mhurhangee/ep-ind-claims huggingface dataset:
A system for automated detection of an analyte from a bodily fluid sample, comprising: a fluidic device comprising: an array of reagent units (103, 122, 124, 125), wherein an individual reagent unit of said array of reagent units is configured to contain a reagent; and a fluid transfer device comprising: a head configured to engage an individual assay unit of an array of assay units; and a mechanism configured to: move the head and the fluidic device relative to each other, to move the individual assay unit and the individual reagent unit (103, 122, 124 or 125) relative to each other, for the individual reagent unit to receive the individual assay unit to transfer reagent into the individual assay unit, to run an assay in the individual assay unit that yields a signal indicative of the analyte. a fluidic device comprising: an array of reagent units (103, 122, 124, 125), wherein an individual reagent unit of said array of reagent units is configured to contain a reagent; and a fluid transfer device comprising: a head configured to engage an individual assay unit of an array of assay units; and a mechanism configured to: move the head and the fluidic device relative to each other, to move the individual assay unit and the individual reagent unit (103, 122, 124 or 125) relative to each other, for the individual reagent unit to receive the individual assay unit to transfer reagent into the individual assay unit, to run an assay in the individual assay unit that yields a signal indicative of the analyte. a head configured to engage an individual assay unit of an array of assay units; and a mechanism configured to: move the head and the fluidic device relative to each other, to move the individual assay unit and the individual reagent unit (103, 122, 124 or 125) relative to each other, for the individual reagent unit to receive the individual assay unit to transfer reagent into the individual assay unit, to run an assay in the individual assay unit that yields a signal indicative of the analyte.
An apparatus comprising: a cable guide connector configured to slidably engage a slot of a networking chassis, the slot having a length extending along a first axis, and a cable management bracket configured to engage the cable guide connector, the cable management bracket comprising: an elongated section configured to support one or more cables in the networking chassis; a first end having a protrusion configured to engage one of a plurality of apertures in the cable guide connector and define a plurality of selectable angles at which the cable management bracket can be positioned relative to a second axis that is perpendicular to the first axis through which the slot extends; and a second end configured to enable rotation of the cable management bracket about the second axis. a cable guide connector configured to slidably engage a slot of a networking chassis, the slot having a length extending along a first axis, and a cable management bracket configured to engage the cable guide connector, the cable management bracket comprising: an elongated section configured to support one or more cables in the networking chassis; a first end having a protrusion configured to engage one of a plurality of apertures in the cable guide connector and define a plurality of selectable angles at which the cable management bracket can be positioned relative to a second axis that is perpendicular to the first axis through which the slot extends; and a second end configured to enable rotation of the cable management bracket about the second axis. an elongated section configured to support one or more cables in the networking chassis; a first end having a protrusion configured to engage one of a plurality of apertures in the cable guide connector and define a plurality of selectable angles at which the cable management bracket can be positioned relative to a second axis that is perpendicular to the first axis through which the slot extends; and a second end configured to enable rotation of the cable management bracket about the second axis.
The use in a diesel fuel composition of the combination of a detergent additive which is not a quaternary ammonium salt or a Mannich reaction product and a quaternary ammonium salt additive comprising the reaction product of nitrogen containing species having at least one tertiary amine group and a quaternizing agent to improve the performance of a diesel engine when using said diesel fuel composition; wherein the nitrogen containing species is selected from: (i) the reaction product of a hydrocarbyl-substituted acylating agent and a compound comprising at least one tertiary amine group and a primary amine, secondary amine or alcohol group; wherein the improved performance is achieved when using the diesel fuel compositions in modern diesel engines having high pressure fuel systems and when using the compositions in traditional diesel engines; wherein the detergent additive comprises (a) the reaction product of a carboxylic acid derived acylating agent and an amine and is made by reacting a poly(isobutene)-substituted succinic acid-derived acylating agent wherein the poly(isobutene) substituent has between 12 to 200 carbon atoms with a mixture of ethylene polyamines having 3 to 9 amino nitrogen atoms per ethylene polyamine and 1 to 8 ethylene groups. (i) the reaction product of a hydrocarbyl-substituted acylating agent and a compound comprising at least one tertiary amine group and a primary amine, secondary amine or alcohol group;
Sorting conveyor with a series of carriages linked together in an articulated way, which are guided and capable of travelling along a track, and each of which has a guide unit and carrier unit linked to it in an articulated way, wherein each guide unit has, in matching longitudinal positions on each side, a support roller for cooperating with the track, wherein between the guide unit and the carrier unit of each carriage there is disposed a rotatable coupling joint and wherein each support roller has associated with it two guide rollers, a first one of which is disposed in a first longitudinal position at a specific distance before and a second one of which is disposed in a second longitudinal position at a specific distance behind the respective support roller, wherein a connecting joint, rotatable in each direction, is arranged between adjacent carriages, a load-bearing member being disposed in each case on two carrier units connected to a guide unit and a gap being formed between the load-bearing members, wherein an intermediate cover is held on the guide unit, with which the gap between the load-bearing members is at least partly covered, characterized in that the intermediate cover comprises a flexible cover member, which is held on a rigid baseplate fastened to the guide unit, the cover member at least partly protruding over the baseplate and in its end regions protruding from the baseplate being retained and supported by mounting slots of adjacent load-bearing members.
A textile printer (210; 710; 1110) comprising: a print head (214; 714; 1114); and a tubular platen (216; 416; 716; 816; 1116) comprising; a drum; a support (218; 1118) connecting the drum to the printer (210; 710; 1110); a platen surface (220; 720; 820; 1120) extending around an outer region of the drum and configured to support a tubular knit textile (112; 1212) during printing; and features (222; 472; 1122) on the platen surface configured to retain the tubular knit textile (112; 1212) on the platen surface (220; 720; 820; 1120) in a printing configuration and to maintain a registration arrangement of the tubular knit textile (112; 1212) with the print head (214; 714; 1114), wherein the tubular platen (216; 416; 716; 816; 1116) is removable, characterized in that the tubular platen (216; 416; 716; 816; 1116) comprises a first tubular platen configured to support a first tubular knit textile of a first configuration during printing, the textile printer further comprising a second tubular platen configured to support a second tubular knit textile of a second configuration differing from the first configuration during printing. a print head (214; 714; 1114); and a tubular platen (216; 416; 716; 816; 1116) comprising; a drum; a support (218; 1118) connecting the drum to the printer (210; 710; 1110); a platen surface (220; 720; 820; 1120) extending around an outer region of the drum and configured to support a tubular knit textile (112; 1212) during printing; and features (222; 472; 1122) on the platen surface configured to retain the tubular knit textile (112; 1212) on the platen surface (220; 720; 820; 1120) in a printing configuration and to maintain a registration arrangement of the tubular knit textile (112; 1212) with the print head (214; 714; 1114), a drum; a support (218; 1118) connecting the drum to the printer (210; 710; 1110); a platen surface (220; 720; 820; 1120) extending around an outer region of the drum and configured to support a tubular knit textile (112; 1212) during printing; and features (222; 472; 1122) on the platen surface configured to retain the tubular knit textile (112; 1212) on the platen surface (220; 720; 820; 1120) in a printing configuration and to maintain a registration arrangement of the tubular knit textile (112; 1212) with the print head (214; 714; 1114), wherein the tubular platen (216; 416; 716; 816; 1116) is removable, characterized in that the tubular platen (216; 416; 716; 816; 1116) comprises a first tubular platen configured to support a first tubular knit textile of a first configuration during printing, the textile printer further comprising a second tubular platen configured to support a second tubular knit textile of a second configuration differing from the first configuration during printing.
An electrochemical cell, comprising: a) a casing of 304L stainless steel having a chromium content of from 15 wt% to 20 wt%, wherein the casing is characterized as having been annealed at a temperature ranging from about 954°C to about 982°C (about 1,750°F to about 1,800°F) so that the 304L stainless steel has a grain size that ranges from about ASTM 7 to about ASTM 8.5; b) a lithium-containing anode disposed inside the casing; and c) a cathode comprising a charge transfer complex of an organic donor component and iodine as an electron acceptor component disposed inside the casing, wherein the charge transfer complex is in operative contact with the lithium-containing anode and the casing so that the casing serves as a cathode current collector. a) a casing of 304L stainless steel having a chromium content of from 15 wt% to 20 wt%, wherein the casing is characterized as having been annealed at a temperature ranging from about 954°C to about 982°C (about 1,750°F to about 1,800°F) so that the 304L stainless steel has a grain size that ranges from about ASTM 7 to about ASTM 8.5; b) a lithium-containing anode disposed inside the casing; and c) a cathode comprising a charge transfer complex of an organic donor component and iodine as an electron acceptor component disposed inside the casing, wherein the charge transfer complex is in operative contact with the lithium-containing anode and the casing so that the casing serves as a cathode current collector.
A barrier multilayer packaging material structure being formed as a flexible or semi-rigid unitary sheet and comprising from its outer surface to its inner surface, the following layers: (i) a flexible or semi-rigid paper layer having a grammage of between 40 g/m 2 and 150 g/m 2, (ii) a pre-metallization layer located between the paper layer and a metal layer, said pre-metallization layer being present in an amount comprised within the range of 1 to 10 g/m 2, (iii) a thin metal layer selected within the list of: physical vapour deposition of aluminium having an optical density equivalent of 1.5 to 4, physical or chemical vapor deposition of aluminium oxide (AlOx) or silicon oxide (SiOx), said metal or oxide layer having a thickness comprised between 7 nm and 100 nm, (iv) a polymeric binder selected from the list of: pure ethylene-acrylic acid, pure methacrylic acid copolymer, pure polyester, pure polyvinyl acetate, pure polyurethane, said binder being present in an amount comprised between 0.1 g/m 2 and 10 g/m 2, (v) a water resistant oxygen-barrier layer of pure polyvinylidene chloride (PVDC), in an amount of 4 g/m 2 to 20 g/m 2, preferably between 5 g/m 2 to 8 g/m 2. (i) a flexible or semi-rigid paper layer having a grammage of between 40 g/m 2 and 150 g/m 2, (ii) a pre-metallization layer located between the paper layer and a metal layer, said pre-metallization layer being present in an amount comprised within the range of 1 to 10 g/m 2, (iii) a thin metal layer selected within the list of: physical vapour deposition of aluminium having an optical density equivalent of 1.5 to 4, physical or chemical vapor deposition of aluminium oxide (AlOx) or silicon oxide (SiOx), said metal or oxide layer having a thickness comprised between 7 nm and 100 nm, (iv) a polymeric binder selected from the list of: pure ethylene-acrylic acid, pure methacrylic acid copolymer, pure polyester, pure polyvinyl acetate, pure polyurethane, said binder being present in an amount comprised between 0.1 g/m 2 and 10 g/m 2, (v) a water resistant oxygen-barrier layer of pure polyvinylidene chloride (PVDC), in an amount of 4 g/m 2 to 20 g/m 2, preferably between 5 g/m 2 to 8 g/m 2.
Method for mechanical sensorless control of a polyphase machine, preferably a three-phase machine, characterized in that, at least during the time of the inverter switch positions used for rotor position evaluation, the current is conducted in two phases and at least one phase is currentless, and information about the rotor or flow angle, respectively, is obtained by the substraction of the voltage equations valid during two different inverter switch positions occuring in close succession, the two different inverter switch positions having the same currentless phase and the voltage equations of two inverter switch positions that occur in close succession other having the form u α, I = di β, I dτ ⋅ l d − l q 2 ⋅ sin 2 ⁢ γ + ω m ⋅ l d − l q ⋅ i β, I ⋅ cos 2 ⁢ γ − ω m ⋅ ψ M ⋅ sin γ + Δ γ u β, I = di β, I dτ ⋅ l d + l q 2 − l d − l q 2 ⋅ cos 2 γ + r s ⋅ i β, I + ω m ⋅ l d − l q ⋅ i β, I ⋅ sin 2 ⁢ γ + ω m ⋅ ψ M ⋅ cos γ + Δ γ u α, II = di β, II dτ ⋅ l d − l q 2 ⋅ sin 2 ⁢ γ + ω m ⋅ l d − l q ⋅ i β, II ⋅ cos 2 ⁢ γ − ω m ⋅ ψ M ⋅ sin γ + Δ γ u β, II = k ⋅ u β, I = di β, II dτ ⋅ l d + l q 2 − l d − l q 2 ⋅ cos 2 γ + r s ⋅ i β, II + ω m ⋅ l d − l q ⋅ i β, II ⋅ sin 2 ⁢ γ + ω m ⋅ ψ M ⋅ cos γ + Δ γ k ∈ − 1,0 and the subtraction being the difference measurement equation. u α, I − u α, II = ⌊ di β, I − di β, II ⌋ dτ ⋅ l d − l q 2 ⋅ sin 2 ⁢ γ 1 − k ⋅ u β, I = di β, I − di β, II dτ. l d + l q 2 − l d − l q 2 ⋅ cos 2 γ
Aqueous polymeric dispersion, wherein it comprises emulsion polymerization polymeric particles having a monomeric composition comprising at least one monomer selected from acrylic and vinylic monomers and further comprising a mixture of surfactants comprising: a) a phosphate surfactant selected from alkoxylated alkyl phosphate ester acids or salts, preferably alkoxylated alkyl phosphate monoester-diacids or salts or from alkoxylated alkyl diphosphate diester-monoacids or salts or a mixture of alkoxylated alkyl phosphate monoester-diacids or salts and alkoxylated alkyl diphosphate diester-monoacids or salts and at least one of the following surfactants: b) a surfactant selected from alkoxylated alcohol sulfate metal M salts c) a surfactant selected from C 4 -C 18 dialkyl diesters and/or C 4 -C 18 mono alkyl esters of sulfonated C 4 -C 8 dicarboxylic acid metal M salts wherein the polymer of said polymeric particles has a glass transition temperature Tg, as determined by DSC at a second passage at a heat rate of 20°C/min, which is lower than 0°C; and the polymeric particles comprise at least 50% w/w of monomeric units from an acrylic alkyl ester with an alkyl in C 4 -C 10. a) a phosphate surfactant selected from alkoxylated alkyl phosphate ester acids or salts, preferably alkoxylated alkyl phosphate monoester-diacids or salts or from alkoxylated alkyl diphosphate diester-monoacids or salts or a mixture of alkoxylated alkyl phosphate monoester-diacids or salts and alkoxylated alkyl diphosphate diester-monoacids or salts b) a surfactant selected from alkoxylated alcohol sulfate metal M salts c) a surfactant selected from C 4 -C 18 dialkyl diesters and/or C 4 -C 18 mono alkyl esters of sulfonated C 4 -C 8 dicarboxylic acid metal M salts
A method of treating accompanied water, which comprises a magnesium salt adding process, wherein a magnesium salt is added to mix with the accompanied water containing calcium ion, soluble silica and sulfate ion produced from a well under alkaline conditions to produce insoluble silica and calcium sulfate and the pH value of the supernatant from which insoluble silica and calcium sulfate have been precipitated is adjusted to 10.5 - 11; a MF membrane treatment process, wherein a first reaction solution obtained in said magnesium salt adding process is treated with a MF membrane to separate the insolubilized silica and calcium sulfate by filtration an acid adding process, wherein an acid is added to and mixed with filtrate obtained in said MF membrane treatment process to render the pH value of said filtrate into the range from 5 to 9 and Langelier saturation index into the range of minus; and a RO membrane treatment process, wherein a second reaction solution obtained in said acid adding process is treated with a RO membrane to obtain fresh water and RO membrane concentrates.
A method of reviewing audio content, the method comprising the steps of: providing a device comprising a digital assistant; forming a personal vocabulary repository using the digital assistant, comprising a list of words most commonly used by user; using a vocabulary module of the digital assistant: determining one or more of a desired speed and a desired tone of playback of the audio content to the user; accessing a web dictionary module to access text content corresponding to the audio content; and replacing one or more words in the text content with synonyms more commonly used by the user, wherein the vocabulary module uses the personal vocabulary repository to fetch the more commonly used synonyms; and using a user interaction module of the digital assistant, playing the audio content to the user using the one or more of the desired speed and the desired tone for the user, the audio content comprising the more commonly used synonyms. providing a device comprising a digital assistant; forming a personal vocabulary repository using the digital assistant, comprising a list of words most commonly used by user; using a vocabulary module of the digital assistant: determining one or more of a desired speed and a desired tone of playback of the audio content to the user; accessing a web dictionary module to access text content corresponding to the audio content; and replacing one or more words in the text content with synonyms more commonly used by the user, wherein the vocabulary module uses the personal vocabulary repository to fetch determining one or more of a desired speed and a desired tone of playback of the audio content to the user; accessing a web dictionary module to access text content corresponding to the audio content; and replacing one or more words in the text content with synonyms more commonly used by the user, wherein the vocabulary module uses the personal vocabulary repository to fetch the more commonly used synonyms; and using a user interaction module of the digital assistant, playing the audio content to the user using the one or more of the desired speed and the desired tone for the user, the audio content comprising the more commonly used synonyms.
Optical operating fluid detector for the optical detection of operating fluid for a hand-guided garden, forestry and/or construction machining appliance, the operating fluid detector having: - a light source, the light source being designed for the radiation of rays of light (aLS), - an operating fluid line, the operating fluid line being designed for the optical interaction of rays of light (aLS) from the light source with operating fluid in the operating fluid line for the optical detection of operating fluid, - a light receiver, the light receiver being designed for the differing reception of rays of light (tLS) from the operating fluid line in dependence on the presence or the absence of operating fluid in the operating fluid line, characterized - in that the operating fluid detector has at least one optical deflecting device (5a, 5b), the at least one deflecting device (5a, 5b) being designed for the deflection of rays of light (aLS) from the light source to the operating fluid line and/or for the deflection of rays of light (tLS) from the operating fluid line to the light receiver, and - in that the operating fluid line is designed for the differing diversion of rays of light (aLS) from the light source in dependence on the presence or the absence of operating fluid in the operating fluid line for the optical detection of operating fluid. - a light source, the light source being designed for the radiation of rays of light (aLS), - an operating fluid line, the operating fluid line being designed for the optical interaction of rays of light (aLS) from the light source with operating fluid in the operating fluid line for the optical detection of operating fluid, - a light receiver, the light receiver being designed for the differing reception of rays of light (tLS) from the operating fluid line in dependence on the presence or the absence of operating fluid in the operating fluid line, characterized - in that the operating fluid detector has at least one optical deflecting device (5a, 5b), the at least one deflecting device (5a, 5b) being designed for the deflection of rays of light (aLS) from the light source to the operating fluid line and/or for the deflection of rays of light (tLS) from the operating fluid line to the light receiver, and - in that the operating fluid line is designed for the differing diversion of rays of light (aLS) from the light source in dependence on the presence or the absence of operating fluid in the operating fluid line for the optical detection of operating fluid.
A connector assembly configured to connect a swashplate and a rotor shaft or hub, the connector assembly comprising: a mount configured to fixedly connect to the rotor shaft or hub; a sleeve pivotably attached to the mount; a translating element translationally retained within the sleeve and configured to engage with the swashplate such that the swashplate and the rotor shaft or hub rotate at the same rotational speed; characterised in that the connector assembly further comprises two bearing cartridges (318, 318) respectively arranged radially inward from a top portion and a bottom portion of the sleeve, wherein each bearing cartridge is configured such that the translating element is retained and moveable within the sleeve. a mount configured to fixedly connect to the rotor shaft or hub; a sleeve pivotably attached to the mount; a translating element translationally retained within the sleeve and configured to engage with the swashplate such that the swashplate and the rotor shaft or hub rotate at the same rotational speed; characterised in that the connector assembly further comprises two bearing cartridges (318, 318) respectively arranged radially inward from a top portion and a bottom portion of the sleeve, wherein each bearing cartridge is configured such that the translating element is retained and moveable within the sleeve.