mhurhangee/ep-ind-claims huggingface dataset:
Dynamic determination method of the reference value (V ref) of an automatic voltage regulator and/or controller for regulating an on-load tap changer device based on a pre-defined and/or calculated optimal voltage setpoint (V set) and voltage measurements of the three phases (R, S and T), comprising at least one selection step (1, 1', 1") of at least one phase (R, S, T) for measurement and/or calculation of at least one reference value (V ref), characterized in that the selection step (1, 1', 1") of at least one phase (R, S, T) is executed at each instant of application of an automatic regulation algorithm associated with the automatic voltage regulator and/or controller, selecting at each moment the phase, the phase, the phase or the three phases (R, S, T) to measure and/or calculate the reference value (V ref), so that the reference value (V ref) can vary at different times.
A method, comprising: receiving, from a host device, a first signal modulated using a first modulation scheme that includes two levels; generating, at a memory controller and based at least in part on receiving the first signal, a second signal modulated using a second modulation scheme that includes three or more levels; and characterized in further comprising the steps of transmitting the second signal to a first memory die and a second memory die of a first plurality of memory dies that are coupled with the memory controller over a first through-silicon via and to a second plurality of memory dies over a second TSV and a third TSV, wherein the first TSV is coupled with the first memory die and the second memory die, the second TSV is coupled with each memory die of the second plurality of memory dies, and the third TSV bypasses the first plurality of memory dies; and accessing the first memory die, the second memory die, and the second plurality of memory dies concurrently based at least in part on the third TSV. receiving, from a host device, a first signal modulated using a first modulation scheme that includes two levels; generating, at a memory controller and based at least in part on receiving the first signal, a second signal modulated using a second modulation scheme that includes three or more levels; and characterized in further comprising the steps of transmitting the second signal to a first memory die and a second memory die of a first plurality of memory dies that are coupled with the memory controller over a first through-silicon via and to a second plurality of memory dies over a second TSV and a third TSV, wherein the first TSV is coupled with the first memory die and the second memory die, the second TSV is coupled with each memory die of the second plurality of memory dies, and the third TSV bypasses the first plurality of memory dies; and accessing the first memory die, the second memory die, and the second plurality of memory dies concurrently based at least in part on the third TSV.
A lockable receptacle holder comprising a holder base portion configured to support the bottom of a receptacle; a holder upper portion and an elongated holder back portion extending between the holder base portion and the holder upper portion, wherein the holder base portion and the holder upper portion extend laterally from the holder back portion and parallel to each other, and wherein; - the holder upper portion comprises an at least partially closed space configured to at least partially enclose and releasably confine the neck or shoulder of a receptacle placed on the holder base portion, characterized in; - a cap locking member for preventing removal of a cap of a receptacle in the receptacle holder, wherein the cap locking member has a first cap locking section extending upwards from the holder upper portion and a second cap locking section extending laterally from the first cap locking section over a portion of the space such that second cap locking section extends over a portion of the cap of a receptacle placed on the holder base portion. - the holder upper portion comprises an at least partially closed space configured to at least partially enclose and releasably confine the neck or shoulder of a receptacle placed on the holder base portion, characterized in; - a cap locking member for preventing removal of a cap of a receptacle in the receptacle holder, wherein the cap locking member has a first cap locking section extending upwards from the holder upper portion and a second cap locking section extending laterally from the first cap locking section over a portion of the space such that second cap locking section extends over a portion of the cap of a receptacle placed on the holder base portion.
A method for geophysical prospecting, comprising: using a programmable computer to perform the following: separating dual-sensor seismic data into aliased and unaliased parts in a frequency-wavenumber domain; processing the seismic data in the unaliased part using a conventional vertical wavenumber; processing the seismic data in the aliased part using an alternative vertical wavenumber additionally based on a Nyquist wavenumber for the seismic data; and combining the processed unaliased seismic data and the processed aliased seismic data. separating dual-sensor seismic data into aliased and unaliased parts in a frequency-wavenumber domain; processing the seismic data in the unaliased part using a conventional vertical wavenumber; processing the seismic data in the aliased part using an alternative vertical wavenumber additionally based on a Nyquist wavenumber for the seismic data; and combining the processed unaliased seismic data and the processed aliased seismic data.
A method of providing audio to a user based on the user's physical environment, comprising: receiving, by controlling circuitry of a server computer configured to provide audio to a remote user, sensor information generated by a sensor connected to the remote user, the sensor information indicating a value of a state of the remote user, wherein receiving the sensor information includes obtaining a rotation angle of a head of the user indicating that the user is looking at an object; in response to receiving the sensor information, performing, by the controlling circuitry, a retrieval operation on a table in a memory of the server computer to produce audio data, the table providing a map between values of states of the remote user and locations in the memory at which a corresponding audio file that includes the audio data is stored; and transmitting, by the controlling circuitry, the audio data to the remote user, the audio data providing audio to the remote user. receiving, by controlling circuitry of a server computer configured to provide audio to a remote user, sensor information generated by a sensor connected to the remote user, the sensor information indicating a value of a state of the remote user, wherein receiving the sensor information includes obtaining a rotation angle of a head of the user indicating that the user is looking at an object; in response to receiving the sensor information, performing, by the controlling circuitry, a retrieval operation on a table in a memory of the server computer to produce audio data, the table providing a map between values of states of the remote user and locations in the memory at which a corresponding audio file that includes the audio data is stored; and transmitting, by the controlling circuitry, the audio data to the remote user, the audio data providing audio to the remote user.
A process for coating a component of a gas turbine engine, comprising: applying a bond coat on a substrate of the component; applying a thermal barrier coating material comprising yttria stabilized zirconia to the bond coat; and selectively infiltrating a blocking material into the thermal barrier coating material, wherein the blocking material includes a filler material and a carrier, wherein the filling material is a calcium magnesium alumino silicate (CMAS) compound; removing the carrier of the blocking material; wherein removing the carrier of the blocking material is effectuated via a heat treat process during initial gas turbine engine initial operations, wherein removing the carrier of the blocking material is effectuated during the reaction of the materials to formation of high temperature rare-earth silicate phases. applying a bond coat on a substrate of the component; applying a thermal barrier coating material comprising yttria stabilized zirconia to the bond coat; and selectively infiltrating a blocking material into the thermal barrier coating material, wherein the blocking material includes a filler material and a carrier, wherein the filling material is a calcium magnesium alumino silicate (CMAS) compound; removing the carrier of the blocking material; wherein removing the carrier of the blocking material is effectuated via a heat treat process during initial gas turbine engine initial operations, wherein removing the carrier of the blocking material is effectuated during the reaction of the materials to formation of high temperature rare-earth silicate phases.
A method for optimizing computation and data retrieval of join operations from a multi-node log-structured database system, the database system comprising one or more data tables each having a plurality of columns, the method comprising the steps of: creating and partitioning a join index across at least one computing node for one or more join key columns, with optionally one or more secondary columns, of one data table wherein each join index partition replicates the log structure storage of the data table, wherein creating and the partitioning the join index comprises partitioning the data table, wherein each partition contains one or more data segments; using a partition strategy to partition and shuffle the data table partitions to the join index partitions; wherein each join index partition replicates the data table partitions and the segments of the data table; and wherein each replicated data segment contains a subset of the records from the corresponding data segment according to the partition strategy; and maintaining the join index in a series of incremental operations by replicating the creation or deletion of data segments from the log structure storage of the data table to the join index partitions. creating and partitioning a join index across at least one computing node for one or more join key columns, with optionally one or more secondary columns, of one data table wherein each join index partition replicates the log structure storage of the data table, wherein creating and the partitioning the join index comprises partitioning the data table, wherein each partition contains one or more data segments; using a partition strategy to partition and shuffle the data table partitions to the join index partitions; wherein each join index partition replicates the data table partitions and the segments of the data table; and wherein each replicated data segment contains a subset of the records from the corresponding data segment according to the partition strategy; partitioning the data table, wherein each partition contains one or more data segments; using a partition strategy to partition and shuffle the data table partitions to the join index partitions; wherein each join index partition replicates the data table partitions and the segments of the data table; and wherein each replicated data segment contains a subset of the records from the corresponding data segment according to the partition strategy; and maintaining the join index in a series of incremental operations by replicating the creation or deletion of data segments from the log structure storage of the data table to the join index partitions.
Use of powder-form, crosslinked, water-insoluble, low-swelling polyacrylates as disintegrants for solid pharmaceutical dosage forms, where "low-swelling" in the context of the invention means that the percent change in the polyacrylate particle size in water compared with the change in particle size in hexadecane is less than 50%, the polyacrylates are popcorn polymers, and the polyacrylates consist of structural elements of acrylic acid or methacrylic acid or mixtures thereof.
Charging device, more particularly exhaust gas turbocharger, with a shaft rotatably mounted with the help of at least one radial slide bearing, wherein - the shaft is mounted in a shaft bearing area on the slide bearing, - the shaft has two outer sections in the shaft bearing area, each running in a circumferential direction and axially limiting an inner section, - at least one flow opening is provided for the introduction and/or removal of a lubricant in the shaft bearing area, characterised in that - at least one of the outer sections comprises on its surface at least one microstructure for storing the lubricant present between the shaft and the slide bearing in the shaft bearing area. - the shaft is mounted in a shaft bearing area on the slide bearing, - the shaft has two outer sections in the shaft bearing area, each running in a circumferential direction and axially limiting an inner section, - at least one flow opening is provided for the introduction and/or removal of a lubricant in the shaft bearing area, - at least one of the outer sections comprises on its surface at least one microstructure for storing the lubricant present between the shaft and the slide bearing in the shaft bearing area.
Minimum pressure valve comprising a housing with a valve inlet and a valve outlet connected with each other by means of a chamber and connecting space (22a, 22b), whereby the minimum pressure valve also comprises a valve body that is set up in a chamber, movable between, on the one hand, a closed position in which the valve inlet is closed off and, on the other hand, an open position in which the valve inlet is open, whereby the minimum pressure valve also comprises components which are provided with a seal and/or sliding parts (24, 26, 30), whereby a subassembly of the minimum pressure valve can be disassembled or assembled through an opening in the housing, characterised in that the subassembly has a specific shape so that it can only fit in the housing of the minimum pressure valve in one particular way.
A method for determining a cross-correlation between a reference sequence and a received sequence in a wireless communication system, the reference sequence comprising a set of sub-sequences that have been sign-adjusted and concatenated, the sign adjustments determined by a first sign sequence, the method comprising: shifting (306, 1204) the received sequence to provide a plurality of time shifted sequences; cross-correlating (308, 1206) the plurality of time shifted sequences with sub-sequences of the set of sub-sequences to form a set of partial cross-correlations; sign-adjusting (502, 1208) the partial cross-correlations using the first sign sequence; and combining (504, 1210) the sign-adjusted partial cross-correlations to produce the cross-correlation between the reference sequence and the received sequence, where the cross-correlation is used by the wireless communication system to facilitate wireless communication. shifting (306, 1204) the received sequence to provide a plurality of time shifted sequences; cross-correlating (308, 1206) the plurality of time shifted sequences with sub-sequences of the set of sub-sequences to form a set of partial cross-correlations; sign-adjusting (502, 1208) the partial cross-correlations using the first sign sequence; and combining (504, 1210) the sign-adjusted partial cross-correlations to produce the cross-correlation between the reference sequence and the received sequence, where the cross-correlation is used by the wireless communication system to facilitate wireless communication.
A card dispensing apparatus comprising: an array of card hoppers, wherein the array of card hoppers includes at least two vertical columns of card hoppers positioned side by side, wherein each vertical column includes two or more card hoppers, and wherein each of the individual card hoppers is configured to hold a plurality of horizontally oriented cards in a vertical stack; a plurality of card ejectors, wherein each of the card ejectors is fixed to a corresponding one of the card hoppers; and a card carriage selectively movable between each of the card hoppers, wherein the card carriage is configured to respond to a card selection by moving into position proximate a corresponding one of the card hoppers, wherein the card ejector operably associated with the corresponding card hopper is configured to eject one of the cards from the corresponding card hopper in response to a signal associated with the card selection, wherein the card carriage includes an intake roller configured to receive the ejected card from the corresponding card hopper and move the card fully onto the card carriage, and wherein the card carriage is further configured to transport the received card toward a card accept chute and dispense the card into the card accept chute for retrieval by a user. an array of card hoppers, wherein the array of card hoppers includes at least two vertical columns of card hoppers positioned side by side, wherein each vertical column includes two or more card hoppers, and wherein each of the individual card hoppers is configured to hold a plurality of horizontally oriented cards in a vertical stack; a plurality of card ejectors, wherein each of the card ejectors is fixed to a corresponding one of the card hoppers; and a card carriage selectively movable between each of the card hoppers, wherein the card carriage is configured to respond to a card selection by moving into position proximate a corresponding one of the card hoppers, wherein the card ejector operably associated with the corresponding card hopper is configured to eject one of the cards from the corresponding card hopper in response to a signal associated with the card selection, wherein the card carriage includes an intake roller configured to receive the ejected card from the corresponding card hopper and move the card fully onto the card carriage, and wherein the card carriage is further configured to transport the received card toward a card accept chute and dispense the card into the card accept chute for retrieval by a user.
A sheet comprising; cellulose fibers having an average fiber width of 1000 nm or less, determined according to the description, the cellulose fibers further having a phosphoric acid group or a phosphoric acid group-derived substituent, and a polyvinyl alcohol-based resin, wherein the content of the polyvinyl alcohol-based resin is 9% to 92% by mass and the content of the ultrafine cellulose fibers is 7% by mass or more, with respect to the total mass of the sheet; and wherein the sheet has a tensile elastic modulus of 3.4 GPa or more determined according to the description. cellulose fibers having an average fiber width of 1000 nm or less, determined according to the description, the cellulose fibers further having a phosphoric acid group or a phosphoric acid group-derived substituent, and a polyvinyl alcohol-based resin, wherein the content of the polyvinyl alcohol-based resin is 9% to 92% by mass and the content of the ultrafine cellulose fibers is 7% by mass or more, with respect to the total mass of the sheet; and wherein the sheet has a tensile elastic modulus of 3.4 GPa or more determined according to the description.
An article comprising a food or beverage can, or a portion thereof, the article comprising: a metal substrate; and a coating disposed on at least a portion of the metal substrate, the coating formed from a coating composition comprising an aqueous dispersion of a water-dispersible polymer, wherein the polymer includes: a backbone having at least one heteroatom; and a side group that includes at least one salt group, wherein the side group comprises the reaction product of an unsaturated compound having at least one salt or salt-forming group that is attached to another portion of the polymer via reaction of the unsaturated compound with one or more double or triple bonds, with the proviso that the reaction of the unsaturated compound with the one or more double or triple bonds does not require the participation of a free-radical initiator. a metal substrate; and a coating disposed on at least a portion of the metal substrate, the coating formed from a coating composition comprising an aqueous dispersion of a water-dispersible polymer, wherein the polymer includes: a backbone having at least one heteroatom; and a side group that includes at least one salt group, wherein the side group comprises the reaction product of an unsaturated compound having at least one salt or salt-forming group that is attached to another portion of the polymer via reaction of the unsaturated compound with one or more double or triple bonds, with the proviso that the reaction of the unsaturated compound with the one or more double or triple bonds does not require the participation of a free-radical initiator. a backbone having at least one heteroatom; and a side group that includes at least one salt group, wherein the side group comprises the reaction product of an unsaturated compound having at least one salt or salt-forming group that is attached to another portion of the polymer via reaction of the unsaturated compound with one or more double or triple bonds, with the proviso that the reaction of the unsaturated compound with the one or more double or triple bonds does not require the participation of a free-radical initiator.
A method of manufacturing an introducer, comprising: placing an inner liner over a mandrel; placing a steering assembly over the inner liner, the steering assembly including a steering wire and a pull ring; placing a braided wire reinforcing assembly over the inner liner; placing an outer layer over the inner liner, the steering assembly, and the braided wire reinforcing assembly; laminating the outer layer to the inner liner, thereby embedding the steering assembly and the braided wire reinforcing assembly within the outer layer; and removing the mandrel, thereby forming a lumen, wherein a portion of the introducer is formed into a fixed curvature, characterized in that a proximal end of the steering wire is pulled through an interstitial space in the braided wire reinforcing assembly, such that a first, more distal portion of the steering wire is radially inside the braided wire reinforcing assembly and a second, more proximal portion of the steering wire is radially outside the braided wire reinforcing assembly. placing an inner liner over a mandrel; placing a steering assembly over the inner liner, the steering assembly including a steering wire and a pull ring; placing a braided wire reinforcing assembly over the inner liner; placing an outer layer over the inner liner, the steering assembly, and the braided wire reinforcing assembly; laminating the outer layer to the inner liner, thereby embedding the steering assembly and the braided wire reinforcing assembly within the outer layer; and removing the mandrel, thereby forming a lumen, wherein a portion of the introducer is formed into a fixed curvature, characterized in that a proximal end of the steering wire is pulled through an interstitial space in the braided wire reinforcing assembly, such that a first, more distal portion of the steering wire is radially inside the braided wire reinforcing assembly and a second, more proximal portion of the steering wire is radially outside the braided wire reinforcing assembly.
Aircraft structure made of composite material, comprising a skin reinforced longitudinally with stringers, and frames perpendicular to the stringers, each stringer comprising a head, two webs and two feet, and each frame having recesses in its web for the passage of the longitudinal stringers, such that an internal preform is provided in the gap existing between each stringer and the skin, filling said gap, the stringers and the internal preforms being omega shaped, characterized in that in cross-section the distance (x) between the feet of a stringer is greater than the distance (y) between the feet of adjacent stringers.