mhurhangee/ep-ind-claims huggingface dataset:
A fuel nozzle for a gas turbine, comprising: a. a main body, the main body having an upstream end axially separated from a downstream end, the main body at least partially defining a fuel supply passage that extends through the upstream end and at least partially through the main body; b. a fuel distribution manifold disposed at the downstream end of the main body, the fuel distribution manifold having a plurality of axially extending passages that extend through the fuel distribution manifold; c. a plurality of fuel injection ports, each fuel injection port defining a flow path between the fuel supply passage and a respective one of the plurality of axially extending passages; characterized by d. a plurality of axially extending tubes that are joined to the fuel distribution manifold, forming a premix flow path through the fuel nozzle, wherein the plurality of axially extending tubes extend downstream from the fuel distribution manifold, each tube being aligned with a respective one of the plurality of axially extending passages. a. a main body, the main body having an upstream end axially separated from a downstream end, the main body at least partially defining a fuel supply passage that extends through the upstream end and at least partially through the main body; b. a fuel distribution manifold disposed at the downstream end of the main body, the fuel distribution manifold having a plurality of axially extending passages that extend through the fuel distribution manifold; c. a plurality of fuel injection ports, each fuel injection port defining a flow path between the fuel supply passage and a respective one of the plurality of axially extending passages; characterized by d. a plurality of axially extending tubes that are joined to the fuel distribution manifold, forming a premix flow path through the fuel nozzle,
A method for increasing the production of triacylglycerol in a microalga, said method comprising: culturing a recombinant microalga which has been transformed with a recombinant nucleic acid encoding a NOA protein under conditions suitable for the production or overproduction of NO by said microalga, so as to enhance the production of said triacylglycerol, wherein the triacylglycerol content is increased in said recombinant microalga to at least 150%, preferably at least 200%, compared to a corresponding microalga wherein the NO production pathway was not modulated. culturing a recombinant microalga which has been transformed with a recombinant nucleic acid encoding a NOA protein under conditions suitable for the production or overproduction of NO by said microalga, so as to enhance the production of said triacylglycerol, wherein the triacylglycerol content is increased in said recombinant microalga to at least 150%, preferably at least 200%, compared to a corresponding microalga wherein the NO production pathway was not modulated.
An adhesive complex coacervate comprising at least one polycation and at least one polyanion, wherein at least one polycation and/or polyanion is a biodegradable, and wherein each polycation and polyanion comprises at least one fragment having the formula VII wherein R 1, R 2, and R 3 are, independently, hydrogen or an alkyl group, X is oxygen or NR 5, where R 5 is hydrogen or an alkyl group, and m is from 1 to 10, or the pharmaceutically-acceptable salt thereof, wherein at least one of R 2 or R 3 is an actinically crosslinkable group.
A forced evaporative humidifier for nano-vapor, comprising: a housing having an exhaust port formed in an upper surface thereof and a suction port formed at one side of a front surface thereof; a water tank located below the suction port to store water; an injection unit having an injection nozzle located above the suction port, a pump for pulling up the water in the water tank to the injection nozzle, and a transfer tube for transferring the water pulled by the pump; a blowing fan located above the injection nozzle to carry air toward the exhaust port of the housing; a humidifying unit located below the injection nozzle so that films, each having a body surface formed to allow the water injected from the injection nozzle to flow and a plurality of tube-type spacers protruding on the body surface, are stacked in a lateral direction therein; and an eliminator located between the blowing fan and the injection nozzle to prevent water drops included in a humid air humidified by the humidifying unit from being scattered; characterized in that a plurality of slits formed in a horizontal direction between one pair of spacers adjacent to each other in the horizontal direction are formed in the film, and wherein the plurality of slits include a first slit protruding so that a cut position of the body surface cut by the slit is oriented toward an upper direction of the body surface and a second slit protruding so that a cut position of the body surface cut by the slit is oriented toward a lower direction of the body surface. a housing having an exhaust port formed in an upper surface thereof and a suction port formed at one side of a front surface thereof; a water tank located below the suction port to store water; an injection unit having an injection nozzle located above the suction port, a pump for pulling up the water in the water tank to the injection nozzle, and a transfer tube for transferring the water pulled by the pump; a blowing fan located above the injection nozzle to carry air toward the exhaust port of the housing; a humidifying unit located below the injection nozzle so that films, each having a body surface formed to allow the water injected from the injection nozzle to flow and a plurality of tube-type spacers protruding on the body surface, are stacked in a lateral direction therein; and an eliminator located between the blowing fan and the injection nozzle to prevent water drops included in a humid air humidified by the humidifying unit from being scattered; characterized in that a plurality of slits formed in a horizontal direction between one pair of spacers adjacent to each other in the horizontal direction are formed in the film, and wherein the plurality of slits include a first slit protruding so that a cut position of the body surface cut by the slit is oriented toward an upper direction of the body surface and a second slit protruding so that a cut position of the body surface cut by the slit is oriented toward a lower direction of the body surface.
A method for transmitting a status report of a data stream by a user equipment, UE, in a communication system, the method comprising: receiving, from a transmission entity, first packets transmitted using a first radio access technology, RAT, and second packets transmitted using a second RAT, wherein the first packets and the second packets are included in the data stream; detecting at least one missing sequence number from first sequence numbers of the first packets and second sequence numbers of the second packets stored in a reception buffer; when at least one missing sequence number is detected, determining that an occurrence cause of the at least one missing sequence number is due to either a transmission delay time difference between the first RAT and the second RAT or a reception failure; when the occurrence cause of the at least one missing sequence number is the transmission delay time difference and if a skew timer is not running, starting the skew timer; and when the skew timer has expired, transmitting, to the transmitting entity, the status report comprising information indicating that at least one packet corresponding to the at least one missing sequence number has not been received due to the transmission delay time difference. receiving, from a transmission entity, first packets transmitted using a first radio access technology, RAT, and second packets transmitted using a second RAT, wherein the first packets and the second packets are included in the data stream; detecting at least one missing sequence number from first sequence numbers of the first packets and second sequence numbers of the second packets stored in a reception buffer; when at least one missing sequence number is detected, determining that an occurrence cause of the at least one missing sequence number is due to either a transmission delay time difference between the first RAT and the second RAT or a reception failure; when the occurrence cause of the at least one missing sequence number is the transmission delay time difference and if a skew timer is not running, starting the skew timer; and when the skew timer has expired, transmitting, to the transmitting entity, the status report comprising information indicating that at least one packet corresponding to the at least one missing sequence number has not been received due to the transmission delay time difference.
Method for obtaining membrane vesicles high in intrinsic membrane proteins from a marine organism, characterized in that said vesicles are obtained from a marine organism belonging to the phylum Cnidaria and to the class Scyphozoa, and wherein said method comprises: - Cold homogenization of a tissue from a marine animal by an automatic mechanical homogenizer, - Separating the membrane fraction by successive centrifugation and use of an two-phase system of dextran-polyethylene glycol - Re-suspending the plasma membrane fraction in a preservation buffer with pharmaceutically acceptable composition. - Cold homogenization of a tissue from a marine animal by an automatic mechanical homogenizer, - Separating the membrane fraction by successive centrifugation and use of an two-phase system of dextran-polyethylene glycol - Re-suspending the plasma membrane fraction in a preservation buffer with pharmaceutically acceptable composition.
A virtualized cache implementation method, applied to a physical machine, wherein a virtual machine runs on the physical machine, a memory of the virtual machine stores cache metadata, the cache metadata comprises a one-to-one mapping relationship between a plurality of virtual addresses and a plurality of first physical addresses, the virtual address indicates a location in a virtual disk, the first physical address is a physical address of a cache in the virtual machine, and the method comprises: obtaining an operation request delivered by the virtual machine, wherein the operation request comprises a first virtual address, and is used to request to read or write data from or to a location that is in the virtual disk and that is indicated by the first virtual address; if the cache metadata comprises a target first physical address corresponding to the first virtual address, determining, based on preconfigured mapping relationships between the plurality of first physical addresses and a plurality of second physical addresses, a target second physical address corresponding to the target first physical address, wherein the second physical address is a physical address of a physical disk in the physical machine that provides physical address space for the cache of the virtual machine; and reading or writing the data from or to a location that is in the physical disk of the physical machine and that is indicated by the target second physical address. obtaining an operation request delivered by the virtual machine, wherein the operation request comprises a first virtual address, and is used to request to read or write data from or to a location that is in the virtual disk and that is indicated by the first virtual address; if the cache metadata comprises a target first physical address corresponding to the first virtual address, determining, based on preconfigured mapping relationships between the plurality of first physical addresses and a plurality of second physical addresses, a target second physical address corresponding to the target first physical address, wherein the second physical address is a physical address of a physical disk in the physical machine that provides physical address space for the cache of the virtual machine; and reading or writing the data from or to a location that is in the physical disk of the physical machine and that is indicated by the target second physical address.
A lumen bearing component comprising: a lumen defined by an interior surface of a surrounding wall having an exterior surface and additionally having end wall surfaces communicating between said interior surface and said exterior surface, said lumen formed of polymeric material being flexible as needed for intravenous insertion and navigation; characterised by a titaniumized surface (16, 17) formed completely upon all of said exterior surface of said surrounding wall, said titaniumized surface also completely covering all of said interior surface; said titaniumized surface providing means for increased lubricity and bio-compatibility with a body of a patient in which said catheter is positioned; said titaniumized surface (16, 17) being the only surface formed completely on all of said exterior and said interior surface, and said titaniumized surface being composed exclusively of titanium; said titaniumized surface covering said exterior surface being covalent bonded with said exterior surface in a first layer having a thickness substantially being in a range between 20 - 60 nm; and maintaining said thickness within said range providing means to maintain a flexibility of the underlying polymeric material.
An in vitro method for evaluating harmfulness of a chemical substance to a cell, said method comprising: introducing, into a cell, the compound to be evaluated for its harmfulness to the cell, and a double-stranded RNA probe comprising an RNA strand labeled with a fluorescent dye A that emits fluorescence, and an RNA strand labeled with a fluorescent dye B that quenches emission from a fluorescent dye in the vicinity thereof, wherein the fluorescence is quenched in a double-stranded state due to occurrence of fluorescence resonance energy transfer (FRET) between said two kinds of fluorescent dyes; and detecting a decrease in the degradation rate of intracellular RNA by measuring fluorescence emission, which detection utilizes the principle that, in cases where double-stranded RNA is degraded by activity of intracellular ribonuclease, the FRET state is canceled, allowing fluorescence emission of the fluorescent dye A, while in cases where activity of intracellular ribonuclease is suppressed, double-stranded RNA remains undegraded, making the fluorescent dye A remain quenched due to influence of the fluorescent dye B. introducing, into a cell, the compound to be evaluated for its harmfulness to the cell, and a double-stranded RNA probe comprising an RNA strand labeled with a fluorescent dye A that emits fluorescence, and an RNA strand labeled with a fluorescent dye B that quenches emission from a fluorescent dye in the vicinity thereof, wherein the fluorescence is quenched in a double-stranded state due to occurrence of fluorescence resonance energy transfer (FRET) between said two kinds of fluorescent dyes; and detecting a decrease in the degradation rate of intracellular RNA by measuring fluorescence emission, which detection utilizes the principle that, in cases where double-stranded RNA is degraded by activity of intracellular ribonuclease, the FRET state is canceled, allowing fluorescence emission of the fluorescent dye A, while in cases where activity of intracellular ribonuclease is suppressed, double-stranded RNA remains undegraded, making the fluorescent dye A remain quenched due to influence of the fluorescent dye B.
A device for incoupling optical signals into at least one waveguide, said device comprising at least one send-site circuit which based on incoming signals from send-site terminal contacts actuates at least one electro-optical converter which sends out the optical signals in the direction of the axis of the waveguide, wherein the send-site circuit is arranged essentially in the plane of a send-site substrate comprising the send-site terminal contacts, wherein the substrate comprises a notch for incorporating the circuit, characterized in - that the height of the circuit is essentially equal to the height of the substrate, - that at least one bonding surface for connecting the converter is arranged on the front face of the substrate and/or of the circuit, - that the notch is open toward the front face of the substrate, and dimensioned in such way that the circuit abuts essentially flush against the front face, and - that the converter is arranged on the circuit's front face facing away from the substrate in such way that the sending direction of the converter lies essentially perpendicular to the front face of the circuit. - that the height of the circuit is essentially equal to the height of the substrate, - that at least one bonding surface for connecting the converter is arranged on the front face of the substrate and/or of the circuit, - that the notch is open toward the front face of the substrate, and dimensioned in such way that the circuit abuts essentially flush against the front face, and - that the converter is arranged on the circuit's front face facing away from the substrate in such way that the sending direction of the converter lies essentially perpendicular to the front face of the circuit.
Automatic system for cycle storage including: - a plurality of electric cycles each comprising an electric motor and operating respectively with rechargeable electric batteries, - a fixed infrastructure comprising a plurality of locking positions in which said electric cycles can be locked and at least one external control device (2, 8) suited for selectively allowing the locking and unlocking of the electric cycles in said locking positions, wherein the batteries are removable and independent of the electric cycles, with each battery comprising an external electric connector, wherein each electric cycle comprises a cycle electric connector accessible to a user for connecting the external electric connector of one of said batteries to the cycle and powering the electric cycle, wherein the battery has an identifier and includes a logic unit, wherein the cycle has an electronic central unit which communicates with the logic unit of the battery when said battery is connected to the cycle, the electronic central unit of the cycle communicating with the fixed infrastructure at least when the cycle is locked on a locking position, characterized in that the logic unit of the battery has access to said identifier of the battery and is adapted to communicate this identifier to the electronic central unit of the cycle when said battery is connected to the electric cycle locked on a locking position, the electronic central unit of the cycle being adapted to communicate said identifier to the fixed infrastructure when said battery is connected to the electric cycle locked on a locking position, and in that said fixed infrastructure (2, 7, 8) is suited for selectively unlocking or not the electric cycle as a function only of the identifier of the battery, without any other identification means. - a plurality of electric cycles each comprising an electric motor and operating respectively with rechargeable electric batteries, - a fixed infrastructure comprising a plurality of locking positions in which said electric cycles can be locked and at least one external control device (2, 8) suited for selectively allowing the locking and unlocking of the electric cycles in said locking positions,
A method for wireless communication at an access point, AP (104, 304, 306, 308, 310), comprising: sending a request to at least one station associated with the AP to scan for information (322, 324, 326) related to at least one neighboring AP (304, 306, 308) operating in a neighborhood of the AP and to report the information (322, 324, 326) to the AP; receiving from the at least one associated station an information report including the information (322, 324, 326) related to the at least one neighboring AP (304, 306, 308) operating in the neighborhood of the AP; generating a neighborhood report (318, 500) related to the at least one neighboring AP (304, 306, 308), the neighborhood report (318, 500) including the information (322, 324, 326), comprising a service set identifier, SSID related to the at least one neighboring AP (304, 306, 308), received from the at least one associated station; and transmitting the neighborhood report (318, 500) to one or more other stations not associated with the AP to facilitate discovery of an AP of interest to the one or more other stations based on the SSID related to the at least one neighboring AP (304, 306, 308). sending a request to at least one station associated with the AP to scan for information (322, 324, 326) related to at least one neighboring AP (304, 306, 308) operating in a neighborhood of the AP and to report the information (322, 324, 326) to the AP; receiving from the at least one associated station an information report including the information (322, 324, 326) related to the at least one neighboring AP (304, 306, 308) operating in the neighborhood of the AP; generating a neighborhood report (318, 500) related to the at least one neighboring AP (304, 306, 308), the neighborhood report (318, 500) including the information (322, 324, 326), comprising a service set identifier, SSID related to the at least one neighboring AP (304, 306, 308), received from the at least one associated station; and transmitting the neighborhood report (318, 500) to one or more other stations not associated with the AP to facilitate discovery of an AP of interest to the one or more other stations based on the SSID related to the at least one neighboring AP (304, 306, 308).
A system comprising: a motor arrangement comprising two independently driven electric motors (39, 40) for differentially driving left and right wheels of a motorized vehicle: a control system for controlling the motor arrangement; characterised in that the control system comprises: a yaw rate feedback control loop comprising: a comparator for receiving a yaw rate sensor signal from a yaw rate sensor, the yaw rate sensor signal being indicative of an actual yaw rate of the vehicle and for receiving a yaw rate reference signal generated by a user input device, the yaw rate reference signal being indicative of a user demanded yaw rate for the vehicle, the comparator arranged to output a yaw rate error signal based on a difference between the yaw rate sensor signal and the yaw rate reference signal; a variable limiter for limiting a yaw rate correction signal to values within a variable limit, the yaw rate correction signal for controlling the motor arrangement to reduce the yaw rate error signal; a compensator between the comparator and the variable limiter for receiving as input the yaw rate error signal and generating in response thereto the yaw rate correction signal; a limit calculator for continuously calculating the variable limit in dependence upon one or more signals input to and/or generated by the control loop. a comparator for receiving a yaw rate sensor signal from a yaw rate sensor, the yaw rate sensor signal being indicative of an actual yaw rate of the vehicle and for receiving a yaw rate reference signal generated by a user input device, the yaw rate reference signal being indicative of a user demanded yaw rate for the vehicle, the comparator arranged to output a yaw rate error signal based on a difference between the yaw rate sensor signal and the yaw rate reference signal; a variable limiter for limiting a yaw rate correction signal to values within a variable limit, the yaw rate correction signal for controlling the motor arrangement to reduce the yaw rate error signal; a compensator between the comparator and the variable limiter for receiving as input the yaw rate error signal and generating in response thereto the yaw rate correction signal; a limit calculator for continuously calculating the variable limit in dependence upon one or more signals input to and/or generated by the control loop.