mhurhangee/ep-ind-claims huggingface dataset:
A method for generating an image of an anomaly, the method comprising: generating a pulse wave into a structure being evaluated from each of a plurality of sensors; collecting scattered wave data caused by the pulse wave impacting an anomaly, wherein the scattered wave data is collected by the same sensor that generated the pulse wave or by a different sensor; identifying backscattered wave data from a distal edge of the anomaly relative to a location of the sensor collecting the scattered wave data; processing the backscattered wave data from each of the sensors collecting the scattered wave data to generate a two dimensional image of the anomaly; and further characterised by presenting the two dimensional image of the anomaly, wherein processing the backscattered wave data comprises generating baseline wave data for the structure, performing signal processing on only the backscattered wave data using the baseline wave data for the structure, and using at least one of mode decomposition and noise cancellation to identify the backscattered waves; wherein the method further comprises calibrating a velocity of propagation of waves in the structure by using at least one of the baseline wave data, an analytical model, and a finite element method "FEM" model. generating a pulse wave into a structure being evaluated from each of a plurality of sensors; collecting scattered wave data caused by the pulse wave impacting an anomaly, wherein the scattered wave data is collected by the same sensor that generated the pulse wave or by a different sensor; identifying backscattered wave data from a distal edge of the anomaly relative to a location of the sensor collecting the scattered wave data; processing the backscattered wave data from each of the sensors collecting the scattered wave data to generate a two dimensional image of the anomaly; and further characterised by presenting the two dimensional image of the anomaly,
A method for producing a grain-oriented electrical steel sheet having a sheet thickness of 0.27 mm or more, for a low noise transformer, characterized by imposing a film tension of 0.5 MPa to 4.0 MPa on the surface by coating an adequate amount of coating on the steel sheet, without forming a glass film on the grain-oriented electrical steel sheet or, when a glass film is formed, after removing the glass film by an arbitrary method, wherein the steel sheet has an λ 19 of 1.5 x 10 -6 or less, and λ B values are positive in the full range of magnetic flux density.
A computer-implemented method for preparing a subject in medical imaging, comprising: obtaining a series of images of a region of interest comprising at least a part of the subject, wherein the series of images comprises at least a first image and at least a subsequent, second image; determining a position of at least one landmark from the series of images, wherein the at least one landmark is anatomically related to a target anatomy; determining a confidence level assigned to the position of the at least one landmark; determining the position of the target anatomy based on the position of the at least one landmark in the series of images, and the confidence level over the series of images; providing the position of the target anatomy for preparing the subject in medical imaging obtaining a series of images of a region of interest comprising at least a part of the subject, wherein the series of images comprises at least a first image and at least a subsequent, second image; determining a position of at least one landmark from the series of images, wherein the at least one landmark is anatomically related to a target anatomy; determining a confidence level assigned to the position of the at least one landmark; determining the position of the target anatomy based on the position of the at least one landmark in the series of images, and the confidence level over the series of images; providing the position of the target anatomy for preparing the subject in medical imaging
A method for purifying N-substituted maleimide, comprising: 1) a step of preparing an N-substituted maleimide solution by reacting with maleic anhydride and a primary amine in the presence of an organic solvent and a catalyst, wherein the primary amine is at least one selected from the group consisting of methylamine, ethylamine, n-propylamine, iso-propylamine, n-butylamine, sec-butylamine, iso-butylamine, tert-butylamine, n-hexylamine, n-octylamine, n-decylamine, n-dodecylamine, cyclohexylamine, and aniline, wherein the organic solvent is at least one selected from the group consisting of benzene, toluene, xylene, o-xylene, ethylbenzene, isopropylbenzene, cumene, mesitylene, tert-butylbenzene, pseudocumene, trimethylhexane, octane, tetrachloroethane, nonane, chlorobenzene, ethylcyclohexane, m-dichlorobenzene, sec-butylbenzene, p-dichlorobenzene, decane, p-cymene, o-dichlorobenzene, butylbenzene, decahydronaphthalene, tetrahydronaphthalene, dodecane, naphthalene and cyclohexylbenzene, wherein the catalyst is a zirconium hydrogen phosphate solid-acid-catalyst.; and 2) a step of cooling the N-substituted maleimide solution to 50°C to 60°C to precipitate a solidified organic acid, removing the solidified organic acid by filtering. 1) a step of preparing an N-substituted maleimide solution by reacting with maleic anhydride and a primary amine in the presence of an organic solvent and a catalyst, wherein the primary amine is at least one selected from the group consisting of methylamine, ethylamine, n-propylamine, iso-propylamine, n-butylamine, sec-butylamine, iso-butylamine, tert-butylamine, n-hexylamine, n-octylamine, n-decylamine, n-dodecylamine, cyclohexylamine, and aniline, wherein the organic solvent is at least one selected from the group consisting of benzene, toluene, xylene, o-xylene, ethylbenzene, isopropylbenzene, cumene, mesitylene, tert-butylbenzene, pseudocumene, trimethylhexane, octane, tetrachloroethane, nonane, chlorobenzene, ethylcyclohexane, m-dichlorobenzene, sec-butylbenzene, p-dichlorobenzene, decane, p-cymene, o-dichlorobenzene, butylbenzene, decahydronaphthalene, tetrahydronaphthalene, dodecane, naphthalene and cyclohexylbenzene, wherein the catalyst is a zirconium hydrogen phosphate solid-acid-catalyst.; and 2) a step of cooling the N-substituted maleimide solution to 50°C to 60°C to precipitate a solidified organic acid, removing the solidified organic acid by filtering.
Method for operating an electrohydraulic brake system for use in vehicles which can be braked by means of generator operation of an electric drive motor, with an actuation unit which is controlled by means of a brake pedal and is configured as a combination of a hydraulic brake master cylinder and a brake booster (6, 11, 15; 20, 15); connected upstream thereof which additively superimposes a boosting force on an actuating force induced via the brake pedal with hydraulic brake lines which are connected to the actuation unit and to which brakes of the vehicle are connected; with an electronic control unit which is provided for distributing the braking effect between a recuperation braking component and a friction braking component, and with a cylinder/piston arrangement, connected to the actuation unit, for taking up a pressure medium volume which corresponds to the recuperation braking component, for decelerating a vehicle, characterized in that the brake booster (6, 11, 15; 20, 15) is configured to be electrically activatable by the electronic control unit, wherein the boosting force generated by the brake booster (11, 15; 20, 22, 15) is exerted as a function of variables relevant to the brake system and the cylinder/piston arrangement is formed by an electrohydraulic actuator, wherein, during purely recuperation braking and during proportional friction and recuperation braking, the volume taken up by the cylinder/piston arrangement is controlled in such a manner that the brake pedal characteristic which occurs during purely friction braking with a predetermined boosting force is established.
Gas turbine component for a gas turbine, comprising a shell region, characterized in that the shell region has an abradable region for rubbing in rotor blade ends of a rotor cascade of the gas turbine, which region axially adjoins a surrounding region of the shell region on both sides and is additively manufactured together therewith by material being locally solidified layer by layer and in so doing being connected to an underlying layer.
A turntable for a machine tool, wherein a stator unit and a rotor unit rotatable about at least one axis of rotation are provided, wherein the rotor unit comprises at least one receiving unit for receiving a workpiece, wherein a first bearing unit (8, 9) for mounting the rotor unit in the stator unit is provided, wherein an electromagnetic motor drive for motorised driving of the rotor unit is provided, wherein the rotor unit has, at least in the region of the motor drive and/or of the first bearing unit (8, 9), at least one rotor cooling device (14 to 19) comprising a coolant and at least one cooling surface for cooling and/or receiving waste heat from the motor drive and/or the first bearing unit (8, 9), wherein a plurality of cooling channels (14 to 18) and/or cooling elements (14 to 18) are provided, each having at least one cooling surface and being distributed/arranged at least partially over the circumference, wherein the cooling channels (14 to 18) and/or cooling elements (14 to 18) each have at least one substantially radially oriented section, characterised in that at least one second bearing unit (8, 9) for mounting the rotor unit is provided, wherein a spacing (A, B) is provided between the first bearing unit (8, 9) and the second bearing unit (8, 9), in that, viewed along the axis of rotation in the axial direction and/or transversely to the axis of rotation in the radial direction, the rotor cooling device (14 to 19) has at least one annular channel (15, 16) which is arranged between the first bearing unit (8, 9) and the second bearing unit (8, 9) and which extends substantially over the entire circumference for distributing and/or collecting coolant, and in that the substantially radially oriented sections of the cooling channels (14 to 18) and/or cooling elements (14 to 18) are arranged between a first annular channel, which is designed as a distributor annular channel, for distributing coolant into the sections and a second annular channel, which is designed as a collecting annular channel, for collecting coolant from the sections.
A communication method for establishing a direct connection between a source node and a target node in a telecommunications network, the source node comprising a small cell node or a macro cell node and the target node comprising the other of the small cell node or the macro cell node, the method comprising: transmitting (304; 404) a configuration transfer request message from the source node to the target node to request configuration information of the target node in order to ascertain whether to establish a direct connection to the target node determining (308; 420) at the target node whether a direct connection with the source node is permitted; transmitting (310; 410, 422) a configuration transfer response message including configuration information of the target node and direct connection status information from the target node to the source node, the direct connection status information indicating whether a direct connection between the source node and the target node is permitted; and reserving at the target node a direct connection slot upon determining that a pending direct connection with the source node is permitted, the direct connection slot being a slot in which a direct connection with the source node can be established. transmitting (304; 404) a configuration transfer request message from the source node to the target node to request configuration information of the target node in order to ascertain whether to establish a direct connection to the target node determining (308; 420) at the target node whether a direct connection with the source node is permitted; transmitting (310; 410, 422) a configuration transfer response message including configuration information of the target node and direct connection status information from the target node to the source node, the direct connection status information indicating whether a direct connection between the source node and the target node is permitted; and reserving at the target node a direct connection slot upon determining that a pending direct connection with the source node is permitted, the direct connection slot being a slot in which a direct connection with the source node can be established.
A method for managing an Open Channel communication for an Internet Protocol, IP, Multimedia Subsystem, IMS, command comprising: transmitting, by a mobile equipment, ME, an IMS REGISTER message to an IMS network to register an IMS application running on a Universal Integrated Circuit Card, UICC, with an IMS service; in response to the IMS REGISTER MESSAGE, receiving, by the ME from the IMS network, an IMS status code; and providing the IMS application running on the UICC with specific status codes that the ME received from the IMS network, wherein, when IMS registration is unsuccessful, the specific status codes include the received IMS status code and, when IMS registration is successful, the specific status codes do not include the received IMS status code. transmitting, by a mobile equipment, ME, an IMS REGISTER message to an IMS network to register an IMS application running on a Universal Integrated Circuit Card, UICC, with an IMS service; in response to the IMS REGISTER MESSAGE, receiving, by the ME from the IMS network, an IMS status code; and providing the IMS application running on the UICC with specific status codes that the ME received from the IMS network, wherein, when IMS registration is unsuccessful, the specific status codes include the received IMS status code and, when IMS registration is successful, the specific status codes do not include the received IMS status code.
A method for treating fluids contaminated with hydrogen sulfide comprising introducing into the hydrogen sulfide contaminated fluid an additive useful for scavenging hydrogen sulfide comprising zinc octoate having a 1:2 molar ratio of zinc to octanoic acid, and a viscosity improver selected from the group consisting of ethylene glycol monomethyl ether; ethylene glycol monoethyl ether; ethylene glycol monopropyl ether; ethylene glycol monoisopropyl ether; ethylene glycol monobutyl ether; diethylene glycol monomethyl ether; diethylene glycol monoethyl ether; diethylene glycol mono-n-butyl ether; and combinations thereof, without or with additional hydrocarbons of from 7 to 30 carbons.
A gas turbine engine having; a mainline shaft which joins a fan or compressor of the engine to a turbine of the engine, a collapsible stub shaft for allowing controlled axial rearward movement of the mainline shaft in the event of a failure of the mainline shaft when a high initial maximum permitted axial load is exceeded, and one or more shear formations; the stub shaft comprising a first end joining to the mainline shaft, a second end joining to a part of the engine which is axially stationary relative to the axial movement of the mainline shaft in the event of said failure, and a first annular body extending axially between the first and second ends; the shear formations arranged at the second end of the stub shaft and forming a load path for transmitting axial loads between the axially stationary part of the engine and the mainline shaft which do not exceed the high initial maximum permitted axial load.; characterised in that the first annular body contains a plurality of axially-spaced rows of circumferentially-extending slots, inter-slot ligaments being formed between the slots of each row, and successive axially-spaced rows being offset, whereby, the ligaments of the rows adjacent the first and second ends excepted, each ligament is sandwiched between slots of its neighbouring rows, and each ligament is joined to adjacent ligaments of its neighbouring rows by circumferentially-extending bars, the bars having a thickness in the axial direction corresponding to the axial spacing between the rows, wherein the bars are configured to axially deflect under an axial load exceeding the high initial maximum permitted axial load which shears the one or more shear formations so as to distribute the load to circumferentially adjacent bars, increasing the stresses in the circumferentially adjacent bars and causing them also to axially deflect thereby causing the adjacent ligaments to move into the slots of the neighbouring row until stopped by contact on opposite sides of the slots thereby to collapse the stub shaft in a controlled manner and with a consistent reactive load.
A method for generating, from an initial package file comprising an application to be secured and an initial configuration file, at least one package file (22A, 22B) for securing said application, the generating method being implemented by a computing device comprising an information processing unit and a memory, the generating method being characterized in that it comprises the following steps, carried out by an application for generating package files (22A, 22B), the application being stored in the memory of the computing device: - extracting (70; 170), from the initial package file, the application to be secured and the initial configuration file, - creating (75; 175) a first configuration file from the initial configuration file, - creating (80; 180) an application for dynamically creating an execution environment for the application to be secured, the application for the dynamic creation of the execution environment being suitable for implementing the loading of a security library, the substitution, from a function call or function calls associated with said application to be secured, of at least one call to an unsecured function with a call to a corresponding function (37A, 37B, 37C) of the security library, and launching the application to be secured after said substitution, and - encapsulating (85; 185) the first configuration file and the application to be secured in a first package file, in the absence of a modification of the binary file of the application to be secured, the application for the dynamic creation of the execution environment being encapsulated in the first package file or in a second package file, the second package file including said application for the dynamic creation of the execution environment and a second configuration file. - extracting (70; 170), from the initial package file, the application to be secured and the initial configuration file, - creating (75; 175) a first configuration file from the initial configuration file, - creating (80; 180) an application for dynamically creating an execution environment for the application to be secured, the application for the dynamic creation of the execution environment being suitable for implementing the loading of a security library, the substitution, from a function call or function calls associated with said application to be secured, of at least one call to an unsecured function with a call to a corresponding function (37A, 37B, 37C) of the security library, and launching the application to be secured after said substitution, and - encapsulating (85; 185) the first configuration file and the application to be secured in a first package file, in the absence of a modification of the binary file of the application to be secured, the application for the dynamic creation of the execution environment being encapsulated in the first package file or in a second package file, the second package file including said application for the dynamic creation of the execution environment and a second configuration file.
Electrical insulator for a set of rods equipped with a device for damping vibrations resulting from the passage of the current in the rods, said insulator being intended to keep the rods separate from each other, characterised in that said damping device D comprises, associated with at least one of the rods (1 to 4), at least one pair of two resilient strips (19 to 34) integrally formed with said insulator (6, 36) and disposed facing each other either side of the rod, one of said two strips (19 to 34) of each pair extending along a plane P, the other one extending along a plane R, the planes P and R being inclined relative to the plane Q of said rod and intersecting with each other, said strips being in resilient abutment on said rod (1 to 4) via their free end.
Process for producing a button cell having a housing and a three-dimensional electrode-separator assembly arranged therein, where the electrode-separator assembly comprises - at least one first electrode, - at least one second electrode having the opposite polarity to the first, - at least one separator physically separating the first electrode and the second electrode and - optionally at least one power outlet lead, characterized in that the assembly is built up in layers by sequentially printing two-dimensional layers of - a first electrode dispersion to produce the at least one first electrode and/or - a second electrode dispersion to produce the at least one second electrode and/or - a separator dispersion to produce the at least one separator and/or - at least one power outlet lead dispersion to produce the at least one power outlet lead on top of one another and directly into the housing or into a part of the housing of the button cell to be produced. - at least one first electrode, - at least one second electrode having the opposite polarity to the first, - at least one separator physically separating the first electrode and the second electrode and - optionally at least one power outlet lead, - a first electrode dispersion to produce the at least one first electrode and/or - a second electrode dispersion to produce the at least one second electrode and/or - a separator dispersion to produce the at least one separator and/or - at least one power outlet lead dispersion to produce the at least one power outlet lead
A gas turbine having a compressor, a plenum connected to the compressor, a combustion chamber with a combustor having a front plate and burners connected to the front plate, and at least a damper connected to the front plate and housed in the plenum, the front plate and the burners being at least partially housed in the plenum, the damper having a chamber tailored to the space available between adjacent burners; characterized in that the damper is a Helmholtz damper and comprises the chamber and a neck, the neck being connected between the chamber and the front plate.