mhurhangee/ep-ind-claims huggingface dataset:
Flying body, having a bearing surface which, viewed in section, is delimited on the one hand by a lower first profiled surface facing a ground when the flying body is in intended operation and on the other hand by an upper second profiled surface converging with the first profiled surface at a bearing surface transition point, wherein the first profiled surface comprises at least one air inlet opening and the second profiled surface comprises at least one air outlet opening and the flying body comprises a drive apparatus with an air conveying apparatus, which is provided and configured for sucking in air through the at least one air inlet opening and for discharging the sucked-in air through the at least one air outlet opening, wherein the at least one air outlet opening is overlapped at least in regions by a deflector element, which, with the second profiled surface, delimits an air outlet gap which is in flow connection with the air outlet opening, characterized in that, in operation, the air is sucked in through the at least one air inlet opening by means of the air conveying apparatus from an underside of the flying body, and in that the drive apparatus can be operated in such a way during flight operation of the flying body, that air in the form of an intake air flow is conveyed through the air inlet opening from the underside of the flying body in the direction of its upper side and an air film flowing along the second profiled surface detaches from the bearing surface at a break-off point and flows under the flying body as a free-jet air flow, so that a toroidal bearing vortex, which is present at least in regions between the first profiled surface and the ground, is excited in the manner of a potential vortex, to which the free-jet air flow and the intake air flow are each present tangentially.
A cushion member for use in a pressure support system for delivering a flow of breathing gas to an airway of a patient, the cushion member comprising: a body portion comprising a first end and a second end disposed opposite the first end, the body portion defining a passage therethrough; and a sealing portion structured to sealingly engage about the airway of the patient, the sealing portion extending radially inwardly from the first end to an edge portion, the sealing portion having a notched portion defined therein which extends outward from the edge portion, wherein the sealing portion further comprises an annular-shaped sealing region disposed between the first end and the edge portion, wherein the sealing region is a central region of the sealing portion, and wherein the notched portion is disposed between the sealing region and the edge portion. a body portion comprising a first end and a second end disposed opposite the first end, the body portion defining a passage therethrough; and a sealing portion structured to sealingly engage about the airway of the patient, the sealing portion extending radially inwardly from the first end to an edge portion, the sealing portion having a notched portion defined therein which extends outward from the edge portion, wherein the sealing portion further comprises an annular-shaped sealing region disposed between the first end and the edge portion, wherein the sealing region is a central region of the sealing portion, and wherein the notched portion is disposed between the sealing region and the edge portion.
A computer-implemented method for dynamically configuring a utilization threshold of a proxy provider, the method comprising: running a smart proxy rotator, SPR, on a computing device connected to a network; obtaining a proxy from the SPR, according to currently valid SPR operational settings, by a Web Scraper to use for a request for content; establishing, by the Web Scraper, an encrypted connection to a target server through the proxy; requesting and obtaining the content designated within the request, through the encrypted connection, by the Web Scraper; providing, by the Web Scraper, performance and availability information of the proxy to the SPR; calculating, at the SPR, a weight for the proxy provider; and dynamically configuring utilization threshold of the proxy provider based on the calculation. running a smart proxy rotator, SPR, on a computing device connected to a network; obtaining a proxy from the SPR, according to currently valid SPR operational settings, by a Web Scraper to use for a request for content; establishing, by the Web Scraper, an encrypted connection to a target server through the proxy; requesting and obtaining the content designated within the request, through the encrypted connection, by the Web Scraper; providing, by the Web Scraper, performance and availability information of the proxy to the SPR; calculating, at the SPR, a weight for the proxy provider; and dynamically configuring utilization threshold of the proxy provider based on the calculation.
A method in a common network node of determining power provided by network terminals to the common network node comprising: measuring power received per time unit from each individual network terminal; the method further comprising: determining channel power loss per time unit of each individual network terminal; determining power provided per time unit by each individual network terminal by adding, to the power received per time unit from said each individual network terminal, the corresponding channel power loss per time unit; measuring power consumption per time unit of the network node caused by each individual network terminal by reading power supplied to components in the network node to determine the power consumption caused by each network terminal; and determining net power per time unit provided by each individual network terminal by taking into account the network node power consumption per time unit caused by said each individual network terminal and the power provided per time unit by said each individual network terminal. measuring power received per time unit from each individual network terminal; the method further comprising: determining channel power loss per time unit of each individual network terminal; determining power provided per time unit by each individual network terminal by adding, to the power received per time unit from said each individual network terminal, the corresponding channel power loss per time unit; measuring power consumption per time unit of the network node caused by each individual network terminal by reading power supplied to components in the network node to determine the power consumption caused by each network terminal; and determining net power per time unit provided by each individual network terminal by taking into account the network node power consumption per time unit caused by said each individual network terminal and the power provided per time unit by said each individual network terminal. determining channel power loss per time unit of each individual network terminal; determining power provided per time unit by each individual network terminal by adding, to the power received per time unit from said each individual network terminal, the corresponding channel power loss per time unit; measuring power consumption per time unit of the network node caused by each individual network terminal by reading power supplied to components in the network node to determine the power consumption caused by each network terminal; and determining net power per time unit provided by each individual network terminal by taking into account the network node power consumption per time unit caused by said each individual network terminal and the power provided per time unit by said each individual network terminal.
A method for transmitting a broadcast signal, the method comprising: generating a subtitle stream including subtitle data; generating subtitle stream packets carrying the subtitle stream; generating the broadcast signal including the subtitle stream packets, a descriptor for subtitling, and video stream packets carrying a video stream, characterized in that the descriptor for subtitling includes number information for specifying a number of fonts associated with the subtitle data and an essential indicator as many as the number indicated by the number information, wherein the essential indicator indicates whether a font is required to display the subtitle data, wherein, when a value of the essential indicator is set to 1, the essential indicator indicates that the font is required to display the subtitle data, wherein the fonts are downloadable from data carousel, wherein the descriptor further includes transport stream identification information, original network identification information and service identification information for the data carousel carrying a font, wherein Uniform Resource Identifier, URI, information for acquiring the font from the data carousel includes at least the transport stream identification information, the original network identification information, the service identification information and font information related to the font, and wherein the font information includes language information and font family information; and transmitting the broadcast signal. generating a subtitle stream including subtitle data; generating subtitle stream packets carrying the subtitle stream; generating the broadcast signal including the subtitle stream packets, a descriptor for subtitling, and video stream packets carrying a video stream, characterized in that the descriptor for subtitling includes number information for specifying a number of fonts associated with the subtitle data and an essential indicator as many as the number indicated by the number information, wherein the essential indicator indicates whether a font is required to display the subtitle data, wherein, when a value of the essential indicator is set to 1, the essential indicator indicates that the font is required to display the subtitle data, wherein the fonts are downloadable from data carousel, wherein the descriptor further includes transport stream identification information, original network identification information and service identification information for the data carousel carrying a font, wherein Uniform Resource Identifier, URI, information for acquiring the font from the data carousel includes at least the transport stream identification information, the original network identification information, the service identification information and font information related to the font, and wherein the font information includes language information and font family information; and transmitting the broadcast signal.
A valve comprising: a valve body comprising an inlet opening and a plurality of outlet openings; and an actuating gate adapted to seal at least one of the plurality of outlet openings, characterized in that the actuating gate is adapted to rotate eccentrically about a central axis while also translating in a direction perpendicular to the central axis upon actuation. a valve body comprising an inlet opening and a plurality of outlet openings; and an actuating gate adapted to seal at least one of the plurality of outlet openings, characterized in that the actuating gate is adapted to rotate eccentrically about a central axis while also translating in a direction perpendicular to the central axis upon actuation.
A flexible sensor module, comprising: a sensing unit formed on a first substrate, and configured to measure external environment information; a solar cell disposed on the sensing unit; a wireless communication unit disposed on the first substrate, and configured to transmit information measured by the sensing unit to an external server; and a chemical cell disposed on the first substrate, charged by receiving a power from the solar cell, and configured to supply the power to the sensing unit and the wireless communication unit, wherein the solar cell includes: a second substrate disposed to face the first substrate; a compound layer disposed on the second substrate, and configured to generate the power to be supplied to the sensing unit by receiving light; a metallic electrode formed on the compound layer; and one or more through holes formed to pass through upper and lower parts of the solar cell, such that the sensing unit is exposed to the outside. a sensing unit formed on a first substrate, and configured to measure external environment information; a solar cell disposed on the sensing unit; a wireless communication unit disposed on the first substrate, and configured to transmit information measured by the sensing unit to an external server; and a chemical cell disposed on the first substrate, charged by receiving a power from the solar cell, and configured to supply the power to the sensing unit and the wireless communication unit, wherein the solar cell includes: a second substrate disposed to face the first substrate; a compound layer disposed on the second substrate, and configured to generate the power to be supplied to the sensing unit by receiving light; a metallic electrode formed on the compound layer; and one or more through holes formed to pass through upper and lower parts of the solar cell, such that the sensing unit is exposed to the outside. a second substrate disposed to face the first substrate; a compound layer disposed on the second substrate, and configured to generate the power to be supplied to the sensing unit by receiving light; a metallic electrode formed on the compound layer; and one or more through holes formed to pass through upper and lower parts of the solar cell, such that the sensing unit is exposed to the outside.
A method for customizing a fluid-filled intraocular lens geometry and a focusing power to provide both distance and near vision correction for a patient, the method comprising: a. determining a baseline amount of far-field focal correction for the patient; b. measuring at least one accommodation-related parameter for the patient; c. estimating at least one accommodation-related parameter for the patient based at least in part on statistical data; d. predicting an accommodative amplitude based on the measured and estimated accommodation-related parameters; and e. determining the intraocular lens geometry and at least one of a volume or an optical property of the filling fluid contained in the intraocular lens for providing a desired focusing power and accommodative level based at least in part on (i) the baseline correction (ii) the predicted accommodative amplitude, and (iii) a relationship between the accommodative level and the volume or the optical property of the filling fluid. a. determining a baseline amount of far-field focal correction for the patient; b. measuring at least one accommodation-related parameter for the patient; c. estimating at least one accommodation-related parameter for the patient based at least in part on statistical data; d. predicting an accommodative amplitude based on the measured and estimated accommodation-related parameters; and e. determining the intraocular lens geometry and at least one of a volume or an optical property of the filling fluid contained in the intraocular lens for providing a desired focusing power and accommodative level based at least in part on (i) the baseline correction (ii) the predicted accommodative amplitude, and (iii) a relationship between the accommodative level and the volume or the optical property of the filling fluid.
A method for detecting a target molecule in a sample by means of a metal wire, said method comprising the steps of: a) providing a detection biomolecule interacting with the target molecule, wherein said detection biomolecule is linked to an enzyme; b) contacting the sample with the detection biomolecule, thereby the detection biomolecule and the target molecule interacting together; c) separating non-interacting and interacting detection biomolecules; d) adding a substrate of the enzyme; transforming the substrate by enzymatic catalysis into a product, said product being a reactive species dissolving metal of said metal wire selected from the group consisting of cyanide, cyanohydrin, hypochlorite, hypobromites, iodine, triiodide, thiocyanate, thereby altering the conductivity of the metal wire; e) measuring the conductivity/resistance of the metal wire; and said metal wire having a weight between 100 pg and 10 μg. a) providing a detection biomolecule interacting with the target molecule, wherein said detection biomolecule is linked to an enzyme; b) contacting the sample with the detection biomolecule, thereby the detection biomolecule and the target molecule interacting together; c) separating non-interacting and interacting detection biomolecules; d) adding a substrate of the enzyme; transforming the substrate by enzymatic catalysis into a product, said product being a reactive species dissolving metal of said metal wire selected from the group consisting of cyanide, cyanohydrin, hypochlorite, hypobromites, iodine, triiodide, thiocyanate, thereby altering the conductivity of the metal wire; e) measuring the conductivity/resistance of the metal wire; and
Electric machine, in particular synchronous machine, having a primary part with teeth, which are each surrounded by a coil, the teeth being connected to one another via a yoke, the teeth and the yoke of the primary part being composed of soft-magnetic material, and having a secondary part with teeth, the secondary part having a means for guiding a magnetic field and the secondary part being free of means for producing a magnetic field, characterized in that permanent magnets are arranged in the yoke and each extend within the yoke parallel to a coil axis at the same height as the yoke, in each case one permanent magnet being arranged centrally with respect to the movement direction of the electric machine between two adjacent teeth, the magnetization directions of the permanent magnets being parallel to the movement direction and the magnetization direction of adjacent permanent magnets being reversed in each case.
A plurality of fluorescent silica-based nanoparticles for use in a method for detecting tumor cells comprising steps of: (a) providing a plurality of fluorescent silica-based nanoparticles, said nanoparticles having been administered to a human subject in a dose ranging from about 0.01 nanomole/kg body weight to about 1 nanomole/kg body weight, each of the nanoparticles comprising: a silica-based core; a fluorescent compound within the core; and a silica shell surrounding at least a portion of the core; wherein the nanoparticle is coated with an organic polymer, wherein from 1 to 20 ligands are attached to the polymer-coated nanoparticle for binding to a tumor marker, wherein the ligands have the structure N-Ac-Cys-(Ahx)2-D-Lys-ReCCMSH, and wherein each of the nanoparticles has a diameter within a range from 1 nm to 15 nm; and (b) detecting the nanoparticles, wherein the nanoparticles are excreted by renal clearance, by the human subject, within a range from 90% of initial dose to 100% ID in 24 hours after administration. (a) providing a plurality of fluorescent silica-based nanoparticles, said nanoparticles having been administered to a human subject in a dose ranging from about 0.01 nanomole/kg body weight to about 1 nanomole/kg body weight, each of the nanoparticles comprising: a silica-based core; a fluorescent compound within the core; and a silica shell surrounding at least a portion of the core; wherein the nanoparticle is coated with an organic polymer, wherein from 1 to 20 ligands are attached to the polymer-coated nanoparticle for binding to a tumor marker, wherein the ligands have the structure N-Ac-Cys-(Ahx)2-D-Lys-ReCCMSH, and wherein each of the nanoparticles has a diameter within a range from 1 nm to 15 nm; and a silica-based core; a fluorescent compound within the core; and a silica shell surrounding at least a portion of the core; wherein the nanoparticle is coated with an organic polymer, wherein from 1 to 20 ligands are attached to the polymer-coated nanoparticle for binding to a tumor marker, wherein the ligands have the structure N-Ac-Cys-(Ahx)2-D-Lys-ReCCMSH, and wherein each of the nanoparticles has a diameter within a range from 1 nm to 15 nm; and (b) detecting the nanoparticles, wherein the nanoparticles are excreted by renal clearance, by the human subject, within a range from 90% of initial dose to 100% ID in 24 hours after administration.
A filament emulation circuit for emulating a fluorescent lamp filament such that a fluorescent lamp ballast senses that a fluorescent lamp filament is present and for a retrofittable tubular light emitting diode lamp for operating with a fluorescent lamp ballast, the filament emulation circuit comprising: - a first power connection and a second power connection for receiving an output power of the fluorescent lamp ballast, wherein the first power connection and the second power connection are coupled to a single Bi-Pin connector, - a first switching element arranged to prevent a current to flow between the first power connection and the second power connection when the first switching element is set in a non-conductive state, characterised in that - a first energy storage device coupled between the first power connection and the second power connection, - a first controller for controlling the first switching element, wherein the first controller is arranged for receiving power from the first energy storage device. - a first power connection and a second power connection for receiving an output power of the fluorescent lamp ballast, wherein the first power connection and the second power connection are coupled to a single Bi-Pin connector, - a first switching element arranged to prevent a current to flow between the first power connection and the second power connection when the first switching element is set in a non-conductive state, characterised in that - a first energy storage device coupled between the first power connection and the second power connection, - a first controller for controlling the first switching element, wherein the first controller is arranged for receiving power from the first energy storage device.
A method of processing position information indicative of an object position of an audio object, wherein the processing is performed using an MPEG-H 3D Audio decoder, wherein the object position is usable for rendering of the audio object, the method comprising: obtaining listener orientation information indicative of an orientation of a listener's head, wherein the listener orientation information comprises information on a yaw, a pitch, and a roll of the listener's head; obtaining listener displacement information indicative of a displacement of the listener's head relative to a nominal listening position, via an MPEG-H 3D Audio decoder input interface; determining the object position from the position information; modifying the object position based on the listener displacement information by applying a translation to the object position; and further modifying the modified object position based on the listener orientation information, wherein when the listener displacement information is indicative of a displacement of the listener's head from the nominal listening position by a small positional displacement, the small positional displacement having an absolute value of 0.5 meter or less than 0.5 meter, a distance between the modified audio object position and a listening position after displacement of the listener's head is kept equal to an original distance between the audio object position and the nominal listening position. obtaining listener orientation information indicative of an orientation of a listener's head, wherein the listener orientation information comprises information on a yaw, a pitch, and a roll of the listener's head; obtaining listener displacement information indicative of a displacement of the listener's head relative to a nominal listening position, via an MPEG-H 3D Audio decoder input interface; determining the object position from the position information; modifying the object position based on the listener displacement information by applying a translation to the object position; and further modifying the modified object position based on the listener orientation information, wherein