mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fast, high resolution, 3D printing, the method comprising: generating on a computer a 3D digital model of a sample to be printed, slicing the digital model into a sequence of images, wherein each image of the sequence represents a layer of the 3D digital model, and transferring an image from the sequence of images to a micro display chip of an optical light engine comprising the micro display chip and a light source, wherein the micro display chip comprises a liquid crystal display or a digital light processing panel, projecting the image along with light from the optical light engine through a projection lens of a projection lens complex onto printing material , causing the printing material in the bright areas of the projected image are polymerized, while the dark areas remain liquid, and the projection lens complex comprises two or more projection lenses with different imaging ratios, and wherein the image and light are projected through only one projection lens at a time, and wherein the projection lens complex is a dual-projection lens comprising two projection lenses with different imaging ratios, one lens having higher resolution and a second lens having lower resolution, wherein both lenses share the same focus plane by design, the method being characterized in that optical shutters in front of the projection lenses are used to switch image projection from one projection lens to another projection lens. generating on a computer a 3D digital model of a sample to be printed, slicing the digital model into a sequence of images, wherein each image of the sequence represents a layer of the 3D digital model, and transferring an image from the sequence of images to a micro display chip of an optical light engine comprising the micro display chip and a light source, wherein the micro display chip comprises a liquid crystal display or a digital light processing panel, projecting the image along with light from the optical light engine through a projection lens of a projection lens complex onto printing material , causing the printing material in the bright areas of the projected image are polymerized, while the dark areas remain liquid, and the projection lens complex comprises two or more projection lenses with different imaging ratios, and wherein the image and light are projected through only one projection lens at a time, and wherein the projection lens complex is a dual-projection lens comprising two projection lenses with different imaging ratios, one lens having higher resolution and a second lens having lower resolution, wherein both lenses share the same focus plane by design, the method being characterized in that optical shutters in front of the projection lenses are used to switch image projection from one projection lens to another projection lens.
A method in a wireless local area network, WLAN, system using a transmission frequency band including at least one resource unit, RU, the method comprising: configuring a physical layer protocol data unit, PPDU, generated for a plurality of receiving devices and containing a first control field , a second control field , and a data field ; and transmitting the PPDU to the plurality of receiving devices through the transmission frequency band, wherein the first control field contains control information required to interpret the PPDU, wherein the second control field contains identification information for the plurality of receiving devices, the method being characterized: wherein the first control field contains a control identifier including information on whether a single RU for a full bandwidth of the transmission frequency band is allocated, and wherein the second control field contains allocation information for the at least one RU if the control identifier does not include information on allocation of a single RU for the full bandwidth, and the second control field does not contain the allocation information for the at least one RU if the control identifier includes information on allocation of a single RU for the full bandwidth. configuring a physical layer protocol data unit, PPDU, generated for a plurality of receiving devices and containing a first control field , a second control field , and a data field ; and transmitting the PPDU to the plurality of receiving devices through the transmission frequency band, wherein the first control field contains control information required to interpret the PPDU, wherein the second control field contains identification information for the plurality of receiving devices, the method being characterized: wherein the first control field contains a control identifier including information on whether a single RU for a full bandwidth of the transmission frequency band is allocated, and wherein the second control field contains allocation information for the at least one RU if the control identifier does not include information on allocation of a single RU for the full bandwidth, and the second control field does not contain the allocation information for the at least one RU if the control identifier includes information on allocation of a single RU for the full bandwidth. wherein the first control field contains a control identifier including information on whether a single RU for a full bandwidth of the transmission frequency band is allocated, and wherein the second control field contains allocation information for the at least one RU if the control identifier does not include information on allocation of a single RU for the full bandwidth, and the second control field does not contain the allocation information for the at least one RU if the control identifier includes information on allocation of a single RU for the full bandwidth.
A recombinant serine protease enzyme comprising an amino acid sequence having at least 82 % identity to an amino acid sequence as defined in SEQ ID NO: 2 and which comprises amino acid E at position 105, or amino acid D at position 103 and amino acid E at position 105 in the numbering according to SEQ ID NO: 2, wherein said enzyme has better performance in stain removal as compared to the wild-type protease having an amino acid sequence as defined in SEQ ID NO: 2.
A gas heating smoking article, with puff mouth piece , wherein the smoking article includes smoking article housing , combustion device attached on the housing , cigarette consumable items or aerosol generation consumable items ; such combustion device using propane or butane premixed with air before combustion, wherein heat generated from the combustion is used to bake cigarette consumable items or aerosol generation consumable items wherein the cigarette consumable items are placed in a baking chamber , such smoking article housing is designed with inlet air hole and puff mouth piece, wherein the housing comprises a combustion zone and an aerosol generation zone, such combustion zone has at least one inlet air hole and exhaust hole and the aerosol generation zone has a puff hole for puffing, such that there is no air flow path between the combustion zone and the aerosol generation zone, and the aerosol generation consumable items is placed in the aerosol generation zone; and wherein the baking chamber is designed with at least one high-temperature gas spread path and exhaust gas exit ; such combustion of gas-air-mixed flame is targeting the high-temperature gas spread path and connected to the exhaust gas exit , thus realizing the baking of cigarette; characterized in that the baking chamber is divided into multiple separate chambers by partitions , such partitions designed with a space for cigarette consumable items ; there is high-temperature gas spread path and exhaust gas exit for each separate chambers, gap between cigarette consumable items and the housing of the smoking article is the high-temperature gas spread path ; combustion device is attached to the outside of the housing , it can move along the smoking article step by step, and can stop at each high-temperature gas inlet hole of the separate chambers, single combustion and step motion of the combustion device is controlled manually; whereby the combustion device can move along the smoking article, by multiple ignitions and flame, baking the cigarette consumable items section by section.
A discharge-based photo ionisation gas detector for analysing a gas sample, comprising: a discharge zone , comprising: - a plasma chamber configured to receive a flow of a discharge gas therethrough, the plasma chamber having an outlet allowing optical radiation out of the discharge zone ; - a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber so as to generate a plasma from said discharge gas; and an ionisation zone , comprising: - an ionisation region configured to receive a flow of the gas sample therethrough, the ionisation zone having an inlet allowing optical radiation from the discharge zone into said ionisation region ; and - an ionisation-measuring mechanism configured to measure an ionisation current resulting from a photo ionisation of the gas sample in said ionisation region by said optical radiation characterized in that the discharge zone comprises a plasma-localizing mechanism distinct from the plasma-generating mechanism , configured to apply a plasma-localizing field across the plasma chamber and positioned such that the plasma-localizing field localizes the plasma within the plasma chamber in alignment with the outlet . a discharge zone , comprising: - a plasma chamber configured to receive a flow of a discharge gas therethrough, the plasma chamber having an outlet allowing optical radiation out of the discharge zone ; - a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber so as to generate a plasma from said discharge gas; and - a plasma chamber configured to receive a flow of a discharge gas therethrough, the plasma chamber having an outlet allowing optical radiation out of the discharge zone ; - a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber so as to generate a plasma from said discharge gas; and an ionisation zone , comprising: - an ionisation region configured to receive a flow of the gas sample therethrough, the ionisation zone having an inlet allowing optical radiation from the discharge zone into said ionisation region ; and - an ionisation-measuring mechanism configured to measure an ionisation current resulting from a photo ionisation of the gas sample in said ionisation region by said optical radiation - an ionisation region configured to receive a flow of the gas sample therethrough, the ionisation zone having an inlet allowing optical radiation from the discharge zone into said ionisation region ; and - an ionisation-measuring mechanism configured to measure an ionisation current resulting from a photo ionisation of the gas sample in said ionisation region by said optical radiation
A resin composition, containing an epoxy resin (A), a cyanate ester resin (B), a bismaleimide resin (C), a high-molecular-weight resin (D) having structures represented by Formula , Formula , Formula and Formula and a weight-average molecular weight of 100,000 to 200,000, and an inorganic filler (E), wherein k, l, m and n are molar fractions, where k + l + m + n≤1; 0≤k≤0.30; 0.01≤l≤0.20; 0.10≤m≤0.60; 0≤n≤0.60; in Formula , R 1 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula , R 2 and R 3 are each independently a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula , R 4 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; R 5 is Ph (phenyl), -COO(CH 2 ) 2 Ph or -COOCH 2 Ph; wherein the epoxy value of the high-molecular-weight resin (D) is in the range of 0.10 eq/kg to 0.80 eq/kg. wherein k, l, m and n are molar fractions, where k + l + m + n≤1; 0≤k≤0.30; 0.01≤l≤0.20; 0.10≤m≤0.60; 0≤n≤0.60; in Formula , R 1 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula , R 2 and R 3 are each independently a hydrogen atom or an alkyl group having 1-8 carbon atoms; in Formula , R 4 is a hydrogen atom or an alkyl group having 1-8 carbon atoms; R 5 is Ph (phenyl), -COO(CH 2 ) 2 Ph or -COOCH 2 Ph; wherein the epoxy value of the high-molecular-weight resin (D) is in the range of 0.10 eq/kg to 0.80 eq/kg.
A method for wireless communication performed by a base station, comprising: identifying that data is available to be transmitted to a user equipment, UE, that is operating in a discontinuous reception, DRX, mode; transmitting , to the UE, based at least in part on the data being available, a first wakeup message using a first band supported by the UE; transmitting , to the UE, based at least in part on the data being available, a second wakeup message using a second band supported by the UE, the second band being different from the first band; and receiving , from the UE, a signal on the first band, the signal indicating a beam index associated with a transmit beam of the base station. identifying that data is available to be transmitted to a user equipment, UE, that is operating in a discontinuous reception, DRX, mode; transmitting , to the UE, based at least in part on the data being available, a first wakeup message using a first band supported by the UE; transmitting , to the UE, based at least in part on the data being available, a second wakeup message using a second band supported by the UE, the second band being different from the first band; and receiving , from the UE, a signal on the first band, the signal indicating a beam index associated with a transmit beam of the base station.
A controller for a Peripheral Component Interconnect Express (PCIe) card, the controller comprising: a plurality of sets of physical interfaces (PHYs), each set of PHYs configured to communicate with a subset of PCIe connectors from a plurality of PCIe connectors, wherein at least one set of PHYs is adapted to be connected to a different number of PCIe connectors than at least one other set of PHYs from the plurality of sets of PHYs, thereby enabling the controller to be used with multiple PCIe card topologies; and a plurality of PCIe cores configured to communicate with the plurality of sets of PHYs. a plurality of sets of physical interfaces (PHYs), each set of PHYs configured to communicate with a subset of PCIe connectors from a plurality of PCIe connectors, wherein at least one set of PHYs is adapted to be connected to a different number of PCIe connectors than at least one other set of PHYs from the plurality of sets of PHYs, thereby enabling the controller to be used with multiple PCIe card topologies; and a plurality of PCIe cores configured to communicate with the plurality of sets of PHYs.
A rigid sensor stopper adapted for a drug delivery device, comprising: a sensor ; a power source ; and at least one seal, wherein the at least one seal is elastomeric, characterised in that the rigid sensor stopper further comprises a sealed rigid casing , wherein the casing is formed from at least one of: injection molding, machining, or forged casing, wherein the sensor and the power source are inserted prior to the sealing of the rigid casing, the sensor comprises a transducer coupled to emit ultrasonic signals along the length of, and through a fluid in, the drug delivery device when the stopper is positioned in the drug delivery device, wherein the ultrasonic signals are reflected back toward the stopper by a dispensing end of the drug delivery device. a sensor ; a power source ; and at least one seal, wherein the at least one seal is elastomeric, characterised in that the rigid sensor stopper further comprises a sealed rigid casing , wherein the casing is formed from at least one of: injection molding, machining, or forged casing, wherein the sensor and the power source are inserted prior to the sealing of the rigid casing, the sensor comprises a transducer coupled to emit ultrasonic signals along the length of, and through a fluid in, the drug delivery device when the stopper is positioned in the drug delivery device, wherein the ultrasonic signals are reflected back toward the stopper by a dispensing end of the drug delivery device. and at least one seal, wherein the at least one seal is elastomeric, characterised in that the rigid sensor stopper further comprises a sealed rigid casing , wherein the casing is formed from at least one of: injection molding, machining, or forged casing, injection molding, machining, or forged casing, wherein the sensor and the power source are inserted prior to the sealing of the rigid casing, the sensor comprises a transducer coupled to emit ultrasonic signals along the length of, and through a fluid in, the drug delivery device when the stopper is positioned in the drug delivery device, wherein the ultrasonic signals are reflected back toward the stopper by a dispensing end of the drug delivery device.
A composition for forming a silicon-containing resist underlayer film, comprising at least: one or more compounds shown by the following general formula (P-0); and a thermally crosslinkable polysiloxane (Sx), wherein R 100 represents a divalent organic group substituted with one or more fluorine atoms; R 101 and R 102 each independently represent a linear, branched, or cyclic monovalent hydrocarbon group having 1 to 20 carbon atoms optionally substituted with a hetero-atom or optionally interposed by a hetero-atom; R 103 represents a linear, branched, or cyclic divalent hydrocarbon group having 1 to 20 carbon atoms optionally substituted with a hetero-atom or optionally interposed by a hetero-atom; R 101 and R 102 , or R 101 and R 103 , are optionally bonded to each other to form a ring with a sulfur atom in the formula; and L 104 represents a single bond or a linear, branched, or cyclic divalent hydrocarbon group having 1 to 20 carbon atoms optionally substituted with a hetero-atom or optionally interposed by a hetero-atom. one or more compounds shown by the following general formula (P-0); and a thermally crosslinkable polysiloxane (Sx),
A device comprising: an acquiring means configured to acquire a call connection request that requests a call connection from a source telephone number to a destination telephone number; a selecting means configured to select, as a to-be-notified telephone number, one of source telephone numbers that have been assigned to a source telephone that has sent the call connection request, in accordance with a condition relevant to the destination telephone number, and to select the to-be-notified telephone number based on information on a source telephone number that has been used in a past call connection request sent by the destination telephone to call the source telephone; and a notification means that notifies a destination telephone that is identified by the destination telephone number, of the to-be-notified telephone number. an acquiring means configured to acquire a call connection request that requests a call connection from a source telephone number to a destination telephone number; a selecting means configured to select, as a to-be-notified telephone number, one of source telephone numbers that have been assigned to a source telephone that has sent the call connection request, in accordance with a condition relevant to the destination telephone number, and to select the to-be-notified telephone number based on information on a source telephone number that has been used in a past call connection request sent by the destination telephone to call the source telephone; and a notification means that notifies a destination telephone that is identified by the destination telephone number, of the to-be-notified telephone number.
A method for transmitting a reference signal at a user equipment in a wireless communication system, the method comprising: determining, for the reference signal, a root index 'q' of a Zadoff Chu sequence having a length 'N zc RS ', the root index 'q' determined based on a group index 'u', the length 'N zc RS ', and a base sequence number index 'v' for each length 'N zc RS ' within a sequence group corresponding to the group index 'u', wherein the group index 'u' corresponds to a cell where the user equipment is operating; generating the reference signal base on the determined root index 'q' of the Zadoff-Chu sequence; and transmitting the generated reference signal to a base station, characterized in that : the determined root index 'q' satisfies: q = floor y + 0.5 + v ∗ − 1 floor 2 y , wherein: y = N zc RS ∗ u + 1 / N reference , and wherein the 'N reference ' is a length of a predetermined reference Zadoff-Chu sequence. determining, for the reference signal, a root index 'q' of a Zadoff Chu sequence having a length 'N zc RS ', the root index 'q' determined based on a group index 'u', the length 'N zc RS ', and a base sequence number index 'v' for each length 'N zc RS ' within a sequence group corresponding to the group index 'u', wherein the group index 'u' corresponds to a cell where the user equipment is operating; generating the reference signal base on the determined root index 'q' of the Zadoff-Chu sequence; and transmitting the generated reference signal to a base station, characterized in that : the determined root index 'q' satisfies: q = floor y + 0.5 + v ∗ − 1 floor 2 y , wherein: y = N zc RS ∗ u + 1 / N reference , and wherein the 'N reference ' is a length of a predetermined reference Zadoff-Chu sequence. the determined root index 'q' satisfies: q = floor y + 0.5 + v ∗ − 1 floor 2 y , wherein: y = N zc RS ∗ u + 1 / N reference , and wherein the 'N reference ' is a length of a predetermined reference Zadoff-Chu sequence.
An injection device configured to atomise a liquid into droplets by means of a gas, comprising a hollow tubular body extending in a longitudinal direction (X) and of which an internal wall defines a first so-called contact zone (Z1) and a second zone (Z2) located downstream of the first zone with respect to a direction of circulation of the liquid and the gas inside the body, this second zone (Z2) having a length in the longitudinal direction (X) that is 2 to 10 times greater than the length of the first zone (Z1), the body having: - at least one inlet opening that opens into said first zone (Z1), for injecting a liquid inside the first zone, - at least one inlet opening that opens into said first zone (Z1), for injecting an atomising gas inside the first zone, - at least one outlet orifice located downstream of the first and second zones for removing the atomised liquid from the body, characterised in that the body has an internal section varying continuously or constantly over its entire length except at the junction between the first and the second zone, wherein its internal wall comprises at least one cavity (20 i , 120 i , 220 i , 320 i , 420 i , 520 i , wherein i is a non-zero integer representing the number of cavities) increasing the dimension of the internal cross-section of the body, said at least one cavity extending over at least a predetermined length in the longitudinal direction. - at least one inlet opening that opens into said first zone (Z1), for injecting a liquid inside the first zone, - at least one inlet opening that opens into said first zone (Z1), for injecting an atomising gas inside the first zone, - at least one outlet orifice located downstream of the first and second zones for removing the atomised liquid from the body,