mhurhangee/ep-ind-claims huggingface dataset:
A biomass center air jet burner comprising: a biomass nozzle concentrically surrounded by a core air zone and extending axially along the length of the core air zone, a biomass pipe leading to the biomass nozzle and defining a biomass zone; an axial pipe concentrically surrounding the biomass pipe and defining the core air zone therebetween; an annular pipe concentrically surrounding the axial pipe defining a first annular zone therebetween, wherein the first annular zone is configured such that pulverized coal flows therethrough; a barrel concentrically surrounding the annular pipe defining a second annular zone therebetween; a burner zone wall concentrically surrounding the barrel defining a third annular zone therebetween; a core air duct radially interposed between the axial pipe and the annular pipe, wherein the core air duct is configured to receive heated air and to pass the heated air to the core air zone; and a means for passing a pulverized coal flow around a portion of the core air duct contained in the first annular zone; wherein the burner is configured to receive air and fuel and to emit to a connected furnace via a burner throat. a biomass nozzle concentrically surrounded by a core air zone and extending axially along the length of the core air zone, a biomass pipe leading to the biomass nozzle and defining a biomass zone; an axial pipe concentrically surrounding the biomass pipe and defining the core air zone therebetween; an annular pipe concentrically surrounding the axial pipe defining a first annular zone therebetween, wherein the first annular zone is configured such that pulverized coal flows therethrough; a barrel concentrically surrounding the annular pipe defining a second annular zone therebetween; a burner zone wall concentrically surrounding the barrel defining a third annular zone therebetween; a core air duct radially interposed between the axial pipe and the annular pipe, wherein the core air duct is configured to receive heated air and to pass the heated air to the core air zone; and a means for passing a pulverized coal flow around a portion of the core air duct contained in the first annular zone; wherein the burner is configured to receive air and fuel and to emit to a connected furnace via a burner throat.
Control device for a motor vehicle, the control device having a first circuit mount a second circuit mount with electrical components which are electrically conductively connected to one another, wherein the first circuit mount and the second circuit mount are electrically conductively connected to one another, wherein the second circuit mount is thermally conductively and fixedly connected to a fluid-tight thermally conductive mount element, wherein the first circuit mount has a recess, wherein the second circuit mount is arranged in the recess, wherein the mount element is arranged in the recess, wherein the mount element has a better thermal conductivity than the first circuit mount, wherein the mount element can be thermally conductively connected to a heat sink (56, 64), wherein the mount element is integrated into an inner region of the first circuit mount in a fluid-tight manner, characterized in that the first circuit mount is provided with electrical components (36, 38) which are electrically conductively connected to one another, in that the first circuit mount has an aperture which extends from a top face to a bottom face, which is situated opposite the top face, and is closed in a fluid-tight manner by the mount element, in that the first circuit mount is designed as a printed circuit board composed of resin in conjunction with a glass-fibre nonwoven fabric or a glass-fibre woven fabric, and in that the mount element forms an edge region which is incorporated by lamination into the first circuit mount in a fluid-tight manner.
A method of Dual Radio Access Transfer of an IP Multimedia Subsystem, IMS, controlled voice or video call in an alerting phase for the Packet Switched, PS, to Circuit Switched, CS, direction, the method comprising: initiating a SIP session towards a terminating mobile station, UE; during a voice or video call alerting phase, making a determination at the UE that a DRVCC transfer is required from a PS to a CS access; sending a SIP message in the initiated SIP session from the UE to a Service Centralization and Continuity Application Server, SCC-AS, the SIP message including a request to initiate DRVCC session transfer from PS to CS; responding to receipt of the SIP message at the SCC-AS by sending a SIP INVITE from the SCC-AS towards the UE via the CS access, the INVITE including the Session Transfer Number, STN, as the calling party identity; receiving the INVITE at a Mobile Switching Centre, MSC, serving the UE in the CS access; and responding to receipt of said INVITE at the MSC, or to receipt of associated CS signalling, by sending from the MSC to the UE a CS Setup message, whereupon the MSC is placed in a state in which it expects a CS Answer from the UE. initiating a SIP session towards a terminating mobile station, UE; during a voice or video call alerting phase, making a determination at the UE that a DRVCC transfer is required from a PS to a CS access; sending a SIP message in the initiated SIP session from the UE to a Service Centralization and Continuity Application Server, SCC-AS, the SIP message including a request to initiate DRVCC session transfer from PS to CS; responding to receipt of the SIP message at the SCC-AS by sending a SIP INVITE from the SCC-AS towards the UE via the CS access, the INVITE including the Session Transfer Number, STN, as the calling party identity; receiving the INVITE at a Mobile Switching Centre, MSC, serving the UE in the CS access; and responding to receipt of said INVITE at the MSC, or to receipt of associated CS signalling, by sending from the MSC to the UE a CS Setup message, whereupon the MSC is placed in a state in which it expects a CS Answer from the UE.
Method for acquiring and distributing user interactions in a web browser, the method comprising the following steps of: - transmitting the content of a web page from a web server to a client, wherein the web page content has a synchronization script designed to establish a connection between the client and an emulation system running on a further server, - executing the synchronization script by means of the client, as a result of which a connection between the client and the emulation system is established, - wherein the synchronization script causes information regarding how the web page is specifically displayed and/or structured and/or functions on the client to also be transmitted to the emulation system, - transmitting acquisition data acquired by means of the client via the connection, with the result that user interactions and subsequent reactions of the web page content are emulated in the client by the emulation system and are available, - configuring the emulation system such that the presence of specific user interactions or reactions of the transmitted web page content results in messages in this regard being sent to one or more further servers. - transmitting the content of a web page from a web server to a client, wherein the web page content has a synchronization script designed to establish a connection between the client and an emulation system running on a further server, - executing the synchronization script by means of the client, as a result of which a connection between the client and the emulation system is established, - wherein the synchronization script causes information regarding how the web page is specifically displayed and/or structured and/or functions on the client to also be transmitted to the emulation system, - transmitting acquisition data acquired by means of the client via the connection, with the result that user interactions and subsequent reactions of the web page content are emulated in the client by the emulation system and are available, - configuring the emulation system such that the presence of specific user interactions or reactions of the transmitted web page content results in messages in this regard being sent to one or more further servers.
A pouring cup position detection system for detecting a position of a pouring cup of a mold, the pouring cup position detection system comprising: an image processing device including an imager which moves relative to the mold; and at least one marker provided on the mold and positioned relative to the pouring cup, wherein, the imager is configured to capture an image containing the at least one marker; the image processing device is configured to calculate information concerning the position of the pouring cup based on the image captured by the imager, characterized in that the at least one marker comprises a plurality of markers. an image processing device including an imager which moves relative to the mold; and at least one marker provided on the mold and positioned relative to the pouring cup, wherein, the imager is configured to capture an image containing the at least one marker; the image processing device is configured to calculate information concerning the position of the pouring cup based on the image captured by the imager, characterized in that the at least one marker comprises a plurality of markers.
A method for controlling at least one capacitor (C1, C2) or reactor in a wind power plant, with a plurality of wind turbine generators, each comprising a power converter, the method comprises the steps of: a) calculate a total reactive power reference value (Q ref_total), based on an electrical grid reference value, b) define a maximum reactive power operation range of at least one power converter of the power converters of the plurality of wind turbine generators in the wind power plant, c) connect or disconnect the at least one capacitor (C1, C2) or reactor, when a reactive power value (Q ref_cap) calculated based on a reference value (V ref) is outside the maximum reactive power operation range, d) subtract the reactive power of the connected capacitor or reactor (ΔV Cap) from the calculated total reactive power reference value (Q ref_total), to calculate the reference value (V ref), e) dispatch split wind turbine generator references (V ref_WTG) to the plurality of wind turbine generators based on the reference value (V ref), wherein the reactive power injected by each wind turbine generator to an associated power supply grid is calculated based on the wind turbine generator references (V ref_WTG), wherein the wind turbine generator references (V ref_WTG) are split from the reference value (V ref) by a dispatcher, wherein there are several maximum reactive power operation ranges, these maximum reactive power operation ranges being set in response to different active power level injections, wherein for high active power level injection to the associated power supply grid a smaller maximum reactive power operation range is set than for low active power level injection to the associated power supply grid, wherein the bigger the maximum reactive power operation range, the lower the amount of switching operations for the at least one capacitor (C1, C2) or reactor. a) calculate a total reactive power reference value (Q ref_total), based on an electrical grid reference value, b) define a maximum reactive power operation range of at least one power converter of the power converters of the plurality of wind turbine generators in the wind power plant, c) connect or disconnect the at least one capacitor (C1, C2) or reactor, when a reactive power value (Q ref_cap) calculated based on a reference value (V ref) is outside the maximum reactive power operation range, d) subtract the reactive power of the connected capacitor or reactor (ΔV Cap) from the calculated total reactive power reference value (Q ref_total), to calculate the reference value (V ref), e) dispatch split wind turbine generator references (V ref_WTG) to the plurality of wind turbine generators based on the reference value (V ref), wherein the reactive power injected by each wind turbine generator to an associated power supply grid is calculated based on the wind turbine generator references (V ref_WTG), wherein the wind turbine generator references (V ref_WTG) are split from the reference value (V ref) by a dispatcher,
Choke coil with an adjustable iron core and a trapezoidal thread drive, wherein the iron core is connected to a trapezoidal thread nut which is arranged on a trapezoidal thread spindle protruding into the iron core, characterized in that that part of the trapezoidal thread spindle which runs outside the iron core is surrounded by a covering (FB, TR) which separates a lubricating fluid surrounding the trapezoidal thread spindle from the transformer oil of the choke coil.
A system comprising at least a timing slave device (101, 102, 103) and a timing master device, wherein each timing slave includes or has access to a time reference, wherein the timing master comprises or has access to a master time reference, wherein said timing master device and said timing slave device are operatively arranged for transmitting and receiving radio signals, characterized in that the timing master is operatively arranged for transmitting time signals (1200, 1201) to said slave device (101, 102, 103) said time signals comprising a plurality of frequency chirps encoding an absolute time information derived from the time reference of the timing master, the timing slave device is operatively arranged for time-stamping (605, 607) the time signals received from the timing master and for synchronizing its time reference on the time reference of the timing master based on the time stamps (605, 607), on a propagation time to the timing master, and on said frequency chirps.
A phase shifter apparatus, comprising a strip line and a coaxial line, wherein the strip line comprises, in an outer-to-inner sequence, a strip-line outer conductor, a strip-line signal cavity, and a strip-line inner conductor, and the coaxial line comprises, in an outer-to-inner sequence, a coaxial-line outer conductor, a first insulation medium, and a coaxial-line inner conductor; and the phase shifter apparatus further comprises a coupling ground plane, wherein the coaxial-line outer conductor is a cylinder, the strip-line outer conductor and the coupling ground plane are an integral metal piece, and a coupling aperture portion penetrating the coupling ground plane is disposed in the coupling ground plane, wherein the coupling ground plane extends in a direction of the coaxial line, the coupling aperture portion is a cylindrical aperture portion extending along a longitudinal axis of the coupling ground plane, the coaxial line is disposed in the coupling aperture portion of the coupling ground plane and penetrates the integral metal piece forming the coupling ground plane, the coaxial-line outer conductor is electrically connected to the strip-line outer conductor by using the coupling ground plane, and the coaxial-line inner conductor is electrically connected to the strip-line inner conductor.
A nutritional composition that comprises a milk substrate that is fermented by lactic acid producing bacteria, and comprises non-digestible oligosaccharides selected from the group consisting of fructo-oligosaccharides, non-digestible dextrins, galacto-oligosaccharides, xylo-oligosaccharides, arabino-oligosaccharides, arabinogalacto-oligosaccharides, gluco-oligosaccharides, gentio-oligosaccharides, glucomanno-oligosaccharides, galactomanno-oligosaccharides, mannan-oligosaccharides, isomalto-oligosaccharides, nigero-oligosaccharides, glucomanno-oligosaccharides, chito-oligosaccharides, soy oligosaccharides, sialyl-oligosaccharides, and fuco-oligosaccharides, and mixtures thereof, for use in treating and/or preventing rotavirus infection or rotavirus-induced diarrhea in an infant or young child.
A method of providing event-coordinated uplink network assistance by a network assistance service to a plurality of electronic devices, comprising: obtaining, by the network assistance service provided by a network assistance device, data regarding a plurality of uplink data sessions that have been registered to an event, each uplink data session being between a respective electronic device of the plurality of electronic devices and a media production service provided by a media production element, the event being a live situation from which the plurality of electronic devices simultaneously produce and transmit uplink media streams to the media production service in the respective uplink data sessions, allowing the media production service to create a combined media production using selections and combinations of content from the uplink media streams provided by the plurality of electronic devices; collecting, by the network assistance service, connection status information about radio conditions of one or more of the uplink media streams of the plurality of data streams during the event; determining, by the network assistance service, network condition information from the connection status information, wherein the network condition information is regarding network conditions for the plurality of electronic devices; and transmitting, by the network assistance service, network condition information to the media production service to help the media production service decide which uplink media streams to use in the combined media production. obtaining, by the network assistance service provided by a network assistance device, data regarding a plurality of uplink data sessions that have been registered to an event, each uplink data session being between a respective electronic device of the plurality of electronic devices and a media production service provided by a media production element, the event being a live situation from which the plurality of electronic devices simultaneously produce and transmit uplink media streams to the media production service in the respective uplink data sessions, allowing the media production service to create a combined media production using selections and combinations of content from the uplink media streams provided by the plurality of electronic devices; collecting, by the network assistance service, connection status information about radio conditions of one or more of the uplink media streams of the plurality of data streams during the event; determining, by the network assistance service, network condition information from the connection status information, wherein the network condition information is regarding network conditions for the plurality of electronic devices; and transmitting, by the network assistance service, network condition information to the media production service to help the media production service decide which uplink media streams to use in the combined media production.
A solid oral dosage composition comprising ibuprofen and a methacrylic acid copolymer, which composition includes a matrix having methacrylic acid copolymer-ibuprofen polyelectrolyte complexes where ibuprofen is complexed with the methacrylic acid copolymer by ionic interactions, wherein the mass ratio of ibuprofen to methacrylic acid copolymer is from 1:1 to 1:3, wherein the methacrylic acid copolymer comprises the formula: where R 1 is C 2 H 5, R 2 is -COOH and R 3 is H, and wherein the solid oral dosage composition is formulated for maintaining in the oral cavity of a subject for 15 minutes or more to deliver ibuprofen to the subject.
A polytetrafluoroethylene formed product containing, as a principal component, a polytetrafluoroethylene having a crosslinked structure, wherein the polytetrafluoroethylene having the crosslinked structure is contained in an amount of not less than 50 mass%, the polytetrafluoroethylene formed product has a PV limit of not less than 1600 MPa·m/min, the PV limit is a value measured according to an A method in JIS-K-7218 except for using a ring having an outer diameter of 11.6 mm and an inner diameter of 7.4 mm as a mating material, under a constant speed condition while changing the pressure, the polytetrafluoroethylene having the crosslinked structure is obtained by irradiating an uncrosslinked polytetrafluoroethylene with ionizing radiation under a condition of no oxygen and of a temperature equal to or higher than the crystalline melting point of the uncrosslinked polytetrafluoroethylene, the uncrosslinked polytetrafluoroethylene has a melt viscosity at 380°C of not less than 1×10 5 Pa·s and not greater than 7×10 5 Pa·s, and the melt viscosity is a value measured according to Method X, Method Y, and/or Method Z in the description.
A suction device for evacuating fumes, comprising: a tongue blade comprising a pair of opposed walls and first and second surfaces, the first surface for depressing a patient's tongue; a suction tube connected at a first end to said tongue blade; an elongated support member to which a second end of said suction tube is connected; and a connecting member attached to said suction tube for connecting said suction tube to an associated suction generating device, characterized in that the elongated support member is a spine, and the suction tube is a rigid hollow tube having a first elongate portion to which the spine is connected, a second portion which is curved and joins the spine and the tongue blade together such that forces between the spine and the tongue blade are transferred through the second portion, and a third portion connected to the tongue blade over the second surface of the tongue blade. a tongue blade comprising a pair of opposed walls and first and second surfaces, the first surface for depressing a patient's tongue; a suction tube connected at a first end to said tongue blade; an elongated support member to which a second end of said suction tube is connected; and a connecting member attached to said suction tube for connecting said suction tube to an associated suction generating device, characterized in that the elongated support member is a spine, and the suction tube is a rigid hollow tube having a first elongate portion to which the spine is connected, a second portion which is curved and joins the spine and the tongue blade together such that forces between the spine and the tongue blade are transferred through the second portion, and a third portion connected to the tongue blade over the second surface of the tongue blade.
A method for edge-forming cellulose products in a forming mould system, wherein the forming mould system is adapted for forming the cellulose products from an air-formed cellulose blank structure, wherein the forming mould system comprises a first mould part and a second mould part arranged for cooperating with each other, wherein the first mould part comprises an edge-forming device with a protruding element configured for compacting and separating fibres of the cellulose blank structure, wherein the edge-forming device is movably arranged in relation to a base structure of the first mould part, wherein the edge-forming device is adapted for interacting with a pressure member arranged in the base structure, wherein the method comprises the steps: providing the air-formed cellulose blank structure, and arranging the cellulose blank structure between the first mould part and the second mould part; forming a compacted edge structure of the cellulose products by separating fibres of the cellulose blank structure with the protruding element, applying an edge-forming temperature (T EF) onto the cellulose blank structure, and compacting the cellulose blank structure by applying an edge-forming pressure (P EF) by means of the pressure member onto the cellulose blank structure between the protruding element and the second mould part. providing the air-formed cellulose blank structure, and arranging the cellulose blank structure between the first mould part and the second mould part; forming a compacted edge structure of the cellulose products by separating fibres of the cellulose blank structure with the protruding element, applying an edge-forming temperature (T EF) onto the cellulose blank structure, and compacting the cellulose blank structure by applying an edge-forming pressure (P EF) by means of the pressure member onto the cellulose blank structure between the protruding element and the second mould part.