mhurhangee/ep-ind-claims huggingface dataset:
A conference controller (111, 175) configured to place an upstream audio signal (123, 173) associated with a conference participant and a system sound signal within a 2D or 3D conference scene to be rendered to a listener, wherein the conference controller (111, 175) is configured to - set up a X-point conference scene with X different spatial talker locations within the conference scene, X being an integer, X>0; - assign the upstream audio signal (123, 173) to one of the talker locations; - characterized in that: the conference controller is further configured to place the system sound signal at a spatial sound location within the X-point conference scene; and - generate metadata identifying the assigned talker location and the spatial sound location and enabling an audio processing unit (121, 171) to generate a spatialized audio signal based on a set of downstream audio signals (124, 174) comprising the upstream audio signal (123, 173) and the system sound signal; wherein when rendering the spatialized audio signal to the listener, the listener perceives the upstream audio signal (123, 173) as coming from the assigned talker location and the system sound signal as coming from the sound location. - set up a X-point conference scene with X different spatial talker locations within the conference scene, X being an integer, X>0; - assign the upstream audio signal (123, 173) to one of the talker locations; - characterized in that: the conference controller is further configured to place the system sound signal at a spatial sound location within the X-point conference scene; and the conference controller is further configured to place the system sound signal at a spatial sound location within the X-point conference scene; and - generate metadata identifying the assigned talker location and the spatial sound location and enabling an audio processing unit (121, 171) to generate a spatialized audio signal based on a set of downstream audio signals (124, 174) comprising the upstream audio signal (123, 173) and the system sound signal; wherein when rendering the spatialized audio signal to the listener, the listener perceives the upstream audio signal (123, 173) as coming from the assigned talker location and the system sound signal as coming from the sound location.
A therapeutic nanoparticle, comprising clevidipine, or a pharmaceutically acceptable salt thereof, and at least one excipient, wherein said nanoparticles comprise a core comprising clevidipine or a pharmaceutically acceptable salt thereof, an outer portion surrounding said core comprising at least one excipient, wherein said at least one excipient is water soluble, water insoluble or combinations thereof, wherein said water soluble excipient is PEG 200, sodium deoxycholate and vitamin E TPGS or combinations thereof and said water insoluble excipient is vitamin E, deoxycholic acid and phosphotidylcholine, and wherein clevidipine, or a pharmaceutically acceptable salt thereof, is in an amount of from 0.5 to 10.0 mg/mL.
Method to convert insects or worms into nutrient streams, comprising the steps of: (a) squashing insects or worms thereby obtaining a pulp, (b) subjecting the pulp to enzymatic hydrolysis obtaining thereby a hydrolysed mixture, (c) heating the hydrolysed mixture to a temperature of 70-100°C, and (d) subjecting the mixture to a physical separation step thereby obtaining a fat fraction, an aqueous proteinaceous fraction and a solid-containing fraction. (a) squashing insects or worms thereby obtaining a pulp, (b) subjecting the pulp to enzymatic hydrolysis obtaining thereby a hydrolysed mixture, (c) heating the hydrolysed mixture to a temperature of 70-100°C, and (d) subjecting the mixture to a physical separation step thereby obtaining a fat fraction, an aqueous proteinaceous fraction and a solid-containing fraction.
An end plate for a filter block of a water filtration apparatus having a tank and a conduit, the conduit separated from the tank by a wall of the tank, the conduit in fluid communication with the tank through at least one aperture (11, 12) in the wall, the end plate comprising: aperture means; and means for receiving a sealant, adapted to provide a seal between the end plate and the wall separating the tank from the conduit, wherein: the end plate is adapted to seal against a free end of a filter block; and the aperture means is adapted to enable gas and liquid flow into and out of the filter block, through the at least one aperture (11, 12) in the wall, such that filtered water may flow from the filter block, and gas and liquid may flow into the filter block during a backwash operation, characterised in that the end plate comprises a primary member having a first side adapted to fit onto a free end of a filter block and seal against the free end of the filter block, and wherein the sealant-receiving means is provided on a secondary member projecting from the primary member on a second side opposite the first side, the sealant-receiving means comprising a channel formed on the secondary member at its edge remote from the primary member and extending at least partially round the aperture means to receive the sealant providing the seal between the end plate and the wall. aperture means; and means for receiving a sealant, adapted to provide a seal between the end plate and the wall separating the tank from the conduit, wherein: the end plate is adapted to seal against a free end of a filter block; and the aperture means is adapted to enable gas and liquid flow into and out of the filter block, through the at least one aperture (11, 12) in the wall, such that filtered water may flow from the filter block, and gas and liquid may flow into the filter block during a backwash operation, the end plate is adapted to seal against a free end of a filter block; and the aperture means is adapted to enable gas and liquid flow into and out of the filter block, through the at least one aperture (11, 12) in the wall, such that filtered water may flow from the filter block, and gas and liquid may flow into the filter block during a backwash operation, characterised in that the end plate comprises a primary member having a first side adapted to fit onto a free end of a filter block and seal against the free end of the filter block, and wherein the sealant-receiving means is provided on a secondary member projecting from the primary member on a second side opposite the first side, the sealant-receiving means comprising a channel formed on the secondary member at its edge remote from the primary member and extending at least partially round the aperture means to receive the sealant providing the seal between the end plate and the wall.
A polyester polyol derived from a reaction mixture comprising at least one anhydrohexitol, at least one polyfunctional carboxylic acid, and at least one non-metal inorganic acidic catalyst, selected from a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +1, a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +3, and mixture thereof. at least one anhydrohexitol, at least one polyfunctional carboxylic acid, and at least one non-metal inorganic acidic catalyst, selected from a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +1, a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +3, and mixture thereof.
An aircraft structural object including an ultrasonic inspection system as a part, the aircraft structural object comprising a first inspection section (SECTION1) and a second inspection section (SECTION2), the ultrasonic inspection system comprising: a first inspection unit that acquires a detection signal of a first ultrasonic wave in the first inspection section (SECTION1) of the structural object, using a first ultrasonic transducer and a first ultrasonic sensor; a second inspection unit that acquires a detection signal of a second ultrasonic wave in the second inspection section (SECTION2) of the structural object, using a second ultrasonic transducer and a second ultrasonic sensor; and a signal processing system that obtains an index value representing inspection information of at least one of the first inspection section (SECTION1) and the second inspection section (SECTION2), based on the detection signal of the first ultrasonic wave and the detection signal of the second ultrasonic wave, wherein the first and second inspection sections (SECTION1, SECTION2) have the same structure, and the ultrasonic transducer and the ultrasonic sensor of each inspection unit (5A, 5B) are constructed at a same interval in each inspection section (SECTION1, SECTION2), characterized in that the inspection sections are plate form areas of a panel divided by a stringer, a spar, a rib, or a frame of the aircraft structural object, wherein the index value is a cross correlation coefficient, a representative value of a difference signal, or a representative value of a division signal between the detection signals or between signals corresponding to the detection signals. a first inspection unit that acquires a detection signal of a first ultrasonic wave in the first inspection section (SECTION1) of the structural object, using a first ultrasonic transducer and a first ultrasonic sensor; a second inspection unit that acquires a detection signal of a second ultrasonic wave in the second inspection section (SECTION2) of the structural object, using a second ultrasonic transducer and a second ultrasonic sensor; and a signal processing system that obtains an index value representing inspection information of at least one of the first inspection section (SECTION1) and the second inspection section (SECTION2), based on the detection signal of the first ultrasonic wave and the detection signal of the second ultrasonic wave, wherein the first and second inspection sections (SECTION1, SECTION2) have the same structure, and the ultrasonic transducer and the ultrasonic sensor of each inspection unit (5A, 5B) are constructed at a same interval in each inspection section (SECTION1, SECTION2), characterized in that the inspection sections are plate form areas of a panel divided by a stringer, a spar, a rib, or a frame of the aircraft structural object, wherein the index value is a cross correlation coefficient, a representative value of a difference signal, or a representative value of a division signal between the detection signals or between signals corresponding to the detection signals.
A sensor, comprising: an airfoil body defining a sensor axis and having a leading edge, a trailing edge, and an ice accretion feature; a heater element extending axially through the airfoil body between the leading edge and the trailing edge of the airfoil body; a tip surface extending from the ice accretion feature to the trailing edge of the airfoil body; a tip surface aperture extending through the tip surface; and a temperature probe extending axially through the airfoil body between the heater element and the trailing edge of the airfoil body, wherein the airfoil body defines a temperature sense chamber that is located chordwise between the trailing edge of the airfoil body and the heater element, wherein the temperature prove extends at least partially through the temperature sense chamber, wherein the temperature sense chamber is in fluid communication with the external environment through the tip surface aperture, and wherein the heater element is axially overlapped by the ice accretion feature to accrete ice chordwise forward of a tip surface aperture; wherein the ice accretion feature includes a fin body extending from the leading edge to an ice accretion feature terminus that is located chordwise between the heater element and the temperature probe; or the airfoil body has a spherical body extending from the leading edge to an ice accretion feature terminus that is located chordwise between the heater element and the temperature probe. an airfoil body defining a sensor axis and having a leading edge, a trailing edge, and an ice accretion feature; a heater element extending axially through the airfoil body between the leading edge and the trailing edge of the airfoil body; a tip surface extending from the ice accretion feature to the trailing edge of the airfoil body; a tip surface aperture extending through the tip surface; and a temperature probe extending axially through the airfoil body between the heater element and the trailing edge of the airfoil body, wherein the airfoil body defines a temperature sense chamber that is located chordwise between the trailing edge of the airfoil body and the heater element, wherein the temperature prove extends at least partially through the temperature sense chamber, wherein the temperature sense chamber is in fluid communication with the external environment through the tip surface aperture, and wherein the heater element is axially overlapped by the ice accretion feature to accrete ice chordwise forward of a tip surface aperture; wherein the ice accretion feature includes a fin body extending from the leading edge to an ice accretion feature terminus that is located chordwise between the heater element and the temperature probe; or the airfoil body has a spherical body extending from the leading edge to an ice accretion feature terminus that is located chordwise between the heater element and the temperature probe.
Use of one or more anti-inflammatory substances as an additive to an UHMWPE material for the production of a medical implant for imparting benign body response properties to the medical implant, whereby the additive is one or more of - anti-inflammatory substances in the form of curcumin, gingerol, zingerone, helenalin, salicin, salicylic acid, cannabichromene, flavonoids, in particular in the form of quercetin, resveratrol and/or myricetin, tannins, terpenes, marrubin and/or steroidal anti-inflammatory agents, in particular in the form of corticosteroids. - anti-inflammatory substances in the form of curcumin, gingerol, zingerone, helenalin, salicin, salicylic acid, cannabichromene, flavonoids, in particular in the form of quercetin, resveratrol and/or myricetin, tannins, terpenes, marrubin and/or steroidal anti-inflammatory agents, in particular in the form of corticosteroids.
An inflatable product comprising: a first sheet; a second sheet disposed opposite the first sheet, the first sheet and the second sheet spaced apart to define a gap and cooperating to at least partially bound an inflatable chamber; a plurality of tensioning structures welded to respective inner surfaces of the first and second sheets such that the plurality of tensioning structures span the gap, each of the plurality of tensioning structures comprising: a first weld strip affixed to one of the first sheet and the second sheet; a second weld strip affixed to the other of the first sheet and the second sheet; and a plurality of strands connecting the first and second weld strips to one another, wherein the plurality of tensioning structures further comprise at least one reinforcing strand, the reinforcing strand disposed along a longitudinal extent of at least one of the first and second weld strips. a first sheet; a second sheet disposed opposite the first sheet, the first sheet and the second sheet spaced apart to define a gap and cooperating to at least partially bound an inflatable chamber; a plurality of tensioning structures welded to respective inner surfaces of the first and second sheets such that the plurality of tensioning structures span the gap, each of the plurality of tensioning structures comprising: a first weld strip affixed to one of the first sheet and the second sheet; a second weld strip affixed to the other of the first sheet and the second sheet; and a plurality of strands connecting the first and second weld strips to one another, wherein the plurality of tensioning structures further comprise at least one reinforcing strand, the reinforcing strand disposed along a longitudinal extent of at least one of the first and second weld strips. a first weld strip affixed to one of the first sheet and the second sheet; a second weld strip affixed to the other of the first sheet and the second sheet; and a plurality of strands connecting the first and second weld strips to one another, wherein the plurality of tensioning structures further comprise at least one reinforcing strand, the reinforcing strand disposed along a longitudinal extent of at least one of the first and second weld strips.
A method of control actuation smoothing comprising: receiving, by an aircraft brake and steering controller ("ABSC") comprising a processor and a non-transitory memory, target performance data; receiving, by the ABSC, a force command comprising a braking instruction; comparing, by the ABSC, the force command to an expected brake behavior; determining, by the ABSC, an error between the force command and the expected brake behavior; filtering, by the ABSC, the force command in response to the error and target performance data; and outputting, by the ABSC, a smoothed force command in response to the filtering. receiving, by an aircraft brake and steering controller ("ABSC") comprising a processor and a non-transitory memory, target performance data; receiving, by the ABSC, a force command comprising a braking instruction; comparing, by the ABSC, the force command to an expected brake behavior; determining, by the ABSC, an error between the force command and the expected brake behavior; filtering, by the ABSC, the force command in response to the error and target performance data; and outputting, by the ABSC, a smoothed force command in response to the filtering.
Process for preparing glycolic acid, or one of its salts, comprising the following step: - bringing glycerol and an oxidizing agent into contact in a reaction medium in the presence of a silver-based catalyst on support, said support comprising a material selected from the group consisting of CeO 2, basic Al 2 O 3 optionally doped with a calcium or cerium oxide, an amphoteric resin, ZrO 2, and a mixture of these materials, and wherein a base producing hydroxyl ions is present in the reaction medium, and the molar ratio of hydroxyl ions and glycerol /[gly] brought in contact being 0.5 to 1.2, and said catalyst mainly comprising only silver as metal species. - bringing glycerol and an oxidizing agent into contact in a reaction medium in the presence of a silver-based catalyst on support, said support comprising a material selected from the group consisting of CeO 2, basic Al 2 O 3 optionally doped with a calcium or cerium oxide, an amphoteric resin, ZrO 2, and a mixture of these materials, and
A method performed at a mobile terminal comprising: receiving location-based information related to the location of the mobile terminal and transmitted wirelessly using push technology, the location-based information being received as one or more service messages transmitted using said wireless push technology which are stored in the terminal, and wherein the location-based information is transmitted to the terminal only if the location of the terminal is determined to be within a service area; and displaying the location-based information dynamically using a dynamic user interface component, wherein within the dynamic user interface component the location-based information is divided into categories by subject. receiving location-based information related to the location of the mobile terminal and transmitted wirelessly using push technology, the location-based information being received as one or more service messages transmitted using said wireless push technology which are stored in the terminal, and wherein the location-based information is transmitted to the terminal only if the location of the terminal is determined to be within a service area; and displaying the location-based information dynamically using a dynamic user interface component, wherein within the dynamic user interface component the location-based information is divided into categories by subject.
Projection display having at least one light source and regularly-disposed optical channels, comprising at least one field lens, to which respectively one object structure to be imaged and also at least one projection lens are assigned, the distance of the projection lenses from the assigned object structures corresponding to the focal distance of the projection lenses, characterised in that the distance of the identical object structures to be imaged from the assigned field lens is very close in comparison with the distance of the projection lens from the object structures, in order to ensure a Köhler illumination of the assigned projection lens, and the individual projections of the projection lenses, which form a projection lens array, being superimposed to form an actual total image on a screen or a virtual total image.
An in vitro method of detecting infection or inflammation in a mammalian subject, the method comprising (a) detecting the amount of at least one marker that is selected from glutamate, lactate, ATP, D-serine, acetylcholine and adenosine in a whole blood sample from said subject, (b) contacting the said whole blood sample with a stimulator of immune cells, and (c) determining whether the said stimulus leads to a change in the amount of the said marker(s) in the whole blood sample. (a) detecting the amount of at least one marker that is selected from glutamate, lactate, ATP, D-serine, acetylcholine and adenosine in a whole blood sample from said subject, (b) contacting the said whole blood sample with a stimulator of immune cells, and (c) determining whether the said stimulus leads to a change in the amount of the said marker(s) in the whole blood sample.