mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a processor configured to generate a first message comprising a channel assignment field (430, 630, 717, 725, 733, 740, 800) and a grant start time field (440, 640, 650, 660, 670, 720, 727, 735, 743), and a transmitter coupled to the processor and configured to transmit the first message; wherein the grant start time field (440, 640, 650, 660, 670, 720, 727, 735, 743) indicates a particular time of transmitting a report frame from an optical network unit, ONU, to the apparatus; the apparatus being characterized in that: the channel assignment field (430, 630, 717, 725, 733, 740, 800) indicates an assignment of a channel to an optical network unit, ONU, for upstream transmission, the length of the channel assignment field (430, 630, 717, 725, 733, 740, 800) is 8 bits, the channel assignment field (430, 630, 717, 725, 733, 740, 800) comprises bit 0 corresponding to channel 0 and bit 1 corresponding to channel 1, in that when the value of bit 0 or the value of bit 1 is binary 0, the binary 0 indicates that the corresponding channel is not for transmission, and in that when the value of bit 0 or the value of bit 1 is binary 1, the binary 1 indicates that the corresponding channel is for transmission. a processor configured to generate a first message comprising a channel assignment field (430, 630, 717, 725, 733, 740, 800) and a grant start time field (440, 640, 650, 660, 670, 720, 727, 735, 743), and a transmitter coupled to the processor and configured to transmit the first message; wherein the grant start time field (440, 640, 650, 660, 670, 720, 727, 735, 743) indicates a particular time of transmitting a report frame from an optical network unit, ONU, to the apparatus; the apparatus being characterized in that: the channel assignment field (430, 630, 717, 725, 733, 740, 800) indicates an assignment of a channel to an optical network unit, ONU, for upstream transmission, the length of the channel assignment field (430, 630, 717, 725, 733, 740, 800) is 8 bits, the channel assignment field (430, 630, 717, 725, 733, 740, 800) comprises bit 0 corresponding to channel 0 and bit 1 corresponding to channel 1, in that when the value of bit 0 or the value of bit 1 is binary 0, the binary 0 indicates that the corresponding channel is not for transmission, and in that when the value of bit 0 or the value of bit 1 is binary 1, the binary 1 indicates that the corresponding channel is for transmission. the channel assignment field (430, 630, 717, 725, 733, 740, 800) indicates an assignment of a channel to an optical network unit, ONU, for upstream transmission, the length of the channel assignment field (430, 630, 717, 725, 733, 740, 800) is 8 bits, the channel assignment field (430, 630, 717, 725, 733, 740, 800) comprises bit 0 corresponding to channel 0 and bit 1 corresponding to channel 1, in that when the value of bit 0 or the value of bit 1 is binary 0, the binary 0 indicates that the corresponding channel is not for transmission, and in that when the value of bit 0 or the value of bit 1 is binary 1, the binary 1 indicates that the corresponding channel is for transmission.
An X-ray image acquisition apparatus, comprising: a panel; and, a photo detector array aligned with the panel; wherein the panel comprises a plurality of cells (22, 30) arranged in a first two-dimensional array, each of the cells (22, 30) being configured to generate optical light photons in response to X-ray radiation, each of the cells (22, 30) including a body made of a scintillating material, said body having a first end, a second end, and a sidewall extending at least partially between the first end and the second end, each of the bodies having a length that is at least 1 cm; wherein the photo detector array is under the panel for allowing light from the second end of each of the cells to reach the photo detector array; the photo detector array comprises a second two-dimensional array of amorphous silicon photo detectors, each of the amorphous silicon photo detectors configured to form a pixel of an image; each of the cells (22, 30) is aligned with one or more of the photo detectors, wherein a size of the cells is about the same as, or larger than, that of the photo detectors; characterised in that the first end of each of the bodies has a width that is anywhere from 0.05 mm to 0.5 mm, and a substantial square shape; and each of the cells is configured with an X-ray transparent and light reflective film covering the first end of the body to improve an efficiency of the panel. a panel; and, a photo detector array aligned with the panel; wherein the panel comprises a plurality of cells (22, 30) arranged in a first two-dimensional array, each of the cells (22, 30) being configured to generate optical light photons in response to X-ray radiation, each of the cells (22, 30) including a body made of a scintillating material, said body having a first end, a second end, and a sidewall extending at least partially between the first end and the second end, each of the bodies having a length that is at least 1 cm; wherein the photo detector array is under the panel for allowing light from the second end of each of the cells to reach the photo detector array; the photo detector array comprises a second two-dimensional array of amorphous silicon photo detectors, each of the amorphous silicon photo detectors configured to form a pixel of an image; each of the cells (22, 30) is aligned with one or more of the photo detectors, wherein a size of the cells is about the same as, or larger than, that of the photo detectors; characterised in that the first end of each of the bodies has a width that is anywhere from 0.05 mm to 0.5 mm, and a substantial square shape; and each of the cells is configured with an X-ray transparent and light reflective film covering the first end of the body to improve an efficiency of the panel.
Rotary piston pump for conveying a fluid medium containing solids, having an inlet and an outlet each for the medium to be conveyed, having a pump housing and two rotary pistons which are disposed in the pump housing and have intermeshing rotary piston vanes, wherein the pump housing comprises two mutually opposing housing half-shells which close the pump housing in a fluid-tight manner, characterised in that the housing half-shells are double-walled.
Method for predicting an operating time of a connected object comprising a battery, the method comprising: - a step of obtaining an amount of energy stored in the battery; - a step of obtaining an amount of instantaneous energy (ECi) consumed by the connected object; - a step of obtaining at least one amount of instantaneous energy (EA, EPi) dependent on an ambient energy originating from a renewable energy source, and able to be used to supply said connected object; - a step of obtaining a remaining service life of the connected object on the basis of said amounts (ES, Epi, Eci); - a step of obtaining said predicted operating time of the connected object on the basis of said remaining service life; and - a step of performing at least one action taking into account said predicted operating time. - a step of obtaining an amount of energy stored in the battery; - a step of obtaining an amount of instantaneous energy (ECi) consumed by the connected object; - a step of obtaining at least one amount of instantaneous energy (EA, EPi) dependent on an ambient energy originating from a renewable energy source, and able to be used to supply said connected object; - a step of obtaining a remaining service life of the connected object on the basis of said amounts (ES, Epi, Eci); - a step of obtaining said predicted operating time of the connected object on the basis of said remaining service life; and - a step of performing at least one action taking into account said predicted operating time.
A grain-oriented electrical steel sheet, comprising magnetic domains refined by a plurality of linear grooves in a surface of a steel sheet, wherein each of the linear grooves has on its floor a plurality of recessed parts aligned in a direction in which the linear groove extends, at an interval p (μm) which satisfies the following Formula: 0.20 W ≤ p ≤ 1.20 W where W is an opening width of the linear groove (μm), and wherein the recessed part has a depth d (μm) which satisfies the following Formula: 0.10 D ≤ d ≤ 1.00 D where D is an average depth of the linear groove (μm), which is determined by observing a cross-section taken along a direction in which the linear groove extends along a 1 mm length thereof, measuring a cross-sectional area of the grooves comprising the recessed parts in the cross-section, and dividing the cross-sectional area by 1 mm, and where the depth d (μm) of the recessed part is determined by observing the cross-section and subtracting the average depth D from an average depth of the deepest part of each recessed part. wherein each of the linear grooves has on its floor a plurality of recessed parts aligned in a direction in which the linear groove extends, at an interval p (μm) which satisfies the following Formula: 0.20 W ≤ p ≤ 1.20 W where W is an opening width of the linear groove (μm), and wherein the recessed part has a depth d (μm) which satisfies the following Formula: 0.10 D ≤ d ≤ 1.00 D where D is an average depth of the linear groove (μm), which is determined by observing a cross-section taken along a direction in which the linear groove extends along a 1 mm length thereof, measuring a cross-sectional area of the grooves comprising the recessed parts in the cross-section, and dividing the cross-sectional area by 1 mm, and where the depth d (μm) of the recessed part is determined by observing the cross-section and subtracting the average depth D from an average depth of the deepest part of each recessed part.
A method of screening for the onset of a large intestine neoplasm in an individual, said method comprising assessing the methylation status of a DNA region defined by Hg19 coordinates chr6 391752 - 411443 and 2kb upstream of the transcription start site of the IRF4 gene, in a biological sample from said individual wherein a higher level of methylation of said DNA region relative to control levels is indicative of a large intestine neoplasm, wherein said neoplasm is an adenoma.
A rotary part assembly for an aircraft engine, the rotary part assembly comprising: an annular body configured to be removably secured to a shaft of the aircraft engine, the annular body having a plurality of pulling features disposed circumferentially therealong; and a balancing ring configured to be removably mounted to the shaft, the balancing ring being concentric with the annular body, the balancing ring having a periphery and portions along said periphery that intercalate with the plurality of pulling features, wherein the portions along said periphery define a plurality of protrusions, characterised by the balancing ring having at least one hole per protrusion defined therethrough, the at least one hole adapted to couple a counterweight to the balancing ring. an annular body configured to be removably secured to a shaft of the aircraft engine, the annular body having a plurality of pulling features disposed circumferentially therealong; and a balancing ring configured to be removably mounted to the shaft, the balancing ring being concentric with the annular body, the balancing ring having a periphery and portions along said periphery that intercalate with the plurality of pulling features, wherein the portions along said periphery define a plurality of protrusions, characterised by the balancing ring having at least one hole per protrusion defined therethrough, the at least one hole adapted to couple a counterweight to the balancing ring.
A glass article, comprising: a glass sheet with a front face having a width and a height, a back face opposite the front face, and a thickness between the front face and back face forming four edges around the front and back faces, wherein the glass sheet comprises: greater than 80 mol % SiO 2, between 0 mol% to 0.5 mol% Al 2 O 3, between 0 mol% to 0.5 mol% B 2 O 3, between 0 mol% to 0.5 mol% Na 2 O, between 8 mol% to 11 mol% K 2 O, between 0.01 mol% to 4 mol% ZnO, between 6 mol% to 10 mol% MgO, between 0 mol% to 0.5 mol% CaO, between 0 mol% to 0.5 mol% SrO, between 0 mol% to 0.5 mol% BaO, and between 0.01 mol% to 0.11 mol% SnO 2. a glass sheet with a front face having a width and a height, a back face opposite the front face, and a thickness between the front face and back face forming four edges around the front and back faces, wherein the glass sheet comprises: greater than 80 mol % SiO 2, between 0 mol% to 0.5 mol% Al 2 O 3, between 0 mol% to 0.5 mol% B 2 O 3, between 0 mol% to 0.5 mol% Na 2 O, between 8 mol% to 11 mol% K 2 O, between 0.01 mol% to 4 mol% ZnO, between 6 mol% to 10 mol% MgO, between 0 mol% to 0.5 mol% CaO, between 0 mol% to 0.5 mol% SrO, between 0 mol% to 0.5 mol% BaO, and between 0.01 mol% to 0.11 mol% SnO 2. greater than 80 mol % SiO 2, between 0 mol% to 0.5 mol% Al 2 O 3, between 0 mol% to 0.5 mol% B 2 O 3, between 0 mol% to 0.5 mol% Na 2 O, between 8 mol% to 11 mol% K 2 O, between 0.01 mol% to 4 mol% ZnO, between 6 mol% to 10 mol% MgO, between 0 mol% to 0.5 mol% CaO, between 0 mol% to 0.5 mol% SrO, between 0 mol% to 0.5 mol% BaO, and between 0.01 mol% to 0.11 mol% SnO 2.
An information display method, performed by an end-user device, comprising: determining an image capturing direction of the end-user device, wherein the end-user device is located at a first floor of a building; determining a geographic location comprising an altitude of the end-user device when the end-user device captures an image of a second floor of the building, wherein the second floor is different from the first floor; determining, based on the geographic location and the image capturing direction of the end-user device and a geographic location of each point of interest, POI, comprising floor height information, a POI that the end-user device points to when capturing the image, comprising: sending the geographic location of the end-user device to a server; receiving, from the server, at least one POI including content information within a specified distance from the geographic location of the end-user device; and determining, based on a geographic location of each POI received from the server and an angle of the end-user device, the POI that the end-user device points to when capturing the image; and rendering labeled data corresponding to the determined POI onto the image, at a location on the image which corresponds to the determined POI. determining an image capturing direction of the end-user device, wherein the end-user device is located at a first floor of a building; determining a geographic location comprising an altitude of the end-user device when the end-user device captures an image of a second floor of the building, wherein the second floor is different from the first floor; determining, based on the geographic location and the image capturing direction of the end-user device and a geographic location of each point of interest, POI, comprising floor height information, a POI that the end-user device points to when capturing the image, comprising: sending the geographic location of the end-user device to a server; receiving, from the server, at least one POI including content information within a specified distance from the geographic location of the end-user device; and determining, based on a geographic location of each POI received from the server and an angle of the end-user device, the POI that the end-user device points to when capturing the image; and rendering labeled data corresponding to the determined POI onto the image, at a location on the image which corresponds to the determined POI.
A DC ground fault detection system of a DC electric railway to supply DC power to an electric railway car through feeder lines (30, 32D, 32U) from a plurality of feeding substations (21 (SS-A), 22(SS-B), 23 (SS-C)), the DC ground fault detection system comprising: a voltage limiting means (50, 52, 53, 54, 51) provided in each of feeding sections of the feeding substations, for collecting electric information, the voltage limiting means including a short-circuit switch (VLD 50) connected between a rail and an earth and arranged to be closed when a rail-earth voltage (Vvld) between the rail and the earth becomes higher than or equal to a preset voltage, the electric information collected by the voltage limiting means including the rail-earth voltage and a passage current (Ivld) passing through the short-circuit switch after closure of the short-circuit switch; and a ground fault discriminating means to discriminate a ground fault accident from a current magnitude, a conduction time and a conduction direction of the passage current flowing through the short-circuit switch by using the electric information collected by each of the voltage limiting means. a voltage limiting means (50, 52, 53, 54, 51) provided in each of feeding sections of the feeding substations, for collecting electric information, the voltage limiting means including a short-circuit switch (VLD 50) connected between a rail and an earth and arranged to be closed when a rail-earth voltage (Vvld) between the rail and the earth becomes higher than or equal to a preset voltage, the electric information collected by the voltage limiting means including the rail-earth voltage and a passage current (Ivld) passing through the short-circuit switch after closure of the short-circuit switch; and a ground fault discriminating means to discriminate a ground fault accident from a current magnitude, a conduction time and a conduction direction of the passage current flowing through the short-circuit switch by using the electric information collected by each of the voltage limiting means.
A signal transmission method for mitigating cross-link interference between a first relay node and a second relay node in a wireless network, wherein the first relay node and the second relay node are integrated access and backhaul, IAB, relay nodes, the method comprising: receiving, by the second relay node, a first signal sent by the first relay node, wherein the first signal comprises information about a time resource that needs to be occupied by the first relay node to perform first backhaul transmission, and a receiving/sending status of the first relay node during the first backhaul transmission; and determining, based on the first signal, interference caused by the first relay node to the second relay node; if the time resource that is indicated by the first signal and that needs to be occupied by the first relay node to perform the backhaul transmission overlaps or partially overlaps a time resource that needs to be occupied by the second relay node to perform second backhaul transmission and the interference caused by the first node to the second node is greater than a preset interference detection threshold, the second relay node performing the second backhaul transmission on a resource other than the time resource that needs to be occupied by the first relay node to perform the first backhaul transmission. receiving, by the second relay node, a first signal sent by the first relay node, wherein the first signal comprises information about a time resource that needs to be occupied by the first relay node to perform first backhaul transmission, and a receiving/sending status of the first relay node during the first backhaul transmission; and determining, based on the first signal, interference caused by the first relay node to the second relay node; if the time resource that is indicated by the first signal and that needs to be occupied by the first relay node to perform the backhaul transmission overlaps or partially overlaps a time resource that needs to be occupied by the second relay node to perform second backhaul transmission and the interference caused by the first node to the second node is greater than a preset interference detection threshold, the second relay node performing the second backhaul transmission on a resource other than the time resource that needs to be occupied by the first relay node to perform the first backhaul transmission.
A heat exchanger module comprising: - two plates (2a, 2b) that are arranged in parallel and spaced from each other by means of two spacing elements (3a, 3b) so as to define a channel for the passage of a fluid product, the channel being delimited by the plates (2a, 2b) and the spacing elements (3a, 3b); - two concave shells (5a, 5b), each of said plates (2a, 2b) being integrally fixed to one of the concave shells (5a, 5b), characterized in that it comprises at least one passage for a heat transfer fluid, said passage being defined in a pocket between one of said plates (2a, 2b) and the corresponding concave shell (5a, 5b), said passage being defined by one or more diverters arranged within the pocket. - two plates (2a, 2b) that are arranged in parallel and spaced from each other by means of two spacing elements (3a, 3b) so as to define a channel for the passage of a fluid product, the channel being delimited by the plates (2a, 2b) and the spacing elements (3a, 3b); - two concave shells (5a, 5b), each of said plates (2a, 2b) being integrally fixed to one of the concave shells (5a, 5b),
Single-engine helicopter propulsion system, comprising an engine connected to a power transmission gearbox suitable for rotating a rotor of the helicopter, said engine comprising a gas generator, a free turbine connected to the gas generator, a speed reduction gearbox and a free wheel, referred to as a power free wheel, connected to said power transmission gearbox, said assistance device comprising: - a turbine for driving in rotation an output shaft suitable for being mechanically connected to said power transmission gearbox, - controlled means for supplying said drive turbine with pressurised fluid in order to allow said turbine to transform the energy from said pressurised fluid into mechanical power for rotating said output shaft, characterised in that said assistance device further comprises a free wheel suitable for being arranged between said output shaft of said drive turbine and said power transmission gearbox in one of the following configurations: - a configuration in which it is directly connected to said power transmission gearbox, - a configuration in which it is directly connected to a shaft arranged between said power free wheel of said turboshaft engine and said power transmission gearbox, - a configuration in which it is directly connected to a shaft arranged between said speed reduction gearbox of said turboshaft engine and said power free wheel of said turboshaft engine, - a configuration in which it is directly connected to a shaft arranged between said free turbine and said speed reduction gearbox of said turboshaft engine. - a turbine for driving in rotation an output shaft suitable for being mechanically connected to said power transmission gearbox, - controlled means for supplying said drive turbine with pressurised fluid in order to allow said turbine to transform the energy from said pressurised fluid into mechanical power for rotating said output shaft, - a configuration in which it is directly connected to said power transmission gearbox, - a configuration in which it is directly connected to a shaft arranged between said power free wheel of said turboshaft engine and said power transmission gearbox, - a configuration in which it is directly connected to a shaft arranged between said speed reduction gearbox of said turboshaft engine and said power free wheel of said turboshaft engine, - a configuration in which it is directly connected to a shaft arranged between said free turbine and said speed reduction gearbox of said turboshaft engine.