mhurhangee/ep-ind-claims huggingface dataset:
A nasal interface prong device comprising: first and second nasal prongs (22,24); and a base, adapted for coupling to a CPAP generator and forming first and second passages (72, 74) fluidly connected to each of first and second nasal prongs (22, 24) respectively, each defining a passage axis, the first and second nasal prongs (22,24) each including: a bellows segment, a tip having a tip body extending from the bellows segment and terminating in a tip end opposite the bellows segment, a foot extending from the base to the bellows segment; and a lumen (28, 30) extending through the prong and open at the tip end, wherein in an undeflected state, a central axis (Abellows) of the lumen as defined by the bellows segment is transversely offset from a central axis (Atip) of the lumen as defined by the tip end, and, relative to the passage axis, a central axis (Afoot) of the foot projects laterally outwardly with proximal extension of the foot from the base. first and second nasal prongs (22,24); and a base, adapted for coupling to a CPAP generator and forming first and second passages (72, 74) fluidly connected to each of first and second nasal prongs (22, 24) respectively, each defining a passage axis, the first and second nasal prongs (22,24) each including: a bellows segment, a tip having a tip body extending from the bellows segment and terminating in a tip end opposite the bellows segment, a foot extending from the base to the bellows segment; and a lumen (28, 30) extending through the prong and open at the tip end, wherein in an undeflected state, a central axis (Abellows) of the lumen as defined by the bellows segment is transversely offset from a central axis (Atip) of the lumen as defined by the tip end, and, relative to the passage axis, a central axis (Afoot) of the foot projects laterally outwardly with proximal extension of the foot from the base. a bellows segment, a tip having a tip body extending from the bellows segment and terminating in a tip end opposite the bellows segment, a foot extending from the base to the bellows segment; and a lumen (28, 30) extending through the prong and open at the tip end, wherein in an undeflected state, a central axis (Abellows) of the lumen as defined by the bellows segment is transversely offset from a central axis (Atip) of the lumen as defined by the tip end, and, relative to the passage axis, a central axis (Afoot) of the foot projects laterally outwardly with proximal extension of the foot from the base.
A selective catalytic reduction system of a vehicle comprising a connector element connecting a pump assembly to a reagent supply of reagent fluid, the connector element comprising: a reagent flow passage arranged to receive reagent fluid at a first end from the reagent supply and to supply the reagent fluid via a second end to a reagent inlet port for reagent fluid on the pump assembly; a coolant passage (310, 344, 346) for cooling fluid, the coolant passage arranged to be in communication with a coolant port on the pump assembly. a reagent flow passage arranged to receive reagent fluid at a first end from the reagent supply and to supply the reagent fluid via a second end to a reagent inlet port for reagent fluid on the pump assembly; a coolant passage (310, 344, 346) for cooling fluid, the coolant passage arranged to be in communication with a coolant port on the pump assembly.
A parallel-plate diplexer, comprising: a first parallel-plate transmission line; and a second parallel-plate transmission line, wherein a first end of the second parallel-plate transmission line includes a first port and a second end of the second parallel-plate transmission line includes a second port, and a first end of the first parallel-plate transmission line includes a third port and a second end of the first parallel-plate transmission line is coupled to the second parallel-plate transmission line at a T-junction between the first port and the second port, wherein the second parallel-plate transmission line includes a first parallel-plate transmission line tuning network located between the T-junction and the first port, and a second parallel-plate transmission line tuning network located between the T-junction and the second port, and wherein a frequency band of the first parallel-plate transmission line tuning network is different from a frequency band of the second parallel-plate transmission line tuning network. a first parallel-plate transmission line; and a second parallel-plate transmission line, wherein a first end of the second parallel-plate transmission line includes a first port and a second end of the second parallel-plate transmission line includes a second port, and a first end of the first parallel-plate transmission line includes a third port and a second end of the first parallel-plate transmission line is coupled to the second parallel-plate transmission line at a T-junction between the first port and the second port, wherein the second parallel-plate transmission line includes a first parallel-plate transmission line tuning network located between the T-junction and the first port, and a second parallel-plate transmission line tuning network located between the T-junction and the second port, and wherein a frequency band of the first parallel-plate transmission line tuning network is different from a frequency band of the second parallel-plate transmission line tuning network.
An electrolyte for an electrochemical battery cell comprising: i. a carbonate: nitrile type solvent mixture based electrolyte, wherein the electrolyte comprises at least one polymer additive; or ii. a dimethylcarbonate: malononitrile solvent mixture based electrolyte or a dimethylcarbonate: (succinonitrile: malononitrile) solvent mixture based electrolyte, wherein the electrolyte further comprises an alkali salt and the electrolyte is liquid during electrochemical operation. i. a carbonate: nitrile type solvent mixture based electrolyte, wherein the electrolyte comprises at least one polymer additive; or ii. a dimethylcarbonate: malononitrile solvent mixture based electrolyte or a dimethylcarbonate: (succinonitrile: malononitrile) solvent mixture based electrolyte, wherein the electrolyte further comprises an alkali salt and the electrolyte is liquid during electrochemical operation.
A method for producing an electronic assembly, comprising the following steps: 1.1 providing an electrically conducting film, in particular a carrier film; 1.2 providing at least one electrical component including at least one electrical contact site; 1.3 applying an adhesive between the electrical component and a surface of the electrically conducting film; 1.4 arranging the at least one component including the at least one electrical contact site on the surface of the electrically conducting film, and fixing the at least one component by forming an adhesive joint between the electrical component and the surface; 1.5 providing a carrier, in particular made of a flexible material; 1.6 laminating the film with the carrier in such a way that the at least one electrical component is arranged between the film and the carrier, and forming a mechanical and electrical connection between the electrical contact site of the at least one electrical component and the electrically conducting film by low-temperature sintering of nanoparticles; 1.7 structuring the electrically conducting film to form conductor tracks and/or cooling surfaces, characterized in that the lamination of the film takes place simultaneously with the low-temperature sintering. 1.1 providing an electrically conducting film, in particular a carrier film; 1.2 providing at least one electrical component including at least one electrical contact site; 1.3 applying an adhesive between the electrical component and a surface of the electrically conducting film; 1.4 arranging the at least one component including the at least one electrical contact site on the surface of the electrically conducting film, and fixing the at least one component by forming an adhesive joint between the electrical component and the surface; 1.5 providing a carrier, in particular made of a flexible material; 1.6 laminating the film with the carrier in such a way that the at least one electrical component is arranged between the film and the carrier, and forming a mechanical and electrical connection between the electrical contact site of the at least one electrical component and the electrically conducting film by low-temperature sintering of nanoparticles; 1.7 structuring the electrically conducting film to form conductor tracks and/or cooling surfaces, characterized in that the lamination of the film takes place simultaneously with the low-temperature sintering.
A system, comprising: a symbol generator including: a waveform generator configured to output waveforms at a plurality of selectable fundamental frequencies and with a selectable duty cycle; and a bandpass filter having a pass-band that is within a communications channel of a communications network of power lines; data processing apparatus operable to interact with the symbol generator and to perform operations including: determining that at least a threshold number of endpoints that receive symbols from the symbol generator are experiencing a same type of transmission error; and in response to the determination, causing the waveform generator to adjust the fundamental frequency wherein the fundamental frequency is adjusted to a frequency that is not within the pass-band and having a harmonic that is within the pass-band. a symbol generator including: a waveform generator configured to output waveforms at a plurality of selectable fundamental frequencies and with a selectable duty cycle; and a bandpass filter having a pass-band that is within a communications channel of a communications network of power lines; a waveform generator configured to output waveforms at a plurality of selectable fundamental frequencies and with a selectable duty cycle; and a bandpass filter having a pass-band that is within a communications channel of a communications network of power lines; data processing apparatus operable to interact with the symbol generator and to perform operations including: determining that at least a threshold number of endpoints that receive symbols from the symbol generator are experiencing a same type of transmission error; and in response to the determination, causing the waveform generator to adjust the fundamental frequency wherein the fundamental frequency is adjusted to a frequency that is not within the pass-band and having a harmonic that is within the pass-band. determining that at least a threshold number of endpoints that receive symbols from the symbol generator are experiencing a same type of transmission error; and in response to the determination, causing the waveform generator to adjust the fundamental frequency wherein the fundamental frequency is adjusted to a frequency that is not within the pass-band and having a harmonic that is within the pass-band.
A method of preparing a composition comprising non-ionic, radioactive gold nanoparticles (R-GNPs), comprising the steps of: (a) providing a solution comprising gold (Au-197) ions in the absence of a template; and (b) exposing the solution comprising the gold ions in the absence of the template to neutron irradiation to simultaneously reduce and radioactivate the gold ions, and thereby generating the composition comprising the non-ionic R-GNPs; or providing a solution comprising gold (Au-197) nanoparticles (GNPs) in the absence of a template; and exposing the solution comprising the GNPs in the absence of the template to neutron irradiation to generate a composition comprising the non-ionic R-GNPs. (a) providing a solution comprising gold (Au-197) ions in the absence of a template; and (b) exposing the solution comprising the gold ions in the absence of the template to neutron irradiation to simultaneously reduce and radioactivate the gold ions, and thereby generating the composition comprising the non-ionic R-GNPs; or (a) providing a solution comprising gold (Au-197) ions in the absence of a template; and (b) exposing the solution comprising the gold ions in the absence of the template to neutron irradiation to simultaneously reduce and radioactivate the gold ions, and thereby generating the composition comprising the non-ionic R-GNPs; or providing a solution comprising gold (Au-197) nanoparticles (GNPs) in the absence of a template; and exposing the solution comprising the GNPs in the absence of the template to neutron irradiation to generate a composition comprising the non-ionic R-GNPs. providing a solution comprising gold (Au-197) nanoparticles (GNPs) in the absence of a template; and exposing the solution comprising the GNPs in the absence of the template to neutron irradiation to generate a composition comprising the non-ionic R-GNPs.
An apparatus for containing squeegee splashes in an ink developer device, the apparatus comprising: a developer roller, said developer roller configured to provide a film of ink adhering to an outer surface of said developer roller; a squeegee roller, said squeegee roller configured to compact said film of ink and remove excess ink from said developer roller; and a splash guard (300; 500; 700) with a tip (360, 530, 730) interposed between said squeegee roller and said developer roller, the splash guard comprising a front surface and a back surface and being configured to control a flow of excess liquid generated by an interaction between the developer roller and the squeegee roller by splitting said flow of excess liquid into a first flow contacting said front surface of the splash guard and a second flow contacting said back surface of the splash guard. a developer roller, said developer roller configured to provide a film of ink adhering to an outer surface of said developer roller; a squeegee roller, said squeegee roller configured to compact said film of ink and remove excess ink from said developer roller; and a splash guard (300; 500; 700) with a tip (360, 530, 730) interposed between said squeegee roller and said developer roller, the splash guard comprising a front surface and a back surface and being configured to control a flow of excess liquid generated by an interaction between the developer roller and the squeegee roller by splitting said flow of excess liquid into a first flow contacting said front surface of the splash guard and a second flow contacting said back surface of the splash guard.
A ternary azeotrope or azeotrope-like composition consisting of hydrogen fluoride, 2-chloro-3,3,3-trifluoropropene, and a third component selected from the group consisting of 1,1,2,3-tetrachloropropene and 1,1,1,2,2-pentafluoropropane, wherein when the third component is 1,1,2,3-tetrachloropropene, hydrogen fluoride is present in an amount from 3.0 to 28.0 weight percent, 2-chloro-3,3,3-trifluoropropene is present in an amount from 68.0 to 93.0 weight percent, and 1,1,2,3-tetrachloropropene is present in an amount from 2.5 to 4.3 weight percent, and when the third component is 1,1,1,2,2-pentafluoropropane, hydrogen fluoride is present in an amount, from 3.0 to 22.0 weight percent, 2-chloro-3,3,3-trifluoropropene is present in an amount from 65.0 to 83.5 weight percent, and 1,1,1,2,2-pentafluoropropane is present in an amount from 11.1 to 15.5 weight percent.
Housing of a radial compressor, comprising a housing casing (123, 223) which surrounds a cavity (127, 227) and which has multiple side surfaces, and a volute housing (120, 220) arranged in the interior of the housing casing (123, 223), said volute housing having a central through opening (126, 226) for accommodating a compressor wheel and for the supply of air from the cavity (127, 227) to a compressor wheel arranged in said opening, and having a further opening for the discharge of the flow from the volute housing; wherein, into a side surface of the housing casing (123, 223), there is formed a first opening (21, 22) for the leadthrough of a compressor wheel to be arranged in the volute housing, wherein, into a side surface of the housing casing (123, 223), there is formed a second opening for the discharge, from the housing casing, of the flow conducted out of the volute housing, and wherein, into at least one side surface of the housing casing, there is formed a third opening (121, 121a, 121b; 221, 221a, 221b, 221c) for the supply of air into the cavity (127, 227) in the interior of the housing casing.
Door for a refrigeration device, said door having a storage unit and a thermally insulating infill inserted between an outer wall and an inner wall and being equipped with at least one retaining element (12, 12') for detachably holding the storage unit, wherein the retaining element is constituted by a sleeve inserted into an opening (12, 12') of the inner wall, and a retaining bracket of the storage unit is supported at least against an inner surface of the sleeve, characterised in that a section of the sleeve possesses the shape of a bent tube, and the sleeve seals the opening (12, 12').
An inhalation device comprising a body with a first end configured to receive an inhalant-generating component, and a mouthpiece at an opposite end of the body, the body including a passage therethrough defining an inhalant flow path from the inhalant-generating component to the mouthpiece, and an inhalant modifying mechanism (111, 323) configured to selectively introduce an organoleptic additive to the inhalant prior to inhalation by a user, wherein the inhalant modifying mechanism comprises a control member (118, 325) having a plurality of apertures (121, 326) therethrough, at least one aperture (121a, 326a) loaded with an organoleptic material (122, 331), and a blocking element (116, 327), wherein the control member is moveable between a first position in which gas is permitted to flow through the at least one loaded aperture, and a second position in which the or each loaded aperture is closed by the blocking element so that gas is only permitted to flow through the remaining apertures, when a user draws on the mouthpiece.
Process for preparing a skin/foam/skin article, the process comprising at least the following steps: a1) depositing an outer composition in a hollow mould, said outer composition having a melt temperature Tm outer; a2) rotational moulding said outer composition in the hollow mould, at an outer peak internal air temperature PIAT outer wherein Tm outer < PIAT outer, thereby forming the outer skin layer, b1) depositing an intermediate composition in the hollow mould which comprises the outer skin layer, said intermediate composition having a melt temperature Tm intermediate; wherein said intermediate composition comprises at least one chemical blowing agent, said CBA having a decomposition temperature T decomp; b2) rotational moulding said intermediate composition in the hollow mould, at an intermediate peak internal air temperature PIAT intermediate wherein Tm intermediate < PIAT intermediate < T decomp, thereby forming an intermediate layer; c1) depositing an inner composition in the hollow mould, which comprises the outer skin layer and the intermediate layer, said inner composition having a melt temperature Tm inner; c2) rotational moulding said inner composition in the hollow mould at an inner peak internal air temperature PIAT inner wherein T decomp < PIAT inner, thereby foaming the intermediate layer and forming the inner skin layer, thereby obtaining said skin/foam/skin article. a1) depositing an outer composition in a hollow mould, said outer composition having a melt temperature Tm outer; a2) rotational moulding said outer composition in the hollow mould, at an outer peak internal air temperature PIAT outer wherein Tm outer < PIAT outer, thereby forming the outer skin layer, b1) depositing an intermediate composition in the hollow mould which comprises the outer skin layer, said intermediate composition having a melt temperature Tm intermediate; wherein said intermediate composition comprises at least one chemical blowing agent, said CBA having a decomposition temperature T decomp; b1) depositing an intermediate composition in the hollow mould which comprises the outer skin layer, said intermediate composition having a melt temperature Tm intermediate; wherein said intermediate composition comprises at least one chemical blowing agent, said CBA having a decomposition temperature T decomp; b2) rotational moulding said intermediate composition in the hollow mould, at an intermediate peak internal air temperature PIAT intermediate wherein Tm intermediate < PIAT intermediate < T decomp, thereby forming an intermediate layer; c1) depositing an inner composition in the hollow mould, which comprises the outer skin layer and the intermediate layer, said inner composition having a melt temperature Tm inner; c2) rotational moulding said inner composition in the hollow mould at an inner peak internal air temperature PIAT inner wherein T decomp < PIAT inner, thereby foaming the intermediate layer and forming the inner skin layer, thereby obtaining said skin/foam/skin article.
A splice equipment assembly comprising: a housing having a height extending between a top and a bottom, a width extending between a first side and a second side, and a depth extending between a rear and an open front providing access to an interior of the housing; a trunk cable port disposed at the top of the housing to provide access to the interior of the housing; at least one equipment cable port disposed at the second side of the housing to provide access to the interior of the housing; a splice tray assembly disposed within the housing, the splice tray assembly including a frame holding at least one splice tray; a first guide member arrangement disposed at an inner surface at the first side of the housing to define a first cable routing path between the trunk cable port and the splice tray assembly; and a second guide member arrangement disposed at an inner surface at the second side of the housing to define a second cable routing path between the at least one equipment cable port and the splice tray assembly, the second cable routing path not overlapping the first cable routing path. a housing having a height extending between a top and a bottom, a width extending between a first side and a second side, and a depth extending between a rear and an open front providing access to an interior of the housing; a trunk cable port disposed at the top of the housing to provide access to the interior of the housing; at least one equipment cable port disposed at the second side of the housing to provide access to the interior of the housing; a splice tray assembly disposed within the housing, the splice tray assembly including a frame holding at least one splice tray; a first guide member arrangement disposed at an inner surface at the first side of the housing to define a first cable routing path between the trunk cable port and the splice tray assembly; and a second guide member arrangement disposed at an inner surface at the second side of the housing to define a second cable routing path between the at least one equipment cable port and the splice tray assembly, the second cable routing path not overlapping the first cable routing path.