mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting bracket for mounting a field device to a mounting surface, comprising: - a first bracket strap comprising a first rotary bearing ; - a second bracket strap , spaced apart from the first bracket strap by a distance, comprising a second rotary bearing ; and - at least one movable lock on one of the two bracket straps ; wherein the rotary bearings are designed to articulately mount a field device that can be arranged at the distance on two opposing sides so that the field device is rotatable about an imaginary axis that extends through the distance from a first angle position to a second angle position; wherein the lock is designed to engage the field device in order to in this way resist a torque of the field device , in that the lock converts the torque to a pair of forces which is removable by ways of the second rotary bearing and the lock itself, wherein the lock comprises a screw that may be made to engage the jacket surface of the field device in order to permanently determine the second angle position, characterized in that in the first bracket strap a plurality of first through-openings are designed, that are all arranged by a defined radian measure on a circular arc so as to be offset in relation to each other, so that the field device is determinable at defined angle positions when in alternative installation states the lock engages the jacket surface of the field device through different ones of the first through-openings; wherein in the second bracket strap at least one second through-opening is designed in a circular-arc shape, through which through-opening the screw may be made to engage the jacket surface of the field device in order to tighten the field device in the second angle position to the second bracket strap . - a first bracket strap comprising a first rotary bearing ; - a second bracket strap , spaced apart from the first bracket strap by a distance, comprising a second rotary bearing ; and - at least one movable lock on one of the two bracket straps ;
A package of calibration material for calibrating a medical testing machine performing liquid chromatography, the package of calibration material comprising: two different materials, at least one of which is a calibration material; a respective container for each of the materials, the containers being connected together into a monolithic unit and maintaining separation between the materials before use of the calibration package ; and a machine-readable indicator on the outside of the package, wherein the machine-readable indicator indicates that the package is for calibration of the medical testing machine and wherein the machine-readable indicator is configured for automatically initiating a calibration sequence with the medical testing machine ; wherein one of the materials is a conditioning fluid configured for preparing a column for performing liquid chromatography comprised in the medical testing machine to run a test. two different materials, at least one of which is a calibration material; a respective container for each of the materials, the containers being connected together into a monolithic unit and maintaining separation between the materials before use of the calibration package ; and a machine-readable indicator on the outside of the package, wherein the machine-readable indicator indicates that the package is for calibration of the medical testing machine and wherein the machine-readable indicator is configured for automatically initiating a calibration sequence with the medical testing machine ; wherein one of the materials is a conditioning fluid configured for preparing a column for performing liquid chromatography comprised in the medical testing machine to run a test.
Device for fixing a lift truck which has at least two fork tines , having a platform and having an, in particular cross-shaped, clamping element for applying a compressive force to the fork tines of the lift truck in the direction of the platform , wherein the platform has a first sleeve , in particular a plug sleeve, for guiding the clamping element , characterized by a first lashing device , in particular a belt ratchet, for lashing the clamping element on the platform . having a platform and having an, in particular cross-shaped, clamping element for applying a compressive force to the fork tines of the lift truck in the direction of the platform , wherein the platform has a first sleeve , in particular a plug sleeve, for guiding the clamping element , characterized by a first lashing device , in particular a belt ratchet, for lashing the clamping element on the platform .
A writing implement configured to dispense material onto a work surface, the writing implement comprising: a body including a first end , a second end , and an inner surface ; a nib coupled to the first end , the nib configured to allow the material to be dispensed onto the work surface; an absorbent porous end cap coupled to the second end and configured to allow ambient air to pass through the absorbent porous end cap ; and a piston coupled to the body , the piston and the inner surface defining a cavity configured to hold the material , the piston moveable relative to the body in response to a temperature change that changes a pressure within the cavity , wherein the piston is coupled within the body , the piston having a first surface that faces the first end and a second surface that faces the second end , and wherein the cavity is configured to hold the material between the first surface and the nib , and wherein the piston includes a groove positioned between the first surface and the second surface , and wherein the groove is sized to receive a seal , and wherein at least one of the piston and the seal slidably engages the inner surface of the body . a body including a first end , a second end , and an inner surface ; a nib coupled to the first end , the nib configured to allow the material to be dispensed onto the work surface; an absorbent porous end cap coupled to the second end and configured to allow ambient air to pass through the absorbent porous end cap ; and a piston coupled to the body , the piston and the inner surface defining a cavity configured to hold the material , the piston moveable relative to the body in response to a temperature change that changes a pressure within the cavity , wherein the piston is coupled within the body , the piston having a first surface that faces the first end and a second surface that faces the second end , and wherein the cavity is configured to hold the material between the first surface and the nib , and wherein the piston includes a groove positioned between the first surface and the second surface , and wherein the groove is sized to receive a seal , and wherein at least one of the piston and the seal slidably engages the inner surface of the body .
A method comprising: establishing, by a mobile computing device, a connection with a vehicle computing system of a vehicle; after establishing the connection, receiving, by the mobile computing device and from the vehicle computing system, first feature data associated with at least one image of a face of a user of the vehicle, wherein the at least one image of the face of the user of the vehicle is captured by an image capture device connected to at least a portion of the vehicle; determining, by the mobile computing device and based on a comparison between the first feature data and second feature data associated with at least one image of a face of a previously enrolled user of the mobile computing device, a match between the user of the vehicle and the previously enrolled user; authenticating, by the mobile computing device and based on the match, the user of the vehicle; and sending, by mobile computing device and to the vehicle computing system, authentication data for the user of the vehicle, wherein the authentication data is indicative of the match. establishing, by a mobile computing device, a connection with a vehicle computing system of a vehicle; after establishing the connection, receiving, by the mobile computing device and from the vehicle computing system, first feature data associated with at least one image of a face of a user of the vehicle, wherein the at least one image of the face of the user of the vehicle is captured by an image capture device connected to at least a portion of the vehicle; determining, by the mobile computing device and based on a comparison between the first feature data and second feature data associated with at least one image of a face of a previously enrolled user of the mobile computing device, a match between the user of the vehicle and the previously enrolled user; authenticating, by the mobile computing device and based on the match, the user of the vehicle; and sending, by mobile computing device and to the vehicle computing system, authentication data for the user of the vehicle, wherein the authentication data is indicative of the match.
A catalyst warm-up control method for a hybrid vehicle in which a battery supplies electric power to an electric motor , the battery is charged by an engine for electric power generation, and exhaust gas discharged from the engine is treated by a catalyst, wherein when temperature of the catalyst is lower than required warm-up temperature for activating the catalyst, target revolution speed and target torque of the engine are controlled such that electric power generated with the use of the engine corresponding to the target revolution speed and the target torque is equal or less than an upper limit generation power of the engine determined based on a state of charge of the battery , and, when the target revolution speed is lower than lower-limit revolution speed at which the catalyst can be heated to the required warm-up temperature, electric power generated with use of the engine is increased until the temperature of the catalyst exceeds the required warm-up temperature, and the target revolution speed is controlled so as to be required warm-up revolution speed that is equal to or higher than the lower-limit revolution speed, and wherein the target revolution speed is controlled such that electric power generated with use of engine corresponding to the target revolution speed is greater than the upper limit generation power of the engine even if the state of charge of the battery is positioned in the vicinity of its upper limit.
A displacement detection device , comprising: a magnet which is displaced in one direction (Ds), is rod-shaped and whose longitudinal direction forms a predetermined angle (θ) with the one direction (Ds); and a sensor in which magnetic detection element groups, each of which comprises at least two magnetic detection elements, which detect a magnetic flux density of a magnetic field formed by the magnet in a direction orthogonal to the one direction (Ds), are arranged in pairs with a predetermined interval, and which outputs a difference between outputs of the magnetic detection element groups wherein the sensor comprises the at least two magnetic detection elements (11l 1 , 11l 2 , 11r 1 , 11r 2 ) included in each of the magnetic detection element groups and have a sensitive direction in a first direction orthogonal to the one direction (Ds); and magnetic concentrators which convert a magnetic flux in a second direction orthogonal to the one direction (Ds) and the first direction into a magnetic flux in the first direction. a magnet which is displaced in one direction (Ds), is rod-shaped and whose longitudinal direction forms a predetermined angle (θ) with the one direction (Ds); and a sensor in which magnetic detection element groups, each of which comprises at least two magnetic detection elements, which detect a magnetic flux density of a magnetic field formed by the magnet in a direction orthogonal to the one direction (Ds), are arranged in pairs with a predetermined interval, and which outputs a difference between outputs of the magnetic detection element groups wherein the sensor comprises the at least two magnetic detection elements (11l 1 , 11l 2 , 11r 1 , 11r 2 ) included in each of the magnetic detection element groups and have a sensitive direction in a first direction orthogonal to the one direction (Ds); and magnetic concentrators which convert a magnetic flux in a second direction orthogonal to the one direction (Ds) and the first direction into a magnetic flux in the first direction.
A non-threaded coupling system between first and second tubular members comprising: a first tubular member having a first end which includes a first profiled section extending circumferentially and continuously around an outer surface ; a second tubular member having a second end which includes a second profiled section extending circumferentially and continuously around an inner surface ; at least one profiled section includes a projection , the projection containing an overhang to the surface of the tubular member; the first end of the first tubular member being inserted within the second end of the second tubular member so that the profiled sections are coaxial and then by application of a radial force creating a metal to metal seal between the tubular members at the profiled sections, characterised in that : the at least one profiled section includes two overhangs, the overhangs being oppositely directed and the overhangs are on opposite sides of a single projection. a first tubular member having a first end which includes a first profiled section extending circumferentially and continuously around an outer surface ; a second tubular member having a second end which includes a second profiled section extending circumferentially and continuously around an inner surface ; at least one profiled section includes a projection , the projection containing an overhang to the surface of the tubular member; the first end of the first tubular member being inserted within the second end of the second tubular member so that the profiled sections are coaxial and then by application of a radial force creating a metal to metal seal between the tubular members at the profiled sections, characterised in that : the at least one profiled section includes two overhangs, the overhangs being oppositely directed and the overhangs are on opposite sides of a single projection.
A production process for a formulation containing ticagrelor or a pharmaceutically acceptable salt characterized in that ticagrelor or pharmaceutically acceptable salt is dissolved in a solvent or a solvent mixture during production characterized in that the process comprising the following steps, a. preparation of the granulation solution by dissolving ticagrelor active ingredient in a suitable solvent/solvent mixture, b. dry mixing of one or more excipients, c. granulation of the dry mixture obtained at step b with the granulation solution containing ticagrelor obtained at step a, d. drying and sieving granules obtained at step c, e. re-granulation of the granules obtained at step d with a granulation solvent/solvent mixture different from that used at step a, f. drying and sieving of the granules obtained at step e and obtaining the desired dosage form. a. preparation of the granulation solution by dissolving ticagrelor active ingredient in a suitable solvent/solvent mixture, b. dry mixing of one or more excipients, c. granulation of the dry mixture obtained at step b with the granulation solution containing ticagrelor obtained at step a, d. drying and sieving granules obtained at step c, e. re-granulation of the granules obtained at step d with a granulation solvent/solvent mixture different from that used at step a, f. drying and sieving of the granules obtained at step e and obtaining the desired dosage form.
An organopolysiloxane of average compositional formula below which contains a sulfide group-containing organic group (A) a (B) b (C) c (R 1 ) d SiO (4-2a-b-c-d)/2 wherein A is a sulfide group-containing divalent organic group, B is a monovalent hydrocarbon group of 5 to 10 carbon atoms, C is a hydrolysable group and/or a hydroxyl group, R 1 is a monovalent hydrocarbon group of 1 to 4 carbon atoms, and subscripts a, b, c and d satisfy the conditions 0 < 2a < 1,0 < b < 1,0 < c < 3, 0 ≤ d < 2 and 0 < 2a+b+c+d < 4, characterized in that the organopolysiloxane has a sulfide equivalent weight from 500 to 800 g/mol.
An annular barrier to be expanded in an annulus between a well tubular structure and a wall of a borehole downhole for providing zone isolation between a first zone and a second zone of the borehole, the annular barrier comprising: - a tubular metal part for mounting as part of the well tubular structure, - an expandable sleeve surrounding the tubular metal part and having an inner face facing the tubular metal part and an outer face facing the wall of the borehole, each end of the expandable sleeve being connected with the tubular metal part, and - an annular space between the inner face of the expandable sleeve and the tubular metal part, wherein the tubular part and the inner face of the expandable sleeve substantially hermetically enclose the annular space, the annular space comprising a compound adapted to expand the annular space, and wherein the expandable sleeve comprises two first sections abutting the ends of the expandable sleeve and a second section between the first sections, each first section of the expandable sleeve has a first inner diameter in an unexpanded condition of the annular barrier, and the second section of the expandable sleeve has a second inner diameter in the unexpanded condition, which second inner diameter is larger than the first inner diameter in the unexpanded condition, or the first sections have a first thickness which is larger than a second thickness of the second section in the unexpanded condition, whereby the first sections of the sleeve function as a passive pressure compensation function by expanding the sections of the sleeve with smaller diameter or the larger thickness. - a tubular metal part for mounting as part of the well tubular structure, - an expandable sleeve surrounding the tubular metal part and having an inner face facing the tubular metal part and an outer face facing the wall of the borehole, each end of the expandable sleeve being connected with the tubular metal part, and - an annular space between the inner face of the expandable sleeve and the tubular metal part,
An array optical component (100; 200; 500; 700; 800), including a plurality of individual cells (10; 30; 40; 50) and configured to focus an incident light beam at a plurality of points (Pi), and which comprises: - a support (120; 320; 620; 720); - an array (130; 730) of reflectors; and - at least one array (110; 210) of holographic lenses, wherein each holographic lens (111; 311; 411; 811) is formed by at least one reflection hologram; with the support (120; 320; 620; 720) being disposed between the array of reflectors and the at least one array of holographic lenses, with each individual cell (10; 30; 40; 50) of the array optical component including a reflector (131; 331; 431; 831) of the array of reflectors and a respective holographic lens (111; 211; 311; 411; 811) of each of the at least one array of holographic lenses, with the reflector and holographic lens being disposed opposite to each other on either side of the support and with respective reflective faces of said reflector and said holographic lens being located facing each other, and with each holographic lens (111; 311; 411; 811) of the at least one array (110; 210) of holographic lenses being provided with a respective through opening (112; 312; 812) for passing light at each of the individual cells (10; 30; 40; 50) of the array optical component. - a support (120; 320; 620; 720); - an array (130; 730) of reflectors; and - at least one array (110; 210) of holographic lenses, wherein each holographic lens (111; 311; 411; 811) is formed by at least one reflection hologram; with the support (120; 320; 620; 720) being disposed between the array of reflectors and the at least one array of holographic lenses, with each individual cell (10; 30; 40; 50) of the array optical component including a reflector (131; 331; 431; 831) of the array of reflectors and a respective holographic lens (111; 211; 311; 411; 811) of each of the at least one array of holographic lenses, with the reflector and holographic lens being disposed opposite to each other on either side of the support and with respective reflective faces of said reflector and said holographic lens being located facing each other, and with each holographic lens (111; 311; 411; 811) of the at least one array (110; 210) of holographic lenses being provided with a respective through opening (112; 312; 812) for passing light at each of the individual cells (10; 30; 40; 50) of the array optical component.
A method for simulating karstification phenomena in a karstic region, comprising: a/ defining a grided geological model of the karstic region from at least one observation, said at least one observation comprising imaging data of the karstic region, in order to model a plurality of environments, said plurality comprising a first environment described by values of at least one geological grid parameter, and a second environment described by values of edge parameters between two nodes of the grid, b/ simulating stochastic displacements of particles in the grid of the geological model, the probability of each displacement of a particle being calculated by taking into account values describing the environment in which the displacement is carried out, and c/ modifying said values describing the first and/or the second environment according to the courses taken by the particles, characterized in that in the step b/, for at least one displacement in the first environment, a parameter value (K eq ) of equivalent permeability is estimated from the values of a geological grid parameter (K ij ) of the grids comprising an edge corresponding to said displacement, and in which the probability of said displacement is calculated as a function of said estimated parameter value of equivalent permeability. a/ defining a grided geological model of the karstic region from at least one observation, said at least one observation comprising imaging data of the karstic region, in order to model a plurality of environments, said plurality comprising a first environment described by values of at least one geological grid parameter, and a second environment described by values of edge parameters between two nodes of the grid, b/ simulating stochastic displacements of particles in the grid of the geological model, the probability of each displacement of a particle being calculated by taking into account values describing the environment in which the displacement is carried out, and c/ modifying said values describing the first and/or the second environment according to the courses taken by the particles, characterized in that