mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a secondary storage system, the method comprising: performing a backup of at least a portion of contents of a storage volume that includes data of a database by creating a file system metadata snapshot tree associated with a version of the storage volume, wherein the version is associated with a first point in time; identifying (504, 604) a file system metadata snapshot tree associated with a particular version, wherein the particular version is associated with a particular point in time, later than the first point in time; creating a copy of the file system metadata snapshot tree associated with the particular version, wherein creating the copy of the file system metadata snapshot tree includes creating (506, 606) a copy of a root node of the file system metadata snapshot tree and copying one or more references to one or more lower tier nodes of the file system metadata snapshot tree associated with the particular version; modifying the copied file system metadata snapshot tree associated with the particular version based on one or more transaction log files associated with the database to create a modified file system metadata snapshot tree, wherein the modified file system metadata snapshot tree is associated with a specified moment in time, later than the particular point in time; and copying data associated with the modified file system metadata snapshot tree to a specified location. performing a backup of at least a portion of contents of a storage volume that includes data of a database by creating a file system metadata snapshot tree associated with a version of the storage volume, wherein the version is associated with a first point in time; identifying (504, 604) a file system metadata snapshot tree associated with a particular version, wherein the particular version is associated with a particular point in time, later than the first point in time; creating a copy of the file system metadata snapshot tree associated with the particular version, wherein creating the copy of the file system metadata snapshot tree includes creating (506, 606) a copy of a root node of the file system metadata snapshot tree and copying one or more references to one or more lower tier nodes of the file system metadata snapshot tree associated with the particular version; modifying the copied file system metadata snapshot tree associated with the particular version based on one or more transaction log files associated with the database to create a modified file system metadata snapshot tree, wherein the modified file system metadata snapshot tree is associated with a specified moment in time, later than the particular point in time; and copying data associated with the modified file system metadata snapshot tree to a specified location.
A transdermal formulation comprising: - 2%wt of testosterone, - C 2 to C 4 alkanol, - 20.0%wt of propylene glycol, and - monoalkyl ether of diethylene glycol, wherein said formulation comprises long-chain fatty alcohols, long-chain fatty acids, and long-chain fatty esters in a total amount of less than 0.1% wt. - 2%wt of testosterone, - C 2 to C 4 alkanol, - 20.0%wt of propylene glycol, and - monoalkyl ether of diethylene glycol,
A determination device comprising: a communication unit that is configured to selectively connect to and communicate with a plurality of communication networks; an acquisition unit that is configured to acquire sensor information detected by a mobile communication device used by a user and communication information indicating a state of communication quality to each communication network of the plurality of communication networks with the mobile communication device; and a determination unit that is configured to determine whether to switch the communication network of the mobile communication device to another communication network among the plurality of communication networks other than a connected communication network, on the basis of the sensor information and the communication information acquired by the acquisition unit; and wherein the determination device is configured to vary a predetermined condition for switching in accordance with the sensor information. a communication unit that is configured to selectively connect to and communicate with a plurality of communication networks; an acquisition unit that is configured to acquire sensor information detected by a mobile communication device used by a user and communication information indicating a state of communication quality to each communication network of the plurality of communication networks with the mobile communication device; and a determination unit that is configured to determine whether to switch the communication network of the mobile communication device to another communication network among the plurality of communication networks other than a connected communication network, on the basis of the sensor information and the communication information acquired by the acquisition unit; and wherein the determination device is configured to vary a predetermined condition for switching in accordance with the sensor information.
An apparatus comprising: a transmitter arranged to transmit data in a first transmission burst on a carrier to a set of devices, wherein the set of devices comprises one or more devices; a receiver arranged to receive feedback information from each device of the set of devices, wherein the feedback information indicates whether interference above a predetermined level exists on the carrier during the transmission burst, and the feedback information is determined by each device of the set of devices based on a received signal-to-interference-plus-noise ratio of each device of the set of devices during the transmission burst; a processor arranged to adjust a contention window size based on the feedback information from each device of the set of devices, wherein the adjusting comprises: the processor increasing the contention window size if the processor determines that more than a predetermined percentage of devices indicates the interference above the predetermined level exists on the carrier during the transmission burst; the processor decreasing the contention window size if the processor determines that no more than a predetermined percentage of devices indicates the interference above the predetermined level exists on the carrier during the transmission burst; or a combination thereof. a transmitter arranged to transmit data in a first transmission burst on a carrier to a set of devices, wherein the set of devices comprises one or more devices; a receiver arranged to receive feedback information from each device of the set of devices, wherein the feedback information indicates whether interference above a predetermined level exists on the carrier during the transmission burst, and the feedback information is determined by each device of the set of devices based on a received signal-to-interference-plus-noise ratio of each device of the set of devices during the transmission burst; a processor arranged to adjust a contention window size based on the feedback information from each device of the set of devices, wherein the adjusting comprises: the processor increasing the contention window size if the processor determines that more than a predetermined percentage of devices indicates the interference above the predetermined level exists on the carrier during the transmission burst; the processor decreasing the contention window size if the processor determines that no more than a predetermined percentage of devices indicates the interference above the predetermined level exists on the carrier during the transmission burst; or a combination thereof. the processor increasing the contention window size if the processor determines that more than a predetermined percentage of devices indicates the interference above the predetermined level exists on the carrier during the transmission burst; the processor decreasing the contention window size if the processor determines that no more than a predetermined percentage of devices indicates the interference above the predetermined level exists on the carrier during the transmission burst; or a combination thereof.
A method of curing a (meth) acrylate composition, said composition comprising a first compound having one or more vinyl groups in a molecular structure thereof, the first compound having a ratio of a molecular weight thereof to a number of the vinyl groups of 300 or lower, said first compound being a (meth)acrylate monomer, oligomer or polymer, and 0.1 to 20 mass% of a photopolymerization initiator with respect to a total mass of the composition, said method comprising: irradiating the composition with light to cure the composition in the portion irradiated with light and to generate a heat of reaction by photopolymerization and to raise a temperature of the first compound above a starting temperature of self-polymerization of the first compound, and curing the composition in the portion that is not irradiated with light by thermal polymerization induced by said heat of reaction. irradiating the composition with light to cure the composition in the portion irradiated with light and to generate a heat of reaction by photopolymerization and to raise a temperature of the first compound above a starting temperature of self-polymerization of the first compound, and curing the composition in the portion that is not irradiated with light by thermal polymerization induced by said heat of reaction.
A method of welding railway rails comprising: pushing the ends of first and second rails away from each other; placing a metal insert between the ends of the first and second rails; heating the ends of the first and second rails by electromagnetic induction, to reach a welding temperature; forcing the ends of the first and second rails towards each other with a forging pressure, while the insert is between the ends of the first and second rails, so as to move the rails towards each other and displace material in an upset phase to create a forge welded joint and thereby welding each of the first and second rails either to the insert or to the other of the first and second rails. pushing the ends of first and second rails away from each other; placing a metal insert between the ends of the first and second rails; heating the ends of the first and second rails by electromagnetic induction, to reach a welding temperature; forcing the ends of the first and second rails towards each other with a forging pressure, while the insert is between the ends of the first and second rails, so as to move the rails towards each other and displace material in an upset phase to create a forge welded joint and thereby welding each of the first and second rails either to the insert or to the other of the first and second rails.
Optical unit intended to equip a vehicle and comprising a housing delimiting a cavity in which are installed i) at least one light guide (Gj) comprising a rear end (E1j) supplied with photons by at least one photon source (Sm) and a front end (E2j) comprising a front face delivering guided photons, and ii) a mask comprising at least one opening (Oj) through which said front end (E2j) passes, said light guide (Gj) comprising on at least one lateral face (FLk), in the vicinity of said opening (Oj) and before the latter (Oj), at least one protuberance defined perpendicularly to a general direction of guidance of said photons between said rear (E1j) and front (E2j) ends and limiting a photon exit through a portion of this opening (Oj) located in front of it, characterized in that said protuberance has an external face having been subjected to a surface treatment inducing multidirectional photon scattering, or a privileged exit in at least one direction not passing through said opening (Oj) placed in front of it, or reflection.
A hybrid transformer core, comprising: a first yoke of amorphous steel and a second yoke of amorphous steel; and at least two limbs (3a, 3b) of grain-oriented steel extending between the first yoke and the second yoke, wherein a first end (4a, 4b) of each one of the at least two limbs is coupled to a first surface of the first yoke in a first connection plane and wherein a second end (6a, 6b) of each one of the at least two limbs is coupled to a second surface of the second yoke in a second connection plane, wherein the first surface in all directions along the first connection plane extends beyond the first end of each one of the at least two limbs, and wherein the second surface in all directions along the second connection plane extends beyond the second end of each one of the at least two limbs. a first yoke of amorphous steel and a second yoke of amorphous steel; and at least two limbs (3a, 3b) of grain-oriented steel extending between the first yoke and the second yoke, wherein a first end (4a, 4b) of each one of the at least two limbs is coupled to a first surface of the first yoke in a first connection plane and wherein a second end (6a, 6b) of each one of the at least two limbs is coupled to a second surface of the second yoke in a second connection plane, wherein the first surface in all directions along the first connection plane extends beyond the first end of each one of the at least two limbs, and wherein the second surface in all directions along the second connection plane extends beyond the second end of each one of the at least two limbs.
A method of measuring Gadd45β expression comprising: A) the step of measuring Gadd45β expression levels in a sample of cells obtained from a subject suspected of having multiple myeloma; and B) the further step of diagnosing the subject as having multiple myeloma if said cells exhibit elevated Gadd45β expression levels compared to healthy cells. A) the step of measuring Gadd45β expression levels in a sample of cells obtained from a subject suspected of having multiple myeloma; and B) the further step of diagnosing the subject as having multiple myeloma if said cells exhibit elevated Gadd45β expression levels compared to healthy cells.
A film for a medical device or packaging formed from a blend comprising: a base polymeric formulation comprising polyethylene and poly(ethylene oxide), the polyethylene being present in the blend in an amount in the range of about 50 to less than about 70% by weight and the poly(ethylene oxide) being present in the blend in an amount in the range of greater than 25 to 50 % by weight; and an additive comprising a polyethylene-poly(ethylene oxide) amphiphilic graft copolymer (PE- g -PEO) being present in the blend in an amount in the range of about 0.01 to about 5.0 % by weight, wherein a portion of the PEO of the amphiphilic graft copolymer (PE- g -PEO) comprises end groups converted to a nitric oxide-releasing agent; wherein the film is both breathable and a microbial barrier. a base polymeric formulation comprising polyethylene and poly(ethylene oxide), the polyethylene being present in the blend in an amount in the range of about 50 to less than about 70% by weight and the poly(ethylene oxide) being present in the blend in an amount in the range of greater than 25 to 50 % by weight; and an additive comprising a polyethylene-poly(ethylene oxide) amphiphilic graft copolymer (PE- g -PEO) being present in the blend in an amount in the range of about 0.01 to about 5.0 % by weight, wherein a portion of the PEO of the amphiphilic graft copolymer (PE- g -PEO) comprises end groups converted to a nitric oxide-releasing agent; wherein the film is both breathable and a microbial barrier.
A method (900; 1000) for wireless communication comprising: identifying (915; 1015), by a user equipment, UE (115-c; 115-d) associated with a serving cell (105-c; 105-d), measurement period opportunities during a discontinuous reception, DRX, off period, wherein the DRX off period precedes a DRX on period, and wherein the measurement period opportunities are associated with reduced interference from one or more neighboring cells in a wireless communications network; characterized by: prioritizing the measurement period opportunities based at least in part on enhanced inter-cell interference coordination, eICIC, data available to the UE (115-c; 115-d) and a location of the measurement period relative to a start of the DRX on period; and powering up (920; 10120) a wireless modem of the UE (115-c; 115-d) to perform a warm-up measurement of the serving cell (105-c; 105-d) during a measurement period of the prioritized measurement period opportunities. prioritizing the measurement period opportunities based at least in part on enhanced inter-cell interference coordination, eICIC, data available to the UE (115-c; 115-d) and a location of the measurement period relative to a start of the DRX on period; and powering up (920; 10120) a wireless modem of the UE (115-c; 115-d) to perform a warm-up measurement of the serving cell (105-c; 105-d) during a measurement period of the prioritized measurement period opportunities.
A method of modifying the rate of temperature change of an epoxy resin composition in a resin container (D, F)) during a resin casting process, wherein the resin composition comprises at least one epoxy monomer component and a curing agent, the method comprises the step of adding a passivation agent for the curing agent to the epoxy resin composition.
A computer-readable medium having stored thereon computer-executable instructions for performing a process comprising: receiving a first update to a spreadsheet file from a first spreadsheet client; receiving a second update to the spreadsheet file from a second spreadsheet client; determining whether or not the first update and the second update are transformable such that both updates are combinable and applicable to the spreadsheet file; if the first update and the second update are transformable, then combining the first update and the second update and applying them to the spreadsheet file and computing reciprocal updates to send back to the first and second spreadsheet clients; and, if at least one of the first update and the second update are non-transformable, then processing the updates according to a policy for non-transformable changes. receiving a first update to a spreadsheet file from a first spreadsheet client; receiving a second update to the spreadsheet file from a second spreadsheet client; determining whether or not the first update and the second update are transformable such that both updates are combinable and applicable to the spreadsheet file; if the first update and the second update are transformable, then combining the first update and the second update and applying them to the spreadsheet file and computing reciprocal updates to send back to the first and second spreadsheet clients; and, if at least one of the first update and the second update are non-transformable, then processing the updates according to a policy for non-transformable changes. if the first update and the second update are transformable, then combining the first update and the second update and applying them to the spreadsheet file and computing reciprocal updates to send back to the first and second spreadsheet clients; and, if at least one of the first update and the second update are non-transformable, then processing the updates according to a policy for non-transformable changes.
A video surveillance system comprising: a plurality of surveillance cameras; a video converting and combining unit configured to combine a plurality of videos captured by the respective surveillance cameras into one combined video; an encoder configured to encode the combined video combined by the video converting and combining unit; a decoder configured to decode the combined video transmitted from the encoder through a transmission line; a video converting and splitting unit configured to split the combined video decoded by the decoder into the videos captured by the respective surveillance cameras; and a display device configured to display on a display screen the videos captured by the respective surveillance cameras inputted from the video converting and splitting unit, wherein when combining the videos captured by the plurality of surveillance cameras into one combined video, the video converting and combining unit appends assignment information in which each of the surveillance cameras that captured the plurality of videos, rotation information indicating application of a rotation process, and division information indicating whether the corresponding video is a left half video or a right half video are associated with one another, and wherein the video converting and splitting unit splits the combined video into a plurality of videos based on the assignment information. a plurality of surveillance cameras; a video converting and combining unit configured to combine a plurality of videos captured by the respective surveillance cameras into one combined video; an encoder configured to encode the combined video combined by the video converting and combining unit; a decoder configured to decode the combined video transmitted from the encoder through a transmission line; a video converting and splitting unit configured to split the combined video decoded by the decoder into the videos captured by the respective surveillance cameras; and a display device configured to display on a display screen the videos captured by the respective surveillance cameras inputted from the video converting and splitting unit, wherein when combining the videos captured by the plurality of surveillance cameras into one combined video, the video converting and combining unit appends assignment information in which each of the surveillance cameras that captured the plurality of videos, rotation information indicating application of a rotation process, and division information indicating whether the corresponding video is a left half video or a right half video are associated with one another, and wherein the video converting and splitting unit splits the combined video into a plurality of videos based on the assignment information.
A method of controlling one or more luminaires arranged to illuminate an area covered by at least one presence sensor, the method comprising: receiving from a user a selection of a lighting scene to be rendered; characterized by the method further comprising determining an activity in the area based on the selected lighting scene; controlling at least one of the luminaires to render the selected lighting scene; determining a timeout duration for the luminaires based on the determined activity; using the at least one presence sensor to monitor the area for presence indicators when rendering the selected lighting scene; and automatically switching the luminaires to a low-power mode if no presence indicator is detected in the area for the determined timeout duration when rendering the selected lighting scene. receiving from a user a selection of a lighting scene to be rendered; characterized by the method further comprising determining an activity in the area based on the selected lighting scene; controlling at least one of the luminaires to render the selected lighting scene; determining a timeout duration for the luminaires based on the determined activity; using the at least one presence sensor to monitor the area for presence indicators when rendering the selected lighting scene; and automatically switching the luminaires to a low-power mode if no presence indicator is detected in the area for the determined timeout duration when rendering the selected lighting scene.