mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting a preamble for interference measurement by a transmitting user equipment, UE, in a wireless communication system supporting full duplex radio, FDR, the method comprising: configuring first guard time and second guard time at both ends of the preamble, wherein the first guard time is a prescribed time set before the preamble, and the second guard time is a prescribed time set after the preamble; mapping the preamble with the first guard time and the second guard time to a measurement subframe for measuring interference between UEs, wherein a sum of a time interval for the preamble and a time interval corresponding to the first guard time and the second guard time corresponds to a unit length of a symbol; and transmitting the preamble to a receiving UE through the measurement subframe, wherein at least one of the first guard time and second guard time is configured as a zero-power transmission interval and a remaining guard time is set as a cyclic prefix, and wherein the zero-power transmission interval is configured by a zero-padding scheme on a frequency axis of the preamble. configuring first guard time and second guard time at both ends of the preamble, wherein the first guard time is a prescribed time set before the preamble, and the second guard time is a prescribed time set after the preamble; mapping the preamble with the first guard time and the second guard time to a measurement subframe for measuring interference between UEs, wherein a sum of a time interval for the preamble and a time interval corresponding to the first guard time and the second guard time corresponds to a unit length of a symbol; and transmitting the preamble to a receiving UE through the measurement subframe, wherein at least one of the first guard time and second guard time is configured as a zero-power transmission interval and a remaining guard time is set as a cyclic prefix, and wherein the zero-power transmission interval is configured by a zero-padding scheme on a frequency axis of the preamble.
An integrated circuit comprising: first and second inductor arrangements; and buffer circuitry adapted to receive and buffer four clock signals being the four phases of a four-phase clock signal, wherein: each arrangement comprises four inductors (214, 216, 218, 220) adjacently located in a group and arranged to define two rows and two columns, and the integrated circuit is configured for each said arrangement to cause two of those inductors (214, 216) diagonally opposite from one another in the arrangement to produce an electromagnetic field having a first phase, and to cause the other two of those inductors (218, 220) to produce an electromagnetic field having a second phase, the first and second phases being substantially in antiphase; the first and second phases of the first inductor arrangement are substantially in quadrature with the first and second phases, respectively, of the second inductor arrangement; and the first and second inductor arrangements are connected to the buffer circuitry such that their electromagnetic fields are generated from respective said clock signals. first and second inductor arrangements; and buffer circuitry adapted to receive and buffer four clock signals being the four phases of a four-phase clock signal, each arrangement comprises four inductors (214, 216, 218, 220) adjacently located in a group and arranged to define two rows and two columns, and the integrated circuit is configured for each said arrangement to cause two of those inductors (214, 216) diagonally opposite from one another in the arrangement to produce an electromagnetic field having a first phase, and to cause the other two of those inductors (218, 220) to produce an electromagnetic field having a second phase, the first and second phases being substantially in antiphase; the first and second phases of the first inductor arrangement are substantially in quadrature with the first and second phases, respectively, of the second inductor arrangement; and the first and second inductor arrangements are connected to the buffer circuitry such that their electromagnetic fields are generated from respective said clock signals.
Collapsible security grille, comprising a multiplicity of successive bars that can be substantially stacked in a retracted state of the grille and can be substantially spaced apart with respect to each other in an extended state of the grille, wherein at least a number of the bars comprises multiple parts (41, 42) of bent sheet metal, characterized in that each of at least a number of the bars is a substantially hollow bar wherein each of at least a number of the bars is put together from at least a first part of bent sheet metal having a C-shaped cross-section and a second part of bent sheet metal having a C-shaped or U-shaped cross-section, and, wherein the first part is at least partly enclosing the second part, and wherein the first part defines a hollow room for accommodating the second part at least partly in an assembled state of the bar, wherein the first part comprises one or multiple supports or retaining elements for supporting the second part and/or for facilitating retaining the second part at least partly within the first part, and wherein the first part is configured to have a cross-section shaped as an inverted C, the one or more multiple supports or retaining elements being inwardly extending supports at the ends of legs of an inverted U-shaped part.
A method for receiving at least one time division duplex, TDD, uplink, UL, downlink, /DL, configuration applicable to at least one frame by a user equipment, UE, in a wireless communication system, the method comprising: receiving, by the UE, a system information block, SIB, from a base station, BS, the SIB including a first TDD UL/DL configuration; monitoring, by the UE, a physical downlink control channel, PDCCH, transmitted from the BS on at least one DL subframe included in an on duration of a discontinuous reception, DRX, cycle, the at least one DL subframe being indicated in the first TDD UL/DL configuration; receiving, by the UE, information about at least one second TDD UL/DL configuration on the monitored PDCCH; and applying, by the UE, the at least one second TDD UL/DL configuration to the at least one frame based on the received information, wherein the PDCCH is monitored based on an identifier of the UE, and wherein the on duration is repeated periodically based on periodicity information for monitoring the PDCCH. receiving, by the UE, a system information block, SIB, from a base station, BS, the SIB including a first TDD UL/DL configuration; monitoring, by the UE, a physical downlink control channel, PDCCH, transmitted from the BS on at least one DL subframe included in an on duration of a discontinuous reception, DRX, cycle, the at least one DL subframe being indicated in the first TDD UL/DL configuration; receiving, by the UE, information about at least one second TDD UL/DL configuration on the monitored PDCCH; and applying, by the UE, the at least one second TDD UL/DL configuration to the at least one frame based on the received information, wherein the PDCCH is monitored based on an identifier of the UE, and wherein the on duration is repeated periodically based on periodicity information for monitoring the PDCCH.
A method of automatically building a word breaker for segmenting words of a source language into morphemes comprising: accessing, at a processor, a cross-lingual phrase table comprising a plurality of source language phrases, each source language phrase having at least one target language translation; using the cross-lingual phrase table to infer and store, for source language words from the cross-lingual phrase table, morphemes comprising stems and affixes of the words by searching the cross-lingual phrase table to find blocks of two or more source language phrases which have similar target language translations, searching source language phrases of a block to find a stem, comprising a sequence of characters occurring in each source language phrase of the block, and finding a plurality of affixes being other sequences of characters in the source language phrases of the block. accessing, at a processor, a cross-lingual phrase table comprising a plurality of source language phrases, each source language phrase having at least one target language translation; using the cross-lingual phrase table to infer and store, for source language words from the cross-lingual phrase table, morphemes comprising stems and affixes of the words by searching the cross-lingual phrase table to find blocks of two or more source language phrases which have similar target language translations, searching source language phrases of a block to find a stem, comprising a sequence of characters occurring in each source language phrase of the block, and finding a plurality of affixes being other sequences of characters in the source language phrases of the block.
An ophthalmic system (100, 200, 300, 400, 500) comprising: a first layer comprising: an ophthalmic material; and a dye that selectively absorbs at least 5% of light in a wavelength range within 400 nm to 460 nm; and a film disposed on the first layer; wherein the film compensates for a colour imbalance resulting from absorption of light by the dye; wherein the system (100, 200, 300, 400, 500) has an average transmission of at least 80% across the visible spectrum; and wherein white light has CIE (x,y) coordinates of (0.33±0.05, 0.33±0.05), preferably (0.33±0.02, 0.33±0.02), after transmission through the ophthalmic system. a first layer comprising: an ophthalmic material; and a dye that selectively absorbs at least 5% of light in a wavelength range within 400 nm to 460 nm; and a film disposed on the first layer; wherein the film compensates for a colour imbalance resulting from absorption of light by the dye; wherein the system (100, 200, 300, 400, 500) has an average transmission of at least 80% across the visible spectrum; and wherein white light has CIE (x,y) coordinates of (0.33±0.05, 0.33±0.05), preferably (0.33±0.02, 0.33±0.02), after transmission through the ophthalmic system. an ophthalmic material; and a dye that selectively absorbs at least 5% of light in a wavelength range within 400 nm to 460 nm; and a film disposed on the first layer; wherein the film compensates for a colour imbalance resulting from absorption of light by the dye; wherein the system (100, 200, 300, 400, 500) has an average transmission of at least 80% across the visible spectrum; and wherein white light has CIE (x,y) coordinates of (0.33±0.05, 0.33±0.05), preferably (0.33±0.02, 0.33±0.02), after transmission through the ophthalmic system.
A method for controlling an injection molding machine having a first configuration and a mold forming a mold cavity, the injection molding machine being controlled according to an injection cycle, the method comprising: obtaining a pattern for at least a portion of an injection cycle of an injection molding machine having a second configuration; operating the injection molding machine having the first configuration to inject a molten material into the mold cavity; while operating the injection molding machine having the first configuration, using the obtained pattern to control a portion of the injection cycle, characterized in that obtaining a pattern comprises obtaining a cavity pressure setpoint curve for the injection cycle of the injection molding machine having the second configuration, wherein operating the injection molding machine having the first configuration comprises: measuring a cavity pressure value of the mold cavity during the mold cycle; upon measuring a nominal cavity pressure value, commencing a pattern recognition portion of the injection cycle that is at least partially dependent on the obtained pattern, where a driving force being exerted on the molten material is adjusted such that the measured cavity pressure matches the obtained pattern for the injection cycle. obtaining a pattern for at least a portion of an injection cycle of an injection molding machine having a second configuration; operating the injection molding machine having the first configuration to inject a molten material into the mold cavity; while operating the injection molding machine having the first configuration, using the obtained pattern to control a portion of the injection cycle, characterized in that obtaining a pattern comprises obtaining a cavity pressure setpoint curve for the injection cycle of the injection molding machine having the second configuration, wherein operating the injection molding machine having the first configuration comprises: measuring a cavity pressure value of the mold cavity during the mold cycle; upon measuring a nominal cavity pressure value, commencing a pattern recognition portion of the injection cycle that is at least partially dependent on the obtained pattern, where a driving force being exerted on the molten material is adjusted such that the measured cavity pressure matches the obtained pattern for the injection cycle. measuring a cavity pressure value of the mold cavity during the mold cycle; upon measuring a nominal cavity pressure value, commencing a pattern recognition portion of the injection cycle that is at least partially dependent on the obtained pattern, where a driving force being exerted on the molten material is adjusted such that the measured cavity pressure matches the obtained pattern for the injection cycle.
A method performed by a first security edge protection proxy, SEPP, for security edge protection of messages being communicated between first and second communications networks of a communications system, the method comprising: receiving, from a first network function of the first communications network, a first message containing an address identifying a second network function which is located in the second communications network; receiving, from a second SEPP operating to protect communications with the second communications network, a second message containing a fully qualified domain name, FQDN, reference for a combination of the second SEPP and the second network function; storing the FQDN reference for the combination of the second SEPP and second network function in a label-to-FQDN mapping data structure with a logical association to a substitute locally-unique label; and sending a third message containing the substitute locally-unique label to the first network function. receiving, from a first network function of the first communications network, a first message containing an address identifying a second network function which is located in the second communications network; receiving, from a second SEPP operating to protect communications with the second communications network, a second message containing a fully qualified domain name, FQDN, reference for a combination of the second SEPP and the second network function; storing the FQDN reference for the combination of the second SEPP and second network function in a label-to-FQDN mapping data structure with a logical association to a substitute locally-unique label; and sending a third message containing the substitute locally-unique label to the first network function.
A light convergence device comprising: a light convergence substrate, the light convergence substrate comprising a rotating paraboloid, wherein a photonic crystal layer is formed on the rotating paraboloid, and an up-conversion layer is formed on the photonic crystal layer, the up-conversion layer comprises an up-conversion material with up- conversion function for spectrum; the photonic crystal layer is provided on the inner surface of the rotating paraboloid between the rotating paraboloid and the up-conversion layer; and a photonic band gap of the photonic crystal layer is at least in a range from 300nm to 800nm.
A device comprising - a cassette having a opening in an axial direction of the cassette and a support surface transverse to the axial direction and extending around the opening of the cassette, the cassette being capable of receiving a cup in the opening with a outwardly extending flange of the cup supported by the support surface, and - a supporting plate having an opening in a normal direction of the supporting plate, - the cassette comprises a resilient or flexible material, characterised in that the cassette comprises - a slot in which a part of the supporting plate is received in close contact without cavities, wherein the close contact is established by the resilient or flexible material exerting a firm grip on the part of the supporting plate being received in the slot. - a cassette having a opening in an axial direction of the cassette and a support surface transverse to the axial direction and extending around the opening of the cassette, the cassette being capable of receiving a cup in the opening with a outwardly extending flange of the cup supported by the support surface, and - a supporting plate having an opening in a normal direction of the supporting plate, - the cassette comprises a resilient or flexible material, - a slot in which a part of the supporting plate is received in close contact without cavities, wherein the close contact is established by the resilient or flexible material exerting a firm grip on the part of the supporting plate being received in the slot.
A control system for a turbocharger of an engine, the system comprising: a wastegate valve configured to divert exhaust gas from a turbine of the turbocharger, the turbine being rotatably coupled to a compressor of the turbocharger; and a controller configured to: obtain a torque request for the engine; determine a target compressor power based on the engine torque request; determine a normalized target turbine power based on the target compressor power wherein the normalized target turbine power is normalized based on turbine outlet pressure, turbine inlet temperature, and a specific heat at constant pressure of the exhaust gas; determine a normalized exhaust flow, wherein the normalized exhaust flow is normalized based on turbine outlet pressure and the turbine inlet temperature; determine a target position for the wastegate valve directly based on the normalized target turbine power and the normalized exhaust flow; and actuate the wastegate valve to the target position. a wastegate valve configured to divert exhaust gas from a turbine of the turbocharger, the turbine being rotatably coupled to a compressor of the turbocharger; and a controller configured to: obtain a torque request for the engine; determine a target compressor power based on the engine torque request; determine a normalized target turbine power based on the target compressor power wherein the normalized target turbine power is normalized based on turbine outlet pressure, turbine inlet temperature, and a specific heat at constant pressure of the exhaust gas; determine a normalized exhaust flow, wherein the normalized exhaust flow is normalized based on turbine outlet pressure and the turbine inlet temperature; determine a target position for the wastegate valve directly based on the normalized target turbine power and the normalized exhaust flow; and actuate the wastegate valve to the target position. obtain a torque request for the engine; determine a target compressor power based on the engine torque request; determine a normalized target turbine power based on the target compressor power wherein the normalized target turbine power is normalized based on turbine outlet pressure, turbine inlet temperature, and a specific heat at constant pressure of the exhaust gas; determine a normalized exhaust flow, wherein the normalized exhaust flow is normalized based on turbine outlet pressure and the turbine inlet temperature; determine a target position for the wastegate valve directly based on the normalized target turbine power and the normalized exhaust flow; and actuate the wastegate valve to the target position.
A method for sending information, comprising: selecting a sequence corresponding to information to be carried in original information to be sent according to a mapping table of information-sequence; performing cyclic redundancy check on the original information by using the selected sequence as a generator polynomial to obtain a cyclic redundancy check code; and sending the original information and the cyclic redundancy check code, characterized in that, the generator polynomial corresponding to the selected sequence has a highest power r, wherein r is greater than or equal to 1, and the performing cyclic redundancy check on the original information by using the selected sequence as a generator polynomial to obtain a cyclic redundancy check code comprises: summing a sequence obtained by shifting the original information to left by r+1 bits and the selected sequence; shifting the sequence obtained by summing to left by r bits; and dividing the sequence obtained by shifting by the selected sequence, to obtain a remainder code which is the cyclic redundancy check code. selecting a sequence corresponding to information to be carried in original information to be sent according to a mapping table of information-sequence; performing cyclic redundancy check on the original information by using the selected sequence as a generator polynomial to obtain a cyclic redundancy check code; and sending the original information and the cyclic redundancy check code, characterized in that, the generator polynomial corresponding to the selected sequence has a highest power r, wherein r is greater than or equal to 1, and the performing cyclic redundancy check on the original information by using the selected sequence as a generator polynomial to obtain a cyclic redundancy check code comprises: summing a sequence obtained by shifting the original information to left by r+1 bits and the selected sequence; shifting the sequence obtained by summing to left by r bits; and dividing the sequence obtained by shifting by the selected sequence, to obtain a remainder code which is the cyclic redundancy check code. summing a sequence obtained by shifting the original information to left by r+1 bits and the selected sequence; shifting the sequence obtained by summing to left by r bits; and dividing the sequence obtained by shifting by the selected sequence, to obtain a remainder code which is the cyclic redundancy check code.
A combination of a) a radioimmunoconjugate comprising, - a monoclonal antibody HH1 targeting CD37, - an optional linker, - a 177 Lu radionuclide, and b) an anti-CD20 antibody, for use in the treatment of a B-cell malignancy selected from the group consisting of non-Hodgkin lymphoma, acute Lymphoblastic Leukemia, and chronic lymphocytic leukemia, wherein; - the radioimmunoconjugate upregulates antigen expression of an antigen expressed on the surface of B-cell cancer cells, - the upregulated antigen is CD20, and - the radioimmunoconjugate is used as pretreatment before the anti-CD20 antibody. a) a radioimmunoconjugate comprising, - a monoclonal antibody HH1 targeting CD37, - an optional linker, - a 177 Lu radionuclide, and - a monoclonal antibody HH1 targeting CD37, - an optional linker, - a 177 Lu radionuclide, and b) an anti-CD20 antibody, for use in the treatment of a B-cell malignancy selected from the group consisting of non-Hodgkin lymphoma, acute Lymphoblastic Leukemia, and chronic lymphocytic leukemia, wherein; - the radioimmunoconjugate upregulates antigen expression of an antigen expressed on the surface of B-cell cancer cells, - the upregulated antigen is CD20, and - the radioimmunoconjugate is used as pretreatment before the anti-CD20 antibody. - the radioimmunoconjugate upregulates antigen expression of an antigen expressed on the surface of B-cell cancer cells, - the upregulated antigen is CD20, and - the radioimmunoconjugate is used as pretreatment before the anti-CD20 antibody.