mhurhangee/ep-ind-claims huggingface dataset:
An engine bleed control system for a gas turbine engine of an aircraft when installed and in use, the engine bleed control system comprising: an engine bleed tap coupled to a fan-air source or a compressor source of a lower pressure compressor section before a highest pressure compressor section of the gas turbine engine; a turbo-compressor in fluid communication with the engine bleed tap; and a valve for selectively driving the turbo-compressor; a controller configured to selectively drive the turbo-compressor by controlling the valve to boost a bleed air pressure from the engine bleed tap as pressure augmented bleed air and control delivery of the pressure augmented bleed air to an aircraft use, wherein the turbo-compressor is selectively driven by a high pressure compressor bleed air source and an exhaust flow of the turbo-compressor is provided to one or more of: a manifold to combine with the pressure augmented bleed air; a thrust recovery source of the gas turbine engine; and a thrust recovery source of the turbo-compressor; a pneumatic bleed being at a different engine stage than the engine bleed tap; and characterized in that the pneumatic bleed is for anti-icing at least a nacelle inlet of the gas turbine engine and in that the system further comprises a valve configured to be selectively activated by the controller to enable the anti-icing of at least the nacelle inlet of the gas turbine engine. an engine bleed tap coupled to a fan-air source or a compressor source of a lower pressure compressor section before a highest pressure compressor section of the gas turbine engine; a turbo-compressor in fluid communication with the engine bleed tap; and a valve for selectively driving the turbo-compressor; a controller configured to selectively drive the turbo-compressor by controlling the valve to boost a bleed air pressure from the engine bleed tap as pressure augmented bleed air and control delivery of the pressure augmented bleed air to an aircraft use, wherein the turbo-compressor is selectively driven by a high pressure compressor bleed air source and an exhaust flow of the turbo-compressor is provided to one or more of: a manifold to combine with the pressure augmented bleed air; a thrust recovery source of the gas turbine engine; and a thrust recovery source of the turbo-compressor; a pneumatic bleed being at a different engine stage than the engine bleed tap; and characterized in that the pneumatic bleed is for anti-icing at least a nacelle inlet of the gas turbine engine and in that the system further comprises a valve configured to be selectively activated by the controller to enable the anti-icing of at least the nacelle inlet of the gas turbine engine.
A leading edge structure for a flow control system of an aircraft, comprising a double-walled leading edge panel that surrounds a plenum in a curved manner, the plenum extending in a span direction, wherein the leading edge panel has a first side portion extending from a leading edge point to a first attachment end, wherein the leading edge panel has a second side portion opposite the first side portion, extending from the leading edge point to a second attachment end, wherein the leading edge panel comprises an inner wall element facing the plenum and an outer wall element for contact with an ambient flow, wherein between the inner and outer wall elements (21, 23) the leading edge panel comprises a core assembly, wherein the outer wall element comprises a plurality of micro pores forming a fluid connection between the core assembly and the ambient flow, and wherein the inner wall element comprises openings forming a fluid connection between the core assembly and the plenum, characterized in that at the first attachment end and/or at the second attachment end the outer wall element is attached to the inner wall element by both bonding and fasteners (85, 87, 89, 91). a double-walled leading edge panel that surrounds a plenum in a curved manner, the plenum extending in a span direction, wherein the leading edge panel has a first side portion extending from a leading edge point to a first attachment end, wherein the leading edge panel has a second side portion opposite the first side portion, extending from the leading edge point to a second attachment end, wherein the leading edge panel comprises an inner wall element facing the plenum and an outer wall element for contact with an ambient flow, wherein between the inner and outer wall elements (21, 23) the leading edge panel comprises a core assembly, wherein the outer wall element comprises a plurality of micro pores forming a fluid connection between the core assembly and the ambient flow, and wherein the inner wall element comprises openings forming a fluid connection between the core assembly and the plenum, characterized in that at the first attachment end and/or at the second attachment end the outer wall element is attached to the inner wall element by both bonding and fasteners (85, 87, 89, 91).
A method of producing a phosphor comprising a composition represented by a composition formula: Na x RM y S z O a where R represents at least one element selected from the group consisting of Y, La, Gd, and Lu, M represents at least one element selected from the group consisting of Bi, Ce, Eu, and Pr, x is an atomic ratio satisfying 0.93 < x < 1.07, y is an atomic ratio satisfying 0.00002 < y < 0.01, z is an atomic ratio satisfying 1.9 < z < 2.1, and a is an atomic ratio satisfying 0.001 < a < 0.05, the method comprising: preparing a raw material mixture by mixing at least one first compound selected from the group consisting of an oxide, an oxoacid, and a halide of sodium, at least one second compound selected from the group consisting of an oxide, an oxoacid, and a halide of the element R, and at least one third compound selected from the group consisting of an oxide, an oxoacid, and a halide of the element M, at such a desired ratio for the resultant phosphor to have the composition represented by the composition formula; producing a first burned product by burning the raw material mixture, which is filled in a boron nitride vessel, in a hydrogen sulfide atmosphere at a temperature of 1000°C or lower; and producing a second burned product as the phosphor by burning the first burned product, which is filled in a quartz glass vessel, in a hydrogen sulfide atmosphere at a temperature that is equal to or higher than 900°C and is higher than the burning temperature of the first burning. preparing a raw material mixture by mixing at least one first compound selected from the group consisting of an oxide, an oxoacid, and a halide of sodium, at least one second compound selected from the group consisting of an oxide, an oxoacid, and a halide of the element R, and at least one third compound selected from the group consisting of an oxide, an oxoacid, and a halide of the element M, at such a desired ratio for the resultant phosphor to have the composition represented by the composition formula; producing a first burned product by burning the raw material mixture, which is filled in a boron nitride vessel, in a hydrogen sulfide atmosphere at a temperature of 1000°C or lower; and producing a second burned product as the phosphor by burning the first burned product, which is filled in a quartz glass vessel, in a hydrogen sulfide atmosphere at a temperature that is equal to or higher than 900°C and is higher than the burning temperature of the first burning.
A paper tissue container in which a stack of folded paper tissues are contained, comprising: in a containing box that includes a rectangular-parallelepiped-shaped box body, a perforation line formed in the box body, and a slit film that is affixed so that a slit is located in a region surrounded by the perforation line, the box body having an upper surface, a bottom surface, and a pair of long side surfaces and a pair of short side surfaces connected to the upper and bottom surfaces, respectively, further comprising, independently from the slit film, a scentable sheet member, in which a gelatin gel including at least one of a perfume and a perfume-containing microcapsule including a perfume is gel-tightly enclosed in a space between film sheets the scentable sheet member is affixed to a region including at least an inner surface of the upper surface of the container box and the at least one of the film sheets having a hole faces the stack of paper tissues, characterized in that the hole is a perfume-permeating hole, the perfume being volatilized through the perfume-permeating hole and volatilization of the perfume from the perfume-permeating hole is increased due to solation of the gelatin gel, and in that the gelatin gel solates by heating to about human body temperature and liquefied by heating further.
An electric passenger car with a powertrain comprising an electric machine, a driven wheel and a gearing that is arranged between the electric machine and the driven wheel and that provides a driving connection there between, which gearing includes a variator unit that provides a variable speed ratio between an input shaft and an output shaft thereof, which variator unit comprises an input pulley on its input shaft, an output pulley on its output shaft and a drive belt that is wrapped around and in frictional contact with these pulleys (42, 43), and which gearing further includes a speed reduction stage providing a fixed speed ratio between an input gear wheel and an output gear wheel thereof, whereof the input gear wheel rotates as one with the output shaft of variator unit and whereof the output gear wheel rotates as one with the driven wheel, characterized in that the gearing includes a further speed reduction stage providing a fixed further speed ratio between an input gear wheel and an output gear wheel thereof, whereof the input gear wheel rotates as one with the electric machine and whereof the output gearwheel rotates as one with the input shaft of the variator unit, and in that a maximum overall speed ratio provided by the gearing between the electric machine and the driven wheel amounts to at least 20:1 and preferably amounts to at least 30:1.
A pesticidal composition comprising a microcapsule comprising a shell and a fill, the fill comprising water and the dissolved reaction product of ferrous sulphate with phosphoric acid followed by addition of an oxidising agent; wherein the microcapsule shell is coated with an ingestible material.
A device for counting sterilization cycles during the sterilization of medical instruments and devices, comprising a counter for recording and reproducing a number of the sterilization cycles, an actuation unit (5, 6, 11, 12, 16) for a sterilization parameter-dependent actuation of the counter, and a locking unit for a sterilization parameter-dependent locking of the counter, wherein the actuation unit (5, 6, 11, 12, 16) actuates the counter upon exceeding a first threshold sterilization pressure and the locking unit locks the counter after an actuation has been carried out and/or after exceeding a first threshold sterilization temperature, and unlocks it after falling below a second threshold sterilization temperature.
A hair composition comprising: a. from 0.01% to 10% of a superabsorbent polymer, by weight of the hair composition; b. from 30% to 50%, of a silicone elastomer, by weight of the hair composition; c. from 1% to 30% of a humectant, by weight of the hair composition and d. greater than 20% water, by weight of the hair composition, wherein the superabsorbent polymer is selected from the group consisting of sodium polyacrylate, sodium polacrylate starch, sodium acrylates crosspolymer-2 and mixtures thereof. a. from 0.01% to 10% of a superabsorbent polymer, by weight of the hair composition; b. from 30% to 50%, of a silicone elastomer, by weight of the hair composition; c. from 1% to 30% of a humectant, by weight of the hair composition and d. greater than 20% water, by weight of the hair composition,
An anti-extensively drug-resistant tuberculosis (XDR-TB) drug comprising a compound of Structural Formula for use in a method of treating an individual infected with extensively drug-resistant tuberculosis (XDR-TB):
Pre-slab including a concrete body and at least one edging strip extending along a straight line, the edging strip including a cellular plastic material structure that comprises raised cells (4, 6) extending from the structure toward the exterior of the edging strip to face the concrete body, the edging strip being fixed to the concrete body to form at least a part of an edge of the pre-slab, an upper portion of the edging strip projecting from an upper face of the concrete body.
A reception timing configuration method performed by a first network side device for coordinated multipoint, CoMP, transmission where two geographically separated transmission points are configured to transmit downlink data to a terminal device in a coordinated manner, wherein the first network side device is a serving network side device of the terminal device and adapted to communicate with the terminal via an air interface, and wherein said two geographically separated transmission points are said first network side device and a second network side device, or a first transmission point and a second transmission point in a cell covered by the first network side device, or two further terminals, comprising: receiving a capability parameter sent by the terminal device, wherein the capability parameter is used to indicate that the terminal device supports a plurality of reception timings, configuring a reception timing parameter for the terminal device based on the capability parameter for a CoMP transmission of data from said two geographically separated transmission points to said terminal, wherein the reception timing parameter comprises two timing points respectively corresponding to said two geographically separated transmission points; and sending indication information to the terminal device, wherein the indication information is used to indicate the reception timing parameter. receiving a capability parameter sent by the terminal device, wherein the capability parameter is used to indicate that the terminal device supports a plurality of reception timings, configuring a reception timing parameter for the terminal device based on the capability parameter for a CoMP transmission of data from said two geographically separated transmission points to said terminal, wherein the reception timing parameter comprises two timing points respectively corresponding to said two geographically separated transmission points; and sending indication information to the terminal device, wherein the indication information is used to indicate the reception timing parameter.
A process for preparing a semipermeable asymmetric hollow fiber membrane, comprising the steps of a) dissolving at least one polysulfone, polyethersulfone, or polyarylethersulfone and a polyvinylpyrrolidone in at least one solvent to form a polymer solution; b) extruding the polymer solution through an outer ring slit of a nozzle with two concentric openings into a precipitation bath; simultaneously c) extruding a center fluid through the inner opening of the nozzle; and thereafter d) washing the membrane obtained; e) drying the membrane; and f) optionally, sterilizing the membrane, wherein the concentration of polysulfone, polyethersulfone, or polyarylethersulfone in the polymer solution is in the range of from 12 to 16 wt%, relative to the total weight of the polymer solution; and the concentration of polyvinylpyrrolidone in the polymer solution is in the range of from 1.5 to 5 wt%, relative to the total weight of the polymer solution, wherein the wall thickness of the hollow fiber is in the range of 10 to 55 μm, characterized in that the polyvinylpyrrolidone comprised in the polymer solution has a weight average molecular weight of more than 1,500 kDa and less than 2,000 kDa. a) dissolving at least one polysulfone, polyethersulfone, or polyarylethersulfone and a polyvinylpyrrolidone in at least one solvent to form a polymer solution; b) extruding the polymer solution through an outer ring slit of a nozzle with two concentric openings into a precipitation bath; simultaneously c) extruding a center fluid through the inner opening of the nozzle; and thereafter d) washing the membrane obtained; e) drying the membrane; and f) optionally, sterilizing the membrane, wherein the concentration of polysulfone, polyethersulfone, or polyarylethersulfone in the polymer solution is in the range of from 12 to 16 wt%, relative to the total weight of the polymer solution; and the concentration of polyvinylpyrrolidone in the polymer solution is in the range of from 1.5 to 5 wt%, relative to the total weight of the polymer solution,
A medical apparatus, comprising: a lithotripsic device configured to break a stone into one or more fragments in a body lumen; an endoscope configured to obtain a captured image in the body lumen; and an image processor configured: to process the captured image and create a processed image for display on a monitor, and to process and display a track of a movement of at least one of the stone or the one or more fragments, characterized in that, said lithotripsic device comprises a laser and in that, when a final location of the at least one of the stone or the one or more fragments is outside a field of view of the endoscope, the image processor is configured to provide an indication of a direction of the final location. a lithotripsic device configured to break a stone into one or more fragments in a body lumen; an endoscope configured to obtain a captured image in the body lumen; and an image processor configured: to process the captured image and create a processed image for display on a monitor, and to process and display a track of a movement of at least one of the stone or the one or more fragments, to process the captured image and create a processed image for display on a monitor, and to process and display a track of a movement of at least one of the stone or the one or more fragments, characterized in that, said lithotripsic device comprises a laser and in that, when a final location of the at least one of the stone or the one or more fragments is outside a field of view of the endoscope, the image processor is configured to provide an indication of a direction of the final location.
A handheld field maintenance tool comprising: a process communication module configured to communicate in accordance with a process industry communication standard; a controller coupled to the process communication module, the controller being configured to access a device description DD relative to a selected simulated field device; a user interface configured to receive a user input relative to a parameter of the simulated field device; and wherein the controller is configured to generate communication through the process communication module to simulate the selected field device based on the user input, characterized in that: the user input further comprises a specified process variable that is measured by the simulated field device, the simulation performed on the basis of the specified process variable, and wherein communication through the process communication module also includes a data structure which allows a control system to distinguish simulated signals. a process communication module configured to communicate in accordance with a process industry communication standard; a controller coupled to the process communication module, the controller being configured to access a device description DD relative to a selected simulated field device; a user interface configured to receive a user input relative to a parameter of the simulated field device; and wherein the controller is configured to generate communication through the process communication module to simulate the selected field device based on the user input, characterized in that: the user input further comprises a specified process variable that is measured by the simulated field device, the simulation performed on the basis of the specified process variable, and wherein communication through the process communication module also includes a data structure which allows a control system to distinguish simulated signals. the user input further comprises a specified process variable that is measured by the simulated field device, the simulation performed on the basis of the specified process variable, and wherein communication through the process communication module also includes a data structure which allows a control system to distinguish simulated signals.
A service initiation method based on a consortium blockchain network, wherein the consortium blockchain network comprises a plurality of service nodes among which a target service node is in cooperative relationship with at least one service node and a target client device is any one client device for which the target service node is responsible, wherein the target client device stores a candidate queue corresponding to the target service node from which the target client device selects a service node to continue initiating a service-related transaction when the target service node is down, wherein the stored candidate queue comprises a node identifier of the at least one service node in cooperative relationship with the target service node and the service initiation method comprises: creating, by the target client device, the service-related transaction and sending the service-related transaction to the target service node; determining, when determining that the target service node does not record the service-related transaction because the target service node is shutdown or overloaded, one node identifier in the stored candidate queue as a designated node identifier; and sending the service-related transaction to a service node corresponding to the designated node identifier to request the service node corresponding to the designated node identifier to record the service-related transaction in place of the target service node. creating, by the target client device, the service-related transaction and sending the service-related transaction to the target service node; determining, when determining that the target service node does not record the service-related transaction because the target service node is shutdown or overloaded, one node identifier in the stored candidate queue as a designated node identifier; and sending the service-related transaction to a service node corresponding to the designated node identifier to request the service node corresponding to the designated node identifier to record the service-related transaction in place of the target service node.