mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a dried formulation for an active substance, said method comprising the steps of: (i) dispersing a discontinuous phase comprising an active substance into a continuous phase so as to form a two-phase liquid system comprising droplets of said discontinuous phase, each of said droplets having, at its surface, a phase interface; (ii) allowing silica nanoparticles provided to said two-phase liquid system to congregate at the phase interface to coat said surface of the droplets in at least one layer of said nanoparticles, wherein said at least one layer of nanoparticles provides sufficient structural integrity to the droplets to enable the subsequent removal of the continuous phase; and (iii) removing the continuous phase from the nanoparticle-coated droplets by spray-drying to produce a dried formulation, wherein the discontinuous phase comprises an emulsifier selected from lecithin and oleylamine, wherein the nanoparticles have an average diameter of 50 nm and are provided at a mass ratio of the discontinuous phase to nanoparticles of, where the emulsifier present is lecithin, 1:2, 1:1, 1:0.5, 1:0.4, 1:0.3 or 1:0.2 or, where the emulsifier is oleylamine, 1:0.1 or 1:0.05, and wherein the discontinuous phase is a lipidic medium and the continuous phase is aqueous, and wherein step (ii) is conducted in the presence of an amount of NaCl at a concentration of 1 x 10-4 M. (i) dispersing a discontinuous phase comprising an active substance into a continuous phase so as to form a two-phase liquid system comprising droplets of said discontinuous phase, each of said droplets having, at its surface, a phase interface; (ii) allowing silica nanoparticles provided to said two-phase liquid system to congregate at the phase interface to coat said surface of the droplets in at least one layer of said nanoparticles, wherein said at least one layer of nanoparticles provides sufficient structural integrity to the droplets to enable the subsequent removal of the continuous phase; and (iii) removing the continuous phase from the nanoparticle-coated droplets by spray-drying to produce a dried formulation, wherein the discontinuous phase comprises an emulsifier selected from lecithin and oleylamine, wherein the nanoparticles have an average diameter of 50 nm and are provided at a mass ratio of the discontinuous phase to nanoparticles of, where the emulsifier present is lecithin, 1:2, 1:1, 1:0.5, 1:0.4, 1:0.3 or 1:0.2 or, where the emulsifier is oleylamine, 1:0.1 or 1:0.05, and wherein the discontinuous phase is a lipidic medium and the continuous phase is aqueous, and wherein step (ii) is conducted in the presence of an amount of NaCl at a concentration of 1 x 10-4 M.
Wall construction for covering a wall surface of a sports facility, having a plurality of wall panels (4, 4'), each having a damping/insulating layer which directly or indirectly supports a top layer (8, 8'), wherein, on side surfaces (24, 28) of the wall panels (4, 4'), tongue-and-groove-like connecting means (26, 32) are provided, via which the wall panels (4, 4') can be positioned against one another in a direction perpendicular to a large surface of the wall panels (4, 4'), characterised in that the tongue-and-groove-like connecting means (26, 32) are provided on the top layer (8, 8'), wherein a tongue depth of a separate tongue of the tongue-and-groove-like like connecting means (26, 32) is greater than a sum of groove depths of adjacent grooves with which the separate tongue is engaged.
A valve assembly for a tank of a vehicle, the assembly comprising: a valve body adapted to be attached to the tank, with the valve body defining a cavity along a longitudinal axis and defining an outlet in fluid communication with the cavity for venting the tank; a seat disposed in the cavity of the valve body and separating the cavity into a first cavity portion and a second cavity portion, with the seat defining an aperture along the longitudinal axis to provide fluid communication between the first and second cavity portions (40, 42); and a cover device disposed between the seat and the outlet, with the cover device defining at least one hole therethrough, and with the cover device movable between a rest position engaging the seat to minimize fluid communication between the aperture and the hole and an actuated position spaced from the seat to increase fluid communication between the aperture and the hole when a vacuum is created in the first cavity portion; characterized in that: the cover device is disposed in the first cavity portion. a valve body adapted to be attached to the tank, with the valve body defining a cavity along a longitudinal axis and defining an outlet in fluid communication with the cavity for venting the tank; a seat disposed in the cavity of the valve body and separating the cavity into a first cavity portion and a second cavity portion, with the seat defining an aperture along the longitudinal axis to provide fluid communication between the first and second cavity portions (40, 42); and a cover device disposed between the seat and the outlet, with the cover device defining at least one hole therethrough, and with the cover device movable between a rest position engaging the seat to minimize fluid communication between the aperture and the hole and an actuated position spaced from the seat to increase fluid communication between the aperture and the hole when a vacuum is created in the first cavity portion; characterized in that: the cover device is disposed in the first cavity portion.
An envelope tracking power amplifier arrangement comprising: a power amplifier; a voltage modulator; a supply feed network (20,112); and a printed circuit board power distribution plane (49, 75, 110), wherein the voltage modulator is connected to the printed circuit board power distribution plane, the printed circuit board power distribution plane is arranged to connect from the voltage modulator to the power amplifier, in which the power amplifier is a radio frequency, RF, power amplifier for amplifying an RF carrier signal, wherein the printed circuit board power distribution plane is further adapted to connect a supply voltage from the voltage modulator to a plurality of power amplifiers, further comprising a corresponding plurality of transmission lines, wherein the power distribution plane is connected to one side of each transmission line and a respective power amplifier is connected to another side of each respective transmission line such that the supply voltage is provided to each of the power amplifiers via the power distribution plane and the respective transmission line.
An injection molding machine comprising: an injection unit which is electrically driven; and a mold clamping unit which includes a stationary platen to which a stationary mold of a mold unit is attached and a movable platen to which a movable mold of the mold unit is attached and in which operations related to a mold closing process, a mold clamping process, and a mold opening process of the mold unit are hydraulically driven, characterized in that the mold clamping unit includes a hydraulic cylinder adapted to drive the movable platen in a direct pressure manner, a hydraulic pump adapted to supply hydraulic oil to the hydraulic cylinder, and an electric motor adapted to drive the hydraulic pump, a hydraulic circuit adapted to hydraulically drive the mold clamping unit is constituted by a closed circuit, and the hydraulic circuit includes the hydraulic pump, a hydraulic tank, stop valves (163 to 165), aprefill valve, and oil passages (OL1 to OL4). an injection unit which is electrically driven; and a mold clamping unit which includes a stationary platen to which a stationary mold of a mold unit is attached and a movable platen to which a movable mold of the mold unit is attached and in which operations related to a mold closing process, a mold clamping process, and a mold opening process of the mold unit are hydraulically driven, characterized in that the mold clamping unit includes a hydraulic cylinder adapted to drive the movable platen in a direct pressure manner, a hydraulic pump adapted to supply hydraulic oil to the hydraulic cylinder, and an electric motor adapted to drive the hydraulic pump, a hydraulic cylinder adapted to drive the movable platen in a direct pressure manner, a hydraulic pump adapted to supply hydraulic oil to the hydraulic cylinder, and an electric motor adapted to drive the hydraulic pump, a hydraulic circuit adapted to hydraulically drive the mold clamping unit is constituted by a closed circuit, and the hydraulic circuit includes the hydraulic pump, a hydraulic tank, stop valves (163 to 165), aprefill valve, and oil passages (OL1 to OL4).
A method for guiding a user to complete a predefined task using a Coriolis flow meter, the method comprising the steps of: prompting the user to select a predefined task to be completed using a Coriolis flow meter; displaying a sequence of steps for using the Coriolis flow meter to complete the predefined task; receiving a user response to the sequence of steps; operating the Coriolis flow meter in accordance to the user response to complete the predefined task. prompting the user to select a predefined task to be completed using a Coriolis flow meter; displaying a sequence of steps for using the Coriolis flow meter to complete the predefined task; receiving a user response to the sequence of steps; operating the Coriolis flow meter in accordance to the user response to complete the predefined task.
A method of controlling net blotch of barley ( Pyrenophora teres) in a row crop that is at risk of being diseased comprising the steps of: contacting at least a portion of a plant and/or an area adjacent to a plant with compound I or a composition including compound I
A recip blade (10, 110) configured for use in a reciprocating saw comprising a recip blade body and a cutting edge extending along the recip blade body, wherein the cutting edge includes a repeating pattern of teeth including two consecutive teeth (16, 18, 116, 118) defining a pitch of about 10 teeth-per-25.4 mm [10 teeth-per-inch] or less, the two consecutive teeth (16, 18, 116, 118) include a high tooth (16, 116) and a relatively low tooth (18, 118) in comparison to the high tooth (16, 116), each of the high teeth (16, 116) includes a primary clearance surface defining a relatively shallow primary clearance angle of about 28° or less and a secondary clearance surface defining a relatively steep secondary clearance angle in comparison to the primary clearance surface, each of the low teeth (18, 118) includes a primary clearance surface defining a relatively shallow primary clearance angle and a secondary clearance surface defining a relatively steep secondary clearance angle in comparison to the primary clearance surface, characterized in that the primary clearance angle of the high teeth (16, 116) is steeper than the primary clearance of the low teeth (18, 118).
A multi-functional cooling cup holder including: a cup holder, which is an annular socket that can accommodate a beverage can or a water bottle, wherein at the top of the socket there is a bended edge that is larger than the cylinder of the socket, at the bottom of the socket there is an annular bottom cap; a thermal radiator that is installed under the bottom cap, which contains multiple paralleled radiation fins and a cooling fan; a thermal conductor which is in the shape of a shallow plate turned upside down, the edge of the plate being embedded in the outer edge of the bottom cap's bore, and its bottom side is adhered to the cooling side of a thermoelectric cooler. the thermoelectric cooler which is installed between the thermal radiator and the thermal conductor and is electrically connected with the control circuit of the cup holder, wherein the cooling side of the thermoelectric cooler faces up, and the thermal side faces down and is adhered to the top side of the thermal radiator; characterized in that the multi-functional cooling cup holder is a multi-functional touch cooling cup holder, in that it comprises a transparent cover with bended edge that is coated outside the bended edge of the cup holder, a touch switch board being installed between the bended edges of the cover and the cup holder and in that, on the cylinder of the socket, there is a vertical slot, within which there is a control circuit of the cup holder, that is equipped with IC chip. a cup holder, which is an annular socket that can accommodate a beverage can or a water bottle, wherein at the top of the socket there is a bended edge that is larger than the cylinder of the socket, at the bottom of the socket there is an annular bottom cap; a thermal radiator that is installed under the bottom cap, which contains multiple paralleled radiation fins and a cooling fan; a thermal conductor which is in the shape of a shallow plate turned upside down, the edge of the plate being embedded in the outer edge of the bottom cap's bore, and its bottom side is adhered to the cooling side of a thermoelectric cooler. the thermoelectric cooler which is installed between the thermal radiator and the thermal conductor and is electrically connected with the control circuit of the cup holder, wherein the cooling side of the thermoelectric cooler faces up, and the thermal side faces down and is adhered to the top side of the thermal radiator; characterized in that the multi-functional cooling cup holder is a multi-functional touch cooling cup holder, in that it comprises a transparent cover with bended edge that is coated outside the bended edge of the cup holder, a touch switch board being installed between the bended edges of the cover and the cup holder and in that, on the cylinder of the socket, there is a vertical slot, within which there is a control circuit of the cup holder, that is equipped with IC chip.
A drawer comprising a first wall portion, a second wall portion, and a fixing device for connecting the first wall portion and the second wall portion together, wherein the fixing device includes at least one arresting element for arresting the wall elements (7, 8) relative to each other, wherein the arresting element is of a substantially comb-like configuration, wherein two or more resilient tongues spaced from each other in the longitudinal direction of a bar portion project laterally from the bar portion, wherein the resilient tongues can be introduced into an opening of one of the wall portions and clampingly fixed therein, wherein a release device is provided for releasing at least one tongue from the arresting position, wherein the release device includes at least one lever to be actuated by a person, characterized in that by actuation of the lever, at least one tongue is movable starting from the arresting position, in an opposite direction of the resiliency of the tongue, into a release position at which the clamping connection between the wall portions (7, 8) is released so that the wall portions (7, 8) are separable from each other.
A thermal management system for cooling an entity, the system comprising: (i) a closed loop fluid flow line for flow of a coolant while being transferred in between its liquid and gas phases, while directly contacting the entity to be cooled, wherein said closed loop flow line is configured to provide a pressure difference between different zones along the closed loop path; (ii) at least one cooling zone located within said flow line and comprising at least one cooling interface, wherein said cooling interface includes at least part of said entity to be cooled; (iii) a vacuum generator unit operable for creating and maintaining vacuum condition at the cooling zone to thereby reducing evaporation temperature of said coolant located in the cooling zone; and (iv) a condensation zone spaced apart from the cooling interface downstream thereof with respect to a direction of the coolant flow from the cooling zone along said closed loop path wherein said coolant is condensed to liquid phase, wherein operation of said vacuum generator and configuration of said flow line provide a higher pressure at the condensation zone than in the cooling zone and the reduced evaporation temperature of the coolant at said cooling interface permitting the cooling interface to be cooled to a desired temperature via latent heat, and condensation of coolant vapor at said condensation zone. (i) a closed loop fluid flow line for flow of a coolant while being transferred in between its liquid and gas phases, while directly contacting the entity to be cooled, wherein said closed loop flow line is configured to provide a pressure difference between different zones along the closed loop path; (ii) at least one cooling zone located within said flow line and comprising at least one cooling interface, wherein said cooling interface includes at least part of said entity to be cooled; (iii) a vacuum generator unit operable for creating and maintaining vacuum condition at the cooling zone to thereby reducing evaporation temperature of said coolant located in the cooling zone; and (iv) a condensation zone spaced apart from the cooling interface downstream thereof with respect to a direction of the coolant flow from the cooling zone along said closed loop path wherein said coolant is condensed to liquid phase,
A method for providing an outbreak pathology inference engine in a network, carried out by an apparatus, comprising: receiving network telemetry data from a client device; receiving out-of-network telemetry data from the client device; inferring, based at least in part on the network telemetry data and out-of-network data, a malware outbreak hypothesis where the inferring is characterised by constructing, from the network telemetry data, a telemetry pathology graph comprising states and transitions between the state, wherein the states comprise devices in the network and outbreak events, and constructing, at least partly from the out-of-network telemetry data, a social pathology graph comprising states and transitions between states, wherein the states comprise users of the devices in the network and outbreak events, and identifying a bridge state corresponding to a same outbreak event connected to a first state corresponding to a device in the telemetry pathology graph and a second state corresponding to a user in the social pathology graph. receiving network telemetry data from a client device; receiving out-of-network telemetry data from the client device; inferring, based at least in part on the network telemetry data and out-of-network data, a malware outbreak hypothesis where the inferring is characterised by constructing, from the network telemetry data, a telemetry pathology graph comprising states and transitions between the state, wherein the states comprise devices in the network and outbreak events, and constructing, at least partly from the out-of-network telemetry data, a social pathology graph comprising states and transitions between states, wherein the states comprise users of the devices in the network and outbreak events, and identifying a bridge state corresponding to a same outbreak event connected to a first state corresponding to a device in the telemetry pathology graph and a second state corresponding to a user in the social pathology graph.
Process for the production of decorated wood-based boards with the following steps: a) scattering of glued wood fibres or wood chips to give a cake of wood-based material, b) pressing of the cake of wood-based material with exposure to elevated temperature to give a substrate board which is provided in press-finished condition and which, at least on one of its upper sides, has a press skin that arose during its production, c) application, to the preferably untreated press skin of the upper side of the substrate board, of a base-coat made of a liquid melamine-based resin, where the resin penetrates at least to some extent into the upper peripheral layer of the substrate board, and thereby at least to some extent penetrates into the press skin and improves the quality of. d) drying the base-coat, e) application of a white, water-based base-colour to the base-coat layer by means of a digital printer in a single layer, f) drying of the base-colour, g) in order to produce a decorative effect, application, to the dried base-colour, of a water-based printing ink enriched with colour pigments, h) drying of the decorative effect, i) application, to the decorative layer, of a liquid overlay as sealing system, j) drying of the sealing system, k) pressing of the substrate board with the base-coat applied on the upper side, the base-colour, the decorative effect and the sealing system, and also with a counterbalancing material applied on the underside, with exposure to pressure and heat to form a laminate. a) scattering of glued wood fibres or wood chips to give a cake of wood-based material, b) pressing of the cake of wood-based material with exposure to elevated temperature to give a substrate board which is provided in press-finished condition and which, at least on one of its upper sides, has a press skin that arose during its production, c) application, to the preferably untreated press skin of the upper side of the substrate board, of a base-coat made of a liquid melamine-based resin, where the resin penetrates at least to some extent into the upper peripheral layer of the substrate board, and thereby at least to some extent penetrates into the press skin and improves the quality of. d) drying the base-coat, e) application of a white, water-based base-colour to the base-coat layer by means of a digital printer in a single layer, f) drying of the base-colour, g) in order to produce a decorative effect, application, to the dried base-colour, of a water-based printing ink enriched with colour pigments, h) drying of the decorative effect, i) application, to the decorative layer, of a liquid overlay as sealing system, j) drying of the sealing system, k) pressing of the substrate board with the base-coat applied on the upper side, the base-colour, the decorative effect and the sealing system, and also with a counterbalancing material applied on the underside, with exposure to pressure and heat to form a laminate.
An external control device (16, 18) for a neurostimulation device, comprising: a user interface configured for receiving an input from a user; telemetry circuitry (68, 86); a processor (64, 80) configured for defining a plurality of pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d) in response to the input from the user characterized in that the processor is further configured for computing the greatest common divisor of the periods (t 1 -t x) of the pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d), computing the sum of the pulse widths (T 1 -T x) of the pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d), and programming via the telemetry circuitry (68, 86) a plurality of timing channels in the neurostimulation device with the pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d) if the greatest common divisor is equal to or greater than the sum. a user interface configured for receiving an input from a user; telemetry circuitry (68, 86); a processor (64, 80) configured for defining a plurality of pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d) in response to the input from the user characterized in that the processor is further configured for computing the greatest common divisor of the periods (t 1 -t x) of the pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d), computing the sum of the pulse widths (T 1 -T x) of the pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d), and programming via the telemetry circuitry (68, 86) a plurality of timing channels in the neurostimulation device with the pulsed electrical waveforms (100a-100b, 110a-110b, 120a-120c, or 130a-130d) if the greatest common divisor is equal to or greater than the sum.