mhurhangee/patent-ind-claim-en huggingface dataset:
A polar code encoding method, comprising: Performing (S306), by a sending device, polar code encoding on a to-be-encoded sequence, wherein a mother code length of a polar code is N, the to-be-encoded sequence comprises frozen bits, check frozen bits, and information bits, the to-be-encoded sequence comprises q segments, N = 2 n , n and q are positive integers, q > 1, and q = n - 1; and a value of at least one of the parity check frozen bits is determined (S305) based on at least one of the frozen bit and the information bit; or a value of at least one of the parity check frozen bits is a preset value; and sending, by the sending device, an encoded sequence; characterized in that a quantity P fg of parity check frozen bits in a g th segment in each of the q segments is P fg = round( Pf ∗ G g /( K + P f )) , wherein round is a rounding operation, P f is a quantity of parity check frozen bits, G g is a sum of a quantity of information bits and a quantity of parity check frozen bits in a g th segment, K is a quantity of information bits, P f , g, and K are all positive integers, G g and P fg are nonnegative integers, and 0< g ≤ q. Performing (S306), by a sending device, polar code encoding on a to-be-encoded sequence, wherein a mother code length of a polar code is N, the to-be-encoded sequence comprises frozen bits, check frozen bits, and information bits, the to-be-encoded sequence comprises q segments, N = 2 n , n and q are positive integers, q > 1, and q = n - 1; and a value of at least one of the parity check frozen bits is determined (S305) based on at least one of the frozen bit and the information bit; or a value of at least one of the parity check frozen bits is a preset value; and sending, by the sending device, an encoded sequence; characterized in that a quantity P fg of parity check frozen bits in a g th segment in each of the q segments is P fg = round( Pf ∗ G g /( K + P f )) , wherein round is a rounding operation, P f is a quantity of parity check frozen bits, G g is a sum of a quantity of information bits and a quantity of parity check frozen bits in a g th segment, K is a quantity of information bits, P f , g, and K are all positive integers, G g and P fg are nonnegative integers, and 0< g ≤ q.
A method for wireless communication, at a relay station , said method comprising: generating first channel quality information, CQI, for a link from a first station to said relay station; receiving second CQI, for a link from said relay to a second station , from said second station; sending the first CQI and the second CQI to the first station; receiving data sent by the first station based on the first CQI receiving a scheduling decision determined by the first station based on the second CQI; and sending the data to the second station based on said scheduling decision determined based on the second CQI. generating first channel quality information, CQI, for a link from a first station to said relay station; receiving second CQI, for a link from said relay to a second station , from said second station; sending the first CQI and the second CQI to the first station; receiving data sent by the first station based on the first CQI receiving a scheduling decision determined by the first station based on the second CQI; and sending the data to the second station based on said scheduling decision determined based on the second CQI.
A process for preparing a derivatized cyclodextrin having a monomodal overall distribution profile, the process comprising: contacting the cyclodextrin starting material with an alkalinizing agent to form an alkaline mixture; providing the substituent precursor; contacting portions of the alkaline mixture with portions of the substituent precursor by continuously or semi-continuously flowing through a reactor to form a raw product comprising a cyclodextrin derivative. contacting the cyclodextrin starting material with an alkalinizing agent to form an alkaline mixture; providing the substituent precursor; contacting portions of the alkaline mixture with portions of the substituent precursor by continuously or semi-continuously flowing through a reactor to form a raw product comprising a cyclodextrin derivative.
A plasma spectrometry method comprising: a detection step of applying a voltage to a container containing a conductive solution by applying a voltage to an electrode system including a pair of electrodes, whereby to generate air bubbles in the container and to generate plasma in the air bubbles, and detecting plasma light emission generated in the air bubbles; and a non-detection step of generating no plasma and detecting no plasma light emission, wherein the detection step and the non-detection step are performed alternately and repeatedly, in the detection step, a plasma generation step of generating plasma and a plasma non-generation step of generating no plasma are performed alternately and repeatedly and, based on a repetition of performing the plasma generation step once and the plasma non-generation step once as one set, the time of one set is from 1 to 1000 μs, and the conductive solution contains a sample which is urine. a detection step of applying a voltage to a container containing a conductive solution by applying a voltage to an electrode system including a pair of electrodes, whereby to generate air bubbles in the container and to generate plasma in the air bubbles, and detecting plasma light emission generated in the air bubbles; and a non-detection step of generating no plasma and detecting no plasma light emission, wherein the detection step and the non-detection step are performed alternately and repeatedly, in the detection step, a plasma generation step of generating plasma and a plasma non-generation step of generating no plasma are performed alternately and repeatedly and, based on a repetition of performing the plasma generation step once and the plasma non-generation step once as one set, the time of one set is from 1 to 1000 μs, and the conductive solution contains a sample which is urine.
A method of assembly of a rotational joint for rotatably coupling a wing tip device to a fixed wing such that the wing tip device is rotatable relative to the fixed wing between: • a flight configuration for use during flight, and • a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated relative to the fixed wing such that the span of the wing is reduced, the rotational joint comprising an outer race and an inner race that is received in the outer race , radially inwardly of the outer race , configured such that the inner and outer races are rotatable relative to each other about a rotational axis, one of the inner and outer races is for being rotationally fixed relative to the wing tip device and the other is for being rotationally fixed relative to the fixed wing such that as the wing tip device rotates relative to the fixed wing , the inner and outer races are rotated relative to each other about the rotational axis, one of the inner and outer races comprises a male member and the other comprises a female member , configured such that when the male member is received in the female member , the race that is for being rotationally fixed relative to the wing tip device is axially and radially retained relative to the race that is for being rotationally fixed relative to the fixed wing , wherein the race that comprises the female member is a two-part assembly comprising a first part and a second part that together form the female member , and wherein the method comprises the steps of receiving the inner race in the outer race by bringing the first and second parts together to form the female member about the male member such that the male member is received in the female member and fixing the first and second parts relative to each other such that the race that is for being rotationally fixed relative to the wing tip device is axially and radially retained relative to the race that is for being rotationally fixed relative to the fixed wing . • a flight configuration for use during flight, and • a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated relative to the fixed wing such that the span of the wing is reduced,
An automatic analyzer comprising: a reagent container configured to accommodate a reagent including a fine particle; a puddle configured to stir the reagent; and a cleaning unit configured to immerse the puddle in a cleaning vessel reserving a cleaning agent for cleaning, characterized in that : the automatic analyzer further includes a determining unit configured to determine whether to totally replace the cleaning agent based on a score computed using a number of times of cleaning the puddle , having stirred the reagent , in the cleaning unit and a remaining amount of the reagent , wherein either the puddle or a nozzle of a reagent dispensing unit of the automatic analyzer includes a liquid level detection function which is configured to measure the remaining amount of the reagent, and when the determining unit determines that the cleaning agent is to be totally replaced, the cleaning unit displays, on a screen, a notification of total replacement of the cleaning agent , or a notification of recommending the total replacement of the cleaning agent. a reagent container configured to accommodate a reagent including a fine particle; a puddle configured to stir the reagent; and a cleaning unit configured to immerse the puddle in a cleaning vessel reserving a cleaning agent for cleaning, characterized in that : the automatic analyzer further includes a determining unit configured to determine whether to totally replace the cleaning agent based on a score computed using a number of times of cleaning the puddle , having stirred the reagent , in the cleaning unit and a remaining amount of the reagent , wherein either the puddle or a nozzle of a reagent dispensing unit of the automatic analyzer includes a liquid level detection function which is configured to measure the remaining amount of the reagent, and when the determining unit determines that the cleaning agent is to be totally replaced, the cleaning unit displays, on a screen, a notification of total replacement of the cleaning agent , or a notification of recommending the total replacement of the cleaning agent. the automatic analyzer further includes a determining unit configured to determine whether to totally replace the cleaning agent based on a score computed using a number of times of cleaning the puddle , having stirred the reagent , in the cleaning unit and a remaining amount of the reagent , wherein either the puddle or a nozzle of a reagent dispensing unit of the automatic analyzer includes a liquid level detection function which is configured to measure the remaining amount of the reagent, and when the determining unit determines that the cleaning agent is to be totally replaced, the cleaning unit displays, on a screen, a notification of total replacement of the cleaning agent , or a notification of recommending the total replacement of the cleaning agent.
Method for preparing an olive extract with a melanin content greater than 5 wt% of the total weight of the extract, comprising the steps of: - mixing a raw material derived from olives chosen from the group consisting of olive cakes of black olives and/or black liquors of black olives with an alkaline aqueous solution, said raw material having a lipid concentration of less than or equal to 10 wt% of the total weight of said material; - macerating the mixture obtained; - filtering the macerate; - mixing an acidic compound with the filtrate obtained; - filtering the mixture to obtain a wet cake; - drying the wet cake; and - recovering a solid extract with a melanin content greater than 5 wt% of the total weight of the extract. - mixing a raw material derived from olives chosen from the group consisting of olive cakes of black olives and/or black liquors of black olives with an alkaline aqueous solution, said raw material having a lipid concentration of less than or equal to 10 wt% of the total weight of said material; - macerating the mixture obtained; - filtering the macerate; - mixing an acidic compound with the filtrate obtained; - filtering the mixture to obtain a wet cake; - drying the wet cake; and - recovering a solid extract with a melanin content greater than 5 wt% of the total weight of the extract.
A process for the production of ethylene glycol including the steps of: (i) reacting, in a reactor, at a temperature in the range from equal to or more than 170°C to equal to or less than 270°C, at least a portion of a carbohydrate source in the presence of hydrogen, a solvent, a homogeneous catalyst, which homogeneous catalyst contains tungsten, and a heterogeneous catalyst, which heterogeneous catalyst contains one or more transition metals from groups 8, 9 and 10 of the Periodic Table of the Elements, yielding ethylene glycol and a spent heterogeneous catalyst; (ii) regenerating the spent heterogeneous catalyst by removing at least a portion of deposited tungsten species from the spent heterogeneous catalyst, yielding a regenerated heterogeneous catalyst; and (iii) using at least a portion of the regenerated heterogeneous catalyst as heterogeneous catalyst in the reaction of step (i); wherein at least a portion of the deposited tungsten species is removed from the spent heterogeneous catalyst by washing of the spent heterogeneous catalyst with a washing liquid, wherein the washing liquid comprises or consists of ethylene glycol, propylene glycol, butylene glycol or a mixture thereof. (i) reacting, in a reactor, at a temperature in the range from equal to or more than 170°C to equal to or less than 270°C, at least a portion of a carbohydrate source in the presence of hydrogen, a solvent, a homogeneous catalyst, which homogeneous catalyst contains tungsten, and a heterogeneous catalyst, which heterogeneous catalyst contains one or more transition metals from groups 8, 9 and 10 of the Periodic Table of the Elements, yielding ethylene glycol and a spent heterogeneous catalyst; (ii) regenerating the spent heterogeneous catalyst by removing at least a portion of deposited tungsten species from the spent heterogeneous catalyst, yielding a regenerated heterogeneous catalyst; and (iii) using at least a portion of the regenerated heterogeneous catalyst as heterogeneous catalyst in the reaction of step (i);
A device for wireless communications, the device comprising: a first radio configured to receive an indication of when the first radio is scheduled to receive first wireless signal over a first wireless network; a second radio configured to transmit a second wireless signal over a second wireless network; and a non-wireless interface configured to convey, from the first radio to the second radio , timing information indicating a scheduled future reception time for the first wireless signal based on the received indication; wherein the timing information indicates a start time and an end time of the scheduled reception time relative to when the information was provided by the first radio and includes a range of latency time for transferring the information from the first radio to the second radio, and wherein the second radio is further configured to delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires. a first radio configured to receive an indication of when the first radio is scheduled to receive first wireless signal over a first wireless network; a second radio configured to transmit a second wireless signal over a second wireless network; and a non-wireless interface configured to convey, from the first radio to the second radio , timing information indicating a scheduled future reception time for the first wireless signal based on the received indication; wherein the timing information indicates a start time and an end time of the scheduled reception time relative to when the information was provided by the first radio and includes a range of latency time for transferring the information from the first radio to the second radio, and wherein the second radio is further configured to delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires. wherein the timing information indicates a start time and an end time of the scheduled reception time relative to when the information was provided by the first radio and includes a range of latency time for transferring the information from the first radio to the second radio, and wherein the second radio is further configured to delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires.
A splicing tape management system comprising: a first storage section configured to store an identification code of a splicing tape for splicing a first carrier tape and a second carrier tape , and a usable time limit of the splicing tape in association with each other, wherein the time limit is a timing when the use of the splicing tape is to be halted; and a management section configured to manage the use of the splicing tape based on the identification code and the usable time limit which are stored in the first storage section , wherein the management section comprises a usable time limit determination section configured to determine whether the usable time limit stored in the first storage section has elapsed or is predicted to elapse. a first storage section configured to store an identification code of a splicing tape for splicing a first carrier tape and a second carrier tape , and a usable time limit of the splicing tape in association with each other, wherein the time limit is a timing when the use of the splicing tape is to be halted; and a management section configured to manage the use of the splicing tape based on the identification code and the usable time limit which are stored in the first storage section , wherein the management section comprises a usable time limit determination section configured to determine whether the usable time limit stored in the first storage section has elapsed or is predicted to elapse.
A method for the diagnosis of tumoural conditions and/or of the corresponding state of advance, comprising the steps of: a. enriching a specimen of an organic fluid obtained from a patient, said organic fluid having a high probability of containing at least one circulating tumour cell or disseminated tumour cell or portions thereof in at least one population of cells comprising at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; b. obtaining a purified specimen from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; c. performing a molecular analysis on said purified specimen, in such a way as to highlight at least one characteristic of said at least one cell suited to enabling said diagnosis; said method being characterized in that - said step of obtaining a purified specimen is carried out by isolating in a non-manual way at least one cell or portion of cell from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof by individually selecting single cells or portions of cells on the basis of the evaluation of images of said cells in a microfluidic device so as to obtain a purified specimen having a purity of at least 90%; and - by comprising a step of labelling the circulating tumour cells or disseminated tumour cells or portions thereof with at least one type of tracer. a. enriching a specimen of an organic fluid obtained from a patient, said organic fluid having a high probability of containing at least one circulating tumour cell or disseminated tumour cell or portions thereof in at least one population of cells comprising at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; b. obtaining a purified specimen from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; c. performing a molecular analysis on said purified specimen, in such a way as to highlight at least one characteristic of said at least one cell suited to enabling said diagnosis; - said step of obtaining a purified specimen is carried out by isolating in a non-manual way at least one cell or portion of cell from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof by individually selecting single cells or portions of cells on the basis of the evaluation of images of said cells in a microfluidic device so as to obtain a purified specimen having a purity of at least 90%; and - by comprising a step of labelling the circulating tumour cells or disseminated tumour cells or portions thereof with at least one type of tracer.
A hand held spray device, comprising: a body comprising a reservoir comprising a total fill of materials including a propellant and an antiperspirant composition; an actuator comprising an actuator exit orifice; a valve in fluid communication with the actuator exit orifice and the reservoir; the propellant having a concentration from 30% to 70% by weight of the total fill of materials, a boiling point at 1 atmosphere from -10°C to 10°C and wherein the propellant comprises a blend having a vapor equilibrium pressure between 45 kPa to 175 kPa at 25°C; the antiperspirant composition comprising a liquid carrier and an antiperspirant active; wherein the liquid carrier comprises a non-volatile silicone fluid; and wherein the non-volatile silicone fluid has a concentration from 30% to 70% by weight of the antiperspirant composition. a body comprising a reservoir comprising a total fill of materials including a propellant and an antiperspirant composition; an actuator comprising an actuator exit orifice; a valve in fluid communication with the actuator exit orifice and the reservoir; the propellant having a concentration from 30% to 70% by weight of the total fill of materials, a boiling point at 1 atmosphere from -10°C to 10°C and wherein the propellant comprises a blend having a vapor equilibrium pressure between 45 kPa to 175 kPa at 25°C; the antiperspirant composition comprising a liquid carrier and an antiperspirant active; wherein the liquid carrier comprises a non-volatile silicone fluid; and wherein the non-volatile silicone fluid has a concentration from 30% to 70% by weight of the antiperspirant composition.