mhurhangee/ep-ind-claims huggingface dataset:
Manufacturing method of a nickel-based alloy comprising the steps of: i) forging and solution treating a nickel-based alloy consisting of, expressed as percentages by weight: C = 0.030 max, Si = 0.50 max, Mn = 0.50 max, Cr = 20.0-24.0, Ni = 55.0-60.0, Mo = 5.5 - 7.0, S = 0.005 max, P = 0.015 max, Cu = 1.0 max, Co = 1.0 max, Al = 0.80 max, Ti = 0.50 - 1.50, Nb = 4.0 - 5.5 and Fe = 5,0 - 15,0, wherein forging is carried on at a temperature of 1000-1160°C and the solution treating takes place at a temperature of 1030-1080°C, followed by a cooling step in water; ii) subjecting the product of step i) to a first ageing step at a higher temperature of about 720-780°C for about 3-8 hours; iii) cooling the product of step ii) in air at ambient temperature iv) subjecting the product of step iii) to a second ageing step at a lower temperature of 600-640°C for about 4-10 hours; v) cooling in air the product of step iv) to obtain the nickel-based alloy; wherein, following said steps i)-v), the hardening metal phases of the nickel-based alloy are precipitated in a uniform manner in the grains of the latter. i) forging and solution treating a nickel-based alloy consisting of, expressed as percentages by weight: C = 0.030 max, Si = 0.50 max, Mn = 0.50 max, Cr = 20.0-24.0, Ni = 55.0-60.0, Mo = 5.5 - 7.0, S = 0.005 max, P = 0.015 max, Cu = 1.0 max, Co = 1.0 max, Al = 0.80 max, Ti = 0.50 - 1.50, Nb = 4.0 - 5.5 and Fe = 5,0 - 15,0, wherein forging is carried on at a temperature of 1000-1160°C and the solution treating takes place at a temperature of 1030-1080°C, followed by a cooling step in water; ii) subjecting the product of step i) to a first ageing step at a higher temperature of about 720-780°C for about 3-8 hours; iii) cooling the product of step ii) in air at ambient temperature iv) subjecting the product of step iii) to a second ageing step at a lower temperature of 600-640°C for about 4-10 hours; v) cooling in air the product of step iv) to obtain the nickel-based alloy;
An oil-based inkjet ink comprising a pigment, a non-aqueous solvent, and a compound represented by general formula shown below: wherein m represents 1 or 2, each of R 1 and R 2 independently represents a monovalent saturated hydrocarbon group, R 3 represents a single bond or a divalent saturated hydrocarbon group, and R 4 represents a monovalent or divalent saturated hydrocarbon group, wherein the non-aqueous solvent comprises at least one selected from the group consisting of a petroleum-based hydrocarbon solvent, a fatty acid ester-based solvent having 16 to 30 carbon atoms, a higher-alcohol-based solvent having 12 to 20 carbon atoms, and a higher fatty acid-based solvent having 14 to 20 carbon atoms, and the oil-based inkjet ink having a viscosity of 5 to 30 mPa·s at 23 °C.
Riser pipe separator, having - a riser pipe for the pneumatic transport of granular goods suspended in conveying air, wherein the riser pipe has a vertical conveying direction component, - a swirling device which is disposed in the riser pipe and imparts a swirl to the conveying air, - an immersion pipe which is disposed above the swirling device and lengthens the air path for the conveying air, characterized in that between the riser pipe and the immersion pipe, above the swirling device, there is an annular gap by way of which coarse granular goods which have been spun outwards in the radial direction in terms of the conveying direction of the conveying air by the swirl of the conveying air, are separated from the conveying air that flows into the immersion pipe, wherein the height position of the swirling device in the riser pipe is variable and adjustable from the outside. - a riser pipe for the pneumatic transport of granular goods suspended in conveying air, wherein the riser pipe has a vertical conveying direction component, - a swirling device which is disposed in the riser pipe and imparts a swirl to the conveying air, - an immersion pipe which is disposed above the swirling device and lengthens the air path for the conveying air, between the riser pipe and the immersion pipe, above the swirling device, there is an annular gap by way of which coarse granular goods which have been spun outwards in the radial direction in terms of the conveying direction of the conveying air by the swirl of the conveying air, are separated from the conveying air that flows into the immersion pipe, wherein the height position of the swirling device in the riser pipe is variable and adjustable from the outside.
Sequential combustor (100, 200) for a gas turbine, comprising a premixing section and a combustion chamber (102, 202) arranged downstream of the premixing section, said premixing section being configured to receive and premix a flow of oxidant and fuel, said premixing section being arranged along one or more convergent ducts which are defined by respective passages formed between a plurality of vanes (106, 206) and comprising fuel injectors and mixing devices distributed along facing sidewalls (60, 70) of adjacent vanes (106, 206); wherein each vane (106, 206) has a converging side wall having an angle α of duct contraction which has a maximum value of 30° or less along the duct; and the fuel injectors and the mixing devices are provided along the convergent ducts on facing sidewalls (60, 70) which form the convergent ducts; wherein said combustor chamber comprises a diffuser section formed by one or more diverging ducts; wherein said one or more divergent ducts are passages formed between said plurality of vanes and wherein each divergent duct is arranged downstream a convergent duct, said convergent and divergent ducts (105, 202) formed by a common vane-shaped passage; wherein said at least one divergent duct has an expansion vane angle β equal to 9° or greater.
An electronic device configured to perform a predetermined process using a secondary battery as a power source, comprising: a temperature detection unit configured to detect a temperature of the secondary battery; a low-temperature determination unit configured to determine whether the temperature detected by the temperature detection unit is lower or higher than a predetermined value; an intermittent processing unit configured to perform the predetermined process intermittently when the temperature detected by the temperature detection unit is lower than the predetermined value; and a continuous processing unit configured to perform the predetermined process continuously when the temperature detected by the temperature detection unit is higher than the predetermined value, characterized by the fact that the predetermined process performed by the intermittent processing unit and the continuous processing unit is an emergency call operation which is performed when an abnormality of a vehicle in which the device is mountable occurs. a temperature detection unit configured to detect a temperature of the secondary battery; a low-temperature determination unit configured to determine whether the temperature detected by the temperature detection unit is lower or higher than a predetermined value; an intermittent processing unit configured to perform the predetermined process intermittently when the temperature detected by the temperature detection unit is lower than the predetermined value; and a continuous processing unit configured to perform the predetermined process continuously when the temperature detected by the temperature detection unit is higher than the predetermined value, characterized by the fact that the predetermined process performed by the intermittent processing unit and the continuous processing unit is an emergency call operation which is performed when an abnormality of a vehicle in which the device is mountable occurs.
An anti-tumor agent consisting of a combination drug containing trifluridine and tipiracil hydrochloride at a molar ratio of 1:0.5, wherein the anti-tumor agent being used in combination with a taxane compound, wherein a daily dose of the combination drug on an administration day of the combination drug is 50 to 100% of a recommended dose of the combination drug for use in monotherapy, and a daily dose of the taxane compound on an administration day of the taxane compound is 25 to 100% of a recommended dose of the taxane compound for use in monotherapy, wherein the taxane compound is paclitaxel, for use in treating a tumor.
Method (S1-S7) for operating a cooking appliance, wherein - a cooking compartment is irradiated by light of different wavelength ranges, of which at least one wavelength range is an infrared wavelength range, and - light reflected in the cooking compartment is measured on a pixel basis using at least one camera, wherein - an object recognition is performed in an image taken by the at least one camera, - for pixels, which are associated with at least one object recognised by the object recognition, measurement results are stereoscopically evaluated for the determination of substances of the object, depending on the type of recognised object in each case, and - an operation of the cooking appliance is adjusted depending on a result of the spectroscopic evaluation, characterised in that - a container in which food is to be cooked is recognised by way of the object recognition and consequently a material of the container in which food is to be cooked is determined by way of the spectroscopic evaluation of the pixels associated with the container in which food is to be cooked. - a cooking compartment is irradiated by light of different wavelength ranges, of which at least one wavelength range is an infrared wavelength range, and - light reflected in the cooking compartment is measured on a pixel basis using at least one camera, - an object recognition is performed in an image taken by the at least one camera, - for pixels, which are associated with at least one object recognised by the object recognition, measurement results are stereoscopically evaluated for the determination of substances of the object, depending on the type of recognised object in each case, and - an operation of the cooking appliance is adjusted depending on a result of the spectroscopic evaluation, - a container in which food is to be cooked is recognised by way of the object recognition and consequently a material of the container in which food is to be cooked is determined by way of the spectroscopic evaluation of the pixels associated with the container in which food is to be cooked.
A gas sensor diagnostic method for diagnosing whether a gas sensor is in an abnormal state or not on the basis of a detection signal outputted by the gas sensor exposed in an exhaust gas exhausted from an internal combustion engine, the detection signal representing a concentration of a specific gas component in the exhaust gas, the gas sensor diagnostic method comprising: a target air-fuel-ratio reversal number counting step of counting the reversal number of times that a target air-fuel ratio for an air-fuel mixture to be supplied to the internal combustion engine reverses from a rich side to a lean side or from the lean side to the rich side through a specific air-fuel ratio defined as a boundary of the rich and lean sides; a detection signal obtaining step of obtaining the detection signal of the gas sensor at constant time intervals during a diagnosis period which is a period between a timing when the reversal number of times starts to be counted and a timing when the reversal number of times reaches a predetermined number of times; a moderated signal calculating step of calculating a moderated signal by applying a moderation calculation using a predetermined moderation coefficient (a) to the obtained detection signal; a deviation calculating step of calculating a deviation between the currently-obtained detection signal and the currently-calculated moderated signal; a deviation total value calculating step of calculating a deviation total value resulting from a total of all the deviations obtained at the deviation calculating step during the diagnosis period; and an abnormality diagnosing step (S50, S51) of determining whether the gas sensor is in the abnormal state or not on the basis of the deviation total value obtained during the diagnosis period. a target air-fuel-ratio reversal number counting step of counting the reversal number of times that a target air-fuel ratio for an air-fuel mixture to be supplied to the internal combustion engine reverses from a rich side to a lean side or from the lean side to the rich side through a specific air-fuel ratio defined as a boundary of the rich and lean sides; a detection signal obtaining step of obtaining the detection signal of the gas sensor at constant time intervals during a diagnosis period which is a period between a timing when the reversal number of times starts to be counted and a timing when the reversal number of times reaches a predetermined number of times; a moderated signal calculating step of calculating a moderated signal by applying a moderation calculation using a predetermined moderation coefficient (a) to the obtained detection signal; a deviation calculating step of calculating a deviation between the currently-obtained detection signal and the currently-calculated moderated signal; a deviation total value calculating step of calculating a deviation total value resulting from a total of all the deviations obtained at the deviation calculating step during the diagnosis period; and an abnormality diagnosing step (S50, S51) of determining whether the gas sensor is in the abnormal state or not on the basis of the deviation total value obtained during the diagnosis period.
A plural preform assembly for a container, said plural preform assembly having a longitudinal axis defining a longitudinal direction, said plural preform assembly comprising: an outer preform having an outer preform open end and an outer preform closed end longitudinally opposed thereto, an outer preform sidewall joining said outer preform open end and said outer container closed end, said outer preform having an outer preform inner surface and an outer preform outer surface, and an inner preform disposed in said outer preform, said inner preform having an inner preform open end and an inner preform closed end longitudinally opposed thereto, an inner preform sidewall joining said inner preform open end and said inner preform closed end, said inner preform having an inner preform inner surface and an inner preform outer surface, wherein said inner preform and said outer preform being mechanically joinable at said respective open ends by a radial interference fit; and characterized in that said plural preform further comprises an intermediate preform disposed between said inner preform and said outer preform. an outer preform having an outer preform open end and an outer preform closed end longitudinally opposed thereto, an outer preform sidewall joining said outer preform open end and said outer container closed end, said outer preform having an outer preform inner surface and an outer preform outer surface, and an inner preform disposed in said outer preform, said inner preform having an inner preform open end and an inner preform closed end longitudinally opposed thereto, an inner preform sidewall joining said inner preform open end and said inner preform closed end, said inner preform having an inner preform inner surface and an inner preform outer surface, wherein said inner preform and said outer preform being mechanically joinable at said respective open ends by a radial interference fit; and characterized in that said plural preform further comprises an intermediate preform disposed between said inner preform and said outer preform.
A process for producing aligned boron nitride nanotube, BNNT, yarns, the process comprising: feeding nitrogen gas to a chamber at an elevated pressure and flowing the gas through the chamber in a first direction; thermally exciting a boron feedstock in the chamber to form a boron melt and boron vapor evaporating from the boron melt, in turn forming boron micro-droplets that condense from the boron vapor above the boron melt surface downstream of the boron feedstock in the first direction; establishing a heat distribution profile to form a BNNT growth zone in the chamber downstream of the boron feedstock in the first direction, wherein BNNTs self-assemble from the boron micro-droplets and nitrogen gas in the growth zone and flow in the first direction to form BNNT fibers having a preferred alignment; and establishing a shear force profile in the chamber to form a BNNT interference zone in the chamber downstream of the BNNT growth zone, in which BNNT fibers flowing in the first direction form BNNT strands; and forming a BNNT stretch zone in the chamber downstream of the BNNT interference zone, in which at least a portion of the BNNT strands flowing from the interference zone increase in length and decrease in diameter to form BNNT yarns. feeding nitrogen gas to a chamber at an elevated pressure and flowing the gas through the chamber in a first direction; thermally exciting a boron feedstock in the chamber to form a boron melt and boron vapor evaporating from the boron melt, in turn forming boron micro-droplets that condense from the boron vapor above the boron melt surface downstream of the boron feedstock in the first direction; establishing a heat distribution profile to form a BNNT growth zone in the chamber downstream of the boron feedstock in the first direction, wherein BNNTs self-assemble from the boron micro-droplets and nitrogen gas in the growth zone and flow in the first direction to form BNNT fibers having a preferred alignment; and establishing a shear force profile in the chamber to form a BNNT interference zone in the chamber downstream of the BNNT growth zone, in which BNNT fibers flowing in the first direction form BNNT strands; and forming a BNNT stretch zone in the chamber downstream of the BNNT interference zone, in which at least a portion of the BNNT strands flowing from the interference zone increase in length and decrease in diameter to form BNNT yarns.
A dental device having chewing surfaces comprising naturally derived materials having physical characteristics to provide comparable hardness and appearance qualities as natural teeth, wherein the naturally derived material comprises the dehydrated endosperm of Tagua palm nut, characterized in that the material has been treated with a solution of hydroxylapatite which results in the formation of hydroxylapatite upon the material under such conditions that achieves a suitable coating on and desired hardening of the surface, and/or wherein the material has been subjected to a thermal or plasma surface treatment that involve adhesion or admixture of the Tagua endosperm with hydroxylapatite.
A computer-implemented method for generating a control program from a graphical control model for executing on a control system, the control system comprising a process interface and the control system being set up so that at least one process parameter of a physical process is captured by the control system via the process interface and/or one output parameter for influencing the physical process can be output by the control system, the control system comprising at least one electronic computer unit having at least one fixed-point execution unit (FXP Unit, 8) and having at least one floating-point execution unit (FLP Unit, 9), the graphic control model comprising a plurality of model operations (10, 11), the graphic control model being translated into program code so that the generated program code comprises at least one FXP operation and at least one FLP operation, and the generated program code being translated into the executable control program so that when the control program is executed on the control system, a part of the control program is executed on the FXP unit and a different part of the control program is executed on the FLP unit, characterized in that for a plurality of parallel computing threads of the control model, such threads that would comprise the most FXP rescalings in the program code if converted to FXP operations are converted from model operations (10, 11) of the control model into FLP operations of the program code.
A composition for encapsulating an organic electronic element, comprising: a curable compound; a thermal initiator; and a hardening retarder, and satisfying Equation 1 below. 0.03 < R / P < 0.6 wherein, R is a part by weight of the hardening retarder relative to 100 parts by weight parts of the curable compound, and P is a part by weight of the thermal initiator relative to 100 parts by weight of the curable compound, the thermal initiator is included in an amount of 0.06 to 0.25 part by weight relative to 100 parts by weight of the curable compound. a curable compound; a thermal initiator; and a hardening retarder, wherein, R is a part by weight of the hardening retarder relative to 100 parts by weight parts of the curable compound, and P is a part by weight of the thermal initiator relative to 100 parts by weight of the curable compound, the thermal initiator is included in an amount of 0.06 to 0.25 part by weight relative to 100 parts by weight of the curable compound.
A communication control device (100-1, 100-2, 100-3) comprising: an acquiring section (131, 141, 151) configured to acquire first position related information and second position related information, the first position related information relating to positions of one or more wireless communication devices among a plurality of access points that perform transmission of signals to a target device in parallel using an identical frequency resource, the second position related information relating to a position of the target device; an estimating section (137, 147, 157) configured to estimate a distance between the target device and each of the one or more wireless communication devices during the transmission on the basis of the first position related information and the second position related information; and a deciding section (139, 149, 159) configured to decide transmission timing of each of the plurality of access points for the transmission on the basis of information that includes information on the estimated distance and relates to a distance between the target device and each of the plurality of access points, wherein the first position related information includes information relating to a change in the position of each of the one or more wireless communication devices. an acquiring section (131, 141, 151) configured to acquire first position related information and second position related information, the first position related information relating to positions of one or more wireless communication devices among a plurality of access points that perform transmission of signals to a target device in parallel using an identical frequency resource, the second position related information relating to a position of the target device; an estimating section (137, 147, 157) configured to estimate a distance between the target device and each of the one or more wireless communication devices during the transmission on the basis of the first position related information and the second position related information; and a deciding section (139, 149, 159) configured to decide transmission timing of each of the plurality of access points for the transmission on the basis of information that includes information on the estimated distance and relates to a distance between the target device and each of the plurality of access points, wherein the first position related information includes information relating to a change in the position of each of the one or more wireless communication devices.
A pharmaceutical composition comprising a pharmaceutically acceptable excipient and a recombinant adenovirus, wherein the adenovirus comprises a modified E1 a regulatory sequence wherein at least one Pea3 binding site, or a functional portion thereof, is deleted, wherein the functional portion of the at least one Pea3 binding site is a portion of the binding site that, when deleted, decreases the binding affinity of the binding site to Pea3.