mhurhangee/ep-ind-claims huggingface dataset:
A method of producing an article for catalyzing the conversion of nitrogen oxides in a gas containing nitrogen oxides (NOx) and a reductant, which article comprising: (a) a substrate; and (b) a catalyst film deposited on the substrate; wherein the catalyst film comprises VOx, MoO 3 or WO 3, and TiO 2, the method comprising forming the catalyst film on the substrate by: (a) spray coating the substrate with a washcoat suspension comprising (i) VOx or a VOx precursor, (ii) MoO 3, a MoO 3 precursor, WO 3, aWO 3 precursor or a mixture thereof, and (iii) TiO 2 or a TiO 2 precursor, additives and water, wherein a solids content in the washcoat suspension comprising catalyst and additives is within the range of 20 to 60 wt.% and the water in the washcoat suspension is within the range of 80 to 40 wt.%; and (b) calcining the coated substrate. (a) a substrate; and (b) a catalyst film deposited on the substrate; (a) spray coating the substrate with a washcoat suspension comprising (i) VOx or a VOx precursor, (ii) MoO 3, a MoO 3 precursor, WO 3, aWO 3 precursor or a mixture thereof, and (iii) TiO 2 or a TiO 2 precursor, additives and water, wherein a solids content in the washcoat suspension comprising catalyst and additives is within the range of 20 to 60 wt.% and the water in the washcoat suspension is within the range of 80 to 40 wt.%; and (b) calcining the coated substrate.
An ophthalmic injection device comprising: an elongated body with a hollow cannula secured to a distal end of the body; a reservoir for an injection material to be delivered through the cannula; a plunger with a force element that provides an injection force to the injection material; a valve disposed in the flow path between the reservoir and the cannula; and a valve actuation mechanism for the valve that is external to the valve; wherein the valve actuation mechanism is attached to the elongated body; wherein, in use, the injection force is applied to the injection material when the valve is in the closed position; wherein subsequent actuation of the valve actuation mechanism opens a flow path through the valve; characterised in that progressive actuation of the valve actuation mechanism increases a flow rate of injection. an elongated body with a hollow cannula secured to a distal end of the body; a reservoir for an injection material to be delivered through the cannula; a plunger with a force element that provides an injection force to the injection material; a valve disposed in the flow path between the reservoir and the cannula; and a valve actuation mechanism for the valve that is external to the valve; wherein the valve actuation mechanism is attached to the elongated body; wherein, in use, the injection force is applied to the injection material when the valve is in the closed position; wherein subsequent actuation of the valve actuation mechanism opens a flow path through the valve; characterised in that progressive actuation of the valve actuation mechanism increases a flow rate of injection.
A smoking article including a filter comprising a polymeric insert having walls, the thickness of the walls being between 0.2 mm and 2.0 mm, the insert having a compressibility of less than 100 N per 1.5 mm and being formed of a water soluble polymeric material comprising one or more water soluble polymers, wherein the filter is circumscribed by a filter wrapper and wherein the filter wrapper is fused to the outer surface of the polymeric insert by means of the polymeric material forming the polymeric insert.
A hinge assembly (8a; 8b) for an aircraft component, the hinge assembly comprising first and second hinge plates (9, 10) having an aerodynamic surface and a seal assembly comprising a first seal assembly arranged to seal between the aerodynamic surfaces of the hinge plates and a second seal assembly arranged to seal between the undersides of the hinge plates (9, 10); characterised in that part of each hinge plate (9, 10) extends under the other hinge plate, and the second seal assembly comprises a seal between the extended part of each hinge plate and the underside of the other hinge plate.
A pharmaceutically-acceptable Kit formulation for the preparation of a radioactive bone-seeking drug comprising at least two components, having a two part buffering system, including instructions for its use for preparing a pharmaceutically-acceptable drug formulation of a Radioisotope-DOTMP chelate, wherein the Kit components are: 1) lyophilized DOTMP, Carbonate and NaOH or KOH; 2) optionally a Calcium solution in a pharmaceutically-acceptable aqueous solvent; and 3) a Phosphate buffer in a pharmaceutically-acceptable aqueous solvent at a pH of 7, optionally with pharmaceutically-acceptable preservatives, diluents, and excipients.
Battery cell comprising at least one sensor which is designed as a piezoelectric film, characterized in that the piezoelectric film forms a carrier layer of an electrode (22, 24).
A balancing unit for a laundry treatment apparatus, comprising: a feeder for supplying liquid; at least three balancers for being mounted on a drum of said apparatus, being configured to store liquid supplied from the feeder, wherein the balancers are disposed to be spaced apart from one another by a same angle along the circumference of the drum; a flow path structure for being mounted on the drum to guide the liquid supplied from the feeder to said balancers, wherein the flow path structure includes a first flow path having: a first flow path body for defining a liquid storage space; and first flow path dividers arranged to divide the liquid storage space into same number of subspaces as said balancers, characterized in that: the first flow path dividers are respectively positioned at an inlet of said balancers, and wherein the first flow path is configured to be mounted to the front surface of the drum. a feeder for supplying liquid; at least three balancers for being mounted on a drum of said apparatus, being configured to store liquid supplied from the feeder, wherein the balancers are disposed to be spaced apart from one another by a same angle along the circumference of the drum; a flow path structure for being mounted on the drum to guide the liquid supplied from the feeder to said balancers, wherein the flow path structure includes a first flow path having: a first flow path body for defining a liquid storage space; and first flow path dividers arranged to divide the liquid storage space into same number of subspaces as said balancers, characterized in that: the first flow path dividers are respectively positioned at an inlet of said balancers, and wherein the first flow path is configured to be mounted to the front surface of the drum. the first flow path dividers are respectively positioned at an inlet of said balancers, and wherein the first flow path is configured to be mounted to the front surface of the drum.
A composition comprising a liposome encapsulating a codon optimized mRNA encoding a human argininosuccinate synthetase protein having the amino acid sequence of SEQ ID NO:2 for use in the treatment of Argininosuccinate Synthetase Deficiency, wherein the treatment comprises administering to a subject in need of treatment the composition at an effective dose and an administration interval such that the ammonia level in serum in the subject is reduced as compared to the baseline ammonia level before treatment, wherein (i) the lipid component of the liposome consists of a cationic lipid, a non-cationic lipid, a cholesterol-based lipid and a PEGylated lipid, (ii) the cationic lipid constitutes about 30-50 % of the liposome by molar ratio, and (iii) the liposome has a size less than about 100 nm.
An optical fiber distribution system (2000, 2000', 2000", 2100, 2100', 2100") comprising: a housing; a patch panel positioned within an inside of the housing and including a plurality of ports configured to receive optical fiber cables; the system being characterized in that it comprises a hanger assembly (2021a, 2021b, 2021', 2120a', 2120b', 2120c') coupled to the housing, and having a closed condition in which an inside of the housing is substantially unexposed, and an open condition in which the inside of the housing is exposed; and at least one hanging element (2007, 2007', 2007a, 2007b, 2107a, 2107b) coupled to an outer surface of the housing and configured to engage a wire to suspend the housing from the wire, wherein the hanger assembly is adapted to transition between the closed condition and the open condition while the housing remains suspended from the wire. a housing; a patch panel positioned within an inside of the housing and including a plurality of ports configured to receive optical fiber cables; the system being characterized in that it comprises a hanger assembly (2021a, 2021b, 2021', 2120a', 2120b', 2120c') coupled to the housing, and having a closed condition in which an inside of the housing is substantially unexposed, and an open condition in which the inside of the housing is exposed; and at least one hanging element (2007, 2007', 2007a, 2007b, 2107a, 2107b) coupled to an outer surface of the housing and configured to engage a wire to suspend the housing from the wire, wherein the hanger assembly is adapted to transition between the closed condition and the open condition while the housing remains suspended from the wire.
A method comprising: utilizing a layout viewport to layout content for rendering in a web browser, the layout viewport being configured to have a fixed position element laid out relative thereto; utilizing a visual viewport in the web browser within which at least some laid out content is visible, the visual viewport being moveable independently of the layout viewport, the visual viewport having a size that is determined by an associated optical zoom level and the visual viewport being configured to not extend outside the layout viewport; and enabling interaction between the visual viewport and the layout viewport characterised in that the visual viewport size is modified to accommodate an overlay user interface such that the overlay user interface cannot obscure the fixed position element. utilizing a layout viewport to layout content for rendering in a web browser, the layout viewport being configured to have a fixed position element laid out relative thereto; utilizing a visual viewport in the web browser within which at least some laid out content is visible, the visual viewport being moveable independently of the layout viewport, the visual viewport having a size that is determined by an associated optical zoom level and the visual viewport being configured to not extend outside the layout viewport; and enabling interaction between the visual viewport and the layout viewport characterised in that the visual viewport size is modified to accommodate an overlay user interface such that the overlay user interface cannot obscure the fixed position element.
A circuit arrangement for actively clamping a single-ended forward converter, the circuit arrangement being electrically coupled to a power stage that includes a power transfer unit, coupled to a primary main switch, for transferring power from a primary side of the power transfer unit to a secondary side of the power transfer unit, and the circuit arrangement including an actuatable auxiliary switch, coupled to the power stage, for demagnetizing the power transfer unit, and a charge store for actively suppressing transient voltages via the main switch, wherein the auxiliary switch, when actuated by the circuit arrangement, has no reference to a reference potential of the circuit arrangement, and the circuit arrangement includes a unit for discharging the control terminal of the auxiliary switch, characterized in that the circuit arrangement includes a unit for regulating the peak current, the unit being designed to vary the switch-off current in the auxiliary switch.
A device for measuring the speed of blood in a blood vessel of the eye, comprising: - a coherent light source for generating a source beam; - two detectors (34, 44) provided with entrance apertures (36, 46) to receive two light pencil beams backscattered by a blood vessel; - an optical system comprising; a Dove prism crossed by the source beam and the backscattered pencil beams and capable of being rotatably adjusted around an axis parallel to the source beam crossing it, and a focusing system capable of forming the image of a blood vessel on the entrance apertures (36, 46); - a signal processor capable of processing the signals from the detectors; and - a removable optical element which can be inserted during the device adjustment phase to transform the light spot supplied by the light source into a line coplanar with the source beam and the backscattered pencil beams selected by the apertures, the device being coupled with a fundus camera to aim, into the fundus of the eye, a selected blood vessel and to align said line with the tangent to the blood vessel at the illumination point by means of a rotation of the Dove prism. - a coherent light source for generating a source beam; - two detectors (34, 44) provided with entrance apertures (36, 46) to receive two light pencil beams backscattered by a blood vessel; - an optical system comprising; a Dove prism crossed by the source beam and the backscattered pencil beams and capable of being rotatably adjusted around an axis parallel to the source beam crossing it, and a focusing system capable of forming the image of a blood vessel on the entrance apertures (36, 46); a Dove prism crossed by the source beam and the backscattered pencil beams and capable of being rotatably adjusted around an axis parallel to the source beam crossing it, and a focusing system capable of forming the image of a blood vessel on the entrance apertures (36, 46); - a signal processor capable of processing the signals from the detectors; and - a removable optical element which can be inserted during the device adjustment phase to transform the light spot supplied by the light source into a line coplanar with the source beam and the backscattered pencil beams selected by the apertures,
A power tool comprising: a housing having a first housing portion defining a first air chamber and a first air inlet, a second housing portion defining a second air chamber and a second air inlet, and a third housing portion defining a third air chamber and an air outlet; a motor disposed in the first housing portion; an electronics module disposed in the second housing portion and electrically connected to the motor, a power source, and a user input to control operation of the motor; a tool output shaft driven by the motor to perform a working operation; and a fan disposed in the third housing portion, the fan driven by the motor, wherein the fan: (a) pulls a first ambient airstream (Arrow A) through the first air chamber from the first air inlet and into the third air chamber, bypassing the second air chamber, to cool the motor, (b) pulls a second ambient airstream (Arrow B) through the second air chamber from the second air inlet and into the third air chamber, bypassing the first air chamber, to cool the electronics module, and (c) exhausts the first ambient airstream (Arrow A) and the second ambient airstream (Arrow B) from the third air chamber via the air outlet; wherein the first air chamber is at least partially defined by an outer wall of the first housing portion, and an internal wall separating the first air chamber from the second air chamber; characterised in that the internal wall defines a valve that opens when pressure in the second air chamber exceeds pressure in the first air chamber by a predetermined threshold amount, to allow the fan to pull the second ambient airstream (Arrow B) through the first air chamber into the third air chamber to cool the motor. a housing having a first housing portion defining a first air chamber and a first air inlet, a second housing portion defining a second air chamber and a second air inlet, and a third housing portion defining a third air chamber and an air outlet; a motor disposed in the first housing portion; an electronics module disposed in the second housing portion and electrically connected to the motor, a power source, and a user input to control operation of the motor; a tool output shaft driven by the motor to perform a working operation; and a fan disposed in the third housing portion, the fan driven by the motor, wherein the fan: (a) pulls a first ambient airstream (Arrow A) through the first air chamber from the first air inlet and into the third air chamber, bypassing the second air chamber, to cool the motor, (b) pulls a second ambient airstream (Arrow B) through the second air chamber from the second air inlet and into the third air chamber, bypassing the first air chamber, to cool the electronics module, and (c) exhausts the first ambient airstream (Arrow A) and the second ambient airstream (Arrow B) from the third air chamber via the air outlet;
A plate heat exchanger including a number of heat exchanger plates, which are arranged beside each other and connected to each other by means of a braze connection to form a stack of plates, wherein the plate heat exchanger includes a number of port channels (16, 18) extending through at least some of the heat exchanger plates, and wherein the plate heat exchanger further including end plates (3, 5) covering each end of the stack of plates and having port holes (6, 7, 10, 11) associated with the port channels (16, 18), wherein at least one end plate (3, 5) has at least one port hole (6, 7, 10, 11) provided with a cover (9, 12) and where said cover includes means (9, 12) for increasing the strength of the cover (9, 12) and means (14, 15) for sealing off the at least one end plate (3, 5) against an adjacently arranged heat exchanger plate, wherein the means (9, 12) for increasing the strength and the means (14, 15) for sealing off are formed by surface deviations of the cover (9, 12), wherein the surface deviations of the means (9, 12) for increasing the strength and the means (14, 15) for sealing off are formed to extend substantially opposite directions in respect of a longitudinal direction of the end plate surface, characterised in that the strengthen means (9, 12) is formed as a surface of the end plate that deviates from a longitudinal direction of the end plate surface, wherein the strengthen means (9. 12) is formed as a curved surface of the port hole cover forming a buckle or dome, said buckle or dome extending away from the adjacent heat exchanger plate, wherein the means (14, 15) for sealing off the at least one end plate (3, 5) against an adjacently arranged heat exchanger plate is formed as a depressed area of the port hole cover forming a ring-shaped depressed area, said ring-shaped depressed area sealing off against the adjacently arranged heat exchanger plate, and wherein the heat exchanger plates are substantially manufactured in stainless steel containing chromium.
A button cell, comprising a housing and a cover assembly; wherein, the housing comprises a bottom wall and an annular side wall, a bottom end of the side wall and the bottom wall being integrally formed; the cover assembly comprises a top cover having a through hole at its central area and a conductive member covering the through hole, the conductive member being connected with the top cover by a sealing rubber ring; an outer edge of the top cover is welded with a top of the side wall to form an accommodating chamber for accommodating an electrode assembly and an electrolyte, an outer surface of the outer edge of the top cover has a welding mark, and a welding penetration extends in a direction from the top cover to the side wall; and the conductive member is disposed on a side of the top cover facing the accommodating chamber; wherein the conductive member is provided with an injection port for injecting the electrolyte into the accommodating chamber; the cover assembly further comprises a sealing member covering the injection port, and the sealing member is located on a side of the conductive member facing away from the accommodating chamber; characterised in that a groove is disposed on a side of the sealing member facing away from the accommodating chamber; and a groove depth of the groove is 0.01 mm-0.1 mm. the housing comprises a bottom wall and an annular side wall, a bottom end of the side wall and the bottom wall being integrally formed; the cover assembly comprises a top cover having a through hole at its central area and a conductive member covering the through hole, the conductive member being connected with the top cover by a sealing rubber ring; an outer edge of the top cover is welded with a top of the side wall to form an accommodating chamber for accommodating an electrode assembly and an electrolyte, an outer surface of the outer edge of the top cover has a welding mark, and a welding penetration extends in a direction from the top cover to the side wall; and the conductive member is disposed on a side of the top cover facing the accommodating chamber; wherein the conductive member is provided with an injection port for injecting the electrolyte into the accommodating chamber; the cover assembly further comprises a sealing member covering the injection port, and the sealing member is located on a side of the conductive member facing away from the accommodating chamber; characterised in that a groove is disposed on a side of the sealing member facing away from the accommodating chamber; and a groove depth of the groove is 0.01 mm-0.1 mm.