mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a transgenic plant from a population of plant protoplasts, the method comprising isolating a plant protoplast comprising a polynucleotide of interest, the method comprising: separating the at least one sodium alginate-encapsulated plant protoplast comprising the polynucleotide of interest and a fluorescent marker from the remaining plant protoplasts in a population of plant protoplasts by fluorescence-activated cell sorting (FACS); and culturing the separated sodium alginate-encapsulated plant protoplast(s) comprising the polynucleotide of interest and the fluorescent marker to regenerate a transgenic plant. separating the at least one sodium alginate-encapsulated plant protoplast comprising the polynucleotide of interest and a fluorescent marker from the remaining plant protoplasts in a population of plant protoplasts by fluorescence-activated cell sorting (FACS); and culturing the separated sodium alginate-encapsulated plant protoplast(s) comprising the polynucleotide of interest and the fluorescent marker to regenerate a transgenic plant.
A communication device comprising: a transceiver ; an impedance matching circuit coupled with the transceiver; a memory for storing computer instructions; and a processor coupled with the memory and the impedance matching circuit, wherein the processor is configured, responsive to executing the computer instructions, to perform operations comprising: identifying a subset of use cases from a group of use cases based on a usage condition determined for the communication device, each of the use cases corresponding to a tuning state for tunable elements of the impedance matching circuit; applying each tuning state of the subset of use cases to the tunable elements and measuring a signal parameter associated with a signal quality for a received signal at each tuning state to generate a group of signal parameters; and selecting a target use case from among the subset of use cases based on a desired signal parameter selected from among the group of signal parameters. a transceiver ; an impedance matching circuit coupled with the transceiver; a memory for storing computer instructions; and a processor coupled with the memory and the impedance matching circuit, wherein the processor is configured, responsive to executing the computer instructions, to perform operations comprising: identifying a subset of use cases from a group of use cases based on a usage condition determined for the communication device, each of the use cases corresponding to a tuning state for tunable elements of the impedance matching circuit; applying each tuning state of the subset of use cases to the tunable elements and measuring a signal parameter associated with a signal quality for a received signal at each tuning state to generate a group of signal parameters; and selecting a target use case from among the subset of use cases based on a desired signal parameter selected from among the group of signal parameters. identifying a subset of use cases from a group of use cases based on a usage condition determined for the communication device, each of the use cases corresponding to a tuning state for tunable elements of the impedance matching circuit; applying each tuning state of the subset of use cases to the tunable elements and measuring a signal parameter associated with a signal quality for a received signal at each tuning state to generate a group of signal parameters; and selecting a target use case from among the subset of use cases based on a desired signal parameter selected from among the group of signal parameters.
A vehicle control method executed by a processor capable of executing a lane change of a subject vehicle, comprising: acquiring, from sensors equipped in the subjectvehicle (X), surrounding information of the subject vehicle; specifying, based on the surrounding information, an entry position (P) indicating a position of an entry destination of the subject vehicle, the entry position being located on a second lane (L2) adjacent to a first lane (L1) in which the subject vehicle is traveling: when operating a blinker of the subject vehicle, decelerating the subject vehicle, and executing a lane change, determining whether or not there is a following vehicle (Y) which follows the subject vehicle in a predetermined area located behind the subject vehicle on the first lane characterized by when determining that there is the following vehicle, setting a preparation time longer than the preparation time when determining that there is not the following vehicle, the preparation time indicating a time from operating the blinker of the subject vehicle to decelerating the subject vehicle and starting the lane change of the subject vehicle; and controlling a travel position of the subject vehicle on the first lane within the preparation time. acquiring, from sensors equipped in the subjectvehicle (X), surrounding information of the subject vehicle; specifying, based on the surrounding information, an entry position (P) indicating a position of an entry destination of the subject vehicle, the entry position being located on a second lane (L2) adjacent to a first lane (L1) in which the subject vehicle is traveling: when operating a blinker of the subject vehicle, decelerating the subject vehicle, and executing a lane change, determining whether or not there is a following vehicle (Y) which follows the subject vehicle in a predetermined area located behind the subject vehicle on the first lane characterized by when determining that there is the following vehicle, setting a preparation time longer than the preparation time when determining that there is not the following vehicle, the preparation time indicating a time from operating the blinker of the subject vehicle to decelerating the subject vehicle and starting the lane change of the subject vehicle; and controlling a travel position of the subject vehicle on the first lane within the preparation time. when operating a blinker of the subject vehicle, decelerating the subject vehicle, and executing a lane change, determining whether or not there is a following vehicle (Y) which follows the subject vehicle in a predetermined area located behind the subject vehicle on the first lane characterized by when determining that there is the following vehicle, setting a preparation time longer than the preparation time when determining that there is not the following vehicle, the preparation time indicating a time from operating the blinker of the subject vehicle to decelerating the subject vehicle and starting the lane change of the subject vehicle; and controlling a travel position of the subject vehicle on the first lane within the preparation time.
A packet retransmission method of a terminal performing contention-based access to a base station, comprising: transmitting (S810) an uplink packet to a base station; receiving (S840), when the base station fails decoding the uplink packet, a message requesting for a radio link control, RLC, retransmission transmitted by the base station; and performing the RLC retransmission in response to the message requesting for the RLC retransmission, characterized in that the performing of the RLC retransmission comprises: initializing (S850) the RLC retransmission by triggering a back-off timer, in case that the message includes information indicating that the failure to decode the uplink packet is caused by an access collision of the uplink packet, and initiating (S870) the RLC retransmission, in case that the back-off timer expires. transmitting (S810) an uplink packet to a base station; receiving (S840), when the base station fails decoding the uplink packet, a message requesting for a radio link control, RLC, retransmission transmitted by the base station; and performing the RLC retransmission in response to the message requesting for the RLC retransmission, characterized in that the performing of the RLC retransmission comprises: initializing (S850) the RLC retransmission by triggering a back-off timer, in case that the message includes information indicating that the failure to decode the uplink packet is caused by an access collision of the uplink packet, and initiating (S870) the RLC retransmission, in case that the back-off timer expires.
Method for producing a sheet of a material containing alkaloids, the method comprising: ∘ mixing a material containing alkaloids with water to form a slurry; ∘ forming a sheet from the slurry; ∘ compressing the sheet between a first pair of rollers , wherein at the beginning of the step of compressing the sheet , a water content of the sheet is comprised between about 50 percent and about 80 percent of the total weight of the sheet; characterised in that the method comprises ∘ further compressing the sheet compressed by the first pair of rollers between a second pair of rollers , to obtain a desired thickness (t3) of the sheet of material containing alkaloids. ∘ mixing a material containing alkaloids with water to form a slurry; ∘ forming a sheet from the slurry; ∘ compressing the sheet between a first pair of rollers , wherein at the beginning of the step of compressing the sheet , a water content of the sheet is comprised between about 50 percent and about 80 percent of the total weight of the sheet; characterised in that the method comprises ∘ further compressing the sheet compressed by the first pair of rollers between a second pair of rollers , to obtain a desired thickness (t3) of the sheet of material containing alkaloids.
Hob comprising a transparent or semi-transparent hob plate and multiple heating elements arranged below said hob plate , the hob further comprising illumination means arranged below said hob plate for providing light markings at the upper side (2.1) of the hob plate , said light markings indicating heating zones associated with the heating elements , wherein the illumination means comprise a light box with at least a bottom wall portion and a pair of side wall portions , said light box including one or more lighting elements for illuminating an interior space of the light box , wherein the light box further comprises an upper portion being adapted to emit light towards the hob plate in order to provide said light marking at the upper side of the hob plate , characterized in that at least one side wall portion of the light box comprise one or more apertures through which light is emitted into the interior space of the light box .
Method for determining at least one mechanical parameter (δλ, ξ_m_B, ξ_m_S, δξ_B, f_B) of a mechanical object, having the steps of: - first excitation of the object with a multifrequency signal ; - detecting a first response signal of the object at one or more measuring points on the object; - transforming the first response signal from a time range into a frequency-dependent range ; - selecting one or more frequencies on the basis of the frequency-dependent range; - second excitation of the object on the basis of the selected frequencies ; - detecting a second response signal of the object at one or more measuring points of the object; - determining a mechanical parameter (δλ, ξ_m_B, ξ_m_S, δξ_B, f_B) on the basis of the second response signal, characterized in that the first excitation is carried out by a sound signal and the multifrequency signal is a sweep signal or a chirp signal, the length of the sweep signal or the chirp signal being shorter than a mechanical settling time of the object. - first excitation of the object with a multifrequency signal ; - detecting a first response signal of the object at one or more measuring points on the object; - transforming the first response signal from a time range into a frequency-dependent range ; - selecting one or more frequencies on the basis of the frequency-dependent range; - second excitation of the object on the basis of the selected frequencies ; - detecting a second response signal of the object at one or more measuring points of the object; - determining a mechanical parameter (δλ, ξ_m_B, ξ_m_S, δξ_B, f_B) on the basis of the second response signal, characterized in that the first excitation is carried out by a sound signal and the multifrequency signal is a sweep signal or a chirp signal, the length of the sweep signal or the chirp signal being shorter than a mechanical settling time of the object.
A method, comprising: performing, using one or more computer systems , identifying vectors representing sampled network events observed by a network monitoring system, each vector including: a plurality of dimensions, an indication of a sampling ratio with which each respective dimension was sampled, and a value associated with each respective dimension , the sampling ratio being subject to modification over time as a function of network or resource loading; calculating a Key Performance Indicator, KPI, corresponding to the observed network events for a selected one of the plurality of dimensions based, at least in part, upon the values associated with the selected dimension ; and calculating a confidence value associated with the KPI, based, at least in part, upon the sampling ratio with which the selected dimension was sampled , wherein calculating the confidence value includes performing, using the one or more computer systems: using the sampling ratios with which the selected dimensions were sampled to estimate a number of network events, KN, that would have been observed by the network monitoring system in the absence of sampling; determining a number of sampled network events, Kn; and calculating a standard deviation, Kσ, of the values. calculating a confidence value associated with the KPI, based, at least in part, upon the sampling ratio with which the selected dimension was sampled , wherein calculating the confidence value includes performing, using the one or more computer systems: using the sampling ratios with which the selected dimensions were sampled to estimate a number of network events, KN, that would have been observed by the network monitoring system in the absence of sampling; determining a number of sampled network events, Kn; and calculating a standard deviation, Kσ, of the values. using the sampling ratios with which the selected dimensions were sampled to estimate a number of network events, KN, that would have been observed by the network monitoring system in the absence of sampling; determining a number of sampled network events, Kn; and calculating a standard deviation, Kσ, of the values.
An assembly for placement of a positional sensor for positional tracking of an anatomical reference point, the assembly comprising a mounting base for placement over the anatomical reference point; characterized in that : the mounting base comprises: at least one flexible tab ; a mounting flange forming a bottom surface of the mounting base ; and a ledge positioned between a top surface of the at least one flexible tab and the mounting flange ; and a sensor housing positioned on the ledge and rotatably engaged with the mounting base , the sensor housing having a cavity sized to receive the positional sensor ; wherein the at least one flexible tab engages an upward-facing surface of the sensor housing . the mounting base comprises: at least one flexible tab ; a mounting flange forming a bottom surface of the mounting base ; and a ledge positioned between a top surface of the at least one flexible tab and the mounting flange ; and at least one flexible tab ; a mounting flange forming a bottom surface of the mounting base ; and a ledge positioned between a top surface of the at least one flexible tab and the mounting flange ; and a sensor housing positioned on the ledge and rotatably engaged with the mounting base , the sensor housing having a cavity sized to receive the positional sensor ; wherein the at least one flexible tab engages an upward-facing surface of the sensor housing .
An exterior wall coating composition comprising: (a) an aqueous polymer dispersion formed by emulsion polymerization of at least one ethylenically unsaturated monomer in the presence of a chain transfer agent, wherein the polymer has a Fikentscher K value less than 60; (b) at least one organic pigment; and (c) at least one inorganic filler, wherein for measurement of the Fikentscher K value, N-methyl-2-pyrrolidone is used as a solvent and the viscosity measurement is conducted at 20 °C as determined by the method disclosed in the description. (a) an aqueous polymer dispersion formed by emulsion polymerization of at least one ethylenically unsaturated monomer in the presence of a chain transfer agent, wherein the polymer has a Fikentscher K value less than 60; (b) at least one organic pigment; and (c) at least one inorganic filler,
A method for processing error control messages in a Long Term Evolution, LTE, communication system, wherein the method comprises: receiving an indication from a medium access controller that link resources for transmitting data are available, the receiving being based on the medium access controller being signaled that the link resources are needed for transmitting data: responsive to an indication from lower layers that the link resources for transmitting data are available generating an error control message based on a current error control status, forwarding the error control message to lower layers for transmission, and starting an error control timer; and preventing further error control messages from being generated before the error control timer expires. receiving an indication from a medium access controller that link resources for transmitting data are available, the receiving being based on the medium access controller being signaled that the link resources are needed for transmitting data: responsive to an indication from lower layers that the link resources for transmitting data are available generating an error control message based on a current error control status, forwarding the error control message to lower layers for transmission, and starting an error control timer; and preventing further error control messages from being generated before the error control timer expires.
A device-managing method comprising: a first cloud-connecting device obtaining (S101), from a server, connection status of at least one target cloud-connecting device associated with a same user account as of the first cloud-connection device, wherein the connection status includes identifying whether the at least one target cloud-connecting device is connected to the server, the first cloud-connecting device transmitting (S102), to the server, a connection-managing message directed to the at least one target cloud-connecting device, when the at least one target cloud-connecting device is connected to the server, and the server managing (S103) the connection status of the at least one target cloud-connecting device based on the connection-managing message transmitted from the first cloud-connecting device, characterised in that the server managing the connection status of the at least one target cloud-connecting device comprises setting types of services provided to the at least one target cloud-connecting device, and the types of services comprises a first type of services in which the target cloud-connecting device is configured to only upload but not download, a second type of services in which the target cloud-connecting device is configured to only download but not upload, and a third type of services in which the target cloud-connecting device is configured to only browse online but not download or upload documents. a first cloud-connecting device obtaining (S101), from a server, connection status of at least one target cloud-connecting device associated with a same user account as of the first cloud-connection device, wherein the connection status includes identifying whether the at least one target cloud-connecting device is connected to the server, the first cloud-connecting device transmitting (S102), to the server, a connection-managing message directed to the at least one target cloud-connecting device, when the at least one target cloud-connecting device is connected to the server, and the server managing (S103) the connection status of the at least one target cloud-connecting device based on the connection-managing message transmitted from the first cloud-connecting device, characterised in that the server managing the connection status of the at least one target cloud-connecting device comprises setting types of services provided to the at least one target cloud-connecting device, and the types of services comprises a first type of services in which the target cloud-connecting device is configured to only upload but not download, a second type of services in which the target cloud-connecting device is configured to only download but not upload, and a third type of services in which the target cloud-connecting device is configured to only browse online but not download or upload documents.
A high strength seamless stainless steel pipe of a composition comprising, in mass%, C : 0.012 to 0.05%, Si: 1.0% or less, Mn: 0.15 to 0.5%, P: 0.05% or less, S: 0.005% or less, Cr: more than 16.0% and 18.0% or less, Mo: more than 2.0% and 3.0% or less, Cu: 0.7 to 3.5%, Ni: 3.0% or more and less than 5.0%, W : 0.5 to 3.0%, Nb: 0.05 to 0.15%, Al: 0.02 to 0.07%, N : 0.012 to 0.06%, O : 0.006% or less, and optionally at least one selected from Ti: 0.3% or less, V: 0.5% or less, Zr: 0.2% or less, Co: 1.4% or less, Ta: 0.1% or less, B: 0.0100% or less, Ca: 0.0005 to 0.0050%, and REM: 0.001 to 0.01%, and the balance Fe and unavoidable impurities, the high strength seamless stainless steel pipe having a structure that includes more than 40% tempered martensite phase as a primary phase, and 20 to 40% ferrite phase, and 5% to 25% residual austenite phase in terms of a volume fraction, and in which C, Cr, Ni, Mo, N, W, and Cu in the residual austenite phase satisfy the following formula : Md 30 = 1148 − 1775 C − 44 Cr − 39 Ni − 37 Mo − 698 N − 15 W − 13 Cu ≤ − 10 , wherein C, Cr, Ni, Mo, N, W, and Cu represent the content of each element in the residual austenite phase in mass%, the content being 0, zero, for elements that are not contained, where the elements in the residual austenite phase are determined using the method specified in the description.
A method for forming an abradable coating of a shroud for a gas turbine having a rotor blade, comprising the steps of: forming a metal bond layer on a base member, forming a heat-shield ceramic layer indirectly on the base member of the shroud by thermal spraying, forming a ceramic abradable layer on the heat-shield ceramic layer by thermal spraying, the abradable layer having a higher porosity than the heat-shield ceramic layer , and forming slits on the ceramic abradable layer by machining. forming a metal bond layer on a base member, forming a heat-shield ceramic layer indirectly on the base member of the shroud by thermal spraying, forming a ceramic abradable layer on the heat-shield ceramic layer by thermal spraying, the abradable layer having a higher porosity than the heat-shield ceramic layer , and forming slits on the ceramic abradable layer by machining.