mhurhangee/ep-ind-claims huggingface dataset:
A toner, comprising: a colorant; a resin; and a releasing agent, wherein a spin-spin relaxation time (T2s) originated from a soft component is 0.10 msec to 0.50 msec, where the soft component is obtained with a hard component from an echo signal of the toner by a solid-echo technique of pulsed NMR, and a proportion of a proton intensity of the soft component is 50.0% or lower, wherein the pulsed NMR measurement is performed according to the method disclosed in the description, wherein the resin contains a crystalline polyester resin, and a non-crystalline polyester resin, and wherein the crystalline polyester resin contains a urethane bond, or a urea bond, or a combination thereof. a colorant; a resin; and a releasing agent, wherein a spin-spin relaxation time (T2s) originated from a soft component is 0.10 msec to 0.50 msec, where the soft component is obtained with a hard component from an echo signal of the toner by a solid-echo technique of pulsed NMR, and a proportion of a proton intensity of the soft component is 50.0% or lower, wherein the pulsed NMR measurement is performed according to the method disclosed in the description, wherein the resin contains a crystalline polyester resin, and a non-crystalline polyester resin, and wherein the crystalline polyester resin contains a urethane bond, or a urea bond, or a combination thereof.
A matrix infusion cassette for use with an intravenous pump, the matrix infusion cassette comprising: a body configured to attach to the IV pump, the body having a plurality of inlet ports (38, 38A-38C), an outlet port, and a plurality of pumping chambers (12, 12A-12C, 32A-32B) arranged in a matrix, wherein each inlet port (38, 38A-38C) has a first pumping chamber and a last pumping chamber connected thereto, the plurality of pumping chambers (12, 12A-12C, 32A-32B) including the first and last pumping chambers; and a plurality of fluid conduits (36, 36A-36D) connecting each inlet port (38, 38A-38C) to a respective first pumping chamber, interconnecting the first and last pumping chambers of an inlet port (38, 38A-38C) to each other, and connecting the last pumping chamber of each inlet port to the outlet port, wherein each of the plurality of fluid conduits (36, 36A-36D) comprises a valve (72A, 72B, 74A, 74B) configured to selectively block flow through a respective fluid conduit from the plurality of fluid conduits (36, 36A-36D). a body configured to attach to the IV pump, the body having a plurality of inlet ports (38, 38A-38C), an outlet port, and a plurality of pumping chambers (12, 12A-12C, 32A-32B) arranged in a matrix, wherein each inlet port (38, 38A-38C) has a first pumping chamber and a last pumping chamber connected thereto, the plurality of pumping chambers (12, 12A-12C, 32A-32B) including the first and last pumping chambers; and a plurality of fluid conduits (36, 36A-36D) connecting each inlet port (38, 38A-38C) to a respective first pumping chamber, interconnecting the first and last pumping chambers of an inlet port (38, 38A-38C) to each other, and connecting the last pumping chamber of each inlet port to the outlet port, wherein each of the plurality of fluid conduits (36, 36A-36D) comprises a valve (72A, 72B, 74A, 74B) configured to selectively block flow through a respective fluid conduit from the plurality of fluid conduits (36, 36A-36D).
A method for determining the presence or absence of a chromosome aneuploidy, comprising: (a) mapping nucleotide sequence reads to a subset of genomic sections of a reference genome, which sequence reads are reads of circulating cell-free nucleic acid from a test sample from a pregnant female, wherein the subset consists essentially of genomic sections to which an enriched amount of reads from fetal nucleic acid fragments are mapped, wherein the subset of genomic sections is selected according to a fragment length ratio X/Y for each genomic section, wherein: X is the sum of reads that (i) map to the genomic section, and (ii) are from nucleic acid fragments that are shorter than a first selected fragment length, wherein the first selected fragment length is about 160 bases or less, about 150 bases or less, or about 140 bases or less; and Y is the sum of reads that (i) map to the genomic section, and (ii) are from nucleic acid fragments that are shorter than a second selected fragment length, wherein the second selected fragment length is about 1000 bases or less, about 600 bases or less, or about 200 bases or less; (b) determining the amount of sequence reads mapped to the subset of genomic sections; and (c) determining the presence or absence of a chromosome aneuploidy according to the amount determined in (b). (a) mapping nucleotide sequence reads to a subset of genomic sections of a reference genome, which sequence reads are reads of circulating cell-free nucleic acid from a test sample from a pregnant female, wherein the subset consists essentially of genomic sections to which an enriched amount of reads from fetal nucleic acid fragments are mapped, wherein the subset of genomic sections is selected according to a fragment length ratio X/Y for each genomic section, wherein: X is the sum of reads that (i) map to the genomic section, and (ii) are from nucleic acid fragments that are shorter than a first selected fragment length, wherein the first selected fragment length is about 160 bases or less, about 150 bases or less, or about 140 bases or less; and Y is the sum of reads that (i) map to the genomic section, and (ii) are from nucleic acid fragments that are shorter than a second selected fragment length, wherein the second selected fragment length is about 1000 bases or less, about 600 bases or less, or about 200 bases or less; X is the sum of reads that (i) map to the genomic section, and (ii) are from nucleic acid fragments that are shorter than a first selected fragment length, wherein the first selected fragment length is about 160 bases or less, about 150 bases or less, or about 140 bases or less; and Y is the sum of reads that (i) map to the genomic section, and (ii) are from nucleic acid fragments that are shorter than a second selected fragment length, wherein the second selected fragment length is about 1000 bases or less, about 600 bases or less, or about 200 bases or less; (b) determining the amount of sequence reads mapped to the subset of genomic sections; and (c) determining the presence or absence of a chromosome aneuploidy according to the amount determined in (b).
An inner diameter vane seal for a gas turbine engine, the inner diameter vane seal comprising: an annular, ring-like body comprising: an outer diameter rim extending circumferentially for engaging inner diameter ends of vanes; an inner diameter rim extending circumferentially and spaced radially from the outer diameter rim; forward and aft faces (47A, 47B) extending radially between the outer diameter rim and the inner diameter rim; sidewalls connecting the inner diameter rim to the outer diameter rim to define a plurality of individual air passages extending from the forward face to the aft face between the inner and outer diameter rims (56, 54), characterised in that the individual air passages are angled in a circumferential direction relative to a central axis of the annular, ring-like body. an outer diameter rim extending circumferentially for engaging inner diameter ends of vanes; an inner diameter rim extending circumferentially and spaced radially from the outer diameter rim; forward and aft faces (47A, 47B) extending radially between the outer diameter rim and the inner diameter rim; sidewalls connecting the inner diameter rim to the outer diameter rim to define a plurality of individual air passages extending from the forward face to the aft face between the inner and outer diameter rims (56, 54), characterised in that the individual air passages are angled in a circumferential direction relative to a central axis of the annular, ring-like body.
An automatically actuable flush-bolt mechanism having a fastening rail for fastening the flush-bolt mechanism in or on a door leaf, having an actuating mechanism, and having a locking bolt, wherein the actuating mechanism comprises a triggering element for automatically displacing the locking bolt from a starting position into a locking position, and also comprises a restoring spring for restoring the locking bolt from the locking position into the starting position, wherein the flush-bolt mechanism has an automatic override function which, in the event of misalignment of the locking bolt, automatically overrides the actuating mechanism in order to prevent the locking bolt from being lowered all the way into the locking position, wherein the locking bolt has a longitudinal center axis (a), characterized in that the actuating mechanism has a displacement element, on which the locking bolt rests by way of a driver, wherein the locking bolt can be brought into the locking position by virtue of the displacement element being moved, and wherein the displacement element can be brought into the starting position, together with the driver resting thereon and the locking bolt, by means of the restoring spring, in that the displacement element can be displaced in the direction of the longitudinal center axis (a) relative to the locking bolt and driver, and in that overriding takes place by virtue of this displacement capability.
A bandwidth resource indication receiving method, comprising: receiving, by a terminal, a plurality of pieces of downlink control signaling from a plurality of network devices, wherein a piece of downlink control signaling of the plurality of pieces of downlink control signaling carries bandwidth resource indication information, and bandwidth resource indicated by a plurality of pieces of bandwidth resource indication information are the same and the plurality of pieces of downlink control signaling are sent by using a same frequency domain resource; and determining, by the terminal, the indicated bandwidth resource based on the bandwidth resource indication information. receiving, by a terminal, a plurality of pieces of downlink control signaling from a plurality of network devices, wherein a piece of downlink control signaling of the plurality of pieces of downlink control signaling carries bandwidth resource indication information, and bandwidth resource indicated by a plurality of pieces of bandwidth resource indication information are the same and the plurality of pieces of downlink control signaling are sent by using a same frequency domain resource; and determining, by the terminal, the indicated bandwidth resource based on the bandwidth resource indication information.
A high zirconia fused cast refractory comprising, as chemical components, from 85 to 95% by weight of ZrO 2, from 0.4 to 2.5% by weight of Al 2 O 3, from 3.5 to 10% by weight of SiO 2, from 0.05 to 1% by weight in total of Na 2 O and K 2 O, more than 0.04% by weight and 1% by weight or less of B 2 O 3, 0.02% by weight or less of P 2 O 5, 0.05% by weight or less of MgO, from 0.01 to 0.2% by weight of CaO, in the case where any one of SrO and BaO is contained, from 0.3 to 3% by weight of SrO or more than 0.5% by weight and 3% by weight or less of BaO, and in the case where both of them are contained, 0.3% by weight or more of SrO and from 0.3 to 3% by weight in total of SrO and BaO, from 0.01 to 0.7% by weight of SnO 2, and 0.3% by weight or less in total of Fe 2 O 3 and TiO 2.
A method for implementing multi-user virtual multiple-input multiple-output, MIMO, in a wireless communication system including a base station and a plurality of wireless transmit/receive units, WTRUs, (120a, 120b) the base station including a plurality of antennas grouped into base station antenna groups, and at least one of said WTRUs including at least two antennas, wherein the number of antennas of the base station is not less than the number of antennas of any of the WTRUs, the method comprising: the base station generating a multipath channel matrix between each WTRU and each base station antenna group, wherein the multipath channel matrix comprises channel coefficients for the antennas associated with each WTRU and the antennas associated with each base station antenna group of the base station; the base station generating an effective channel matrix for channels between the base station and the WTRUs, wherein the effective channel matrix comprises the multipath channel matrices for each WTRU and is an effective MIMO channel for the multi-user virtual MIMO; and the base station processing received signals from the WTRUs using the effective channel matrix. the base station generating a multipath channel matrix between each WTRU and each base station antenna group, wherein the multipath channel matrix comprises channel coefficients for the antennas associated with each WTRU and the antennas associated with each base station antenna group of the base station; the base station generating an effective channel matrix for channels between the base station and the WTRUs, wherein the effective channel matrix comprises the multipath channel matrices for each WTRU and is an effective MIMO channel for the multi-user virtual MIMO; and the base station processing received signals from the WTRUs using the effective channel matrix.
Device for respiratory assistance of a patient comprising a tubular element forming a main channel intended for being connected by its distal end to a respiratory tract of the patient, said main channel connecting the patient's respiratory system by its proximal end to the outside, said device further comprising at least one auxiliary channel allowing for injection of a jet or of jets of respirable gas through distal outlet holes of the auxiliary channel or channels and intended for ventilation of said patient, said outlet hole opening-out in the main channel in the vicinity of the distal end of the latter, the diameter of each of the distal outlet holes being less than 150 micrometres, deflecting means allowing to deflect the jets of respirable gas toward the interior of said main channel, characterised in that it comprises art least one outlet hole shaped as an annular or semi annular strip resulting from uniting together at least some of the distal outlet holes, the thickness of the outlet hole shaped as a strip being less than 150 micrometres.
A method for mounting floor plates of OSB or plywood and comprising a first stage in which in the floor plate holes are bored, into which hole bushes having an internal thread and equipped with a flange at one end are placed in such a way that after mounting them in the floor plate the flanges rest on surface of the floor plate directed toward the substrate, afterwards cylindrical elements having an external thread matching with the internal thread of the bush and having unthreaded axial through holes are screwed in the bushes so as to extend beyond the flanges by means of which the floor plates are levelled, characterised in that subsequently washers are positioned over the holes and screws, whose heads are surrounded by the washers, are put in the through holes of the cylindrical elements, wherein said head is larger than the axial through hole of the cylindrical element, whereby the floor plate is wedged between the washers and the flanges and fixed to the substrate by the screws. in the floor plate holes are bored, into which hole bushes having an internal thread and equipped with a flange at one end are placed in such a way that after mounting them in the floor plate the flanges rest on surface of the floor plate directed toward the substrate, afterwards cylindrical elements having an external thread matching with the internal thread of the bush and having unthreaded axial through holes are screwed in the bushes so as to extend beyond the flanges by means of which the floor plates are levelled, characterised in that subsequently washers are positioned over the holes and screws, whose heads are surrounded by the washers, are put in the through holes of the cylindrical elements, wherein said head is larger than the axial through hole of the cylindrical element, whereby the floor plate is wedged between the washers and the flanges and fixed to the substrate by the screws.
A hybrid optical electronic chip comprising: a first photonic element; a second photonic element; a first diode associated with the first photonic element; a second diode associated with the second photonic element; and a common electrical driver connected via a common electrical connection to the first and second diodes with opposite polarity; wherein the electrical driver is configured for generating a common electrical drive signal divided in time into first and second drive signal components for independently driving the first and second photonic elements through the common electrical connection. a first photonic element; a second photonic element; a first diode associated with the first photonic element; a second diode associated with the second photonic element; and a common electrical driver connected via a common electrical connection to the first and second diodes with opposite polarity; wherein the electrical driver is configured for generating a common electrical drive signal divided in time into first and second drive signal components for independently driving the first and second photonic elements through the common electrical connection.
A debris filter comprising a plurality of bent plates having a same bent shape, a plurality of first plates having a same first shape, and a plurality of second plates having a same second shape, wherein each of the first plates is in the shape of a strip; each of the second plates is in the shape of a strip; each of the bent plates is composed of a first inclined plate in the shape of a strip, and a second inclined plate in the shape of a strip, wherein the first inclined plate shares a longitudinal edge with the second inclined plate; wherein the bent plates are arranged so that the first inclined plates are parallel with each other and the second inclined plates are parallel with each other; the bent plates and the first plates are fixed with each other so that the first plates intersect a first longitudinal edge of each first inclined plate, the first longitudinal edge facing the longitudinal edge that the first inclined plate shares with the second inclined plate; the bent plates and the second plates are fixed with each other so that the second plates intersect a second longitudinal edge of each second inclined plate, the second longitudinal edge facing the longitudinal edge that the second inclined plate shares with the first inclined plate; and a first inner longitudinal edge of the first plates, the first inner longitudinal edge facing an opposite second plate, does not touch a second inner longitudinal edge of the opposite second plate, the second inner longitudinal edge facing an opposite first plate, whereby the debris filter has bent flow paths formed by the adjacent bent plates, between outlet flow paths formed by the adjacent first plates and the adjacent first inclined plates, and inlet flow paths formed by the adjacent second plates and the adjacent second inclined plates.
A method of displaying an image by a display apparatus, the method comprising: displaying a first content image on a display of the display apparatus; detecting a first touch on a bezel of the display apparatus, the first touch comprising a plurality of touch points; displaying a folding area at an edge portion of the first content image in response to a location of the first touch; in response to the first touch, moving the first content image to the folding area in a direction determined by the first touch; and in response to the first touch being released, stopping movement of the first content image and displaying a second content image as a portion of the first content image; characterized in that the method further comprises: detecting a double tap input (513, 514) on the second content image displayed on the display of the display apparatus after the first touch being released; and in response to the double tap input (513, 514), restoring the displayed image to the first content image. displaying a first content image on a display of the display apparatus; detecting a first touch on a bezel of the display apparatus, the first touch comprising a plurality of touch points; displaying a folding area at an edge portion of the first content image in response to a location of the first touch; in response to the first touch, moving the first content image to the folding area in a direction determined by the first touch; and in response to the first touch being released, stopping movement of the first content image and displaying a second content image as a portion of the first content image; characterized in that the method further comprises: detecting a double tap input (513, 514) on the second content image displayed on the display of the display apparatus after the first touch being released; and in response to the double tap input (513, 514), restoring the displayed image to the first content image. detecting a double tap input (513, 514) on the second content image displayed on the display of the display apparatus after the first touch being released; and in response to the double tap input (513, 514), restoring the displayed image to the first content image.
A method for treating water received at a treatment system, the method comprising: reducing the scaling potential of the water by subjecting the water to electrolysis by an electrolytic scaling potential reducer; removing disinfectant from the water by irradiating the water with ultraviolet light by a UV disinfectant reducer comprising a UV light source and configured to irradiate water with sufficient UV radiation to remove disinfectant from the water; and subjecting the water to reverse osmosis by a reverse osmosis apparatus. reducing the scaling potential of the water by subjecting the water to electrolysis by an electrolytic scaling potential reducer; removing disinfectant from the water by irradiating the water with ultraviolet light by a UV disinfectant reducer comprising a UV light source and configured to irradiate water with sufficient UV radiation to remove disinfectant from the water; and subjecting the water to reverse osmosis by a reverse osmosis apparatus.
A probe combination for detecting cancer, comprising: one or more sets of partial hepatitis B virus targeting probes, characterized in that when sequences of each of the sets of partial HBV targeting probes are aligned, an overall sequence of the aligned set of partial HBV targeting probes matches a reference sequence of a direct repeat region on a genome of a HBV genotype, wherein in the aligned set of partial HBV targeting probes, each of the partial HBV targeting probes overlap with one or two adjacent partial HBV targeting probes by a portion of a length of the partial HBV targeting probe, and wherein the reference sequence of the DR region comprises a sequence selected from the group consisting of SEQ ID NOs: 3-32. one or more sets of partial hepatitis B virus targeting probes, characterized in that when sequences of each of the sets of partial HBV targeting probes are aligned, an overall sequence of the aligned set of partial HBV targeting probes matches a reference sequence of a direct repeat region on a genome of a HBV genotype, wherein in the aligned set of partial HBV targeting probes, each of the partial HBV targeting probes overlap with one or two adjacent partial HBV targeting probes by a portion of a length of the partial HBV targeting probe, and