mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: determining , by an element manager, to change a severity of a virtualized resource alarm; requesting a change in the severity of the virtualized resource alarm, wherein the change comprises an escalation or a de-escalation in the severity, wherein the requesting comprises sending a message from the element manager to a virtualized network function manager, wherein the message includes a perceived severity for the virtualized resource alarm. determining , by an element manager, to change a severity of a virtualized resource alarm; requesting a change in the severity of the virtualized resource alarm, wherein the change comprises an escalation or a de-escalation in the severity, wherein the requesting comprises sending a message from the element manager to a virtualized network function manager, wherein the message includes a perceived severity for the virtualized resource alarm.
A device , comprising: a heating section including, a first housing , a heating element in the first housing, and a capsule (104/406/406b ) within heating proximity of the heating element, the capsule including, a matrix including, shredded strands of a filler material that is water-insoluble, the filler material including more than 98% alpha-cellulose material, 0.01% to less than 2% ash and a remainder is hemicellulose, the alpha-cellulose being one of a tobacco cellulose or both a non-tobacco plant based cellulose and the tobacco cellulose, the shredded strands defining interstices , a containing structure containing the matrix, and at least one first substance infused within the filler material, the at least one first substance being one of nicotine, at least one first flavorant, a pre-aerosol formulation, a combination thereof, or a sub- combination thereof, and the first housing defining an air inlet and an air outlet that are configured to establish an airflow path that passes across, passes through or both passes across and passes through the capsule. a first housing , a heating element in the first housing, and a capsule (104/406/406b ) within heating proximity of the heating element, the capsule including, a matrix including, shredded strands of a filler material that is water-insoluble, the filler material including more than 98% alpha-cellulose material, 0.01% to less than 2% ash and a remainder is hemicellulose, the alpha-cellulose being one of a tobacco cellulose or both a non-tobacco plant based cellulose and the tobacco cellulose, the shredded strands defining interstices , a containing structure containing the matrix, and at least one first substance infused within the filler material, the at least one first substance being one of nicotine, at least one first flavorant, a pre-aerosol formulation, a combination thereof, or a sub- combination thereof, and the first housing defining an air inlet and an air outlet that are configured to establish an airflow path that passes across, passes through or both passes across and passes through the capsule. a matrix including, shredded strands of a filler material that is water-insoluble, the filler material including more than 98% alpha-cellulose material, 0.01% to less than 2% ash and a remainder is hemicellulose, the alpha-cellulose being one of a tobacco cellulose or both a non-tobacco plant based cellulose and the tobacco cellulose, the shredded strands defining interstices , a containing structure containing the matrix, and at least one first substance infused within the filler material, the at least one first substance being one of nicotine, at least one first flavorant, a pre-aerosol formulation, a combination thereof, or a sub- combination thereof, and the first housing defining an air inlet and an air outlet that are configured to establish an airflow path that passes across, passes through or both passes across and passes through the capsule.
A power system comprising: a first controller configured to control a first generator; a second controller configured to control a second generator, the second generator electrically coupled with the first generator; and a plurality of rotational loads electrically coupled with the first generator and the second generator; the first controller configured to excite the first generator to generate alternating current, AC, electric power at a time of commencement of rotation of the first generator; the second controller configured to excite the second generator at the time of commencement of rotation of the first generator such that the second generator is energized to synchronously operate as a motor in response to receipt of the AC power generated by the first generator; and the second generator and the plurality of rotational loads configured to commence rotation with the first generator at the time of commencement of rotation of the first generator due to receipt of the AC electric power and the second controller configured to adjust a field current of the second generator by adjustment of a load power angle of the second generator to control stiffness of a magnetic coupling between the first generator, the second generator and the plurality of loads. a first controller configured to control a first generator; a second controller configured to control a second generator, the second generator electrically coupled with the first generator; and a plurality of rotational loads electrically coupled with the first generator and the second generator; the first controller configured to excite the first generator to generate alternating current, AC, electric power at a time of commencement of rotation of the first generator; the second controller configured to excite the second generator at the time of commencement of rotation of the first generator such that the second generator is energized to synchronously operate as a motor in response to receipt of the AC power generated by the first generator; and the second generator and the plurality of rotational loads configured to commence rotation with the first generator at the time of commencement of rotation of the first generator due to receipt of the AC electric power and the second controller configured to adjust a field current of the second generator by adjustment of a load power angle of the second generator to control stiffness of a magnetic coupling between the first generator, the second generator and the plurality of loads.
Insulated component having a profile strand for thermal insulation, wherein the profile strand has an insulating material of foamed polyethylene terephthalate, wherein a plurality of polyethylene terephthalate molecules are connected to each other indirectly or directly via a chain extender, characterised in that the profile strand is powder-coated together with other components of the insulated component .
A machine readable storage device or storage disk comprising instructions for preventing spoofing of visual authentication that, when executed, cause a machine to at least: determine a number of time periods corresponding to a visual authentication session; select (a) a first optical pattern from a plurality of candidate optical patterns during a first time period and (b) a second optical pattern different from the first optical pattern from the plurality of candidate optical patterns during a second time period, the second time period different than the first time period; generate an optical watermark signal for the visual authentication session, wherein the optical watermark signal includes the first optical pattern during the first time period and the second optical pattern during the second time period; obtain an image source that includes images captured during the visual authentication session; determine whether the image source includes a reflected optical watermark signal during the first time period and the second time period; and compare whether the reflected optical watermark signal matches the generated optical watermark signal based on a determination that the image source includes the reflected optical watermark signal having (a) the first optical pattern during the first time period and (b) the second optical pattern during the second time period. determine a number of time periods corresponding to a visual authentication session; select (a) a first optical pattern from a plurality of candidate optical patterns during a first time period and (b) a second optical pattern different from the first optical pattern from the plurality of candidate optical patterns during a second time period, the second time period different than the first time period; generate an optical watermark signal for the visual authentication session, wherein the optical watermark signal includes the first optical pattern during the first time period and the second optical pattern during the second time period; obtain an image source that includes images captured during the visual authentication session; determine whether the image source includes a reflected optical watermark signal during the first time period and the second time period; and compare whether the reflected optical watermark signal matches the generated optical watermark signal based on a determination that the image source includes the reflected optical watermark signal having (a) the first optical pattern during the first time period and (b) the second optical pattern during the second time period.
A method operable on a single instruction multiple data, SIMD, processor, the method comprising: receiving an instruction to perform a divergent operation on the SIMD processor; and determining , in response to receiving the instruction to perform a divergent operation on the SIMD processor, a plurality of active threads from a plurality of threads of the SIMD processor; selecting a single active thread from the determined plurality of active threads; and performing the divergent operation on the selected single active thread while all other active threads execute a branch condition. receiving an instruction to perform a divergent operation on the SIMD processor; and determining , in response to receiving the instruction to perform a divergent operation on the SIMD processor, a plurality of active threads from a plurality of threads of the SIMD processor; selecting a single active thread from the determined plurality of active threads; and performing the divergent operation on the selected single active thread while all other active threads execute a branch condition.
A method for producing a flavonoid inclusion compound, comprising a cleaving step comprising treating a sparingly soluble flavonoid having a rhamnoside structure with an enzyme having a rhamnosidase activity in the presence of a cyclodextrin to cleave a rhamnose; wherein sparingly soluble refers to a solubility in water at 25°C of 1.0 % by mass or less.
An image processing apparatus capable of reducing coloring of specular reflection light as observed comprehensively comprising: conversion means configured to convert image data corresponding to a pixel of interest in an image into color material data corresponding to an amount of a chromatic color material; input means configured to input a clear material pattern including a plurality of pieces of material data respectively corresponding to a plurality of different amounts of the clear material; and generation means configured to generate material data corresponding to an amount of a clear material at the pixel of interest in such a manner that the amount of the clear material at the pixel of interest is different from the amount of the clear material at a pixel adjacent to the pixel of interest, wherein the generation means calculates the material data corresponding to an amount of the clear material at the pixel of interest based on the clear material pattern, wherein the clear material pattern is such a combination that coloring phenomena of specular reflection light on a recording medium, which respectively result from the plurality of different material amounts of the clear material, cancel each other out, and wherein the coloring of specular reflection light as observed comprehensively refers to coloring averaged in a scope that humans can resolve coloring of specular reflection light. conversion means configured to convert image data corresponding to a pixel of interest in an image into color material data corresponding to an amount of a chromatic color material; input means configured to input a clear material pattern including a plurality of pieces of material data respectively corresponding to a plurality of different amounts of the clear material; and generation means configured to generate material data corresponding to an amount of a clear material at the pixel of interest in such a manner that the amount of the clear material at the pixel of interest is different from the amount of the clear material at a pixel adjacent to the pixel of interest, wherein the generation means calculates the material data corresponding to an amount of the clear material at the pixel of interest based on the clear material pattern, wherein the clear material pattern is such a combination that coloring phenomena of specular reflection light on a recording medium, which respectively result from the plurality of different material amounts of the clear material, cancel each other out, and wherein the coloring of specular reflection light as observed comprehensively refers to coloring averaged in a scope that humans can resolve coloring of specular reflection light.
A method of a first vehicle for predicting channel load, comprising the steps of: predicting a critical area (A1) with channel congestion of at least one communication channel; determining a propagation trajectory of at least one second vehicle and comparing the propagation trajectory of the at least one second vehicle and the critical area (A1); and selectively transmitting a message comprising information on the critical area to at least one second vehicle based on the comparison indicating a spatiotemporal overlap of the propagation trajectory and the critical area for the at least one second vehicle . predicting a critical area (A1) with channel congestion of at least one communication channel; determining a propagation trajectory of at least one second vehicle and comparing the propagation trajectory of the at least one second vehicle and the critical area (A1); and selectively transmitting a message comprising information on the critical area to at least one second vehicle based on the comparison indicating a spatiotemporal overlap of the propagation trajectory and the critical area for the at least one second vehicle .
Solar module array , comprising: a solar module for photovoltaic energy generation provided with a plurality of solar cells connected in series and having a first connection contact and a second connection contact which are serially connected to each other by the solar cells connected in series, a first connection housing connected to the solar module for connecting the solar module to an electric load, which is electrically connected to the first connection contact, a second connection housing connected to the solar module for connecting the solar module to an electric load, which is electrically connected to the second connection contact, a freewheeling diode connected antiparallel to the solar module , characterized in that the freewheeling diode is contained in a diode cable electrically connecting the two connection housings to each other. a solar module for photovoltaic energy generation provided with a plurality of solar cells connected in series and having a first connection contact and a second connection contact which are serially connected to each other by the solar cells connected in series, a first connection housing connected to the solar module for connecting the solar module to an electric load, which is electrically connected to the first connection contact, a second connection housing connected to the solar module for connecting the solar module to an electric load, which is electrically connected to the second connection contact, a freewheeling diode connected antiparallel to the solar module , characterized in that the freewheeling diode is contained in a diode cable electrically connecting the two connection housings to each other.
A 3D heating component for e-cigarette atomizer, including: a plate body having upper and lower surfaces, said plate body being configured to be continuously heated to atomize e-liquid of the e-cigarette, and a plurality of 3D heating units provided on the plate body , each of the 3D heating units includes : - a through hole for volatilizing atomized e-liquid, said through hole being disposed on the plate body by running through the upper and lower surfaces of the plate body , and - guide channels for continuously supplying the e-liquid, said guide channels being distributed regularly at the periphery of the through hole , wherein the guide channels are recessed from one of the upper or lower surfaces of the plate body and communicate with the through hole , the guide channels of the adjacent 3D heating units are connected with each other on the one of the upper or lower surfaces of the plate body, and wherein said plurality of 3D heating units forms a regular convex-concave pattern on the one of the upper or lower surfaces of the plate body. a plate body having upper and lower surfaces, said plate body being configured to be continuously heated to atomize e-liquid of the e-cigarette, and a plurality of 3D heating units provided on the plate body , each of the 3D heating units includes : - a through hole for volatilizing atomized e-liquid, said through hole being disposed on the plate body by running through the upper and lower surfaces of the plate body , and - guide channels for continuously supplying the e-liquid, said guide channels being distributed regularly at the periphery of the through hole , - a through hole for volatilizing atomized e-liquid, said through hole being disposed on the plate body by running through the upper and lower surfaces of the plate body , and - guide channels for continuously supplying the e-liquid, said guide channels being distributed regularly at the periphery of the through hole , wherein the guide channels are recessed from one of the upper or lower surfaces of the plate body and communicate with the through hole , the guide channels of the adjacent 3D heating units are connected with each other on the one of the upper or lower surfaces of the plate body, and wherein said plurality of 3D heating units forms a regular convex-concave pattern on the one of the upper or lower surfaces of the plate body.
A welding method in which a die cast mould part made of an Al-Mg-Fe alloy is welded to at least one further metal part in a fluid-tight manner, wherein, for the aluminium alloy, a Mg content of 4 % ≤ Mg ≤ 4.6 % and an Fe content of 1.31 % ≤ Fe ≤ 1.7 % are used, wherein the Fe content comprises the Al-Mg-Fe eutectic and a hypereutectic composition of the two alloy constituents Fe and Mg, as well as an admixture content of additional alloy constituents, which comprises a maximum of 0.2 % of Si, wherein a blue diode laser and no welding filler material is used for welding. wherein, for the aluminium alloy, a Mg content of 4 % ≤ Mg ≤ 4.6 % and an Fe content of 1.31 % ≤ Fe ≤ 1.7 % are used, wherein the Fe content comprises the Al-Mg-Fe eutectic and a hypereutectic composition of the two alloy constituents Fe and Mg, as well as an admixture content of additional alloy constituents, which comprises a maximum of 0.2 % of Si, wherein a blue diode laser and no welding filler material is used for welding.
An aircraft brake comprising a torque tube having a foot arranged to be centered on an aircraft axle, the brake comprising an antivibration centering ring for centering the foot of the torque tube on the axle of the aircraft, the brake being characterized in that the centering ring includes bearing zones that are arranged to bear in alternation on the axle and on the torque tube foot, and that are offset on their non-bearing sides by functional clearance (J) so that no bearing zone bears simultaneously on the axle and on the foot of the torque tube, these bearing zones being connected to one another by flexible ligaments .
A method of annealing a steel sheet in an annealing furnace, comprising: supporting and conveying a steel sheet with hearth rolls; and supporting and conveying a steel sheet with a full-ceramic hearth roll as a hearth roll located in an area where a furnace temperature is equal to or higher than 950°C, wherein a main constituent of the full-ceramic hearth roll is silicon nitride with use of an Al-Y-based sintering aid, and wherein the full-ceramic hearth roll is a hearth roll in which the entire shaft portion and roll body are made of ceramic. supporting and conveying a steel sheet with hearth rolls; and supporting and conveying a steel sheet with a full-ceramic hearth roll as a hearth roll located in an area where a furnace temperature is equal to or higher than 950°C, wherein a main constituent of the full-ceramic hearth roll is silicon nitride with use of an Al-Y-based sintering aid, and wherein the full-ceramic hearth roll is a hearth roll in which the entire shaft portion and roll body are made of ceramic.
An outflow valve assembly for an aircraft having a fuselage that at least partially surrounds an interior , the outflow valve assembly comprising: a louver configured to be movably disposed to at least partially cover an opening formed through the fuselage; a motor coupled to the louver and configured to move the louver between a closed position to obstruct fluid communication through the opening and an open position to allow fluid communication through the opening between the interior and outside of the aircraft; and characterized by : sound absorptive panels configured to be disposed adjacent to the opening to attenuate noise that is generated when the louver is in the open position, wherein the sound absorptive panels are coupled together to form a sound absorptive wall that encloses at least a lower subassembly portion of the outflow valve assembly that includes the louver . a louver configured to be movably disposed to at least partially cover an opening formed through the fuselage; a motor coupled to the louver and configured to move the louver between a closed position to obstruct fluid communication through the opening and an open position to allow fluid communication through the opening between the interior and outside of the aircraft; and characterized by : sound absorptive panels configured to be disposed adjacent to the opening to attenuate noise that is generated when the louver is in the open position, wherein the sound absorptive panels are coupled together to form a sound absorptive wall that encloses at least a lower subassembly portion of the outflow valve assembly that includes the louver .