mhurhangee/ep-ind-claims huggingface dataset:
A method for providing security in a Network Function Virtualization based communication network (210, 500) and a Software Defined Network, the method comprising: detecting, by a system, a trigger to change an attack surface of an environment, the trigger being a time-based event utilized for periodically changing the attack surface of the environment as a function of time, wherein the attack surface comprises the sum of different points of the environment that are susceptible to an attack by an unauthorized user; and implementing, by the system, one or more network changes or security configuration changes to a Network Function Virtualization based communication network or a Software Defined Network to change the attack surface of the environment. detecting, by a system, a trigger to change an attack surface of an environment, the trigger being a time-based event utilized for periodically changing the attack surface of the environment as a function of time, wherein the attack surface comprises the sum of different points of the environment that are susceptible to an attack by an unauthorized user; and implementing, by the system, one or more network changes or security configuration changes to a Network Function Virtualization based communication network or a Software Defined Network to change the attack surface of the environment.
A charger (1; 100) for charging a rechargeable energy source of a personal care device (2; 200), comprising a charger housing having a charging region for positioning the personal care device (2; 200); a charging circuit for performing a charging procedure of the rechargeable energy source of the personal care device; a motion sensor for detecting a motion of at least a portion of the charger (1; 100); a controller coupled with the charging circuit and the motion sensor; wherein the controller is arranged to activate the charging circuit when the controller receives a motion signal from the motion sensor indicating a placement of the personal care device in the charging region and/or to deactivate the charging circuit when the controller receives a motion signal from the motion sensor indicating a removal of the personal care device (2; 200) from the charging region; and characterized in that the motion sensor is realized as an accelerometer and/or as a gyroscope and/or wherein the motion sensor is realized as a mechanical vibration switch. a charger housing having a charging region for positioning the personal care device (2; 200); a charging circuit for performing a charging procedure of the rechargeable energy source of the personal care device; a motion sensor for detecting a motion of at least a portion of the charger (1; 100); a controller coupled with the charging circuit and the motion sensor; wherein the controller is arranged to activate the charging circuit when the controller receives a motion signal from the motion sensor indicating a placement of the personal care device in the charging region and/or to deactivate the charging circuit when the controller receives a motion signal from the motion sensor indicating a removal of the personal care device (2; 200) from the charging region; and characterized in that the motion sensor is realized as an accelerometer and/or as a gyroscope and/or wherein the motion sensor is realized as a mechanical vibration switch.
An electrical key lock device, comprising: a second gear configured to rotate by driving power received from a motor; a first gear configured to transfer the driving power, received through the rotation of the second gear, to an external rotational element; and a third gear arranged between the second gear and the first gear and configured to transfer the driving power generated by the motor to the first gear, wherein the third gear enables switching between closing and opening of a transfer path of the driving power between the second gear and the first gear; further comprising: an attachment removable from the rotational element and coupled to the first gear; and an output shaft coupled to the first gear, wherein the attachment includes an Oldham coupling coupled to the output shaft. a second gear configured to rotate by driving power received from a motor; a first gear configured to transfer the driving power, received through the rotation of the second gear, to an external rotational element; and a third gear arranged between the second gear and the first gear and configured to transfer the driving power generated by the motor to the first gear, wherein the third gear enables switching between closing and opening of a transfer path of the driving power between the second gear and the first gear; further comprising: an attachment removable from the rotational element and coupled to the first gear; and an output shaft coupled to the first gear, wherein the attachment includes an Oldham coupling coupled to the output shaft. an attachment removable from the rotational element and coupled to the first gear; and an output shaft coupled to the first gear, wherein the attachment includes an Oldham coupling coupled to the output shaft.
A method for extracting meta data from a digital media storage device in a vehicle over a communication link between a control module of the vehicle and the digital media storage device, the method comprising: retrieving, at the control module of the vehicle, meta data associated with a media file from the digital media storage device, the meta data comprising text data; storing the meta data in a non-volatile memory of the vehicle 100, comparing the text data with a plurality of stored data entries; if the text data matches a stored data entry, retrieving an acoustic baseform of the text data based on a pre-stored phonemic representation associated with the stored data entry; and if the text data does not match at least one of the stored data entry, generating a new acoustic baseform of the text data based on a phonemic representation of the text data. retrieving, at the control module of the vehicle, meta data associated with a media file from the digital media storage device, the meta data comprising text data; storing the meta data in a non-volatile memory of the vehicle 100, comparing the text data with a plurality of stored data entries; if the text data matches a stored data entry, retrieving an acoustic baseform of the text data based on a pre-stored phonemic representation associated with the stored data entry; and if the text data does not match at least one of the stored data entry, generating a new acoustic baseform of the text data based on a phonemic representation of the text data.
An analysis system for performing an analysis and having a modular structure connected via a network in which individual modules interact so as to perform the analysis, the analysis system comprising: a hosted module and a plurality of hosting modules, each module having the capability of providing or contributing to a specific function to the analysis system, and a further entity, which has the capability of monitoring or controlling or supervising a function or a partial function of the analysis system, wherein the hosted module is not capable to serve as an independent network node in the analysis system, each hosting module has the capability to act as a master to enable the hosted module to appear as an independent network node in the analysis system, in that each hosting module comprises a hosted module processing unit adapted for communicating with the further entity and with the hosted module with respect to the specific function of the hosted module in the analysis system, and one of the plurality of hosting modules (301 to 303) is selected for hosting the hosted module. a hosted module and a plurality of hosting modules, each module having the capability of providing or contributing to a specific function to the analysis system, and a further entity, which has the capability of monitoring or controlling or supervising a function or a partial function of the analysis system, wherein the hosted module is not capable to serve as an independent network node in the analysis system, each hosting module has the capability to act as a master to enable the hosted module to appear as an independent network node in the analysis system, in that each hosting module comprises a hosted module processing unit adapted for communicating with the further entity and with the hosted module with respect to the specific function of the hosted module in the analysis system, and one of the plurality of hosting modules (301 to 303) is selected for hosting the hosted module.
An assembly comprising a sample and a device for generating a high temperature gradient in said sample, comprising: - a chamber inside which said sample is placed; - a resistor passing through said sample; - first inductive means at the periphery of the chamber for creating an electromagnetic field; - second inductive means that are arranged inside the chamber, connected to the resistor, and that are capable of picking up said electromagnetic field so as to make an induced current flow in said resistor; characterised in that the chamber is transparent at visible wavelengths and that the first inductive means comprise at least one first coil comprising coil elements (or windings) at least certain of which are spaced apart by a distance (d) of 2 mm, this spacing being configured to allow an optical means for measuring deformation to be targeted. - a chamber inside which said sample is placed; - a resistor passing through said sample; - first inductive means at the periphery of the chamber for creating an electromagnetic field; - second inductive means that are arranged inside the chamber, connected to the resistor, and that are capable of picking up said electromagnetic field so as to make an induced current flow in said resistor;
A kit comprising a) an aqueous writing ink composition, more specifically an aqueous gel ink, containing: - metal nanoparticles as coloring agent, more specifically as the only coloring agent, wherein said metal nanoparticles essentially consists of metal and said metal is chosen from silver, gold, aluminum and/or copper, more specifically said metal is silver, and - a dispersing agent, such as homopolymer or copolymer of vinylpyrrolidone and/or homopolymer or copolymer of vinyl alcohol, and mixtures thereof, and b) an eradicator fluid containing at least one oxidizing agent. a) an aqueous writing ink composition, more specifically an aqueous gel ink, containing: - metal nanoparticles as coloring agent, more specifically as the only coloring agent, wherein said metal nanoparticles essentially consists of metal and said metal is chosen from silver, gold, aluminum and/or copper, more specifically said metal is silver, and - a dispersing agent, such as homopolymer or copolymer of vinylpyrrolidone and/or homopolymer or copolymer of vinyl alcohol, and mixtures thereof, and - metal nanoparticles as coloring agent, more specifically as the only coloring agent, wherein said metal nanoparticles essentially consists of metal and said metal is chosen from silver, gold, aluminum and/or copper, more specifically said metal is silver, and - a dispersing agent, such as homopolymer or copolymer of vinylpyrrolidone and/or homopolymer or copolymer of vinyl alcohol, and mixtures thereof, and b) an eradicator fluid containing at least one oxidizing agent.
An image forming system comprising an image forming apparatus and a charge adjusting apparatus, the image forming apparatus comprising a fixing unit configured to heat and press a recording sheet to which a toner image (210, 220) is transferred, thereby fixing the toner image (210, 220) to the recording sheet, and the charge adjusting apparatus comprising a voltage applying unit configured to apply a voltage to the recording sheet to which the toner image (210, 220) is fixed by the fixing unit, characterized in that the charge is applied with the amount decided by a decision unit configured to decide an amount of charge to be applied to a recording sheet from coverages of toner images (210, 220) of both surfaces (101, 102) of the recording sheet.
Workshop trolley for receiving a range of tools consisting of at least one range of socket spanners, screwdrivers, ring spanners and open-ended spanners, wherein the workshop trolley has a housing which is able to roll, in which drawers which are able to be pulled out are arranged and wherein a worktop is arranged on the workshop trolley and a tool receiver for vertically orientated storage of elongated hand tools is arranged in at least one drawer, wherein the tool receiver is formed as an insert module and is able to be removed from the drawer, characterised in that at least one recess is formed in the worktop, wherein the recess is able to be sealed with a blind plug and the insert module is able to be arranged in a positively bonded manner in the recess.
Attachment profile for components adjoining plaster, in particular for window or door frames, having a base leg for the component-side fastening, having a plaster-mounting leg oriented essentially perpendicularly to the base leg, on the outside of which a reinforcing mesh is fastened, and having a cover strip, including tear-off tab, protruding in the direction of the component, characterised in that the plaster-mounting leg includes a folding web, which can be torn off by means of material constriction and/or intended breakpoint, in the region facing away from the cover strip, on which folding web a film strip removable with the folding web is fastened, which protects the reinforcing mesh applied loosely to the folding web from soiling.
A tissue compression device comprising: a compression device body comprising: a base comprising a bottom surface configured to face selected tissue and a top surface configured to face away from the selected tissue when the compression device body is positioned over the selected tissue; a bladder orifice formed through the compression device body from the bottom surface to the top surface; a bladder positioned in the bladder orifice, the bladder comprising a plurality of chambers, wherein an upper chamber of the plurality of chambers is positioned adjacent a lower chamber of the plurality of chambers, wherein the upper chamber is connected to the lower chamber about an opening formed between the upper chamber and the lower chamber, wherein fluid in the upper chamber can pass into or out of the lower chamber through the opening, wherein the upper chamber is located above the top surface of the base and the lower chamber is located below the bottom surface of the base; and a retention structure attached to the compression device body, the retention structure configured to retain the compression device body in a selected location over the selected tissue. a compression device body comprising: a base comprising a bottom surface configured to face selected tissue and a top surface configured to face away from the selected tissue when the compression device body is positioned over the selected tissue; a bladder orifice formed through the compression device body from the bottom surface to the top surface; a base comprising a bottom surface configured to face selected tissue and a top surface configured to face away from the selected tissue when the compression device body is positioned over the selected tissue; a bladder orifice formed through the compression device body from the bottom surface to the top surface; a bladder positioned in the bladder orifice, the bladder comprising a plurality of chambers, wherein an upper chamber of the plurality of chambers is positioned adjacent a lower chamber of the plurality of chambers, wherein the upper chamber is connected to the lower chamber about an opening formed between the upper chamber and the lower chamber, wherein fluid in the upper chamber can pass into or out of the lower chamber through the opening, wherein the upper chamber is located above the top surface of the base and the lower chamber is located below the bottom surface of the base; and wherein an upper chamber of the plurality of chambers is positioned adjacent a lower chamber of the plurality of chambers, wherein the upper chamber is connected to the lower chamber about an opening formed between the upper chamber and the lower chamber, wherein fluid in the upper chamber can pass into or out of the lower chamber through the opening, wherein the upper chamber is located above the top surface of the base and the lower chamber is located below the bottom surface of the base; and a retention structure attached to the compression device body, the retention structure configured to retain the compression device body in a selected location over the selected tissue.
A multi-terminal DC power system (10, 10', 10"), comprising: a DC network () connecting together multiple terminals ( 1, 2,...,), each terminal being represented by one of: (a) a voltage source converter having a parallel capacitor at an interface to the DC network, wherein a difference between a converter-side current ( i C) and a network-side current ( i N) charges the capacitor, and (b) a current source converter having a series inductor at an interface to the DC network, wherein a difference between a converter-side voltage ( v C) and a network-side voltage ( v N) drives current ( i O) through the inductor; and a local controller (12, 12') for each terminal directly controlling the converter-side current ( i C) of each voltage source converter and the converter-side voltage ( v C) of each current source converter, leaving network-side currents and voltages to be determined by the network. a DC network () connecting together multiple terminals ( 1, 2,...,), each terminal being represented by one of: (a) a voltage source converter having a parallel capacitor at an interface to the DC network, wherein a difference between a converter-side current ( i C) and a network-side current ( i N) charges the capacitor, and (b) a current source converter having a series inductor at an interface to the DC network, wherein a difference between a converter-side voltage ( v C) and a network-side voltage ( v N) drives current ( i O) through the inductor; and (a) a voltage source converter having a parallel capacitor at an interface to the DC network, wherein a difference between a converter-side current ( i C) and a network-side current ( i N) charges the capacitor, and (b) a current source converter having a series inductor at an interface to the DC network, wherein a difference between a converter-side voltage ( v C) and a network-side voltage ( v N) drives current ( i O) through the inductor; and a local controller (12, 12') for each terminal directly controlling the converter-side current ( i C) of each voltage source converter and the converter-side voltage ( v C) of each current source converter, leaving network-side currents and voltages to be determined by the network.
A thermoplastic resin composition comprising: a plurality of kinds of thermoplastic resins; and nanoparticles having an average particle size larger than or equal to 1 nm and smaller than or equal to 1 μm, wherein the nanoparticles are in a membrane-like space sandwiched by the thermoplastic resins on both sides of the membrane-like space, and the thermoplastic resin composition has an interconnected structure in which both surfaces of the membrane-like space extend three-dimensionally and continuously parallel to each other. a plurality of kinds of thermoplastic resins; and nanoparticles having an average particle size larger than or equal to 1 nm and smaller than or equal to 1 μm, wherein the nanoparticles are in a membrane-like space sandwiched by the thermoplastic resins on both sides of the membrane-like space, and the thermoplastic resin composition has an interconnected structure in which both surfaces of the membrane-like space extend three-dimensionally and continuously parallel to each other.
An x-ray anode (10, 11, 12) for generating x-radiation, comprising a carrier body and a first and at least one second emission layer (14,15), which generate x-radiation when they are impinged by electrons, wherein the x-ray anode (10, 11, 12) has a central direction which is oriented perpendicularly to a plane that is defined substantially by the extent of the first emission layer, or, in case the x-ray anode is a rotary anode, corresponds to the axis of rotation of the rotary anode, and wherein the first emission layer is arranged at an outer surface of the x-ray anode (10, 11, 12) and can be used as active emission layer for generating x-radiation by interacting with high-energy electrons, and the distance between the at least two emission layers (14, 15) separated by an intermediate layer in the central direction of the x-ray anode (10, 11, 12) is at least 0.5 mm so that the at least second emission layer is protected from the impingement of electrons, and is therefore inactive, characterized in that the emission layers (14, 15) are arranged at one side of the carrier body so that the first emission layer can be removed along with the intermediate layer down to the surface of the until then inactive second emission layer, and the exposed second emission layer then becomes the active emission layer, wherein the intermediate layer between the emission layers (14, 15) is formed from the same material as the carrier body.
An illumination system for illuminating an object field, in particular for illuminating a scene, having a light source and having a condenser arrangement for bundling the light emitted by the light source, characterized in that the condenser arrangement comprises a free-form lens which is configured to illuminate the object field such that the light intensity of the illumination in the object field increases toward marginal regions of the object field.
A thermally conductive, electrically conductive adhesive composition comprising: an electrically conductive filler, an epoxy resin, and a curing agent, the electrically conductive filler being a submicron fine silver powder with an average particle diameter of 300 to 900 nm said submicron silver powder being coated with a coating agent containing a carboxylic acid and the content of the fine silver powder being 75 to 94% by mass of the total amount of the thermally conductive, electrically conductive adhesive composition, the content of the epoxy resin being 5 to 20% by mass of the total amount of the thermally conductive, electrically conductive adhesive composition, the curing agent being a compound of Formula,, or, and the content of the compound being 0.4 to 2.4 molar equivalents in terms of equivalent of active hydrogen relative to 1 molar equivalent of epoxy groups in the epoxy resin, and during heat curing and before the electrically conductive filler starts to sinter, the thermally conductive, electrically conductive adhesive composition being in an uncured state or a half-cured state: (wherein X is -SO 2 -, -CH 2 -, or -O-, and R1 to R4 are independently a hydrogen atom or a lower alkyl group), (wherein X is -SO 2 -, -CH 2 -, or -O-, and R5 to R8 are independently a hydrogen atom or a lower alkyl group), and (wherein X is -SO 2 -, -CH 2 -, or -O-, and R9 to R12 are independently a hydrogen atom or a lower alkyl group). an electrically conductive filler, an epoxy resin, and a curing agent,