mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, from a host device, a write command indicating a set of data to be written to a plurality of memory cells; determining, based at least in part on a read operation on the plurality of memory cells and the set of data, a first set of memory cells of the plurality of memory cells to be switched from a first logic state to a second logic state as part of the write command; determining a second set of memory cells from the first set of memory cells based at least in part on the read operation, the second set of memory cells having a conductance threshold in the first logic state satisfying a criteria; and performing a write operation to write each memory cell within the first set of memory cells from the first logic state to the second logic state based at least in part on the write command, wherein the write operation comprises applying a first write signal to write memory cells that are within the first set of memory cells and not within the second set of memory cells and a second write signal to write memory cells that are within the second set of memory cells; characterised in that the criteria for determining the second set of memory cells is based at least in part on a predicted drift of a memory cell storing the second logic state, the second write signal being different from the first write signal decreasing a magnitude of the threshold voltage drift of the memory cells that are within the second set of memory cells in the second logic state. receiving, from a host device, a write command indicating a set of data to be written to a plurality of memory cells; determining, based at least in part on a read operation on the plurality of memory cells and the set of data, a first set of memory cells of the plurality of memory cells to be switched from a first logic state to a second logic state as part of the write command; determining a second set of memory cells from the first set of memory cells based at least in part on the read operation, the second set of memory cells having a conductance threshold in the first logic state satisfying a criteria; and performing a write operation to write each memory cell within the first set of memory cells from the first logic state to the second logic state based at least in part on the write command, wherein the write operation comprises applying a first write signal to write memory cells that are within the first set of memory cells and not within the second set of memory cells and a second write signal to write memory cells that are within the second set of memory cells; characterised in that the criteria for determining the second set of memory cells is based at least in part on a predicted drift of a memory cell storing the second logic state, the second write signal being different from the first write signal decreasing a magnitude of the threshold voltage drift of the memory cells that are within the second set of memory cells in the second logic state.
A system for deploying a prosthesis over a carina between ipsilateral iliac artery and a contralateral iliac artery, said system comprising: a self-expanding tubular prosthesis having a first segment configured to be deployed in the ipsilateral iliac artery, a second segment configured to be deployed in the contralateral iliac artery, and a connecting region which connects the first segment to the second segment; and a delivery catheter comprising a catheter body having a proximal end and a distal end and a retractable sheath, wherein the tubular prosthesis is mounted over the catheter body in a radially constrained configuration beneath the retractable sheath so that retraction of the sheath allows both segments of the tubular prosthesis to expand within the ipsilateral and contralateral iliac lumens, respectively, wherein the first and second segments (12 and 14) are self-expanding and configured to be delivered in a linearized arrangement within a lumen of the delivery catheter to assume a non-linear configuration over the carina with an opening directed at an aorta which branches into the iliac arteries, and wherein the connecting region is configured to be draped over the carina. a self-expanding tubular prosthesis having a first segment configured to be deployed in the ipsilateral iliac artery, a second segment configured to be deployed in the contralateral iliac artery, and a connecting region which connects the first segment to the second segment; and a delivery catheter comprising a catheter body having a proximal end and a distal end and a retractable sheath, wherein the tubular prosthesis is mounted over the catheter body in a radially constrained configuration beneath the retractable sheath so that retraction of the sheath allows both segments of the tubular prosthesis to expand within the ipsilateral and contralateral iliac lumens, respectively, wherein the first and second segments (12 and 14) are self-expanding and configured to be delivered in a linearized arrangement within a lumen of the delivery catheter to assume a non-linear configuration over the carina with an opening directed at an aorta which branches into the iliac arteries, and wherein the connecting region is configured to be draped over the carina.
Process for the preparation of 4-(4-aminoophenyl)morpholin-3-one of Formula according to Scheme 6 including the following steps: a) 2-(2-chloroethoxy)ethanol of Formula is oxidized to 2-(2-chloroethoxy)acetic acid with an oxidising agent, b) then the obtained 2-(2-chloroethoxy)acetic acid of Formula is reacted with 4-nitro-aniline of Formula, c) then the obtained 2-(2-chloroetoxy)-N-(4-nitrophenyl)acetamide of Formula is transformed to 4-(4-nitrophenyl)morpholin-3-one of Formula, d) then the 4-(4-nitrophenyl)morpholin-3-one of Formula is hydrogenated to get 4-(4-aminophenyl)morpholin-3-one of Formula, wherein a) in Step-a the oxidising agent is, aqueous sodium- or calcium-hypochlorite and 2,2,6,6-tetramethylpiperidin-1-il)oxyl catalyst is used b) in Step-b phenylboronic acid catalyst is used, c) in Step-c the 2-(2-chloroetoxy)-N-(4-nitrophenyl)acetamide product is converted to 4-(4-nitrophenyl)morpholin-3-one in a "one-pot" procedure d) in Step-d the 4-(4-nitrophenyl)morpholin-3-one is hydrogenated with palladium on carbon catalyst at hydrogen overpressure to get the targeted 4-(4-aminophenyl) morpholin-3-one product. a) 2-(2-chloroethoxy)ethanol of Formula is oxidized to 2-(2-chloroethoxy)acetic acid with an oxidising agent, b) then the obtained 2-(2-chloroethoxy)acetic acid of Formula is reacted with 4-nitro-aniline of Formula, c) then the obtained 2-(2-chloroetoxy)-N-(4-nitrophenyl)acetamide of Formula is transformed to 4-(4-nitrophenyl)morpholin-3-one of Formula, d) then the 4-(4-nitrophenyl)morpholin-3-one of Formula is hydrogenated to get 4-(4-aminophenyl)morpholin-3-one of Formula, a) in Step-a the oxidising agent is, aqueous sodium- or calcium-hypochlorite and 2,2,6,6-tetramethylpiperidin-1-il)oxyl catalyst is used b) in Step-b phenylboronic acid catalyst is used, c) in Step-c the 2-(2-chloroetoxy)-N-(4-nitrophenyl)acetamide product is converted to 4-(4-nitrophenyl)morpholin-3-one in a "one-pot" procedure d) in Step-d the 4-(4-nitrophenyl)morpholin-3-one is hydrogenated with palladium on carbon catalyst at hydrogen overpressure to get the targeted 4-(4-aminophenyl) morpholin-3-one product.
A process comprising: introducing an oxidant stream comprising molecular oxygen into a reaction zone of a bubble column reactor via a plurality of oxidant openings defined in a conduit, wherein the pressure drop associated with discharging said oxidant stream from said conduit is not more than 0.3 megaPascals (MPa), wherein said process further comprises oxidizing an oxidizable compound in a liquid phase of a multi-phase reaction medium contained in said reaction zone of said bubble column reactor, wherein said oxidizing causes at least 10 weight percent of said oxidizable compound to form solids in said reaction medium.
A spring strip for coupling shrouds of adjacent turbine blades for vibration damping in a turbine blade, the spring strip comprising: a flat portion, a curved portion and a tab; the curved portion having a first end connected to the flat portion and a second end opposite the flat portion; and wherein the second end of the curved portion is malleable to bend into the tab in a direction away from the first end of the curved portion, characterised in that the flat portion and the tab lie in planes separated by a preload length δ. a flat portion, a curved portion and a tab; the curved portion having a first end connected to the flat portion and a second end opposite the flat portion; and wherein the second end of the curved portion is malleable to bend into the tab in a direction away from the first end of the curved portion, characterised in that the flat portion and the tab lie in planes separated by a preload length δ.
A safety razor, comprising: - a razor cartridge comprising a housing including cartridge pivoting connecting structure defining a pivot axis; - wherein the razor cartridge is mounted to a handle having an arm terminating in handle pivoting connecting structure, the handle pivoting connecting structure being engaged with the cartridge pivoting connecting structure of the razor cartridge to permit the razor cartridge to pivot relative to the handle about the pivot axis; - wherein the arm is moveable relative to the handle sequentially along a release direction and an opposed load direction, both generally along the pivot axis, to engage the handle pivoting connecting structure with the cartridge pivoting connecting structure of the razor cartridge as the handle is moved relative to the razor cartridge along a mount direction to mount the razor cartridge to the handle; characterized by - a spring finger having an end portion and being flexible in a direction opposed to the mount direction; - wherein the spring finger is integrally formed with one of the housing and the arm and the other of the housing and the arm includes blocking structure having a blocking surface generally perpendicular to the pivot axis; and - wherein the end portion of the spring finger is closely spaced from the blocking surface to prevent movement of the arm relative to the housing along the release direction sufficient to disengage the handle pivoting connecting structure from the cartridge pivoting connecting structure thereby releasing the razor cartridge from the handle. - a razor cartridge comprising a housing including cartridge pivoting connecting structure defining a pivot axis; - wherein the razor cartridge is mounted to a handle having an arm terminating in handle pivoting connecting structure, the handle pivoting connecting structure being engaged with the cartridge pivoting connecting structure of the razor cartridge to permit the razor cartridge to pivot relative to the handle about the pivot axis; - wherein the arm is moveable relative to the handle sequentially along a release direction and an opposed load direction, both generally along the pivot axis, to engage the handle pivoting connecting structure with the cartridge pivoting connecting structure of the razor cartridge as the handle is moved relative to the razor cartridge along a mount direction to mount the razor cartridge to the handle; - a spring finger having an end portion and being flexible in a direction opposed to the mount direction; - wherein the spring finger is integrally formed with one of the housing and the arm and the other of the housing and the arm includes blocking structure having a blocking surface generally perpendicular to the pivot axis; and - wherein the end portion of the spring finger is closely spaced from the blocking surface to prevent movement of the arm relative to the housing along the release direction sufficient to disengage the handle pivoting connecting structure from the cartridge pivoting connecting structure thereby releasing the razor cartridge from the handle.
A method to quantify the conjugated dienes in a hydrocarbon feed or product stream comprising: (a) dissolving 4-methyl-1, 2, 4-triazoline-3, 5-dione (MTAD) in said hydrocarbon feed or product stream, (b) determining the molar concentration of said conjugated dienes and the carbon number distribution of said conjugated dienes, including - determination of MTAD-diene adducts as a function of carbon number by deuterated ammonia (ND 3) Chemical Ionization Gas Chromatography/Mass Spectrometry (CI GC/MS) and - determination of total conjugated dienes by Gas Chromatography with a nitrogen sensitive detector; the method further comprising the step of introducing a reference compound to a feed or product stream as a quantification standard. (a) dissolving 4-methyl-1, 2, 4-triazoline-3, 5-dione (MTAD) in said hydrocarbon feed or product stream, (b) determining the molar concentration of said conjugated dienes and the carbon number distribution of said conjugated dienes, including - determination of MTAD-diene adducts as a function of carbon number by deuterated ammonia (ND 3) Chemical Ionization Gas Chromatography/Mass Spectrometry (CI GC/MS) and - determination of total conjugated dienes by Gas Chromatography with a nitrogen sensitive detector; the method further comprising the step of introducing a reference compound to a feed or product stream as a quantification standard. - determination of MTAD-diene adducts as a function of carbon number by deuterated ammonia (ND 3) Chemical Ionization Gas Chromatography/Mass Spectrometry (CI GC/MS) and - determination of total conjugated dienes by Gas Chromatography with a nitrogen sensitive detector;
Furnishing element, such as a table, a stool, a desk or the like, comprising - a support structure having at least one support leg which defines a vertical axis directed along a main vertical direction (Y-Y), - a support shelf, supported by said support structure and connected to the support structure by means of the interposition of connection means, - wherein the support shelf, in a configuration of use, is positioned parallel to a horizontal plane perpendicular to said main vertical direction (Y-Y), wherein - said connection means comprise a first and a second joint (32,36) independent of each other, - wherein the first joint identifies a first hinge axis (X-X) parallel to the horizontal plane to permit the rotation and folding of the support shelf towards the support structure, so as to position the support shelf perpendicular to said horizontal plane, in a folded configuration, - wherein the second joint identifies a second hinge axis (W-W) which permits the rotation of the at least one support leg towards the support shelf, so as to position the support leg parallel to the horizontal plane, in a folded configuration, characterised in that the second hinge axis (W-W) intersects the horizontal plane. - a support structure having at least one support leg which defines a vertical axis directed along a main vertical direction (Y-Y), - a support shelf, supported by said support structure and connected to the support structure by means of the interposition of connection means, - wherein the support shelf, in a configuration of use, is positioned parallel to a horizontal plane perpendicular to said main vertical direction (Y-Y), wherein - said connection means comprise a first and a second joint (32,36) independent of each other, - wherein the first joint identifies a first hinge axis (X-X) parallel to the horizontal plane to permit the rotation and folding of the support shelf towards the support structure, so as to position the support shelf perpendicular to said horizontal plane, in a folded configuration, - wherein the second joint identifies a second hinge axis (W-W) which permits the rotation of the at least one support leg towards the support shelf, so as to position the support leg parallel to the horizontal plane, in a folded configuration, characterised in that the second hinge axis (W-W) intersects the horizontal plane.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a paging grant that includes a short paging message and a notification of a reason that the short paging message was triggered; determining that the paging grant includes the short paging message; and obtaining the notification of the reason that the short paging message was triggered based at least in part on determining that the paging grant includes the short paging message; and wherein the notification indicates that the UE is to obtain a separate paging message to obtain additional information regarding the reason of the short paging message; and the paging grant further includes scheduling information for obtaining the separate paging message that includes the additional information. receiving a paging grant that includes a short paging message and a notification of a reason that the short paging message was triggered; determining that the paging grant includes the short paging message; and obtaining the notification of the reason that the short paging message was triggered based at least in part on determining that the paging grant includes the short paging message; and wherein the notification indicates that the UE is to obtain a separate paging message to obtain additional information regarding the reason of the short paging message; and the paging grant further includes scheduling information for obtaining the separate paging message that includes the additional information.
A method of generating a code for accessing data, the method comprising: displaying one or more images on a display, the display comprising an array of imaging elements for displaying images, each said imaging element having a predefined location on the display and being controllable according to an associated set of display parameters defining one or more display characteristics of the imaging element, whereby characteristics of a displayed image can be varied by varying values of the display parameters associated with the imaging elements; receiving user input to select one or more locations within said one or more images, the one or more locations each defining at least a portion of a perimeter of at least one area of the image; defining a set of locations of said one or more images on the basis of the selected one or more locations, the set of locations including locations enclosed by the perimeter of the at least one area; determining values of display parameters associated with the defined set of locations; and generating a security code at least partly on the basis of the determined values. displaying one or more images on a display, the display comprising an array of imaging elements for displaying images, each said imaging element having a predefined location on the display and being controllable according to an associated set of display parameters defining one or more display characteristics of the imaging element, whereby characteristics of a displayed image can be varied by varying values of the display parameters associated with the imaging elements; receiving user input to select one or more locations within said one or more images, the one or more locations each defining at least a portion of a perimeter of at least one area of the image; defining a set of locations of said one or more images on the basis of the selected one or more locations, the set of locations including locations enclosed by the perimeter of the at least one area; determining values of display parameters associated with the defined set of locations; and generating a security code at least partly on the basis of the determined values.
A method comprising: receiving, by a virtual route reflector "VRR" executed on an intermediate router positioned between a hub router and a plurality of spoke routers in a hub-and-spoke network, from a controller, and in response to a previous path along a previously selected link of a plurality of links coupled to the hub router and the plurality of spoke routers violating one or more service level agreements "SLAs", one or more instructions for the VRR to add a path community to a route advertisement, wherein the path community uniquely identifies a new path along an alternate link of the plurality of links that satisfies the one or more SLAs; receiving, by the VRR and from a first router of the hub router and the plurality of spoke routers, the route advertisement including information identifying a virtual routing and forwarding "VRF" instance, wherein the VRF instance is mapped to the one or more SLAs; adding, by the VRR and to the route advertisement, the path community that uniquely identifies the new path along the alternate link that satisfies the one or more SLAs, wherein the plurality of links are coupled to the hub router and the plurality of spoke routers; and sending, by the VRR and to a second router of the hub router and the plurality of spoke routers, the route advertisement including the path community such that the second router may install the new path as a next-hop for the VRF instance. receiving, by a virtual route reflector "VRR" executed on an intermediate router positioned between a hub router and a plurality of spoke routers in a hub-and-spoke network, from a controller, and in response to a previous path along a previously selected link of a plurality of links coupled to the hub router and the plurality of spoke routers violating one or more service level agreements "SLAs", one or more instructions for the VRR to add a path community to a route advertisement, wherein the path community uniquely identifies a new path along an alternate link of the plurality of links that satisfies the one or more SLAs; receiving, by the VRR and from a first router of the hub router and the plurality of spoke routers, the route advertisement including information identifying a virtual routing and forwarding "VRF" instance, wherein the VRF instance is mapped to the one or more SLAs; adding, by the VRR and to the route advertisement, the path community that uniquely identifies the new path along the alternate link that satisfies the one or more SLAs, wherein the plurality of links are coupled to the hub router and the plurality of spoke routers; and sending, by the VRR and to a second router of the hub router and the plurality of spoke routers, the route advertisement including the path community such that the second router may install the new path as a next-hop for the VRF instance.
Use of a free-radical-hardenable synthetic resin fixing system as adhesive for fixing anchoring means in drilled holes or crevices, wherein the free-radical-hardenable synthetic resin fixing system includes a vinyl ester urethane resin based on oligomeric or polymeric isocyanates obtained from renewable, biogenic or bio-based raw materials as isocyanate compounds, wherein the content of biogenic or bio-based raw materials is detected by the 14 C method and the content of bio-based carbon is determined on the basis of ASTM International, D6866-12: 2008, method A.
A mechanical transmission assembly for driving an actuator in rotary motion in stop-start manner, said mechanical transmission assembly being characterized in that it comprises elliptical gearing (30, 31) designed to be coupled between said actuator and a clutch brake that has an inlet shaft driven in rotation at constant speed, in that the elliptical gearing comprises an elliptical pinion and a polygasteroidal gearwheel having a profile complementary to the profile of the pinion, and in that the clutch has an outlet axis that passes through a focus of the elliptical pinion, and the actuator has an inlet axis that passes through the centre of the gearwheel, and in that the transmission assembly further comprises an electronic control that controls braking and stopping of the clutch brake every time the actuator turns through one half-turn as detected by a sensor for sensing the angular position of the gearwheel or of the pinion.