mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a thermal barrier coating on a substrate, comprising the steps of: a) applying a bond coat on said substrate; b) subjecting said bond coat to a low activity aluminizing process, thus obtaining a temporary intermediate diffusion layer on said bond coat; characterized in that it comprises the steps of c) applying on said temporary intermediate diffusion layer obtained from said phase b) aluminium powder in suspension with a solvent or aqueous base, said aluminium powder having a size distribution from 15 to 150 pm; d) carrying out a vacuum heat treatment on the substrate, bond coat and temporary intermediate diffusion layer as a whole, at a pressure from 10 -3 to 10 -5 bar, at a temperature from 800°C to 1050°C and with an active phase in the range of 60 min - 4 h, thus obtaining an enriched intermediate diffusion layer on said bond coat; and e) applying a definitive barrier layer on said enriched intermediate diffusion layer. a) applying a bond coat on said substrate; b) subjecting said bond coat to a low activity aluminizing process, thus obtaining a temporary intermediate diffusion layer on said bond coat; characterized in that it comprises the steps of c) applying on said temporary intermediate diffusion layer obtained from said phase b) aluminium powder in suspension with a solvent or aqueous base, said aluminium powder having a size distribution from 15 to 150 pm; d) carrying out a vacuum heat treatment on the substrate, bond coat and temporary intermediate diffusion layer as a whole, at a pressure from 10 -3 to 10 -5 bar, at a temperature from 800°C to 1050°C and with an active phase in the range of 60 min - 4 h, thus obtaining an enriched intermediate diffusion layer on said bond coat; and e) applying a definitive barrier layer on said enriched intermediate diffusion layer.
A jet engine, comprising: an inlet for taking air; and a combustor for burning fuel with the air, wherein the combustor includes: an injector having an opening (31;35) through which the fuel is to be injected, wherein the injector includes a self-extinguishing member (32;36) which is configured to self-extinguish with time in a flight, characterized in that the self-extinguishing member (32;36) is configured to self-extinguish so that an injection direction of the fuel is modified. an inlet for taking air; and a combustor for burning fuel with the air, wherein the combustor includes: an injector having an opening (31;35) through which the fuel is to be injected, wherein the injector includes a self-extinguishing member (32;36) which is configured to self-extinguish with time in a flight, characterized in that the self-extinguishing member (32;36) is configured to self-extinguish so that an injection direction of the fuel is modified.
A road structure configured such that an asphalt layer is peeled off by electromagnetic induction heating, wherein the road structure comprises: a non-thermoplastic base layer; and an asphalt layer located above the base layer, characterized in that the base layer is a bad conductor of electricity; the road structure has, between the base layer and the asphalt layer, a corrosion-resistant conductive sheet which generates heat based on electromagnetic induction; a first bonding layer which functions to bond the corrosion-resistant conductive sheet and the base layer; and a second bonding layer which functions to bond the corrosion-resistant conductive sheet and the asphalt layer, and in that at least the first bonding layer is a thermoplastic bonding layer which softens by heat generated by the corrosion-resistant conductive sheet. a non-thermoplastic base layer; and an asphalt layer located above the base layer, characterized in that the base layer is a bad conductor of electricity; the road structure has, between the base layer and the asphalt layer, a corrosion-resistant conductive sheet which generates heat based on electromagnetic induction; a first bonding layer which functions to bond the corrosion-resistant conductive sheet and the base layer; and a second bonding layer which functions to bond the corrosion-resistant conductive sheet and the asphalt layer, and in that at least the first bonding layer is a thermoplastic bonding layer which softens by heat generated by the corrosion-resistant conductive sheet.
A compact hose having a hose wall thickness, and having a tubular wall comprising: an innermost tube formed of a vulcanized rubber, the innermost tube having a tube wall thickness (t) of between 0.5 mm (0.02 inch) and 1.25 mm (0.05 inch), a first reinforcement layer surrounding the innermost tube and being bonded thereto, at least a second reinforcement layer surrounding the first reinforcement layer, an interlayer interposed between the first and the second reinforcement layers, the interlayer bonding the first reinforcement layer to the second reinforcement layer, and a cover surrounding the second reinforcement layer, in which the tube wall thickness (t) is less than about 25% of the hose wall thickness, characterised in that the rubber comprises a hydrogenated acrylonitrile butadiene rubber (HNBR) or a copolymer or blend thereof. an innermost tube formed of a vulcanized rubber, the innermost tube having a tube wall thickness (t) of between 0.5 mm (0.02 inch) and 1.25 mm (0.05 inch), a first reinforcement layer surrounding the innermost tube and being bonded thereto, at least a second reinforcement layer surrounding the first reinforcement layer, an interlayer interposed between the first and the second reinforcement layers, the interlayer bonding the first reinforcement layer to the second reinforcement layer, and a cover surrounding the second reinforcement layer, in which the tube wall thickness (t) is less than about 25% of the hose wall thickness, characterised in that the rubber comprises a hydrogenated acrylonitrile butadiene rubber (HNBR) or a copolymer or blend thereof.
A chemical-processing instrument (100, 200a) for performing high-performance liquid chromatography, comprising: a processing unit (110, 210a), a high pressure pump, a tube receiving a fluid from the high-pressure pump, and a high-pressure connector (130, 230a) attaching the tube to the processing unit (110, 210a); the processing unit (110, 210a) being provided by a substantially monolithic multilayered structure derived from a sintered laminated multilayered green-sheet structure comprising a first layer and one or more additional layers (110b, 110 c, 110 d, 110 e), with each of said layers being derived from a ceramic-based green-sheet tape including ceramic particles dispersed in an organic binder, the processing unit (110, 210a) defining a separation column in fluidic communication with an inlet port of the processing unit (110, 210a), the separation column and other conduits (B, C, D) being defined by the processing unit (110, 210a), and extending fully or partially through the thickness of said layers (110a, 110b, 110c, 110d, 110e); the high-pressure pump configured to deliver the fluid comprising a solvent at a pressure sufficient for high-performance liquid chromatography; and the high-pressure connector (130, 230a) being in physical communication with the inlet port, and configured to provide a substantially leak-free connection for the tube receiving the fluid delivered by the high-pressure pump. a processing unit (110, 210a), a high pressure pump, a tube receiving a fluid from the high-pressure pump, and a high-pressure connector (130, 230a) attaching the tube to the processing unit (110, 210a); the processing unit (110, 210a) being provided by a substantially monolithic multilayered structure derived from a sintered laminated multilayered green-sheet structure comprising a first layer and one or more additional layers (110b, 110 c, 110 d, 110 e), with each of said layers being derived from a ceramic-based green-sheet tape including ceramic particles dispersed in an organic binder, the processing unit (110, 210a) defining a separation column in fluidic communication with an inlet port of the processing unit (110, 210a), the separation column and other conduits (B, C, D) being defined by the processing unit (110, 210a), and extending fully or partially through the thickness of said layers (110a, 110b, 110c, 110d, 110e); the high-pressure pump configured to deliver the fluid comprising a solvent at a pressure sufficient for high-performance liquid chromatography; and the high-pressure connector (130, 230a) being in physical communication with the inlet port, and configured to provide a substantially leak-free connection for the tube receiving the fluid delivered by the high-pressure pump.
A drainage catheter for use in providing a fluid pathway for draining bodily fluid from a patient, the drainage catheter being configured to form a pig-tail-type loop at its distal end to secure the drainage position of the distal end of the catheter, the drainage catheter comprising: an elongate hollow tube having a proximal end and a distal end; a drainage lumen configured to allow passage of bodily fluids from the distal end of the elongate hollow tube to the proximal end of the elongate hollow tube; a hub positioned in fluid communication with the drainage lumen at the proximal end of the elongate hollow tube; an anchor loop adapted to be formed in the distal end of the elongate hollow tube such that the anchor loop has an inside diameter and an outside diameter, the anchor loop adapted to secure the drainage position of the distal end of the elongate hollow tube in a patient; a plurality of drainage bores positioned on the inside diameter of the anchor loop; and a suture threaded such that a single length of suture is positioned along the length of the drainage lumen, characterised in that the suture having a weld to secure one portion of the suture to another portion of the suture, the weld configured to selectively secure the configuration of the anchor loop. an elongate hollow tube having a proximal end and a distal end; a drainage lumen configured to allow passage of bodily fluids from the distal end of the elongate hollow tube to the proximal end of the elongate hollow tube; a hub positioned in fluid communication with the drainage lumen at the proximal end of the elongate hollow tube; an anchor loop adapted to be formed in the distal end of the elongate hollow tube such that the anchor loop has an inside diameter and an outside diameter, the anchor loop adapted to secure the drainage position of the distal end of the elongate hollow tube in a patient; a plurality of drainage bores positioned on the inside diameter of the anchor loop; and a suture threaded such that a single length of suture is positioned along the length of the drainage lumen, characterised in that the suture having a weld to secure one portion of the suture to another portion of the suture, the weld configured to selectively secure the configuration of the anchor loop.
Method for controlling the transmission power in a radio system, in which - a transmission signal is transmitted by a transmitter, - the transmission signal from the transmitter is received and evaluated by a receiver in order as a function of this to produce a power control command for controlling the transmission power of the transmitter and to transmit this to the transmitter, and - the transmission power of the transmitter is set on the basis of an estimated value (δ) after the occurrence of a transmission gap in the transmission channel which is defined between the transmitter and the receiver or between the receiver and the transmitter, which estimated value takes account of power control commands produced for the transmitter in the past, with the estimated value being determined as a function of a parameter (k) which indicates whether the respective power control command is or is not intended to be taken into account in the determination of the estimated value, characterized in that the parameter for a second power control command is set to a value which results in the second power control command not being taken into account when determining the estimated value, under the condition that a) the second power control command directly succeeds a first power control command, and b) both power control commands would result in the transmission power of the transmitter reaching or exceeding a predetermined upper limit value (Pmax) or reaching or falling below a predetermined lower limit value (Pmin). - a transmission signal is transmitted by a transmitter, - the transmission signal from the transmitter is received and evaluated by a receiver in order as a function of this to produce a power control command for controlling the transmission power of the transmitter and to transmit this to the transmitter, and - the transmission power of the transmitter is set on the basis of an estimated value (δ) after the occurrence of a transmission gap in the transmission channel which is defined between the transmitter and the receiver or between the receiver and the transmitter, which estimated value takes account of power control commands produced for the transmitter in the past, with the estimated value being determined as a function of a parameter (k) which indicates whether the respective power control command is or is not intended to be taken into account in the determination of the estimated value, a) the second power control command directly succeeds a first power control command, and b) both power control commands would result in the transmission power of the transmitter reaching or exceeding a predetermined upper limit value (Pmax) or reaching or falling below a predetermined lower limit value (Pmin).
A method, comprising: determining whether a connector (140, 140", 141) includes a cable indication (150, 150", 135) that indicates its cable (130, 131, 132, 133) is capable of conducting an elevated power level above a level of a legacy cable; transmitting an offer to a device connected by the cable, to provide one or more supported power capabilities above the level of a legacy cable, if the cable indication is determined to indicate that the cable is capable of conducting an elevated power level above the level of a legacy cable; and transmitting an offer to the connected device, to provide the power level of a legacy cable, if the cable indication is determined to indicate that the cable is not capable of conducting an elevated power level above the level of a legacy cable. determining whether a connector (140, 140", 141) includes a cable indication (150, 150", 135) that indicates its cable (130, 131, 132, 133) is capable of conducting an elevated power level above a level of a legacy cable; transmitting an offer to a device connected by the cable, to provide one or more supported power capabilities above the level of a legacy cable, if the cable indication is determined to indicate that the cable is capable of conducting an elevated power level above the level of a legacy cable; and transmitting an offer to the connected device, to provide the power level of a legacy cable, if the cable indication is determined to indicate that the cable is not capable of conducting an elevated power level above the level of a legacy cable.
A method of evaluating a reliable lifespan of an encapsulant film comprising a base resin and a moisture absorbent, and satisfying the following General Equations 1 to 3, wherein the measured haze value is used to evaluate a reliable lifespan of the film, and the reliable lifespan of the film is evaluated to be higher when the measured haze value of the encapsulant film is higher: D = k / Hz D = − α × Hz + β Hz ≥ 30 ⁢ % where, in General Equations 1 to 3, Hz represents a haze value (%) of the film that is measured using a haze meter within one hour from a time point at which the film is taken out of a water-resistant sealed envelope under conditions of relative humidity of 50% at 25 °C, D represents a water penetration distance (mm) of the film that is measured after the film of which haze is measured is laminated between two glass substrates and maintained under conditions of a temperature of 85 °C and a relative humidity of 85% for 0 to 1500 hours, and k is a value equal to or greater than one, α is 0.01 or more, and β is 1.0 or more and is greater than D, and the base resin being a styrene-based resin, a polyolefin-based resin, a polyoxyalkylene-based resin, a polyester-based resin, a polyvinylchloride-based resin, a polycarbonate-based resin, a polyphenylene-sulfide-based resin, mixtures of hydrocarbons, a polyamide-based resin, an acrylate-based resin, an epoxy-based resin, a silicone-based resin, a fluorine-based resin, or mixtures thereof, the water reactive adsorbent comprising a metal oxide, a metal salt, or phosphorus pentoxide, and the moisture absorbent being included in an amount of 1 to 200 parts by weight with respect to 100 parts by weight of the base resin. Hz represents a haze value (%) of the film that is measured using a haze meter within one hour from a time point at which the film is taken out of a water-resistant sealed envelope under conditions of relative humidity of 50% at 25 °C, D represents a water penetration distance (mm) of the film that is measured after the film of which haze is measured is laminated between two glass substrates and maintained under conditions of a temperature of 85 °C and a relative humidity of 85% for 0 to 1500 hours, and k is a value equal to or greater than one, α is 0.01 or more, and β is 1.0 or more and is greater than D, and the base resin being a styrene-based resin, a polyolefin-based resin, a polyoxyalkylene-based resin, a polyester-based resin, a polyvinylchloride-based resin, a polycarbonate-based resin, a polyphenylene-sulfide-based resin, mixtures of hydrocarbons, a polyamide-based resin, an acrylate-based resin, an epoxy-based resin, a silicone-based resin, a fluorine-based resin, or mixtures thereof,
An information processing system comprising: at least one information processing apparatus; a receiving unit which receives a first processing request to use one of a plurality of external service units (401, 402) performing a process in collaboration with a first program that is operated in the at least one information processing apparatus; and a processing request unit configured to interact through an interface unit with a plurality of second programs (621, 622) corresponding to respective ones of the external service units (401, 402), wherein the interface unit comprises an external storage collaboration API which is commonly defined to use each of the applications (621, 622) for the storage services and the processing request unit being configured to select one of the second programs (621, 622) for performing, when the first processing request is received by the receiving unit, a second processing request to said external service unit (401, 402) based on the first processing request, the selected second program (621, 622) corresponding to identification information of said external service unit (401, 402) included in the first processing request. at least one information processing apparatus; a receiving unit which receives a first processing request to use one of a plurality of external service units (401, 402) performing a process in collaboration with a first program that is operated in the at least one information processing apparatus; and a processing request unit configured to interact through an interface unit with a plurality of second programs (621, 622) corresponding to respective ones of the external service units (401, 402), wherein the interface unit comprises an external storage collaboration API which is commonly defined to use each of the applications (621, 622) for the storage services and the processing request unit being configured to select one of the second programs (621, 622) for performing, when the first processing request is received by the receiving unit, a second processing request to said external service unit (401, 402) based on the first processing request, the selected second program (621, 622) corresponding to identification information of said external service unit (401, 402) included in the first processing request.
A media player comprising: a processor; and an accessory interface coupled to the processor and configured to communicate with an accessory; wherein the processor is configured to: send a request for an authentication certificate to the accessory; and receive an authentication certificate from the accessory; determine a validity of the authentication certificate; and, if the authentication certificate is not valid, then prevent the accessory from further interacting with the media player; otherwise the processor is configured to then receive a non-risky application command from the accessory and send a request for an authentication signature; in response to the received non-risky application command, enable an associated media player application function while the authentication process continues; and receive an authentication signature from the accessory; then determine a validity of the authentication signature. a processor; and an accessory interface coupled to the processor and configured to communicate with an accessory; wherein the processor is configured to: send a request for an authentication certificate to the accessory; and receive an authentication certificate from the accessory; determine a validity of the authentication certificate; and, if the authentication certificate is not valid, then prevent the accessory from further interacting with the media player; otherwise the processor is configured to then receive a non-risky application command from the accessory and send a request for an authentication signature; in response to the received non-risky application command, enable an associated media player application function while the authentication process continues; and receive an authentication signature from the accessory; then determine a validity of the authentication signature. send a request for an authentication certificate to the accessory; and receive an authentication certificate from the accessory; determine a validity of the authentication certificate; and, if the authentication certificate is not valid, then prevent the accessory from further interacting with the media player; otherwise the processor is configured to then receive a non-risky application command from the accessory and send a request for an authentication signature; in response to the received non-risky application command, enable an associated media player application function while the authentication process continues; and receive an authentication signature from the accessory; then determine a validity of the authentication signature.
A media depository comprising: a media item validation module; a diverter for routing a received media item via either a storage path or a return path; an escrow for temporarily holding received media items; and a printer located between the diverter and the escrow so that the printer can print on any media items transported via the return path, wherein the printer comprises a light source operable to ablate toner and/or magnetic ink from cheques to prevent any media items in the form of cheques presented a second time from being cashed or deposited. a media item validation module; a diverter for routing a received media item via either a storage path or a return path; an escrow for temporarily holding received media items; and a printer located between the diverter and the escrow so that the printer can print on any media items transported via the return path, wherein the printer comprises a light source operable to ablate toner and/or magnetic ink from cheques to prevent any media items in the form of cheques presented a second time from being cashed or deposited.