mhurhangee/ep-ind-claims huggingface dataset:
A device that comprises: a) a nozzle having an upstream end and a downstream end adapted to allow positioning of at least a portion of the nozzle into a nostril of a subject; b) a reservoir that comprises a single dose of a powdered therapeutic formulation, the reservoir having an upstream end and a downstream end, and disposed within the nozzle; c) a valve having an upstream end and a downstream end, wherein: 1) the valve is adapted to occupy a first position and a second position in the device, and 2) the valve comprises a conical top section that is connected to a first cylindrical section, wherein the first cylindrical section is connected to a first shelf that is connected to a second cylindrical section, and wherein the first shelf comprises at least one slit, for permitting air flow and creating vortex in the reservoir and d) an air source that comprises a manual air pump operably linked to the upstream end of the valve, wherein the device is a single-use device. a) a nozzle having an upstream end and a downstream end adapted to allow positioning of at least a portion of the nozzle into a nostril of a subject; b) a reservoir that comprises a single dose of a powdered therapeutic formulation, the reservoir having an upstream end and a downstream end, and disposed within the nozzle; c) a valve having an upstream end and a downstream end, wherein: 1) the valve is adapted to occupy a first position and a second position in the device, and 2) the valve comprises a conical top section that is connected to a first cylindrical section, wherein the first cylindrical section is connected to a first shelf that is connected to a second cylindrical section, and wherein the first shelf comprises at least one slit, for permitting air flow and creating vortex in the reservoir and 1) the valve is adapted to occupy a first position and a second position in the device, and 2) the valve comprises a conical top section that is connected to a first cylindrical section, wherein the first cylindrical section is connected to a first shelf that is connected to a second cylindrical section, and wherein the first shelf comprises at least one slit, for permitting air flow and creating vortex in the reservoir and d) an air source that comprises a manual air pump operably linked to the upstream end of the valve, wherein the device is a single-use device.
A composition for use in a method to treat and/or prevent cataract, congenital cataracts, or posterior subcapsular cataract, in a subject, said composition comprising a pharmaceutically acceptable ophthalmic carrier and a pharmaceutically effective amount of lanosterol.
A porous interconnected corrugated carbon-based network, ICCN, composite comprising: a plurality of carbon sheets that are interconnected in a layered structure, wherein layered carbon sheets in the plurality of carbon sheets are directly coupled and expanded apart from one another to form a plurality of pores; and metallic nanoparticles are disposed within the plurality of pores, wherein a percentage of surface area coverage of the metallic nanoparticles within the plurality of carbon sheets is at least 15%.
A flow-through apparatus comprising a thermally regulated reaction chamber and an air movement device, wherein the reaction chamber comprises a temperature regulated surface which is adapted to facilitate flow-through hybridization to take place under thermally regulated and controlled conditions, and a thermal assembly comprising an electrical powered active thermal means adapted to heat or cool the temperature regulated surface by conduction; and wherein a plurality of draining apertures adapted to drain excessive or residual liquid inside the reaction chamber is distributed on a bottom surface of the reaction chamber; characterized in that the flow-through apparatus is adapted for desktop operation and the reaction chamber is adapted to receive a membrane carrying a modular test cartridge and comprises a re-closable cover; and wherein the re-closable cover is adapted to act against an upstream side of a modular test cartridge when closed to thereby cause a downstream side of the modular test cartridge to press against the bottom surface of the reaction chamber such that sealing means provided on the downstream side of the modular test cartridge will cooperate with the bottom surface of the reaction chamber to form a suction confining seal.
A method for the heat treatment of a wet granular product comprising the following succession of steps: - arranging the granular product on a support, - subjecting said granular product to the action of microwaves, and - subjecting the support to the action of means for translational advance by vibrations, simultaneously with the subjection to the action of microwaves, characterised in that it comprises generating a plug of granular product at the entry to the support, providing a barrier to the microwaves, and generating a plug of granular product at the exit from the support, also providing a barrier to the microwaves. - arranging the granular product on a support, - subjecting said granular product to the action of microwaves, and - subjecting the support to the action of means for translational advance by vibrations, simultaneously with the subjection to the action of microwaves,
An article of footwear (700; 1800; 2000; 2500; 2600; 2900) comprising: an interior layer; an exterior layer connected to the interior layer; wherein the interior layer and the exterior layer are cut in a pattern forming an integral upper portion and sole portion; wherein the exterior layer comprises: an outer material; and a structural overlay disposed over the outer material; wherein the structural overlay comprises at least a first material and a second material, wherein the first material and second material have different levels of durability, the structural overlay having a first opening in the upper portion; and wherein the article of footwear further comprises a ground engaging portion having a tread pattern adjacent to the first opening, characterized in that the first opening exposes a first portion of the outer material in the upper portion; and the first material comprises the ground engaging portion having a tread pattern adjacent to the first opening. an interior layer; an exterior layer connected to the interior layer; wherein the interior layer and the exterior layer are cut in a pattern forming an integral upper portion and sole portion; wherein the exterior layer comprises: an outer material; and a structural overlay disposed over the outer material; an outer material; and a structural overlay disposed over the outer material; wherein the structural overlay comprises at least a first material and a second material, wherein the first material and second material have different levels of durability, the structural overlay having a first opening in the upper portion; and wherein the article of footwear further comprises a ground engaging portion having a tread pattern adjacent to the first opening, characterized in that the first opening exposes a first portion of the outer material in the upper portion; and the first material comprises the ground engaging portion having a tread pattern adjacent to the first opening.
A method for controlling a blood pump driven by a motor, the method comprising: obtaining a response signal from the motor in response to a driving signal with a non-steady component to the motor or the blood pump; analyzing the driving signal with the non-steady component and the corresponding response signal received from the motor, or analyzing two different response signals received from the motor resulting from the driving signal with the non-steady component; and determining from the analysis whether the blood pump is in operation under either a pump event or a physiological event. obtaining a response signal from the motor in response to a driving signal with a non-steady component to the motor or the blood pump; analyzing the driving signal with the non-steady component and the corresponding response signal received from the motor, or analyzing two different response signals received from the motor resulting from the driving signal with the non-steady component; and determining from the analysis whether the blood pump is in operation under either a pump event or a physiological event.
The use of an iron transfer agent for reactivating an iron-contaminated fluid catalytic cracking catalyst, comprising contacting the iron-contaminated FCC catalyst with an iron transfer agent comprising a magnesia-alumina hydrotalcite material that contains a modifier selected from the group consisting of calcium, manganese, lanthanum, iron, zinc, or phosphate.
Belt filter, comprising a filter belt which, in order to form a channel-shaped filter trough, is guided about two rotatable guide elements which are arranged so as to be mutually spaced and which are rotatably mounted by means of two rotary bearings, seals being arranged between the rotary bearings and the guide elements, characterised in that the seals have a wire as a core which is surrounded by a sealing tube.
Switching apparatus, comprising a switching device and a radio module, wherein the radio module has a radio interface for communication with a receiver and a transmitter, and wherein the radio module provides information about an operating state of the switching device for wireless retrieval, the switching apparatus comprises a manual operating element by means of which the radio module can be switched on or off, characterized in that a control signal can be transmitted to the switching device by means of the radio module and the radio module comprises an energy supply independent of an energy supply of the switching device and the switching device can be supplied with energy using the independent energy supply.
A steel pipe for the transmission of crude oil or natural gas, wherein the steel pipe is made of a low alloy steel consisting of, by mass percent, C: 0.01 to 0.15%, Si: 0.01% to 3%, Mn: 0.2% to 3%, B: 0.006 to 0.050%, Al: 0.001% to 0.08%, optionally one or more elements selected from Cr, Mo, Ni and Cu: 1.5% or less in total; one or more elements selected from Ti, V and Nb: 0.2% or less in total; and Ca and/or Mg: 0.05% or less in total, the balance being Fe and impurities, wherein in the impurities, N: 0.01% or less, P: 0.05% or less, S: 0.03% or less, and O: 0.03% or less, wherein the content of B satisfies Formula: 0.005 × Hv / 300 + 0.0023 ≤ B where, "Hv" in the formula means the maximum value of Vickers hardness of a heat affected zone, and "B" means the content of B in mass%. one or more elements selected from Cr, Mo, Ni and Cu: 1.5% or less in total; one or more elements selected from Ti, V and Nb: 0.2% or less in total; and Ca and/or Mg: 0.05% or less in total,
A drug delivery device comprising a transdermal delivery system having a needle actuation mechanism and a needle assembly comprising a needle connected to a needle holder, a cannula connected to a cannula holder, and a guiding element configured to guide axial displacement of the needle and the cannula, the needle actuation mechanism comprising a cam member and said needle and cannula holders comprising each an engagement portion, wherein the engagement portion (82a, 82b) of the needle holder is configured to engage with a first and a second cam surface (62a, 62b) and the engagement portion of the cannula holder is configured to engage with a locking surface, characterized in that the cam member has a cam housing lodging a spring element to impart rotational movement to the cam housing relative to the needle guiding element, wherein the first and second cam surfaces (62a, 62b) are arranged on the cam member around the circumference of an outer surface of the cam housing along a first portion with a first gradient configured for the needle insertion movement followed by a second portion with a second gradient configured for the needle retraction movement such that the needle and the cannula are moved from a retracted position to an extended position upon rotation of the cam member through a first predetermined angle, and such that the needle is brought back in the retracted position upon further rotation of said cam member through a second predetermined angle, whereby during rotation through said second predetermined angle, the engagement portion of the cannula holder abuts against the locking surface to maintain the cannula in the extended position configured for transdermal delivery.
An aggregate mount comprising a mount core and a support, wherein the mount core is configured as a multiple-body core, comprising at least one stopper made of a metal material which is at least partly enclosed by a coating made of a heat insulating material, wherein the heat insulating material is formed by a polymer material, wherein the stopper is capable of abutting against a stopper housing to restrict extreme deflections of the mount core relative to the support, wherein the coating and the support are supported on each other by a spring body made of an elastomer material, characterized in that the stopper and the spring body are enclosed by the stopper housing in an essentially cup-shaped manner and the spring body contacts the coating only, but not the metal material.
A solid composition comprising a therapeutically effective amount of a mixture of particles of a pharmaceutically acceptable salt of R(+)-N-propargyl-1-aminoindan having a particle size distribution wherein more than 90% of the total amount by volume of R(+)-N-propargyl-1-aminoindan mesylate salt particles have a size of less than 200 microns and at least 90% of the total amount by volume of the R(+)-N-propargyl-1-aminoindan salt particles have a size of greater than 6 microns, the particle size distribution resulting from milling larger particles as determined by d(0.9) and d(0.1) values, wherein particle size is measured using laser diffraction; and a pharmaceutically acceptable carrier.
Cosmetic composition comprising at least one polyhydroxyalkanoate copolymer, characterized in that said polyhydroxyalkanoate copolymer consists of a repetition of monomer units of following formulae,,,, and: formula: -[-O-CH -(CH 2)-CO-]- formula: -[-O-CH -(CH 2)-CO-]- formula: -[-O-CH -(CH 2)-CO-]- formula: -[-O-CH -(CH 2)-CO-]- formula: -[-O-CH -(CH 2)-CO-]- formula: -[-O-CH -(CH 2)-CO-]- in which: R1 represents an n-propyl group R2 represents an n-butyl group R3 represents an n-pentyl group R4 represents an n-hexyl group R5 represents an n-heptyl group R6 represents an n-octyl group said polyhydroxyalkanoate copolymer comprising at least 1 mol% and at most 50 mol% of each of the monomer units of formulae,,,, and. R1 represents an n-propyl group R2 represents an n-butyl group R3 represents an n-pentyl group R4 represents an n-hexyl group R5 represents an n-heptyl group R6 represents an n-octyl group said polyhydroxyalkanoate copolymer comprising at least 1 mol% and at most 50 mol% of each of the monomer units of formulae,,,, and.
Method for measuring a temperature of a fluid for use with a microfluidic analysis apparatus having at least one camera device, wherein the method comprises the following steps: - identifying a diffusion characteristic of a diffusion of the fluid using at least one camera image from the camera device, the diffusion characteristic being identified using a fluid-specific diffusion constant which represents space-time kinetics of said fluid in m/s 2; - reading at least one diffusion signal which represents the diffusion characteristic of the fluid; and - determining the temperature using the at least one diffusion signal. - identifying a diffusion characteristic of a diffusion of the fluid using at least one camera image from the camera device, the diffusion characteristic being identified using a fluid-specific diffusion constant which represents space-time kinetics of said fluid in m/s 2; - reading at least one diffusion signal which represents the diffusion characteristic of the fluid; and - determining the temperature using the at least one diffusion signal.
A fine carbon fiber mixture produced through a vapor-growth process, which comprises fine carbon fiber, each fiber filament of the fiber having an outer diameter of 1 to 500 nm and an aspect ratio of 10 to 15,000, as measured from transmission electron micrograph images of different portions of the fine carbon fiber mixture, and comprising a hollow space extending along the center axis of the filament and a multi-layer sheath structure consisting of a plurality of carbon layers; and non-fibrous carbon, wherein the non-fibrous carbon has a size 0.1 to 500 times the diameter of the fine carbon fiber.
A truck with a lowerable bed comprising: a driver's 2- cab, cargo container, a front axle, a rear axle, at least one lifting device, and at least one guiding device, wherein, said front axle is attached to said driver's cab, wherein said driver's cab is attached to the said lifting device, wherein said lifting device is attached to said cargo container, wherein said cargo container is attached to said guiding device, wherein said guiding device is attached to said rear axle; the truck being characterised in that it includes three selectable modes, wherein the three selectable mode includes a driving mode, a side-loading mode and a rear-loading mode; wherein, when said driving mode is selected, said front axle is positioned under said driver's cab, said rear axle is positioned under said cargo container, and said driver's cab is positioned in front of said cargo container; wherein, when said side-loading mode is selected, said rear axle moves along said guiding device and is positioned rear of said cargo container, and said cargo container is lowered onto the ground through actuation of said lifting device and movement of said rear axle, wherein, when said rear-loading mode is selected, said truck first enters said side-loading mode, said rear axle is then moved above said cargo container. a driver's 2- cab, cargo container, a front axle, a rear axle, at least one lifting device, and at least one guiding device, wherein, said front axle is attached to said driver's cab, wherein said driver's cab is attached to the said lifting device, wherein said lifting device is attached to said cargo container, wherein said cargo container is attached to said guiding device, wherein said guiding device is attached to said rear axle; the truck being characterised in that it includes three selectable modes, wherein the three selectable mode includes a driving mode, a side-loading mode and a rear-loading mode; wherein, when said driving mode is selected, said front axle is positioned under said driver's cab, said rear axle is positioned under said cargo container, and said driver's cab is positioned in front of said cargo container; wherein, when said side-loading mode is selected, said rear axle moves along said guiding device and is positioned rear of said cargo container, and said cargo container is lowered onto the ground through actuation of said lifting device and movement of said rear axle, wherein, when said rear-loading mode is selected, said truck first enters said side-loading mode, said rear axle is then moved above said cargo container.
A method for producing lipid particles including nucleic acids, the method comprising the following steps of to: a step of heating an oil phase containing a phospholipid, ethanol, and ethyl acetate; a step of mixing an oil phase prepared in step with a water phase containing nucleic acids, wherein the mass ratio of mixing the water phase with the oil phase is 1.6:1.0 to 1.1:1.0; a step of cooling the mixed liquid which contains the oil phase and the water phase and has been obtained in step, and crystallizing lipid particles; and a step of removing ethanol and ethyl acetate from the mixed liquid which contains the oil phase and the water phase and has been obtained in step. a step of heating an oil phase containing a phospholipid, ethanol, and ethyl acetate; a step of mixing an oil phase prepared in step with a water phase containing nucleic acids, wherein the mass ratio of mixing the water phase with the oil phase is 1.6:1.0 to 1.1:1.0; a step of cooling the mixed liquid which contains the oil phase and the water phase and has been obtained in step, and crystallizing lipid particles; and a step of removing ethanol and ethyl acetate from the mixed liquid which contains the oil phase and the water phase and has been obtained in step.
A synthetic DNA molecule comprising a nucleotide sequence selected from the group consisting of: (a) a nucleotide sequence set forth in any one of SEQ ID NOs: 1-3; and (b) a nucleotide sequence that is at least about 80% identical to the nucleotide sequence of any one of SEQ ID NOs: 1-3, and which encodes a promoter having plant trichome gland specific transcriptional activity, wherein the nucleotide sequence is operably linked to a heterologous nucleic acid. (a) a nucleotide sequence set forth in any one of SEQ ID NOs: 1-3; and (b) a nucleotide sequence that is at least about 80% identical to the nucleotide sequence of any one of SEQ ID NOs: 1-3, and which encodes a promoter having plant trichome gland specific transcriptional activity,
An injection molding data management device comprising: a data storage unit configured to store data indicating a time-dependent change of a detection value detected by a detector in an injection molding machine; and a detection value extraction unit configured to extract a detection value from the data stored in the data storage unit, characterized in that the data is stored in association with a reference timing for determining an extraction timing at which the detection value is extracted from the data, the detection value extraction unit is configured to compare the extraction timing which is input to an input unit and the reference timing with each other, and the detection value is detected at the extraction timing input to the input unit. a data storage unit configured to store data indicating a time-dependent change of a detection value detected by a detector in an injection molding machine; and a detection value extraction unit configured to extract a detection value from the data stored in the data storage unit, characterized in that the data is stored in association with a reference timing for determining an extraction timing at which the detection value is extracted from the data, the detection value extraction unit is configured to compare the extraction timing which is input to an input unit and the reference timing with each other, and the detection value is detected at the extraction timing input to the input unit.