mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a wireless device capable of operating in discontinuous activity mode, the method comprising: determining that the wireless device is configured with a discontinuous reception, DRX, cycle longer than a DRX threshold; obtaining a reduced measurement group comprising a set of one or more cells or carriers to be measured; comparing a signal level of the serving cell at the wireless device with a signal threshold; when the signal level of the serving cell at the wireless device is below the signal threshold, performing a measurement on the set of one or more cells or carriers of the reduced measurement group; obtaining a normal measurement group comprising a set of one or more cells or carriers to be measured being more cells or carriers than in the reduced measurement group; and when the signal level of the serving cell at the wireless device is equal to or above the signal threshold, performing a measurement on the set of one or more cells or carriers of the normal measurement group. determining that the wireless device is configured with a discontinuous reception, DRX, cycle longer than a DRX threshold; obtaining a reduced measurement group comprising a set of one or more cells or carriers to be measured; comparing a signal level of the serving cell at the wireless device with a signal threshold; when the signal level of the serving cell at the wireless device is below the signal threshold, performing a measurement on the set of one or more cells or carriers of the reduced measurement group; obtaining a normal measurement group comprising a set of one or more cells or carriers to be measured being more cells or carriers than in the reduced measurement group; and when the signal level of the serving cell at the wireless device is equal to or above the signal threshold, performing a measurement on the set of one or more cells or carriers of the normal measurement group.
A solid dispersion comprising a poly(meth)acrylate copolymer and hydroxypropyl methylcellulose acetate succinate (HPMCAS).
A method for the manufacture of composite structures comprising peat moss, characterized in that the method is a continuous foam-laid method comprising the steps of: - forming at least one foamed dispersion by dispersing fibers comprising 0.1 - 10% by weight of peat moss in a foamable liquid consisting of water, 0.005 - 10% by weight of one or more binders and 0.005 - 5% by weight of at least one foaming agent selected from anionic surfactants and polyvinyl alcohols, - conveying the foamed dispersion or foamed dispersions to a foraminous support and draining liquid through the foraminous support to form a sheet or web, and - drying the sheet or web. - forming at least one foamed dispersion by dispersing fibers comprising 0.1 - 10% by weight of peat moss in a foamable liquid consisting of water, 0.005 - 10% by weight of one or more binders and 0.005 - 5% by weight of at least one foaming agent selected from anionic surfactants and polyvinyl alcohols, - conveying the foamed dispersion or foamed dispersions to a foraminous support and draining liquid through the foraminous support to form a sheet or web, and - drying the sheet or web.
A method for feeding back channel state information, CSI, applied to a wireless communications system, and comprising: receiving, by a user equipment, time configuration signaling and feedback configuration signaling, wherein the time configuration signaling comprises reporting activation signaling and reporting duration signaling, wherein the reporting activation signaling is used to determine a start moment of a feedback time period during which the user equipment feeds back CSI, and the reporting duration signaling is used to determine a consecutive transmission time unit of the feedback time period, and wherein the feedback configuration signaling is used to configure two or more feedback cycles during the feedback time period, each feedback cycle including a plurality of transmission time units, wherein the feedback configuration signaling comprises an offset Z, and the feedback configuration signaling is used to configure feeding back the CSI in a corresponding transmission time unit that has an offset of Z transmission time units from a start transmission time unit of each feedback cycle, wherein Z is an integer greater than or equal to zero, wherein the feedback configuration signaling is used to configure N cycles, the CSI comprises M parts, and the M parts are sent by using M cycles from the N cycles, wherein N≥M≥2, and both N and M are positive integers.; and periodically obtaining and sending, by the user equipment, CSI in the two or more feedback cycles during the feedback time period. receiving, by a user equipment, time configuration signaling and feedback configuration signaling, wherein the time configuration signaling comprises reporting activation signaling and reporting duration signaling, wherein the reporting activation signaling is used to determine a start moment of a feedback time period during which the user equipment feeds back CSI, and the reporting duration signaling is used to determine a consecutive transmission time unit of the feedback time period, and wherein the feedback configuration signaling is used to configure two or more feedback cycles during the feedback time period, each feedback cycle including a plurality of transmission time units, wherein the feedback configuration signaling comprises an offset Z, and the feedback configuration signaling is used to configure feeding back the CSI in a corresponding transmission time unit that has an offset of Z transmission time units from a start transmission time unit of each feedback cycle, wherein Z is an integer greater than or equal to zero, wherein the feedback configuration signaling is used to configure N cycles, the CSI comprises M parts, and the M parts are sent by using M cycles from the N cycles, wherein N≥M≥2, and both N and M are positive integers.; and periodically obtaining and sending, by the user equipment, CSI in the two or more feedback cycles during the feedback time period.
An activation device for a printing blanket, comprising: a storage tank having a box shape; an absorber mounted on the storage tank ; and a liquid stored in the storage tank , the absorber including layers of absorbing members and absorbing the liquid from an absorber lower part included in the absorber , the absorber includes an uppermost layer that is peelable from the absorber , wherein the uppermost layer being one of the absorbing members is fed from a feed roll and taken up to a take-up roll . a storage tank having a box shape; an absorber mounted on the storage tank ; and a liquid stored in the storage tank , the absorber including layers of absorbing members and absorbing the liquid from an absorber lower part included in the absorber , the absorber includes an uppermost layer that is peelable from the absorber , wherein the uppermost layer being one of the absorbing members is fed from a feed roll and taken up to a take-up roll .
Liquid dispensing system comprising a liquid dispensing device and at least one container for storing the liquid to be dispensed, wherein: the liquid dispensing device includes first connecting means and the at least one container contains second connecting means , said first and second connecting means being arranged to cooperate to releasably connect the liquid dispensing device to the at least one container ; the liquid dispensing system further comprises means for preventing refilling of the at least one container ; the at least one container has a neck defining a fill opening for the liquid and the refill prevention means includes a restriction element (7; 107) which almost completely closes off the fill opening ; the restriction element (7; 107) includes an opening (12; 112) having a cross sectional area that is substantially smaller than that of the fill opening ; and the liquid dispensing system further comprises a valve (14; 114), characterized in that the valve (14; 114) closes off the opening (12; 112) in the restriction element (7; 107) and remains closed as long as no suction is applied due to actuation of the dispensing device . the liquid dispensing device includes first connecting means and the at least one container contains second connecting means , said first and second connecting means being arranged to cooperate to releasably connect the liquid dispensing device to the at least one container ; the liquid dispensing system further comprises means for preventing refilling of the at least one container ; the at least one container has a neck defining a fill opening for the liquid and the refill prevention means includes a restriction element (7; 107) which almost completely closes off the fill opening ; the restriction element (7; 107) includes an opening (12; 112) having a cross sectional area that is substantially smaller than that of the fill opening ; and the liquid dispensing system further comprises a valve (14; 114), characterized in that the valve (14; 114) closes off the opening (12; 112) in the restriction element (7; 107) and remains closed as long as no suction is applied due to actuation of the dispensing device .
A sound box assembly for a display apparatus , comprising: a housing defining a chamber therein, a connecting part being arranged adjacent to the housing , and configured to be connected with the display apparatus ; and a loudspeaker arranged in the chamber of the housing ; wherein the loudspeaker comprises: a squawker arranged at a middle portion of the housing ; and a woofer and a tweeter , one of the woofer and the tweeter being arranged above the squawker , and the other one of the woofer and the tweeter being arranged below the squawker , characterized in that , the tweeter is disposed at the middle portion of the housing , arranged below the squawker , and spaced from the squawker by a first distance; and the woofer is disposed at an upper portion of the housing , and spaced from the squawker by a second distance, wherein the second distance is greater than the first distance. a housing defining a chamber therein, a connecting part being arranged adjacent to the housing , and configured to be connected with the display apparatus ; and a loudspeaker arranged in the chamber of the housing ; wherein the loudspeaker comprises: a squawker arranged at a middle portion of the housing ; and a woofer and a tweeter , one of the woofer and the tweeter being arranged above the squawker , and the other one of the woofer and the tweeter being arranged below the squawker , characterized in that , the tweeter is disposed at the middle portion of the housing , arranged below the squawker , and spaced from the squawker by a first distance; and the woofer is disposed at an upper portion of the housing , and spaced from the squawker by a second distance, wherein the second distance is greater than the first distance. a squawker arranged at a middle portion of the housing ; and a woofer and a tweeter , one of the woofer and the tweeter being arranged above the squawker , and the other one of the woofer and the tweeter being arranged below the squawker , characterized in that , the tweeter is disposed at the middle portion of the housing , arranged below the squawker , and spaced from the squawker by a first distance; and the woofer is disposed at an upper portion of the housing , and spaced from the squawker by a second distance, wherein the second distance is greater than the first distance.
A dual motion recline mechanism for a seat assembly comprising: a seat frame assembly wherein said seat frame assembly is configured to pivot to an upright position when unoccupied by a user and to a horizontal down position when occupied by the user; a seat carrier chassis plate operatively connected to said seat frame assembly by a pair of seat pivot pins , wherein said seat carrier chassis plate provides support for said seat frame assembly and is configured to allow the movement of said seat frame assembly ; a chassis mounting plate connected to said seat frame assembly by a rear pivot link and a seat front guide rod ; a linear actuator ; a pair of rear pivot links wherein each of said pair of rear pivot links is operatively connected at its upper end to said chassis mounting plate , at its center to said seat carrier chassis plate and at its lower end to said linear actuator ; and a back frame assembly operatively attached to said seat carrier chassis plate and to said linear actuator , wherein when actuated by the user, said linear actuator causes the seat carrier chassis plate to pull back frame assembly downward and forward and wherein also when actuated by the user, said linear actuator causes the pair of rear pivot links to rotate and pull said pair of seat carrier chassis plates in a down and forward direction thereby pulling seat frame assembly forward. a seat frame assembly wherein said seat frame assembly is configured to pivot to an upright position when unoccupied by a user and to a horizontal down position when occupied by the user; a seat carrier chassis plate operatively connected to said seat frame assembly by a pair of seat pivot pins , wherein said seat carrier chassis plate provides support for said seat frame assembly and is configured to allow the movement of said seat frame assembly ; a chassis mounting plate connected to said seat frame assembly by a rear pivot link and a seat front guide rod ; a linear actuator ; a pair of rear pivot links wherein each of said pair of rear pivot links is operatively connected at its upper end to said chassis mounting plate , at its center to said seat carrier chassis plate and at its lower end to said linear actuator ; and a back frame assembly operatively attached to said seat carrier chassis plate and to said linear actuator , wherein when actuated by the user, said linear actuator causes the seat carrier chassis plate to pull back frame assembly downward and forward and wherein also when actuated by the user, said linear actuator causes the pair of rear pivot links to rotate and pull said pair of seat carrier chassis plates in a down and forward direction thereby pulling seat frame assembly forward.
A computer-implemented simulation method for multi-scale simulation of fluid flow in a subterranean formation, the method comprising: performing , using a nanoscale model of the subterranean formation, a first simulation that simulates fluid-fluid and fluid-rock interactions in the subterranean formation; upscaling first results of the first simulation to a microscale level, wherein upscaling the first results comprises calculating, based on the first results, an interfacial tension of a water and oil interface; performing , using a microscale model of the subterranean formation and the upscaled first results as input to the microscale model, a second simulation that simulates fluid flow inside rocks of the subterranean formation; upscaling second results of the second simulation to a macroscale level, wherein upscaling the second results comprises calculating, based on the second results, a macroscopic permeability; and performing , using a core-scale model of the subterranean formation and the upscaled second results as input to the core-scale model, a third simulation that simulates fluid flow across the subterranean formation. performing , using a nanoscale model of the subterranean formation, a first simulation that simulates fluid-fluid and fluid-rock interactions in the subterranean formation; upscaling first results of the first simulation to a microscale level, wherein upscaling the first results comprises calculating, based on the first results, an interfacial tension of a water and oil interface; performing , using a microscale model of the subterranean formation and the upscaled first results as input to the microscale model, a second simulation that simulates fluid flow inside rocks of the subterranean formation; upscaling second results of the second simulation to a macroscale level, wherein upscaling the second results comprises calculating, based on the second results, a macroscopic permeability; and performing , using a core-scale model of the subterranean formation and the upscaled second results as input to the core-scale model, a third simulation that simulates fluid flow across the subterranean formation.
Key for actuating a lock cylinder , comprising a key bow and a key shank that extends from the key bow , a channel which extends through the key shank being formed in the key shank , in which channel a rolling element that is shiftable along the channel is arranged for actuating a lateral tumbler of the lock cylinder , characterized in that the key shank , in the half thereof that is axially remote from the key bow , has a stabilizing insert that has a higher strength than the material of the key shank .
An optical system of an endoscope having a lateral viewing direction, comprising a sideways looking distal optical assembly and a proximal optical assembly , wherein light bundles incident from an object space are guided along a beam path by the optical assemblies and imaged on an image sensor , wherein the distal optical assembly comprises a deflection prism assembly which comprises a first prism and a second prism which follow one another in the direction of incident light, wherein the first prism comprises a first inlet side and a first outlet side inclined with respect thereto, and wherein the second prism comprises a second inlet side , a reflection side and a second outlet side , characterized in that the first outlet side of the first prism and/or the second inlet side of the second prism is/are provided with a coating in a region outside of the beam path, and an air gap is provided in the region of the beam path between the first outlet side and the second inlet side , wherein the coating is a chromium coating or a coating containing, at least for the most part, chromium, wherein the side provided with the coating being composed of the region outside the beam path and a region inside the beam path, wherein a border between these two regions being defined by those bundles of rays which enter the optical system from an edge of a field of view and are still imaged on the image sensor , wherein only the region outside the beam path and not the region inside the beam path is provided with the coating .
An inorganic material film for a photomask blank formed by sputtering and composed of a chromium-containing material, the inorganic material film comprising a light-shielding layer having electrical conductivity, characterized in that the light-shielding layer contains 0.1 atomic percent or higher but no higher than 11.5 atomic percent of tin and no higher than 15 atomic percent of oxygen, and wherein the inorganic material film has an arithmetic average roughness (Ra) of 1.0 nm or lower.
An interrogation system for interrogation of one or more RFID sensors , the interrogation system comprising: a sensor antenna operable to receive and transmit a signal from the RFID sensors ; an integrated interrogator operatively coupled to one or more of the RFID sensors , comprising: an impedance reader operable to measure analog signals of at least two of resistance, capacitance and inductance of the one or more RFID sensors ; a digital data reader operable to read data from a memory chip of the RFID sensors ; and a controller operable to coordinate actions of the impedance reader and the digital data reader , wherein the controller comprises an electronic switch operable to switch between analog and digital data acquisition from the impedance reader and the digital data reader, respectively. a sensor antenna operable to receive and transmit a signal from the RFID sensors ; an integrated interrogator operatively coupled to one or more of the RFID sensors , comprising: an impedance reader operable to measure analog signals of at least two of resistance, capacitance and inductance of the one or more RFID sensors ; a digital data reader operable to read data from a memory chip of the RFID sensors ; and a controller operable to coordinate actions of the impedance reader and the digital data reader , wherein the controller comprises an electronic switch operable to switch between analog and digital data acquisition from the impedance reader and the digital data reader, respectively. an impedance reader operable to measure analog signals of at least two of resistance, capacitance and inductance of the one or more RFID sensors ; a digital data reader operable to read data from a memory chip of the RFID sensors ; and a controller operable to coordinate actions of the impedance reader and the digital data reader , wherein the controller comprises an electronic switch operable to switch between analog and digital data acquisition from the impedance reader and the digital data reader, respectively.
An alkoxylated polyamidoamine obtainable by a) reacting a polycarboxylic compound having a total number TN of carboxylic groups of 3 to 10 with a primary diamine of formula I H 2 N-Z-NH 2 wherein Z represents an organic group with 1 to 20 carbon atoms and wherein Z in formula I is an aliphatic hydrocarbon group in a ratio of 0.3 TN to TN mols of the diamine per 1 mol of the polycarboxylic compound and b) alkoxylating the product obtained in a) with at least 0.5 mol of alkyleneoxide per 1 mol of primary amino groups a) reacting a polycarboxylic compound having a total number TN of carboxylic groups of 3 to 10 with a primary diamine of formula I H 2 N-Z-NH 2 wherein Z represents an organic group with 1 to 20 carbon atoms and wherein Z in formula I is an aliphatic hydrocarbon group in a ratio of 0.3 TN to TN mols of the diamine per 1 mol of the polycarboxylic compound and with a primary diamine of formula I H 2 N-Z-NH 2 wherein Z represents an organic group with 1 to 20 carbon atoms and wherein Z in formula I is an aliphatic hydrocarbon group in a ratio of 0.3 TN to TN mols of the diamine per 1 mol of the polycarboxylic compound and b) alkoxylating the product obtained in a) with at least 0.5 mol of alkyleneoxide per 1 mol of primary amino groups