mhurhangee/ep-ind-claims huggingface dataset:
A system for cultivating cells comprising: a bioreactor/fermentor for cultivating cells to be cultivated; a measuring device (4, 5) for measuring the culture cells being cultivated in the bioreactor/fermentor or a component contained in the culture solution; and a control device (6, 7) for selecting feed medium components to be added to the bioreactor/fermentor from two or more feed media having different composition ratios based on a state of the culture cells determined by a measured value obtained by the measuring device (4, 5), characterised in that said measuring device (4, 5) is adapted to measure metabolic flux distribution using intracellular metabolic flux analysis, and said control device (6, 7) is adapted to select the feed medium components at a ratio of each nutrition metabolic rate determined by the metabolic flux distribution in an unsteady state obtained by the measuring device (4, 5). a bioreactor/fermentor for cultivating cells to be cultivated; a measuring device (4, 5) for measuring the culture cells being cultivated in the bioreactor/fermentor or a component contained in the culture solution; and a control device (6, 7) for selecting feed medium components to be added to the bioreactor/fermentor from two or more feed media having different composition ratios based on a state of the culture cells determined by a measured value obtained by the measuring device (4, 5), characterised in that said measuring device (4, 5) is adapted to measure metabolic flux distribution using intracellular metabolic flux analysis, and said control device (6, 7) is adapted to select the feed medium components at a ratio of each nutrition metabolic rate determined by the metabolic flux distribution in an unsteady state obtained by the measuring device (4, 5).
A method of operating a wind turbine, which includes a rotor arranged on a machine housing, wherein the machine housing is arranged on a tower, wherein the rotor is brought into the stationary position, characterised in that the stationary position of the rotor is detected independently by at least two or more detection devices (32, 36), which are operated or operable independently of one another, wherein the stationary position of the rotor detected by a first detection device is verified and wherein the stationary position of the rotor detected by the second detection device is verified, wherein after verification of the stationary positions detected by the at least two detection devices (32, 36) with a pre-determined stationary position of the rotor, the standstill of the rotor is indicated by means of a signalling device (44, 46), particularly a signalling device (44, 46) of the wind turbine.
A filter member including a filter substrate and support sheets on opposed sides of said filter substrate, each of said support sheets being extruded from a thermoplastic, fluoroplastic material characterized in that each support sheet includes a planar, continuous base section having opposed outer surfaces (18, 20) and spaced-apart ribs extending outwardly from said at least one outer surface in a desired, predetermined pattern, said ribs including an outer distal end and an inner proximal end, said inner proximal end being continuous with an outer surface of said base section, said spaced-apart ribs cooperating with an outer surface from which they extend to provide outer surface segments between adjacent ribs providing continuous flow channels bound by said adjacent spaced-apart ribs, each of said support sheets further including apertures punched through the entire thickness thereof in a predetermined pattern unaffected by the predetermined pattern of ribs in each of the support sheets, said predetermined pattern of apertures including apertures extending through ribs and outer surface segments between ribs, said ribbed and apertured sheets directing fluid containing material to be filtered along channels and through apertures into said filter substrate.
A plastics material component for an aeroplane, comprising (i) a substrate, which comprises one or more thermosetting plastics materials, and (ii) one or more layers which are applied to the substrate, wherein at least one layer S1 comprises mica in an amount of at least 80 % by weight, the mica being present in an amount of less than 50 g per m 2 substrate surface and the layer S1 being applied directly to the substrate (i) in such a way that the mica is in direct contact with the substrate surface. (i) a substrate, which comprises one or more thermosetting plastics materials, and (ii) one or more layers which are applied to the substrate, wherein at least one layer S1 comprises mica in an amount of at least 80 % by weight, the mica being present in an amount of less than 50 g per m 2 substrate surface and the layer S1 being applied directly to the substrate (i) in such a way that the mica is in direct contact with the substrate surface.
A method for RNA tagging and analysis on single cell comprising the following steps: a) providing a population of cells of interest, wherein said cell population is a population of platelets; b) incubating said platelets for a time of 10 minutes to 3 hours, or 30 minutes to 2 hours, at a temperature comprised in the range 20 °C - 37 °C, in a culture medium supplemented with a lipofection reagent and a SmartFlareTM probe of interest; c) fixing with a fixative; d) visualising and analysing the RNA of interest. a) providing a population of cells of interest, wherein said cell population is a population of platelets; b) incubating said platelets for a time of 10 minutes to 3 hours, or 30 minutes to 2 hours, at a temperature comprised in the range 20 °C - 37 °C, in a culture medium supplemented with a lipofection reagent and a SmartFlareTM probe of interest; c) fixing with a fixative; d) visualising and analysing the RNA of interest.
A communication network, comprising: - an access network, - a switching control network comprising call control entities (120_a, 120_b, 121_a, 121_b) arranged for association with subscribers, where said access network is arranged for routing signalling of a given subscriber to a call control entity associated with said given subscriber, and - an Internet Protocol based network for providing a set of services centred in said Internet Protocol based network to one or more of said subscribers, wherein said switching control network comprises a group of first call control entities (120_a, 120_b) and a group of second call control entities (121_a, 121_b), said first call control entities are arranged for providing call control services to subscribers having circuit switched subscriptions, and said second call control entities are arranged for providing a gateway to connect to said Internet Protocol based network for subscribers having subscriptions to said set of services centred in said Internet Protocol based network, and each first call control entity has a subscriber association redirector for redirecting an association of a subscriber associated with said each first call control entity and having a subscription to said services centred in said Internet Protocol based network to said group of second call control entities. - an access network, - a switching control network comprising call control entities (120_a, 120_b, 121_a, 121_b) arranged for association with subscribers, where said access network is arranged for routing signalling of a given subscriber to a call control entity associated with said given subscriber, and - an Internet Protocol based network for providing a set of services centred in said Internet Protocol based network to one or more of said subscribers, wherein said switching control network comprises a group of first call control entities (120_a, 120_b) and a group of second call control entities (121_a, 121_b), said first call control entities are arranged for providing call control services to subscribers having circuit switched subscriptions, and said second call control entities are arranged for providing a gateway to connect to said Internet Protocol based network for subscribers having subscriptions to said set of services centred in said Internet Protocol based network, and each first call control entity has a subscriber association redirector for redirecting an association of a subscriber associated with said each first call control entity and having a subscription to said services centred in said Internet Protocol based network to said group of second call control entities.
Method for detecting a valid ultrasonic signal in an ultrasonic system of a vehicle, having the steps of: • capturing an ultrasonic signal using an ultrasonic sensor, • filtering the ultrasonic signal using a first filter and at least one second filter, wherein the first filter generates a first filter signal and the second filter generates a second filter signal, • wherein the method step of filtering involves the ultrasonic signal being filtered by the first filter and by the second filter at the same time, ∘ wherein the first filter is a filter that is signal-matched to an ultrasonic signal transmitted by the ultrasonic sensor, ∘ wherein the second filter is a filter that is mismatched to an ultrasonic signal transmitted by the ultrasonic sensor and therefore signal-matched to an ultrasonic signal alien to the ultrasonic sensor, • the first filter signal represents a threshold value and • the method comprises the further steps of: • comparing the second filter signal with the threshold value and • detecting the valid ultrasonic signal and outputting the valid ultrasonic signal as an output signal if the second filter signal is below the threshold value. • capturing an ultrasonic signal using an ultrasonic sensor, • filtering the ultrasonic signal using a first filter and at least one second filter, wherein the first filter generates a first filter signal and the second filter generates a second filter signal, • wherein the method step of filtering involves the ultrasonic signal being filtered by the first filter and by the second filter at the same time, ∘ wherein the first filter is a filter that is signal-matched to an ultrasonic signal transmitted by the ultrasonic sensor, ∘ wherein the second filter is a filter that is mismatched to an ultrasonic signal transmitted by the ultrasonic sensor and therefore signal-matched to an ultrasonic signal alien to the ultrasonic sensor, ∘ wherein the first filter is a filter that is signal-matched to an ultrasonic signal transmitted by the ultrasonic sensor, ∘ wherein the second filter is a filter that is mismatched to an ultrasonic signal transmitted by the ultrasonic sensor and therefore signal-matched to an ultrasonic signal alien to the ultrasonic sensor, • the first filter signal represents a threshold value and • the method comprises the further steps of: • comparing the second filter signal with the threshold value and • detecting the valid ultrasonic signal and outputting the valid ultrasonic signal as an output signal if the second filter signal is below the threshold value. • comparing the second filter signal with the threshold value and • detecting the valid ultrasonic signal and outputting the valid ultrasonic signal as an output signal if the second filter signal is below the threshold value.
A method for determining chemical oxygen requirements of a water sample by thermal oxidation of the water sample in a closed reaction vessel in a carrier gas having a predetermined oxygen content, and subsequent detection of the oxygen content in the exhaust gas of the reaction vessel, and calculation of the CSB value from the detected oxygen content, characterized in that the content of sulfates and/or nitrates in the water sample is in each case acquired by a dedicated detector, and an arithmetical correction of the CSB value calculated based on the oxygen content is performed by means of a predetermined correction algorithm of the detected sulfate content value and/or nitrate content value, wherein an electrochemical SO 2 gas detector is used for detecting the sulfate content and/or an electrochemical or chemiluminescence NO x detector is used for detecting the nitrate content.
A cycloidal marine-propulsion system, comprising: a blade-mounting disc, in use rotatable with respect a main system axis; a plurality of propeller blades (110A-E), each having a respective primary blade axis and being connected to the disc in a manner allowing a blade of said plurality of propeller blades (110A-E) to be rotated about its primary blade axis independent of any about-axis rotation of every other one of the propeller blades of said plurality of propeller blades (110A-E); a plurality of electric actuators (108A-E), each actuator being connected to a respective one of the propeller blades; and a controller in communication selectively with each of the electric actuators for controlling each of the actuators; characterized in that each of the plurality of propeller blades (110A-E) is connected to the disc in a manner allowing the propeller blade to tilt independent of any tilting of every other one of the propeller blades and/or allowing the primary blade axis of the propeller blade to move toward or away from a main system axis independent of any movement of the primary blade axis of every other one of the propeller blades toward or away from the main system axis. a blade-mounting disc, in use rotatable with respect a main system axis; a plurality of propeller blades (110A-E), each having a respective primary blade axis and being connected to the disc in a manner allowing a blade of said plurality of propeller blades (110A-E) to be rotated about its primary blade axis independent of any about-axis rotation of every other one of the propeller blades of said plurality of propeller blades (110A-E); a plurality of electric actuators (108A-E), each actuator being connected to a respective one of the propeller blades; and a controller in communication selectively with each of the electric actuators for controlling each of the actuators; characterized in that each of the plurality of propeller blades (110A-E) is connected to the disc in a manner allowing the propeller blade to tilt independent of any tilting of every other one of the propeller blades and/or allowing the primary blade axis of the propeller blade to move toward or away from a main system axis independent of any movement of the primary blade axis of every other one of the propeller blades toward or away from the main system axis.
The use of a pretreatment solution together with an aqueous inkjet ink that comprises at least a pigment in an ink set, wherein the pretreatment solution comprises an inorganic metal salt and/or an organic metal salt, an organic amine, and an organic solvent, the inorganic metal salt and/or organic metal salt and the organic amine exist in a dissolved state in the pretreatment solution, and the pretreatment solution further comprises a surfactant having an HLB value within a range from 1 to 8, and a difference between a pH of the aqueous inkjet ink and a pH of the pretreatment solution is not more than 2. the pretreatment solution comprises an inorganic metal salt and/or an organic metal salt, an organic amine, and an organic solvent, the inorganic metal salt and/or organic metal salt and the organic amine exist in a dissolved state in the pretreatment solution, and
An information recording medium readable by an information processor which stores therein a game program for causing the information processor to execute a game, and data to be referred to by the game program; the data comprising image data which serves to display objects appearing in the game, and which has been created for a plurality of resolutions, wherein the plurality of resolutions differ in the number of dots; the game program causing the information processor to execute processing for discriminating an image display device to which the information processor outputs display data; and processing for specifying image data of an object to-be-displayed among the image data created for the plurality of resolutions, in accordance with the image processing device thus discriminated.
A laminated glass, comprising: a pair of glass plates each having a plate thickness of 0.3 mm to 1.8 mm; and an interlayer film provided between the glass plates and having a storage elastic modulus G' equal to or greater than 2.0 × 10 6 Pa at a frequency of 1 Hz and a temperature of 20°C, wherein the laminated glass has a loss factor equal to or greater than 0.2 at one or more resonance points at a frequency of 3 to 6 kHz and the temperature of 20°C, the interlayer film of the laminated glass is composed of three layers including a core layer and a pair of outer layers configured to sandwich the core layer, a storage elastic modulus G's of the outer layers are equal to or greater than 5.0 × 10 6 Pa and equal to or less than 1.3 × 10 8 Pa at the frequency of 1 Hz and the temperature of 20°C, a storage elastic modulus G' of the core layer is equal to or greater than 1.0 × 10 4 Pa and equal to or less than 1.0 × 10 7 Pa at the frequency of 1 Hz and the temperature of 20°C, the core layer has a smaller storage elastic modulus G' at the frequency of 1 Hz and the temperature of 20°C compared to the pair of the outer layers, a layer thickness of the core layer is 0.05 mm to 0.30 mm, and the storage elastic modulus G' is determined as indicated in the description. a pair of glass plates each having a plate thickness of 0.3 mm to 1.8 mm; and an interlayer film provided between the glass plates and having a storage elastic modulus G' equal to or greater than 2.0 × 10 6 Pa at a frequency of 1 Hz and a temperature of 20°C, wherein the laminated glass has a loss factor equal to or greater than 0.2 at one or more resonance points at a frequency of 3 to 6 kHz and the temperature of 20°C, the interlayer film of the laminated glass is composed of three layers including a core layer and a pair of outer layers configured to sandwich the core layer, a storage elastic modulus G's of the outer layers are equal to or greater than 5.0 × 10 6 Pa and equal to or less than 1.3 × 10 8 Pa at the frequency of 1 Hz and the temperature of 20°C, a storage elastic modulus G' of the core layer is equal to or greater than 1.0 × 10 4 Pa and equal to or less than 1.0 × 10 7 Pa at the frequency of 1 Hz and the temperature of 20°C, the core layer has a smaller storage elastic modulus G' at the frequency of 1 Hz and the temperature of 20°C compared to the pair of the outer layers, a layer thickness of the core layer is 0.05 mm to 0.30 mm, and the storage elastic modulus G' is determined as indicated in the description.
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating cutting elements (4, 5) with at least one row of comb-like cutting teeth (6, 7), wherein said cutting elements (4, 5) are movably supported relative to each other by a support structure, wherein at least one of said cutting elements (4, 5), when viewed in cross section, has a C-shape including a pair of dog-eared holding flanges (4a, 4b) attached to said support structure and a dome-shaped or flat center section, said at least one row of comb-like cutting teeth (6, 7) being formed in a transitional section between said dog-eared holding flanges (4a, 4b) and said center section, characterized in that said dog-eared holding flange (4a, 4b), at said transitional section, is provided with a step-like concave depression forming thinned-out tooth tips of said comb-like cutting teeth (6, 7).
An article of luggage comprising a first portion and a second portion connected by a hinge arrangement, each of the first and second portions including a lower structural assembly (6, 10) comprising a shell and an upper structural assembly (8, 12) comprising a framework provided with a covering, the lower structural assembly and the upper structural assembly being secured together by stitching, wherein each shell defines a base having a first end and a second end, end walls (20, 22) extending upwards from the first and second ends of the base, and a connecting wall joining an edge of the base to each of the end walls (20, 22) wherein each upper structural assembly (8, 12) comprises a framework comprising: a first rectangular element that corresponds to a section of the article of luggage and being dimensioned such that its lower end matches the shell of the lower structural assembly, wherein the lower end of the rectangular element fits to and is joined with free edges of the end walls (22, 24) and a free edge of the base; and a second and a third element (42, 44), wherein each of the second and third elements (42, 44) are generally L-shaped, having a shorter limb defining a depth of the portion and a longer limb depending from the shorter limb, wherein a free end of each shorter limb is connected to an upper part of the rectangular element, and a free end of each longer limb are connected to an upper part of the shell in a region where the connecting wall 26 joins the respective end walls (22, 24); and wherein each upper structural assembly (8, 12) is provided with a covering. a first rectangular element that corresponds to a section of the article of luggage and being dimensioned such that its lower end matches the shell of the lower structural assembly, wherein the lower end of the rectangular element fits to and is joined with free edges of the end walls (22, 24) and a free edge of the base; and a second and a third element (42, 44), wherein each of the second and third elements (42, 44) are generally L-shaped, having a shorter limb defining a depth of the portion and a longer limb depending from the shorter limb, wherein a free end of each shorter limb is connected to an upper part of the rectangular element, and a free end of each longer limb are connected to an upper part of the shell in a region where the connecting wall 26 joins the respective end walls (22, 24); and wherein each upper structural assembly (8, 12) is provided with a covering.
A nanolubricant composition for polishing a surface having an arithmetic average roughness, the composition comprising: a flowable lubricant; and a multi-component nanoparticle dispersed in the lubricant and configured to polish the surface, the multi-component nanoparticle including a first nanoparticle component of lamellar structure which effects shearing at the surface and a second nanoparticle component which effects polishing of the surface, the second nanoparticle component at least partially integrated with the first nanoparticle component, the second nanoparticle component having a hardness of at least 7 Mohs (equivalent to 820 kg/mm2 in Knoop scale), wherein the first nanoparticle component is selected from the group consisting of molybdenum disulfide, tungsten disulfide, boron nitride and graphite. a flowable lubricant; and a multi-component nanoparticle dispersed in the lubricant and configured to polish the surface, the multi-component nanoparticle including a first nanoparticle component of lamellar structure which effects shearing at the surface and a second nanoparticle component which effects polishing of the surface, the second nanoparticle component at least partially integrated with the first nanoparticle component, the second nanoparticle component having a hardness of at least 7 Mohs (equivalent to 820 kg/mm2 in Knoop scale), wherein the first nanoparticle component is selected from the group consisting of molybdenum disulfide, tungsten disulfide, boron nitride and graphite.