mhurhangee/ep-ind-claims huggingface dataset:
Method for genotyping by sequencing, the method comprising the steps of: 1) digesting a nucleic acid with two different restriction enzymes generating digested fragments having two sites with different overhangs at each end; 2) ligating one site with a first single-stranded barcode oligonucleotide and ligating the other site with a second single-stranded oligonucleotide without the barcode to the fragment to produce a template, wherein the first single-stranded barcode oligonucleotide comprises a sequence common to every barcode oligonucleotide, a barcode sequence that is unique to every barcode oligonucleotide, and a sequence that is complementary to the single-stranded end produced by the first restriction enzyme and wherein the second single-stranded oligonucleotide without the barcode comprises a sequence that is complementary to the single-stranded end produced by the second restriction enzyme; 3) amplifying the template using a first amplification primer complementary to the first single-stranded barcode oligonucleotide and a target specific primer complementary to the second single-stranded oligonucleotide to produce an amplicon; and 4) sequencing the amplicon to produce a sequence read. 1) digesting a nucleic acid with two different restriction enzymes generating digested fragments having two sites with different overhangs at each end; 2) ligating one site with a first single-stranded barcode oligonucleotide and ligating the other site with a second single-stranded oligonucleotide without the barcode to the fragment to produce a template, wherein the first single-stranded barcode oligonucleotide comprises a sequence common to every barcode oligonucleotide, a barcode sequence that is unique to every barcode oligonucleotide, and a sequence that is complementary to the single-stranded end produced by the first restriction enzyme and wherein the second single-stranded oligonucleotide without the barcode comprises a sequence that is complementary to the single-stranded end produced by the second restriction enzyme; 3) amplifying the template using a first amplification primer complementary to the first single-stranded barcode oligonucleotide and a target specific primer complementary to the second single-stranded oligonucleotide to produce an amplicon; and 4) sequencing the amplicon to produce a sequence read.
A paging carrier assignment method, adapted for assigning carriers in a paging group for an advanced base station, ABS, with multi-carriers, characterized in that the carrier assignment method comprises: assigning at least two carriers in the paging group, wherein all the assigned carriers belonging to the paging group are in the same frequency band, deciding the value of N as the number of carriers per paging group in the same frequency band, wherein N > 1; determining a paging carrier index for the advanced mobile station, AMS, by a mapping function and a mobile identification; and sending paging message on the carrier corresponding to the paging carrier index for the AMS. assigning at least two carriers in the paging group, wherein all the assigned carriers belonging to the paging group are in the same frequency band, deciding the value of N as the number of carriers per paging group in the same frequency band, wherein N > 1; determining a paging carrier index for the advanced mobile station, AMS, by a mapping function and a mobile identification; and sending paging message on the carrier corresponding to the paging carrier index for the AMS.
Connection assembly for at least one item of electronic equipment to the wiring of an aircraft, in which the said at least one item of electronic equipment is disposed in a support means and comprises connection means able to be connected to the wiring of the aircraft through at least one connection interface, the said at least one connection interface being connected to the wiring through a wiring box interposed between the said interface and the wiring, the said wiring box being disposed in the support means to provide the connection between the connection interface and the wiring through the said support means, the support means comprising a front face and a rear face on which there is disposed at least one connection interface, characterized in that the connection assembly rests on a surface and comprises a box in which the wiring is disposed and which extends to the vicinity of the front face of the support means, the box being disposed above an opening made in said surface and the wiring passing through said opening in order to enter the box, in that said at least one connection interface is attached to the structure of the aircraft, and in that guide means (17, 43, 44) are disposed on the structure of the aircraft in order to guide the support means opposite the connection interface.
A method for analyzing atypical cells in urine, comprising: (a) mixing urine, a diluent containing a surfactant, and a nucleic acid staining reagent to prepare a measurement specimen; (b) irradiating the measurement specimen with light to detect scattered light and fluorescence light emitted from cells whose nucleic acids are stained; and (c) detecting atypical cells contained in the measurement specimen distinguishably from white blood cells depending on a first characteristic parameter based on the scattered light and a second characteristic parameter based on the fluorescence light, wherein in the step (c), the detected atypical cells are counted, and the method further comprises a step of outputting information indicating a presence of the atypical cells when the number of the atypical cells is larger than a predetermined number, wherein atypical cells are (a) cancerous cells that have a size larger than that of white blood cells or (b) cells with increased nuclei due to an increase in the amount of nucleic acids or increased chromatin content. (a) mixing urine, a diluent containing a surfactant, and a nucleic acid staining reagent to prepare a measurement specimen; (b) irradiating the measurement specimen with light to detect scattered light and fluorescence light emitted from cells whose nucleic acids are stained; and (c) detecting atypical cells contained in the measurement specimen distinguishably from white blood cells depending on a first characteristic parameter based on the scattered light and a second characteristic parameter based on the fluorescence light,
A drying apparatus for drying a fibrous material comprising, a heater arranged to heat a first gas stream and a fibrous material, the first gas stream arranged to enter the drying apparatus at an inlet, the gas stream including a first steam component, a separator for separating a said fibrous material from the first gas stream to form a second gas stream, a heat exchanger arranged to condense and separate a first steam component and a water component from the second gas stream, and further arranged to generate a second steam component at low pressure, a compressor arranged to compress the second steam component and return the steam component to the inlet.
A heat transfer tube, comprising an inner surface including a plurality of grooves (12, 20), the plurality of grooves including at least primary grooves and secondary grooves, wherein the primary grooves extend along a length of the tube, and the secondary grooves intersect the primary grooves, wherein the heat transfer tube preferably includes aluminum, characterized in that the primary grooves are entirely blocked by the formation of the secondary grooves and/or by the formation of tertiary groves, such that portions of ridges between primary grooves are deformed or forced into primary grooves.
A mobile terminal, comprising; - a processor, - a memory coupled to the processor, - a display coupled to the processor for displaying images provided by the processor, and - a receiver coupled to the processor; characterised in that the mobile terminal comprises: - a splitting application configured to split received data into at least two parts for displaying at least two substantially different images (54, 56) and - a short-range transmitter coupled to the processor and configured to transmit at least one of said at least two parts (54, 56) to an external display device. - a processor, - a memory coupled to the processor, - a display coupled to the processor for displaying images provided by the processor, and - a receiver coupled to the processor; characterised in that the mobile terminal comprises: - a splitting application configured to split received data into at least two parts for displaying at least two substantially different images (54, 56) and - a short-range transmitter coupled to the processor and configured to transmit at least one of said at least two parts (54, 56) to an external display device.
A high-pressure water debridement system for removing soft tissue from a bone segment, comprising: an outer sleeve defining a longitudinal center axis, the outer sleeve having an interior bounded by first and second endcaps (104, 106); a central shaft disposed along the longitudinal center axis of the outer sleeve and rotatively coupled between the first and the second endcaps (104, 106); and one or more high-pressure water nozzles disposed on each side of the outer sleeve, wherein each of the high-pressure water nozzles is positioned to impact the bone segment with a high-pressure water stream, wherein when the high-pressure water nozzles are activated and when an actuating force rotates the central shaft relative to the outer sleeve, the bone segment rotates relative to the outer sleeve and oscillates linearly along the longitudinal center axis within the spray zone of the high-pressure water nozzles such that the high-pressure water streams debride the bone segment, characterised in that the central shaft is configured to receive the bone segment such that the bone segment is positioned within a spray zone bounded by a first positive stop and a second positive stop, the first and second positive stops (114, 116) encircling the central shaft adjacent to first and second ends of the bone segment. an outer sleeve defining a longitudinal center axis, the outer sleeve having an interior bounded by first and second endcaps (104, 106); a central shaft disposed along the longitudinal center axis of the outer sleeve and rotatively coupled between the first and the second endcaps (104, 106); and one or more high-pressure water nozzles disposed on each side of the outer sleeve, wherein each of the high-pressure water nozzles is positioned to impact the bone segment with a high-pressure water stream, wherein when the high-pressure water nozzles are activated and when an actuating force rotates the central shaft relative to the outer sleeve, the bone segment rotates relative to the outer sleeve and oscillates linearly along the longitudinal center axis within the spray zone of the high-pressure water nozzles such that the high-pressure water streams debride the bone segment,
A communication adapter for a gas turbine engine of an aircraft, the communication adapter comprising: a housing configured to be coupled to the gas turbine engine; a plurality of antennas integrated in the housing; a communication interface configured to communicate wirelessly through the plurality of antennas to an offboard system external to the aircraft; a memory system; and processing circuitry configured to: establish communication with an engine control mounted on the gas turbine engine; establish wireless communication between the communication adapter and the offboard system external to the aircraft through at least one of the antennas integrated in the housing of the communication adapter; and authenticate communication requests at the communication adapter for data sent between the offboard system and the engine control; characterized in that the communication adapter further comprises: one or more connector ports configured to provide at least two independent power supply connections to externally and separately control power supplied to the processing circuitry and the communication interface, so as to separately enable and disable the processing circuitry and the communication interface. a housing configured to be coupled to the gas turbine engine; a plurality of antennas integrated in the housing; a communication interface configured to communicate wirelessly through the plurality of antennas to an offboard system external to the aircraft; a memory system; and processing circuitry configured to: establish communication with an engine control mounted on the gas turbine engine; establish wireless communication between the communication adapter and the offboard system external to the aircraft through at least one of the antennas integrated in the housing of the communication adapter; and authenticate communication requests at the communication adapter for data sent between the offboard system and the engine control; establish communication with an engine control mounted on the gas turbine engine; establish wireless communication between the communication adapter and the offboard system external to the aircraft through at least one of the antennas integrated in the housing of the communication adapter; and authenticate communication requests at the communication adapter for data sent between the offboard system and the engine control; characterized in that the communication adapter further comprises: one or more connector ports configured to provide at least two independent power supply connections to externally and separately control power supplied to the processing circuitry and the communication interface, so as to separately enable and disable the processing circuitry and the communication interface.
An apparatus for forming sheets (106, 108) of web material (102, 104) of different lengths comprising: a cutting arrangement (110, 112) for cutting the web of material (102, 104) into sheets (106, 108) at a cutting location, the cutting arrangement (110, 112) including a roll (124, 126) receiving a web of material (102, 104) on an outer periphery thereof and carrying the web of material (102, 104) past the cutting location, the roll (124, 126) rotating about a rotational axis, the roll (124, 126) having an excess material receiving component having a first mode and a second mode; in the first mode, a first extent of material is accommodated by the excess material receiving component to form sheets (106, 108) of a first length; in the second mode, a second extent of material is accommodated by the excess material receiving component to form sheets (106, 108) of a second length, the second extent of material being greater than the first extent; wherein the roll (124, 126) rotates about the rotational axis a first arc angle (α1) that is the same amount for forming sheets (106, 108) of the first and second lengths; characterised in that the excess material receiving component includes a ditch formed by the roll (124, 126), the amount of web (102, 104) received in the ditch defining the first and second extents of material accommodated by the excess material receiving component. a cutting arrangement (110, 112) for cutting the web of material (102, 104) into sheets (106, 108) at a cutting location, the cutting arrangement (110, 112) including a roll (124, 126) receiving a web of material (102, 104) on an outer periphery thereof and carrying the web of material (102, 104) past the cutting location, the roll (124, 126) rotating about a rotational axis, the roll (124, 126) having an excess material receiving component having a first mode and a second mode; in the first mode, a first extent of material is accommodated by the excess material receiving component to form sheets (106, 108) of a first length; in the second mode, a second extent of material is accommodated by the excess material receiving component to form sheets (106, 108) of a second length, the second extent of material being greater than the first extent; wherein the roll (124, 126) rotates about the rotational axis a first arc angle (α1) that is the same amount for forming sheets (106, 108) of the first and second lengths; characterised in that the excess material receiving component includes a ditch formed by the roll (124, 126), the amount of web (102, 104) received in the ditch defining the first and second extents of material accommodated by the excess material receiving component.
Method for detecting and tracking targets in a series of images provided by an optronic system, at least one spatio-temporal chain of plots, referred to as an existing track, which has been formed on the basis of plots detected in images of said series preceding a current image, characterized in that the method comprises, for the current image: obtaining at least one plot contained in said current image and, for each plot, a value representative of a characteristic of said plot; classifying each plot according to said representative value in a first category if said representative value is higher than a first predefined threshold or in a second category if said representative value is between the first predefined threshold and a second predefined threshold, lower than the first threshold; for each existing track which is a confirmed track, and for each existing track which is a candidate track created on the basis of a confirmed track, assigning a first-category plot to said existing track if at least one first-category plot is contained in a subpart of the current image, referred to as a validation window, corresponding to said track, a validation window being defined around a prediction of a position, referred to as a predicted position, in which a plot corresponding to said existing track should be located, and, if no first-category plot is contained in said validation window, assigning a second-category plot if at least one second-category plot is contained in said validation window, assigning to an existing track making it possible to pursue said existing track in the current image; creating a new track for each first-category plot which has not been assigned to an existing track. obtaining at least one plot contained in said current image and, for each plot, a value representative of a characteristic of said plot; classifying each plot according to said representative value in a first category if said representative value is higher than a first predefined threshold or in a second category if said representative value is between the first predefined threshold and a second predefined threshold, lower than the first threshold; for each existing track which is a confirmed track, and for each existing track which is a candidate track created on the basis of a confirmed track, assigning a first-category plot to said existing track if at least one first-category plot is contained in a subpart of the current image, referred to as a validation window, corresponding to said track, a validation window being defined around a prediction of a position, referred to as a predicted position, in which a plot corresponding to said existing track should be located, and, if no first-category plot is contained in said validation window, assigning a second-category plot if at least one second-category plot is contained in said validation window, assigning to an existing track making it possible to pursue said existing track in the current image; creating a new track for each first-category plot which has not been assigned to an existing track.
A pressure swing adsorption system which includes first and second chambers, each containing an adsorption medium, in which when the system is in use a fluid is directed to flow over the adsorption medium in one of the chambers in order to adsorb contaminants in the fluid while the adsorption medium in the other of the chambers is regenerated by desorption of adsorbed contaminants, the system including a purge conduit which extends between the first and second chambers for delivering fluid when the system is in use from the chamber to which fluid is supplied for adsorption of contaminants to the chamber which is being regenerated, and in which the system includes a variable flow restrictor for controlling the volume of fluid which can flow through the purge conduit when the system is in use characterised in that the flow restrictor comprises: a. a first valve member which has an opening in its wall, b. a second valve member which is in sliding contact with the first valve member so that the opening in the wall of the first valve member is progressively occluded when one of the valve members slides relative to the other of the valve members, c. a drive mechanism (318, 320, 325) for controlling the relative positions of the first and second valve members between a first limiting position in which the effective open size of the opening in the first valve member is at a minimum and a second limiting position in which the size of the opening in the first valve member is at a maximum, in which the opening has a first portion defined by the valve members during translation through 10% of the distance from the first limiting position towards the second limiting position and a second portion defined by the valve members during translation through the last 10% of its translation from the first limiting position to the second limiting position, and in which the ratio of the change in the open area of the opening as a result of translation of the valve member across the first portion of the opening to the change in the open area of the opening as a result of translation of the valve member across the second portion of the opening is not more than 0.5. a. a first valve member which has an opening in its wall, b. a second valve member which is in sliding contact with the first valve member so that the opening in the wall of the first valve member is progressively occluded when one of the valve members slides relative to the other of the valve members, c. a drive mechanism (318, 320, 325) for controlling the relative positions of the first and second valve members between a first limiting position in which the effective open size of the opening in the first valve member is at a minimum and a second limiting position in which the size of the opening in the first valve member is at a maximum,
A method of decoding video data, the method comprising: decoding a set of values related to a deblocking filter parameter in a parameter set; decoding a temporal layer index associated with a picture or subpicture of the video data; determining, for the picture or subpicture, a particular value for the deblocking filter parameter from the set of values, based on the decoded temporal layer index; and applying a deblocking filter to the video data based on the value of the deblocking filter parameter. decoding a set of values related to a deblocking filter parameter in a parameter set; decoding a temporal layer index associated with a picture or subpicture of the video data; determining, for the picture or subpicture, a particular value for the deblocking filter parameter from the set of values, based on the decoded temporal layer index; and applying a deblocking filter to the video data based on the value of the deblocking filter parameter.