mhurhangee/ep-ind-claims huggingface dataset:
A tool delivery system for remotely transporting a tool to and through a heat transfer tube of a heat exchanger having a manifold plenum in fluid communication with an interior of the heat transfer tube through a first tube end and an access port for accessing the plenum, the tool delivery system comprising: a sealable delivery conduit sized to extend from a first location outside the plenum, through the access port to the first tube end; a flexible shaft for pushing the tool through the delivery conduit into the heat transfer tube; a first seal supported within the vicinity of a forward portion of the flexible shaft and forming a substantially fluid tight, slidable seal between the interior of the heat transfer tube and the flexible shaft when the flexible shaft is inserted a given distance into the heat transfer tube; a second substantially stationary seal on a portion of the delivery conduit that is to be positioned outside the plenum, the second seal being supported in a manner to form a substantially fluid tight seal between the flexible shaft and an interior of the delivery conduit while enabling the flexible shaft to slide there through; and a fluid inlet on the delivery conduit in fluid communication with the interior of the delivery conduit, downstream of the second seal between the second seal and the first tube end. a sealable delivery conduit sized to extend from a first location outside the plenum, through the access port to the first tube end; a flexible shaft for pushing the tool through the delivery conduit into the heat transfer tube; a first seal supported within the vicinity of a forward portion of the flexible shaft and forming a substantially fluid tight, slidable seal between the interior of the heat transfer tube and the flexible shaft when the flexible shaft is inserted a given distance into the heat transfer tube; a second substantially stationary seal on a portion of the delivery conduit that is to be positioned outside the plenum, the second seal being supported in a manner to form a substantially fluid tight seal between the flexible shaft and an interior of the delivery conduit while enabling the flexible shaft to slide there through; and a fluid inlet on the delivery conduit in fluid communication with the interior of the delivery conduit, downstream of the second seal between the second seal and the first tube end.
A system, comprising: a detector adapted to detect a signal; a shuffler, a controller adapted to control the shuffler based upon the signal; a processor; the shuffle adapted to shuffle a plurality of channels at the input of a plurality of processing elements of the processor based upon the signal; and the processor adapted to process the signal according to the plurality of channels as configured by the shuffler, wherein the shuffler is adapted to shuffle the plurality of channels at the input of the plurality of processing elements based upon amplitude or frequency of the signal, such that after each shuffle, at least one of the processing elements occupies a different position in the signal processing path of the processor relative to before shuffling; wherein the controller is adapted to control the shuffler to begin shuffling after determining that the amplitude of the signal is greater than or equal to a first threshold over a first determined period of time. a detector adapted to detect a signal; a shuffler, a controller adapted to control the shuffler based upon the signal; a processor; the shuffle adapted to shuffle a plurality of channels at the input of a plurality of processing elements of the processor based upon the signal; and the processor adapted to process the signal according to the plurality of channels as configured by the shuffler, wherein the shuffler is adapted to shuffle the plurality of channels at the input of the plurality of processing elements based upon amplitude or frequency of the signal, such that after each shuffle, at least one of the processing elements occupies a different position in the signal processing path of the processor relative to before shuffling; wherein the controller is adapted to control the shuffler to begin shuffling after determining that the amplitude of the signal is greater than or equal to a first threshold over a first determined period of time.
Rotor blade of a wind turbine having a rotor blade connection for connecting to a hub of the rotor of a wind turbine and having a blade tip which is located at the opposite end of the rotor blade, characterised in that an electrical conductor (20, 21, 22, 23, 24, 26, 28) is laid over the length of the rotor blade, wherein the electrical conductor (20, 21, 22, 23, 24, 26, 28) begins at the rotor blade connection, extends in the rotor blade longitudinal direction and back to the rotor blade connection, and in that there is provided a detector which detects the electrical resistance of the conductor (20, 21, 22, 23, 24, 26), and in that the detector is connected to an evaluation device which evaluates the electrical resistance.
Clamping device particularly for fixing a steady rest, at least comprising: - a support 10 with an ring-shaped sliding surface, - a ring abutting the sliding surface with a bar extending in radial direction, wherein at least one shoulder is arranged at one end of said bar with a bearing surface being complementary to the sliding surface, wherein the sliding surface and the bearing surface form a slide bearing, - a counter bearing which encloses together with the ring a cavity for a fluid, said cavity being located on the side of the shoulder which faces away from the sliding surface, - at least one fluid channel being in fluid communication with the cavity to modify the fluid pressure via the fluid channel. - a support 10 with an ring-shaped sliding surface, - a ring abutting the sliding surface with a bar extending in radial direction, wherein at least one shoulder is arranged at one end of said bar with a bearing surface being complementary to the sliding surface, wherein the sliding surface and the bearing surface form a slide bearing, - a counter bearing which encloses together with the ring a cavity for a fluid, said cavity being located on the side of the shoulder which faces away from the sliding surface, - at least one fluid channel being in fluid communication with the cavity to modify the fluid pressure via the fluid channel.
A method for measuring a parameter of a fluid passing through a pipe, the method using an apparatus comprising: a single sheet of piezoelectric film material wrapped around at least a portion of an outer surface of the pipe; and an array of sensors (15a-d) disposed at different locations on the film material, each of the sensors (15a-d) providing a signal containing information about pressure of the fluid within the pipe at a corresponding axial and circumferential location of the pipe; wherein sensors (15a-d) within the array of sensors are selectively configured for providing signals at one of an axial location along and a circumferential location about the pipe; wherein the signals provided are processed to determine the parameter of the fluid; wherein the sensors (15a-d) within the array of sensors are located at different circumferential locations about a diameter of the pipe and selected for determining the parameter of the fluid at an angular orientation relative to the fluid flow through the pipe, the method being characterized in that when the pipe comprising the array of sensors is rotated, sensors (15a-d) within the array are selected for determining the parameter of the fluid such that the angular orientation relative to the fluid flow through the pipe is maintained. a single sheet of piezoelectric film material wrapped around at least a portion of an outer surface of the pipe; and an array of sensors (15a-d) disposed at different locations on the film material, each of the sensors (15a-d) providing a signal containing information about pressure of the fluid within the pipe at a corresponding axial and circumferential location of the pipe; wherein sensors (15a-d) within the array of sensors are selectively configured for providing signals at one of an axial location along and a circumferential location about the pipe; wherein the signals provided are processed to determine the parameter of the fluid; wherein the sensors (15a-d) within the array of sensors are located at different circumferential locations about a diameter of the pipe and selected for determining the parameter of the fluid at an angular orientation relative to the fluid flow through the pipe, the method being characterized in that when the pipe comprising the array of sensors is rotated, sensors (15a-d) within the array are selected for determining the parameter of the fluid such that the angular orientation relative to the fluid flow through the pipe is maintained. when the pipe comprising the array of sensors is rotated, sensors (15a-d) within the array are selected for determining the parameter of the fluid such that the angular orientation relative to the fluid flow through the pipe is maintained.
A composition in the form of a dry powder comprising particles of a carrier material coated with a fatty acid glyceride comprising 30-100% by weight of monoglyceride of an iodine value in the range of 30-120, wherein the fatty acid glyceride comprises 50-90% by weight of the composition.
A vehicle dashboard crossmember, which is designed to extend transversely beneath the dashboard, and which comprises a central transverse tubular body defining a first hole located at a first free end, and a second hole located at a second opposite free end of the body, said body being made of a composite material, characterized in that the crossmember is provided with at least one first insert which engages with the first end of the body and which comprises: • an intermediate plate which is defined by a first inner surface which blocks the first hole of the body, and a second outer surface, • at least one connecting pin which extends transversely from the first surface of the plate and which cooperates with the first free end of the body, to connect the first insert on the body, and • at least one projecting attachment lug which extends from the second surface of the plate and which is designed to connect the crossmember on a structural element of the vehicle and in that the crossmember comprises a peripheral reinforcement structure, which comprises at least one portion forming a first attachment bracket, which is over-moulded onto the first insert and onto the first end of the body of the crossmember. • an intermediate plate which is defined by a first inner surface which blocks the first hole of the body, and a second outer surface, • at least one connecting pin which extends transversely from the first surface of the plate and which cooperates with the first free end of the body, to connect the first insert on the body, and • at least one projecting attachment lug which extends from the second surface of the plate and which is designed to connect the crossmember on a structural element of the vehicle
A method for handling a fibre arrangement which is to be supplied to a compression mould, wherein the fibre arrangement, prior to being supplied to the compression mould, is interspersed at least in portions with a curable matrix material and then is supplied to the compression mould, characterised in that the fibre arrangement, once it has been interspersed with the matrix material, is supplied to the compression mould in largely contact-free manner by means of acoustic levitation.
A station comprising: an antenna adapted to receive, from an access point, a trigger frame including a common information field and a user information field, the common information field including a trigger type subfield that identifies a trigger type of the trigger frame and the user information field including an association identification, AID subfield; and circuitry, characterized in that responsive to the trigger type of the received trigger frame allowing allocation of resource units, RUs, for uplink OFDMA random access, UORA, and responsive to the AID subfield indicating that the user information field allocates RUs for UORA to the station, the circuitry is configured to contend for access to the RUs for UORA with one or more other stations and, if the station wins contention, the antenna is configured to transmit a frame using at least one of the RUs for UORA. an antenna adapted to receive, from an access point, a trigger frame including a common information field and a user information field, the common information field including a trigger type subfield that identifies a trigger type of the trigger frame and the user information field including an association identification, AID subfield; and circuitry, characterized in that responsive to the trigger type of the received trigger frame allowing allocation of resource units, RUs, for uplink OFDMA random access, UORA, and responsive to the AID subfield indicating that the user information field allocates RUs for UORA to the station, the circuitry is configured to contend for access to the RUs for UORA with one or more other stations and, if the station wins contention, the antenna is configured to transmit a frame using at least one of the RUs for UORA.
A method of determining a risk of progression of Barrett's esophagus in a subject, comprising: a) providing a sample from the subject; b) detecting a plurality of biomarkers in the sample, wherein the plurality of biomarkers are p53, HIF-1α, COX2, p16, alpha-methylacyl-CoA racemase (AMACR), CD68, CD45RO, K20, and HER2/neu; c) determining image analysis features associated with the plurality of biomarkers and morphology, wherein the image analysis features are p53 nuclear sum intensity, p53 nuclear mean intensity, ratio of mean HER2/neu intensity:mean K20 intensity in nuclei clusters, ratio of 95th quantile HER2/neu intensity:95th quantile K20 intensity in nuclei clusters, coexpression cellular COX2 and CD68, p53 mean intensity in nuclei clusters, nuclear solidity in p53-overexpressing p16-negative cells, CD45RO plasma membrane sum intensity, AMACR microenvironment standard deviation, COX2 texture in cytoplasm, HIF-1α microenvironment cell mean intensity, HIF-1α microenvironment cell moment (product of mean and standard deviation), p16 cytoplasm mean intensity, nuclear area in p53-overexpressing p16-negative cells, and Hoechst nuclear 95th quantile intensity; d) determining a score using the combination of the image analysis features; and e) correlating the score to the risk of progression of Barrett's esophagus in the subject. a) providing a sample from the subject; b) detecting a plurality of biomarkers in the sample, wherein the plurality of biomarkers are p53, HIF-1α, COX2, p16, alpha-methylacyl-CoA racemase (AMACR), CD68, CD45RO, K20, and HER2/neu; c) determining image analysis features associated with the plurality of biomarkers and morphology, wherein the image analysis features are p53 nuclear sum intensity, p53 nuclear mean intensity, ratio of mean HER2/neu intensity:mean K20 intensity in nuclei clusters, ratio of 95th quantile HER2/neu intensity:95th quantile K20 intensity in nuclei clusters, coexpression cellular COX2 and CD68, p53 mean intensity in nuclei clusters, nuclear solidity in p53-overexpressing p16-negative cells, CD45RO plasma membrane sum intensity, AMACR microenvironment standard deviation, COX2 texture in cytoplasm, HIF-1α microenvironment cell mean intensity, HIF-1α microenvironment cell moment (product of mean and standard deviation), p16 cytoplasm mean intensity, nuclear area in p53-overexpressing p16-negative cells, and Hoechst nuclear 95th quantile intensity; d) determining a score using the combination of the image analysis features; and e) correlating the score to the risk of progression of Barrett's esophagus in the subject.
4-{[4-({[4-(2,2,2-trifluoroethoxy)-1,2-benzisoxazol-3-yl]oxy}methyl)piperidin-1-yl]methyl}-tetrahydro-2H-pyran-4-carboxylic acid crystalline Polymorph Form I, which is characterized by a powder X-ray diffraction pattern (PXRD) obtained by irradiation with Cu-K α radiation which includes main peaks at 2-Theta° 5.9, 9.3, 9.8, 11.9, 13.7, 14.3, 15.0, 17.8, 18.2-19.3, 19.7, 22.6, 23.4-24.5 and 24.9 +/- 0.2.
A flow cell assembly for measuring velocity data of a gas flowing through said flow cell assembly, said flow cell assembly comprising: a flow cell having an outer surface, an inner surface, and an internal bore through which the gas to be measured flows, said flow cell including a first aperture and a second aperture, each of said first and second apertures providing an opening to said internal bore; means (38, 40) for detachably mounting a sensor means on said outer surface of said flow cell, said sensor means including a sensor array capable of detecting a number of physical properties of said gas, where the physical properties comprises at least the temperature and pressure of the gas; characterized in that said sensor array has a proximal end and a distal end, said sensor array being disposed through said second aperture in said flow cell so that said distal end of said sensor array is positioned within said internal bore of said flow cell; the flow cell assembly further comprises means (28, 30) for detachably mounting an optical probe on said outer surface of said flow cell for obtaining flow velocity data of the gas flowing through said internal bore, said optical probe having a proximal end and a distal end, said optical probe being disposed through said first aperture in said flow cell so that said distal end of said optical probe is positioned within said internal bore of said flow cell, said optical probe capable of measuring velocity data of the gas flowing through said internal bore of said flow cell; and an optical probe mounting assembly detachably mounted on said outer surface of said flow cell, a portion of said optical probe encased within said optical probe mounting assembly, and wherein said optical probe mounting assembly comprises: a mounting plate affixed to said outer surface of said flow cell; and a housing assembly detachably affixed to said mounting plate; wherein said affixation of said housing assembly to said mounting plate self-aligns said optical probe and positions said distal end of said optical probe within said internal bore of said flow cell at a predetermined depth; the housing assembly further comprises an orientation ring and a tubular sleeve having a first end and a second end; and wherein said orientation ring is placed adjacent said first end of said sleeve to guide insertion of said optical probe.
A valve for a liner bag comprising: a valve seat having first and second ends with an opening extending therethrough; a flange extending outwardly from the second end of the valve seat; a butterfly valve within the opening of the valve seat and moveable between an open and closed position; an operating lever for moving the butterfly valve between the open and closed position; a protective cage coupled to the flange for protecting the opening of the valve seat, and comprising a plurality of sides extending outwardly from the flange, with each side including at least one opening extending therethrough, and a grid supported by the plurality of sides, with the grid including a plurality of openings; and a cap screw-threadingly engaged with the valve seat at an end thereof opposite to the end having the flange. a valve seat having first and second ends with an opening extending therethrough; a flange extending outwardly from the second end of the valve seat; a butterfly valve within the opening of the valve seat and moveable between an open and closed position; an operating lever for moving the butterfly valve between the open and closed position; a protective cage coupled to the flange for protecting the opening of the valve seat, and comprising a plurality of sides extending outwardly from the flange, with each side including at least one opening extending therethrough, and a grid supported by the plurality of sides, with the grid including a plurality of openings; and a plurality of sides extending outwardly from the flange, with each side including at least one opening extending therethrough, and a grid supported by the plurality of sides, with the grid including a plurality of openings; and a cap screw-threadingly engaged with the valve seat at an end thereof opposite to the end having the flange.
An optical network unit, ONU, comprising: a receiver adapted to receive a tuning control signal; a partially-tunable laser having a drifting laser wavelength, and a transmitter coupled to the receiver and adapted to control the partially-tunable laser migrating the drifting laser wavelength to a second pass-band of a plurality of pass-bands based on the tuning control signal forwarded from the receiver to the transmitter when the partially-tunable laser can no longer be tuned to the center of a first pass-band of the plurality of pass-bands, wherein the second pass-band is within the tuning range of the partially-tunable laser, wherein the plurality of pass-bands are associated to various upstream channels, wherein the migration from the first pass-band to the second pass-band changes the upstream channel. a receiver adapted to receive a tuning control signal; a partially-tunable laser having a drifting laser wavelength, and a transmitter coupled to the receiver and adapted to control the partially-tunable laser migrating the drifting laser wavelength to a second pass-band of a plurality of pass-bands based on the tuning control signal forwarded from the receiver to the transmitter when the partially-tunable laser can no longer be tuned to the center of a first pass-band of the plurality of pass-bands, wherein the second pass-band is within the tuning range of the partially-tunable laser, wherein the plurality of pass-bands are associated to various upstream channels, wherein the migration from the first pass-band to the second pass-band changes the upstream channel.