mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a genetic variation in a genetic sample from a subject, comprising contacting first and second probe sets to the genetic sample, wherein the first probe set comprises a first labeling probe and a first tagging probe, and the second probe set comprises a second labeling probe and a second tagging probe, hybridizing at least parts of the first and second probe sets to first and second nucleic acid regions of interest in nucleotide molecules of the genetic sample, respectively, ligating the first probe set at least by ligating the first labeling probe and the first tagging probe, ligating the second probe set at least by ligating the second labeling probe and the second tagging probe, optionally amplifying the ligated probe sets, immobilizing the tagging probes and/or the amplified tagging probes thereof to a pre-determined location on a substrate, wherein the first and second labeling probes and/or the amplified labeling probes thereof ligated to the immobilized tagging probes and/or the amplified tagging probes thereof comprise first and second labels, respectively, the first and second labels are different, the immobilized labels are optically resolvable, the immobilized first and second tagging probes and/or the amplified tagging probes thereof comprise first and second tags, respectively, and the immobilizing step is performed by immobilizing the tags to the predetermined location, counting (i) a first number of the first label immobilized to the substrate, and (ii) a second number of the second label immobilized to the substrate, and comparing the first and second numbers to determine the genetic variation in the genetic sample. the first and second labeling probes and/or the amplified labeling probes thereof ligated to the immobilized tagging probes and/or the amplified tagging probes thereof comprise first and second labels, respectively, the first and second labels are different, the immobilized labels are optically resolvable, the immobilized first and second tagging probes and/or the amplified tagging probes thereof comprise first and second tags, respectively, and the immobilizing step is performed by immobilizing the tags to the predetermined location,
A particle detecting device comprising: a frame; a chamber that is disposed within the frame; a sample injection flow path for injecting, into the chamber, air that includes particles, from a first inlet opening that is provided in the frame; an adjusting mechanism for adjusting the pressure in the chamber by supplying air, from which the particles have been removed, into the chamber through an adjusting flow path that connects to the chamber from a second inlet opening that is separate from the first inlet opening that is provided in the frame; a detecting mechanism for detecting particles included within the air, by shining a light into the air within the chamber; an injection nozzle, disposed within the chamber, connected to the sample injection flow path; a discharge nozzle that is disposed within the chamber, opposing the injection nozzle, a discharge flow path, connecting the discharge nozzle and a discharge opening that is provided within the frame, for discharging, to the outside of the frame, the air that is within the chamber; and a bypass flow path joining the discharge flow path; characterized: in that the bypass flow path branches from the adjusting flow path; and by an ejector disposed at the confluence portion of the bypass flow path and the discharge flow path, the ejector being adapted to draw in air from within the chamber through provision of compressed air from the bypass flow path to the ejector. a frame; a chamber that is disposed within the frame; a sample injection flow path for injecting, into the chamber, air that includes particles, from a first inlet opening that is provided in the frame; an adjusting mechanism for adjusting the pressure in the chamber by supplying air, from which the particles have been removed, into the chamber through an adjusting flow path that connects to the chamber from a second inlet opening that is separate from the first inlet opening that is provided in the frame; a detecting mechanism for detecting particles included within the air, by shining a light into the air within the chamber; an injection nozzle, disposed within the chamber, connected to the sample injection flow path; a discharge nozzle that is disposed within the chamber, opposing the injection nozzle, a discharge flow path, connecting the discharge nozzle and a discharge opening that is provided within the frame, for discharging, to the outside of the frame, the air that is within the chamber; and a bypass flow path joining the discharge flow path; characterized: in that the bypass flow path branches from the adjusting flow path; and by an ejector disposed at the confluence portion of the bypass flow path and the discharge flow path, the ejector being adapted to draw in air from within the chamber through provision of compressed air from the bypass flow path to the ejector. in that the bypass flow path branches from the adjusting flow path; and by an ejector disposed at the confluence portion of the bypass flow path and the discharge flow path, the ejector being adapted to draw in air from within the chamber through provision of compressed air from the bypass flow path to the ejector.
A mobile vehicle platform, comprising: a sensor module configured to monitor one or more conditions, circumstances, environments and situations occurring on or around, or associated with, the Earth, and to generate sensor data resulting from the monitoring; and a relay satellite terminal, mounted on the mobile vehicle platform, configured to execute data communications via a communications channel of a first satellite beam, wherein the data communications are configured to relay the sensor data, via one or more GEO satellites (111a to 111n) with which it executes the data communications, to one or more respective gateways (120a, 120b and 120c) for forwarding to a central processing facility for one or more of aggregation, processing, analysis and dissemination of the data; and wherein the communications channel of the first satellite beam and a communications channel of a second satellite beam are both associated with a first gateway of the one or more gateways, characterized in that the relay satellite terminal is configured to transmit periodic position messages to the first gateway, to receive a channel handover command message from the first gateway, to terminate the data communications via the communications channel of the first satellite beam, to switch to the communications channel of the second satellite beam in accordance with the position message and the handover command message, to resume the data communications via the communications channel of the second satellite beam; and to transmit a handover complete message to the first gateway. a sensor module configured to monitor one or more conditions, circumstances, environments and situations occurring on or around, or associated with, the Earth, and to generate sensor data resulting from the monitoring; and a relay satellite terminal, mounted on the mobile vehicle platform, configured to execute data communications via a communications channel of a first satellite beam, wherein the data communications are configured to relay the sensor data, via one or more GEO satellites (111a to 111n) with which it executes the data communications, to one or more respective gateways (120a, 120b and 120c) for forwarding to a central processing facility for one or more of aggregation, processing, analysis and dissemination of the data; and wherein the communications channel of the first satellite beam and a communications channel of a second satellite beam are both associated with a first gateway of the one or more gateways, characterized in that the relay satellite terminal is configured to transmit periodic position messages to the first gateway, to receive a channel handover command message from the first gateway, to terminate the data communications via the communications channel of the first satellite beam, to switch to the communications channel of the second satellite beam in accordance with the position message and the handover command message, to resume the data communications via the communications channel of the second satellite beam; and to transmit a handover complete message to the first gateway.
A method for control of wireless communication signals implemented in a wireless transmit/receive unit, WTRU, the method comprising: determining whether the WTRU has an allocated enhanced dedicated channel, E-DCH, resource when a periodic cell update timer expires; and in response to a determination that the WTRU has the allocated E-DCH resource, restarting the periodic cell update timer, wherein the periodic cell update timer is re-started without performing a periodic cell update. determining whether the WTRU has an allocated enhanced dedicated channel, E-DCH, resource when a periodic cell update timer expires; and in response to a determination that the WTRU has the allocated E-DCH resource, restarting the periodic cell update timer, wherein the periodic cell update timer is re-started without performing a periodic cell update.
A compound represented by the general formula: wherein R 1 represents a C 1 -C 6 alkyl group or a C 7 -C 12 aralkyl group, R 2 represents a group selected from the group consisting of a C 1 -C 6 alkyl group, a C 3 -C 6 cycloalkyl group and a C 7 -C 12 aralkyl group, R 3 represents a C 1 -C 6 alkyl group, R 4 and R 5 which are the same or different represent a group selected from the group consisting of a hydrogen atom, a halogen atom, a C 1 -C 6 alkyl group, a C 3 -C 6 cycloalkyl group, C 1 -C 6 alkoxy group and a cyano group, and n represents an integer of 1 to 6. R 1 represents a C 1 -C 6 alkyl group or a C 7 -C 12 aralkyl group, R 2 represents a group selected from the group consisting of a C 1 -C 6 alkyl group, a C 3 -C 6 cycloalkyl group and a C 7 -C 12 aralkyl group, R 3 represents a C 1 -C 6 alkyl group, R 4 and R 5 which are the same or different represent a group selected from the group consisting of a hydrogen atom, a halogen atom, a C 1 -C 6 alkyl group, a C 3 -C 6 cycloalkyl group, C 1 -C 6 alkoxy group and a cyano group, and n represents an integer of 1 to 6.
Method designed to monitor a measuring device, particularly designed as a measuring and/or switching device used in industrial measuring and automation technology and/or an electronic measuring device, said device having a transducer at least partially accommodated in a housing, particularly grounded and/or metal, specifically accommodated in a separate sensor module of the housing, as well as a measuring device electronics unit that is at least temporarily connected to the transducer and is arranged at least in part in a separate electronic module (100") of the housing, wherein the transducer is a vibronic-type transducer and wherein the measuring device is designed as an in-line measuring device which can be inserted into the course of the pipe by means of flange connections, said method comprising the following steps: - Generation of a potential difference (ΔU 12) between the housing and the measuring device electronics unit to bring about a leakage current (I L) which flows both through the measuring device electronics unit and through an undesired electrically conductive connection (R F) between the housing and the measuring device electronics unit that coexists with this potential difference and is formed by a deposit coating formed on the housing and/or by condensation water, - Measurement of the leakage current flowing as a result of the potential difference existing at least currently between the housing and the measuring device electronics unit and the electrically conductive connection (R F) existing at least at the moment, - Generation at least of a status value, particularly digital, currently representing an operational state, particularly a defective state, of the measuring device, taking into account the detected leakage current, - And utilization of the at least one status value to generate an alarm that signals the occurrence of an error in the measuring device caused by the undesired formation of a conductive deposit coating inside the housing. - Generation of a potential difference (ΔU 12) between the housing and the measuring device electronics unit to bring about a leakage current (I L) which flows both through the measuring device electronics unit and through an undesired electrically conductive connection (R F) between the housing and the measuring device electronics unit that coexists with this potential difference and is formed by a deposit coating formed on the housing and/or by condensation water, - Measurement of the leakage current flowing as a result of the potential difference existing at least currently between the housing and the measuring device electronics unit and the electrically conductive connection (R F) existing at least at the moment, - Generation at least of a status value, particularly digital, currently representing an operational state, particularly a defective state, of the measuring device, taking into account the detected leakage current, - And utilization of the at least one status value to generate an alarm that signals the occurrence of an error in the measuring device caused by the undesired formation of a conductive deposit coating inside the housing.
Extension bed device (1, 2, 36) for decompressing the spine and/or for decompressing joints of a patient, having a bed area and having a drive system, wherein the bed area has several segments, wherein the patient is arrangeable on the bed area, wherein at least one of the segments is movable by the drive system such that, for decompression, traction and counter-traction are able to be exerted on the patient, characterized in that the segments have several protruding support elements, wherein the patient is able to be supported at least partially by the support elements, wherein the support elements are arrangeable at different heights such that the arrangement of the support elements is adaptable to the contour of the patient in the longitudinal direction and transverse direction, with the result that the patient is held in an impression formed by means of the support elements, wherein the bed area is divisible selectively at different separating points between adjacent segments into a first segment group and into a second segment group, wherein the first segment group and the second segment group each have at least one segment, wherein a segment, next to the separating point, of the first segment group and a segment, next to the separating point, of the second segment group are movable relative to one another by means of the drive system for decompression.
A system suitable for draining at least one type of bodily fluid from a patient, comprising: a chamber capable of being adjusted to hold one of at least a first volume of fluid and a second, smaller volume of fluid, the chamber having an inlet end with a barrier defining an opening and having an outlet end defining an outlet passage; a valve including a valve seat and a valve closure member to define a usable volume; and a movable adjustment member having a shaft passable through the opening in the barrier and terminating within the chamber at a first end, the first end being connected to the valve seat, the shaft having a plurality of features along at least a portion of its length engagable with corresponding engagement features being in a fixed relationship with the barrier to enable the shaft to be advanced into the chamber to reduce the usable volume to be less than the first volume. a chamber capable of being adjusted to hold one of at least a first volume of fluid and a second, smaller volume of fluid, the chamber having an inlet end with a barrier defining an opening and having an outlet end defining an outlet passage; a valve including a valve seat and a valve closure member to define a usable volume; and a movable adjustment member having a shaft passable through the opening in the barrier and terminating within the chamber at a first end, the first end being connected to the valve seat, the shaft having a plurality of features along at least a portion of its length engagable with corresponding engagement features being in a fixed relationship with the barrier to enable the shaft to be advanced into the chamber to reduce the usable volume to be less than the first volume.
An energy storage system characterised by: an uninterruptible power supply system comprising an energy storage device coupled between an energy source and an auxiliary load of the energy source, a bi-directional converter coupled across a source DC link of a power conversion system of the energy source and a UPS inverter coupled to the auxiliary load, and wherein the energy storage device is coupled between the bi-directional converter and the UPS inverter; and a control system configured for generating commands for controlling a state of charge of the energy storage device, providing power from the energy storage device to the auxiliary load, and using power from the energy storage device for controlling a DC link voltage, energy source torque, grid side power flow, or combinations thereof. an uninterruptible power supply system comprising an energy storage device coupled between an energy source and an auxiliary load of the energy source, a bi-directional converter coupled across a source DC link of a power conversion system of the energy source and a UPS inverter coupled to the auxiliary load, and wherein the energy storage device is coupled between the bi-directional converter and the UPS inverter; and a control system configured for generating commands for controlling a state of charge of the energy storage device, providing power from the energy storage device to the auxiliary load, and using power from the energy storage device for controlling a DC link voltage, energy source torque, grid side power flow, or combinations thereof.
A winding machine of the type comprising a plurality of winding units and at least one aspirator able to intake impurities and hair of the yarn, that is the dusts, or pieces of yarn deriving from the restoration and junction interventions of the yarn, said at least one aspirator being connected through a common duct to a common multi-cyclone type general filter for collecting the winding waste, characterized in that said common multi-cyclone type general filter comprises in series and in depression with an aspirator, a double cyclone device for separating the pieces of yarn from the dusts and a filter device of said dusts exiting from said double cyclone device, wherein said double cyclone device comprises an annular central portion and two frustum-conical portions (82A, 82B) respectively lower and upper arranged at the opposite sides of said annular portion for generating two cyclones respectively of the pieces of yarn and of the dusts and for conveying the same from said central portion to the reduced-diameter mouths (86, 89) of said two frustum-conical portions {82A, 82B), wherein said double cyclone device comprises primary nozzles for injecting tangential flows of compressed air into said double cyclone device at said upper frustum-conical portion wherein said filter device is a mono cyclone device processing the current coming from the double cyclone to remove the dust.
A medium for cultivating truffles, said medium comprising a mixture of at least one carbohydrate source selected from the group consisting of rice bran, wheat bran, and glucose, characterized in that it further comprises at least one edible ingredient selected from the group consisting of burdock, nuts, and berries, wherein the weight ratio of said edible ingredient to said carbohydrate source is comprised between 0.5 and 5.
Optical sensor, in particular a proximity switch, having at least a) an optical transmitting unit for generating a transmission light beam, b) a photosensitive area detector which is designed to capture a reflection light spot which is caused by the transmission light beam reflected at an object as a reflection light beam, and c) an evaluation unit for the photoelectric current of the photosensitive area detector at least for detecting the object, wherein - the transmitting unit is arranged in such a manner that the photosensitive area detector is irradiated by the transmission light beam aimed at the object, with the result that the transmission light beam strikes the object after passing through a passage region of the area detector, characterized in that - the photosensitive area detector has semitransparent properties, and - the photosensitive area detector is designed to capture a transmission light spot which is caused by the transmission light beam on the photosensitive area detector. a) an optical transmitting unit for generating a transmission light beam, b) a photosensitive area detector which is designed to capture a reflection light spot which is caused by the transmission light beam reflected at an object as a reflection light beam, and c) an evaluation unit for the photoelectric current of the photosensitive area detector at least for detecting the object, wherein - the transmitting unit is arranged in such a manner that the photosensitive area detector is irradiated by the transmission light beam aimed at the object, with the result that the transmission light beam strikes the object after passing through a passage region of the area detector, characterized in that - the photosensitive area detector has semitransparent properties, and - the photosensitive area detector is designed to capture a transmission light spot which is caused by the transmission light beam on the photosensitive area detector. - the transmitting unit is arranged in such a manner that the photosensitive area detector is irradiated by the transmission light beam aimed at the object, with the result that the transmission light beam strikes the object after passing through a passage region of the area detector, characterized in that - the photosensitive area detector has semitransparent properties, and - the photosensitive area detector is designed to capture a transmission light spot which is caused by the transmission light beam on the photosensitive area detector.
A method for detecting fraud to authenticate that an object is a human finger from a three-dimensional representation of said object previously determined by a processing unit from an image of said object acquired by an image acquisition device, said three-dimensional representation comprising a set of representation points modeling at least a part of the surface of the object, wherein a processor implements the following steps: a) determining at least one principal plane comprising a principal axis (Oy) in the longitudinal direction of the three-dimensional representation of the object, said principal plane intersecting the representation of the surface of the object along at least one intersection zone, b) for each principal plane, determining a set of working points (5, x j,i) from representation points at the intersection zone, c) validation that the object is a human finger by implementing a validation process on the position of the working points. a) determining at least one principal plane comprising a principal axis (Oy) in the longitudinal direction of the three-dimensional representation of the object, said principal plane intersecting the representation of the surface of the object along at least one intersection zone, b) for each principal plane, determining a set of working points (5, x j,i) from representation points at the intersection zone, c) validation that the object is a human finger by implementing a validation process on the position of the working points.