mhurhangee/patent-ind-claim-en huggingface dataset:
A method for measurement, being performed by a user equipment, UE, (135; 330; 405) in a mobile communication system supporting carrier aggregation, the method comprising: determining , when a carrier is in an activated state, a first measurement interval and a first measurement period based on a discontinuous reception, DRX, interval, wherein said activated state is a state in which the UE receives or transmits data to/from an evolved NodeB, eNB, on the carrier; wherein information on the DRX interval is received from said eNB; determining , when said carrier is in a deactivated state, a second measurement period based on information on a second measurement interval, wherein said deactivated state is a state in which the UE neither transmits nor receives data to/from the eNB on the carrier, the information being received from said eNB; and wherein the second measurement period is determined by multiplying the second measurement interval by a predefined value greater than 1, wherein each of said first and second measurement intervals controls how frequently the UE is to perform a measurement on the carrier and each of said first and second measurement periods controls how frequently the UE is to calculate a measurement result representative of the measurements performed at the time intervals in said measurement period. determining , when a carrier is in an activated state, a first measurement interval and a first measurement period based on a discontinuous reception, DRX, interval, wherein said activated state is a state in which the UE receives or transmits data to/from an evolved NodeB, eNB, on the carrier; wherein information on the DRX interval is received from said eNB; determining , when said carrier is in a deactivated state, a second measurement period based on information on a second measurement interval, wherein said deactivated state is a state in which the UE neither transmits nor receives data to/from the eNB on the carrier, the information being received from said eNB; and wherein the second measurement period is determined by multiplying the second measurement interval by a predefined value greater than 1, wherein each of said first and second measurement intervals controls how frequently the UE is to perform a measurement on the carrier and each of said first and second measurement periods controls how frequently the UE is to calculate a measurement result representative of the measurements performed at the time intervals in said measurement period.
A wireless device (312 1 , 312 2 , 312 3 , 312 n ) configured to communicate with a Radio Access Network, RAN, node (302 1 , 302 2 ), the wireless device (312 1 , 312 2 , 312 3 , 312 n ) comprising: a processor (318 1 , 318 2 , 318 3 , 318 n ); and, a memory (320 1 , 320 2 , 320 3 , 320 n ) that stores processor-executable instructions, wherein the processor (318 1 , 318 2 , 318 3 , 318 n ) interfaces with the memory (320 1 , 320 2 , 320 3 , 320 n ) to execute the processor-executable instructions so as to operate the wireless device (312 1 , 312 2 , 312 3 , 312 n ) to: attempt a system access using an Extended Coverage Random Access Channel, EC-RACH, by transmitting, to the RAN node (302 1 , 302 2 ), a system access message on the EC-RACH characterized in that transmitting the system access message on the EC-RACH is done using repeated Extended Synchronization Access Bursts, ESABs , wherein each ESAB is extended over 2 timeslots on the EC-RACH, and wherein each ESAB comprises 140 synchronization bits, 102 encrypted data bits, 3 tail bits, and 68 guard symbols. a processor (318 1 , 318 2 , 318 3 , 318 n ); and, a memory (320 1 , 320 2 , 320 3 , 320 n ) that stores processor-executable instructions, wherein the processor (318 1 , 318 2 , 318 3 , 318 n ) interfaces with the memory (320 1 , 320 2 , 320 3 , 320 n ) to execute the processor-executable instructions so as to operate the wireless device (312 1 , 312 2 , 312 3 , 312 n ) to: attempt a system access using an Extended Coverage Random Access Channel, EC-RACH, by transmitting, to the RAN node (302 1 , 302 2 ), a system access message on the EC-RACH characterized in that transmitting the system access message on the EC-RACH is done using repeated Extended Synchronization Access Bursts, ESABs , wherein each ESAB is extended over 2 timeslots on the EC-RACH, and wherein each ESAB comprises 140 synchronization bits, 102 encrypted data bits, 3 tail bits, and 68 guard symbols.
A heat pump comprising: an engine configured to be started by a starter motor and drive an engine-driven compressor ; a compressor motor ; an electric compressor configured to be driven by the compressor motor ; an electric actuator different from the compressor motor and the electric compressor; a compressor driven by the engine connected in parallel with the electric compressor ; and a controller configured to perform at least one of engine starting control and electric compressor starting control, wherein in the engine starting control, the controller lowers or maintains output of at least one of the electric compressor and the electric actuator at an engine starting timing, and raises the output of the at least one of the electric compressor and the electric actuator after starting of the engine , and in the electric compressor starting control, the controller lowers or maintains output of the electric actuator at an electric compressor starting timing, and raises the output of the electric actuator after starting of the electric compressor, characterized in that the electric actuator includes a plurality of fans ; and frequency of the fans and the electric compressor is lowered during the startup of the compressor driven by the engine . an engine configured to be started by a starter motor and drive an engine-driven compressor ; a compressor motor ; an electric compressor configured to be driven by the compressor motor ; an electric actuator different from the compressor motor and the electric compressor; a compressor driven by the engine connected in parallel with the electric compressor ; and a controller configured to perform at least one of engine starting control and electric compressor starting control, wherein in the engine starting control, the controller lowers or maintains output of at least one of the electric compressor and the electric actuator at an engine starting timing, and raises the output of the at least one of the electric compressor and the electric actuator after starting of the engine , and in the electric compressor starting control, the controller lowers or maintains output of the electric actuator at an electric compressor starting timing, and raises the output of the electric actuator after starting of the electric compressor, characterized in that the electric actuator includes a plurality of fans ; and frequency of the fans and the electric compressor is lowered during the startup of the compressor driven by the engine .
Use of a cobalt based hydroxide carbonate compound having a malachite-rosasite mineral structure as a precursor of a lithium cobalt based oxide usable as an active positive electrode material in lithium ion batteries.
Penflufen-containing polymer particles prepared by polymerization of at least one ethylenically unsaturated monomer in the presence of penflufen or its salts and acid addition compounds and in the presence of an oil-soluble radical initiator in an oil-in-water emulsion polymerization, characterized in that an ethylenically unsaturated monomer used is a neutral, uncharged, ethylenically unsaturated monomer of type M1 selected from the group consisting of styrene, divinylbenzene, esters of monoethylenically unsaturated monocarboxylic and dicarboxylic acids having 3 to 8 carbon atoms and more particularly 3 or 4 carbon atoms with C 1 -C 20 alkanols or with C 5 -C 8 cycloalkanols in an amount of at least 60 wt% based on the total amount of monomers used.
An aircraft docking system comprising: a light based verification and positioning system adapted to scan a volume in connection to a stand, a receiving unit adapted to receive surveillance data including position data related to an aircraft from an airport surveillance system , wherein the light based verification and positioning system is further adapted to: control the extension of the scanned volume based on the received position data, characterised in that the light based verification and positioning system is further adapted to: reduce the size of the scanned volume based on the received surveillance data, and shift the scanned volume sideways based on the received surveillance data. a light based verification and positioning system adapted to scan a volume in connection to a stand, a receiving unit adapted to receive surveillance data including position data related to an aircraft from an airport surveillance system , wherein the light based verification and positioning system is further adapted to: control the extension of the scanned volume based on the received position data, characterised in that the light based verification and positioning system is further adapted to: reduce the size of the scanned volume based on the received surveillance data, and shift the scanned volume sideways based on the received surveillance data. control the extension of the scanned volume based on the received position data, characterised in that the light based verification and positioning system is further adapted to: reduce the size of the scanned volume based on the received surveillance data, and shift the scanned volume sideways based on the received surveillance data.
Method for operating a device for additively manufacturing a three-dimensional object, a gas flow being guided over a construction platform on which the three-dimensional object is built, and the gas flow being conducted through a filter medium , characterized by the following steps: - determining the differential gas pressure Δp 1 between the gas pressure (p v1 ) before the filter medium and the gas pressure (p n1 ) after the filter medium before inert material is applied to the filter medium when the gas flow flows through the filter medium , granular or powder material which comprises and/or is formed from lime, sand, glass and/or ceramics being used as the inert material , - applying inert material to the filter medium , - determining the differential gas pressure Δp 2 between the gas pressure (p v2 ) before the filter medium and the gas pressure (p n2 ) after the filter medium after inert material is applied to the filter medium when the gas flow flows through the filter medium , - determining the resulting differential pressure Δp r from the difference between the differential pressures Δp 2 and Δp 1 , and - determining a degree of application of inert material to the filter medium from the resulting differential pressure Δp r . - determining the differential gas pressure Δp 1 between the gas pressure (p v1 ) before the filter medium and the gas pressure (p n1 ) after the filter medium before inert material is applied to the filter medium when the gas flow flows through the filter medium , granular or powder material which comprises and/or is formed from lime, sand, glass and/or ceramics being used as the inert material , - applying inert material to the filter medium , - determining the differential gas pressure Δp 2 between the gas pressure (p v2 ) before the filter medium and the gas pressure (p n2 ) after the filter medium after inert material is applied to the filter medium when the gas flow flows through the filter medium , - determining the resulting differential pressure Δp r from the difference between the differential pressures Δp 2 and Δp 1 , and - determining a degree of application of inert material to the filter medium from the resulting differential pressure Δp r .
An agricultural working machine having a driver's cabin , at least one source of noise outside the driver's cabin as well as a noise reduction system for detecting and suppressing the vibrations transmitted from the at least one source of noise into the driver's cabin , characterized in that the noise reduction system is configured for the production and reproduction of wanted acoustic signals which are introduced into the driver's cabin , wherein a detection of the respective wanted acoustic signals is carried out in the region of or directly at the at least one source of noise and/or in the cabin and the noise reduction system is configured for active damping of the vibrations which deviate from a spectrum of frequencies of the wanted acoustic signals.
Cartridge for receiving an intraocular lens , having two cartridge parts that are pivotable relative to one another about a longitudinal axis (A) of the cartridge , wherein one cartridge part has a channel-like base element and a plate-like wing adjoining the latter, and a further cartridge part has a channel-like base element and a plate-like wing adjoining the latter, and in the closed state of the cartridge , at least a part of a receiving chamber for the intraocular lens is formed by the two base elements , and having a lubricant feed device with which, with the cartridge closed, a lubricant for the intraocular lens is feedable into the receiving chamber from outside the cartridge , wherein the lubricant feed device has a first feed duct , which is formed in one cartridge part and leads into the receiving chamber , characterized in that the first feed duct is formed in a rib , extending into the receiving chamber , of one cartridge part .
A solid state gel for use in a reference electrode of a pH sensor, the solid state gel comprising a reaction product of water, a buffer system for adjusting pH of the gel when in a liquid state, polyethylene glycol or its derivatives as a gelling agent and a reference electrolyte salt wherein the water, the buffer system, the polyethylene glycol or its derivatives and the reference electrolyte salt when mixed while in a liquid state form a mixture, characterized in that the mixture was subjected to Gamma irradiation to form the reaction product.
A compound of formula (I), wherein R 1 is wherein R 4 is C 1-6 alkyl, C 1-6 alkoxy, haloC 1-6 alkyl, halogen, nitro or cyano; R 4a is C 1-6 alkyl or C 3-7 cycloalkyl; R 5 , R 5a and R 5b are independently selected from H and deuterium; R 6 is H or halogen; R 2 is C 1-6 alkyl; R 3 is ((amino(C 1-6 alkoxy)pyrrolidinyl)phenyl)azetidinyl, (amino(C 1-6 alkoxy)pyrrolidinyl)pyridinyl, (amino(C 1-6 alkoxy)pyrrolidinyl)pyridinyloxy, (amino-1,4-oxazepanyl)pyridinyl, (aminoazetidinyl)pyridinyl, (morpholinylC 1-6 alkyl)phenyl, (morpholinylC 1-6 alkyl)phenylamino, (piperazinylphenyl)azetidinyl, (piperazinylphenyl)C 1-6 alkylamino, aminohalopyrrolidinyl, morpholinylphenyl, morpholinylphenylamino, piperazinylphenyl, piperazinylpyridinyl, piperazinylpyridinyloxy, piperazinylpyrimidinyloxy or pyridinylpiperazinyl; or a pharmaceutically acceptable salt thereof. R 1 is wherein R 4 is C 1-6 alkyl, C 1-6 alkoxy, haloC 1-6 alkyl, halogen, nitro or cyano; R 4a is C 1-6 alkyl or C 3-7 cycloalkyl; R 5 , R 5a and R 5b are independently selected from H and deuterium; R 6 is H or halogen; R 2 is C 1-6 alkyl; R 3 is ((amino(C 1-6 alkoxy)pyrrolidinyl)phenyl)azetidinyl, (amino(C 1-6 alkoxy)pyrrolidinyl)pyridinyl, (amino(C 1-6 alkoxy)pyrrolidinyl)pyridinyloxy, (amino-1,4-oxazepanyl)pyridinyl, (aminoazetidinyl)pyridinyl, (morpholinylC 1-6 alkyl)phenyl, (morpholinylC 1-6 alkyl)phenylamino, (piperazinylphenyl)azetidinyl, (piperazinylphenyl)C 1-6 alkylamino, aminohalopyrrolidinyl, morpholinylphenyl, morpholinylphenylamino, piperazinylphenyl, piperazinylpyridinyl, piperazinylpyridinyloxy, piperazinylpyrimidinyloxy or pyridinylpiperazinyl; or a pharmaceutically acceptable salt thereof.
A method for dynamically provisioning subscriber based session timeout information, comprising: receiving, from a packet data network gateway, PGW , a request message containing session information parameters corresponding to a session requested by a user equipment device ; determining an absolute timeout period value and an idle timeout period value based on input comprising one or more of the session information parameters; generating a response message containing the determined absolute timeout period value and the determined idle timeout period value; sending the generated response message to the PGW, wherein the PGW is configured to apply the absolute timeout period value and the idle timeout period value to the session requested by the user equipment device; and generating, by the PGW, a create session response message including at least the absolute timeout period value and the idle timeout period value; sending, by the PGW, the create session response message containing the absolute timeout period value and the idle timeout period value to the user equipment device, wherein the user equipment device utilizes the absolute timeout period value and the idle timeout period value to establish a data rate for sending uplink data for the session. receiving, from a packet data network gateway, PGW , a request message containing session information parameters corresponding to a session requested by a user equipment device ; determining an absolute timeout period value and an idle timeout period value based on input comprising one or more of the session information parameters; generating a response message containing the determined absolute timeout period value and the determined idle timeout period value; sending the generated response message to the PGW, wherein the PGW is configured to apply the absolute timeout period value and the idle timeout period value to the session requested by the user equipment device; and generating, by the PGW, a create session response message including at least the absolute timeout period value and the idle timeout period value; sending, by the PGW, the create session response message containing the absolute timeout period value and the idle timeout period value to the user equipment device, wherein the user equipment device utilizes the absolute timeout period value and the idle timeout period value to establish a data rate for sending uplink data for the session.
An electric equipment management apparatus , comprising: equipment information acquiring means for acquiring, from electric equipment connected to a network and installed in any of multiple predetermined areas, equipment type information indicating a type of the electric equipment and environment information that is information relating to an environment of the area where the electric equipment is installed, the environmental information being information measured by one or more sensors included in the electric equipment ; classify means for determining the electric equipment as installed in a same area of the multiple predetermined areas and classifying the electric equipment which is determined to be installed in the same area into a same group of the electric equipment, by comparing a predetermined criterion with the environment information acquired by the equipment information acquiring means ; and display control means for causing group identification information identifying a group of the electric equipment classified by the classify means , the equipment type information of the electric equipment , and correlation support information obtained based on the environment information of the electric equipment to be displayed on display means correlated with each other so that a user can, using the electric equipment management apparatus, centrally monitor the operating status of the electric equipment and centrally operate the electric equipment by referencing information displayed. equipment information acquiring means for acquiring, from electric equipment connected to a network and installed in any of multiple predetermined areas, equipment type information indicating a type of the electric equipment and environment information that is information relating to an environment of the area where the electric equipment is installed, the environmental information being information measured by one or more sensors included in the electric equipment ; classify means for determining the electric equipment as installed in a same area of the multiple predetermined areas and classifying the electric equipment which is determined to be installed in the same area into a same group of the electric equipment, by comparing a predetermined criterion with the environment information acquired by the equipment information acquiring means ; and display control means for causing group identification information identifying a group of the electric equipment classified by the classify means , the equipment type information of the electric equipment , and correlation support information obtained based on the environment information of the electric equipment to be displayed on display means correlated with each other so that a user can, using the electric equipment management apparatus, centrally monitor the operating status of the electric equipment and centrally operate the electric equipment by referencing information displayed.
A method for treating sanitary wastewater in trains, characterized by a) purifying the sanitary wastewater in a bioreactor , b) feeding the wastewater at least partially purified in the bioreactor into a conditioning installation , c) at least partially separating phases of the partially purified wastewater in the conditioning installation , d) obtaining a liquid portion and a solid portion of the at least partially purified wastewater , wherein the conditioning installation comprises a vacuum evaporator , and in step c), a concentration of the partially purified wastewater is performed and the vacuum evaporator is operated at a temperature of 25°C to 35°C, wherein exhaust heat of the bioreactor is fed to the vacuum evaporator , and the partially purified wastewater is heated by means of the exhaust heat of the bioreactor , wherein in step d), a distillate and a concentrate of the at least partially purified wastewater are obtained, and the distillate is conveyed to a train sanitary installation and is used as service water, in particular as rinsing liquid. a) purifying the sanitary wastewater in a bioreactor , b) feeding the wastewater at least partially purified in the bioreactor into a conditioning installation , c) at least partially separating phases of the partially purified wastewater in the conditioning installation , d) obtaining a liquid portion and a solid portion of the at least partially purified wastewater , wherein the conditioning installation comprises a vacuum evaporator , and in step c), a concentration of the partially purified wastewater is performed and the vacuum evaporator is operated at a temperature of 25°C to 35°C, wherein exhaust heat of the bioreactor is fed to the vacuum evaporator , and the partially purified wastewater is heated by means of the exhaust heat of the bioreactor , wherein in step d), a distillate and a concentrate of the at least partially purified wastewater are obtained, and the distillate is conveyed to a train sanitary installation and is used as service water, in particular as rinsing liquid.