mhurhangee/ep-ind-claims huggingface dataset:
A method for managing content broadcasting of a user equipment, UE, by a server, wherein the method comprises: establishing a session for broadcasting a first content to a first UE and a plurality of second UEs (202b, 202c); while the first content being broadcast to the first UE and the plurality of second UEs (202b, 202c), receiving a request, which is requesting permission to broadcast a second content in the session, from the first UE, the request including one or more private user identifications, IDs, a second content ID, and a privacy level of the second content, wherein the second content ID uniquely identifies the second content; determining whether the privacy level is private or public; if the privacy level is private, inviting each of at least one second UE (202b, 202c) associated with the one or more private user IDs from among the plurality of second UEs (202b, 202c), and transmitting notification to the first UE to allow the second content to be broadcast to a first target UE in the session; and if the privacy level is public, inviting each of the plurality of second UEs (202b, 202c) and transmitting notification to the first UE to allow the second content to be broadcast to a second target UE in the session; wherein the first and the second target UE are a second UE that accepted the invitation. establishing a session for broadcasting a first content to a first UE and a plurality of second UEs (202b, 202c); while the first content being broadcast to the first UE and the plurality of second UEs (202b, 202c), receiving a request, which is requesting permission to broadcast a second content in the session, from the first UE, the request including one or more private user identifications, IDs, a second content ID, and a privacy level of the second content, wherein the second content ID uniquely identifies the second content; determining whether the privacy level is private or public; if the privacy level is private, inviting each of at least one second UE (202b, 202c) associated with the one or more private user IDs from among the plurality of second UEs (202b, 202c), and transmitting notification to the first UE to allow the second content to be broadcast to a first target UE in the session; and if the privacy level is public, inviting each of the plurality of second UEs (202b, 202c) and transmitting notification to the first UE to allow the second content to be broadcast to a second target UE in the session; wherein the first and the second target UE are a second UE that accepted the invitation.
Wall-flow filter for removing particles from the exhaust gas of combustion engines, the filter comprising a wall-flow filter substrate of length L and coatings Z and F that differ from one another, the wall-flow filter substrate having channels E and A, which extend in parallel between a first and a second end of the wall-flow filter substrate, being separated by porous walls and forming surfaces O E and O A, respectively, and the channels E being closed at the second end and the channels A being closed at the first end, and the coating Z being located in the porous walls and/or on the surfaces O A, but not on the surfaces O E, and comprising palladium and/or rhodium and a cerium/zirconium mixed oxide, characterized in that the coating F is located in the porous walls and/or on the surfaces Oε, but not on the surfaces O A, and comprises a mineral material and no precious metal, the mineral material being a phyllosilicate such as kaolin, sepiolite, montmorillonite or bentonite, muscovite, vermiculite. the wall-flow filter substrate having channels E and A, which extend in parallel between a first and a second end of the wall-flow filter substrate, being separated by porous walls and forming surfaces O E and O A, respectively, and the channels E being closed at the second end and the channels A being closed at the first end, and the coating Z being located in the porous walls and/or on the surfaces O A, but not on the surfaces O E, and comprising palladium and/or rhodium and a cerium/zirconium mixed oxide, characterized in that the coating F is located in the porous walls and/or on the surfaces Oε, but not on the surfaces O A, and comprises a mineral material and no precious metal, the mineral material being a phyllosilicate such as kaolin, sepiolite, montmorillonite or bentonite, muscovite, vermiculite.
A handheld device comprising: a casing that acts as a protective supporting framework of the handheld device; a circuit board that mechanically supports and electrically connects with each other electronic components of the handheld device and is configured to be embedded into or form part of the casing; at least one wireless communications circuit that transmits signals and data from the handheld device and is carried by the circuit board; a flex-antenna assembly (18; 20a, 20b) that is electrically coupled to the wireless communications circuit for sending and receiving the signals and data, defines flexible dielectric and conductive layers of the flex-antenna assembly disposed adjacent to each other, and is embedded into the circuit board; and wherein the flex-antenna assembly (18; 20a, 20b) defines a top layer stacked-up on a bottom layer of the flex-antenna assembly and includes a respective pair of coils; and wherein the coils are copper coils. a casing that acts as a protective supporting framework of the handheld device; a circuit board that mechanically supports and electrically connects with each other electronic components of the handheld device and is configured to be embedded into or form part of the casing; at least one wireless communications circuit that transmits signals and data from the handheld device and is carried by the circuit board; a flex-antenna assembly (18; 20a, 20b) that is electrically coupled to the wireless communications circuit for sending and receiving the signals and data, defines flexible dielectric and conductive layers of the flex-antenna assembly disposed adjacent to each other, and is embedded into the circuit board; and wherein the flex-antenna assembly (18; 20a, 20b) defines a top layer stacked-up on a bottom layer of the flex-antenna assembly and includes a respective pair of coils; and wherein the coils are copper coils.
A handheld four-stroke engine lubricating system comprising: an oil storage chamber formed by a bottom casing and a lower crank case, a crankshaft chamber formed by the lower crank case and an upper crank case, an air valve chamber formed by the upper crank case and a cylinder head cover, a cam chamber formed by the upper crank case and a cam chamber cover, and a tappet chamber connected between the air valve chamber and the cam chamber, characterized in that two sides of the upper and lower crank cases (33, 31) are correspondingly provided with a first and a second oil inlet passages (12, 13) communicating with the oil storage chamber and the crankshaft chamber, the first and the second oil inlet passages (12, 13) are correspondingly provided with a first and a second check valves (44, 45) thereon, the first oil inlet passage is connected to a hose pressed against the bottom casing, a head of the hose is provided with a first oil suction port, the first oil inlet passage is provided with a second oil suction port, and the second oil inlet passage is provided with a third oil suction port, Characterised in that a camshaft provided with a centrifugal separation mechanism is installed in the cam chamber, and the centrifugal separation mechanism includes a separator housing, a fixing sleeve and a sieve, wherein the separator housing is provided with a hollow cavity, the sieve is installed in the hollow cavity, the fixing sleeve is fixed on an inner ring of the separator housing and is assembled to the camshaft, an outer ring of the separator housing is provided with a centrifugal air inlet communicating with the hollow cavity, the inner ring of the separator housing, the fixing sleeve and the camshaft are provided with a centrifugal air out passage communicating with the hollow cavity, and the centrifugal air out passage connects with an air filter through a respiring passage.
An elastic composite structure comprising: a first web layer comprising a first portion, a second portion, and a third portion arranged in a width-wise direction of the elastic composite structure; a second web layer comprising a first portion and a second portion arranged in the width-wise direction; a plurality of elastic threads positioned adjacently to the second and third portions of the first web layer; wherein the first portion of the first web layer is folded over in the width-wise direction and overlaps the second portion of the first web layer; wherein the folded first portion of the first web layer is directly bonded to one of the second portion of the first web layer and the first portion of the second web layer; wherein a first portion of the plurality of elastic threads is constrained between the folded first portion of the first web layer and the second portion of the first web layer absent adhesive; and wherein the third portion of the first web layer is directly bonded to the second portion of the second web layer and traps a second portion of the plurality of elastic threads therebetween. a first web layer comprising a first portion, a second portion, and a third portion arranged in a width-wise direction of the elastic composite structure; a second web layer comprising a first portion and a second portion arranged in the width-wise direction; a plurality of elastic threads positioned adjacently to the second and third portions of the first web layer; wherein the first portion of the first web layer is folded over in the width-wise direction and overlaps the second portion of the first web layer; wherein the folded first portion of the first web layer is directly bonded to one of the second portion of the first web layer and the first portion of the second web layer; wherein a first portion of the plurality of elastic threads is constrained between the folded first portion of the first web layer and the second portion of the first web layer absent adhesive; and wherein the third portion of the first web layer is directly bonded to the second portion of the second web layer and traps a second portion of the plurality of elastic threads therebetween.
An assembly for restoring a gastroesophageal flap valve, comprising: an elongated member configured to be fed through a throat, down an adjoining esophagus and into an associated stomach, the elongated member having a distal end; a tissue shaper carried on the distal end of the elongated member for placement in the stomach, the tissue shaper including a chassis and a bail, the chassis extending from the elongated member, the chassis and bail having a hinged connection therebetween; an invaginator carried by the elongated member, the invaginator being configured to grip the esophagus; and the elongated member and invaginator being coupled for restricted relative axial movement and substantially free relative rotational movement. an elongated member configured to be fed through a throat, down an adjoining esophagus and into an associated stomach, the elongated member having a distal end; a tissue shaper carried on the distal end of the elongated member for placement in the stomach, the tissue shaper including a chassis and a bail, the chassis extending from the elongated member, the chassis and bail having a hinged connection therebetween; an invaginator carried by the elongated member, the invaginator being configured to grip the esophagus; and the elongated member and invaginator being coupled for restricted relative axial movement and substantially free relative rotational movement.
A field device comprising: a current output circuit; a sensor circuit; and a terminal portion including a rectifying element, wherein the current output circuit and the sensor circuit are connected to a two-wire loop wiring via the terminal portion in a state that the current output circuit and the sensor circuit are connected in series with each other, and wherein the rectifying element is connected to only a sensor circuit side of the terminal portion. a current output circuit; a sensor circuit; and a terminal portion including a rectifying element, wherein the current output circuit and the sensor circuit are connected to a two-wire loop wiring via the terminal portion in a state that the current output circuit and the sensor circuit are connected in series with each other, and wherein the rectifying element is connected to only a sensor circuit side of the terminal portion.
A method of controlling a gas turbine engine, the method including the steps of: detecting a shaft break event in a shaft connecting a compressor of the gas turbine engine to a turbine of the gas turbine engine; and in response to this detection, an electronic engine controller is activating a shaft break mitigation system which introduces a fluid into a gas flow of the gas turbine engine downstream of the turbine, or increases an amount of a fluid being provided into the gas flow of the gas turbine engine downstream of the turbine, whereby the fluid reduces an effective area of an exhaust nozzle for the gas flow so as to reduce the mass flow rate of the gas flow through the turbine. detecting a shaft break event in a shaft connecting a compressor of the gas turbine engine to a turbine of the gas turbine engine; and in response to this detection, an electronic engine controller is activating a shaft break mitigation system which introduces a fluid into a gas flow of the gas turbine engine downstream of the turbine, or increases an amount of a fluid being provided into the gas flow of the gas turbine engine downstream of the turbine, whereby the fluid reduces an effective area of an exhaust nozzle for the gas flow so as to reduce the mass flow rate of the gas flow through the turbine.
A method of agitating a fluid, comprising: introducing a fluid into an agitation chamber including a wall whose mass distribution is uneven in a direction perpendicular to a thicknesswise direction of the wall; and applying oscillation to the wall, characterised in that the application of oscillation is done by applying an oscillating excitation force to the wall in the thicknesswise direction of the wall with frequencies varying in a predetermined frequency range, thereby generating a swirling flow in the fluid. introducing a fluid into an agitation chamber including a wall whose mass distribution is uneven in a direction perpendicular to a thicknesswise direction of the wall; and applying oscillation to the wall, characterised in that the application of oscillation is done by applying an oscillating excitation force to the wall in the thicknesswise direction of the wall with frequencies varying in a predetermined frequency range, thereby generating a swirling flow in the fluid.
Method to prepare polyurethane films free from amines comprising the following steps: a) preparing a pre-polymer containing from 2 to 10% by weight of -NCO groups and from 10 to 100 meq of carboxylic groups by reaction of: i) at least one polyol containing a -COOH group, II) non ionic polyols selected among polyalkylene ether glycols having molecular weight from 400 to 4,000 and polyester polyols; iii) at least one aliphatic or cycloallphatic polyisocyanate; b) dispersing the pre-polymer in an aqueous solution containing an alkaline metal hydroxide, at temperature between 5° and 30°C, the amount of alkaline metal hydroxide being enough to neutralize at least 60% of the carboxylic groups of the pre-polymer; c) extending the pre-polymer by addition of a polyamine, maintaining the temperature between 5 and 40°C, and obtaining a 20 to 50% by weight aqueous dispersion of polyurethane; d) adding to the aqueous dispersion a cross-linking agent; e) spreading the aqueous dispersion on a solid support, such as leather, glass, paper, plastic, textile or metal, and drying.
A male electrical connector (20, 20-1, 20-2) configured for electrically connecting a first printed circuit board and a second printed circuit board of a voltage converter, said male electrical connector (20, 20-1, 20-2) being U-shaped and comprising a first end and a second end, said first end and said second end being configured respectively for being connected to a female electrical connector mounted on the first printed circuit board and to a female electrical connector mounted on the second printed circuit board; the male electrical connector (20, 20-1, 20-2) being characterized in comprising an external electrically conducting layer, an internal electrically conducting layer, and an electrically isolating layer arranged between the external electrically conducting layer and the internal electrically conducting layer.
A display apparatus comprising: a substrate; a display area disposed on the substrate and comprising a plurality of pixels; a non-display area disposed outside the display area; a first power supply voltage line comprising: a first conductive layer disposed in the non-display area; and a second conductive layer disposed on the first conductive layer; a second power supply voltage line disposed in the non-display area and comprising: a third conductive layer spaced apart from the first conductive layer; and a fourth conductive layer disposed on the third conductive layer; a first dam portion surrounding the display area and overlapping the second power supply voltage line; a second dam portion disposed adjacent to the first dam portion; and a cladding layer covering a first end portion of the fourth conductive layer formed in a direction intersecting a direction in which the first and second dam portions extend, wherein the third conductive layer and fourth conductive layer are separated by a first planarization film, and the third conductive layer is electrically connected to the fourth conductive layer through a second contact hole formed in the first planarization film. a substrate; a display area disposed on the substrate and comprising a plurality of pixels; a non-display area disposed outside the display area; a first power supply voltage line comprising: a first conductive layer disposed in the non-display area; and a second conductive layer disposed on the first conductive layer; a first conductive layer disposed in the non-display area; and a second conductive layer disposed on the first conductive layer; a second power supply voltage line disposed in the non-display area and comprising: a third conductive layer spaced apart from the first conductive layer; and a fourth conductive layer disposed on the third conductive layer; a third conductive layer spaced apart from the first conductive layer; and a fourth conductive layer disposed on the third conductive layer; a first dam portion surrounding the display area and overlapping the second power supply voltage line; a second dam portion disposed adjacent to the first dam portion; and a cladding layer covering a first end portion of the fourth conductive layer formed in a direction intersecting a direction in which the first and second dam portions extend, wherein the third conductive layer and fourth conductive layer are separated by a first planarization film, and the third conductive layer is electrically connected to the fourth conductive layer through a second contact hole formed in the first planarization film.
An intramedullary nail extractor comprising: a central body that includes: a proximal end for attachment to an extractor, a distal end having a hook for engaging an intramedullary nail, and a threaded intermediate portion between the proximal end and the distal end; a rotatable sleeve threadedly engaging the threaded intermediate portion of the central body; and a clamping member operatively engaged by the rotatable sleeve and moveable relative to the central body, wherein the clamping member is a clamping rod. a central body that includes: a proximal end for attachment to an extractor, a distal end having a hook for engaging an intramedullary nail, and a threaded intermediate portion between the proximal end and the distal end; a proximal end for attachment to an extractor, a distal end having a hook for engaging an intramedullary nail, and a threaded intermediate portion between the proximal end and the distal end; a rotatable sleeve threadedly engaging the threaded intermediate portion of the central body; and a clamping member operatively engaged by the rotatable sleeve and moveable relative to the central body, wherein the clamping member is a clamping rod.
A device for dispensing oxygen which can be stored under pressure comprising a canister filled with at least 40% activated carbon, by vol, and being able to be filled with oxygen which can be adsorbed by the activated carbon and stored at a pressure of between 4 and 20 barg, when measured at room temperature, which canister is sealed with a valve assembly allowing release of oxygen from the canister on actuation of the valve assembly, characterised in that the device further comprises a catalyst which converts carbon monoxide to carbon dioxide at ambient temperature to prevent or significantly reduce the presence of carbon monoxide.
An effective amount of a vanadium-containing compound and an effective amount of a sulfonylurea for use in treating human immunodeficiency virus or acquired immunodeficiency syndrome (AIDS) in a subject.
A method for obtaining an ice cream cone, that comprises: - placing a cone-shaped wafer in a mould adapted to the shape of the wafer, and is characterised in that it comprises: - injecting through a nozzle into the wafer between 8 and 20 grams of chocolate in liquid form at a temperature between 25 °C and 37 °C, - injecting between 15 and 40 grams of ice cream at a temperature between -4 °C and -8 °C with a nozzle exerting pressure between 2 and 6 bar, making the chocolate dosaged in the preceding step move upwardly and expand over the inner area of the wafer, giving rise to an ice cream cone in which the chocolate is distributed homogeneously over the inner surface and upper edge of the wafer, isolating said wafer from the ice cream. - placing a cone-shaped wafer in a mould adapted to the shape of the wafer, - injecting through a nozzle into the wafer between 8 and 20 grams of chocolate in liquid form at a temperature between 25 °C and 37 °C, - injecting between 15 and 40 grams of ice cream at a temperature between -4 °C and -8 °C with a nozzle exerting pressure between 2 and 6 bar, making the chocolate dosaged in the preceding step move upwardly and expand over the inner area of the wafer, giving rise to an ice cream cone in which the chocolate is distributed homogeneously over the inner surface and upper edge of the wafer, isolating said wafer from the ice cream.