mhurhangee/patent-ind-claim-en huggingface dataset:
A cellular phone comprising - a lower case , - a battery , - a control unit for controlling a wireless charging coil , - a NFC module , the cellular phone further comprising a part that comprises - a circuit component for communication , and - a receiver configured to receive a wireless charging energy by non-contact type magnetic induction and to transfer the wireless charging energy to the battery by a circuit component for generating a predetermined output power from the wireless charging energy received by the wireless charging coil , wherein the receiver comprises a NFC coil and the wireless charging coil for receiving the wireless charging energy; wherein the control unit for controlling the wireless charging coil is connected to the wireless charging coil through a first connection line and the NFC module is connected to the NFC coil through a second connection line, and wherein the first connection line and the second connection line are electrically separated from each other, characterized in that the wireless charging coil is provided in an inside space surrounded by the NFC coil apart from the NFC coil , wherein a ferrite sheet is mounting both the NFC coil and the wireless charging coil ; and an insulation film is wrapping both the NFC coil and the wireless charging coil ; and wherein the first connection line and the second connection line are exposed to the outside of the insulation film and wherein the NFC Coil and the wireless charging coil are spaced apart from each other by a spaced distance, and the spaced distance is between 1 to 10 mm. - a lower case , - a battery , - a control unit for controlling a wireless charging coil , - a NFC module , the cellular phone further comprising a part that comprises - a circuit component for communication , and - a receiver configured to receive a wireless charging energy by non-contact type magnetic induction and to transfer the wireless charging energy to the battery by a circuit component for generating a predetermined output power from the wireless charging energy received by the wireless charging coil , wherein the receiver comprises a NFC coil and the wireless charging coil for receiving the wireless charging energy; wherein the control unit for controlling the wireless charging coil is connected to the wireless charging coil through a first connection line and the NFC module is connected to the NFC coil through a second connection line, and wherein the first connection line and the second connection line are electrically separated from each other, characterized in that the wireless charging coil is provided in an inside space surrounded by the NFC coil apart from the NFC coil , wherein a ferrite sheet is mounting both the NFC coil and the wireless charging coil ; and an insulation film is wrapping both the NFC coil and the wireless charging coil ; and wherein the first connection line and the second connection line are exposed to the outside of the insulation film and wherein the NFC Coil and the wireless charging coil are spaced apart from each other by a spaced distance, and the spaced distance is between 1 to 10 mm.
Fibre composite laying method (M) for producing a fibre composite scrim for forming a fibre composite component, comprising the steps of: supplying (M1) a fibre composite band in a supply region of a laying head ; unrolling (M2) the supplied fibre composite band using a laying roller ; pressing (M3) the unrolled fibre composite band onto a laying surface in a laying region using the laying roller ; pressing (M4) the supplied fibre composite band onto the laying roller in a pressing region using a pressing means , the pressing region being arranged between the supply region and the laying region ; and cutting (M5) the fibre composite band to length between the supply region and the pressing region using a cutting means ; characterized in that the pressing (M4) is carried out using a contact pressure (P) and the fibre composite laying method (M) further comprises the step of monitoring (M4a) the contact pressure (P). supplying (M1) a fibre composite band in a supply region of a laying head ; unrolling (M2) the supplied fibre composite band using a laying roller ; pressing (M3) the unrolled fibre composite band onto a laying surface in a laying region using the laying roller ; pressing (M4) the supplied fibre composite band onto the laying roller in a pressing region using a pressing means , the pressing region being arranged between the supply region and the laying region ; and cutting (M5) the fibre composite band to length between the supply region and the pressing region using a cutting means ; characterized in that the pressing (M4) is carried out using a contact pressure (P) and the fibre composite laying method (M) further comprises the step of monitoring (M4a) the contact pressure (P).
A hot rolling line control system comprising: a rolling condition setting unit that sets rolling conditions; an operation data collection unit that collects the set rolling conditions and operation data of a line during rolling; an operation data storage unit that stores the operation data; a material measurement data storage unit that stores material actual measurement data obtained by measuring a material of a rolled steel sheet ; a material prediction unit that predicts the material of the rolled steel sheet; and a material prediction data storage unit that stores material prediction data in the material prediction unit , wherein the material prediction unit includes a classification criteria creation and material model regression unit that creates classification criteria for classifying the rolled steel sheet of a material prediction target into one of a plurality of material group using the operation data and the material actual measurement data, classifies the operation data and the material actual measurement data according to the created classification criteria, and regresses the classified operation data and material actual measurement data to create a material model for each classification. a rolling condition setting unit that sets rolling conditions; an operation data collection unit that collects the set rolling conditions and operation data of a line during rolling; an operation data storage unit that stores the operation data; a material measurement data storage unit that stores material actual measurement data obtained by measuring a material of a rolled steel sheet ; a material prediction unit that predicts the material of the rolled steel sheet; and a material prediction data storage unit that stores material prediction data in the material prediction unit , wherein the material prediction unit includes a classification criteria creation and material model regression unit that creates classification criteria for classifying the rolled steel sheet of a material prediction target into one of a plurality of material group using the operation data and the material actual measurement data, classifies the operation data and the material actual measurement data according to the created classification criteria, and regresses the classified operation data and material actual measurement data to create a material model for each classification.
A method for transmitting a downlink control signal, comprising: generating, by a base station, one or more radio frames; and sending, by the base station, the one or more radio frames, wherein the one or more radio frames comprise a plurality of blocks, each block carries a physical broadcast channel, PBCH, a synchronization signal and a downlink control signal, the synchronization signal and the downlink control signal are adjacent in time and arranged in a time division manner, an orthogonal frequency division multiplexing, OFDM, symbol that carries the synchronization signal and an OFDM symbol that carries the downlink control signal form a block, and the OFDM symbol that carries the synchronization signal and the OFDM symbol that carries the downlink control signal in the same block are sent using a same beam of the base station, wherein each block is sent by using one or more downlink beams of the base station, and at least two blocks are sent by using different beams; and wherein the synchronization signal comprises a primary synchronization signal, PSS, and a secondary synchronization signal, SSS. generating, by a base station, one or more radio frames; and sending, by the base station, the one or more radio frames, wherein the one or more radio frames comprise a plurality of blocks, each block carries a physical broadcast channel, PBCH, a synchronization signal and a downlink control signal, the synchronization signal and the downlink control signal are adjacent in time and arranged in a time division manner, an orthogonal frequency division multiplexing, OFDM, symbol that carries the synchronization signal and an OFDM symbol that carries the downlink control signal form a block, and the OFDM symbol that carries the synchronization signal and the OFDM symbol that carries the downlink control signal in the same block are sent using a same beam of the base station, wherein each block is sent by using one or more downlink beams of the base station, and at least two blocks are sent by using different beams; and wherein the synchronization signal comprises a primary synchronization signal, PSS, and a secondary synchronization signal, SSS.
Apparatus for precipitation of water, wherein the apparatus contains particles of organic and / or inorganic insoluble material suspended in water , the apparatus further comprises a non-conductive mast ; a plurality of spraying nozzles for ejecting droplets in an upward direction and mounted at the top of the non-conductive mast ; at least one insulated charging electrode , arranged adjacent to the plurality of spraying nozzles , for ionizing the droplets , wherein the charging electrode is located in ejection direction above the spraying nozzles and connected to a high-voltage direct current power supply , characterized in that the apparatus further comprising at least one internal tank supported by the non-conductive mast for storing the particles of organic and / or inorganic insoluble material suspended in water ; and a pump accommodated in the non-conductive mast , being with direct connection to the spraying nozzles and direct connection to the at least one internal tank through at least one pipe or hose , wherein the spraying nozzles are fed with the particles of organic and / or inorganic insoluble material suspended in water by the pump , and the pump is electrically coupled with a low voltage direct current supply. a non-conductive mast ; a plurality of spraying nozzles for ejecting droplets in an upward direction and mounted at the top of the non-conductive mast ; at least one insulated charging electrode , arranged adjacent to the plurality of spraying nozzles , for ionizing the droplets , wherein the charging electrode is located in ejection direction above the spraying nozzles and connected to a high-voltage direct current power supply , characterized in that the apparatus further comprising at least one internal tank supported by the non-conductive mast for storing the particles of organic and / or inorganic insoluble material suspended in water ; and a pump accommodated in the non-conductive mast , being with direct connection to the spraying nozzles and direct connection to the at least one internal tank through at least one pipe or hose , wherein the spraying nozzles are fed with the particles of organic and / or inorganic insoluble material suspended in water by the pump , and the pump is electrically coupled with a low voltage direct current supply.
A dental glass comprising: phosphorus; sodium and/or potassium; and calcium, wherein the dental glass contains, in terms of oxide, phosphorus (P 2 O 5 ) by greater than or equal to 40% by mass and less than or equal to 70% by mass, sodium and/or potassium (Na 2 O, K 2 O) by greater than or equal to 25% by mass and less than or equal to 40% by mass, and calcium (CaO) by greater than or equal to 1% by mass and less than or equal to 20% by mass, and wherein the dental glass does not substantially contain silicon and aluminum. phosphorus; sodium and/or potassium; and calcium, wherein the dental glass contains, in terms of oxide, phosphorus (P 2 O 5 ) by greater than or equal to 40% by mass and less than or equal to 70% by mass, sodium and/or potassium (Na 2 O, K 2 O) by greater than or equal to 25% by mass and less than or equal to 40% by mass, and calcium (CaO) by greater than or equal to 1% by mass and less than or equal to 20% by mass, and wherein the dental glass does not substantially contain silicon and aluminum.
A composition for preparing a candy, the composition containing: saccharides having a degree of polymerization of 2 or less; and saccharides having a degree of polymerization of 3 or more; wherein the saccharides having a degree of polymerization of 2 or less include allulose; wherein the composition has a content of the saccharides having a degree of polymerization of 3 or more of 29 parts by weight or more, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids; and wherein the composition has an allulose content of 5 to 10 parts by weight, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids. wherein the saccharides having a degree of polymerization of 2 or less include allulose; wherein the composition has a content of the saccharides having a degree of polymerization of 3 or more of 29 parts by weight or more, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids; and wherein the composition has an allulose content of 5 to 10 parts by weight, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids.
A vascular endothelial growth factor (VEGF) inhibitor for use in a method of treating wet macular degeneration, the method comprising administrating intravitreally to a patient the VEGF inhibitor, the patient having previously been treated intravitreally with the VEGF inhibitor for about one year, and having one or more genetic variants that are single nucleotide polymorphisms selected from rs2056688, rs5962084, rs5962087, rs5915722 and rs5962095, wherein lacking the one or more genetic variants reflects an ongoing requirement for aggressive treatment with an intravitreal anti-VEGF agent after one full year of dosing.
A method for forming a scratch-resistant glass article comprising: providing a glass substrate having opposing major surfaces; and forming an inorganic, optically-transparent layer over a majority of a first major surface, wherein the forming comprises heating the glass substrate to a temperature of less than 500°C and the glass substrate comprises chemically-strengthened glass. providing a glass substrate having opposing major surfaces; and forming an inorganic, optically-transparent layer over a majority of a first major surface, wherein the forming comprises heating the glass substrate to a temperature of less than 500°C and the glass substrate comprises chemically-strengthened glass.
Method for reproducing image sequences with flickering light information (L) of pulsed LED light sources which periodically change their brightness, which is carried out by an image processing unit (V) which is integrated in a motor vehicle, having the steps: - Generating an image sequence comprising a sequence of images (E i ) of a temporally successively acquired image scene with luminance pixels and chrominance pixels by means of a camera (K) integrated in the motor vehicle, the camera (K) being part of the image processing unit (V) or being connected to the image processing unit (V), - estimating (ME) motion vectors for image data of an image (E i ) for describing the spatial displacement of an image datum in a first image (E i ) relative to the same image datum in a temporally displaced second image (E i+1 ), - calculating a motion compensated intermediate image (B i ) with the estimated motion vectors, - generating (MIX) a temporally offset third image (A i ) by mixing the image data of the first image (E i ) for which motion vectors have been estimated with a spatial offset defined by a respective motion vector with image data of the second image (E i+1 ), characterised in that the mixing is filtered with weighting factors such that a luminance pixel of the generated third image (A i ) receives the luminance value of the corresponding luminance pixel of the first image (E i ) without mixing in the corresponding luminance information from a motion compensated intermediate image (B i ) if the luminance pixel of the first image (E i ) has a luminance value greater than the corresponding luminance pixel in the motion compensated intermediate image (B i ), and otherwise the luminance pixel of the generated third image (A i ) receives the luminance value of the corresponding luminance pixel of the first image (E i ) weighted by a first weighting factor added to the luminance value of the corresponding luminance pixel of the motion compensated intermediate image (B i ) weighted by a second weighting factor higher than the first weighting factor. - Generating an image sequence comprising a sequence of images (E i ) of a temporally successively acquired image scene with luminance pixels and chrominance pixels by means of a camera (K) integrated in the motor vehicle, the camera (K) being part of the image processing unit (V) or being connected to the image processing unit (V), - estimating (ME) motion vectors for image data of an image (E i ) for describing the spatial displacement of an image datum in a first image (E i ) relative to the same image datum in a temporally displaced second image (E i+1 ), - calculating a motion compensated intermediate image (B i ) with the estimated motion vectors, - generating (MIX) a temporally offset third image (A i ) by mixing the image data of the first image (E i ) for which motion vectors have been estimated with a spatial offset defined by a respective motion vector with image data of the second image (E i+1 ),
A method for preventing metal corrosion, the method comprising contacting an effective amount of an anticorrosion composition with an aqueous system in contact with a metal, the anticorrosion composition comprising an alkyl benzotriazole, an alkyl tolyltriazole, an alkoxy benzotriazole, an alkoxy tolyltriazole, a nitro benzotriazole, a nitro tolyltriazole, a halo benzotriazole, a halo tolyltriazole, a hydrogenated benzotriazole, a hydrogenated tolyltriazole, or a salt thereof, or a combination thereof; wherein the aqueous system comprises a brine and has a pH of less than 3; wherein the alkyl benzotriazole is butyl benzotriazole, pentyl benzotriazole, hexyl benzotriazole, heptyl benzotriazole, octyl benzotriazole, or a combination thereof.
A spark plug comprising a center electrode and a ground electrode that form a gap (G) therebetween, wherein at least one of the center electrode and the ground electrode comprises a portion comprising a nickel alloy containing nickel as a major component and 20% by mass or more of chromium, and in the portion, comprising the nickel alloy, of the electrode, the content of silicon is 0.1% by mass or more, the total content of one or more particular elements selected from the group consisting of rare earth elements is 0.01 % by mass or more characterized in that the area percentage of voids in the total area of a cross-section of the electrode body parallel to a longitudinal direction taken in a plane passing through the axial line of the electrode body is 1% or less. the content of silicon is 0.1% by mass or more, the total content of one or more particular elements selected from the group consisting of rare earth elements is 0.01 % by mass or more
A terminal comprising: a control section configured to determine a single resource set among a plurality of resource sets configured based on higher layer signaling and configured to determine a transmission resource for an uplink control channel from the single resource set based on a field value in downlink control information; and a transmitting section configured to transmit uplink control information by using the uplink control channel, wherein when a higher layer parameter corresponding to a maximum number of uplink control channel resources per resource set is applied to all the plurality of resource sets and when the maximum number exceeds a given value, the maximum number of uplink control channel resources per resource set other than a specific resource set is the given value. a control section configured to determine a single resource set among a plurality of resource sets configured based on higher layer signaling and configured to determine a transmission resource for an uplink control channel from the single resource set based on a field value in downlink control information; and a transmitting section configured to transmit uplink control information by using the uplink control channel, wherein when a higher layer parameter corresponding to a maximum number of uplink control channel resources per resource set is applied to all the plurality of resource sets and when the maximum number exceeds a given value, the maximum number of uplink control channel resources per resource set other than a specific resource set is the given value.
A planet wheel shaft for a planetary gear, the planet wheel shaft comprising: - end portions attachable to a planet carrier of the planetary gear, and - a bearing portion axially between the end portions, the bearing portion being suitable for acting as a slide-bearing in cooperation with a planet wheel of the planetary gear, characterized in that , on one or more first axial regions of the bearing portion, a cross-sectional shape (216-218) of the bearing portion deviates from a circular shape so that a thickness of the bearing portion in a first direction (x) is greater than the thickness of the bearing portion in a second direction (y) perpendicular to the first direction, the deviation from the circular shape on the one or more first axial regions being suitable for widening a gap being between the bearing portion and the planet wheel and tapering in a wedge-shaped way towards an area where hydrodynamic oil pressure is formed for carrying load in the first direction. - end portions attachable to a planet carrier of the planetary gear, and - a bearing portion axially between the end portions, the bearing portion being suitable for acting as a slide-bearing in cooperation with a planet wheel of the planetary gear,
A genetically engineered Escherichia coli in which the PEP-dependent phosphotransferase system and the GalP-based system for glucose import are eliminated, and which comprises an exogenous glucose facilitator system comprising a protein encoded by an exogenous glf gene.