mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing ring of a translationally adjustable component which has at least one sealing lip and a fibre-reinforced reinforcing ring securely connected with said sealing lip or enclosed therein, which reinforcing ring reinforces the sealing ring in radial direction and limits a deformation of the at least one sealing lip in radial direction, characterised in - that the reinforcing ring has laminated carbon fibres and possesses a modulus of elasticity E2, - that the sealing ring is formed from a plastic having a modulus of elasticity E1, - that a ratio of the modulus of elasticity is 150 < E2/E1 < 300. - that the reinforcing ring has laminated carbon fibres and possesses a modulus of elasticity E2, - that the sealing ring is formed from a plastic having a modulus of elasticity E1, - that a ratio of the modulus of elasticity is 150 < E2/E1 < 300.
An ultrasound system comprising: an ultrasound transducer configured to transmit a plurality of ultrasound signals from a plurality of elements in a transducer array to a region of interest; the ultrasound transducer further configured to receive and sample a plurality of backscattered ultrasound signals from the region of interest; a processing unit configured to: calculate a local phase parameter in the time-domain for each of the plurality of backscattered ultrasound signals ; calculate a center frequency for each of the local phase parameters of the backscattered ultrasound signals in the time domain; a beamformer , characterized in that the beamformer is configured to perform receiver beamforming by summing the center frequencies, and in that the ultrasound system is further configured to generate at least one parameter representative of a physical property of the region of interest based on the summed center frequencies, wherein the ultrasound system is configured to calculate the local phase parameters and calculate the center frequencies prior to performing receiver beamforming. an ultrasound transducer configured to transmit a plurality of ultrasound signals from a plurality of elements in a transducer array to a region of interest; the ultrasound transducer further configured to receive and sample a plurality of backscattered ultrasound signals from the region of interest; a processing unit configured to: calculate a local phase parameter in the time-domain for each of the plurality of backscattered ultrasound signals ; calculate a center frequency for each of the local phase parameters of the backscattered ultrasound signals in the time domain; calculate a local phase parameter in the time-domain for each of the plurality of backscattered ultrasound signals ; calculate a center frequency for each of the local phase parameters of the backscattered ultrasound signals in the time domain; a beamformer , characterized in that the beamformer is configured to perform receiver beamforming by summing the center frequencies, and in that the ultrasound system is further configured to generate at least one parameter representative of a physical property of the region of interest based on the summed center frequencies, wherein the ultrasound system is configured to calculate the local phase parameters and calculate the center frequencies prior to performing receiver beamforming.
A biosensor comprising: (a) a split transcription factor complex comprising one half of a split transcription factor linked to a transmembrane domain via an enzyme cleavable linker; and (b) a split transcription factor comprising the other half of the split transcription factor linked to a mitochondrial targeting sequence (MTS) via an enzyme-cleavable linker; and (c) a reporter system comprising a first nucleic acid encoding a site specific recombinase operably linked to the site specific sequence for the transcription factor; and a second nucleic acid comprising a stop codon cassette flanked by site specific recombination sequences, wherein the stop codon cassette and flanking sequences separate a constitutive promoter and a fluorescent protein open reading frame. (a) a split transcription factor complex comprising one half of a split transcription factor linked to a transmembrane domain via an enzyme cleavable linker; and (b) a split transcription factor comprising the other half of the split transcription factor linked to a mitochondrial targeting sequence (MTS) via an enzyme-cleavable linker; and (c) a reporter system comprising a first nucleic acid encoding a site specific recombinase operably linked to the site specific sequence for the transcription factor; and a second nucleic acid comprising a stop codon cassette flanked by site specific recombination sequences, wherein the stop codon cassette and flanking sequences separate a constitutive promoter and a fluorescent protein open reading frame.
A coil device adapted to face another coil device to transmit or receive power wirelessly, the coil device comprising: a first coil adapted to face a second coil of the other coil device and including a conductive wire ; and a plurality of non-magnetic members which are electrically conductive and disposed on an opposite side from a side facing the second coil , wherein the plurality of non-magnetic members include a first non-magnetic member and a second non-magnetic member disposed adjacent to the first non-magnetic member on a side farther from the second coil than from the first non-magnetic member , and wherein at least one of said first non-magnetic member and said second non-magnetic member includes an eddy current interrupter adapted for changing a state of an eddy current formed in the one of said first non-magnetic member and said second non-magnetic member by interrupting a portion of the eddy current, wherein said eddy current interrupter comprises either a respective hole portion (40a,50A-F) provided in at least one of the first non-magnetic member and second non-magnetic member penetrating through the first and second non-magnetic member in a direction of facing the second coil , or a depressed portion recessed in the facing direction, characterized by a conductive sheet-shaped member provided between the first non-magnetic member and the second non-magnetic member , and capable of being in close contact with the first non-magnetic member and the second non-magnetic member . a first coil adapted to face a second coil of the other coil device and including a conductive wire ; and a plurality of non-magnetic members which are electrically conductive and disposed on an opposite side from a side facing the second coil , wherein the plurality of non-magnetic members include a first non-magnetic member and a second non-magnetic member disposed adjacent to the first non-magnetic member on a side farther from the second coil than from the first non-magnetic member , and wherein at least one of said first non-magnetic member and said second non-magnetic member includes an eddy current interrupter adapted for changing a state of an eddy current formed in the one of said first non-magnetic member and said second non-magnetic member by interrupting a portion of the eddy current, wherein said eddy current interrupter comprises either a respective hole portion (40a,50A-F) provided in at least one of the first non-magnetic member and second non-magnetic member penetrating through the first and second non-magnetic member in a direction of facing the second coil , or a depressed portion recessed in the facing direction, characterized by a conductive sheet-shaped member provided between the first non-magnetic member and the second non-magnetic member , and capable of being in close contact with the first non-magnetic member and the second non-magnetic member .
A tensioning arrangement for an aerosol dispenser , the tensioning arrangement comprising: - a conveying tube for conveying liquid from a container to a dose chamber ; - an elastic member arranged to store mechanical energy from a substantially axial tensioning movement of the conveying tube from an initial position to a tensioning position ; - a rotatable member ; - a transmission mechanism configured to transmit a tensioning rotation of the rotatable member to the tensioning movement of the conveying tube ; wherein the transmission mechanism comprises a cam profile and a cam follower arranged to follow the cam profile ; wherein the cam profile comprises at least one priming structure ; and wherein the tensioning arrangement is configured such that the conveying tube makes a temporary priming movement towards the initial position when the cam follower passes each priming structure during the tensioning movement of the conveying tube by means of the tensioning rotation of the rotatable member ; and characterised in that a sum of a distance of each priming movement of the conveying tube is 10-50%, such as 15-35%, such as 15-25%, such as approximately 20%, of a tensioning distance of the conveying tube from the initial position to the tensioning position . - a conveying tube for conveying liquid from a container to a dose chamber ; - an elastic member arranged to store mechanical energy from a substantially axial tensioning movement of the conveying tube from an initial position to a tensioning position ; - a rotatable member ; - a transmission mechanism configured to transmit a tensioning rotation of the rotatable member to the tensioning movement of the conveying tube ; wherein the transmission mechanism comprises a cam profile and a cam follower arranged to follow the cam profile ; wherein the cam profile comprises at least one priming structure ; and wherein the tensioning arrangement is configured such that the conveying tube makes a temporary priming movement towards the initial position when the cam follower passes each priming structure during the tensioning movement of the conveying tube by means of the tensioning rotation of the rotatable member ; and characterised in that a sum of a distance of each priming movement of the conveying tube is 10-50%, such as 15-35%, such as 15-25%, such as approximately 20%, of a tensioning distance of the conveying tube from the initial position to the tensioning position .
Device for producing a thin-walled component from a starting part , comprising at least • a first coil body , the electrical conductor of which is arranged at least in one plane , • an electrical circuit for providing a pulsed electrical current which can be applied to the electrical conductor of the first coil body , • a die comprising a support facing the first coil body for the starting part to be shaped, the support having the shape of the component to be produced, and • a first separating device by means of which a first sub-region can be at least partially separated from a second sub-region of the starting part , it being possible to arrange the starting part between the first coil body and the die , to accelerate said starting part towards the die by means of an electromagnetic force acting between the first coil body and the starting part , and thus to shape said starting part by means of the support and at least partially separate said starting part by means of the first separating device ; characterized in that the device comprises at least a second coil body by means of which the first separating device can be moved towards the die , or in that the device comprises a second coil body and a second separating device , it being possible to move the second separating device towards the die by means of the second coil body . • a first coil body , the electrical conductor of which is arranged at least in one plane , • an electrical circuit for providing a pulsed electrical current which can be applied to the electrical conductor of the first coil body , • a die comprising a support facing the first coil body for the starting part to be shaped, the support having the shape of the component to be produced, and • a first separating device by means of which a first sub-region can be at least partially separated from a second sub-region of the starting part ,
An air inlet or outlet, in particular for a residential ventilation system, having a box forming an extraction or suction plenum which comprises at least one connection for a supply or removal line and at least one removable cover , and having at least one opening via which the plenum is flow-connected to the environment, wherein the box has height-adjustable supports , characterized in that the cover is mounted within the box likewise in a height-adjustable manner.
A method of laser hardening of a surface of a workpiece, the workpiece comprising at least one surface area to be hardened, the method comprising: projecting a laser beam from a laser source onto said surface area, so as to produce a laser spot on said surface area; generating a relative movement between the surface of the workpiece and the laser source , thereby allowing the laser spot to subsequently be projected onto different portions of said surface area; during said relative movement, repetitively scanning the laser beam across the respective portion of said surface area in two dimensions, following a scanning pattern so as to produce a two-dimensional effective laser spot on said surface area, said effective laser spot having an energy distribution, wherein due to the relative movement, said effective laser spot travels along said surface area; wherein said scanning pattern comprises at least three segments (a, b, c), and wherein said scanning of the laser beam is carried out so that said laser beam follows at least one of said segments (b) more frequently than it follows at least another one of said segments (a, c). projecting a laser beam from a laser source onto said surface area, so as to produce a laser spot on said surface area; generating a relative movement between the surface of the workpiece and the laser source , thereby allowing the laser spot to subsequently be projected onto different portions of said surface area; during said relative movement, repetitively scanning the laser beam across the respective portion of said surface area in two dimensions, following a scanning pattern so as to produce a two-dimensional effective laser spot on said surface area, said effective laser spot having an energy distribution, wherein due to the relative movement, said effective laser spot travels along said surface area; wherein said scanning pattern comprises at least three segments (a, b, c), and wherein said scanning of the laser beam is carried out so that said laser beam follows at least one of said segments (b) more frequently than it follows at least another one of said segments (a, c).
Method for producing an endless profile strand of soft plastic and/or rubber material fed to a supply storage for use as a sealing profile, edge protection profile or the like on a motor vehicle, the endless profile strand being produced from a starting material in a continuous process and being fed to the supply storage to be delivered to the customer before delivery to a customer, characterized in that - the profile strand is fed to an intermediate storage during a first process section, - the profile strand is removed again from the intermediate storage during a second process section downstream of the first process section, wherein during the second process section - any defects (10, 11, 11', 11") are cut out of the profiled section and the end separating ends are rejoined, creating joints V and/or - an adhesive strip is applied to the profile strand over a joint V at which a defect is cut out of the profile strand and the end separating ends are rejoined to produce the joint V, and then the profile strand is fed to the supply storage . - the profile strand is fed to an intermediate storage during a first process section, - the profile strand is removed again from the intermediate storage during a second process section downstream of the first process section, wherein during the second process section - any defects (10, 11, 11', 11") are cut out of the profiled section and the end separating ends are rejoined, creating joints V and/or - an adhesive strip is applied to the profile strand over a joint V at which a defect is cut out of the profile strand and the end separating ends are rejoined to produce the joint V,
An inclination sensor comprising: a gimbal mechanism having a first shaft and a second shaft perpendicular to the first shaft and rotatably supported around the first shaft and the second shaft; a first motor configured to rotate the first shaft ; a second motor configured to rotate the second shaft ; an acceleration sensor disposed in the gimbal mechanism with an origin point of coordinate axes being coincident with a point of intersection of a shaft center of the first shaft and a shaft center of the second shaft ; and a control unit configured to drive the first motor and the second motor ; characterized in that the control unit is configured to drive the first motor and the second motor to simultaneously rotate the first shaft and the second shaft and thereby continuously rotate the acceleration sensor around the first shaft and the second shaft, wherein the control unit is further configured to arithmetically determine an inclination angle with respect to a horizontal direction by applying frequency analysis to output values from the acceleration sensor. a gimbal mechanism having a first shaft and a second shaft perpendicular to the first shaft and rotatably supported around the first shaft and the second shaft; a first motor configured to rotate the first shaft ; a second motor configured to rotate the second shaft ; an acceleration sensor disposed in the gimbal mechanism with an origin point of coordinate axes being coincident with a point of intersection of a shaft center of the first shaft and a shaft center of the second shaft ; and a control unit configured to drive the first motor and the second motor ; characterized in that the control unit is configured to drive the first motor and the second motor to simultaneously rotate the first shaft and the second shaft and thereby continuously rotate the acceleration sensor around the first shaft and the second shaft, wherein the control unit is further configured to arithmetically determine an inclination angle with respect to a horizontal direction by applying frequency analysis to output values from the acceleration sensor.
A method for preheating and smelting manganese ore sinter, characterized by a feeding step for feeding feed mixture containing at least manganese ore sinter , reducing agent , and fluxing agent into an submerged electric arc furnace , by a smelting step for smelting feed mixture in the submerged electric arc furnace to form a layer containing liquid manganese alloy and a layer containing slag above the layer containing liquid manganese alloy, by a withdrawing step for withdrawing liquid manganese and slag from the submerged electric arc furnace , by a first discharging step for discharging carbon monoxide containing carbonaceous gas from the submerged electric arc furnace , by a combusting step for combusting carbon monoxide containing carbonaceous gas discharged from the submerged electric arc furnace in the first discharging step in presence of oxygen such as air in a burner to form carbon dioxide containing carbonaceous gas , by a heating step for heating said feed mixture in a pre-treatment silo to a temperature in the range between 400 and 700°C prior feeding said feed mixture into the submerged electric arc furnace with said carbon dioxide containing carbonaceous gas formed in the combusting step, by a second discharging step for discharging carbon dioxide containing carbonaceous gas from the pre-treatment silo , by feeding carbon dioxide containing carbonaceous gas discharged in the second discharging step to the burner and/or into carbon dioxide containing carbonaceous gas that is used in the heating step to adjust the temperature of the carbon dioxide containing carbonaceous gas formed in the combusting step, and by heating the feed mixture in the heating step by feeding said carbon dioxide containing carbonaceous gas into the pre-treatment silo .
A process for preparing 3,7-bis(dimethylamino)phenothiazin-5-ylium iodide, this process using phenothiazine as starting product and comprising the following steps: a) treating phenothiazine with diiodine, b) treating the reaction medium directly resulting from step a) with dimethylamine. a) treating phenothiazine with diiodine, b) treating the reaction medium directly resulting from step a) with dimethylamine.
An agricultural working machine for executing an agricultural operating procedure, with a plurality of working units (1-5) and with a driver assistance system for controlling the working units (1-5) in accordance with at least one operating procedure strategy (A) which can be specified by the operator and which is directed towards fulfilling at least one quality criterion (Q), wherein the driver assistance system comprises a memory for storing data and a processing device for processing the data stored in the memory , wherein the driver assistance system has a graphical operator interface via which at least a part of the operating procedure strategy (A) can be specified by the operator, characterized in that competing quality criteria (Q) which are weighted with respect to each other in accordance with a weighting variable (G) are input into the operating procedure strategy (A), and in that the weighting variable (G) is visualised via a virtual operating element of the graphical operator interface and can be specified by the operator, wherein three quality criteria Q 1 - Q 6 are associated with the operating element and the competing quality criteria comprise at least "low broken grain" Q 1, "high threshing yield" Q 2 and "high throughput" Q 4 , wherein the quality criteria (Q) should be understood to be competing in that the fulfilment of one quality criterion (Q) counteracts the other quality criterion (Q), and vice versa.
Active mass for a pyrotechnic infra-red decoy with space effect that radiates spectrally on burn-up, comprising a fuel, an oxidizer, a binder and a carbon-containing substance, wherein the fuel and the oxidizer are selected such that the oxidizer is able to oxidize the fuel, after ignition thereof, in an exothermic primary reaction producing a temperature of at least 1000 K, wherein the substance is selected such that the substance, as a result of the heat liberated in the primary reaction, undergoes endothermic pyrolysis and, in so doing, releases gas which is combustible in air, wherein the reducing power of the fuel is not so strong that CO 2 which forms can be reduced to carbon, wherein the substance and proportion thereof in the active mass are selected such that the temperature of the active mass after ignition thereof, owing to the withdrawal of the heat by the endothermic pyrolysis, does not exceed 2000 K, wherein the composition of the active mass is such that, during burn-up thereof, solid constituents part from the active mass, wherein the fuel includes carbon or comprises boron, silicon, antimony, iron, manganese, cobalt or nickel or a mixture or alloy of these substances, wherein the oxidizer comprises a perchlorate, chlorate, oxide, sulfate, nitrate, dinitramine, nitrite, peroxide, dinitromethanate, a nitro compound, a nitrate ester, hexogen, octogen, nitrocellulose or nitropenta, wherein the substance comprises sugar, wood, cereal flour, brown coal, peat, cellulose, starch, tobacco, an oxalate, a formate, an acetate, a propionate, polyethylene glycol, polyoxymethylene, polyamide, urea, hexamethylenetetramine, trioxane, paraformaldehyde, nitrocellulose, hexogen, octogen, dinitromethanate or nitropenta, and wherein, while the fuel is not sulfur, sulfur is included in the active mass.