mhurhangee/ep-ind-claims huggingface dataset:
A system for providing secure access to management information, the system comprising: an open management service including an open management application programming interface; a managed object (18, 30, 50, 66) generating management information; and an object interface (68, 74) for (i) receiving management information from the object (18, 30, 50, 66), (ii) converting the received management information into a form accessible to the open management service, and (iii) providing the management information to the open management service in response to a valid request from a client; characterised in that the system further comprises an authorization component for verifying whether the client is authorized to issue the request for management information, said verification comprising verifying whether an access code provided with the request comprises an access level that corresponds to an access level required for the requested management information, said access code having been provided to the client for incorporation into requests for management information. an open management service including an open management application programming interface; a managed object (18, 30, 50, 66) generating management information; and an object interface (68, 74) for (i) receiving management information from the object (18, 30, 50, 66), (ii) converting the received management information into a form accessible to the open management service, and (iii) providing the management information to the open management service in response to a valid request from a client; (i) receiving management information from the object (18, 30, 50, 66), (ii) converting the received management information into a form accessible to the open management service, and (iii) providing the management information to the open management service in response to a valid request from a client; characterised in that the system further comprises an authorization component for verifying whether the client is authorized to issue the request for management information, said verification comprising verifying whether an access code provided with the request comprises an access level that corresponds to an access level required for the requested management information, said access code having been provided to the client for incorporation into requests for management information.
A casino-style game for one or more players, comprising: means for determining an integer between five and seventeen, the means including a standard, shuffled four-suited deck of playing cards and the integer being the total number of cards required to be sequentially exposed until five cards of one suit have been exposed; at least one bet-indicating marker for each player; and a playing field (10; 10a; 10b) having indicia that indicates thirteen designated areas, the designated areas including integer spaces designated five through seventeen on which at least one bet-indicating marker can be placed, and the playing field including card spaces (14, 18) designated for each suit of the playing cards, wherein the card spaces (14, 18) comprise spaces for five cards of each suite, the fifth space for each suit being separately demarcated. means for determining an integer between five and seventeen, the means including a standard, shuffled four-suited deck of playing cards and the integer being the total number of cards required to be sequentially exposed until five cards of one suit have been exposed; at least one bet-indicating marker for each player; and a playing field (10; 10a; 10b) having indicia that indicates thirteen designated areas, the designated areas including integer spaces designated five through seventeen on which at least one bet-indicating marker can be placed, and the playing field including card spaces (14, 18) designated for each suit of the playing cards, wherein the card spaces (14, 18) comprise spaces for five cards of each suite, the fifth space for each suit being separately demarcated.
A computer implemented method for protecting a network, the method comprising: gathering traffic data for the network; characterised in that the method further comprises: identifying a set of loT devices in the network based on output from a machine learning model for classifying devices as being either loT devices or non-loT devices, using features extracted from the traffic data that are indicative of an loT device, wherein the features comprise one or more common features of loT devices that are shared between multiple types of loT devices and which are distinct from the characteristics of non-IoT devices; and causing one or more predetermined actions to be taken in respect of the set of loT devices to protect the network. gathering traffic data for the network; characterised in that the method further comprises: identifying a set of loT devices in the network based on output from a machine learning model for classifying devices as being either loT devices or non-loT devices, using features extracted from the traffic data that are indicative of an loT device, wherein the features comprise one or more common features of loT devices that are shared between multiple types of loT devices and which are distinct from the characteristics of non-IoT devices; and causing one or more predetermined actions to be taken in respect of the set of loT devices to protect the network. identifying a set of loT devices in the network based on output from a machine learning model for classifying devices as being either loT devices or non-loT devices, using features extracted from the traffic data that are indicative of an loT device, wherein the features comprise one or more common features of loT devices that are shared between multiple types of loT devices and which are distinct from the characteristics of non-IoT devices; and causing one or more predetermined actions to be taken in respect of the set of loT devices to protect the network.
Method for producing and assembling a control device comprising at least one capacitive sensor element for detecting a control panel of the control device being touched or approached, wherein the control device comprises a main body and a printed circuit board, wherein the main body can be fixed to a contact surface of the control panel by a seating surface, wherein the printed circuit board, comprising at least one light source for illuminating the control panel, can be arranged on and fixed to the main body at a distance from the seating surface, and wherein at least one electrically conductive coupling element is arranged between the seating surface of the main body and the at least one capacitive sensor element, which is arranged on the printed circuit board, in order to transmit a change in capacitance in the region of the control panel to the at least one capacitive sensor element, wherein, using the method, the main body and the printed circuit board are produced in one production step, and wherein, in an assembly step, the printed circuit board is connected to the main body and the at least one capacitive sensor element on the printed circuit board is capacitively couplingly or electrically conductively connected to the at least one electrically conductive coupling element, wherein, in a coupling-element arranging step, the at least one coupling element is formed on or embedded in the main body produced from plastics material in an injection-moulding process and a one-piece main-body coupling element is thus produced, and wherein, in the subsequent assembly step, the printed circuit board is fixed to the main-body coupling element and, in the process, the at least one capacitive sensor element is pressed against the at least one electrically conductive coupling element, characterised in that a plurality of capacitive sensor elements are arranged on the printed circuit board, in that, in the coupling-element arranging step, a plurality of electrically conductive coupling elements are formed on or embedded in the main body produced from plastics material in an injection-moulding process, and in that the main body is produced from a non-transparent plastics material and in that the coupling elements are formed in the coupling-element arranging step such that the coupling elements surround, in a sleeve-shaped manner, a cavity which extends from the printed circuit board up to a recess in the seating surface of the main body and comprises a non-transparent wall.
A cutting assembly for a rock excavation machine including a frame, the cutting assembly comprising: a boom including a first portion and a second portion, the first portion configured to be supported by the frame, the second portion pivotably coupled to the first portion by a universal joint, the first portion including a base and a moveable structure, the base extending along a longitudinal base axis, the moveable structure coupled to the second portion by the universal joint, the moveable structure supported for movement relative to the base in a direction parallel to the longitudinal base axis; and a cutting device supported by the second portion of the boom. a boom including a first portion and a second portion, the first portion configured to be supported by the frame, the second portion pivotably coupled to the first portion by a universal joint, the first portion including a base and a moveable structure, the base extending along a longitudinal base axis, the moveable structure coupled to the second portion by the universal joint, the moveable structure supported for movement relative to the base in a direction parallel to the longitudinal base axis; and a cutting device supported by the second portion of the boom.
A medical system, the system comprising: a first treatment device including at least one treatment electrode selected from the group consisting of a needle-shaped electrode and a helical-shaped electrode; a second treatment device including at least one treatment electrode selected from the group consisting of a needle-shaped electrode and a helical-shaped electrode; and an energy generator in communication with the first and second treatment devices, the energy generator being programmed to: deliver charge-neutral pulses; characterized in that the energy generator is further programmed to deliver non-charge-neutral pulses between the charge-neutral pulses, wherein the charge-neutral pulses are delivered at a first amplitude and the non-charge-neutral pulses being delivered at a second amplitude, the first amplitude being greater than the second amplitude. a first treatment device including at least one treatment electrode selected from the group consisting of a needle-shaped electrode and a helical-shaped electrode; a second treatment device including at least one treatment electrode selected from the group consisting of a needle-shaped electrode and a helical-shaped electrode; and an energy generator in communication with the first and second treatment devices, the energy generator being programmed to: deliver charge-neutral pulses; characterized in that the energy generator is further programmed to deliver non-charge-neutral pulses between the charge-neutral pulses, wherein the charge-neutral pulses are delivered at a first amplitude and the non-charge-neutral pulses being delivered at a second amplitude, the first amplitude being greater than the second amplitude. deliver charge-neutral pulses; characterized in that the energy generator is further programmed to deliver non-charge-neutral pulses between the charge-neutral pulses, wherein the charge-neutral pulses are delivered at a first amplitude and the non-charge-neutral pulses being delivered at a second amplitude, the first amplitude being greater than the second amplitude.
A method of machine monitoring for real-time detection and/or prediction of faults or performance variations of a machine, comprising detecting acoustic noise emitted by the machine and obtaining a digital signal representative thereof; performing a spectral analysis of the digital signal to obtain modulation spectral features; and characterised by applying a mutual information based feature selection technique to the modulation spectral features to select a sub-set of said modulation spectral features which provide information about performance and/or expected time to failure of the machine.
A process for preparing an ethylene polymer comprising homopolymerizing ethylene or copolymerizing ethylene with one or more comonomers in the presence of a polymerization catalyst in a gas-phase polymerization reactor comprising a riser unit, in which growing polymer particles flow upwards under fluidization, fast fluidization or transport conditions, and a downcomer, in which growing polymer particles flow downward in a densified form, wherein the hold-up of polymer particles in the downcomer is from 55 wt.% to 80 wt.% of the total hold-up of polymer particles in the gas-phase polymerization reactor.
Electric air heater, in particular for electrical domestic appliances, comprising a housing having a suitable shape with two opposite sides opened and forming an inlet and an outlet for the air stream, said housing having a surface for fixing a thermostat and/or a thermistor, said housing accommodating at least one flat heating element, made of a single piece, comprising a flat insulating supporting element on which at least one resistance wire is wound, configured so as to define a substantially flat winding and arranged perpendicularly to the mouths of said openings, so that the air stream passing through the housing flows over the heating element, an electrical connector, provided with electrical pins, characterized in that: - said electrical connector, is clamped on said heating element and on said surface of the housing, - the electrical connections of said thermostat and/or of said thermistor are made by electrical tracks, formed on said surface of the housing, tapped by said electrical connector that taps also at least one end of said at least one resistance wire, thus eliminating any electric wiring. - said electrical connector, is clamped on said heating element and on said surface of the housing, - the electrical connections of said thermostat and/or of said thermistor are made by electrical tracks, formed on said surface of the housing, tapped by said electrical connector that taps also at least one end of said at least one resistance wire, thus eliminating any electric wiring.
A method for producing a multi-layered sponge cake, characterized in that the method is carried out continuously and comprises the following stages: a) distributing a base sponge cake dough in at least two different portions; b) preparing at least two different doughs, wherein each one of these doughs is prepared independently, mixing at least a portion of the base dough with at least one additive; c) dispensing the dough corresponding to a first sponge cake layer and treating this first layer with mid-wave infrared radiation; d) dispensing the dough corresponding to a second sponge cake layer on the layer obtained in the previous stage and treating this second layer with mid-wave infrared radiation, wherein the stage d) is done n times, n-1 being a value equal to or greater than 2; and e) baking the multi-layered sponge cake in a convection oven at a temperature between 200 and 250°C during a time period between 8 and 22 minutes; with the condition that the infrared treatment is applied to at least all of the layers with the exception of the last one. a) distributing a base sponge cake dough in at least two different portions; b) preparing at least two different doughs, wherein each one of these doughs is prepared independently, mixing at least a portion of the base dough with at least one additive; c) dispensing the dough corresponding to a first sponge cake layer and treating this first layer with mid-wave infrared radiation; d) dispensing the dough corresponding to a second sponge cake layer on the layer obtained in the previous stage and treating this second layer with mid-wave infrared radiation, wherein the stage d) is done n times, n-1 being a value equal to or greater than 2; and e) baking the multi-layered sponge cake in a convection oven at a temperature between 200 and 250°C during a time period between 8 and 22 minutes; with the condition that the infrared treatment is applied to at least all of the layers with the exception of the last one.
A method for detecting landing quality of an aircraft, comprising: determining whether a vertical speed is greater than a first preset value when the aircraft lands; determining whether a vertical acceleration is greater than a second preset value when the aircraft lands in response if the vertical speed is not greater than the first preset value when the aircraft lands; collecting landing data; generating a landing message based on the collected landing data in response if the vertical speed is greater than the first preset value or the vertical acceleration is greater than the second preset value when the aircraft lands; storing or transmitting the landing message; and determining the landing quality of the aircraft based on the landing data in the landing message. determining whether a vertical speed is greater than a first preset value when the aircraft lands; determining whether a vertical acceleration is greater than a second preset value when the aircraft lands in response if the vertical speed is not greater than the first preset value when the aircraft lands; collecting landing data; generating a landing message based on the collected landing data in response if the vertical speed is greater than the first preset value or the vertical acceleration is greater than the second preset value when the aircraft lands; storing or transmitting the landing message; and determining the landing quality of the aircraft based on the landing data in the landing message.
Method for maintaining emission limits in a combustion process, at least one fuel or at least one fuel mixture being used, the fuel or the fuel mixture being supplied to at least one combustion zone via a supply path, the fuel or the fuel mixture undergoing at least one first chemical analysis during its conveyance to the combustion zone and the values determined during the first chemical analysis being used to control the combustion process, a first fuel and a second fuel being used as fuel in the combustion zone and the control of the combustion process comprising a variation of the ratio of the two fuels, characterized in that, in dependence on the values determined in the first chemical analysis, a part of the fuel or fuel mixture is discharged on the supply path to the combustion zone and is prepared for a second chemical analysis and analyzed, wherein a. the discharged fuel or the discharged fuel mixture is comminuted and homogenized, b. the substitute fuel thus prepared is subsequently ground together with a mineral and/or an inorganic salt and c. finally a sample ready for analysis is produced from the ground mixture and undergoes the second chemical analysis. a. the discharged fuel or the discharged fuel mixture is comminuted and homogenized, b. the substitute fuel thus prepared is subsequently ground together with a mineral and/or an inorganic salt and c. finally a sample ready for analysis is produced from the ground mixture and undergoes the second chemical analysis.
Wooden structural part for a composite wood-concrete structure, wherein for the purpose of a large-area connection of the wooden structural part to the concrete at least one recess is provided in the bonding surface to the concrete which can be brought in mesh and/or can be filled with the concrete and which for the purpose of receiving shear forces between the concrete and the wooden structural part comprises at least one shoulder that is aligned so as to be substantially oblique to the bonding surface, characterized in that a bearing element that is made of an elastically deformable material is provided at the at least one shoulder for the purpose of redistributing the shear forces within the wooden structural part.
A rotary volumetric machine comprising: - a stationary structure comprising two shafts, said two shafts being coaxial with a principal axis of rotation and having respective ducts for inlet and outlet of a working fluid; - a rotor, which can turn with respect to the stationary structure about said principal axis of rotation, wherein a work chamber is formed within said rotor, wherein said ducts communicate with respective manifold chambers formed in said rotor, said manifold chambers communicating with said work chamber by means of inlet and outlet openings for said working fluid, formed in said rotor; - a disk, which is housed in said work chamber and can turn with respect to the stationary structure about a secondary axis of rotation fixed with respect to said stationary structure, the secondary axis of rotation being inclined with respect to said principal axis of rotation, said disk having a radial through groove; - a diaphragm, which is fixed with respect to said rotor, extends in said work chamber, and engages said radial groove of said disk; wherein said inlet and outlet openings are located on opposite sides of said diaphragm. - a stationary structure comprising two shafts, said two shafts being coaxial with a principal axis of rotation and having respective ducts for inlet and outlet of a working fluid; - a rotor, which can turn with respect to the stationary structure about said principal axis of rotation, wherein a work chamber is formed within said rotor, wherein said ducts communicate with respective manifold chambers formed in said rotor, said manifold chambers communicating with said work chamber by means of inlet and outlet openings for said working fluid, formed in said rotor; - a disk, which is housed in said work chamber and can turn with respect to the stationary structure about a secondary axis of rotation fixed with respect to said stationary structure, the secondary axis of rotation being inclined with respect to said principal axis of rotation, said disk having a radial through groove; - a diaphragm, which is fixed with respect to said rotor, extends in said work chamber, and engages said radial groove of said disk; wherein said inlet and outlet openings are located on opposite sides of said diaphragm.
Wedge drive having a pusher element receiver, at least one moveable pusher carriage, at least one driver element and having sliding surfaces between the at least one pusher carriage and the at least one driver element, characterised in that at least one clamping device is provided for at least one sliding surface and simulates the pressing force (F P) in an adjustable manner during assembly of the working tool in order to achieve an absence of play between the at least one pusher carriage and the at least one pusher receiver.
Method for operating a cleaning device, in particular, for cleaning a surface, comprising a drive motor which drives at least one cleaning tool, characterized in that a wear value is stored in a memory element of the cleaning tool, the wear value corresponding to the degree of wear of the cleaning tool at the time the wear value is stored, and in that this wear value is repeatedly updated.
Method for operating a medical imaging device when performing an imaging examination, with the process steps: - providing an original image of a body region, - recording an updated image of the body region, and - generating a three-dimensional subsequent image from the original image and from the updated image using a previously trained artificial neural network. - providing an original image of a body region, - recording an updated image of the body region, and - generating a three-dimensional subsequent image from the original image and from the updated image using a previously trained artificial neural network.