mhurhangee/ep-ind-claims huggingface dataset:
Redox flow battery system comprising a controller and a battery inverter that is suitable for charging and/or discharging a battery, wherein the battery inverter comprises: a. a plurality of battery terminals, to each of which at least one battery can be connected; b. a first measuring device which is suitable for measuring the voltage (U B) at a battery terminal and is connected to the controller by means of signals; c. a second measuring device which is suitable for measuring the current (I T) at a battery terminal and is connected to the controller by means of signals; d. a mains connection which can be connected to an AC supply network, characterized in that e. the battery inverter comprises a plurality of DC-to-DC converters (5, 6, 7), at least one of which comprises a first bridge circuit that is directly connected to a battery terminal, wherein the controller is designed to switch off the bridge circuit if, during monitoring of the current (I T) and the voltage (U B), the corresponding current curve and/or the corresponding voltage curve show/s a predetermined pattern which clearly indicates a defect or an error in the bridge circuit. a. a plurality of battery terminals, to each of which at least one battery can be connected; b. a first measuring device which is suitable for measuring the voltage (U B) at a battery terminal and is connected to the controller by means of signals; c. a second measuring device which is suitable for measuring the current (I T) at a battery terminal and is connected to the controller by means of signals; d. a mains connection which can be connected to an AC supply network, characterized in that e. the battery inverter comprises a plurality of DC-to-DC converters (5, 6, 7), at least one of which comprises a first bridge circuit that is directly connected to a battery terminal, wherein the controller is designed to switch off the bridge circuit if, during monitoring of the current (I T) and the voltage (U B), the corresponding current curve and/or the corresponding voltage curve show/s a predetermined pattern which clearly indicates a defect or an error in the bridge circuit.
A process for preparing a honeycomb sandwich sheet or panel, based on thermoplastic polypropylene, comprising a structure consisting of two flat outer films, at the top and bottom (10,12), welded to an inner or central film, blister thermoformed with blisters repeated in a regular and continuous pattern, said inner or central film being thermoformed on both sides or faces, the flat outer films (10,12) and the inner thermoformed film consisting of three coextruded layers, said process comprising the following phases: a) contemporaneous extrusion of at least three multilayer films (10,11,12) starting from a corresponding polymer or from a corresponding polymer compound and mineral filler: a bottom outer film, an inner or central film, and a top outer film; b) thermoforming said inner or central film; c) coupling said non-thermoformed flat outer films (10, 12) to said inner or central thermoformed film by means of thermowelding, wherein said thermoforming of the inner film is effected contemporaneously in both positive and negative on the two sides or faces of the inner film and the beginning of the coupling phase is contemporaneous for all the outer and inner films (10,11,12), thermoformed and non-thermoformed. a) contemporaneous extrusion of at least three multilayer films (10,11,12) starting from a corresponding polymer or from a corresponding polymer compound and mineral filler: a bottom outer film, an inner or central film, and a top outer film; b) thermoforming said inner or central film; c) coupling said non-thermoformed flat outer films (10, 12) to said inner or central thermoformed film by means of thermowelding,
Procedure for the manufacture of a door lock device for a motor vehicle comprising an actuatable handle unit comprising at least one electronic component and a mating partner on the handle side for the electrical connection to the motor vehicle, and furthermore comprising a bearing unit on the vehicle side which can receive the handle unit in a swivelable manner and a mating partner on the vehicle side for the electrical connection to the mating partner on the handle side, wherein - in a first step of the procedure, the mating partner on the vehicle side is brought into an assembly position on the bearing unit on the vehicle side; - in a second step of the procedure, the mating partner on the handle side is connected to the mating partner on the vehicle side and - in a third step of the procedure, the mating partner on the vehicle side and the mating partner on the handle side are moved together from the assembly position into an operating position of the door lock device; characterized in that the movement of the mating partner on the vehicle side from the assembly position during the third step of the procedure is achieved by a swiveling movement of the handle unit. - in a first step of the procedure, the mating partner on the vehicle side is brought into an assembly position on the bearing unit on the vehicle side; - in a second step of the procedure, the mating partner on the handle side is connected to the mating partner on the vehicle side and - in a third step of the procedure, the mating partner on the vehicle side and the mating partner on the handle side are moved together from the assembly position into an operating position of the door lock device;
An apparatus comprising: a subsurface sensor for use in a borehole to provide a measurement series; a first processor to receive the measurement series; a second processor disposed at a different location at least 20 feet (6.1m) from the first processor; and a machine-readable medium having program code to cause the apparatus to, obtain the measurement series, generate a combination of functions based on the measurement series using the first processor, wherein the combination of functions comprises a subset of functions from a library of basis functions (410, 420, 430, 440), generate a set of values, wherein the set of values comprises a function identifier indicating each function of the combination of functions and corresponding function weight for at least one function from the combination of functions, communicate the set of values to the second processor, the second processor to generate a set of reconstructed measurement series based on the set of values and determine at least one of a formation property, a fluid property, and a well status based on the set of reconstructed measurement series. a subsurface sensor for use in a borehole to provide a measurement series; a first processor to receive the measurement series; a second processor disposed at a different location at least 20 feet (6.1m) from the first processor; and a machine-readable medium having program code to cause the apparatus to, obtain the measurement series, generate a combination of functions based on the measurement series using the first processor, wherein the combination of functions comprises a subset of functions from a library of basis functions (410, 420, 430, 440), generate a set of values, wherein the set of values comprises a function identifier indicating each function of the combination of functions and corresponding function weight for at least one function from the combination of functions, communicate the set of values to the second processor, the second processor to generate a set of reconstructed measurement series based on the set of values and determine at least one of a formation property, a fluid property, and a well status based on the set of reconstructed measurement series. obtain the measurement series, generate a combination of functions based on the measurement series using the first processor, wherein the combination of functions comprises a subset of functions from a library of basis functions (410, 420, 430, 440), generate a set of values, wherein the set of values comprises a function identifier indicating each function of the combination of functions and corresponding function weight for at least one function from the combination of functions, communicate the set of values to the second processor, the second processor to generate a set of reconstructed measurement series based on the set of values and determine at least one of a formation property, a fluid property, and a well status based on the set of reconstructed measurement series.
An apparatus for forming a composite material (10, 10', 50), the apparatus (10, 10', 50) comprising: a pressure head provided facing a magnetic field coil via a pre-reaction composite material, the magnetic field coil being provided on one side of the composite material, the pressure head being provided on another side of the composite material, the pressure head comprising a pressure head body formed of a material transparent to a magnetic field applied by a magnetic field coil; and a magnetic field coil configured for applying a magnetic field to a pre-reaction composite material from one side of the composite material to heat the composite material, characterized in that the pressure head further comprises a high thermal conductive material layer provided on a side of the pressure head body facing the composite material, being transparent to the magnetic field applied by the magnetic field coil, and formed of a material having a thermal conductivity of 20 W/m·K or more which is higher than the thermal conductivity of the composite material. a pressure head provided facing a magnetic field coil via a pre-reaction composite material, the magnetic field coil being provided on one side of the composite material, the pressure head being provided on another side of the composite material, the pressure head comprising a pressure head body formed of a material transparent to a magnetic field applied by a magnetic field coil; and a magnetic field coil configured for applying a magnetic field to a pre-reaction composite material from one side of the composite material to heat the composite material, characterized in that the pressure head further comprises a high thermal conductive material layer provided on a side of the pressure head body facing the composite material, being transparent to the magnetic field applied by the magnetic field coil, and formed of a material having a thermal conductivity of 20 W/m·K or more which is higher than the thermal conductivity of the composite material.
A system for controlling multiple actuators (102a-102n) that are attached to a structure for moving and positioning the structure, the system comprising: a plurality of actuators (102a-102n); a magnetic flux sensor in a motor of each actuator (102a-102n), the magnetic flux sensor sensing a magnetic flux in an associated motor and generating an electrical signal that corresponds to the magnetic flux in the associated motor; and a control unit that receives the electrical signal from the magnetic flux sensor of each actuator (102a-102n), the control unit comprising: a threshold window detector configured to perform a function comprising detecting a magnetic flux density of a particular actuator (102a-102n) being outside preset performance limits based on the electrical signal corresponding to the magnetic flux in the associated motor of the particular actuator (102a-102n); and a flux selector configured to perform a function comprising deactivating the particular actuator (102a-102n) in response to the magnetic flux density of the particular actuator (102a-102n) being greater than an upper preset limit or lower than a lower preset limit. a plurality of actuators (102a-102n); a magnetic flux sensor in a motor of each actuator (102a-102n), the magnetic flux sensor sensing a magnetic flux in an associated motor and generating an electrical signal that corresponds to the magnetic flux in the associated motor; and a control unit that receives the electrical signal from the magnetic flux sensor of each actuator (102a-102n), the control unit comprising: a threshold window detector configured to perform a function comprising detecting a magnetic flux density of a particular actuator (102a-102n) being outside preset performance limits based on the electrical signal corresponding to the magnetic flux in the associated motor of the particular actuator (102a-102n); and a flux selector configured to perform a function comprising deactivating the particular actuator (102a-102n) in response to the magnetic flux density of the particular actuator (102a-102n) being greater than an upper preset limit or lower than a lower preset limit. a threshold window detector configured to perform a function comprising detecting a magnetic flux density of a particular actuator (102a-102n) being outside preset performance limits based on the electrical signal corresponding to the magnetic flux in the associated motor of the particular actuator (102a-102n); and a flux selector configured to perform a function comprising deactivating the particular actuator (102a-102n) in response to the magnetic flux density of the particular actuator (102a-102n) being greater than an upper preset limit or lower than a lower preset limit.
A management system for a mobile communication system, wherein the management system comprises: a first server that is configured to manage a macrocell base station of the mobile communication system, and perform installation design and radio parameter setting of the macrocell base station; a customer management system that is configured to store and manage customer information and that is configured to store and manage information on a femtocell/home base station of the mobile communication system in association with the customer information; and a communication protocol interface that is configured to interconnect the first server and the customer management system, wherein the first server is configured to, in performing installation design and/or radio parameter setting of the macrocell base station, acquire information about the femtocell/home base station located in correspondence with where the macrocell base station is to be installed and the customer information associated with the femtocell/home base station from the customer management system to determine whether correction of installation and/or radio parameter setting of the macrocell base station is needed or not. a first server that is configured to manage a macrocell base station of the mobile communication system, and perform installation design and radio parameter setting of the macrocell base station; a customer management system that is configured to store and manage customer information and that is configured to store and manage information on a femtocell/home base station of the mobile communication system in association with the customer information; and a communication protocol interface that is configured to interconnect the first server and the customer management system, wherein the first server is configured to, in performing installation design and/or radio parameter setting of the macrocell base station, acquire information about the femtocell/home base station located in correspondence with where the macrocell base station is to be installed and the customer information associated with the femtocell/home base station from the customer management system to determine whether correction of installation and/or radio parameter setting of the macrocell base station is needed or not.
A computer-implemented method for processing a packet in a named-data network, comprising: receiving a packet by a packet forwarding device (106.1), wherein the packet includes a location-independent name or name prefix for routing the packet, and includes a header comprising one or more resource fields, and wherein each resource field includes one or more instructions to perform on a corresponding resource of the packet forwarding device; analyzing each resource field to determine the one or more instructions to manipulate the corresponding resource; and executing the one or more instructions on the corresponding resource; wherein the one of the resources is a forwarding information base, FIB, and wherein one of the instructions is performed on FIB entries to dynamically change routes on-the-fly as the packet traverses the network toward a target network node associated with the packet's name or name prefix; and forwarding the packet. receiving a packet by a packet forwarding device (106.1), wherein the packet includes a location-independent name or name prefix for routing the packet, and includes a header comprising one or more resource fields, and wherein each resource field includes one or more instructions to perform on a corresponding resource of the packet forwarding device; analyzing each resource field to determine the one or more instructions to manipulate the corresponding resource; and executing the one or more instructions on the corresponding resource; wherein the one of the resources is a forwarding information base, FIB, and wherein one of the instructions is performed on FIB entries to dynamically change routes on-the-fly as the packet traverses the network toward a target network node associated with the packet's name or name prefix; and forwarding the packet.
A computer-implemented method, comprising: receiving data corresponding to a plurality of radiographic imaging slices of a body; determining a position of a needle inserted in the body based on combining information from at least one of the radiographic imaging slices comprising an indication of a first portion of the needle outside the body and at least one other of the radiographic imaging slices comprising an indication of a second portion of the needle inside the body, characterized in that the method further comprises: the determining of the position of the needle comprises generating a combined needle region by merging data corresponding to a position of the first portion of the needle outside the body with data corresponding to a position of the second portion of the needle inside the body; and generating display data for providing a visual representation of the needle in an image of the body in combination with a visual representation of at least the first and second portions of the needle superimposed on the image, wherein the image is in a plane that is digitally tilted with respect to a plane parallel to the plurality of radiographic imaging slices. receiving data corresponding to a plurality of radiographic imaging slices of a body; determining a position of a needle inserted in the body based on combining information from at least one of the radiographic imaging slices comprising an indication of a first portion of the needle outside the body and at least one other of the radiographic imaging slices comprising an indication of a second portion of the needle inside the body, characterized in that the method further comprises: the determining of the position of the needle comprises generating a combined needle region by merging data corresponding to a position of the first portion of the needle outside the body with data corresponding to a position of the second portion of the needle inside the body; and generating display data for providing a visual representation of the needle in an image of the body in combination with a visual representation of at least the first and second portions of the needle superimposed on the image, wherein the image is in a plane that is digitally tilted with respect to a plane parallel to the plurality of radiographic imaging slices. the determining of the position of the needle comprises generating a combined needle region by merging data corresponding to a position of the first portion of the needle outside the body with data corresponding to a position of the second portion of the needle inside the body; and generating display data for providing a visual representation of the needle in an image of the body in combination with a visual representation of at least the first and second portions of the needle superimposed on the image, wherein the image is in a plane that is digitally tilted with respect to a plane parallel to the plurality of radiographic imaging slices.
A mounting substrate for mounting a light-emitting element, comprising: a substrate with a plate shape; and a base that protrudes from a front surface of the substrate, wherein the base has a mounting part for mounting a light-emitting element on a top surface of the base, and composes a sloping surface as the top surface that slopes with respect to the front surface, and the substrate and the base are integrally formed of a ceramic, wherein the substrate has two opposing end surfaces (1b, 1c), the sloping surface has a higher position part having a higher height from the front surface, and the sloping surface has a lower position part having a lower height from the front surface, and the lower position part is arranged along one of the two opposing end surfaces (1b, 1c), characterised in that the top surface of the base curves upward in a protruding shape, so that the top surface is positioned on an upper side with respect to a straight line (La) between an end part of the higher position part and an end part of the lower position part of the base. a substrate with a plate shape; and a base that protrudes from a front surface of the substrate, wherein the base has a mounting part for mounting a light-emitting element on a top surface of the base, and composes a sloping surface as the top surface that slopes with respect to the front surface, and the substrate and the base are integrally formed of a ceramic, wherein the substrate has two opposing end surfaces (1b, 1c), the sloping surface has a higher position part having a higher height from the front surface, and the sloping surface has a lower position part having a lower height from the front surface, and the lower position part is arranged along one of the two opposing end surfaces (1b, 1c), characterised in that the top surface of the base curves upward in a protruding shape, so that the top surface is positioned on an upper side with respect to a straight line (La) between an end part of the higher position part and an end part of the lower position part of the base.
A nicotine pouched product comprising a pouch composition and a pouch membrane enclosing the pouch composition, the pouch composition comprising at least one water-insoluble fiber, water in an amount of at least 15% by weight of the composition, and nicotine, wherein the pouch membrane comprises further nicotine in an amount of at least 15% by weight of a total content of nicotine in the pouched product, and wherein the at least one water-insoluble fiber is a non-tobacco fiber. a pouch composition and a pouch membrane enclosing the pouch composition, the pouch composition comprising at least one water-insoluble fiber, water in an amount of at least 15% by weight of the composition, and nicotine, wherein the pouch membrane comprises further nicotine in an amount of at least 15% by weight of a total content of nicotine in the pouched product, and wherein the at least one water-insoluble fiber is a non-tobacco fiber.