mhurhangee/ep-ind-claims huggingface dataset:
A cooling apparatus, comprising: a shared cooling device for one or more systems or components; a plurality of primary cooling pathways, wherein each of the primary cooling pathways comprises: a transition duct (320, 325), wherein the transition duct (320, 325) is in fluid communication with the shared cooling device; and a fan (340, 345), wherein the fan (340, 345) is in fluid communication with the transition duct (320, 325); and characterized by a shared connector in fluid communication with the shared cooling device; wherein the shared connector comprises a plurality of channels (316, 317); and wherein each of the primary cooling pathways is operably configured to be in fluid communication with one of the channels (316, 317). a shared cooling device for one or more systems or components; a plurality of primary cooling pathways, wherein each of the primary cooling pathways comprises: a transition duct (320, 325), wherein the transition duct (320, 325) is in fluid communication with the shared cooling device; and a fan (340, 345), wherein the fan (340, 345) is in fluid communication with the transition duct (320, 325); and characterized by a transition duct (320, 325), wherein the transition duct (320, 325) is in fluid communication with the shared cooling device; and a fan (340, 345), wherein the fan (340, 345) is in fluid communication with the transition duct (320, 325); and characterized by a shared connector in fluid communication with the shared cooling device; wherein the shared connector comprises a plurality of channels (316, 317); and wherein each of the primary cooling pathways is operably configured to be in fluid communication with one of the channels (316, 317).
An excretion detection device for detecting the excretion of bodily waste from a living body, comprising: a power supply unit having a pair of electrodes (121, 122) for which materials having different ionization tendencies are used; a solution retention unit retaining an electrolyte solution; a sensor operated by the electric power generated by the power supply unit, and adapted to detect environment information that changes as a result of excretion from the living body; and a notification unit operated by the electric power generated by the power supply unit, and adapted to notify the environment information detected by the sensor to outside the excretion detection device, wherein the pair of electrodes are installed at a position where the electrodes are able to come into contact with the bodily waste and the electrolyte solution, and are also able to come into contact with the electrolyte solution before the excretion of the bodily waste; the solution retention unit causes the electrolyte solution to seep out from the solution retention unit by the solution retention unit being torn, and the electrolyte solution is brought in contact with the pair of electrodes; the notification unit is a radio transmission unit adapted to transmit a radio signal including the data indicating the environment information detected by the sensor; the excretion detection device is installed in an absorbent article for wearing by the living body; and in the absorbent article, the sensor detects the temperature of the region in which the bodily waste is excreted as the environment information. a power supply unit having a pair of electrodes (121, 122) for which materials having different ionization tendencies are used; a solution retention unit retaining an electrolyte solution; a sensor operated by the electric power generated by the power supply unit, and adapted to detect environment information that changes as a result of excretion from the living body; and a notification unit operated by the electric power generated by the power supply unit, and adapted to notify the environment information detected by the sensor to outside the excretion detection device, wherein the pair of electrodes are installed at a position where the electrodes are able to come into contact with the bodily waste and the electrolyte solution, and are also able to come into contact with the electrolyte solution before the excretion of the bodily waste; the solution retention unit causes the electrolyte solution to seep out from the solution retention unit by the solution retention unit being torn, and the electrolyte solution is brought in contact with the pair of electrodes; the notification unit is a radio transmission unit adapted to transmit a radio signal including the data indicating the environment information detected by the sensor; the excretion detection device is installed in an absorbent article for wearing by the living body; and in the absorbent article, the sensor detects the temperature of the region in which the bodily waste is excreted as the environment information.
A device suitable for revealing spatial variations in the polarisation of electromagnetic radiation, in the form of localised temperature variations, the device comprising a surface of a carrier that is thermally and electrically insulating, and including in or on the surface of the carrier, an array of patterns that each consist of at least one rectilinear segment of a material, called sensitive material, the sensitive material being suitable for producing heating when said sensitive material is exposed to an electric field or a magnetic field of the radiation, with a value of a heating power rate relative to a power of the electromagnetic radiation which varies according to a polarisation of said electromagnetic radiation relative to an orientation of each segment in the surface of the carrier, said rate of heating power relative to the electromagnetic radiation power being substantially zero in the carrier outside the segments of the sensitive material, regardless of the polarisation of the radiation, device wherein, if each pattern includes several segments, these segments within each pattern have at least two different orientations, or wherein, if each pattern includes only one segment, the segments of two patterns that are neighbours have different orientations, the array being constituted by repetitions of a basic pattern with offsets in several repetition directions (D1, D2) which are distinct in the surface of the carrier, so as to form a two-dimensional array of identical patterns, the device being characterised in that the sensitive material is an electrically conductive material, with an electrical conductivity value of said sensitive material which is comprised between 10 S/m and 500 S/m. the sensitive material being suitable for producing heating when said sensitive material is exposed to an electric field or a magnetic field of the radiation, with a value of a heating power rate relative to a power of the electromagnetic radiation which varies according to a polarisation of said electromagnetic radiation relative to an orientation of each segment in the surface of the carrier, said rate of heating power relative to the electromagnetic radiation power being substantially zero in the carrier outside the segments of the sensitive material, regardless of the polarisation of the radiation, device wherein, if each pattern includes several segments, these segments within each pattern have at least two different orientations, or wherein, if each pattern includes only one segment, the segments of two patterns that are neighbours have different orientations, the array being constituted by repetitions of a basic pattern with offsets in several repetition directions (D1, D2) which are distinct in the surface of the carrier, so as to form a two-dimensional array of identical patterns, the device being characterised in that the sensitive material is an electrically conductive material, with an electrical conductivity value of said sensitive material which is comprised between 10 S/m and 500 S/m.
A method of configuring an automation control system, comprising: providing a processor that implements point configuration software stored in a memory associated with said processor and at least one automation controller program file having program elements and program element attributes executable in an automatic controller of said automation control system, said point configuration software: translating at least an extract of said controller program file into a common representation including common program element types and common attributes for each of said common program element types; applying mapping template files each including mapping rules and mapping parameters defining how said program elements and said program element attributes are mapped into at least one automation system point with point attributes, and values for each said point attribute; matching at least one of said common program element types and said common attributes with said mapping template files using said mapping rules to generate at least one matching program element, and converting said matching program element into an automation system point configuration. translating at least an extract of said controller program file into a common representation including common program element types and common attributes for each of said common program element types; applying mapping template files each including mapping rules and mapping parameters defining how said program elements and said program element attributes are mapped into at least one automation system point with point attributes, and values for each said point attribute; matching at least one of said common program element types and said common attributes with said mapping template files using said mapping rules to generate at least one matching program element, and converting said matching program element into an automation system point configuration.
A flexible display apparatus, comprising: a flexible base layer having a bend allowance section between a first portion and a second portion of the flexible base layer; a plurality of organic light-emitting diode elements disposed on the first portion of the flexible base layer; a polarization layer on the plurality of organic light-emitting diode elements; a printed circuit film attached to the second portion of the flexible base layer; and a micro-coating layer disposed over the bend allowance section of the flexible base layer, characterized in that an end of the polarization layer facing the micro-coating layer is provided with an undercut portion. a flexible base layer having a bend allowance section between a first portion and a second portion of the flexible base layer; a plurality of organic light-emitting diode elements disposed on the first portion of the flexible base layer; a polarization layer on the plurality of organic light-emitting diode elements; a printed circuit film attached to the second portion of the flexible base layer; and a micro-coating layer disposed over the bend allowance section of the flexible base layer, characterized in that an end of the polarization layer facing the micro-coating layer is provided with an undercut portion.
A topical formulation comprising pexiganan or an acid addition salt thereof comprising a first hydrophilic surfactant having an hydrophile-lipophile balance value between 12 and 17 and a second hydrophobic surfactant having an HLB value between 3.5 and 5.5, wherein the first hydrophilic and second hydrophobic surfactants comprise from 1.5 % w/w to 5.0 % w/w of the formulation and the weight ratio of the first to second surfactants is such that the blended HLB is between 12.5 and 14.5, wherein the first hydrophilic surfactant is polyoxyethylen -sorbitan-monostearat (Tween® 60) and the second hydrophobic surfactant is sorbitanmonostearat (Span® 60).
A method of controlling direct current, DC, current in a voltage source converter, VSC, station forming part of a high-voltage power transmission system, wherein the VSC station includes at least one modular multi-level converter, MMC, comprising at least one full-bridge MMC, FB-MMC, submodule, said method comprising: determining a direct current, DC, current reference (212; 628); determining, using a DC current controller (200; 600), a DC voltage correction (222; 636) based on a DC current error obtained based on a difference between the DC current reference (212; 628) and an actual DC current (210; 630); generating a DC voltage reference based on a sum of said DC voltage correction (222; 636) and at least one of an actual DC voltage and an ordered DC voltage; and switching said at least one MMC based on said DC voltage reference, said method being characterized by: determining whether a DC fault has occurred in the power transmission system, determining, on a basis that it is determined that the DC fault has not occurred, that the DC current reference is equal to the actual DC current, and controlling, on a basis that it is determined that the DC fault has occurred, a DC fault current to zero or close to zero by said switching, wherein controlling the DC fault current to zero or close to zero includes determining that the DC current reference at least temporarily has a zero or close to zero value. determining a direct current, DC, current reference (212; 628); determining, using a DC current controller (200; 600), a DC voltage correction (222; 636) based on a DC current error obtained based on a difference between the DC current reference (212; 628) and an actual DC current (210; 630); generating a DC voltage reference based on a sum of said DC voltage correction (222; 636) and at least one of an actual DC voltage and an ordered DC voltage; and switching said at least one MMC based on said DC voltage reference, said method being characterized by: determining whether a DC fault has occurred in the power transmission system, determining, on a basis that it is determined that the DC fault has not occurred, that the DC current reference is equal to the actual DC current, and controlling, on a basis that it is determined that the DC fault has occurred, a DC fault current to zero or close to zero by said switching, wherein controlling the DC fault current to zero or close to zero includes determining that the DC current reference at least temporarily has a zero or close to zero value. determining whether a DC fault has occurred in the power transmission system, determining, on a basis that it is determined that the DC fault has not occurred, that the DC current reference is equal to the actual DC current, and controlling, on a basis that it is determined that the DC fault has occurred, a DC fault current to zero or close to zero by said switching, wherein controlling the DC fault current to zero or close to zero includes determining that the DC current reference at least temporarily has a zero or close to zero value.
Process for producing a polyester using recycled polyester flakes, comprising the following steps: i. branching off an intermediate product stream from an intermediate stage in a virgin polyester production process upstream of the filtration step and upstream of the postcondensation of the prepolymer in a final reactor, wherein the intermediate product forming the intermediate product stream is at a temperature above its melting point and contains residues of free diol; ii. mixing the intermediate product stream with recycled polyester flakes in a dynamic mixer; iii. feeding the mixture into a downstream stage (102, 103, 104) downstream of the intermediate stage and/or recycling the mixture into that reaction stage (101, 102, 103) from which the intermediate product stream has been taken in step i); iv. converting the mixture up to a desired level of polycondensation; wherein, in step ii), not more than 60% of the melting energy required to melt all the recycled polyester flakes is generated and/or supplied. i. branching off an intermediate product stream from an intermediate stage in a virgin polyester production process upstream of the filtration step and upstream of the postcondensation of the prepolymer in a final reactor, wherein the intermediate product forming the intermediate product stream is at a temperature above its melting point and contains residues of free diol; ii. mixing the intermediate product stream with recycled polyester flakes in a dynamic mixer; iii. feeding the mixture into a downstream stage (102, 103, 104) downstream of the intermediate stage and/or recycling the mixture into that reaction stage (101, 102, 103) from which the intermediate product stream has been taken in step i); iv. converting the mixture up to a desired level of polycondensation;
A method for transmitting a narrow band orthogonal frequency division multiplexing signal, the method comprising: determining (11, 101) a spectrum resource of a narrow band orthogonal frequency division multiplexing system in a LTE system bandwidth according to a resource selection strategy, wherein the LTE system and the narrow band orthogonal division multiplexing system share bandwidth; and transmitting a narrow band orthogonal frequency division multiplexing signal on the determined spectrum resource of the narrow band orthogonal frequency division multiplexing system, characterized in that the LTE system bandwidth includes N BW available subcarriers, the bandwidth of the narrow band orthogonal frequency division multiplexing system includes M BW subcarriers, and an index of a physical resource block, which corresponds to a center subcarrier of the M BW subcarriers of the narrow band orthogonal frequency division multiplexing system, in the LTE system bandwidth is I PRB; and wherein the resource selection strategy comprises: N BW mod 24 = 12 and satisfies: I PRB mod 5 = 2. determining (11, 101) a spectrum resource of a narrow band orthogonal frequency division multiplexing system in a LTE system bandwidth according to a resource selection strategy, wherein the LTE system and the narrow band orthogonal division multiplexing system share bandwidth; and transmitting a narrow band orthogonal frequency division multiplexing signal on the determined spectrum resource of the narrow band orthogonal frequency division multiplexing system, characterized in that the LTE system bandwidth includes N BW available subcarriers, the bandwidth of the narrow band orthogonal frequency division multiplexing system includes M BW subcarriers, and an index of a physical resource block, which corresponds to a center subcarrier of the M BW subcarriers of the narrow band orthogonal frequency division multiplexing system, in the LTE system bandwidth is I PRB; and wherein the resource selection strategy comprises: N BW mod 24 = 12 and satisfies: I PRB mod 5 = 2.
A method of wireless communication at a user equipment, UE, comprising: receiving at least one signal over a plurality of beams from a base station in a beam refinement procedure during a hierarchical beamforming process; and transmitting an indication to the base station, the indication comprising a beam switching capability of the UE, characterized in that the indication indicates: a time for the UE to complete a beam scan of the plurality of beams from the base station; or a power consumption, and wherein an absence of a power consumption indication, indicates a nominal power consumption that is configured by the base station, wherein the beam switching capability comprises a beam switching rate for the UE. receiving at least one signal over a plurality of beams from a base station in a beam refinement procedure during a hierarchical beamforming process; and transmitting an indication to the base station, the indication comprising a beam switching capability of the UE, characterized in that the indication indicates: a time for the UE to complete a beam scan of the plurality of beams from the base station; or a power consumption, and wherein an absence of a power consumption indication, indicates a nominal power consumption that is configured by the base station, wherein the beam switching capability comprises a beam switching rate for the UE. a time for the UE to complete a beam scan of the plurality of beams from the base station; or a power consumption, and wherein an absence of a power consumption indication, indicates a nominal power consumption that is configured by the base station, wherein the beam switching capability comprises a beam switching rate for the UE.
Elongated scraper profile, for a dewatering device that serves the purpose of dewatering sludge, - whereas the scraper profile features a lip section extending in the direction of the longitudinal extension of the scraper profile, which, for example in a state installed in the dewatering device, serves the purpose of scraping sludge components from a screen surface, and - whereas the scraper profile features a fastening section extending in the direction of the specified longitudinal extension, which serves the purpose of fixing the scraper profile with the assistance of a retainer assembly, characterized in that the scraper profile features a longitudinal extension, the amount of which is at least 1 m, whereas the scraper profile also features an intermediate section connecting the lip section and the fastening section, having in a cross-section extending perpendicularly to its longitudinal extent, at least in sections a smaller width than the lip section and the fastening section, and whereas the intermediate section is resiliently formed in a direction running perpendicular to the longitudinal extension, such that the lip section is moveable in the direction of the fastening section. - whereas the scraper profile features a lip section extending in the direction of the longitudinal extension of the scraper profile, which, for example in a state installed in the dewatering device, serves the purpose of scraping sludge components from a screen surface, and - whereas the scraper profile features a fastening section extending in the direction of the specified longitudinal extension, which serves the purpose of fixing the scraper profile with the assistance of a retainer assembly,
Composition comprising: a. an extract of Cynara having a caffeoylquinic acid content ranging from 30 to 45% by weight, a flavonoid content ranging from 8 to 16% by weight and a cynaropicrin content ranging from 10 to 18% by weight; b. an extract of Coffea spp. having a caffeoylquinic acid content ranging from 40% to 80% by weight; c. an extract of Olea europaea having a polyphenol content ranging from 30% to 40% with a verbascoside concentration higher than 5% and a hydroxytyrosol concentration higher than 1.5%. a. an extract of Cynara having a caffeoylquinic acid content ranging from 30 to 45% by weight, a flavonoid content ranging from 8 to 16% by weight and a cynaropicrin content ranging from 10 to 18% by weight; b. an extract of Coffea spp. having a caffeoylquinic acid content ranging from 40% to 80% by weight; c. an extract of Olea europaea having a polyphenol content ranging from 30% to 40% with a verbascoside concentration higher than 5% and a hydroxytyrosol concentration higher than 1.5%.