mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing a catalyst , especially for oxidation of exhaust gas constituents, for example nitrogen oxide, preferably nitrogen monoxide, characterized by the following steps: - providing titanium-containing first precursor material for production of support material ; - providing platinum- and/or palladium-containing, especially platinum metal-containing, second precursor material for production of a catalytically active, especially oxidatively active, component; - providing silicon- and/or tungsten-containing third precursor material for production of stabilization bridges ; - introducing the titanium-containing first precursor material into a through-flow reaction zone of a pyrolysis device, for example a flame or a pyrolysis furnace; - introducing the platinum-containing second precursor material into the reaction zone downstream of an addition of the titanium-containing first precursor material ; and - introducing the third precursor material into the reaction zone - simultaneously with the introducing of the titanium-containing first precursor material and/or - downstream of the addition of the titanium-containing first precursor material and/or - downstream of the addition of the platinum-containing second precursor material . - providing titanium-containing first precursor material for production of support material ; - providing platinum- and/or palladium-containing, especially platinum metal-containing, second precursor material for production of a catalytically active, especially oxidatively active, component; - providing silicon- and/or tungsten-containing third precursor material for production of stabilization bridges ; - introducing the titanium-containing first precursor material into a through-flow reaction zone of a pyrolysis device, for example a flame or a pyrolysis furnace; - introducing the platinum-containing second precursor material into the reaction zone downstream of an addition of the titanium-containing first precursor material ; and - introducing the third precursor material into the reaction zone - simultaneously with the introducing of the titanium-containing first precursor material and/or - downstream of the addition of the titanium-containing first precursor material and/or - downstream of the addition of the platinum-containing second precursor material .
A toy water ball , comprising a plurality of petals , wherein each petal comprises a first edge portion and a second edge portion , each first edge portion (11, 11a, 11 b, 11c) is provided with at least one first magnetic member , and each second edge portion is provided with at least one second magnetic member ; wherein the first edge portion (11, 11 a, 11b, 11c) of each petal has a first fitting surface , and the first magnetic members are mounted on an inner side of the first edge portion (11, 11a, 11 b, 11c) away from the first fitting surface ; the second edge portion of each petal has a second fitting surface , and the second magnetic members are mounted on an inner side of the second edge portion away from the second fitting surface ; characterized in that the first fitting surface and the second fitting surface are both concavely arranged in a natural state and are prone to deformation when squeezed, such that the first fitting surface or the second fitting surface has slopes angled relative to each other; wherein the first magnetic members on the first edge portion (11, 11 a, 11 b, 11 c) of each petal and the second magnetic members on the second edge portion of an adjacent petal are configured to generate an attraction force so that the first edge portion (11, 11 a, 11 b, 11c) of the petal tightly fits and contacts the second edge portion of the adjacent petal and the petals close to cooperatively form a spherical shape having a liquid-carrying cavity therebetween, such that when the first fitting surface is fit on the corresponding second fitting surface of the adjacent petal , under the action of magnetic attraction, the first fitting surface and the second fitting surface are deformed into a tight fit to form a sealed water-retaining layer to prevent the water loaded in the toy water ball from leaking out in advance.
Use of N-Methyl-N-( -2,3,4,5,6-pentahydroxyhexyl)-(Z)-octadec-9-enamide or a mixture comprising N-Methyl-N-( -2,3,4,5,6-pentahydroxyhexyl)-(Z)-octadec-9-enamide and one, two or more additional N-Methyl-N-( -2,3,4,5,6-pentahydroxyhexyl) fatty acid amides, - as an additive to reduce the eye-irritating effect of detergents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate or of cleaning agents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate for one or a plurality of substrates selected from the group consisting of hair, skin, hard surfaces and textiles or - as an agent to reduce the eye-irritating effect of one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate. - as an additive to reduce the eye-irritating effect of detergents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate or of cleaning agents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate for one or a plurality of substrates selected from the group consisting of hair, skin, hard surfaces and textiles or - as an agent to reduce the eye-irritating effect of one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate.
A method for decoding of a video bitstream, characterized by : decoding from the video bitstream a partition type for a coding unit , also referred to as CU, using a first codeword table if asymmetric motion partitioning is disabled, and using a second codeword table if asymmetric motion partitioning is enabled; wherein the first codeword table comprises either first entries if the CU is larger than a smallest CU or second entries if the CU has a same size as the smallest CU, wherein the first entries consist of INTER 2Nx2N, INTER Nx2N, INTER 2NxN, and INTRA 2Nx2N partitions, and wherein the second entries consist of INTER 2Nx2N, INTER Nx2N, INTER 2NxN, INTRA 2Nx2N and INTRA NxN partitions; wherein the second codeword table comprises the entries of the first codeword table including additional partitions INTER 2NxnU, INTER 2NxnD, INTER nLx2N, INTER nRx2N, for the first entries and the second entries. decoding from the video bitstream a partition type for a coding unit , also referred to as CU, using a first codeword table if asymmetric motion partitioning is disabled, and using a second codeword table if asymmetric motion partitioning is enabled; wherein the first codeword table comprises either first entries if the CU is larger than a smallest CU or second entries if the CU has a same size as the smallest CU, wherein the first entries consist of INTER 2Nx2N, INTER Nx2N, INTER 2NxN, and INTRA 2Nx2N partitions, and wherein the second entries consist of INTER 2Nx2N, INTER Nx2N, INTER 2NxN, INTRA 2Nx2N and INTRA NxN partitions; wherein the second codeword table comprises the entries of the first codeword table including additional partitions INTER 2NxnU, INTER 2NxnD, INTER nLx2N, INTER nRx2N, for the first entries and the second entries.
A fluid-cooled contact tip assembly for feeding a metal wire , comprising: a guide ; an electric contact unit comprising a contact tip connected to an electrical source; a cooling system that includes: a coolant inlet ; an entry coolant channel connected to and in fluid communication with the coolant inlet ; an exit coolant channel connected to and in fluid communication with the entry coolant channel ; and a coolant outlet connected to and in fluid communication with the exit coolant channel ; characterised in that the contact tip assembly further comprising a wire pressing assembly configured to press the metal wire into contact with the contact tip of the electric contact unit ; and further characterised in that the contact tip is separated and apart from the guide ; and wherein the guide comprises coolant channels forming a cooling fluid pathway through which a cooling fluid can flow. a guide ; an electric contact unit comprising a contact tip connected to an electrical source; a cooling system that includes: a coolant inlet ; an entry coolant channel connected to and in fluid communication with the coolant inlet ; an exit coolant channel connected to and in fluid communication with the entry coolant channel ; and a coolant outlet connected to and in fluid communication with the exit coolant channel ; a coolant inlet ; an entry coolant channel connected to and in fluid communication with the coolant inlet ; an exit coolant channel connected to and in fluid communication with the entry coolant channel ; and a coolant outlet connected to and in fluid communication with the exit coolant channel ; characterised in that the contact tip assembly further comprising a wire pressing assembly configured to press the metal wire into contact with the contact tip of the electric contact unit ; and further characterised in that the contact tip is separated and apart from the guide ; and wherein the guide comprises coolant channels forming a cooling fluid pathway through which a cooling fluid can flow.
A gas turbine engine comprising: a compressor ; a combustor ; characterised by an inner diffuser case ; and an outer diffuser case , whereby the gas turbine engine further comprises a diffuser case support structure comprising: a fairing disposed circumferentially about a longitudinal axis and forming at least a portion of a fluid path (C) between the compressor and the combustor , the fairing defining a plurality of apertures extending through the fairing ; and at least one spoke extending through at least one respective aperture of the plurality of apertures , wherein the at least one spoke is configured to couple the inner diffuser case and the outer diffuser case . a compressor ; a combustor ; characterised by an inner diffuser case ; and an outer diffuser case , whereby the gas turbine engine further comprises a diffuser case support structure comprising: a fairing disposed circumferentially about a longitudinal axis and forming at least a portion of a fluid path (C) between the compressor and the combustor , the fairing defining a plurality of apertures extending through the fairing ; and at least one spoke extending through at least one respective aperture of the plurality of apertures , wherein the at least one spoke is configured to couple the inner diffuser case and the outer diffuser case . a fairing disposed circumferentially about a longitudinal axis and forming at least a portion of a fluid path (C) between the compressor and the combustor , the fairing defining a plurality of apertures extending through the fairing ; and at least one spoke extending through at least one respective aperture of the plurality of apertures , wherein the at least one spoke is configured to couple the inner diffuser case and the outer diffuser case .
Fire fighting foam concentrate comprising a first surfactant, characterized in that the first surfactant comprises an acid group and/or or a deprotonated acid group and an oligosilane and/or oligosiloxane unit, whereby the first surfactant is described by the general formula A-B-C wherein A is an unsubstituted or substituted residue which carries an acid group or a deprotonated acid group, whereby the acid group is a carboxy group; B is an optional linker structure consisting of at least one atom or one chain; C is a oligosilane residue or an oligosiloxane residue; and the fire fighting foam concentrate further comprises an alkylglycoside or alkylpolyglycoside. A is an unsubstituted or substituted residue which carries an acid group or a deprotonated acid group, whereby the acid group is a carboxy group; B is an optional linker structure consisting of at least one atom or one chain; C is a oligosilane residue or an oligosiloxane residue;
Vector comprising nucleic acid sequences encoding 4-1BB ligand (4-1BBL), single chain IL-12 (scIL-12) and IL-2, and further comprising at least one regulatory nucleic acid sequence, preferably a promoter sequence, providing for an increased expression level of 4-1BBL as compared to the expression levels of scIL-12 and IL-2, wherein the nucleic acid sequences encoding scIL-12 and IL-2 are located downstream of the nucleic acid sequence encoding 4-1BBL, and wherein the expression level of 4-1BBL is increased as compared to the expression level of 4-1BBL obtained by the expression construct of vector Im01 (Figure 20).
Water-conducting household appliance , in particular household dishwasher, with a dishwasher cavity for accommodating items to be washed, a softening facility for softening fresh water (F) supplied by the water-conducting household appliance , wherein the softening facility can be regenerated with the aid of a salt solution , a heat exchanger provided on the dishwasher cavity and a valve facility which can be actuated with the aid of a control facility of the water-conducting household appliance , wherein • the valve facility is configured to directly fluidically connect the softening facility to the dishwasher cavity , so that after regenerating the softening facility the salt solution can be conducted past the heat exchanger and directly into the dishwasher cavity , and • the valve facility is configured to directly fluidically connect the softening facility to the heat exchanger , and • the valve facility is configured to directly fluidically connect the heat exchanger to the dishwasher cavity and • the valve facility is configured to simultaneously directly fluidically connect the softening facility to the dishwasher cavity and the heat exchanger . • the valve facility is configured to directly fluidically connect the softening facility to the dishwasher cavity , so that after regenerating the softening facility the salt solution can be conducted past the heat exchanger and directly into the dishwasher cavity , and • the valve facility is configured to directly fluidically connect the softening facility to the heat exchanger , and • the valve facility is configured to directly fluidically connect the heat exchanger to the dishwasher cavity and • the valve facility is configured to simultaneously directly fluidically connect the softening facility to the dishwasher cavity and the heat exchanger .
A rotation angle control device, comprising: a mandrel ; a transmission gear sleeved on the mandrel ; a clutch sleeve sleeved on the mandrel and having a first axial counterbore in an end surface located on one side of the clutch sleeve away from the transmission gear ; a second worm sleeved on the mandrel ; and a spring sleeved over the mandrel and having a circular surface in interfere fit with surfaces, characterized by further comprising: a second axial counterbore in an end surface located on one side of the second worm adjacent to the transmission gear ; a spring being realized as an expansion spring sleeved over the mandrel and having an outer circular surface in interfere fit with inner hole surfaces of the first axial counterbore and the second axial counterbore ; and a spacer sleeve located between the expansion spring and the mandrel , wherein an outer circular diameter of the spacer sleeve is smaller than an inner hole size of the spring presenting a retracting tendency, and an outer circular diameter of the spacer sleeve is also smaller than an inner hole size of the expansion spring after interference fitting. a mandrel ; a transmission gear sleeved on the mandrel ; a clutch sleeve sleeved on the mandrel and having a first axial counterbore in an end surface located on one side of the clutch sleeve away from the transmission gear ; a second worm sleeved on the mandrel ; and a spring sleeved over the mandrel and having a circular surface in interfere fit with surfaces, characterized by further comprising: a second axial counterbore in an end surface located on one side of the second worm adjacent to the transmission gear ; a spring being realized as an expansion spring sleeved over the mandrel and having an outer circular surface in interfere fit with inner hole surfaces of the first axial counterbore and the second axial counterbore ; and a spacer sleeve located between the expansion spring and the mandrel , wherein an outer circular diameter of the spacer sleeve is smaller than an inner hole size of the spring presenting a retracting tendency, and an outer circular diameter of the spacer sleeve is also smaller than an inner hole size of the expansion spring after interference fitting. a second axial counterbore in an end surface located on one side of the second worm adjacent to the transmission gear ; a spring being realized as an expansion spring sleeved over the mandrel and having an outer circular surface in interfere fit with inner hole surfaces of the first axial counterbore and the second axial counterbore ; and a spacer sleeve located between the expansion spring and the mandrel , wherein an outer circular diameter of the spacer sleeve is smaller than an inner hole size of the spring presenting a retracting tendency, and an outer circular diameter of the spacer sleeve is also smaller than an inner hole size of the expansion spring after interference fitting.
Method for operating a motor vehicle having an internal combustion engine and having a brake force booster in which a negative pressure can be generated by means of a fluid-conducting connection of the brake force booster to an intake section , which is situated between a fresh-gas control element and the internal combustion engine , of a fresh-gas tract of the internal combustion engine , wherein, at least temporarily in the event of a withdrawal of a load demand on the internal combustion engine , coasting of the motor vehicle is initiated by virtue of firing of the internal combustion engine being ended and the internal combustion engine being decoupled from at least a part of a drivetrain of the motor vehicle, characterized in that , upon the initiation of the coasting and/or upon cranking of the non-fired internal combustion engine proceeding from a coasting state, wherein said cranking is performed for the purposes of decelerating the motor vehicle or by means of a cranking device, the fresh-gas control element is closed to the furthest possible extent, or is held closed, in order to keep the pressure in the brake force booster within a setpoint range.
Electrochemical cell comprising: - an anolyte space with an anode ; - a catholyte space with a cathode ; and - a separator disc separating the anolyte space from the catholyte space; wherein the anolyte space and/or the catholyte space comprise at least one wall which is rotatable about an axis of rotation crossing the separator disc, wherein the electrochemical cell comprises at least one stator in the anolyte space and/or the catholyte space. - an anolyte space with an anode ; - a catholyte space with a cathode ; and - a separator disc separating the anolyte space from the catholyte space;
A light dosing system for controlling at least one characteristic of a photosynthetic organism, the light dosing system configured to direct light onto a target area , the light dosing system comprising: a) at least one light emitter providing light positioned above the target area ; b) a means for controlling at least one characteristic of light emitted by the at least one light emitter ; c) a conveyor configured to alter a relative position of the at least one light emitter and the target area ; and d) a lighting controller configured to read a media having a predefined dosage regime stored thereon, wherein the lighting controller is configured to alter the at least one characteristic of light emitted by the at least one light emitter onto the target area in accordance with the predefined dosage regime, characterised in that the light emitted comprising of UV-B light of a specific spectral content between 280 - 320 nm, red light of a specific spectral content between 622 - 780 nm, and blue light of a specific spectral content between 455 - 492 nm, and in that UV-A wavelengths are excluded from the emitted light. a) at least one light emitter providing light positioned above the target area ; b) a means for controlling at least one characteristic of light emitted by the at least one light emitter ; c) a conveyor configured to alter a relative position of the at least one light emitter and the target area ; and d) a lighting controller configured to read a media having a predefined dosage regime stored thereon, wherein the lighting controller is configured to alter the at least one characteristic of light emitted by the at least one light emitter onto the target area in accordance with the predefined dosage regime, characterised in that the light emitted comprising of UV-B light of a specific spectral content between 280 - 320 nm, red light of a specific spectral content between 622 - 780 nm, and blue light of a specific spectral content between 455 - 492 nm, and in that UV-A wavelengths are excluded from the emitted light.
A system comprising a security inspection device and a label to be bound with an item subjected to security inspection and used for identifying the item subjected to security inspection, including an identifier for uniquely identifying the label, wherein the security inspection device is configured to obtain a security inspection image of the item subjected to security inspection and recognize the identifier in the security inspection image, when the item subjected to security inspection passes through the security inspection device, the system being further configured such that it allows tracking the item subjected to security inspection based on the comparison of the identifier recognized from the security inspection image and the identifier in the label bound with the item subjected to security inspection, when the item needs to be identified, the label being further such that the identifier includes a character and either exactly a single positioning point located at a beginning position or an ending position of the identifier, exactly first and second positioning points located at a beginning position and an ending position of the identifier, or exactly three positioning points arranged based on a preset pattern, and the character is disposed adjacent to the three positioning points; a material of the or each positioning point and the character of the identifier is a material capable of imaging under radiation of the security inspection device; and the security inspection device being further configured to extract an image region of the identifier in the label from the security inspection image, based on a shape and/or position of the identifier in the label , and to recognize the identifier in the extracted image region. a material of the or each positioning point and the character of the identifier is a material capable of imaging under radiation of the security inspection device; and the security inspection device being further configured to extract an image region of the identifier in the label from the security inspection image, based on a shape and/or position of the identifier in the label , and to recognize the identifier in the extracted image region.