mhurhangee/ep-ind-claims huggingface dataset:
A method for sharing and updating data among two or more computer devices connectable to a sync group server through a network, the method being performed by a storage service executing in one of said computer devices while offline regarding the sync group server, the storage service comprising data objects and implementing the following steps: receiving a request from an application executing in the offline computing device to create a sync group; verifying that the application has read access to the storage service; in response to verifying that the application has read access to the storage service, creating the sync group based on the request, the sync group being defined by metadata comprising: prefixes that specify subsets of said data objects stored in the storage service that are to be shared, a list of one or more computing devices, members of the sync group with whom to share the one or more objects, and one or more permissions associated with such members; and synchronizing sync group metadata and associated data objects among the offline computing device and the one or more member computing devices when the member computing devices are within range of a short range communication transmitter of the offline computing device, wherein access to the objects by the member computing devices is in accordance with the one or more permissions that are assigned and wherein conflict resolution upon synchronisation is resolved based on version vectors associated with the sync group prefixes. receiving a request from an application executing in the offline computing device to create a sync group; verifying that the application has read access to the storage service; in response to verifying that the application has read access to the storage service, creating the sync group based on the request, the sync group being defined by metadata comprising: prefixes that specify subsets of said data objects stored in the storage service that are to be shared, a list of one or more computing devices, members of the sync group with whom to share the one or more objects, and one or more permissions associated with such members; and prefixes that specify subsets of said data objects stored in the storage service that are to be shared, a list of one or more computing devices, members of the sync group with whom to share the one or more objects, and one or more permissions associated with such members; and synchronizing sync group metadata and associated data objects among the offline computing device and the one or more member computing devices when the member computing devices are within range of a short range communication transmitter of the offline computing device, wherein access to the objects by the member computing devices is in accordance with the one or more permissions that are assigned and wherein conflict resolution upon synchronisation is resolved based on version vectors associated with the sync group prefixes.
A welded pipe manufacturing apparatus for manufacturing a welded pipe by bending a metal plate (110, 270) and welding butting end portions, comprising: a bending unit that includes a pair of bending die arrays that continuously constrain the end portions of the metal plate (110, 270) and a roller group that abuts against a central portion of the metal plate (110, 270) and supports the central portion, and bends the metal plate (110, 270), characterized in that the apparatus further comprises a light emitter (102, 301) that emits, in use, directional light to an inner surface of the bent metal plate (110, 270) in order to draw a line on an inner surface of the metal plate (110, 270) while the metal plate (110, 270) is being bent by the bending unit; an image capturing unit (103, 302) that captures, in use, a shape of the line on the inner surface of the metal plate (110, 270); and an adjustment assistance unit (104, 340) that assists, in use, at least one of position adjustment of the bending die arrays and position adjustment of the roller group in accordance with a shape of the line. a bending unit that includes a pair of bending die arrays that continuously constrain the end portions of the metal plate (110, 270) and a roller group that abuts against a central portion of the metal plate (110, 270) and supports the central portion, and bends the metal plate (110, 270), characterized in that the apparatus further comprises a light emitter (102, 301) that emits, in use, directional light to an inner surface of the bent metal plate (110, 270) in order to draw a line on an inner surface of the metal plate (110, 270) while the metal plate (110, 270) is being bent by the bending unit; an image capturing unit (103, 302) that captures, in use, a shape of the line on the inner surface of the metal plate (110, 270); and an adjustment assistance unit (104, 340) that assists, in use, at least one of position adjustment of the bending die arrays and position adjustment of the roller group in accordance with a shape of the line.
An electronic apparatus comprising: an antenna arranged to receive a first signal from an external device through at least one channel; a reference signal generation unit arranged to generate a reference signal, based on a second signal received from a least square calculation unit and comprising a frequency related value, and deliver the reference signal to a signal correlation unit; the signal correlation unit arranged to calculate a correlation value between the received first signal and the reference signal; a maximum signal verification unit arranged to identify a time value corresponding to a correlation value exceeding a predetermined reference value from among the correlation values calculated by the signal correlation unit, and deliver the identified time value to the least square calculation unit; and the least square calculation unit arranged to calculate a frequency value corresponding to a cycle of transmission of a signal received from the external device, based on the identified time value, and deliver the second signal comprising the calculated frequency value or a phase value calculated based on the calculated frequency value to the reference signal generation unit. an antenna arranged to receive a first signal from an external device through at least one channel; a reference signal generation unit arranged to generate a reference signal, based on a second signal received from a least square calculation unit and comprising a frequency related value, and deliver the reference signal to a signal correlation unit; the signal correlation unit arranged to calculate a correlation value between the received first signal and the reference signal; a maximum signal verification unit arranged to identify a time value corresponding to a correlation value exceeding a predetermined reference value from among the correlation values calculated by the signal correlation unit, and deliver the identified time value to the least square calculation unit; and the least square calculation unit arranged to calculate a frequency value corresponding to a cycle of transmission of a signal received from the external device, based on the identified time value, and deliver the second signal comprising the calculated frequency value or a phase value calculated based on the calculated frequency value to the reference signal generation unit.
A method for processing a plurality of electronic items, each item of the electronic items being a document file, an image file, an audio file, a video file, or an email, the method comprising: for each item of the electronic items, each item being associated with an item identifier, segmenting, on a processing device comprising a processor and memory, each item into a plurality of segments, each of the segments being a logical subunit of the item, and for each segment of the plurality of segments: hashing the segment to produce a segment hash value; determining whether the segment hash value exists in a first table; in response to determining that the segment hash value does not exist in the first table, creating a new entry for the segment in the first table, wherein the entry associates the segment hash value with the segment; and adding an entry to a second table, the entry comprising the item identifier, metadata related to the segment in the item, and the segment hash value; and outputting, from the processing device, the first table and the second table. hashing the segment to produce a segment hash value; determining whether the segment hash value exists in a first table; in response to determining that the segment hash value does not exist in the first table, creating a new entry for the segment in the first table, wherein the entry associates the segment hash value with the segment; and adding an entry to a second table, the entry comprising the item identifier, metadata related to the segment in the item, and the segment hash value; and outputting, from the processing device, the first table and the second table.
A method of making a zirconium based alloy cladding tube which exhibits improved creep resistance for use in an elevated temperature environment of a nuclear reactor, the method comprising the steps: (a) vacuum melting ingots, the ingots comprising: 0.4 to 1.5 weight percent niobium; 0.1 to 0.8 weight percent tin; 0.01 to 0.6 weight percent iron, optionally, 0.05 to 0.5 weight percent chromium and a balance of at least 97 weight percent zirconium including impurities, wherein the impurities are less than 0.006 weight percent; (b) forging the melted ingots to produce an alloy; (c) beta-quenching the alloy; (d) extruding the alloy; (e) cold pilgering the alloy to reduce by 55%; (f) annealing at a temperature from 554 to 607 °C (1030 to 1125 °F) to produce an annealed alloy; (g) conducting a second cold pilgering step to reduce by 70-80%; and conducting a second intermediate anneal at a temperature from 554 to 577 °C (1030 to 1070 °F); (h) conducting a third cold pilgering step to reduce by 70-80%; and conducting a third intermediate anneal at a temperature from 554 to 577 °C (1030 to 1070 °F); and (i) subjecting the alloy to a final heat treatment of partial recrystallization at a temperature from 427 to 704 °C (800 to 1300 °F), such that 80% to 95% is recrystallized and 5% to 20% is stress relief annealed. (a) vacuum melting ingots, the ingots comprising: 0.4 to 1.5 weight percent niobium; 0.1 to 0.8 weight percent tin; 0.01 to 0.6 weight percent iron, optionally, 0.05 to 0.5 weight percent chromium and a balance of at least 97 weight percent zirconium including impurities, wherein the impurities are less than 0.006 weight percent; 0.4 to 1.5 weight percent niobium; 0.1 to 0.8 weight percent tin; 0.01 to 0.6 weight percent iron, optionally, 0.05 to 0.5 weight percent chromium and a balance of at least 97 weight percent zirconium including impurities, wherein the impurities are less than 0.006 weight percent; (b) forging the melted ingots to produce an alloy; (c) beta-quenching the alloy; (d) extruding the alloy; (e) cold pilgering the alloy to reduce by 55%; (f) annealing at a temperature from 554 to 607 °C (1030 to 1125 °F) to produce an annealed alloy; (g) conducting a second cold pilgering step to reduce by 70-80%; and conducting a second intermediate anneal at a temperature from 554 to 577 °C (1030 to 1070 °F); (h) conducting a third cold pilgering step to reduce by 70-80%; and conducting a third intermediate anneal at a temperature from 554 to 577 °C (1030 to 1070 °F); and (i) subjecting the alloy to a final heat treatment of partial recrystallization at a temperature from 427 to 704 °C (800 to 1300 °F), such that 80% to 95% is recrystallized and 5% to 20% is stress relief annealed. (i) subjecting the alloy to a final heat treatment of partial recrystallization at a temperature from 427 to 704 °C (800 to 1300 °F), such that 80% to 95% is recrystallized and 5% to 20% is stress relief annealed.
A fluorocarbon emulsion in water for use in concomitant fractionated radiotherapy and chemotherapy in the treatment of Glioblastoma, wherein said fluorocarbon is dodecafluoropentane and comprises between 1% and 5% weight/volume in the emulsion.
An electrical network for an aircraft comprising: • a plurality of main generators (12; 42); • a plurality of high voltage direct current networks HVDC, each powered by one of said generators (12; 42) in normal operation; • a plurality of low voltage direct current networks LVDC, each powered by one of said high voltage direct networks HVDC; • a plurality of converters, each allowing power to be transferred from one of said high voltage direct current networks HVDC to one of said low voltage direct current networks LVDC, said various converters being independent and isolated from each other, each converter being dedicated to one of said high voltage networks HVDC and to said low voltage direct current network LVDC; • a load (38, 58) intended to be powered in normal operation by said main generators (12; 42) and in backup operation by one of said low voltage direct current networks LVDC, the backup operation being implemented when at least one of said high voltage networks HVDC is no longer powered by the associated main generator (12; 42) in normal operation, wherein said converters are reversible, and characterised in that, in backup operation, said load (38, 58) is powered in parallel by a plurality of said high voltage direct current networks HVDC, the power of which originates from said low voltage direct current networks LVDC. • a plurality of main generators (12; 42); • a plurality of high voltage direct current networks HVDC, each powered by one of said generators (12; 42) in normal operation; • a plurality of low voltage direct current networks LVDC, each powered by one of said high voltage direct networks HVDC; • a plurality of converters, each allowing power to be transferred from one of said high voltage direct current networks HVDC to one of said low voltage direct current networks LVDC, said various converters being independent and isolated from each other, each converter being dedicated to one of said high voltage networks HVDC and to said low voltage direct current network LVDC; • a load (38, 58) intended to be powered in normal operation by said main generators (12; 42) and in backup operation by one of said low voltage direct current networks LVDC, the backup operation being implemented when at least one of said high voltage networks HVDC is no longer powered by the associated main generator (12; 42) in normal operation,
A heat exchanger comprising a heat transfer tube, a plurality of heat transfer fins (13a, 13b) arranged along a direction perpendicular to an axis of the heat transfer tube to be parallel to each other, a cut-and-raised piece provided on a heat transfer surface of each heat transfer fin (13a, 13b), a linear portion (b, c) provided at the lower end of each cut-and-raised piece, wherein the linear portion (b, c) extends downward and guides condensed water generated on the heat transfer surface downward, wherein each cut-and-raised piece includes a plurality of rows of slits or louvers (14a, 14b), which are arranged from upstream to downstream of an airflow, upstream being a front side and downstream being a rear side, the heat exchanger being characterized in that the linear portions are provided along the front edge of the slits (14a, 14b) at the lower end of the front rows of slits (14a, 14b) and the linear portions are provided along the rear edge of the slits (14a, 14b) at the lower end of the rear rows of slits (14a, 14b).
A method for examining a test specimen, the method comprising: - exciting a propagating mechanical deformation in the test specimen by means of an excitation signal transported by a free jet emanating from a fluidic oscillator and having a frequency of at least 16 kHz; and - determining a characteristic of the mechanical deformation. - exciting a propagating mechanical deformation in the test specimen by means of an excitation signal transported by a free jet emanating from a fluidic oscillator and having a frequency of at least 16 kHz; and - determining a characteristic of the mechanical deformation.
A celery seed and sophora flower bud extract, wherein the extract is obtained by extracting celery seed and sophora flower bud with an alcohol solvent, wherein the ratio of the celery seed to the sophora flower bud is 2:1 to 4:1 by weight.
A method for intercepting a physical downlink control channel, PDCCH, characterized by comprising: starting or restarting, by a terminal device, a first timer when a New Radio NR PDCCH is intercepted; and determining that the terminal device enters a discontinuous reception, DRX, turnoff OFF, state or continues intercepting the PDCCH according to whether an end time of the first timer is in the middle of a first time unit; wherein the first time unit is a PDCCH monitoring occasion defined by the On Duration of the DRX cycle and used by the terminal device to intercept the PDCCH, the DRX OFF state refers to a state in which the terminal device does not intercept the PDCCH in the time period used to intercept the PDCCH, wherein the determining comprises continuing, by the terminal device, intercepting the PDCCH when the end time of the first timer is in the middle of the first time unit. starting or restarting, by a terminal device, a first timer when a New Radio NR PDCCH is intercepted; and determining that the terminal device enters a discontinuous reception, DRX, turnoff OFF, state or continues intercepting the PDCCH according to whether an end time of the first timer is in the middle of a first time unit; wherein
Connecting element for fuel injection systems for connecting a fuel injection valve to a fuel-conducting component, wherein a main body is provided in which there is provided a receiving space for a fuel connector of the fuel injection valve, wherein the fuel connector, which is arrangeable at least partially in the receiving space, is supportable at least indirectly on the main body, wherein the fuel connector is supportable elastically on the main body at least in a radial direction, characterized in that at least one decoupling element is provided which, in the assembled state, is arranged between the fuel connector and the main body, and in that the fuel connector is supportable elastically on the main body at least in the radial direction via the decoupling element, wherein a protuberance for the decoupling element is formed on the fuel connector, the outer side of which protuberance is of convex configuration, wherein at least the contact surface of the inner side of the main body is configured with a concave profile.
A method for assessing tyre tread depth and/or tyre condition, the method comprising: taking and analysing a camera image or multiple images of a tyre using portable instrumentation; and performing edge and feature detection image analysis on the camera image or images to detect the presence/absence of grooves of different depths in known tread patterns, to thereby measure tyre tread depth. taking and analysing a camera image or multiple images of a tyre using portable instrumentation; and performing edge and feature detection image analysis on the camera image or images to detect the presence/absence of grooves of different depths in known tread patterns, to thereby measure tyre tread depth.
A direct-current interrupting device comprising: a mechanical breaker; wherein the mechanical breaker comprises: a mechanical contact made by connecting at least one high-voltage contact and at least one current interrupting contact in series; a cylindrical pressure vessel; and bushings connected to the pressure vessel, the pressure vessel encapsulates the mechanical contact in its inside and is equipotential to a ground potential, the bushings withdraw conductors from both ends of the mechanical contact to an outside of the pressure vessel, and connect each of the conductors to a direct-current transmission system, characterized in that: the direct-current interrupting device comprises a semiconductor breaker; and a commutation device, wherein the semiconductor breaker comprises: semiconductor modules; module supporting plates; and insulating poles, the semiconductor module comprises: a semiconductor stack made by layering two or more self-excited semiconductor elements in line and connecting them in series; an auxiliary circuit of the semiconductor stack; and an insulation supporting unit, the insulation supporting unit electrically insulates the semiconductor stack and the auxiliary circuit against the module supporting plate, and mechanically connects the semiconductor stack and the auxiliary circuit to the module supporting plate, the insulating pole mechanically supports or fixes the module supporting plate, the semiconductor breaker is connected to the mechanical breaker in parallel, the commutation device is connected to at least the high-voltage contact of the high-voltage contact and the current interrupting contact of the mechanical breaker in parallel, and is connected to the semiconductor breaker in series, at a time of regular power transmission of the direct-current transmission system, transmission current only flows through the mechanical breaker, when accident current occurs in the direct-current transmission system, a path between the high-voltage contact and the current interrupting contact of the mechanical breaker is opened to make the self-excited semiconductor elements of the semiconductor breaker in a current-carrying state, and to make current flowing through the current interrupting contact temporarily zero by the commutation device, thereby transferring the accident current from the mechanical breaker to the semiconductor breaker, and the self-excited semiconductor elements of the semiconductor breaker are made in a blocking state after the accident current is transferred, thereby blocking the accident current of the direct-current transmission system.
Device for storing and transporting a graft or an implant, comprising a container that is filled with a medium, preferably a culture medium, and a receptacle, which is arranged in the medium inside the container, for the graft or implant, wherein the receptacle comprises a receiving space for the graft or implant and two passages (6, 7) that lead to the receiving space, of which at least one passage (6, 7) is dimensioned to introduce and/or remove the graft or implant into or out of the receiving space, and said device comprising one sealing means (8, 9) for each of the two passages (6, 7), at least one of which sealing means (8, 9) is permeable to the medium.