and determining whether an environment of the mobile terminal corresponds to event information of the event; wherein if an environment of the mobile terminal corresponds to event information of the event, the method further comprises: automatically executing the interoperation application; storing content generated by the interoperation application; and transmitting the stored content to the sharers. registering an event with a schedule organizer application; configuring event information, the event information including a time and a location of the event; configuring an interoperation application to be executed automatically when an environment of the mobile terminal corresponds to event information of the event; configuring information identifying sharers for sharing content associated with the event, wherein a sharer comprises a person or device with which it is desired to share content; and determining whether an environment of the mobile terminal corresponds to event information of the event; wherein if an environment of the mobile terminal corresponds to event information of the event, the method further comprises: automatically executing the interoperation application; storing content generated by the interoperation application; and transmitting the stored content to the sharers. automatically executing the interoperation application; storing content generated by the interoperation application; and transmitting the stored content to the sharers.
A composition comprising a tracer, wherein the tracer is a radionuclide-labelled carboxylic acid or the corresponding carboxylate, wherein the radionuclide-labelled carboxylic acid is a compound of formula: wherein Q is a radionuclide or group comprising a radionuclide; C L is selected from [ 12 C] carbon, or [ 13 C] carbon; n is 1, 2, or 3; R 1 and R 2 are independently C 1-4 -alkyl; and R 3 and R 4 are independently H or F. Q is a radionuclide or group comprising a radionuclide; C L is selected from [ 12 C] carbon, or [ 13 C] carbon; n is 1, 2, or 3; R 1 and R 2 are independently C 1-4 -alkyl; and R 3 and R 4 are independently H or F.
A curtain driving assembly comprising: a control set and a mount, the control set having a stationary seat and a chain wheel with which a bead chain is engaged, the stationary seat having a shaft extending therefrom and a wall which is located partially around the shaft so as to be configured to cover the bead chain, the chain wheel having a sleeve extending therefrom which is mounted to the shaft; the mount is mounted to the sleeve and has a flange, the flange is located corresponding to the chain wheel, at least one of the flange and the chain wheel has a lip so as to form a gap between the flange and the chain wheel, characterized in that a cover is mounted to the chain wheel of the control set so as to be configured to cover the bead chain, the cover is a ring-shaped cover and has multiple engaging portions (32a, 32b) on an inside thereof, the engaging portions (32a, 32b) being installed in the gap and engaged with the flange.