mhurhangee/ep-ind-claims huggingface dataset:
An infusion set comprising: an fluid-carrying tubing; a light array coupled to the fluid-carrying tubing at a plurality of fastening points along a length of the fluid-carrying tubing; a pump interface; and a controller, wherein the controller is configured to: receive a pumping parameter from the pump interface, the pumping parameter being generated by an infusion pump providing a fluid to a patient through the fluid-carrying tubing and representative of a property of the fluid that is measured by a sensor of the infusion pump; the infusion set being characterized in that the controller is further configured to cause, responsive to receiving the pumping parameter, the light array to display, along the length of the fluid-carrying tubing, a light pattern representative of the pumping parameter. an fluid-carrying tubing; a light array coupled to the fluid-carrying tubing at a plurality of fastening points along a length of the fluid-carrying tubing; a pump interface; and a controller, wherein the controller is configured to: receive a pumping parameter from the pump interface, the pumping parameter being generated by an infusion pump providing a fluid to a patient through the fluid-carrying tubing and representative of a property of the fluid that is measured by a sensor of the infusion pump; the infusion set being characterized in that the controller is further configured to cause, responsive to receiving the pumping parameter, the light array to display, along the length of the fluid-carrying tubing, a light pattern representative of the pumping parameter.
A composition comprising an agent selected from an ester of -3-hydroxybutyrate and an oligomer of -3-hydroxybutyrate of Formula 1 or Formula 2 below wherein R is a residue of a polyhydric alcohol having x hydroxyl groups, m represents the number of -3-hydroxybutyrate oligomers attached to R via ester bonds and n is the number of -3-hydroxybutyrate residues per oligomer being from 1 to 100; for use in a method of protecting animal tissue from damage caused by radiation exposure, comprising contacting the tissue with a therapeutically effective amount of the said composition thereby protecting the tissue from radiation damage.
The polymer nanocomposite is characterised in that it contains a polymer and 1 to 50% parts by weight of nanoiron relative to the polymer, wherein the nanoiron is boron doped zero-valent iron and boron content is between 0.01 and 10% by weight.
Cosmetic preparation comprising a) one or more UV filters b) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate) c) citronellol, wherein the preparation is free from 2-hydroxy-4-methoxybenzophenone, 2-ethylhexyl 4-methoxycinnamate, isoamyl 4-methoxycinnamate and 3-(4-methylbenzylidene)camphor. a) one or more UV filters b) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate) c) citronellol, wherein the preparation is free from 2-hydroxy-4-methoxybenzophenone, 2-ethylhexyl 4-methoxycinnamate, isoamyl 4-methoxycinnamate and 3-(4-methylbenzylidene)camphor.
A method of applying at least one extended-adhesive electrode to a patient's skin, the method comprising the steps of: mounting at least one medical electrode assembly having an inner face adhered to the patient's skin, each medical electrode assembly having an electrode unit with a connector facing opposite the patient's skin; and adhering an adhesive extender, the adhesive extender having a unitary flexible sheet with an aperture and an adhesive face, the adhesive face having an inner portion, surrounding the aperture adherable to the medical electrode assembly, and an outer portion adherable to the patient's skin surrounding the medical electrode assembly, wherein the adhering includes adhering the inner portion of the adhesive face on each of the adhered medical electrode assembly, and adhering the outer portion of the adhesive face to the patient's skin surrounding the medical electrode assembly, the aperture exposing the electrode connector. mounting at least one medical electrode assembly having an inner face adhered to the patient's skin, each medical electrode assembly having an electrode unit with a connector facing opposite the patient's skin; and adhering an adhesive extender, the adhesive extender having a unitary flexible sheet with an aperture and an adhesive face, the adhesive face having an inner portion, surrounding the aperture adherable to the medical electrode assembly, and an outer portion adherable to the patient's skin surrounding the medical electrode assembly, wherein the adhering includes adhering the inner portion of the adhesive face on each of the adhered medical electrode assembly, and adhering the outer portion of the adhesive face to the patient's skin surrounding the medical electrode assembly, the aperture exposing the electrode connector.
A method of cleaning a submerged surface covered by a liquid medium, the method comprising: injecting a cleaning liquid with a submerged fluid jet through the liquid medium at the submerged surface; and introducing a non-reactive gas and a reactive gas with the cleaning liquid through the submerged fluid jet; wherein the injecting and introducing is performed with a triple concentric tuyere as the submerged fluid jet, the cleaning liquid being injected through a first passage of the triple concentric tuyere, the non-reactive gas being introduced through a second passage of the triple concentric tuyere, and the reactive gas being introduced through a third passage of the triple concentric tuyere; wherein the injecting and introducing includes configuring the triple concentric tuyere such that the first passage surrounds the second passage and the third passage. injecting a cleaning liquid with a submerged fluid jet through the liquid medium at the submerged surface; and introducing a non-reactive gas and a reactive gas with the cleaning liquid through the submerged fluid jet; wherein the injecting and introducing is performed with a triple concentric tuyere as the submerged fluid jet, the cleaning liquid being injected through a first passage of the triple concentric tuyere, the non-reactive gas being introduced through a second passage of the triple concentric tuyere, and the reactive gas being introduced through a third passage of the triple concentric tuyere; wherein the injecting and introducing includes configuring the triple concentric tuyere such that the first passage surrounds the second passage and the third passage.
A recombinant polypeptide or an active fragment thereof, said polypeptide or fragment comprising an amino acid sequence having at least 95% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 3, wherein said polypeptide or fragment has protease activity in the presence of a surfactant.
A laundry dryer machine, wherein a flow of drying air is circulated through a path, which comprises a fan for moving said flow, a motor for driving said fan, at least one filter for filtering the flow, a drum for containing the laundry to be dried, a condenser with a plurality of channels for the flow of drying air, for removing the moisture absorbed by the flow through the laundry in the drum, a container for collecting the condensate removed from the flow of drying air, a box-like structure for containing the components of the machine, said structure having a base, a top surface, a front vertical wall, a back vertical wall and corresponding lateral vertical walls (5, 6), an opening formed in said front vertical wall for loading the laundry to be dried into the drum, a door adapted to assume an open position and a closed position to open and close said opening for loading and removing laundry, a conduit for conveying a flow of cooling air to the condenser, said conduit having a fan, a motor for driving it, as well as a first air intake opening and a second exhaust opening, both openings communicating with the environment outside the machine, said condenser being located in a niche formed in the front vertical wall of said containing structure under said door and said plurality of channels of the condenser for the flow of drying air extending from top to bottom, toward the base of the box-like containing structure; characterized in that said condenser comprises a first section and at least one second section, each channel of said plurality of channels for the flow of drying air of one section being disconnectably joined to a respective channel of said plurality of channels of the other section of the condenser, said first section being separable from the second, and at least said first section having means (29, 29A) for insertion thereof in the niche and removing it from the niche.
A fuel cell comprising: a frame body (20, 20A, 20B, 20C) having a membrane electrode assembly; a pair of separators (40, 41, 40A, 41A) configured to sandwich the frame body from two surface sides; a plurality of projections (21, 40b, 41b) arranged at given intervals on each of the two surface sides of the frame body (20, 20A, 20B, 20C) and each extending in a stacking direction of the fuel cell (A1, A2, A3, A4, A5); a gas flow path for a hydrogen-containing gas formed on one surface side of the frame body (20, 20A, 20B, 20C); and a gas flow path for an oxygen-containing gas formed on the other surface side of the frame body (20, 20A, 20B, 20C), wherein the projections (21, 40b) on the one surface side of the frame body (20, 20A, 20B, 20C) and the projections (21, 41b) on the other surface side thereof are arranged asymmetrically with respect to the frame body (20, 20A, 20B, 20C) in the stacking direction of the fuel cell (A1, A2, A3, A4, A5), each projection (21, 40b, 41b) has a contact surface to establish contact between the frame body (20, 20A, 20B, 20C) and the separator (40, 41, 40A), and a receding portion between two adjacent projections (21, 40b, 41b) constitutes the gas flow path (S1, S2) for the hydrogen-containing or the oxygen-containing gas, characterized in that the projections (21, 40b) on the one surface side are arranged opposite the gas flow paths on the other surface side, and the projections (21, 41b) on the other surface side are arranged opposite the gas flow paths on the one surface side. a frame body (20, 20A, 20B, 20C) having a membrane electrode assembly; a pair of separators (40, 41, 40A, 41A) configured to sandwich the frame body from two surface sides; a plurality of projections (21, 40b, 41b) arranged at given intervals on each of the two surface sides of the frame body (20, 20A, 20B, 20C) and each extending in a stacking direction of the fuel cell (A1, A2, A3, A4, A5); a gas flow path for a hydrogen-containing gas formed on one surface side of the frame body (20, 20A, 20B, 20C); and a gas flow path for an oxygen-containing gas formed on the other surface side of the frame body (20, 20A, 20B, 20C), wherein the projections (21, 40b) on the one surface side of the frame body (20, 20A, 20B, 20C) and the projections (21, 41b) on the other surface side thereof are arranged asymmetrically with respect to the frame body (20, 20A, 20B, 20C) in the stacking direction of the fuel cell (A1, A2, A3, A4, A5), each projection (21, 40b, 41b) has a contact surface to establish contact between the frame body (20, 20A, 20B, 20C) and the separator (40, 41, 40A), and a receding portion between two adjacent projections (21, 40b, 41b) constitutes the gas flow path (S1, S2) for the hydrogen-containing or the oxygen-containing gas, characterized in that the projections (21, 40b) on the one surface side are arranged opposite the gas flow paths on the other surface side, and the projections (21, 41b) on the other surface side are arranged opposite the gas flow paths on the one surface side.
A colour reference for calibrating a dental camera comprising a plurality of fields (3, 4), characterised in that a surface of the colour reference has both coloured fields for colour calibration and white fields and/or grey fields for a white balance and a shading correction, wherein the white fields and/or the grey fields are evenly distributed over the surface of the colour reference, wherein the fields (3, 4) have a rectangular shape, wherein the coloured fields and the white fields and/or the grey fields are arranged alternately in the form of a chessboard.
A guided missile comprising: a sleeve-shaped missile body that extends along a longitudinal axis from a front section to a rear section, along a height axis from a bottom area to a top area, and along a transversal axis from a left-hand side to a right-hand side; at least one engine for producing forward thrust, the at least one engine being accommodated inside the sleeve-shaped missile body and comprising a nozzle that is arranged at the rear section of the sleeve-shaped missile body; at least one flight direction control device that is rotatably mounted to the top area and/or the bottom area of the sleeve-shaped missile body for adjusting a flight direction (113, 114) of the guided missile; and at least one aerodynamic extension with an aerodynamic cross-sectional shape (112a, 112b, 112c) that is arranged on the left-hand side and/or the right-hand side of the sleeve-shaped missile body, wherein the at least one aerodynamic extension forms together with the sleeve-shaped missile body a lift generating airfoil at an angle oblique to the longitudinal axis for producing additional lift during flight. a sleeve-shaped missile body that extends along a longitudinal axis from a front section to a rear section, along a height axis from a bottom area to a top area, and along a transversal axis from a left-hand side to a right-hand side; at least one engine for producing forward thrust, the at least one engine being accommodated inside the sleeve-shaped missile body and comprising a nozzle that is arranged at the rear section of the sleeve-shaped missile body; at least one flight direction control device that is rotatably mounted to the top area and/or the bottom area of the sleeve-shaped missile body for adjusting a flight direction (113, 114) of the guided missile; and at least one aerodynamic extension with an aerodynamic cross-sectional shape (112a, 112b, 112c) that is arranged on the left-hand side and/or the right-hand side of the sleeve-shaped missile body, wherein the at least one aerodynamic extension forms together with the sleeve-shaped missile body a lift generating airfoil at an angle oblique to the longitudinal axis for producing additional lift during flight.
A micro-nano processing method of an aluminum or aluminum alloy surface for integration with a plastic, comprising: placing the aluminum or aluminum alloy as an anode in an electrolyte containing hydrochloric acid, sulfuric acid, phosphoric acid, and an etching inhibitor for DC electrochemical etching, wherein the concentration of hydrochloric acid is 1.5 to 3 mol/L, the concentration of sulfuric acid is 0.9 to 1.2 mol/L, the concentration of phosphoric acid is 0.6 to 1 mol/L, the concentration of the etching inhibitor is 0.5 to 2.0 g/L, the etching inhibitor is selected from thiourea, methyl cellulose, morpholine, butyl amine, cyclohexylamine, cyclohexanol, ethylene diamine, triethylene tetramine, and derivatives thereof, or is selected from copper sulfate, potassium iodide, and potassium bromide, the etching current density is 0.1 to 0.4 A/cm 2, the temperature of the etching solution is 40°C to 70°C, and the powered etching time is 30s to 80s.
A cylinder construction for an opposed-piston engine, including a cylinder liner with a sidewall (11, 111), longitudinally-spaced exhaust (13, 113) and intake (14, 114) ports opening through the sidewall, a bore (12, 112), and a plurality of feed channels (38, 138) that extend along the sidewall from a central band (20, 120) of the cylinder toward the exhaust and intake ports, in which a sleeve (10S, 100S) covering the sidewall includes: a plurality of impingement jet ports (33; 153,155) that are arranged in at least one sequence extending around the central band and that are in liquid communication with the plurality of feed channels; characterised in that the sleeve (105,1005) also includes an inside surface with spaced-apart annular recesses (39e,39i; 159,161) defining liquid coolant reservoirs (50e,50i; 170e,170i) on the sidewall that are in liquid communication with the feed channels. a plurality of impingement jet ports (33; 153,155) that are arranged in at least one sequence extending around the central band and that are in liquid communication with the plurality of feed channels; characterised in that the sleeve (105,1005) also includes an inside surface with spaced-apart annular recesses (39e,39i; 159,161) defining liquid coolant reservoirs (50e,50i; 170e,170i) on the sidewall that are in liquid communication with the feed channels.
A non-therapeutic method for reducing total gas production and/or methane production in a ruminant animal comprising an effective amount of at least one species of red marine macroalgae to be administered to said ruminant animal, wherein said species of red marine macroalgae is an Asparagopsis species.
Hermetically encapsulated refrigerant compressor, having a piston/cylinder unit that compresses a refrigerant and has a compression chamber, and is driven by an electric motor, as well as a hermetically sealed compressor housing that surrounds this unit, wherein the compression chamber is supplied with a refrigerant coming from an evaporator, by way of a suction silencer, and discharges compressed refrigerant into a pressure line (7a, b), by way of a discharge silencer, by means of the piston/cylinder unit, wherein the discharge silencer surrounds and sheathes an edge or bend of the electric motor or a part of it and/or of the piston/cylinder unit, seen in the viewing direction of the edge or bend, characterized in that the discharge silencer has a basic body on which an inlet flange for the refrigerant coming from the piston/cylinder unit is disposed, and an outlet channel, by way of which the refrigerant can be transferred to a pressure line (7a, b) that supplies a condenser with compressed refrigerant, and which basic body has four side walls (11, 12, 13, 14), each having a longitudinal expanse and a shorter width expanse, in comparison with the former, wherein the two side walls (11, 12) that have a larger surface area lie opposite one another and are configured to be curved, in the same direction, in each instance, when viewed in a viewing direction parallel to the longitudinal expanse; that the curvature of the one of the side walls that are larger in surface area takes place discontinuously, in the form of at least two partial surfaces (12a, 12b) disposed at an angle relative to one another; that the discharge silencer is attached to the piston/cylinder unit in such a manner that the edge formed between the at least two partial surfaces (12a, 12b) runs directly in front of the edge or bend of the electric motor and/or of the piston/cylinder unit; and that the curvature of the other of the side walls that are larger in surface area corresponds, at least in certain sections, to the curvature of the compressor housing in the region of the placement of the discharge silencer within the compressor housing, seen in a viewing direction along the axis of the crankshaft of the electric motor.
A method of detecting an object in a hallway proximate a door, the method comprising: receiving a status of an access control operably connected to a door of a room, the status indicating that the door has been opened; determining that an object is located in a hallway proximate the door; determining whether the door was opened by a person from inside of the room or from outside of the room using a credential to actuate the access control; and determining who opened the door; characterised in that the person has left the object out in the hallway and the method further comprises generating and transmitting (410, 414) an alert in response to who opened the door and whether the door was opened from inside of the room or from outside of the room using a credential to actuate the access control. receiving a status of an access control operably connected to a door of a room, the status indicating that the door has been opened; determining that an object is located in a hallway proximate the door; determining whether the door was opened by a person from inside of the room or from outside of the room using a credential to actuate the access control; and determining who opened the door; characterised in that the person has left the object out in the hallway and the method further comprises generating and transmitting (410, 414) an alert in response to who opened the door and whether the door was opened from inside of the room or from outside of the room using a credential to actuate the access control.
A device (10, 10a), comprising: a heating section including, a first housing, a heating element in the first housing, and a capsule (104/406/406b) within heating proximity of the heating element, the capsule including, a matrix including, shredded strands of a filler material that is water-insoluble, the filler material including more than 98% alpha-cellulose material, 0.01% to less than 2% ash and a remainder is hemicellulose, the alpha-cellulose being one of a tobacco cellulose or both a non-tobacco plant based cellulose and the tobacco cellulose, the shredded strands defining interstices, a containing structure containing the matrix, and at least one first substance infused within the filler material, the at least one first substance being one of nicotine, at least one first flavorant, a pre-aerosol formulation, a combination thereof, or a sub- combination thereof, and the first housing defining an air inlet and an air outlet that are configured to establish an airflow path that passes across, passes through or both passes across and passes through the capsule. a first housing, a heating element in the first housing, and a capsule (104/406/406b) within heating proximity of the heating element, the capsule including, a matrix including, shredded strands of a filler material that is water-insoluble, the filler material including more than 98% alpha-cellulose material, 0.01% to less than 2% ash and a remainder is hemicellulose, the alpha-cellulose being one of a tobacco cellulose or both a non-tobacco plant based cellulose and the tobacco cellulose, the shredded strands defining interstices, a containing structure containing the matrix, and at least one first substance infused within the filler material, the at least one first substance being one of nicotine, at least one first flavorant, a pre-aerosol formulation, a combination thereof, or a sub- combination thereof, and the first housing defining an air inlet and an air outlet that are configured to establish an airflow path that passes across, passes through or both passes across and passes through the capsule. a matrix including, shredded strands of a filler material that is water-insoluble, the filler material including more than 98% alpha-cellulose material, 0.01% to less than 2% ash and a remainder is hemicellulose, the alpha-cellulose being one of a tobacco cellulose or both a non-tobacco plant based cellulose and the tobacco cellulose, the shredded strands defining interstices, a containing structure containing the matrix, and at least one first substance infused within the filler material, the at least one first substance being one of nicotine, at least one first flavorant, a pre-aerosol formulation, a combination thereof, or a sub- combination thereof, and the first housing defining an air inlet and an air outlet that are configured to establish an airflow path that passes across, passes through or both passes across and passes through the capsule.