mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a signal to be transmitted by a multiple antenna system, the method comprising: modulating at least one source signal to obtain at least one modulated symbol; and phase-shift based pre-coding the at least one modulated symbol by multiplying the at least one modulated symbol by a complex-valued pre-coding matrix selected from a codebook, characterized in that: at least one element of the complex-valued pre-coding matrix is defined according to a resource index, wherein the resource index corresponds to a sub-carrier index in an Orthogonal Frequency Division Multiplexing based system, wherein the codebook comprises a first complex-valued pre-coding matrix for a first multiplexing rate and a second complex-valued pre-coding matrix for a second multiplexing rate, wherein the second multiplexing rate is greater than the first multiplexing rate, and wherein all column vectors of the first complex-valued pre-coding matrix are included as a part of column vectors of the second complex-valued pre-coding matrix. modulating at least one source signal to obtain at least one modulated symbol; and phase-shift based pre-coding the at least one modulated symbol by multiplying the at least one modulated symbol by a complex-valued pre-coding matrix selected from a codebook, characterized in that: at least one element of the complex-valued pre-coding matrix is defined according to a resource index, wherein the resource index corresponds to a sub-carrier index in an Orthogonal Frequency Division Multiplexing based system, wherein the codebook comprises a first complex-valued pre-coding matrix for a first multiplexing rate and a second complex-valued pre-coding matrix for a second multiplexing rate, wherein the second multiplexing rate is greater than the first multiplexing rate, and wherein all column vectors of the first complex-valued pre-coding matrix are included as a part of column vectors of the second complex-valued pre-coding matrix. at least one element of the complex-valued pre-coding matrix is defined according to a resource index, wherein the resource index corresponds to a sub-carrier index in an Orthogonal Frequency Division Multiplexing based system, wherein the codebook comprises a first complex-valued pre-coding matrix for a first multiplexing rate and a second complex-valued pre-coding matrix for a second multiplexing rate, wherein the second multiplexing rate is greater than the first multiplexing rate, and wherein all column vectors of the first complex-valued pre-coding matrix are included as a part of column vectors of the second complex-valued pre-coding matrix.
A transmission apparatus configured to transmit an optical signal by using a plurality of subcarriers (sb1, sb2, sb3, sb4), the transmission apparatus comprising: a plurality of modulators, two or more modulators of the plurality of modulators configured to be capable of changing a modulation format of the corresponding subcarrier of the plurality of subcarriers; a controller configured to control the modulation format for the two or more modulators so as to use a first modulation format and a second modulation format for each of the corresponding two or more subcarriers among the plurality of subcarriers, the corresponding two or more subcarriers being modulated using the first modulation format at different times within a symbol transmission period; and a multiplexer configured to multiplex signals modulated by the plurality of modulators, wherein the first modulation format has a multilevel degree lower than a multilevel degree of the second modulation format. a plurality of modulators, two or more modulators of the plurality of modulators configured to be capable of changing a modulation format of the corresponding subcarrier of the plurality of subcarriers; a controller configured to control the modulation format for the two or more modulators so as to use a first modulation format and a second modulation format for each of the corresponding two or more subcarriers among the plurality of subcarriers, the corresponding two or more subcarriers being modulated using the first modulation format at different times within a symbol transmission period; and a multiplexer configured to multiplex signals modulated by the plurality of modulators, wherein the first modulation format has a multilevel degree lower than a multilevel degree of the second modulation format.
Device comprising: - a transfer substrate comprising electric connection elements; and - a plurality of elementary chips bonded and electrically connected to the transfer substrate, each elementary chip comprising at least one photodetector and an electronic circuit for reading from said at least one photodetector, the device further comprising, associated with at least one elementary chip, an emission, capture, or actuation element (LR, LG, LB) external to the elementary chip, bonded and electrically connected to the transfer substrate, characterized in that each elementary chip comprises an electronic circuit for controlling the emission, capture, or actuation element (LR, LG, LB) associated with the chip. - a transfer substrate comprising electric connection elements; and - a plurality of elementary chips bonded and electrically connected to the transfer substrate, each elementary chip comprising at least one photodetector and an electronic circuit for reading from said at least one photodetector,
A method, comprising: a first network device consolidating Ethernet Alarm Indication Signal, ETH-AIS, information corresponding to a plurality of Virtual Local Area Networks, VLANs, into a single Ethernet frame; sending, by the first network device, the Ethernet frame to a second network device over a communications link carrying traffic for the plurality of VLANs; receiving the Ethernet frame by a second network device on a particular port of a plurality of ports of the second network device; and sending, by the second network device, ETH-AIS information of said received consolidated ETH-AIS information corresponding to each particular VLAN of the plurality of VLANs out each port of the plurality of ports configured for sending packets for the particular VLAN except for the particular port on which said consolidated ETH-AIS information was received. a first network device consolidating Ethernet Alarm Indication Signal, ETH-AIS, information corresponding to a plurality of Virtual Local Area Networks, VLANs, into a single Ethernet frame; sending, by the first network device, the Ethernet frame to a second network device over a communications link carrying traffic for the plurality of VLANs; receiving the Ethernet frame by a second network device on a particular port of a plurality of ports of the second network device; and sending, by the second network device, ETH-AIS information of said received consolidated ETH-AIS information corresponding to each particular VLAN of the plurality of VLANs out each port of the plurality of ports configured for sending packets for the particular VLAN except for the particular port on which said consolidated ETH-AIS information was received.
Method for the detection of hydrogen peroxide resistance in one or more sea lice selected from the group consisting of Lepeophtheirus salmonis, Caligus clemensei, Caligus elongatus, and Caligus rogercresseyi comprising the steps of: a) collecting one or more sea lice from infested fish or water samples; b) isolating genomic material from any life stage of the collected sea lice; and c) determining the expression level of a catalase gene of collected sea lice. a) collecting one or more sea lice from infested fish or water samples; b) isolating genomic material from any life stage of the collected sea lice; and c) determining the expression level of a catalase gene of collected sea lice.
A method of operating a user equipment, UE, comprising: transmitting a measurement report during a configured DRX ON duration that precedes a wake-up signal, WUS; and receiving a WUS that includes an indication of selected physical cell identifiers, PCIs, of a PCI group; and monitoring, in response to the WUS, one or more configured DRX ON durations associated with the selected PCIs of the PCI group, wherein the one or more configured DRX ON durations includes the next configured DRX ON duration subsequent to the WUS. transmitting a measurement report during a configured DRX ON duration that precedes a wake-up signal, WUS; and receiving a WUS that includes an indication of selected physical cell identifiers, PCIs, of a PCI group; and monitoring, in response to the WUS, one or more configured DRX ON durations associated with the selected PCIs of the PCI group, wherein the one or more configured DRX ON durations includes the next configured DRX ON duration subsequent to the WUS.
An isolated peptide that: consists of the amino acid sequence of XXXXXXXXXXX(L/M)XXLLXXLLXXLLXXX (SEQ ID NO: 18) and optionally up to 3 additional amino acids at the C-terminal end, wherein X at position 1 is optional, and when present, is Q; X at position 2 is optional, and when present, is Q; X at position 3 is optional, and when present, is P or S; X at position 4 is optional, and when present, is I, S, or E; X at position 5 is optional, and when present, is D, E, or Q; X at position 6 is optional, and when present, is R, S, or E; X of position 7 is optional, and when present, is Q or E; X at position 8 is optional, and when present, is T or E; X at position 9 is optional, and when present, is I or E; X at position 10 is optional, and when present, is E or K; X at position 11 is optional, and when present, is Q or E; X at position 13 is A; X at position 14 is Q or E; X at position 17 is A; X at position 18 is Q or E; X at position 21 is K or E; X at position 22 is S; X at position 25 is optional, and when present, is S or E; X at position 26 is optional, and when present, is P or E; and X at position 27 is optional, and when present, is Q or E. X at position 1 is optional, and when present, is Q; X at position 2 is optional, and when present, is Q; X at position 3 is optional, and when present, is P or S; X at position 4 is optional, and when present, is I, S, or E; X at position 5 is optional, and when present, is D, E, or Q; X at position 6 is optional, and when present, is R, S, or E; X of position 7 is optional, and when present, is Q or E; X at position 8 is optional, and when present, is T or E; X at position 9 is optional, and when present, is I or E; X at position 10 is optional, and when present, is E or K; X at position 11 is optional, and when present, is Q or E; X at position 13 is A; X at position 14 is Q or E; X at position 17 is A; X at position 18 is Q or E; X at position 21 is K or E; X at position 22 is S; X at position 25 is optional, and when present, is S or E; X at position 26 is optional, and when present, is P or E; and X at position 27 is optional, and when present, is Q or E.
A method for producing a polymerizable composition for optical materials, wherein the method comprises a step (a) for preparing a polythiol compound represented by the following formula, and a step (b) for preparing the polymerizable composition for optical materials from the polythiol compound represented by the following formula; wherein the step(a) for preparing the polythiol compound represented by the following formula comprises: a step for reacting 2-mercaptoethanol with an epihalohydrin compound represented by the following formula at a temperature of 10oC, to 50oC to obtain a polyalcohol compound represented by the following formula; wherein X represents a halogen atom, a step for reacting the polyalcohol compound represented by formula thus obtained with thiourea in the presence of hydrogen chloride to obtain an isothiuronium salt; a step for adding, while maintaining a reaction solution containing the isothiuronium salt thus obtained at a temperature of 15oC to 60oC, aqueous ammonia to the reaction solution within 80 minutes, thereby hydrolyzing the isothiuronium salt to obtain a polythiol compound represented by the following formula; and a step for adding hydrochloric acid which is a concentration of 25% to 36% to the solution containing the polythiol compound thus obtained, washing the solution at a temperature of 10oC, to 50oC to purify the polythiol compound represented by the formula. a step for reacting 2-mercaptoethanol with an epihalohydrin compound represented by the following formula at a temperature of 10oC, to 50oC to obtain a polyalcohol compound represented by the following formula; wherein X represents a halogen atom, a step for reacting the polyalcohol compound represented by formula thus obtained with thiourea in the presence of hydrogen chloride to obtain an isothiuronium salt; a step for adding, while maintaining a reaction solution containing the isothiuronium salt thus obtained at a temperature of 15oC to 60oC, aqueous ammonia to the reaction solution within 80 minutes, thereby hydrolyzing the isothiuronium salt to obtain a polythiol compound represented by the following formula; and a step for adding hydrochloric acid which is a concentration of 25% to 36% to the solution containing the polythiol compound thus obtained, washing the solution at a temperature of 10oC, to 50oC to purify the polythiol compound represented by the formula.
A prosthesis comprising: an elastomeric liner sized and configured to surround a limb of a patient about a knee joint, said liner adapted to extend above and below said knee joint; said liner having an inner surface for facing the limb of the patient and an outer surface; said outer surface defining an anterior region and a posterior region; said anterior region of said outer surface having an anterior material secured thereto; said posterior region of said outer surface having a posterior material secured thereto; said anterior and posterior materials (2, 4) each having predetermined transverse elongation; characterized in that said regions are demarcated by an imaginary plane extending substantially midway between the front most portion and rear most portion of the limb along the length of the limb; in that said anterior and posterior materials (2, 4) having edge portions extending along said imaginary plane and secured together; in that said anterior material having a longitudinal elongation in the range of from about 30% to about 180%; and in that said posterior material having a longitudinal elongation in the range of from about 5% to about 75%; whereby when said prosthesis is donned onto a limb of a patient over the knee and the limb is flexed about the knee, buckling of the prosthesis about the knee is substantially reduced or eliminated. an elastomeric liner sized and configured to surround a limb of a patient about a knee joint, said liner adapted to extend above and below said knee joint; said liner having an inner surface for facing the limb of the patient and an outer surface; said outer surface defining an anterior region and a posterior region; said anterior region of said outer surface having an anterior material secured thereto; said posterior region of said outer surface having a posterior material secured thereto; said anterior and posterior materials (2, 4) each having predetermined transverse elongation; characterized in that said regions are demarcated by an imaginary plane extending substantially midway between the front most portion and rear most portion of the limb along the length of the limb; in that said anterior and posterior materials (2, 4) having edge portions extending along said imaginary plane and secured together; in that said anterior material having a longitudinal elongation in the range of from about 30% to about 180%; and in that said posterior material having a longitudinal elongation in the range of from about 5% to about 75%; whereby when said prosthesis is donned onto a limb of a patient over the knee and the limb is flexed about the knee, buckling of the prosthesis about the knee is substantially reduced or eliminated.
A dispenser for delivering granular materials comprising: a container assembly having an outer enclosure and an inner reservoir for containing a granular material, said enclosure having an opening for the outflow of material, said enclosure and reservoir defining a passageway therebetween; said inner reservoir defining a nozzle for the outflow of material; a metering cup disposed at one end of the enclosure and having an open end, the open end opposing said nozzle, the metering cup adapted to receive through the open end of the metering cup a controlled quantity of material directed from the reservoir and through the nozzle, when the container assembly is disposed in a first orientation, and for delivering the material to the passageway, when the container is disposed in a second orientation; characterised in that the dispenser further comprising: a control plug positioned within the metering cup for setting the quantity of material directed into the metering cup, wherein the control plug comprises a plug having an opening adjacent the nozzle to receive therethrough material from the nozzle. a container assembly having an outer enclosure and an inner reservoir for containing a granular material, said enclosure having an opening for the outflow of material, said enclosure and reservoir defining a passageway therebetween; said inner reservoir defining a nozzle for the outflow of material; a metering cup disposed at one end of the enclosure and having an open end, the open end opposing said nozzle, the metering cup adapted to receive through the open end of the metering cup a controlled quantity of material directed from the reservoir and through the nozzle, when the container assembly is disposed in a first orientation, and for delivering the material to the passageway, when the container is disposed in a second orientation; characterised in that the dispenser further comprising: a control plug positioned within the metering cup for setting the quantity of material directed into the metering cup, wherein the control plug comprises a plug having an opening adjacent the nozzle to receive therethrough material from the nozzle.
Tyre, wherein the tyre is rotatable in a circumferential direction about an axis of rotation, comprising at least one electromagnetic transmitting and receiving apparatus, comprising a storage component and at least one antenna, characterized in that the at least one antenna is formed from CuSn6 and/or CuMg.
Non-therapeutic use of a substrate in which a cured material of a binder containing a copper compound and a polymerization initiator is fixed onto a surface of a base material, wherein at least a part of the copper compound is exposed on a surface of the cured material of the binder, wherein in the copper compound, a ratio (Cu /Cu) of the number of ions of Cu and Cu contained in the copper compound, which is calculated by measuring bond energy corresponding to Cu and Cu in a range of 925 to 955 eV for 5 minutes, by an X-ray photoelectron spectroscopy analysis method, is 0.4 to 50, as antiviral substrate.
A method for the hydroformylation of olefins, comprising: a step of spraying and supplying olefins and a synthesis gas including hydrogen and carbon monoxide, in a molar ratio of 95:5 to 5:95, through a nozzle into a venturi-loop reactor as an oxo reactor, wherein the nozzle is provided at the top portion of the oxo reactor and the oxo reactor is provided with the nozzle connected with the venturi and a recycling line; a step of recovering a reaction mixture from the oxo reactor, and then separating aldehydes from the reaction mixture; and a step of supplying a catalyst mixture, which resuls from the separation of aldehydes from the reaction mixture, through the nozzle provided in the oxo reactor, wherein the flow rate of the fluid circulating through the recycling line is 0.01 to 20 times of charging capacity of the reactor per minute, wherein the olefins are supplied from an olefin feed line which is connected to a neck of the nozzle, wherein the synthesis gas is supplied from a synthesis gas feed line which is connected to a neck of the nozzle, and wherein the catalyst mixture is supplied from the recycling line which is connected to a top of the nozzle. a step of spraying and supplying olefins and a synthesis gas including hydrogen and carbon monoxide, in a molar ratio of 95:5 to 5:95, through a nozzle into a venturi-loop reactor as an oxo reactor, wherein the nozzle is provided at the top portion of the oxo reactor and the oxo reactor is provided with the nozzle connected with the venturi and a recycling line; a step of recovering a reaction mixture from the oxo reactor, and then separating aldehydes from the reaction mixture; and a step of supplying a catalyst mixture, which resuls from the separation of aldehydes from the reaction mixture, through the nozzle provided in the oxo reactor, wherein the flow rate of the fluid circulating through the recycling line is 0.01 to 20 times of charging capacity of the reactor per minute, wherein the olefins are supplied from an olefin feed line which is connected to a neck of the nozzle, wherein the synthesis gas is supplied from a synthesis gas feed line which is connected to a neck of the nozzle, and wherein the catalyst mixture is supplied from the recycling line which is connected to a top of the nozzle.
Method for controlling transmission ratios and the clutch of a motor vehicle equipped with an automatic gearbox, comprising a reception of a requested transmission ratio set point, a reception of information relating to the unavailable transmission ratios, a determination of the transmission ratio to be applied taking into account the unavailable transmission ratios, a first computation of the first available upshift, a second computation of the first available downshift, the transmission ratio to be applied corresponding to the first available upshift if no downshift is available, characterized in that the clutch produces a slip upon the application of the first available upshift if the forecast speed of the primary shaft corresponding to the first available upshift (N up) is below an idle speed threshold (V idle).
A steering device (3a-f) for an outboard motor supported by a hull rotatably around a steering axis, comprising: a chiller handle attached to the outboard motor; an actuator (33a-f) configured to rotate the chiller handle about the steering axis; and a link member (32a, 32d, 32e) movably disposed at a connection position for transmitting a driving force from the actuator (33a-f) to the chiller handle, and at a blocking position for blocking transmission of the driving force from the actuator (33a-f) to the chiller handle. a chiller handle attached to the outboard motor; an actuator (33a-f) configured to rotate the chiller handle about the steering axis; and a link member (32a, 32d, 32e) movably disposed at a connection position for transmitting a driving force from the actuator (33a-f) to the chiller handle, and at a blocking position for blocking transmission of the driving force from the actuator (33a-f) to the chiller handle.