mhurhangee/ep-ind-claims huggingface dataset:
Process for the concentration of lithium in metallurgical fumes is described, comprising the steps of: - providing a metallurgical molten bath furnace; - preparing a metallurgical charge comprising lithium-bearing material, transition metals, and fluxing agents; - smelting the metallurgical charge and fluxing agents in reducing conditions in said furnace, thereby obtaining a molten bath with an alloy and a slag phase; and, - optionally separating the alloy and the slag phase; characterized in that a major part of the lithium is fumed as LiCI from the molten slag, by addition of alkali and/or earth alkali chloride to the process. - providing a metallurgical molten bath furnace; - preparing a metallurgical charge comprising lithium-bearing material, transition metals, and fluxing agents; - smelting the metallurgical charge and fluxing agents in reducing conditions in said furnace, thereby obtaining a molten bath with an alloy and a slag phase; and, - optionally separating the alloy and the slag phase;
Cross-connector for the variable width adjustment of a stroller frame for a stroller for babies or dolls, or for attachment to a stroller frame for a stroller for babies or dolls, wherein the cross-connector is designed to be variable in length, at least comprising one scissor mechanism for changing the length of the cross-connector and at least two adapter receptacles for the detachable attachment of an insert characterized in that the cross-connector has at least two outer parts and at least one middle part, which are arranged in a telescopic manner, the at least one middle part being at least partly mounted between the at least two outer parts or the at least two outer parts are at least partly received by the at least one middle part, wherein at least one spring element is arranged in the at least one middle part, which spring element exerts a symmetrical force on the at least two outer parts, so that these are always inserted or extended into the at least one middle part in equal parts.
A system for analysing the spectrum of a radio frequency signal capable of operating in a given frequency band, the system being capable of providing an indication of spectral power of the radio frequency signal in a plurality of frequency channels, each frequency channel being defined by a frequency range within said frequency band, comprising: - a thin layer of magnetically ordered material subjected to the radio frequency signal to be analysed, said thin layer being nanostructured and consisting of a plurality of sets of elementary nanostructures, each set of elementary nanostructures having a resonance frequency corresponding to one of said frequency channels, and - an illumination and image acquisition system comprising an image acquisition device, capable of optically probing by polarization analysis the resonance state of elementary nanostructures and of forming an image containing spectral power information of the radio frequency signal to be analysed when said radio frequency signal reaches said nanostructured thin layer, characterised in that each set of elementary nanostructures is formed by a regular paving of elementary nanostructures, the dimensions of said paving being determined according to the size of a pixel of the image acquisition device. - a thin layer of magnetically ordered material subjected to the radio frequency signal to be analysed, said thin layer being nanostructured and consisting of a plurality of sets of elementary nanostructures, each set of elementary nanostructures having a resonance frequency corresponding to one of said frequency channels, and - an illumination and image acquisition system comprising an image acquisition device, capable of optically probing by polarization analysis the resonance state of elementary nanostructures and of forming an image containing spectral power information of the radio frequency signal to be analysed when said radio frequency signal reaches said nanostructured thin layer, characterised in that each set of elementary nanostructures is formed by a regular paving of elementary nanostructures, the dimensions of said paving being determined according to the size of a pixel of the image acquisition device.
A smart watch, comprising: a display part configured to display digital content, the display part including a first display area and the second display area, wherein the first display area corresponds to a main display part and the second display area corresponds to a sub display part; a first connection part connected to one side of the display part, the first connection part including a camera unit; a second connection part connected to the other side of the display part, the second connection part including a battery unit, said battery unit configured to provide power to the smart watch; and a comfort part configured to connect the first connection part and the second connection part; wherein the thickness of the comfort part is thinner than the thickness of the display part, the first connection part, part, and the second connection part, characterised in that at least the main display part is comprised of an e-paper screen, and wherein the main display part is configured to provide a display area irrespective of whether power is supplied to it by the battery unit and the sub display part is configured to provide a display area only when power is supplied to it by the battery unit. a display part configured to display digital content, the display part including a first display area and the second display area, wherein the first display area corresponds to a main display part and the second display area corresponds to a sub display part; a first connection part connected to one side of the display part, the first connection part including a camera unit; a second connection part connected to the other side of the display part, the second connection part including a battery unit, said battery unit configured to provide power to the smart watch; and a comfort part configured to connect the first connection part and the second connection part; wherein the thickness of the comfort part is thinner than the thickness of the display part, the first connection part, part, and the second connection part, characterised in that at least the main display part is comprised of an e-paper screen, and wherein the main display part is configured to provide a display area irrespective of whether power is supplied to it by the battery unit and the sub display part is configured to provide a display area only when power is supplied to it by the battery unit.
A method for controlling battery discharging and recharging of a detachable external battery and an embedded battery comprised in a portable terminal, the method comprising: determining whether the detachable external battery has been connected with the portable terminal when the portable terminal is booted; in response to determining that the detachable external battery is connected with the portable terminal, prompting a user with a message to select a priority in discharging the detachable external battery and the embedded battery; and when one of the detachable external battery and the embedded battery is selected based on the message, receiving power from the selected one of the detachable external battery and the embedded battery, wherein if neither of the embedded battery and the detachable external battery is selected during a time interval after the message is output, receiving power from the detachable external battery, wherein the embedded battery in the portable terminal is charged when battery charging current is input from a charger in a state that the detachable external battery has been connected with the portable terminal, wherein the detachable external battery is charged when the embedded battery in the portable terminal is completely charged. determining whether the detachable external battery has been connected with the portable terminal when the portable terminal is booted; in response to determining that the detachable external battery is connected with the portable terminal, prompting a user with a message to select a priority in discharging the detachable external battery and the embedded battery; and when one of the detachable external battery and the embedded battery is selected based on the message, receiving power from the selected one of the detachable external battery and the embedded battery, wherein if neither of the embedded battery and the detachable external battery is selected during a time interval after the message is output, receiving power from the detachable external battery, wherein the embedded battery in the portable terminal is charged when battery charging current is input from a charger in a state that the detachable external battery has been connected with the portable terminal, wherein the detachable external battery is charged when the embedded battery in the portable terminal is completely charged.
A plating composition for immersion displacement plating of a Ag-based coating on a metal surface, the composition comprising a source of Ag ions, an alkylene polyamine polyacetic acid compound, and water and having an ionic content such that the composition has a room temperature conductivity below 25 mS/cm, wherein the composition has a pH between 1 and 3.
A sample identification method by means of a chemical sensor measurement, comprising: providing time-varying amount of an unknown sample to a chemical sensor, measuring a time-varying response from the chemical sensor, deriving a sensor function of the chemical sensor with respect to the unknown sample based on the amount of the unknown sample and the response, and identifying the unknown sample based on the sensor function of the chemical sensor with respect to the unknown sample. providing time-varying amount of an unknown sample to a chemical sensor, measuring a time-varying response from the chemical sensor, deriving a sensor function of the chemical sensor with respect to the unknown sample based on the amount of the unknown sample and the response, and identifying the unknown sample based on the sensor function of the chemical sensor with respect to the unknown sample.
A thermoplastic resin composition comprising a thermoplastic resin, and 1 to 30 parts by weight of a laser direct structuring additive, 0.1 to 20 parts by weight of a titanium oxide and 10 to 230 parts by weight of a glass fiber per 100 parts by weight of the thermoplastic resin, wherein the laser direct structuring additive has an L value (lightness) of 50 or more, and the glass fiber comprises SiO 2 and Al 2 O 3 in a proportion of 60 to 70 % by weight of SiO 2 and 20 to 30 % by weight of Al 2 O 3.
A glitter pigment, comprising: a glass flake; and a titanium oxide layer and a silver layer formed in this order on the glass flake, wherein a product of the optical thickness of the glass flake and the optical thickness of the titanium oxide layer is 61000 or more and 66000 or less when the optical thickness is expressed in nm, and the silver layer has a physical thickness of 35 nm or more and 55 nm or less. a glass flake; and a titanium oxide layer and a silver layer formed in this order on the glass flake, wherein a product of the optical thickness of the glass flake and the optical thickness of the titanium oxide layer is 61000 or more and 66000 or less when the optical thickness is expressed in nm, and the silver layer has a physical thickness of 35 nm or more and 55 nm or less.
Drive device for a motor vehicle, having at least one first drive unit, at least one second drive unit and a differential gear in the form of a central differential gear for distributing a drive torque provided by the drive device to a plurality of wheel axles of the motor vehicle, wherein an input shaft of the differential gear is operatively connected to a drive shaft of the first drive unit via a first gear train and to a drive shaft of the second drive unit, and the differential gear has a respective output shaft (17, 22) for each of the wheel axles of the motor vehicle driven via the differential gear, characterized in that the drive shaft of the second drive unit is arranged offset to an intermediate shaft coaxial to the drive shaft of the first guide unit and is operatively connected to the intermediate shaft via a second gear train and to the differential gear via the intermediate shaft, wherein the drive shaft of the second drive unit is arranged coaxially to the input shaft of the differential gear.
A method in a base station (300, 500, 800) of a radio network, for supporting Device-to-Device, D2D, communication over a D2D radio link between a first wireless device and a second wireless device, the method comprising: - obtaining a first path gain of the D2D radio link, - obtaining a second path gain of a cellular radio link between the base station and the first wireless device, based on a link quality report received from the first wireless device, - obtaining a third path gain of a cellular radio link between the base station and the second wireless device, based on a link quality report received from the second wireless device, and - applying a D2D communication mode with network coding for the D2D communication over said radio D2D link when the first, second and third path gains satisfy a threshold condition, wherein the threshold condition dictates that the first path gain is above a first predefined threshold (θ D-D), and both the second path gain and the third path gain are below a second predefined threshold (θ BS-D). - obtaining a first path gain of the D2D radio link, - obtaining a second path gain of a cellular radio link between the base station and the first wireless device, based on a link quality report received from the first wireless device, - obtaining a third path gain of a cellular radio link between the base station and the second wireless device, based on a link quality report received from the second wireless device, and - applying a D2D communication mode with network coding for the D2D communication over said radio D2D link when the first, second and third path gains satisfy a threshold condition, wherein the threshold condition dictates that the first path gain is above a first predefined threshold (θ D-D), and both the second path gain and the third path gain are below a second predefined threshold (θ BS-D).
A method for calculating a network path in an interconnected multi-domain network, the method comprising: receiving a path setup request message for a new traffic flow in the network, wherein the path setup request message identifies a source node in one domain of the network and a destination node in a second domain of the network; determining a common ancestor hierarchical routing domain in one of a plurality of upper hierarchical levels that includes ancestor nodes of both the source and destination nodes; calculating using an inter-domain Constraint Based Shortest Path First, IrD-CSPF, procedure an inter-domain path from the ancestor node of the source node to the ancestor node of the destination node in the common ancestor hierarchical routing domain that determines, for each lower-level domain, border nodes in the domain from the source node to the destination node using a traffic engineering network database, TEDB, that stores network topology information for the common ancestor hierarchical routing domain; and for each bottom-level domain, calculating using an intra-Domain CSPF, IaD-CSPF, procedure an intra-domain path between the border nodes that were determined for the domain. receiving a path setup request message for a new traffic flow in the network, wherein the path setup request message identifies a source node in one domain of the network and a destination node in a second domain of the network; determining a common ancestor hierarchical routing domain in one of a plurality of upper hierarchical levels that includes ancestor nodes of both the source and destination nodes; calculating using an inter-domain Constraint Based Shortest Path First, IrD-CSPF, procedure an inter-domain path from the ancestor node of the source node to the ancestor node of the destination node in the common ancestor hierarchical routing domain that determines, for each lower-level domain, border nodes in the domain from the source node to the destination node using a traffic engineering network database, TEDB, that stores network topology information for the common ancestor hierarchical routing domain; and for each bottom-level domain, calculating using an intra-Domain CSPF, IaD-CSPF, procedure an intra-domain path between the border nodes that were determined for the domain.
A method for drawing pixels from a sampling region, wherein the pixels are drawn at a higher resolution from a low resolution sampling region, the method comprising: receiving a fragment with a low resolution sampling region from a rasterizer; applying temporal supersampling to the fragment over a plurality of prior frames for obtaining a plurality of color values within the sampling region, wherein the applying of the supersampling comprises sampling at a different location every frame according to a sampling pattern; reconstituting a plurality of high resolution pixels in a buffer based on the plurality of color values obtained via the temporal supersampling; and sending, from the buffer, the plurality of pixels for presentation on a display, characterised in that the sampling pattern is a quasi-random jittered sampling pattern. receiving a fragment with a low resolution sampling region from a rasterizer; applying temporal supersampling to the fragment over a plurality of prior frames for obtaining a plurality of color values within the sampling region, wherein the applying of the supersampling comprises sampling at a different location every frame according to a sampling pattern; reconstituting a plurality of high resolution pixels in a buffer based on the plurality of color values obtained via the temporal supersampling; and sending, from the buffer, the plurality of pixels for presentation on a display, characterised in that the sampling pattern is a quasi-random jittered sampling pattern.
Rim system having a rim, having an adapter disc for mounting on a wheel hub of a vehicle, having a plurality of wheel screws or a plurality of wheel nuts for fastening the rim to the adapter disc, having a plurality of screws or a plurality of nuts for fastening the adapter disc to the wheel hub and having a wheel hub centring ring for centring the adapter disc relative to the wheel hub, characterized in that a rim centring ring is provided for centring the rim relative to the adapter disc.
Semi-submerged device for absorbing the energy of the waves, comprising at least one moving assembly formed by a buoy attached to a rod, which moves vertically through a cylinder equipped with a one-way bottom valve, and said moving assembly is located inside the area delimited by a fixed supporting structure comprising at least three hollow vertical tubes interconnected and resting on the sea bottom, characterized in that one of said tubes comprises an inlet valve, and another one of said tubes comprises an outlet valve, and each one of said tubes have an air chamber, at least one of said tubes being connected to the cylinder through a one-way valve.
A compound of Formula I for use in the diagnosis or treatment of a disease by the in-vivo delivery to a cell of a therapeutic nucleic acid, one or more drug agents, or a biologically active agent, R 3 -(C=O)-Xaa-Z-R 4 Formula I wherein Xaa is histidine, or an N-methylated version thereof; R 3 is independently a substituted or unsubstituted C alkyl or C alkenyl; R 4 is independently a substituted or unsubstituted C alkyl or C alkenyl; and; Z is NH; and salts thereof, wherein substituents are selected from the group consisting of alkyl, cycloalkyl, alkenyl, alkynyl, alkoxy, alkanoyl, alkanoyloxy, alkylamino, alkylaminoalkyl, aryl, heteroaryl, heterocyclyl, aroyl, aralkyl, acyl, hydroxyl, cyano, halo, haloalkyl, amino, aminoacyl, alkylaminoacyl, acyloxy, aryloxy, aryloxyalkyl, mercapto, nitro, carbamyl, and carbamoyl. Xaa is histidine, or an N-methylated version thereof; R 3 is independently a substituted or unsubstituted C alkyl or C alkenyl; R 4 is independently a substituted or unsubstituted C alkyl or C alkenyl; and; Z is NH;
A monodose veterinary composition for topical application (spot on) for canines, the said composition characterized because it consists of: (a) Imidacloprid, between 8.18 and 10.00 %, (b) Moxidectin, between 2.86 and 3.50%, (c) Praziquantel, between 8.18 and 10.00%, and (d) an aprotic solvent selected from Dimethyl sulfoxide (DMSO), N,N-dimethylacetamide (DMAC), N,N-dimethylformamide and their mixtures, between 65.45 and 80.00 %; together with excipients that are Butylhydroxyanisole, Butylhydroxytoluene, Thiodipropionic acid, Propyl gallate and Benzyl alcohol, and where the percentages are related to the composition's total weight. (a) Imidacloprid, between 8.18 and 10.00 %, (b) Moxidectin, between 2.86 and 3.50%, (c) Praziquantel, between 8.18 and 10.00%, and (d) an aprotic solvent selected from Dimethyl sulfoxide (DMSO), N,N-dimethylacetamide (DMAC), N,N-dimethylformamide and their mixtures, between 65.45 and 80.00 %;
An assay that is capable of unambiguously detecting the presence or absence of M analytes, in any combination of presence or absence, in a single sample volume without immobilization, mass spectrometry, or melting curve analysis, wherein each of the analytes is encoded as a value of one component of a signal, wherein M = log 2 (F + 1) and F is the maximum cumulative value of the one component of the signal when all of the analytes are present, and wherein M is equal to or greater than 7, wherein the assay comprises performing a detecting step with reagents comprising hybridization probes, wherein at least one of the analytes comprises a polynucleotide, wherein the value is an intensity or range of intensities. wherein each of the analytes is encoded as a value of one component of a signal, wherein M = log 2 (F + 1) and F is the maximum cumulative value of the one component of the signal when all of the analytes are present, and wherein M is equal to or greater than 7, wherein the assay comprises performing a detecting step with reagents comprising hybridization probes, wherein at least one of the analytes comprises a polynucleotide, wherein the value is an intensity or range of intensities.
A method, comprising: receiving a first input at a data-carrying device that is storing one or more Near Field Communications Data Exchange Format (NDEF) records, wherein the first input comprises non-random data that comprises a Unique Identifier assigned to the data-carrying device and information about a user of the data-carrying device; generating a signature for the one or more NDEF records, the data-carrying device using the first input to generate the signature; and providing the signature and the one or more NDEF records from the data-carrying device to a reading device so that the reading device can validate that the data-carrying device is authorized to store the one or more NDEF records by confirming that the one or more NDEF records are bound to the data-carrying device via the signature. receiving a first input at a data-carrying device that is storing one or more Near Field Communications Data Exchange Format (NDEF) records, wherein the first input comprises non-random data that comprises a Unique Identifier assigned to the data-carrying device and information about a user of the data-carrying device; generating a signature for the one or more NDEF records, the data-carrying device using the first input to generate the signature; and providing the signature and the one or more NDEF records from the data-carrying device to a reading device so that the reading device can validate that the data-carrying device is authorized to store the one or more NDEF records by confirming that the one or more NDEF records are bound to the data-carrying device via the signature.