mhurhangee/ep-ind-claims huggingface dataset:
A client for a computer-implemented networking system, the client comprising: a management component for creating and managing a peer-to-peer, P2P, graph that overlays a private virtual network for P2P communications between arbitrary nodes (110, 112); an interface component for exposing the arbitrary nodes of the P2P graph to a public node, the interface component comprising a virtual network interface card, VNIC; and a file stream interface for passing IP packets between the VNIC and the management component for routing and transmission to the arbitrary nodes of the P2P graph, wherein the client further comprises a local name resolver for resolving name records in the graph, from which the public node obtains node information of the arbitrary nodes via peer discovery server-less name resolution protocol, wherein the local name resolver is configured to maintain a list of peer identifiers, IP addresses, and name records published by all peers and to resolve all DNS requests locally, and wherein the client is further configured to publish name records in the graph and flooding the name records to the arbitrary nodes of the virtual private network. a management component for creating and managing a peer-to-peer, P2P, graph that overlays a private virtual network for P2P communications between arbitrary nodes (110, 112); an interface component for exposing the arbitrary nodes of the P2P graph to a public node, the interface component comprising a virtual network interface card, VNIC; and a file stream interface for passing IP packets between the VNIC and the management component for routing and transmission to the arbitrary nodes of the P2P graph, wherein the client further comprises a local name resolver for resolving name records in the graph, from which the public node obtains node information of the arbitrary nodes via peer discovery server-less name resolution protocol, wherein the local name resolver is configured to maintain a list of peer identifiers, IP addresses, and name records published by all peers and to resolve all DNS requests locally, and wherein the client is further configured to publish name records in the graph and flooding the name records to the arbitrary nodes of the virtual private network.
An encoding method comprising: obtaining a stereo signal from a multi-channel signal; encoding audio data corresponding to the stereo signal using at least one encoding method; encoding at least one extension data of the audio data using at least one encoding method; and generating a bitstream including an encoded portion of the audio data, an encoded portion of the at least one extension data and an extension type indicating channel extension and bandwidth extension at the same time. obtaining a stereo signal from a multi-channel signal; encoding audio data corresponding to the stereo signal using at least one encoding method; encoding at least one extension data of the audio data using at least one encoding method; and generating a bitstream including an encoded portion of the audio data, an encoded portion of the at least one extension data and an extension type indicating channel extension and bandwidth extension at the same time.
A method for preparing an iminodisuccinate chelating agent without the use of ammonia or ammonium hydroxide as a raw material, wherein a mixture comprising raw material A, raw material B, an alkali metal hydroxide, and water is reacted under ambient pressure, and at a pH in the range of 6-12 and a reaction temperature ranging from 65 °C to a boiling reflux temperature; wherein the mixed liquid obtained after the completion of the reaction is a mixture containing the iminodisuccinate chelating agent; and wherein the raw material A is a compound capable of generating a butenedioate through alkaline hydrolysis, and the raw material B is a compound capable of generating an aspartate through alkaline hydrolysis; wherein the raw materials of the reaction have the following ratio: raw material A of 1 mole, raw material B of 0.8-1.2 moles, the alkali metal hydroxide of 2.0-5.5 moles, and water of 18-40 moles.
A carton for holding a plurality of containers, comprising: a plurality of panels (311, 313, 315, 323) that extends at least partially around an interior of the carton, the plurality of panels comprising a bottom panel, a first side panel, a second side panel, and a top panel; a plurality of end flaps (335, 341, 345, 349, 337, 343, 347, 351) respectively foldably connected to respective panels of the plurality of panels (311, 313, 315, 323), the plurality of end flaps is at least partially overlapped to form a closed end (367, 369) of the carton, the end flaps comprise a first side end flap (341, 343) foldably connected to the first side panel and a second side end flap (345, 347) foldably connected to the second side panel; the closed end (367, 369) comprises a first corner (306, 310) adjacent the first side panel and a second corner (308, 312) adjacent the second side panel, the first corner (306, 310) having a first shape and the second corner (308, 312) having a second shape, the first shape is different than the second shape such that the first corner (306, 310) and the second corner (308, 312) are asymmetrical, characterized in that the plurality of panels comprises a diamond corner panel foldably connected to the first side panel and the first side end flap, the first corner comprises the diamond corner panel, the second corner comprises the second side end flap that is folded orthogonally relative to the second side panel to form the second corner. a plurality of panels (311, 313, 315, 323) that extends at least partially around an interior of the carton, the plurality of panels comprising a bottom panel, a first side panel, a second side panel, and a top panel; a plurality of end flaps (335, 341, 345, 349, 337, 343, 347, 351) respectively foldably connected to respective panels of the plurality of panels (311, 313, 315, 323), the plurality of end flaps is at least partially overlapped to form a closed end (367, 369) of the carton, the end flaps comprise a first side end flap (341, 343) foldably connected to the first side panel and a second side end flap (345, 347) foldably connected to the second side panel; the closed end (367, 369) comprises a first corner (306, 310) adjacent the first side panel and a second corner (308, 312) adjacent the second side panel, the first corner (306, 310) having a first shape and the second corner (308, 312) having a second shape, the first shape is different than the second shape such that the first corner (306, 310) and the second corner (308, 312) are asymmetrical, characterized in that the plurality of panels comprises a diamond corner panel foldably connected to the first side panel and the first side end flap, the first corner comprises the diamond corner panel, the second corner comprises the second side end flap that is folded orthogonally relative to the second side panel to form the second corner.
A receiving device, wherein the receiving device comprises a processor and a receiver; the processor is configured to determine a first resource map of a reference signal supporting Z antenna ports, wherein the first resource map comprises a location at which the reference signal supporting Z antenna ports is mapped to a time-frequency resource; and the processor is further configured to receive, based on the first resource map by using the receiver, the reference signal supporting Z antenna ports from a target time-frequency resource, wherein the first resource map is repeated in time domain and/or frequency domain in a repetition unit of K resource units, the K resource units are K consecutive resource units in time domain or K consecutive resource units in frequency domain in a reference signal resource set, a time-frequency resource that is used to transmit the reference signal is configured for the reference signal resource set, each of the K resource units is corresponding to a second resource map of a reference signal supporting P antenna ports, the P antenna ports corresponding to the second resource map for every two adjacent resource units comprise G same antenna ports and H different antenna ports, the P antenna ports are a subset of the Z antenna ports corresponding to the first resource map, and P<Z.
A method (400; 500; 600; 800) for entering text into a computing device (110; 702) using gaze input from a user, wherein the method comprises: causing a display device (120; 712) to display a text entry interface including a visual representation of a plurality of letters; receiving gaze information identifying a movement of the user's gaze on the visual representation; recording an observation sequence of one or more determined observation events that occur during the movement of the user's gaze on the visual representation; receiving gaze information indicating a termination event; upon the termination event occuring, providing the observation sequence to a decoder module, wherein the decoder module determines at least one word from the observation sequence representing an estimate of an intended text of the user; causing the display device (120; 712) to display in a message window of the text entry interface the estimate of the intended text; and receiving additional gaze information and determining (520, 530, 540) that the additional gaze information indicates that the user is fixating their gaze at a particular word, letter, or other symbol of the estimate of the intended text in the message window of the text entry interface; the method being characterized by, in response to the request for correction, causing the display device to display a correction interface comprising the estimate of the intended text and insert icons between words of the intended text, wherein a further observation event determined (620, 630, 640) on an insert icon causes the location of the insert icon to be set for entering an additional word. causing a display device (120; 712) to display a text entry interface including a visual representation of a plurality of letters; receiving gaze information identifying a movement of the user's gaze on the visual representation; recording an observation sequence of one or more determined observation events that occur during the movement of the user's gaze on the visual representation; receiving gaze information indicating a termination event; upon the termination event occuring, providing the observation sequence to a decoder module, wherein the decoder module determines at least one word from the observation sequence representing an estimate of an intended text of the user; causing the display device (120; 712) to display in a message window of the text entry interface the estimate of the intended text; and receiving additional gaze information and determining (520, 530, 540) that the additional gaze information indicates that the user is fixating their gaze at a particular word, letter, or other symbol of the estimate of the intended text in the message window of the text entry interface; the method being characterized by, in response to the request for correction, causing the display device to display a correction interface comprising the estimate of the intended text and insert icons between words of the intended text, wherein a further observation event determined (620, 630, 640) on an insert icon causes the location of the insert icon to be set for entering an additional word.
A method for three-dimensionally modelling a geological volume, wherein cells adapted to the critical surfaces of the geological volume to be modelled are defined, characterised in that the method includes the following steps: a) defining a set of polyhedral macrocells in the geological field adapted to the geometry of the geological layers of the volume to be modelled; b) performing a parametering of the geological space to map the investigated geological field and a parametric field by associating with a point belonging to the geological field an image point located in the parametric field; c) defining a virtual subdivision of said macrocells into microcells, the geometry of which is obtained by subdividing the geometry of each macrocell, so that the positions of each microcell are deduced by interpolating the positions of the vertices of the corresponding macrocell and so that microcells correspond to nodes of a regular grid covering the parametric field; in order to model a function representing a geological property on the regular grid of the parametric field by reducing the number of data to be stored. a) defining a set of polyhedral macrocells in the geological field adapted to the geometry of the geological layers of the volume to be modelled; b) performing a parametering of the geological space to map the investigated geological field and a parametric field by associating with a point belonging to the geological field an image point located in the parametric field; c) defining a virtual subdivision of said macrocells into microcells, the geometry of which is obtained by subdividing the geometry of each macrocell, so that the positions of each microcell are deduced by interpolating the positions of the vertices of the corresponding macrocell and so that microcells correspond to nodes of a regular grid covering the parametric field; in order to model a function representing a geological property on the regular grid of the parametric field by reducing the number of data to be stored.
Electric vehicle charging equipment, EVSE, configured for delivering electrical energy to a single electrical vehicle at the same time, whereby the EVSE comprises a plurality of liquid cooled charging cables with respective charging connectors for connecting to a respective plurality of electrical vehicles, whereby each charging cable comprises at least two DC conductors and at least two signal lines, which are each connected to a respective DC conductor within the charging connector, a single DC metering device configured for measuring, via the at least two signal lines, a connector voltage at the charging connector, a plurality of metering switches, whereby each of the metering switches is configured for connecting each of the at least two signal lines of one of the charging cables to the single DC metering device and fuses arranged between the signal lines of each charging cable and the respective metering switch, whereby the DC metering device comprises an internal resistance R m connected between the signal lines, such that an energy readout of the DC metering device is ≤ 0,5 kWh if one of the fuses is blown, whereby the internal resistance R m is ≤ 500 W/(I max *I residual), based on a charging session of the electrical vehicle of 1 hour, whereby I max is a maximum current to be measured by the DC metering device, and I residual is an expected injected malicious current to the DC metering device. a plurality of liquid cooled charging cables with respective charging connectors for connecting to a respective plurality of electrical vehicles, whereby each charging cable comprises at least two DC conductors and at least two signal lines, which are each connected to a respective DC conductor within the charging connector, a single DC metering device configured for measuring, via the at least two signal lines, a connector voltage at the charging connector, a plurality of metering switches, whereby each of the metering switches is configured for connecting each of the at least two signal lines of one of the charging cables to the single DC metering device and fuses arranged between the signal lines of each charging cable and the respective metering switch, whereby the DC metering device comprises an internal resistance R m connected between the signal lines, such that an energy readout of the DC metering device is ≤ 0,5 kWh if one of the fuses is blown, whereby the internal resistance R m is ≤ 500 W/(I max *I residual), based on a charging session of the electrical vehicle of 1 hour, whereby I max is a maximum current to be measured by the DC metering device, and I residual is an expected injected malicious current to the DC metering device.
Pipeline pig, in particular in the form of a cleaning or inspection pig, having a central unit and at least one, in the longitudinal direction of the central unit, front and a rear sealing unit (7, 13), and having at least one sensor device which has a plurality of sensor arms and is provided in particular for the measurement of a geometry or condition of the pipeline, wherein at least one of the sealing units (7, 13) and preferably the central unit are produced from a plastic material at least in portions, characterized in that the sensor device comprises at least one light guide which extends in or along the sensor arm and is designed for the measurement of the curvature of a sensor arm.
A double or single-side machining machine with a preferably annular first working disk (16, 16') which is attached to a first support disk (12, 12'), and with a counter-bearing element, wherein the first working disk (16, 16') and the counter-bearing element can be driven rotationally relative to each other via at least one drive shaft, wherein a working gap for single or double-sided machining of flat workpieces is formed between the first working disk (16, 16') and the counter-bearing element, wherein a pressure volume is arranged between the first support disk (12, 12') and the first working disk (16, 16') and is connected to a pressure fluid supply which can be controlled such that a pressure is built up in the pressure volume, which pressure generates a predefined deformation of the first working disk (16, 16'), and wherein tempering channels for tempering the first working disk (16, 16') are provided which are connected to a tempering fluid supply, characterized in that the tempering channels are arranged within the first working disk (16, 16') so that the tempering channels are arranged closer to the working gap than the pressure volume, and that the tempering channels are not in connection with the pressure volume.
A process for rare earth extraction and thorium removal from monazite or bastnasite bearing ores or ore beneficiation and industrial waste containing a variable amount of rare earth elements as oxides, phosphates, carbonates or sulfates, comprising (i) controlled mixture between sulfuric acid and the material containing rare earth and (ii) water leaching under controlled conditions, wherein the material leaving the controlled mixture stage is subjected to a pyrolysis stage in furnace with temperatures between 650°C and 750°C and wherein the SO 3 containing gas leaving the pyrolysis stage is captured and contacted with incoming feed material containing rare earth, prior to the controlled mixture stage.
Automatic car park - having at least one parking level (E1 to E4), comprising a plurality of rows (R1 to R6) of parking spaces (P1 to Pn), which rows (R1 to R6) are arranged horizontally next to one another, - in each case one parking platform (2.1 to 2.m) being provided at least for a number of parking spaces (P1 to Pn), on which parking platform (2.1 to 2.m) at least one object to be parked is positionable, - having at least one conveying apparatus for transporting the parking platforms (2.1 to 2.m) into a free parking space (P1 to Pn) and out of a parking space (P1 to Pn), - each parking space (P1 to Pn) and the conveying apparatus in each case comprising a transport apparatus (6.1 to 6.x) for transporting the respective parking platform (2.1 to 2.m) into an adjoining parking space (P1 to Pn) and out of an adjoining parking space (P1 to Pn), - each transport apparatus (6.1 to 6.x) comprising at least one endless and circulating conveyor belt which is driven by a motor, - a conveying surface of the at least one conveyor belt running substantially parallel to undersides of the parking platforms (2.1 to 2.m), characterized in that at least one transport apparatus (6.1 to 6.x) comprises a plurality of conveyor belts, - a transport direction of at least one conveyor belt running in the direction of the parking spaces (P1 to Pn) which are arranged behind one another in a row, and - a transport direction of at least one further conveyor belt running perpendicularly with respect to the direction of the parking spaces (P1 to Pn) which are arranged behind one another in a row. - having at least one parking level (E1 to E4), comprising a plurality of rows (R1 to R6) of parking spaces (P1 to Pn), which rows (R1 to R6) are arranged horizontally next to one another, - in each case one parking platform (2.1 to 2.m) being provided at least for a number of parking spaces (P1 to Pn), on which parking platform (2.1 to 2.m) at least one object to be parked is positionable, - having at least one conveying apparatus for transporting the parking platforms (2.1 to 2.m) into a free parking space (P1 to Pn) and out of a parking space (P1 to Pn), - each parking space (P1 to Pn) and the conveying apparatus in each case comprising a transport apparatus (6.1 to 6.x) for transporting the respective parking platform (2.1 to 2.m) into an adjoining parking space (P1 to Pn) and out of an adjoining parking space (P1 to Pn), - each transport apparatus (6.1 to 6.x) comprising at least one endless and circulating conveyor belt which is driven by a motor, - a conveying surface of the at least one conveyor belt running substantially parallel to undersides of the parking platforms (2.1 to 2.m), characterized in that at least one transport apparatus (6.1 to 6.x) comprises a plurality of conveyor belts, - a transport direction of at least one conveyor belt running in the direction of the parking spaces (P1 to Pn) which are arranged behind one another in a row, and - a transport direction of at least one further conveyor belt running perpendicularly with respect to the direction of the parking spaces (P1 to Pn) which are arranged behind one another in a row.
Absorbent structure having a sequence of interconnected plies comprising a first outer absorbent ply of airlaid material, a second outer absorbent ply of airlaid material and disposed between the first and second outer absorbent plies a liquid storage ply of airlaid material, characterized in that the airlaid material of the first outer absorbent ply includes first cellulose fibres, the airlaid material of the second outer absorbent ply includes second cellulose fibres and the airlaid material of the liquid storage ply includes third cellulose fibres and superabsorbent components, wherein the first and second cellulose fibres (6, 16) have a lower pH than the third cellulose fibres and the pH of the first and second cellulose fibres (6, 16) is below 5.0.
Method for marking a motor of a motor vehicle, comprising: - a step of engraving a motor identifier on a marking surface on a wall of the motor, characterized in that, after the engraving step, the method comprises a step of protecting the identifier by attaching, in a sealing manner, a protection means comprising a corrosion-resistant transparent plate that is attached to the marking surface by adhesive bonding. - a step of engraving a motor identifier on a marking surface on a wall of the motor, characterized in that, after the engraving step, the method comprises a step of protecting the identifier by attaching, in a sealing manner, a protection means comprising a corrosion-resistant transparent plate that is attached to the marking surface by adhesive bonding.