mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit of a cassette type air conditioner, the indoor unit comprising a cabinet accommodating a heat exchanger and a blower, the cabinet being mountable to a ceiling in an indoor space, a panel defining a bottom surface of the cabinet, the bottom surface facing the indoor space, the panel having a suction hole and one or more discharge holes, the discharge holes having an oblong shape, and a suction grill mounted to cover the suction hole of the panel, characterized in that the indoor unit further comprises a fixing member disposed on one side of the suction grill, the fixing member being fixed to one side of the panel to rotatably connect one end of the suction grill and one side of panel; a switching member disposed on the opposite side of the suction grill, the switching member being selectively fixed to the one side of the panel to restrict the other end of the suction grill; and a grill restriction member disposed on each of both sides of the suction grill between the side having the fixing member and the side having the switching member, the grill restriction member being coupled to each of these both sides of the panel to restrict both ends of the suction grill, wherein the panel further comprises one or more panel brackets mounted along a circumference of the suction hole to allow the grill restriction member to be restricted, wherein the panel bracket comprises a coupling part on which the grill restriction member is restricted, wherein when the switching member and the fixing member are restricted on the front and rear ends of the panel, the coupling part and the grill restriction member may be disposed on both left and right sides of the panel bracket so that the suction grill is fixed in four directions by the switching member, the fixing member, the grill restriction member.
A method for wireless communication by a User Equipment, UE, comprising: receiving at least one transmission in a first Transmission Time Interval, TTI, of a first duration configured for the UE, the first TTI assigned within a second TTI of a second duration, wherein the first TTI is configured for Ultra-Reliable and Low-Latency Communications, URLLC, and uses, at least in part, a configuration for communicating using the second TTI; and processing the received at least one transmission, characterised in that receiving the at least one transmission comprises: receiving, in a portion of a control region of the first TTI configured for uplink grant messages using the second TTI, a downlink grant message for the UE, the downlink grant message identifying resources within the control region of the first TTI for receiving downlink data by the UE. receiving at least one transmission in a first Transmission Time Interval, TTI, of a first duration configured for the UE, the first TTI assigned within a second TTI of a second duration, wherein the first TTI is configured for Ultra-Reliable and Low-Latency Communications, URLLC, and uses, at least in part, a configuration for communicating using the second TTI; and processing the received at least one transmission, characterised in that receiving the at least one transmission comprises: receiving, in a portion of a control region of the first TTI configured for uplink grant messages using the second TTI, a downlink grant message for the UE, the downlink grant message identifying resources within the control region of the first TTI for receiving downlink data by the UE.
A method, comprising: identifying, via a processor of a first compute device, a plurality of complex number sets of a data vector, each complex number set from the plurality of complex numbers sets including at least two complex numbers from a plurality of complex numbers, each complex numbers from the plurality of complex numbers being associated with a subcarrier from a plurality of subcarriers; generating a transformed data vector by applying, to each complex number set from the plurality of complex number sets, a non-linear transformation that includes modifying a phase of a first complex number from that complex number set based on the first complex number having a smaller magnitude than a second complex number from that complex number set, wherein the phase of the first complex number from the complex number set is modified by an amount based on a difference between a magnitude of the first complex number and a magnitude of the second complex number; and sending a signal representing the transformed data vector to a plurality of transmitters for transmission of a signal representing the transformed data vector from the plurality of transmitters to a plurality of receivers. identifying, via a processor of a first compute device, a plurality of complex number sets of a data vector, each complex number set from the plurality of complex numbers sets including at least two complex numbers from a plurality of complex numbers, each complex numbers from the plurality of complex numbers being associated with a subcarrier from a plurality of subcarriers; generating a transformed data vector by applying, to each complex number set from the plurality of complex number sets, a non-linear transformation that includes modifying a phase of a first complex number from that complex number set based on the first complex number having a smaller magnitude than a second complex number from that complex number set, wherein the phase of the first complex number from the complex number set is modified by an amount based on a difference between a magnitude of the first complex number and a magnitude of the second complex number; and sending a signal representing the transformed data vector to a plurality of transmitters for transmission of a signal representing the transformed data vector from the plurality of transmitters to a plurality of receivers.
Tester for RFID systems, having - an antenna, - a control device and - a communication interface (10; 20; 21) and - a power supply unit that is independent of the reader field of a reader, wherein the tester (7; 17; 27) is set up to measure reader fields of readers of the RFID system using the antenna and to provide measurement results via the communication interface (10; 20; 21), - an apparatus (33; 36) for applying a load to the reader field of the reader via the antenna in order to emulate a passive data carrier by reproducing the effect of a passive data carrier on the reader field, characterized in that the tester is set up to emulate the behaviour of a passive data carrier in the reader field of a reader in an emulation mode by altering the load applied to the reader field and to perform modulation in the emulation mode by altering the load applied to of the reader field erroneously in order to emulate faults or data carrier operating outside the tolerance range. - an antenna, - a control device and - a communication interface (10; 20; 21) and - a power supply unit that is independent of the reader field of a reader, wherein the tester (7; 17; 27) is set up to measure reader fields of readers of the RFID system using the antenna and to provide measurement results via the communication interface (10; 20; 21), - an apparatus (33; 36) for applying a load to the reader field of the reader via the antenna in order to emulate a passive data carrier by reproducing the effect of a passive data carrier on the reader field, characterized in that the tester is set up to emulate the behaviour of a passive data carrier in the reader field of a reader in an emulation mode by altering the load applied to the reader field and to perform modulation in the emulation mode by altering the load applied to of the reader field erroneously in order to emulate faults or data carrier operating outside the tolerance range.
A method of making coffee comprising: extracting a cold-brewed coffee from coffee beans, the cold-brewed coffee being stored in a keg which is occupied with nitrogen gas for preventing the cold-brewed coffee from reacting with oxygen gas and from being oxidized; charging nitrogen gas into the cold-brewed coffee by bubbling the nitrogen gas in the cold-brewed coffee stored in the keg; cooling the cold-brewed coffee into which nitrogen gas is dissolved to form a nitrogen-charged coffee; and dispensing the nitrogen-charged coffee into a cup, wherein dispensing the nitrogen-charged coffee into the cup comprising: firstly discharging the nitrogen-charged coffee from a nozzle to partially fill the cup; and secondly discharging simultaneously the nitrogen-charged coffee and nitrogen gas from the nozzle to additionally fill the cup and for generating a micro-sized foam further. extracting a cold-brewed coffee from coffee beans, the cold-brewed coffee being stored in a keg which is occupied with nitrogen gas for preventing the cold-brewed coffee from reacting with oxygen gas and from being oxidized; charging nitrogen gas into the cold-brewed coffee by bubbling the nitrogen gas in the cold-brewed coffee stored in the keg; cooling the cold-brewed coffee into which nitrogen gas is dissolved to form a nitrogen-charged coffee; and dispensing the nitrogen-charged coffee into a cup, wherein dispensing the nitrogen-charged coffee into the cup comprising: firstly discharging the nitrogen-charged coffee from a nozzle to partially fill the cup; and secondly discharging simultaneously the nitrogen-charged coffee and nitrogen gas from the nozzle to additionally fill the cup and for generating a micro-sized foam further.
An inter-radio-access-technology device comprising: an interface (12, 14) for communicating over a wireless cellular network; first storage means storing code for performing operations handling communications via said interface according to a plurality of different radio access technologies; a processor (2, 3) arranged to execute said code; and selection means operable to dynamically switch between said radio access technologies, by selecting code from the first storage means for execution by the processor; characterised by second storage means (20a, 20b) storing a plurality of different sets of instruction definitions which map code onto actions to be carried out by the processor (2, 3), each set being configured for performing operations according to a respective one of the radio access technologies; in that the processor is operable to execute code in a manner defined by any selected one of said sets of instruction definitions by reference to said second storage means; and in that the selection means is operable to select a corresponding set of instruction definitions from the second storage means for executing the selected code in a manner defined by the corresponding set of instruction definitions, wherein the selection means comprises scheduling code which when executed by the processor (2, 3) controls the dynamic selection of the radio access technology. an interface (12, 14) for communicating over a wireless cellular network; first storage means storing code for performing operations handling communications via said interface according to a plurality of different radio access technologies; a processor (2, 3) arranged to execute said code; and selection means operable to dynamically switch between said radio access technologies, by selecting code from the first storage means for execution by the processor; characterised by second storage means (20a, 20b) storing a plurality of different sets of instruction definitions which map code onto actions to be carried out by the processor (2, 3), each set being configured for performing operations according to a respective one of the radio access technologies; in that the processor is operable to execute code in a manner defined by any selected one of said sets of instruction definitions by reference to said second storage means; and in that the selection means is operable to select a corresponding set of instruction definitions from the second storage means for executing the selected code in a manner defined by the corresponding set of instruction definitions, wherein the selection means comprises scheduling code which when executed by the processor (2, 3) controls the dynamic selection of the radio access technology.
A method for determining the genotype of a target nucleic acid molecule, the method comprising: providing one or more target nucleic acid molecules, a first UFP, and a first allele-specific primer, which is specific for a first allele, comprising a first 5'-universal tail which comprises a binding site for the first universal FRET-based reporter primer, wherein the first UFP comprises a first fluorophore and at least a first quencher moiety; and a second UFP, and a second allele-specific primer which is specific for a second allele, comprising a second 5'-universal tail which comprises a binding site for the second UFP, wherein the second UFP comprises a second fluorophore and at least a second quencher moiety; wherein the first and second fluorophore are different and the first quencher moiety and the second quencher moiety are the same or different; and wherein the first UFP is in a linear conformation or the first and second UFPs are in a linear conformation; providing a locus specific primer; amplifying the target nucleic acids; measuring the intensities of the first and the second fluorophore; and analyzing nucleic acid genotypes based on the intensities of the first and second fluorophores. providing one or more target nucleic acid molecules, a first UFP, and a first allele-specific primer, which is specific for a first allele, comprising a first 5'-universal tail which comprises a binding site for the first universal FRET-based reporter primer, wherein the first UFP comprises a first fluorophore and at least a first quencher moiety; and a second UFP, and a second allele-specific primer which is specific for a second allele, comprising a second 5'-universal tail which comprises a binding site for the second UFP, wherein the second UFP comprises a second fluorophore and at least a second quencher moiety; wherein the first and second fluorophore are different and the first quencher moiety and the second quencher moiety are the same or different; and wherein the first UFP is in a linear conformation or the first and second UFPs are in a linear conformation; providing a locus specific primer; amplifying the target nucleic acids; measuring the intensities of the first and the second fluorophore; and analyzing nucleic acid genotypes based on the intensities of the first and second fluorophores.
A method of reporting a measurement by a user equipment, UE, in a wireless communication system, the method comprising: receiving a synchronization signal /physical broadcast channel, SS/PBCH, block related to cell search; obtaining system information from a PBCH included in the SS/PBCH block; receiving first information related to a plurality of positioning reference signal, PRS, resource sets including a plurality of PRS resources; receiving PRSs transmitted by transmission and reception points, TRPs, based on the first information; and reporting the measurement for a Reference Signal Time Difference, RSTD, measured based on the PRSs,, wherein the UE further reports identifiers for PRS resource sets used for the measurement among the plurality of PRS resource sets, and wherein multiple PRS resource sets among the plurality of PRS resource sets are associated with a TRP. receiving a synchronization signal /physical broadcast channel, SS/PBCH, block related to cell search; obtaining system information from a PBCH included in the SS/PBCH block; receiving first information related to a plurality of positioning reference signal, PRS, resource sets including a plurality of PRS resources; receiving PRSs transmitted by transmission and reception points, TRPs, based on the first information; and reporting the measurement for a Reference Signal Time Difference, RSTD, measured based on the PRSs,, wherein the UE further reports identifiers for PRS resource sets used for the measurement among the plurality of PRS resource sets, and wherein multiple PRS resource sets among the plurality of PRS resource sets are associated with a TRP.
Electromagnetic valve, in particular for slip-controlled motor vehicle brake systems, having a valve tappet, which is arranged in a valve housing and which can open or close a valve passage in the valve housing, a magnet armature, which is provided in order to actuate the valve tappet and is penetrated by a hole in order to accommodate the valve tappet, and a return spring, which acts on the valve tappet and the spring end of which facing away from the magnet armature is supported on a magnet core in the valve housing, characterized in that an adjustment sleeve is fixed in the hole in the magnet armature.
Composition comprising (a) at least one anthocyanin extract, (b) at least one carrier substance, and (c) at least one base with a pK b value in the range of 5 to 9, characterized in that the weight ratio of anthocyanin extract to base is 1: 0.06 to 1: 0.6 and the composition does not contain an aluminum containing carrier substance. (a) at least one anthocyanin extract, (b) at least one carrier substance, and (c) at least one base with a pK b value in the range of 5 to 9,
Device for recovering light liquid leaking from a technical piece of equipment or a device, having a collecting trough arranged under the technical piece of equipment or the device for receiving light liquid and precipitation water, and a separator arranged in the collecting trough for retaining leaked light liquid, wherein the separator has a container with an outlet chamber, in which an opening of an overflow line is arranged, and the container is connected via an inlet to the collecting trough, wherein the inlet comprises an inlet line whose inflow opening is arranged in the region of a base of the collecting trough, wherein an automatic closure element is provided for closing the overflow line, which can be moved from an opening position into a closing position when light liquid leaks into the collecting trough, and wherein the closure element is connected to at least one float which is arranged outside the container in the collecting trough, characterized in that a locking mechanism is provided, by means of which the closure element can be locked in the position closing the overflow line when the closure element has been moved from the opening position into the closing position and the locking mechanism has at least one pendulum arm (26, 27) which can be pivoted by gravity and which rests against a contact surface of a connecting element connected to the float.
A method in a mobile device, the method comprising: monitoring at least one characteristic related to uplink transmission, the monitoring at least one characteristic related to uplink transmission comprising monitoring at least one of: switches between radio access technologies, RATs; a transmission power level for uplink transmission; a modulation scheme used for uplink transmission; a cell receive quality; and a result of past uplink transmissions; determining whether uplink transmission is unlikely to be successful based at least in part on the at least one characteristic; and responsive to determining that uplink transmission is unlikely to be successful, limiting uplink transmission for user data at the data service level based at least in part on the at least one characteristic, wherein limiting uplink transmission for user data at the data service level comprises: inhibiting uplink transmission for user data in the absence of detecting user interaction with the mobile device while permitting uplink transmission for user data responsive to detecting user interaction with the mobile device, and responsive to determining that uplink transmission is no longer unlikely to be successful based at least in part on the at least one characteristic permitting uplink transmission for user data. monitoring at least one characteristic related to uplink transmission, the monitoring at least one characteristic related to uplink transmission comprising monitoring at least one of: switches between radio access technologies, RATs; a transmission power level for uplink transmission; a modulation scheme used for uplink transmission; a cell receive quality; and a result of past uplink transmissions; determining whether uplink transmission is unlikely to be successful based at least in part on the at least one characteristic; and responsive to determining that uplink transmission is unlikely to be successful, limiting uplink transmission for user data at the data service level based at least in part on the at least one characteristic, wherein limiting uplink transmission for user data at the data service level comprises: inhibiting uplink transmission for user data in the absence of detecting user interaction with the mobile device while permitting uplink transmission for user data responsive to detecting user interaction with the mobile device, and inhibiting uplink transmission for user data in the absence of detecting user interaction with the mobile device while permitting uplink transmission for user data responsive to detecting user interaction with the mobile device, and responsive to determining that uplink transmission is no longer unlikely to be successful based at least in part on the at least one characteristic permitting uplink transmission for user data.
A laundry treatment apparatus comprising: a cabinet having an input opening for introduction of laundry; a laundry receptacle configured to store laundry introduced through the input opening; and a door including a door frame for opening and closing the input opening, a hinge unit configured to rotatably couple the door frame to the cabinet, and a control panel installed to the door frame to enable input of a control command or output of control information, a cabinet connector (8, 9) installed to the cabinet, the cabinet connector being configured to have at least one of power and control signal transceived therethrough; and a door connector for being separably coupled to the cabinet connector, the door connector being configured, when coupled to the cabinet connector, to connect the control panel to the cabinet connector, characterized in that the door connector is movable along at least two of the X-axis and the Y-axis defining a plane parallel to a cross section of the cabinet connector and the Z-axis perpendicular to the cross section of the cabinet connector. a cabinet having an input opening for introduction of laundry; a laundry receptacle configured to store laundry introduced through the input opening; and a door including a door frame for opening and closing the input opening, a hinge unit configured to rotatably couple the door frame to the cabinet, and a control panel installed to the door frame to enable input of a control command or output of control information, a cabinet connector (8, 9) installed to the cabinet, the cabinet connector being configured to have at least one of power and control signal transceived therethrough; and a door connector for being separably coupled to the cabinet connector, the door connector being configured, when coupled to the cabinet connector, to connect the control panel to the cabinet connector, characterized in that the door connector is movable along at least two of the X-axis and the Y-axis defining a plane parallel to a cross section of the cabinet connector and the Z-axis perpendicular to the cross section of the cabinet connector.
Distributor for precision seeder comprising a disc rotatably mounted on a rotation axis for seed selection assisted by a depressurized airflow, the disc separating the seeds from the airflow and having drilling holes distributed over at least one circle located close to its periphery or on its periphery, the distributor comprising a pressurized zone at a pressure higher than the atmospheric pressure or higher than the pressure outside the distributor, characterized in that the pressurized zone covers less than half the volume of the distributor on the seed side.