mhurhangee/patent-ind-claim-en huggingface dataset:
A method for isolating a nucleic acid from an environmental or biological sample comprising the nucleic acid and at least one nucleic acid analysis-interferent, the method comprising: a. disrupting the sample using mechanical agitation, enzymatic treatment, chemical treatment, heat treatment, or a combination thereof to produce a lysate; and b. contacting the lysate, a volume portion thereof, a supernatant thereof, or a volume portion of supernatant thereof, with a composition comprising ammonium acetate and a flocculant wherein the flocculant is aluminum ammonium sulfate, ammonium sulfate dodecahydrate, aluminum ammonium sulfate dodecahydrate, aluminum potassium sulfate, aluminum chlorohydrate, aluminum sulfate, calcium oxide, iron (III) chloride, iron (II) sulfate, sodium aluminate, sodium silicate, or a combination thereof to form an interferent-containing precipitate and a nucleic acid-containing, interferent-depleted solution; and c. isolating nucleic acid from the nucleic acid-containing interferent-depleted solution to form isolated nucleic acid. a. disrupting the sample using mechanical agitation, enzymatic treatment, chemical treatment, heat treatment, or a combination thereof to produce a lysate; and b. contacting the lysate, a volume portion thereof, a supernatant thereof, or a volume portion of supernatant thereof, with a composition comprising ammonium acetate and a flocculant wherein the flocculant is aluminum ammonium sulfate, ammonium sulfate dodecahydrate, aluminum ammonium sulfate dodecahydrate, aluminum potassium sulfate, aluminum chlorohydrate, aluminum sulfate, calcium oxide, iron (III) chloride, iron (II) sulfate, sodium aluminate, sodium silicate, or a combination thereof to form an interferent-containing precipitate and a nucleic acid-containing, interferent-depleted solution; and c. isolating nucleic acid from the nucleic acid-containing interferent-depleted solution to form isolated nucleic acid.
Process for producing a textured edible protein product derived from insect larvae or worms, the process comprising the following steps: a) reducing the insect larvae or worms in size to obtain a pulp, b) mixing the pulp with a hydrocolloid that gelates with metal cations in aqueous solution to form a protein-hydrocolloid slurry, c) injecting the protein-hydrocolloid slurry into an aqueous solution of a metal cation with a valency of at least 2 to form the textured edible protein product, wherein in the injecting in step c) the protein-hydrocolloid slurry is jetted under pressure from outside of the aqueous solution of a metal cation with a valency of at least 2 into the aqueous solution at an oblique angle with respect to a liquid surface of the aqueous solution, thereby producing flakes of the textured edible protein product in the aqueous solution, in which flakes substantially all hydrocolloid has been gelated with the metal cations. a) reducing the insect larvae or worms in size to obtain a pulp, b) mixing the pulp with a hydrocolloid that gelates with metal cations in aqueous solution to form a protein-hydrocolloid slurry, c) injecting the protein-hydrocolloid slurry into an aqueous solution of a metal cation with a valency of at least 2 to form the textured edible protein product,
A fire seal assembly comprising: a first L-cap having a first leg and a second leg extending outward from the first leg ; a second L-cap having a third leg and a fourth leg extending outward from the third leg , wherein: the first and second L-caps are disposed adjacent each other and form a u-shaped channel , the first and third legs are configured to be coupled to a core service disconnect (CSD) on a pylon of an aircraft , the second and fourth legs extend outward and are configured to engage sides of a firewall of an engine of the aircraft ; and the fire seal assembly further comprises a seal coupled to the first and third legs and disposed between the second and fourth legs ; a first end plug disposed between a first end of the seal and an inner surface of the second leg ; and a second end plug disposed between a second end of the seal and an inner surface of the fourth leg . a first L-cap having a first leg and a second leg extending outward from the first leg ; a second L-cap having a third leg and a fourth leg extending outward from the third leg , wherein: the first and second L-caps are disposed adjacent each other and form a u-shaped channel , the first and third legs are configured to be coupled to a core service disconnect (CSD) on a pylon of an aircraft , the second and fourth legs extend outward and are configured to engage sides of a firewall of an engine of the aircraft ; and the fire seal assembly further comprises a seal coupled to the first and third legs and disposed between the second and fourth legs ; a first end plug disposed between a first end of the seal and an inner surface of the second leg ; and a second end plug disposed between a second end of the seal and an inner surface of the fourth leg . the first and second L-caps are disposed adjacent each other and form a u-shaped channel , the first and third legs are configured to be coupled to a core service disconnect (CSD) on a pylon of an aircraft , the second and fourth legs extend outward and are configured to engage sides of a firewall of an engine of the aircraft ; and the fire seal assembly further comprises a seal coupled to the first and third legs and disposed between the second and fourth legs ; a first end plug disposed between a first end of the seal and an inner surface of the second leg ; and a second end plug disposed between a second end of the seal and an inner surface of the fourth leg .
A method comprising: transmitting, by an access point, AP , a first frame comprising: a target wake time, TWT, element indicating a restricted target wake time, r-TWT, service period, SP, of an r-TWT setup for one or more first stations, STAs ; and a quiet element indicating a quiet interval, overlapping with a portion of the r-TWT SP, for one or more second STAs, wherein the quiet element is configured to cause the one or more second STAs to set a network allocation vector, NAV, based on a length of the quiet interval; and transmitting, to the one or more second STAs, during the quiet interval, a contention free-end, CF-end, frame indicating termination of the quiet interval. transmitting, by an access point, AP , a first frame comprising: a target wake time, TWT, element indicating a restricted target wake time, r-TWT, service period, SP, of an r-TWT setup for one or more first stations, STAs ; and a quiet element indicating a quiet interval, overlapping with a portion of the r-TWT SP, for one or more second STAs, wherein the quiet element is configured to cause the one or more second STAs to set a network allocation vector, NAV, based on a length of the quiet interval; and a target wake time, TWT, element indicating a restricted target wake time, r-TWT, service period, SP, of an r-TWT setup for one or more first stations, STAs ; and a quiet element indicating a quiet interval, overlapping with a portion of the r-TWT SP, for one or more second STAs, wherein the quiet element is configured to cause the one or more second STAs to set a network allocation vector, NAV, based on a length of the quiet interval; and transmitting, to the one or more second STAs, during the quiet interval, a contention free-end, CF-end, frame indicating termination of the quiet interval.
An X-ray optics assembly for an X-ray diffractometer , comprising a multilayer mirror , in particular a Goebel mirror, and a switching system with which beam paths (15; 16; 17) for an X-ray beam are selectable, wherein the X-ray optics assembly also includes a monochromator , in particular a channel-cut crystal , wherein three beam paths (15; 16; 17) for the X-ray beam are selectable using the switching system , wherein a first beam path in a first position of the switching system leads past the multilayer mirror and leads past the monochromator , wherein a second beam path in a second position of the switching system contains the multilayer mirror and leads past the monochromator , and wherein a third beam path in a third position of the switching system contains the multilayer mirror and contains the monochromator , characterized in that the monochromator is fastened to an adjustment unit which is supported via an articulated joint that is rotatable with at least two degrees of freedom, that the rotatable articulated joint is designed as a ball joint , that a guide arrangement having two mutually facing guide sections is provided, between which the adjustment unit is guided with contact, so that the adjustment unit is pivotable about a first axis (y) which extends through the midpoint (M) of the ball joint and perpendicularly with respect to a guide plane (FEB), in parallel to the guide plane (FEB) which is parallel to the guide sections , in addition the adjustment unit is rotatable about a second axis (x) which extends through the midpoint (M) of the ball joint and perpendicularly with respect to the first axis (y), and the adjustment unit rests against the guide sections at a distance from the midpoint (M) of the ball joint with respect to the direction of the second axis (x), so that pivoting of the adjustment unit about a third axis (z) which extends through the midpoint (M) of the ball joint and perpendicularly with respect to the first axis (y) and perpendicularly with respect to the second axis (x) is blocked.
A method of calibrating a transceiver , wherein the transceiver comprises a digital modulator , a transmit mixer (11, 61, 62,) of a transmit channel and an observation mixer of an observation channel, the method comprising: generating a transmit local oscillator signal of a first frequency (f TX ); mixing a transmit signal and the transmit local oscillator signal using the transmit mixer (11, 61, 62,) of the transmit channel; generating an observation signal from the transmit channel;generating an observation local oscillator signal of a second frequency (f OBS ) different from the first frequency; mixing the observation signal and the observation local oscillator signal using the observation mixer of the observation channel; generating a beat signal based on the transmit local oscillator signal and the observation local oscillator signal; generating a phase adjustment value based on the beat signal; and adjusting the digital modulator based on the phase adjustment value to achieve a desired phase relationship between the transmit local oscillator signal and the observation local oscillator signal. generating a transmit local oscillator signal of a first frequency (f TX ); mixing a transmit signal and the transmit local oscillator signal using the transmit mixer (11, 61, 62,) of the transmit channel; generating an observation signal from the transmit channel;generating an observation local oscillator signal of a second frequency (f OBS ) different from the first frequency; mixing the observation signal and the observation local oscillator signal using the observation mixer of the observation channel; generating a beat signal based on the transmit local oscillator signal and the observation local oscillator signal; generating a phase adjustment value based on the beat signal; and adjusting the digital modulator based on the phase adjustment value to achieve a desired phase relationship between the transmit local oscillator signal and the observation local oscillator signal.
A liquid dispensing Z apparatus comprising: a mounting unit on which a liquid discharging device is to be mounted; a driving circuit to supply driving voltages to an actuator of the liquid discharging device mounted on the mounting unit; a capacitance measuring circuit configured to measure a capacitance value of the actuator; and a controller configured to: acquire the capacitance value, compare the capacitance value to a predetermined threshold value, and determine whether to supply a first control signal to the driving circuit to drive the actuator of the liquid discharging device to discharge a liquid based on the comparison of the capacitance value to the predetermined threshold value, characterized in that the controller is further configured to supply a second control signal to the driving circuit to cause a supply of a reverse voltage to the actuator after a discharge of a liquid. a mounting unit on which a liquid discharging device is to be mounted; a driving circuit to supply driving voltages to an actuator of the liquid discharging device mounted on the mounting unit; a capacitance measuring circuit configured to measure a capacitance value of the actuator; and a controller configured to: acquire the capacitance value, compare the capacitance value to a predetermined threshold value, and determine whether to supply a first control signal to the driving circuit to drive the actuator of the liquid discharging device to discharge a liquid based on the comparison of the capacitance value to the predetermined threshold value, characterized in that acquire the capacitance value, compare the capacitance value to a predetermined threshold value, and determine whether to supply a first control signal to the driving circuit to drive the actuator of the liquid discharging device to discharge a liquid based on the comparison of the capacitance value to the predetermined threshold value, characterized in that the controller is further configured to supply a second control signal to the driving circuit to cause a supply of a reverse voltage to the actuator after a discharge of a liquid.
Refiner for refining pulps in a fibre pulp suspension, comprising a shaft , a rotor disc attached firmly to the shaft , and a shaft bearing , the rotor disc being disposed between two stator discs and forming a refining chamber between the rotor disc and the stator discs , the shaft being movable in an axial direction , at least one stator disc being slidable in axial direction , the size of the refining chamber being adjustable by means of the spacing between the stator discs , and the rotor disc being movable between the stator discs by moving the shaft in axial direction , characterized in that the shaft bearing is connected hydraulically to the refining chamber .
A computer-implemented method associated with anomaly detection and root cause identification of an industrial asset , the method comprising: receiving historical time series sensor data associated with operation of an industrial asset , the sensor data including values for a plurality of sensors (230; 250) over a period of time; generating visual representation images of scatter plots (520; 530) based on the historical time series sensor data, each scatter plot (520; 530) including a specific pair of time series sensor data for the plurality of sensors (230; 250) determined; assigning a root cause label to each image based on a reference to a digitized knowledge domain associated with the industrial asset and in combination with data patterns in each image; generating a convolutional neural network, CNN, model trained using a first subset of the labeled images and tested based on a second subset of the labeled images applied to the trained model, the first and second sets of images being distinct from each other; process, by the CNN model, a real-time image to detect at least one anomaly in the real-time image and one or more root causes associated with the at least one anomaly, the real-time image including visual representations of real-time time series sensor data for an industrial asset relating to the historical time series sensor data; saving a record of the at least one detected anomaly and the one or more root causes associated therewith; and transmitting a representation of the record to a device that invokes an action in response to the one or more root causes indicated in the record. receiving historical time series sensor data associated with operation of an industrial asset , the sensor data including values for a plurality of sensors (230; 250) over a period of time; generating visual representation images of scatter plots (520; 530) based on the historical time series sensor data, each scatter plot (520; 530) including a specific pair of time series sensor data for the plurality of sensors (230; 250) determined; assigning a root cause label to each image based on a reference to a digitized knowledge domain associated with the industrial asset and in combination with data patterns in each image; generating a convolutional neural network, CNN, model trained using a first subset of the labeled images and tested based on a second subset of the labeled images applied to the trained model, the first and second sets of images being distinct from each other; process, by the CNN model, a real-time image to detect at least one anomaly in the real-time image and one or more root causes associated with the at least one anomaly, the real-time image including visual representations of real-time time series sensor data for an industrial asset relating to the historical time series sensor data; saving a record of the at least one detected anomaly and the one or more root causes associated therewith; and transmitting a representation of the record to a device that invokes an action in response to the one or more root causes indicated in the record.
A service tool wireless access management system comprising: a wireless access interface ; and an equipment controller of an equipment service system comprising at least one processor configured to: enable the wireless access interface responsive to a wireless access request initiated through a service tool ; establish a wireless communication session with the service tool through the wireless access interface ; characterized in that the processor is configured to disable the wireless access interface responsive to a wireless communication termination event; wherein the service tool wireless access management system is arranged such that a location of the service tool within a communication range threshold of the wireless access interface is confirmed before enabling the wireless access interface a wireless access interface ; and an equipment controller of an equipment service system comprising at least one processor configured to: enable the wireless access interface responsive to a wireless access request initiated through a service tool ; establish a wireless communication session with the service tool through the wireless access interface ; characterized in that the processor is configured to disable the wireless access interface responsive to a wireless communication termination event; enable the wireless access interface responsive to a wireless access request initiated through a service tool ; establish a wireless communication session with the service tool through the wireless access interface ; characterized in that the processor is configured to disable the wireless access interface responsive to a wireless communication termination event; wherein the service tool wireless access management system is arranged such that a location of the service tool within a communication range threshold of the wireless access interface is confirmed before enabling the wireless access interface
Method of bending a metallic article , in particular an elongated metallic article, even more in particular a metal wire or a metal tube, along a longitudinal axis, for obtaining a determined bended article comprising at least the following steps: a) executing a relative movement between a bending head having at least one bending group and the metallic article ; and b) bending the metallic article by means of an activation of the bending group ; wherein during the step b), at least a first actuation device actuates the bending group according to a respective motion profile (u(t)) for executing a respective bending of the metallic article ; wherein during the step a), at least a second actuation device actuates a relative movement between the bending head and the metallic article according to a respective motion profile (u(t)); the method being characterized in also comprising a step c) of preparing, during which a respective initial motion profile of the first actuation device and/or of the second actuation device is modified for obtaining the respective motion profile (u(t)); wherein during the step c), the initial motion profile is modified in function of a first parameter (a) and of a second parameter (b); wherein the first parameter (a) depends on an oscillation frequency (ω) of a damped harmonic oscillator which models and/or describes the oscillations of the metallic article resulting from the application of the respective motion profile (u(t)) of the respective first actuation device or the respective second actuation device and the second parameter (b) depends on a damping (ξ) of the oscillations of the damped harmonic oscillator. a) executing a relative movement between a bending head having at least one bending group and the metallic article ; and b) bending the metallic article by means of an activation of the bending group ; wherein during the step b), at least a first actuation device actuates the bending group according to a respective motion profile (u(t)) for executing a respective bending of the metallic article ; wherein during the step a), at least a second actuation device actuates a relative movement between the bending head and the metallic article according to a respective motion profile (u(t)); the method being characterized in also comprising a step c) of preparing, during which a respective initial motion profile of the first actuation device and/or of the second actuation device is modified for obtaining the respective motion profile (u(t)); wherein during the step c), the initial motion profile is modified in function of a first parameter (a) and of a second parameter (b); wherein the first parameter (a) depends on an oscillation frequency (ω) of a damped harmonic oscillator which models and/or describes the oscillations of the metallic article resulting from the application of the respective motion profile (u(t)) of the respective first actuation device or the respective second actuation device and the second parameter (b) depends on a damping (ξ) of the oscillations of the damped harmonic oscillator.
An apparatus comprising: a first plurality of first conductive lines ; and a first meandering interconnect supported in a spaced relationship from a deformable substrate at intermittent support points , wherein the first meandering interconnect comprises a first multiplicity of meandering conductive lines each of which is electrically connected to one of the first plurality of first conductive lines , wherein the first meandering interconnect provides routing of electrical signals. a first plurality of first conductive lines ; and a first meandering interconnect supported in a spaced relationship from a deformable substrate at intermittent support points , wherein the first meandering interconnect comprises a first multiplicity of meandering conductive lines each of which is electrically connected to one of the first plurality of first conductive lines , wherein the first meandering interconnect provides routing of electrical signals.