mhurhangee/ep-ind-claims huggingface dataset:
A posterior radio frequency coil assembly for a magnetic resonance imaging system, comprising: an RF coil array including a plurality of RF coils and a deformable material housing the plurality of RF coils, each RF coil comprising a loop portion of distributed capacitance wire conductors and a coupling electronics portion coupled to the loop portion of the RF coil, wherein terminating ends of the loop portion terminate at an interface to the coupling electronics portion of the RF coil, wherein each loop portion of distributed capacitance wire conductors comprises two parallel wire conductors (300, 302) encapsulated and separated by a dielectric material along an entire length of the loop portion between the terminating ends thereof such that a capacitance exhibited between the two wire conductors grows in an even and uniform manner along the length of the conductors, wherein each loop portion is void of any capacitive and inductive lumped components along an entire length of the loop portion between the terminating ends thereof, and wherein a capacitance of each loop portion is a function of a spacing between the respective two parallel wire conductors, a position and/or number of cuts on the two parallel wire conductors, and the dielectric material. an RF coil array including a plurality of RF coils and a deformable material housing the plurality of RF coils, each RF coil comprising a loop portion of distributed capacitance wire conductors and a coupling electronics portion coupled to the loop portion of the RF coil, wherein terminating ends of the loop portion terminate at an interface to the coupling electronics portion of the RF coil, wherein each loop portion of distributed capacitance wire conductors comprises two parallel wire conductors (300, 302) encapsulated and separated by a dielectric material along an entire length of the loop portion between the terminating ends thereof such that a capacitance exhibited between the two wire conductors grows in an even and uniform manner along the length of the conductors, wherein each loop portion is void of any capacitive and inductive lumped components along an entire length of the loop portion between the terminating ends thereof, and wherein a capacitance of each loop portion is a function of a spacing between the respective two parallel wire conductors, a position and/or number of cuts on the two parallel wire conductors, and the dielectric material.
Process for the preparation of a calcium silicate hydrate and ettringite containing hardening accelerator composition in which cement is not used, by reaction of a i) water-soluble calcium compound, ii) water-soluble silicate compound, iii) water-soluble aluminum compound and iv) a water-soluble sulfate compound, wherein the molar ratio of silicon to sulfate is from 2/1 to 30/1 and the reaction of the four water-soluble compounds i) to iv) being carried out in the presence of v) an aqueous solution which contains a water-soluble comb polymer suitable as a plasticizer for hydraulic binders.
A rebar packaging method comprising: preparing a loading unit comprising a rectangular tray and a pair of supports detachably provided on the rectangular tray and spaced apart from each other, each of the pair of supports comprising a center portion seated on an upper surface of the rectangular tray and a side portion bent upward from both ends of the center portion; loading a plurality of rebars across the center portions of the pair of supports which are spaced apart from each other; wrapping the plurality of loaded rebars and sides of the pair of supports with vinyl as one unit; and separating the plurality of rebars and the pair supports, which are wrapped with the vinyl, from the rectangular tray, wherein seating grooves extending in one direction are provided in the rectangular tray such that the center portions of the pair of supports are inserted and seated in the seating grooves, and abutments are provided on end portions of the seating grooves, the abutments making contact with the side portions of the pair of supports for supporting and maintaining the pair of supports in a standing position. preparing a loading unit comprising a rectangular tray and a pair of supports detachably provided on the rectangular tray and spaced apart from each other, each of the pair of supports comprising a center portion seated on an upper surface of the rectangular tray and a side portion bent upward from both ends of the center portion; loading a plurality of rebars across the center portions of the pair of supports which are spaced apart from each other; wrapping the plurality of loaded rebars and sides of the pair of supports with vinyl as one unit; and separating the plurality of rebars and the pair supports, which are wrapped with the vinyl, from the rectangular tray, wherein seating grooves extending in one direction are provided in the rectangular tray such that the center portions of the pair of supports are inserted and seated in the seating grooves, and abutments are provided on end portions of the seating grooves, the abutments making contact with the side portions of the pair of supports for supporting and maintaining the pair of supports in a standing position.
A method for the energy-efficient operation of a motor vehicle, wherein a binary signal (Sg) is generated, if the fuel consumption (Vb) of the vehicle at the current velocity (v) is less than or equal to a specific consumption value (Vb_S) for said velocity (v), the binary signal (Sg) displays, whether an energy-saving driving is possible by an opening of the drive train, and the specific velocity-dependent consumption value (Vb_S) at a predetermined velocity (v) is the one which the motor vehicle requires when the drive train is closed in order to maintain the velocity (v) on a gradient, in which the motor vehicle when the drive train is opened would maintain the velocity (v) constant.
A process for producing a sound absorbing hollow body by twin-sheet thermoforming, comprising the steps: a. providing a lower sheet made of a thermoplastic material to be vacuum-formed by a lower mould of a twin-sheet thermoforming device, b. providing an upper sheet made of a thermoplastic material to be vacuum-formed by an upper mould of a twin-sheet thermoforming device, c. providing at least one intermediate sheet made of a thermoplastic material, d. heating the upper and lower sheets to their respective thermoforming temperatures, e. vacuum-forming the upper and lower sheets by applying vacuum to the upper and lower moulds, and f. moving the upper and lower moulds towards each other to bring the edges of the moulds in contact, whereby the upper and lower sheet are peripherally welded to each other, the intermediate sheet being sandwiched between them, to form a hollow body in which the intermediate sheet extends within the hollow space of the hollow body without contacting the upper and lower sheets, the process being characterized in the steps c and d comprising: c. providing at least one intermediate sheet made of a thermoplastic material in contact with the surface of either the lower sheet or the upper sheet, d. using the arrangement of sheets obtained in step c., heating the upper and lower sheets to their respective thermoforming temperatures. a. providing a lower sheet made of a thermoplastic material to be vacuum-formed by a lower mould of a twin-sheet thermoforming device, b. providing an upper sheet made of a thermoplastic material to be vacuum-formed by an upper mould of a twin-sheet thermoforming device, c. providing at least one intermediate sheet made of a thermoplastic material, d. heating the upper and lower sheets to their respective thermoforming temperatures, e. vacuum-forming the upper and lower sheets by applying vacuum to the upper and lower moulds, and f. moving the upper and lower moulds towards each other to bring the edges of the moulds in contact, whereby the upper and lower sheet are peripherally welded to each other, the intermediate sheet being sandwiched between them, to form a hollow body in which the intermediate sheet extends within the hollow space of the hollow body without contacting the upper and lower sheets, c. providing at least one intermediate sheet made of a thermoplastic material in contact with the surface of either the lower sheet or the upper sheet, d. using the arrangement of sheets obtained in step c., heating the upper and lower sheets to their respective thermoforming temperatures.
A computer-implemented method for determining a behavior of an entity, comprising: receiving sensor measurements related to an action sequence of the entity from a sensor; optionally, interpreting the sensor measurements as terminal symbols according to a terminal symbol definition; interpreting either the sensor measurements or the terminal symbols according to a first hierarchy of grammars to produce a first set of semantics by computing a sequence probability on terminal symbols sequences; and interpreting the first set of semantics according to a second hierarchy of grammars to produce a second set of semantics wherein the second set of semantics is indicative of the behavior of the entity, wherein the first hierarchy of grammars and the second hierarchy of grammars are comprised of hierarchies of probabilistic context free grammars; and outputting the set of semantics indicative of the behavior of the entity. receiving sensor measurements related to an action sequence of the entity from a sensor; optionally, interpreting the sensor measurements as terminal symbols according to a terminal symbol definition; interpreting either the sensor measurements or the terminal symbols according to a first hierarchy of grammars to produce a first set of semantics by computing a sequence probability on terminal symbols sequences; and interpreting the first set of semantics according to a second hierarchy of grammars to produce a second set of semantics wherein the second set of semantics is indicative of the behavior of the entity, wherein the first hierarchy of grammars and the second hierarchy of grammars are comprised of hierarchies of probabilistic context free grammars; and outputting the set of semantics indicative of the behavior of the entity.
A method for managing an aircraft system comprising at least one or more system component, the method comprising - displaying on at least one interactive interface associated with a hardware processor and configured for managing the aircraft system: at least one or more graphic object representing at least one or more system component (504, 506, 502, 508, 510, 224, 222, 220); at least one or more energy flow icon (134, 138, 142, 148) representing a direction of circulation of an energy flow; and - interacting with one system component among the at least one or more system component by a user action on one graphic object among the at least one or more graphic object, interacting including at least one or more of: activating or deactivating the system component; activating a system function sequence following a prescribed sequence; and interacting with a safeguard mechanism associated with the aircraft system characterized in that the method further comprises initializing the safeguard mechanism to prevent the system component from executing an inappropriate activation/deactivation operating procedure by placing a zone at risk icon over the graphic object representing the system component and blocking the inappropriate operating procedure. - displaying on at least one interactive interface associated with a hardware processor and configured for managing the aircraft system: at least one or more graphic object representing at least one or more system component (504, 506, 502, 508, 510, 224, 222, 220); at least one or more energy flow icon (134, 138, 142, 148) representing a direction of circulation of an energy flow; and at least one or more graphic object representing at least one or more system component (504, 506, 502, 508, 510, 224, 222, 220); at least one or more energy flow icon (134, 138, 142, 148) representing a direction of circulation of an energy flow; and - interacting with one system component among the at least one or more system component by a user action on one graphic object among the at least one or more graphic object, interacting including at least one or more of: activating or deactivating the system component; activating a system function sequence following a prescribed sequence; and interacting with a safeguard mechanism associated with the aircraft system activating or deactivating the system component; activating a system function sequence following a prescribed sequence; and interacting with a safeguard mechanism associated with the aircraft system
Drive train system which comprises: an input element for applying torque and a rotational speed, one or two output elements for outputting torque and rotational speed, a control means for controlling a power flux between the input and output elements, a magnetic gear stage between the input element and a mechanical gear stage in the drive train, the mechanical gear stage in the form of a planetary gear mechanism between the magnetic gear stage and at least one output element in the drive train, wherein the magnetic gear stage comprises a first inner rotor with a first number of pole pairs, a second outer rotor with a second number of pole pairs which differs from the first number, and a third middle rotor with a number of pole rods which are arranged in such a way that the magnetic field is modulated between the first and second pole pairs, wherein the middle rotor or the outer rotor of the magnetic gear stage is connected to a ring gear of the mechanical gear stage, wherein the control means has a motor which is connected to the inner rotor of the magnetic gear stage and to a sun gear of the mechanical gear stage, and the control power of the motor is transmitted to the internal rotor of the magnetic gear stage via a shaft, and wherein the control power of the motor is applied to the sun gear of the planetary gear mechanism via a shaft. an input element for applying torque and a rotational speed, one or two output elements for outputting torque and rotational speed, a control means for controlling a power flux between the input and output elements, a magnetic gear stage between the input element and a mechanical gear stage in the drive train, the mechanical gear stage in the form of a planetary gear mechanism between the magnetic gear stage and at least one output element in the drive train, wherein the magnetic gear stage comprises a first inner rotor with a first number of pole pairs, a second outer rotor with a second number of pole pairs which differs from the first number, and a third middle rotor with a number of pole rods which are arranged in such a way that the magnetic field is modulated between the first and second pole pairs, wherein the middle rotor or the outer rotor of the magnetic gear stage is connected to a ring gear of the mechanical gear stage, wherein the control means has a motor which is connected to the inner rotor of the magnetic gear stage and to a sun gear of the mechanical gear stage, and the control power of the motor is transmitted to the internal rotor of the magnetic gear stage via a shaft, and wherein the control power of the motor is applied to the sun gear of the planetary gear mechanism via a shaft.
Adhesive tape, specifically cable-wrapping tape, comprising a tape-shaped backing comprising a textile fabric woven from warp threads and weft threads, wherein the warp threads are formed as filament yarn and the weft threads are formed as staple fibre yarn, wherein the warp threads and the weft threads are formed of polyester, polyamide and/or polypropylene and an adhesive coating applied to the backing, wherein the staple fibres of the staple fibre yarn are from 20 mm to 150 mm in fibre length and the linear density of the warp threads of the backing is 20 dtex to 90 dtex and the linear density of the weft threads is 100 dtex to 300 dtex.
A benzazepine compound of Formula: wherein R 1 is deuterium, OH, COOH, optionally substituted C 1-6 alkyl, optionally substituted C 1-6 alkyl-O-CO-, or optionally substituted C 2-6 alkenyl; L is a direct bond or -C(=O)-NH-; Ring A 1 is a hydrocarbon ring or heterocycle; Ring A 2 is a hydrocarbon ring or heterocycle; and each of Rings A 1 and A 2 may have at least one substituent, or a salt thereof for use in the treatment, prevention, and/or diagnosis of a disease selected from the group consisting of Meniere's disease, hypertension, edema, ascites, heart failure, renal dysfunction, renal failure, polycystic kidney disease, syndrome of inappropriate vasopressin secretion, hepatic cirrhosis, hyponatremia, hypokalemia, diabetes, circulation insufficiency, kinesia, water metabolism disorder, and ischemic disorder. L is a direct bond or -C(=O)-NH-; Ring A 1 is a hydrocarbon ring or heterocycle; Ring A 2 is a hydrocarbon ring or heterocycle; and each of Rings A 1 and A 2 may have at least one substituent, or a salt thereof for use in the treatment, prevention, and/or diagnosis of a disease selected from the group consisting of Meniere's disease, hypertension, edema, ascites, heart failure, renal dysfunction, renal failure, polycystic kidney disease, syndrome of inappropriate vasopressin secretion, hepatic cirrhosis, hyponatremia, hypokalemia, diabetes, circulation insufficiency, kinesia, water metabolism disorder, and ischemic disorder.
A bed management cycle for a fluidized bed boiler, the fluidized bed boiler being a bubbling fluidized bed boiler or a circulating fluidized bed boiler, comprising the steps of: a) providing fresh ilmenite particles as bed material to the fluidized bed boiler; b) carrying out a fluidized bed combustion process; c) removing at least one ash stream comprising ilmenite particles from the fluidized bed boiler, wherein the at least one ash stream is selected from the group consisting of bottom ash stream, boiler ash stream and filter ash stream; d) separating ilmenite particles from the at least one ash stream; e) recirculating separated ilmenite particles into the bed of the fluidized bed boiler, wherein the average residence time of the ilmenite particles in the fluidized bed boiler is at least 75 hours. a) providing fresh ilmenite particles as bed material to the fluidized bed boiler; b) carrying out a fluidized bed combustion process; c) removing at least one ash stream comprising ilmenite particles from the fluidized bed boiler, wherein the at least one ash stream is selected from the group consisting of bottom ash stream, boiler ash stream and filter ash stream; d) separating ilmenite particles from the at least one ash stream; e) recirculating separated ilmenite particles into the bed of the fluidized bed boiler,
An aerosol generation device comprising: a chamber adapted to receive a consumable; a housing containing the chamber and comprising an opening through which the consumable can be removed from the chamber; and a cover configured to move between an open position where the opening of the housing is exposed and a closed position where the opening of the housing is closed; wherein the aerosol generation device is adapted to generate an inhalable vapor from the consumable characterized in that the cover comprises one or more dislodging elements adapted to dislodge the consumable such that, when the cover moves from the closed position to the open position: an attachment is weakened between the chamber and the consumable, and the consumable is partially ejected from the chamber without becoming attached to the cover. a chamber adapted to receive a consumable; a housing containing the chamber and comprising an opening through which the consumable can be removed from the chamber; and a cover configured to move between an open position where the opening of the housing is exposed and a closed position where the opening of the housing is closed; wherein the aerosol generation device is adapted to generate an inhalable vapor from the consumable characterized in that the cover comprises one or more dislodging elements adapted to dislodge the consumable such that, when the cover moves from the closed position to the open position: an attachment is weakened between the chamber and the consumable, and the consumable is partially ejected from the chamber without becoming attached to the cover.
An integrated circuit, IC, comprising: a first secure memory element and a second secure memory element that are configured to store identical data; and a memory management system that is coupled to the first secure memory element and the second secure memory element, and configured to: execute a first memory operation on the first secure memory element; execute, while the first memory operation is being executed on the first secure memory element, a control operation on the second secure memory element, wherein the control operation is associated with safety of the IC; and copy, after the execution of the first memory operation and the control operation, the data of the first secure memory element to the second secure memory element to maintain sanity of the second secure memory element. a first secure memory element and a second secure memory element that are configured to store identical data; and a memory management system that is coupled to the first secure memory element and the second secure memory element, and configured to: execute a first memory operation on the first secure memory element; execute, while the first memory operation is being executed on the first secure memory element, a control operation on the second secure memory element, wherein the control operation is associated with safety of the IC; and copy, after the execution of the first memory operation and the control operation, the data of the first secure memory element to the second secure memory element to maintain sanity of the second secure memory element. execute a first memory operation on the first secure memory element; execute, while the first memory operation is being executed on the first secure memory element, a control operation on the second secure memory element, wherein the control operation is associated with safety of the IC; and copy, after the execution of the first memory operation and the control operation, the data of the first secure memory element to the second secure memory element to maintain sanity of the second secure memory element.
A method for scheduling resource reservations of services in a service providing network having an operator domain and an Internet domain, comprising the steps of: - receiving (302, 502), at an aggregating scheduler in the operator domain from one of a plurality of application servers, ASs (130, 140, 150) in an Internet domain, a resource reservation request indicating a preferred time period for delivery of a requested Multimedia Broadcast Multicast Service, MBMS, user service available in the network; and - scheduling (304, 506), at the aggregating scheduler, resource reservation of the requested MBMS user service based on statistical information related to resource utilisations or-reservations of one or more services available in the network and the preferred time period for delivery of the requested service. - receiving (302, 502), at an aggregating scheduler in the operator domain from one of a plurality of application servers, ASs (130, 140, 150) in an Internet domain, a resource reservation request indicating a preferred time period for delivery of a requested Multimedia Broadcast Multicast Service, MBMS, user service available in the network; and - scheduling (304, 506), at the aggregating scheduler, resource reservation of the requested MBMS user service based on statistical information related to resource utilisations or-reservations of one or more services available in the network and the preferred time period for delivery of the requested service.