mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented process to calculate a risk of fetal aneuploidy in a maternal sample comprising: estimating the chromosome dosage for two or more fetal chromosomes in the maternal sample using information obtained by interrogating one or more loci in the maternal sample on each chromosome for which chromosome dosage is being estimated; determining a fetal nucleic acid proportion in the maternal sample using information obtained by interrogating one or more polymorphic loci in the maternal sample; calculating a value of a likelihood that a first fetal chromosome is aneuploid by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for an aneuploid chromosome in view of the fetal nucleic acid proportion in the maternal sample; calculating a value of a likelihood that the first fetal chromosome is disomic by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for a disomic chromosome in view of the fetal nucleic acid proportion in the maternal sample; computing a value of the risk of fetal aneuploidy for the first fetal chromosome as an odds ratio by comparing the value of the likelihood of the chromosome being aneuploid and the value of the likelihood of the chromosome being disomic; providing data on prior risk of aneuploidy for at least the first fetal chromosome based on extrinsic characteristics; and adjusting the value of the risk of fetal aneuploidy based on the data on prior risk of aneuploidy. estimating the chromosome dosage for two or more fetal chromosomes in the maternal sample using information obtained by interrogating one or more loci in the maternal sample on each chromosome for which chromosome dosage is being estimated; determining a fetal nucleic acid proportion in the maternal sample using information obtained by interrogating one or more polymorphic loci in the maternal sample; calculating a value of a likelihood that a first fetal chromosome is aneuploid by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for an aneuploid chromosome in view of the fetal nucleic acid proportion in the maternal sample; calculating a value of a likelihood that the first fetal chromosome is disomic by comparing the chromosome dosage of the first fetal chromosome to the expected chromosome dosage for a disomic chromosome in view of the fetal nucleic acid proportion in the maternal sample; computing a value of the risk of fetal aneuploidy for the first fetal chromosome as an odds ratio by comparing the value of the likelihood of the chromosome being aneuploid and the value of the likelihood of the chromosome being disomic; providing data on prior risk of aneuploidy for at least the first fetal chromosome based on extrinsic characteristics; and adjusting the value of the risk of fetal aneuploidy based on the data on prior risk of aneuploidy.
A process for recovering sterols from a crude source containing free sterols and their esters, which process comprises: (a) saponifying the crude source containing sterol esters to form free sterols; (b) extracting the free sterols of (a) with an organic solvent to yield an extract of a crude sterol concentrate containing from about 70 to 80% sterols by weight and fatty alcohols; (c) removing the fatty alcohols from the extract to an amount of 7% or less of fatty alcohols remaining in the extract; (d) crystallizing the extract of (c) with a solvent mixture of a C 1 -C 10 hydrocarbon solvent present in an amount of about 60 to 99.9% by weight of the mixture, a C 1 -C 10 alkanol present in an amount of about 0.1 to 20% by weight of the mixture, and water present in an amount of about 0.1 to 20% by weight of the mixture, to form crystallized sterols; and (e) recovering the crystallized sterols of (d) at a purity of at least or greater than 98%. (a) saponifying the crude source containing sterol esters to form free sterols; (b) extracting the free sterols of (a) with an organic solvent to yield an extract of a crude sterol concentrate containing from about 70 to 80% sterols by weight and fatty alcohols; (c) removing the fatty alcohols from the extract to an amount of 7% or less of fatty alcohols remaining in the extract; (d) crystallizing the extract of (c) with a solvent mixture of a C 1 -C 10 hydrocarbon solvent present in an amount of about 60 to 99.9% by weight of the mixture, a C 1 -C 10 alkanol present in an amount of about 0.1 to 20% by weight of the mixture, and water present in an amount of about 0.1 to 20% by weight of the mixture, to form crystallized sterols; and (e) recovering the crystallized sterols of (d) at a purity of at least or greater than 98%.
A method comprising: at a hybrid radio receiver configured to recover audio content separately from a broadcast radio signal and from a wireless network connection: receiving a reception metric that indicates audio quality of the audio content in the broadcast radio signal at any given time; deriving, from fluctuations of the reception metric over time, fluctuation indicators that indicate audio quality fluctuations that are likely noticeable to a listener; deriving a switching decision to use the broadcast radio signal or the wireless network connection as a source of the audio content based on a previous switching decision and the fluctuation indicators; and selecting the broadcast radio signal or the wireless network connection as the source of the audio content based on the switching decision; characterized in that deriving the fluctuation indicators includes: computing a first fluctuation indicator based on a first number of times the reception metric crosses a first threshold during a time period; and computing a second fluctuation indicator based on a second number of times the reception metric crosses a second threshold that is greater than the first threshold during the time period; and deriving the switching decision includes deriving the switching decision based on the first fluctuation indicator, the second fluctuation indicator, and the previous switching decision. receiving a reception metric that indicates audio quality of the audio content in the broadcast radio signal at any given time; deriving, from fluctuations of the reception metric over time, fluctuation indicators that indicate audio quality fluctuations that are likely noticeable to a listener; deriving a switching decision to use the broadcast radio signal or the wireless network connection as a source of the audio content based on a previous switching decision and the fluctuation indicators; and selecting the broadcast radio signal or the wireless network connection as the source of the audio content based on the switching decision; characterized in that deriving the fluctuation indicators includes: computing a first fluctuation indicator based on a first number of times the reception metric crosses a first threshold during a time period; and computing a second fluctuation indicator based on a second number of times the reception metric crosses a second threshold that is greater than the first threshold during the time period; and computing a first fluctuation indicator based on a first number of times the reception metric crosses a first threshold during a time period; and computing a second fluctuation indicator based on a second number of times the reception metric crosses a second threshold that is greater than the first threshold during the time period; and deriving the switching decision includes deriving the switching decision based on the first fluctuation indicator, the second fluctuation indicator, and the previous switching decision.
An information transmission method, applied to a terminal, comprising: receiving network slice-related information sent by a network side, the network slice-related information comprising at least one of: second information, the second information representing a correspondence between a network slice and a frequency; third information, the third information representing a correspondence between the network slice and a cell; or fourth information, the fourth information representing a correspondence between the network slice and a cell access parameter, wherein the network slice-related information is used to configure for the terminal, a frequency priority for a specific slice, or, cell reselection parameter; wherein in the second information, the third information and the fourth information, an identifier of the network slice is processed by one of: the identifier of the network slice being encrypted by using a key; the identifier of the network slice being truncated; or the identifier of the network slice being mapped. second information, the second information representing a correspondence between a network slice and a frequency; third information, the third information representing a correspondence between the network slice and a cell; or fourth information, the fourth information representing a correspondence between the network slice and a cell access parameter, wherein the network slice-related information is used to configure for the terminal, a frequency priority for a specific slice, or, cell reselection parameter; wherein in the second information, the third information and the fourth information, an identifier of the network slice is processed by one of: the identifier of the network slice being encrypted by using a key; the identifier of the network slice being truncated; or the identifier of the network slice being mapped. the identifier of the network slice being encrypted by using a key; the identifier of the network slice being truncated; or the identifier of the network slice being mapped.
A method for participating in beam management, the method being performed by a radio transceiver device, the method comprising: receiving a reference signal from another radio transceiver device as part of participating in the beam management, wherein the reference signal occupies time/frequency resources that extend over a first frequency interval, wherein the reference signal is received in a reception beam (150, 150a, 150b), and wherein the reception beam (150, 150a, 150b) has a frequency-dependent polarization over the first frequency interval, and wherein the frequency-dependent polarization changes over the first frequency interval, characterized in that the reference signal is received using a first antenna element set of a first polarization and, with a time delay value δ, at a second antenna element set of a second polarization, the time delay value δ causing the frequency-dependent polarization over the first frequency interval, and in that the time delay value δ is implemented in a time delay component in the radio transceiver device. receiving a reference signal from another radio transceiver device as part of participating in the beam management, wherein the reference signal occupies time/frequency resources that extend over a first frequency interval, wherein the reference signal is received in a reception beam (150, 150a, 150b), and wherein the reception beam (150, 150a, 150b) has a frequency-dependent polarization over the first frequency interval, and wherein the frequency-dependent polarization changes over the first frequency interval, characterized in that the reference signal is received using a first antenna element set of a first polarization and, with a time delay value δ, at a second antenna element set of a second polarization, the time delay value δ causing the frequency-dependent polarization over the first frequency interval, and in that the time delay value δ is implemented in a time delay component in the radio transceiver device.
A horological oscillator (100; 300) comprising: - a spiral spring, and - an oscillating member (5; 205) comprising at least one weight (4; 12; 204)the configuration of which can be modified so as to modify the moment of inertia of the member, the weight being arranged such that the configuration of the weight can be (i) modified actively or in a controlled manner while the member is moving or stopped,and (ii) carried out on the basis of: - determining a current frequency of the movement of the member or an average frequency of the movement over a period, notably over a sliding period; and - comparing the determined frequency to a reference frequency; and/or - a frequency deviation between the determined frequency and a reference frequency, the weight being, for example, made of piezoelectric material or of magnetostrictive material and/or the weight being, for example, arranged so as to occupy a first stable position defining a first moment of inertia of the member or a second stable position defining a second moment of inertia of the member, the oscillator comprising: - an element for determining a current frequency of the movement of the member or an average frequency of the movement over a period, notably over a sliding period; and - an element for comparing the determined frequency to a reference frequency; and - an element for modifying the inertia of the member, the modification element being able to be activated with the member being in motion or stopped. - a spiral spring, and - an oscillating member (5; 205) comprising at least one weight (4; 12; 204)the configuration of which can be modified so as to modify the moment of inertia of the member, - determining a current frequency of the movement of the member or an average frequency of the movement over a period, notably over a sliding period; and - comparing the determined frequency to a reference frequency; and/or - a frequency deviation between the determined frequency and a reference frequency, - an element for determining a current frequency of the movement of the member or an average frequency of the movement over a period, notably over a sliding period; and - an element for comparing the determined frequency to a reference frequency; and - an element for modifying the inertia of the member, the modification element being able to be activated with the member being in motion or stopped.
Method for correcting the permanent calibration of a force-measuring balancing machine, which calibration is detected empirically, in order to measure an unbalance of a rotor that is mounted in the balancing machine and is to be balanced, characterised in that a mass ( m R) of the rotor is determined from geometric and material data or by weighing the rotor, the natural frequencies ( ω 1, ω 2) of the rotor to be balanced are calculated, in a translatory direction corresponding to the measurement direction of measuring sensors and in the rotatory direction about an axis perpendicular to the measurement direction and to the rotational axis of the rotor, from the mass ( m R) of the rotor that is mounted in the balancing machine and is to be balanced, from a co-oscillating mass ( M S) of the mounting stands, from a rigidity (c) of the mounting stands and from a distance of the rotor bearings of the mounting stands, and a frequency response calculated from the natural frequencies ( ω 1, ω 2) and the rotational frequency (Ω) of the rotor is added to the permanent calibration, the permanent calibration being determined in the form of a calibration matrix and being offset with respect to the corrected permanent calibration matrix ( P k) against a correction matrix that describes the frequency response according to formula P k − 1 = Q − 1 HQ P − 1., the matrix being Q = 1 1 − 1 1 and the correction matrix being calculated from the rotational frequency (Ω) of the rotor to be balanced and the calculated natural frequencies ( ω 1, ω 2), the rotational frequency Ω of the rotor being detected by a rotational frequency sensor, the natural frequencies ω 1, ω 2 being calculated from ω 1 2 = 2 ⁢ c 2 M s + m R ω 2 2 = 2 ⁢ c 2 M s + 4 θ R L 2. and M S signifying the co-oscillating mass and c signifying the rigidity of the mounting stand and the moment of inertia of the rotor being assumed transversely with respect to the rotational axis θ R as θ R = m R L 2 12.
A communication apparatus for inter-vehicular communication, comprising: a network state estimating unit configured to estimate network state information indicating a current network state based on driving information and channel state information of neighboring vehicles; a network access controller configured to control whether to transmit a message based on the network state information; a transmission scheduler configured to control a transmission time point of the message based on the network state information; a transmission buffer unit configured to delay transmission of the message according to the control of the transmission time point of the transmission scheduler; and wherein the network state information includes at least one of a packet error rate, a channel busy ratio, and a vehicle density, characterized in that the network access controller determines a transmission probability according to at least one of the packet error rate and the channel busy ratio, and transmits a message according to the determined transmission probability. a network state estimating unit configured to estimate network state information indicating a current network state based on driving information and channel state information of neighboring vehicles; a network access controller configured to control whether to transmit a message based on the network state information; a transmission scheduler configured to control a transmission time point of the message based on the network state information; a transmission buffer unit configured to delay transmission of the message according to the control of the transmission time point of the transmission scheduler; and
A preform coating device comprising: a rotary holder operable to hold a preform in a horizontal direction and make the preform rotate about an axial line of the preform; and a dispenser having a slot operable to discharge a coating solution toward the preform from the slot in a planar state, wherein a direction of discharge of the coating solution is a normal line direction of an outer circumferential surface of the preform characterized in that the preform coating device is adapted for coating a preform for plastic bottle use. a rotary holder operable to hold a preform in a horizontal direction and make the preform rotate about an axial line of the preform; and a dispenser having a slot operable to discharge a coating solution toward the preform from the slot in a planar state, wherein a direction of discharge of the coating solution is a normal line direction of an outer circumferential surface of the preform characterized in that the preform coating device is adapted for coating a preform for plastic bottle use.
A crystallization device having a classification leg at a center part of a vertical container on a bottom part thereof, rotor blade means for generating a swirling flow (Fa) of a raw material liquid in the container along an inner circumferential surface of the container, and liquid-flow direction changing means for causing the raw material liquid to flow upward at the center part of the container is provided at a center part of a bottom surface in the container, characterized in that a circulation pipeline is provided for causing a lower end portion of the classification leg and a side surface of an upper part of the container above the rotor blade means to communicate with and to be connected to each other.
Method for capturing and analyzing process monitoring data of a measuring system, the measuring system • comprising one or more sensors (21, 22); and • being adapted for a measuring operation of a series of basically identical objects, the measuring operation comprising a multitude of measuring sequences, each measuring sequence comprising the measuring of values of features of an object of the series, the method comprising a multitude of monitoring operations, wherein each monitoring operation comprises capturing monitoring data during a measuring sequence, the monitoring data of each measuring sequence including at least one image comprising the measuring system and/or a measurement environment, characterized by • selecting a subset of measuring sequences from the multitude of measuring sequences; and • visualizing an image sequence comprising the images of the monitoring data of the measuring sequences of the subset, wherein the order of the images in the image sequence is optimized for determining changes occurring in the measuring system and/or in the measurement environment. • comprising one or more sensors (21, 22); and • being adapted for a measuring operation of a series of basically identical objects, the measuring operation comprising a multitude of measuring sequences, each measuring sequence comprising the measuring of values of features of an object of the series, • selecting a subset of measuring sequences from the multitude of measuring sequences; and • visualizing an image sequence comprising the images of the monitoring data of the measuring sequences of the subset, wherein the order of the images in the image sequence is optimized for determining changes occurring in the measuring system and/or in the measurement environment.
Identification element for a shank tool, having an elastic inner ring and an outer ring arranged around the inner ring, which has a recess formed annularly in the outer ring, wherein an RFID transponder is arranged in the recess and the inner ring has a annular stop at a first end of its outer shell, said stop projecting from the outer shell, characterised in that the inner ring has an annular retaining region at a second end of its outer shell projecting from the outer shell, wherein the retaining region does not project as far as the stop.
Method for the off-line programming of an NC-controlled manipulator which follows at least one real movement path, possibly in a sensor-supported manner, with its tool centre point in the working mode, a kinematic manipulator model and possibly an environment model being stored in an off-line programming environment with a user interface, at least one virtual movement path (b) of the manipulator and a virtual tolerance space (t) assigned to this virtual movement path (b) being defined in a definition routine by means of the off-line programming environment, the previously defined virtual tolerance space (t) being at least partially checked with regard to kinematic singularities of the manipulator in a test routine by means of the off-line programming environment, the occurrence of which singularities results in a singularity routine being run through, and the virtual movement path (b) then being converted into instructions of an NC program for the manipulator in a post-processor routine, characterized in that the virtual tolerance space (t) depicts path deviations from the virtual movement path (b).
Device for securing a road entry consisting of a concrete block provided with a extendable I-profile of a certain length L positioned at a certain height h whereby the profile is supported by the concrete block, whereby both when extended or retracted the profile is supported by the concrete block, whereby the I-profile is positioned horizontally extendable in the longitudinal direction 1 of the concrete block, whereby the reinforced concrete block is provided with a housing in the form of a steel bar in which the extendable profile is mounted, whereby the I-profile is positioned extendably on roller bearers that are positioned in the longitudinal direction of the concrete block, the free end of the profile is provided with interlocking means, whereby the interlocking means is of a type that does not tear or come loose in case of a collision impact and is not manipulable, and the other end (4") is provided with a stop for preventing the profile from sliding through the concrete block such that the profile would come loose from the concrete block.