mhurhangee/ep-ind-claims huggingface dataset:
Contact element for a high-voltage direct-current switches, the contact element comprising a) a matrix of a first material selected from the group comprising copper, silver, palladium, platinum, tungsten, molybdenum, rhenium, nickel, gold and alloys thereof, and b) a foreign phase, distributed in the matrix, of a second material, the second material being carbon and being selected from the group comprising fullerene, carbon nanotubes, graphene, graphite and mixtures thereof, wherein the contact element has a porosity of ≤ 1.0 % by volume based on the total volume of the contact element. a) a matrix of a first material selected from the group comprising copper, silver, palladium, platinum, tungsten, molybdenum, rhenium, nickel, gold and alloys thereof, and b) a foreign phase, distributed in the matrix, of a second material, the second material being carbon and being selected from the group comprising fullerene, carbon nanotubes, graphene, graphite and mixtures thereof,
A pharmaceutical powder for reconstitution into an oral liquid formulation, the powder consisting of: (a) about 14 % (w/w) enalapril or a pharmaceutically acceptable salt thereof, (b) about 85 % (w/w) mannitol, and (c) about 1 % (w/w) colloidal silicon dioxide, wherein, when the powder is reconstituted into an oral liquid, the liquid is homogenous and stable for at least 12 weeks at about 25±5°C and 55±10% relative humidity. (a) about 14 % (w/w) enalapril or a pharmaceutically acceptable salt thereof, (b) about 85 % (w/w) mannitol, and (c) about 1 % (w/w) colloidal silicon dioxide,
Passenger compartment air filter element, with at least two lateral strips (14, 15) and one pleated pack which is disposed between the at least two lateral strips (14, 15), wherein at least one of the lateral strips (14, 15) features on a side facing away from the pleated pack a groove (16, 30) for interacting with a spring element of a filter seat and wherein the lateral strip (14, 15) comprises a fleece strip and the groove (16, 30) is incorporated into the fleece strip.
An image processing apparatus for creating an electronic file from an original paper document with the use of an optical reading device, the image processing apparatus comprising: a detecting part for detecting an original computer-readable code included in image data readable by means of the optical reading device; a data creating part for decoding said original code to obtain identification information indicating a file location of related information, for obtaining (S604, S605) related information from said file location, and for obtaining (S607 YES) character data from the related information, wherein said character data comprises one or more words from which a keyword is selected; and a file creation part for creating an output document file comprising the image data and said character data, the file creation part being further provided for creating a new code from the decoded information as well as said keywords, the image processing apparatus characterized in that when said related information does not include character date (S607 NO) but comprises multimedia information, in particular image information, said data creating part obtains character information by means of carrying out optical character recognition processing on said multimedia information, in particular image information. a detecting part for detecting an original computer-readable code included in image data readable by means of the optical reading device; a data creating part for decoding said original code to obtain identification information indicating a file location of related information, for obtaining (S604, S605) related information from said file location, and for obtaining (S607 YES) character data from the related information, wherein said character data comprises one or more words from which a keyword is selected; and a file creation part for creating an output document file comprising the image data and said character data, the file creation part being further provided for creating a new code from the decoded information as well as said keywords, the image processing apparatus characterized in that when said related information does not include character date (S607 NO) but comprises multimedia information, in particular image information, said data creating part obtains character information by means of carrying out optical character recognition processing on said multimedia information, in particular image information.
Method of producing a laminate, which laminate comprises a first material web, preferably made of a textile sheet material, most preferably nonwoven material, or made of film, which first material web is joined to sections (6a, 6b) of at least one second material web made of an elastically stretchable material, preferably foam material, the first material web and the second material web being fed continuously to an applicator device, in which applicator device a) the second material web is cut transversely with respect to its longitudinal extent, preferably in cycles, most preferably by means of a first roller means (1 a) in the form of a cutter roller, in order to create the said sections; b) the said sections, while being created in step a), are in slipping frictional contact with a rotating second roller means (1 b) and, once the cutting operation is complete, are taken up by the second roller means, the second roller means preferably rotating at its outer surface at a higher circumferential speed compared with a feed speed of the second material web; c) the said sections are transferred from the second roller means (1 b) to a third roller means on the outer surface of which the sections are held slip-free in the tangential direction; d) the first material web is fed to a fourth roller means (1 d); e) on the fourth roller means (1 d) the said sections are brought together with joining regions of the first material web, the fourth roller means rotating at its outer surface at a higher circumferential speed than the third roller means (1 c), so that the sections are stretched while being joined to the first material web; characterised in that the first to fourth roller means (1 a-d) are motor-driven separately and so as to be controllable separately from one another. a) the second material web is cut transversely with respect to its longitudinal extent, preferably in cycles, most preferably by means of a first roller means (1 a) in the form of a cutter roller, in order to create the said sections; b) the said sections, while being created in step a), are in slipping frictional contact with a rotating second roller means (1 b) and, once the cutting operation is complete, are taken up by the second roller means, the second roller means preferably rotating at its outer surface at a higher circumferential speed compared with a feed speed of the second material web; c) the said sections are transferred from the second roller means (1 b) to a third roller means on the outer surface of which the sections are held slip-free in the tangential direction; d) the first material web is fed to a fourth roller means (1 d); e) on the fourth roller means (1 d) the said sections are brought together with joining regions of the first material web, the fourth roller means rotating at its outer surface at a higher circumferential speed than the third roller means (1 c), so that the sections are stretched while being joined to the first material web;
A high-molecular weight conjugate of steroids, comprising a structure in which a carboxylic acid group of a block copolymer having a polyethylene glycol moiety and polyaspartic acid is ester-bonded to an alcoholic hydroxy group in the steroids, and wherein the high-molecular weight conjugate of steroids is represented by formula wherein R1 represents a hydrogen atom or a (C1-C6) alkyl group; R2 represents a linking group; R3 represents a hydrogen atom or a (C1-C6) acyl group; R4 represents a residue of the hydroxy group of said steroids; R5 represents a group selected from the group consisting of a (C1-C30) alkoxy group, a (C7-C30) aralkyloxy group, a (C1-C30) alkylamino group, a di(C1-C30) alkylamino group, an amino acid with a protected carboxy group and -N CONH wherein R6 and R7, which may be identical or different from each other, represent a (C3-C6) cyclic alkyl group or a (C1-C5) alkyl group which may be substituted with a tertiary amine group; t represents an integer from 5 to 11,500; and d, e, f, g, h, i or j each independently represents an integer from 0 to 200; provided that d+e represents an integer from 1 to 200, d+e+f+g+h+i+j represents an integer from 3 to 200; and respective units of the polyaspartic acid are bonded in any order.
Method for controlling a household appliance in a household, wherein the method comprises the following steps: - acquiring an operating state of the household appliance; - scanning a user; - determining a viewing direction of the user; - controlling the household appliance as a function of the operating state and the identified viewing direction; characterised in that - the household appliance comprises a cooker with a surface for placing a cooking vessel and - in the step of determining the viewing direction of the user, the viewing direction is determined in relation to the surface and/or a cooking vessel placed on the surface. - acquiring an operating state of the household appliance; - scanning a user; - determining a viewing direction of the user; - controlling the household appliance as a function of the operating state and the identified viewing direction; - the household appliance comprises a cooker with a surface for placing a cooking vessel and - in the step of determining the viewing direction of the user, the viewing direction is determined in relation to the surface and/or a cooking vessel placed on the surface.
An analog signal processing device comprising: a signal scaling circuit for accepting an analog input signal value (V i) and a digital scaling control representing a scaling factor (h i) and storing an analog representation of a scaled signal value determined according to the accepted signal value and the scaling factor in an output stage for the scaling circuit; wherein the signal scaling circuit comprises a plurality of switchably interconnected capacitive elements (205, 220), and wherein in operation of the scaling circuit, the scaled signal value is formed in a succession of phases, each phase being associated with a configuration of the switchable interconnection of capacitive elements (205, 220) permitting charge sharing among interconnected capacitors, wherein the configurations of switchable interconnections of the succession of phases are selected to approximate a scaling factor having a magnitude between zero and unity, inclusive. a signal scaling circuit for accepting an analog input signal value (V i) and a digital scaling control representing a scaling factor (h i) and storing an analog representation of a scaled signal value determined according to the accepted signal value and the scaling factor in an output stage for the scaling circuit; wherein the signal scaling circuit comprises a plurality of switchably interconnected capacitive elements (205, 220), and wherein in operation of the scaling circuit, the scaled signal value is formed in a succession of phases, each phase being associated with a configuration of the switchable interconnection of capacitive elements (205, 220) permitting charge sharing among interconnected capacitors, wherein the configurations of switchable interconnections of the succession of phases are selected to approximate a scaling factor having a magnitude between zero and unity, inclusive.
A method of generating a laser pulse of a desired energy, the method comprising the steps of: (a) providing a beam of light from a laser source; wherein the laser source is a carbon dioxide laser characterised in that the method further comprises: (b) directing the beam of light via a modulator, the modulator operable to modulate the beam to produce an output laser pulse; (c) directing a portion of the output laser pulse to a detector and thereby determining the energy of the output laser pulse; and (d) controlling the modulator so as to switch off the output laser pulse when the determined energy of the output laser pulse reaches a threshold value. (a) providing a beam of light from a laser source; wherein the laser source is a carbon dioxide laser characterised in that the method further comprises: (b) directing the beam of light via a modulator, the modulator operable to modulate the beam to produce an output laser pulse; (c) directing a portion of the output laser pulse to a detector and thereby determining the energy of the output laser pulse; and (d) controlling the modulator so as to switch off the output laser pulse when the determined energy of the output laser pulse reaches a threshold value.
Single-component compositions, storable under the exclusion of water and crosslinkable upon ingress of water at room temperature to elastomers, based on organosilicon compounds comprising compounds of the formula (R 1 O) a R 3-a Si-A-O (CH 2 CH 2 -O) x -R 2, where R can be identical or different and is a monovalent, optionally substituted hydrocarbon radical, R 1 can be identical or different and is hydrogen atom or monovalent, optionally substituted hydrocarbon radical, A is a divalent, in each case bonded via carbon onto Si and 0, optionally substituted hydrocarbon radical which optionally contains hydroxyl, ester (-O-C(=O)-), amide (-N-C(=O)-), urethane (-O-C(=O)-NH-), urea (-N-C(=O)-NH-), thioester (-S-C(=O)-), thioether (-S-), ether (-0-), imine (-NH-) and/or carbonyl groups (-C(=O)-), R 2 is a monovalent, bonded via carbon onto 0, linear or branched hydrocarbon radical having 8 to 22 carbon atoms, where a carbon atom can be replaced by a silicon atom, a is 1, 2 or 3 and x is an integer from 1 to 20.
A cleaning capsule for an extraction appliance, said cleaning capsule comprising cleaning and/or descaling agent and said extraction appliance being provided for preparing a brewed product from an extraction material contained in a portion capsule and comprising an injection device for introducing a brewing fluid into the portion capsule and extraction device for discharging an extraction product out of the portion capsule, wherein the injection device and the extraction device define a brewing chamber, into which the portion capsule can be inserted, and wherein the injection device comprises at least one injection spike and the extraction device at least one extraction spike, for piercing the portion capsule which is inserted into the brewing chamber, characterised in that the cleaning capsule is insertable into the brewing chamber and comprises at least one deepening of an extraction-side capsule wall, by which means an extraction-side piercing of the cleaning capsule in the brewing changer by the extraction spike is preventable, and by which means the cleaning capsule is designed in a manner such that brewing fluid which is introduced by the injection device into the cleaning capsule at the injection side exits out of the cleaning capsule again at the injection side and flows outwards past the cleaning capsule to the extraction device.
Pump group of a cooling system of a vehicle, preferably for cooling the engine group of the vehicle, having a main axis (X-X) comprising: - an axial flow stator which produces an electromagnetic action in a direction parallel to the main axis (X-X); - two command modules positioned at the two opposite axial ends of the stator, defining respective impeller chambers in which the cooling liquid flows, wherein each command module comprises: i) an impeller; ii) an impeller shaft which extends along the main axis (X-X) and comprises an impeller end on which the impeller is integrally connected and a control portion adapted to receive a rotational control action; iii) a rotor integrally connected to said control portion controllable in rotation by the action of the stator; - a pump body comprising a specially shaped stator chamber, in which the stator is housed, wherein the two command modules are mounted to the pump body on two opposite axial sides; wherein each command module further comprises a module casing, inside which the impeller chamber is defined, comprising a flat shell and a volute shell mutually engaged with each other, wherein the rotating shaft is supported aligned with the main axis (X-X) by the flat shell through a support opening and the control portion protrudes from the flat shell. - an axial flow stator which produces an electromagnetic action in a direction parallel to the main axis (X-X); - two command modules positioned at the two opposite axial ends of the stator, defining respective impeller chambers in which the cooling liquid flows, wherein each command module comprises: i) an impeller; ii) an impeller shaft which extends along the main axis (X-X) and comprises an impeller end on which the impeller is integrally connected and a control portion adapted to receive a rotational control action; iii) a rotor integrally connected to said control portion controllable in rotation by the action of the stator; i) an impeller; ii) an impeller shaft which extends along the main axis (X-X) and comprises an impeller end on which the impeller is integrally connected and a control portion adapted to receive a rotational control action; iii) a rotor integrally connected to said control portion controllable in rotation by the action of the stator; - a pump body comprising a specially shaped stator chamber, in which the stator is housed, wherein the two command modules are mounted to the pump body on two opposite axial sides;
A wireless base station configured to perform communication with a mobile terminal station via a wireless relay station in a mobile communication system, the wireless base station having a multi-antenna, the wireless base station comprising: a delay time estimation portion configured to judge the delay time of feedback signals from the mobile terminal station; and a multi-antenna method selection unit configured to switch a multi-antenna communication method that uses the multi-antenna, according to the estimated delay time of feedback signals from the mobile terminal station. a delay time estimation portion configured to judge the delay time of feedback signals from the mobile terminal station; and a multi-antenna method selection unit configured to switch a multi-antenna communication method that uses the multi-antenna, according to the estimated delay time of feedback signals from the mobile terminal station.
A composition comprising a consortium of bacteria having no urease gene content or urease activity for use in a method of treating hyperammonemia, hepatic encephalopathy, or another liver disorder characterised by hyperammonemia, in a subject in need thereof, wherein a) prior to administration of the composition, the subject is given an effective amount of one or more antibiotics sufficient to reduce the population of bacteria in the gut microbiota to a level suitable for repopulation of newly introduced bacteria; and wherein b) prior to administration of the composition, the subject is further given an effective amount of a purgative agent; said method comprising c) administering to the subject the composition under conditions wherein said bacteria colonize the gut, wherein said composition comprises Paraprevotella clara, Bifidobacterium longum, Collinsella aerofaciens, Coprococcus comes, Dorea longicatena, Bacteroides eggerthii str., and Bacteroides vulgates bacteria. a) prior to administration of the composition, the subject is given an effective amount of one or more antibiotics sufficient to reduce the population of bacteria in the gut microbiota to a level suitable for repopulation of newly introduced bacteria; and wherein b) prior to administration of the composition, the subject is further given an effective amount of a purgative agent; said method comprising c) administering to the subject the composition under conditions wherein said bacteria colonize the gut, wherein said composition comprises Paraprevotella clara, Bifidobacterium longum, Collinsella aerofaciens, Coprococcus comes, Dorea longicatena, Bacteroides eggerthii str., and Bacteroides vulgates bacteria.
An array antenna for transmitting and receiving wireless broadband data, the antenna comprising: a feed connection connected to a radio connection point to which broadband data is supplied; an antenna feed connected to the feed connection; a plurality of feed lines connected to the antenna feed; a plurality of antenna radiating elements each connected to a respective one of the feed lines; and a ground plate extending in a first plane; wherein the antenna radiating elements are positioned in or above a second plane that is above the first plane, the antenna feed extends in a third plane between the first plane and the antenna radiating elements, the plurality of feed lines extend from the third plane and connect to the antenna radiating elements; and each of the plurality of antenna radiating elements has an antenna radiating surface to emit the broadband data; characterized in that the plurality of feed lines comprises a plurality of slant feed lines, wherein each slant feed line connects one side of an antenna radiating element to the antenna feed and is inclined to the first and second planes; and the antenna radiating elements, antenna feed, and plurality of slant feed lines are all formed of a single sheet of metal. a feed connection connected to a radio connection point to which broadband data is supplied; an antenna feed connected to the feed connection; a plurality of feed lines connected to the antenna feed; a plurality of antenna radiating elements each connected to a respective one of the feed lines; and a ground plate extending in a first plane; wherein the antenna radiating elements are positioned in or above a second plane that is above the first plane, the antenna feed extends in a third plane between the first plane and the antenna radiating elements, the plurality of feed lines extend from the third plane and connect to the antenna radiating elements; and each of the plurality of antenna radiating elements has an antenna radiating surface to emit the broadband data; characterized in that the plurality of feed lines comprises a plurality of slant feed lines, wherein each slant feed line connects one side of an antenna radiating element to the antenna feed and is inclined to the first and second planes; and the antenna radiating elements, antenna feed, and plurality of slant feed lines are all formed of a single sheet of metal.
A method for detecting and quantifying a non-polar analyte in a plant-derived sample, comprising: (a) purifying said sample in a first purification step to obtain a first solution; (b) purifying said first solution in a second purification step; and (c) subjecting said second solution to detection and quantitative analysis; characterised in that the second purification step comprises extracting said first solution with LLE or SPE using a non-polar phase to obtain a second solution; wherein when LLE is used, the non-polar analyte is retained in a non-polar liquid phase, and the second solution is the non-polar liquid phase containing the non-polar analyte; and when SPE is used, the non-polar analyte is initially retained on a non-polar solid phase and is then eluted from the solid phase in a separate elution step, and the second solution is the eluate from the non-polar solid phase containing the non-polar analyte. (a) purifying said sample in a first purification step to obtain a first solution; (b) purifying said first solution in a second purification step; and (c) subjecting said second solution to detection and quantitative analysis;