mhurhangee/patent-ind-claim-en huggingface dataset:
A transparent screen comprising: a plurality of transparent plates arranged in a front-rear direction; and a screen main body , interposed between the plurality of transparent plates , configured to display video images projected from a front side of the transparent screen or from a rear side of the transparent screen to a user on the front side, and configured to enable a rear background to be visually recognized by the user, wherein in a cross section orthogonal to a part of an outer edge of the transparent screen , the transparent screen has a curved shape, and wherein in the cross section, a length of a line centered in a plate thickness direction of the transparent plate on an external side of the screen main body in a curvature radius direction of the curved shape is greater than a length of a line centered in a plate thickness direction of the transparent plate on an internal side of the screen main body in the curvature radius direction. a plurality of transparent plates arranged in a front-rear direction; and a screen main body , interposed between the plurality of transparent plates , configured to display video images projected from a front side of the transparent screen or from a rear side of the transparent screen to a user on the front side, and configured to enable a rear background to be visually recognized by the user, wherein in a cross section orthogonal to a part of an outer edge of the transparent screen , the transparent screen has a curved shape, and wherein in the cross section, a length of a line centered in a plate thickness direction of the transparent plate on an external side of the screen main body in a curvature radius direction of the curved shape is greater than a length of a line centered in a plate thickness direction of the transparent plate on an internal side of the screen main body in the curvature radius direction.
A method , comprising: receiving , by a system comprising at least one processor, sensor data representing one or more measured engine parameters of a turbine engine; determining , by the system, one or more engine performance parameter values based on the sensor data; generating , by the system, a health index value based on a difference between the one or more engine performance parameter values and one or more expected engine performance parameter values defined in a nominal new engine model; and generating , by the system, a compressor water-wash advisory output in response to a determination that the health index value satisfies a defined criterion; wherein the health index value comprises a normalized health index value, and the generating the water-wash advisory output comprises: monitoring an average of the normalized health index value over a time duration or across flight cycles; and generating the water-wash advisory output in response to a determination that the average of the normalized health index value exceeds a defined threshold value. receiving , by a system comprising at least one processor, sensor data representing one or more measured engine parameters of a turbine engine; determining , by the system, one or more engine performance parameter values based on the sensor data; generating , by the system, a health index value based on a difference between the one or more engine performance parameter values and one or more expected engine performance parameter values defined in a nominal new engine model; and generating , by the system, a compressor water-wash advisory output in response to a determination that the health index value satisfies a defined criterion; wherein the health index value comprises a normalized health index value, and the generating the water-wash advisory output comprises: monitoring an average of the normalized health index value over a time duration or across flight cycles; and generating the water-wash advisory output in response to a determination that the average of the normalized health index value exceeds a defined threshold value. monitoring an average of the normalized health index value over a time duration or across flight cycles; and generating the water-wash advisory output in response to a determination that the average of the normalized health index value exceeds a defined threshold value.
Column system for separation of particles comprising a reservoir section with an input opening ; a filter section provided with a filter matrix and an output opening and a plunger having a first and a second end, the first end fitting into the reservoir section characterized in that the plunger is provided with at least one channel providing gaseous communication from the first end to the second end.
Handle follower arrangement having a handle follower and an actuating element which can be coupled to the handle follower , wherein the handle follower comprises a rotatably mounted first component and a rotatably mounted second component , which components can be coupled to each other via a first coupling device , wherein a second coupling device couples the first component or the second component of the handle follower to the actuating element , characterized in that the first coupling device comprises an adjustment device , at least one first recess which is formed on at least one fourth coupling region (12.2A) of the first component , at least one second recess which is formed in alignment with the at least one first recess on at least one fifth coupling region (12.2B) of the second component of the handle follower , and at least one coupling pin which is guided in an axially movable manner in the first recess and/or in the second recess .
A latent base catalyst composition comprising a. a substituted carbonate salt catalyst according to formula 1 wherein X + represents a non-acidic cation and wherein R is hydrogen, alkyl, aryl or aralkyl group, further comprising b. an additional compound II with the formula RO-C(=O)O-R wherein R is alkyl, aryl or aralkyl group. a. a substituted carbonate salt catalyst according to formula 1 wherein X + represents a non-acidic cation and wherein R is hydrogen, alkyl, aryl or aralkyl group, further comprising b. an additional compound II with the formula RO-C(=O)O-R wherein R is alkyl, aryl or aralkyl group.
A method of containing an autonomous floor cleaner within a user-determined boundary, comprising: providing an artificial barrier generator comprising a plurality of infrared transmitters ; emitting a first signal from a first one of the plurality of infrared transmitters; emitting a second signal from a second one of the plurality of infrared transmitters, the second signal partially overlapping the first signal to create a barrier zone in which both the first and second signals can be detected by the autonomous floor cleaner ; detecting the barrier zone with a receiver of the autonomous floor cleaner ; and altering the course of the autonomous floor cleaner to avoid crossing through the barrier zone . providing an artificial barrier generator comprising a plurality of infrared transmitters ; emitting a first signal from a first one of the plurality of infrared transmitters; emitting a second signal from a second one of the plurality of infrared transmitters, the second signal partially overlapping the first signal to create a barrier zone in which both the first and second signals can be detected by the autonomous floor cleaner ; detecting the barrier zone with a receiver of the autonomous floor cleaner ; and altering the course of the autonomous floor cleaner to avoid crossing through the barrier zone .
A device for holding one or more electrode(s) for an electrical discharge machining, comprising a body having a rectilinear portion in which at least one first duct is provided for the passage of one or more electrode(s) , said body further having an integral curved portion which at least one second curved dielectric fluid supply duct (47; 47a, 47b, 47c) is provided and which is passed through by a curved extension of said at least one first duct in which the electrode(s) pass(es), characterised in that said curved extension and the second curved duct are made of a ceramic material, with an inner mean roughness of: Ra<2μm.
A protein agent formulation comprising: (i) one or more protein agents with a molecular weight between 25 kDa and 1000 kDa at a concentration between 10 mg/mL and 2000 mg/mL; and (ii) a viscosity-reducing agent that comprises a combination of nicotinic acid (acid form) and tryptophan, present at a concentration between 5 mM and 100 mM each, wherein: the formulation has a viscosity between 1 cP and 100 cP, wherein the viscosity is measured at 25°C, using a cone and plate viscometer. (i) one or more protein agents with a molecular weight between 25 kDa and 1000 kDa at a concentration between 10 mg/mL and 2000 mg/mL; and (ii) a viscosity-reducing agent that comprises a combination of nicotinic acid (acid form) and tryptophan, present at a concentration between 5 mM and 100 mM each, wherein: the formulation has a viscosity between 1 cP and 100 cP, wherein the viscosity is measured at 25°C, using a cone and plate viscometer.
Device for administering a fluid, in particular a hydro gel, to one or more substrate bodies provided with a plant, comprising - a frame ; - at least one position station, provided on the frame, for one or more substrate bodies provided with a plant rooted therein, wherein the substrate body has an upper face, and - at least one device for fluid , placed at the position station, for urging the fluid into the substrate body, up to one or several places below the upper face of the substrate body, - wherein the device for fluid comprises at least two fluid dispensers , at least one source of fluid and a conduit for fluid situated in between the fluid dispensers and the at least one source of fluid, as well as pressure means for supplying a dose of fluid under pressure to the fluid dispensers, wherein the device for fluid comprises two fluid dispensers positioned on opposite sides of the position station, the device further comprises a conveyor for conveying the one or more substrate bodies provided with a plant to and/or from the position station, in particular the conveyor , such as a belt conveyor , conveying through the position station, wherein said fluid dispensers have been positioned on either side of the conveyor , and preferably have been arranged for introduction into the substrate body according to directions having opposite directional components. - a frame ; - at least one position station, provided on the frame, for one or more substrate bodies provided with a plant rooted therein, wherein the substrate body has an upper face, and - at least one device for fluid , placed at the position station, for urging the fluid into the substrate body, up to one or several places below the upper face of the substrate body, - wherein the device for fluid comprises at least two fluid dispensers , at least one source of fluid and a conduit for fluid situated in between the fluid dispensers and the at least one source of fluid, as well as pressure means for supplying a dose of fluid under pressure to the fluid dispensers, wherein the device for fluid comprises two fluid dispensers positioned on opposite sides of the position station, the device further comprises a conveyor for conveying the one or more substrate bodies provided with a plant to and/or from the position station, in particular the conveyor , such as a belt conveyor , conveying through the position station, wherein said fluid dispensers have been positioned on either side of the conveyor , and preferably have been arranged for introduction into the substrate body according to directions having opposite directional components.
A switching control device comprising: a controller configured to control a switching unit that is able to switch a power source of an air conditioning appliance of an electric bus operating according to a predetermined schedule to a first electricity storage functional unit or a predetermined power source , the first electricity storage functional unit being a power source of a motor configured to cause the electric bus to travel, and the predetermined power source being different from the first electricity storage functional unit ; a prediction unit configured to predict a charging time during which the first electricity storage functional unit is able to be charged by a charger at a first position at which the first electricity storage functional unit is able to be charged; and a calculator configured to calculate, based on the predetermined schedule, a first electricity storage amount of the first electricity storage functional unit required for driving the motor to a second position excepting a charging amount charged to the first electricity storage functional unit at the first position corresponding to the charging time based on the predetermined schedule, wherein, when an electricity storage amount of the first electricity storage functional unit is equal to or smaller than the first electricity storage amount, the controller is configured to control the switching unit to switch the power source of the air conditioning appliance to the predetermined power source from the first electricity storage functional unit . a controller configured to control a switching unit that is able to switch a power source of an air conditioning appliance of an electric bus operating according to a predetermined schedule to a first electricity storage functional unit or a predetermined power source , the first electricity storage functional unit being a power source of a motor configured to cause the electric bus to travel, and the predetermined power source being different from the first electricity storage functional unit ; a prediction unit configured to predict a charging time during which the first electricity storage functional unit is able to be charged by a charger at a first position at which the first electricity storage functional unit is able to be charged; and a calculator configured to calculate, based on the predetermined schedule, a first electricity storage amount of the first electricity storage functional unit required for driving the motor to a second position excepting a charging amount charged to the first electricity storage functional unit at the first position corresponding to the charging time based on the predetermined schedule, wherein, when an electricity storage amount of the first electricity storage functional unit is equal to or smaller than the first electricity storage amount, the controller is configured to control the switching unit to switch the power source of the air conditioning appliance to the predetermined power source from the first electricity storage functional unit .
An integrated-circuit device comprising: a plurality of processor cores ; and a system timer comprising: a first oscillator configured to output a first clock signal at a first frequency; a first counter register incremented by the first clock signal; and a plurality of event registers , each event register being configured to trigger an event when a value held therein is determined to be equal to a value held in the first counter register; characterised in that : the first counter register is configured to be readable by each of the plurality of processor cores; and each of the processor cores is configured to be capable of writing to at least one of the event registers. a plurality of processor cores ; and a system timer comprising: a first oscillator configured to output a first clock signal at a first frequency; a first counter register incremented by the first clock signal; and a plurality of event registers , each event register being configured to trigger an event when a value held therein is determined to be equal to a value held in the first counter register; a first oscillator configured to output a first clock signal at a first frequency; a first counter register incremented by the first clock signal; and a plurality of event registers , each event register being configured to trigger an event when a value held therein is determined to be equal to a value held in the first counter register; the first counter register is configured to be readable by each of the plurality of processor cores; and each of the processor cores is configured to be capable of writing to at least one of the event registers.
A portable bowel irrigating system for irrigating the bowels of a user, comprising: a base unit ; a liquid container for an irrigation liquid, the container configured to be removably connected to the base unit ; a pump cartridge comprising an irrigation liquid inlet and a pump mechanism ; an anal probe ; a first tubing configured to provide at least a portion of an irrigation liquid flow path from the pump cartridge towards the anal probe ; wherein the base unit comprises a power supply configured to actuate the pump mechanism and a passage for allowing irrigation liquid from the liquid container to enter the pump mechanism of the pump cartridge through the irrigation liquid inlet of the pump cartridge ; wherein the system is characterised in that the pump cartridge is configured to be removably attachable to the base unit . a base unit ; a liquid container for an irrigation liquid, the container configured to be removably connected to the base unit ; a pump cartridge comprising an irrigation liquid inlet and a pump mechanism ; an anal probe ; a first tubing configured to provide at least a portion of an irrigation liquid flow path from the pump cartridge towards the anal probe ; wherein the base unit comprises a power supply configured to actuate the pump mechanism and a passage for allowing irrigation liquid from the liquid container to enter the pump mechanism of the pump cartridge through the irrigation liquid inlet of the pump cartridge ; wherein the system is characterised in that the pump cartridge is configured to be removably attachable to the base unit .
A lightweight knit fabric, comprising a knit structure prepared from at least 80 wt% of one or more yarns having a hydrophobic surface, wherein the one or more yarns contain less than 1 part hydroxyl groups per 10 million parts of (co)polymer forming the one or more yarns, and wherein the fabric has a fabric weight of less than 339 g/m 2 (10 ounces per square yard), characterised in that the fabric provides cooling effects to a wearer of the fabric, comprises from 2-4 wt% of an elastomeric yarn, and is made using a jersey stitch.
An electrochemical micro-battery comprising biocompatible cell components including: an anode current collector ; a cathode current collector ; an anode extending along an arcuate path; a generally planar cathode extending along the arcuate path, wherein the anode is positioned above the cathode; a separator positioned between the anode and the cathode, wherein the separator extends along the arcuate path; an electrolyte positioned generally surrounding the anode, the cathode and the separator to provide ionic conductivity between the anode and the cathode; flexible packaging generally surrounding the anode, the cathode, the cathode current collector, the separator, and the electrolyte, wherein the anode current collector extends through the flexible packaging along a first vector along the arcuate path, and the cathode current collector extends through the flexible packaging along a second vector along the arcuate path; and an encapsulating copper layer surrounding the flexible packaging, wherein one of the anode current collector or the cathode current collector is not surrounded by the encapsulating copper layer, and wherein the copper layer is deposited to the flexible packaging and forms a conformal hermetic barrier coating that overcoats the micro-battery. an anode current collector ; a cathode current collector ; an anode extending along an arcuate path; a generally planar cathode extending along the arcuate path, wherein the anode is positioned above the cathode; a separator positioned between the anode and the cathode, wherein the separator extends along the arcuate path; an electrolyte positioned generally surrounding the anode, the cathode and the separator to provide ionic conductivity between the anode and the cathode; flexible packaging generally surrounding the anode, the cathode, the cathode current collector, the separator, and the electrolyte, wherein the anode current collector extends through the flexible packaging along a first vector along the arcuate path, and the cathode current collector extends through the flexible packaging along a second vector along the arcuate path; and an encapsulating copper layer surrounding the flexible packaging, wherein one of the anode current collector or the cathode current collector is not surrounded by the encapsulating copper layer, and wherein the copper layer is deposited to the flexible packaging and forms a conformal hermetic barrier coating that overcoats the micro-battery.
Sectional door with a curtain of several, transversely extending door sections connected via articulations and thereby coupled to each other opermanently in a movable manner, which door sections can be moved upwards along guide tracks by means of guide rollers , wherein the guide tracks each have at least one vertical section and at least one horizontal section as well as a transition section arranged in between, in the area of which at least one reversible rocker is arranged so that particular guide rollers can run in a first position of the relevant rocker arm along a first, arc-shaped guide track section from the vertical guide track section to the horizontal guide track section when the door is opened and in an opposite direction when the door is closed, while in a different position of the rocker , particular guide rollers are steered to a second guide track section , which extends at least in sections purely vertically and allows a guide roller rolling therein a purely vertical movement, wherein a device for driving and/or for supporting the opening and/or closing movement of the curtain is coupled to an area of of the lowermost door section , which performs a pure vertical movement, when the curtain is opened or closed, characterized by a closing device acting directly on the lowermost door section , which presses down the lowermost door section at the beginning of a closing movement of the door curtain .
Collection device for a tank truck , comprising - a scraper tapering along the longitudinal direction (x) of the collection device for accumulating liquid manure on a substrate; - a suction inlet for sucking up the liquid manure accumulated by means of the scraper ; - an interface by means of which the suction inlet can be connected at least indirectly to a barrel of the tank truck , - wherein the collection device comprises a height adjustment device by means of which a height position of the suction inlet relative to the scraper is adjustable; characterised in that a rocker is fastened to the suction inlet , which rocker is arranged on the scraper so as to be pivotable about an axis extending in the transverse direction (y) of the collection device , wherein the height adjustment device comprises a hydraulic cylinder by means of which the rocker is pivotable about the axis relative to the scraper . - a scraper tapering along the longitudinal direction (x) of the collection device for accumulating liquid manure on a substrate; - a suction inlet for sucking up the liquid manure accumulated by means of the scraper ; - an interface by means of which the suction inlet can be connected at least indirectly to a barrel of the tank truck , - wherein the collection device comprises a height adjustment device by means of which a height position of the suction inlet relative to the scraper is adjustable;