mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a flight of an aircraft subjected to a required time of arrival constraint, the method comprising the steps of: a) receiving a required time of arrival at a target waypoint wherein the target waypoint is located in a descent phase of the flight; b) calculating a map of estimated time of arrivals at the target waypoint, wherein the map is a function of a cruise speed and of a descent speed of the aircraft, wherein cruise speed and descent speed are within speed limits; characterized in that the method further comprises: c) generating a curve on the map, the curve representing combinations wherein each combination comprises a cruise speed and a descent speed, wherein the curve comprises a first branch wherein the cruise and descent speeds of each combination of the first branch introduces a same amount of time delay when the cruise speed is reduced to the minimum cruise speed limit of the aircraft as when the descent speed is reduced to the minimum descent speed limit of the aircraft; d) selecting a combination of a cruise speed and a descent speed of the generated curve that complies with RTA=ETA; and e) modifying the cruise speed and the descent speed of the aircraft according to the selected combination. a) receiving a required time of arrival at a target waypoint wherein the target waypoint is located in a descent phase of the flight; b) calculating a map of estimated time of arrivals at the target waypoint, wherein the map is a function of a cruise speed and of a descent speed of the aircraft, wherein cruise speed and descent speed are within speed limits; c) generating a curve on the map, the curve representing combinations wherein each combination comprises a cruise speed and a descent speed, wherein the curve comprises a first branch wherein the cruise and descent speeds of each combination of the first branch introduces a same amount of time delay when the cruise speed is reduced to the minimum cruise speed limit of the aircraft as when the descent speed is reduced to the minimum descent speed limit of the aircraft; d) selecting a combination of a cruise speed and a descent speed of the generated curve that complies with RTA=ETA; and e) modifying the cruise speed and the descent speed of the aircraft according to the selected combination.
A method of detecting a target nucleic acid in a sample comprising the steps of: (a) analysing a sample that has been provided and is suspected of containing a target nucleic acid by; (b) generating from said target nucleic acid, a pre-defined ratio of at least two differentiable amplicon species, wherein the at least two differentiable amplicon species are generated using a single amplification oligomer that hybridizes to one strand of the target nucleic acid and at least two amplification oligomers that hybridize to a complementary strand of the target nucleic acid, wherein said at least two amplification oligomers hybridizing to a complementary strand of said target nucleic acid are provided in amounts that differ by at least one order of magnitude, and wherein said generating step is performed in a single vessel; and (c) detecting the presence and amount of each generated amplicon species, wherein a first amplicon species is detectable in a first linear range representing a first concentration of target nucleic acid in said sample to a second concentration of target nucleic acid in said sample and a second amplicon species is detectable in a second linear range representing a third concentration of target nucleic acid in said sample to a fourth concentration of target nucleic acid in said sample, and wherein said first concentration is less than the third concentration, which is less than the second concentration, which is less than the fourth concentration such that said first and second linear ranges overlap and provide an extended dynamic range for determining the presence and amount of said target nucleic acid in said sample, and wherein said detecting step is performed in a single vessel. (a) analysing a sample that has been provided and is suspected of containing a target nucleic acid by; (b) generating from said target nucleic acid, a pre-defined ratio of at least two differentiable amplicon species, wherein the at least two differentiable amplicon species are generated using a single amplification oligomer that hybridizes to one strand of the target nucleic acid and at least two amplification oligomers that hybridize to a complementary strand of the target nucleic acid, wherein said at least two amplification oligomers hybridizing to a complementary strand of said target nucleic acid are provided in amounts that differ by at least one order of magnitude, and wherein said generating step is performed in a single vessel; and (c) detecting the presence and amount of each generated amplicon species,
A liquid discharging apparatus comprising: a transporting endless belt having an adhesive support surface, and configured and arranged to intermittently transport a medium by supporting the medium on the adhesive support surface; a discharging head configured and arranged to discharge a liquid onto the medium supported by the transporting endless belt; and a cleaning mechanism having a cleaning roller configured and arranged to clean the transporting endless belt by coming into contact with the transporting endless belt, characterized in that when a total length of the transporting endless belt is L1, an intermittent transport distance of the transporting endless belt is L2, and a contact length of the cleaning roller with the transporting endless belt in a transport direction is L3, L3 is longer than L2, and L1 is a non-integer multiple of L2. a transporting endless belt having an adhesive support surface, and configured and arranged to intermittently transport a medium by supporting the medium on the adhesive support surface; a discharging head configured and arranged to discharge a liquid onto the medium supported by the transporting endless belt; and a cleaning mechanism having a cleaning roller configured and arranged to clean the transporting endless belt by coming into contact with the transporting endless belt, characterized in that when a total length of the transporting endless belt is L1, an intermittent transport distance of the transporting endless belt is L2, and a contact length of the cleaning roller with the transporting endless belt in a transport direction is L3, L3 is longer than L2, and L1 is a non-integer multiple of L2.
A fabric softener active composition, comprising a) from 65 to 95 % by weight of a bis-(2-hydroxyethyl)-dimethylammonium chloride fatty acid ester having a molar ratio of fatty acid moieties to amine moieties of from 1.80 to 1.96, an average chain length of the fatty acid moieties of from 16 to 18 carbon atoms and an iodine value, calculated for the free fatty acid, of from 0 to 50, b) from 2 to 8 % by weight of a fatty acid triglyceride having an average chain length of the fatty acid moieties of from 10 to 14 carbon atoms and an iodine value, calculated for the free fatty acid, of from 0 to 15, and c) from 3 to 12 % by weight of an alcohol selected from ethanol, 1-propanol and 2-propanol. a) from 65 to 95 % by weight of a bis-(2-hydroxyethyl)-dimethylammonium chloride fatty acid ester having a molar ratio of fatty acid moieties to amine moieties of from 1.80 to 1.96, an average chain length of the fatty acid moieties of from 16 to 18 carbon atoms and an iodine value, calculated for the free fatty acid, of from 0 to 50, b) from 2 to 8 % by weight of a fatty acid triglyceride having an average chain length of the fatty acid moieties of from 10 to 14 carbon atoms and an iodine value, calculated for the free fatty acid, of from 0 to 15, and c) from 3 to 12 % by weight of an alcohol selected from ethanol, 1-propanol and 2-propanol.
A method for establishing a media channel based on relay, wherein the method comprises: during a session negotiation process between a first User Equipment UE and a second UE, a media relay control server allocating a first service identifier and a second service identifier, transmitting the first service identifier to the first UE, transmitting the second service identifier to the second UE, and transmitting the first service identifier and the second service identifier to a media relay device; the media relay device receiving the service identifiers reported by the first UE and the second UE; and the media relay device verifying, according to the first service identifier and the second identifier transmitted by the media relay control server, the service identifiers reported by the first UE and the second UE, and establishing a media channel between the first UE and the second UE if the verification is passed, characterized in that the first service identifier and the second service identifier indicate a range of a start sequence number of a packet; the media relay device receiving the service identifiers reported by the first UE and the second UE respectively comprises: the media relay device receiving a first packets from the first UE and the second UE respectively after the session negotiation is ended and acquiring the sequence number of the packets; and the media relay device verifying the service identifiers reported by the first UE and the second UE comprises: the media relay device judging whether the sequence number of the first packet from the first UE is in the range indicated by the first service identifier, and judging whether the sequence number of the first packet from the second UE is in the range indicated by the second service identifier, if so, the verification is passed. during a session negotiation process between a first User Equipment UE and a second UE, a media relay control server allocating a first service identifier and a second service identifier, transmitting the first service identifier to the first UE, transmitting the second service identifier to the second UE, and transmitting the first service identifier and the second service identifier to a media relay device; the media relay device receiving the service identifiers reported by the first UE and the second UE; and the media relay device verifying, according to the first service identifier and the second identifier transmitted by the media relay control server, the service identifiers reported by the first UE and the second UE, and establishing a media channel between the first UE and the second UE if the verification is passed, characterized in that the first service identifier and the second service identifier indicate a range of a start sequence number of a packet;
An electrostatic discharge protection device for an integrated circuit device, the ESD protection device comprising: a bigFET configured to conduct an ESD current during an ESD event; and a trigger device configured to trigger the bigFET during the ESD event, the trigger device comprising: a slew rate detector configured to detect the ESD event; a driver stage configured to drive the bigFET; a keep-on latch configured to keep the driver stage turned on to drive a gate terminal of the bigFET with a driving voltage that is insensitive to a pre-bias on a drain terminal or a source terminal of the bigFET; wherein the keep-on latch comprises a capacitor, and characterized in that the capacitor is not directly connected to a power supply node or a ground node of the IC device. a bigFET configured to conduct an ESD current during an ESD event; and a trigger device configured to trigger the bigFET during the ESD event, the trigger device comprising: a slew rate detector configured to detect the ESD event; a driver stage configured to drive the bigFET; a keep-on latch configured to keep the driver stage turned on to drive a gate terminal of the bigFET with a driving voltage a slew rate detector configured to detect the ESD event; a driver stage configured to drive the bigFET; a keep-on latch configured to keep the driver stage turned on to drive a gate terminal of the bigFET with a driving voltage that is insensitive to a pre-bias on a drain terminal or a source terminal of the bigFET; wherein the keep-on latch comprises a capacitor, and characterized in that the capacitor is not directly connected to a power supply node or a ground node of the IC device.
Device (1a, 1b, 1c) comprising a filling unit for filling containers with a product, which filling unit is provided with at least one flap (13a, 13b) which is displaceable between an open position in which a container situated underneath can be filled with product falling from a filling chamber from the filling unit and a closed position for closing the filling chamber so that the containers can be filled in batches using the filling unit, in which the device is furthermore provided with a guide unit for guiding the product falling from the filling chamber into the container, in which the guide unit is displaceable in the direction of the container situated underneath, characterised in that the filling unit is displaceable into the guide unit in order to press down the product in the container.
Method for controlling the feeding on a feed beam of a movable rock drilling machine, which includes a percussive device and a rotation motor providing a rotation moment, wherein a parameter related to the rotation moment is monitored and the feeding is controlled by flow control as a response to variation of the value of the parameter, wherein a feed flow to a fluid motor means providing the feed is reduced as a function of a change of the parameter value corresponding to an increase of the rotation moment over a first level, characterized in that for parameter values corresponding to the rotation moment being below the first level, feeding is controlled by pressure control as a response to the variation of the value of the parameter, wherein a feed pressure for said fluid motor means is reduced as a function of a change of the parameter value corresponding to an increase of the rotation moment, wherein within an interval of the value of said parameter in the area of the first level, flow control and pressure control of the feed may overlap each other.
A method for thermally induced seam bonding of weldable and/or gluable flat flexible material layers with each other which are each configured as a material web, a material band and/or a material piece and are arranged at least partially overlapping using an automatic bonding apparatus, wherein at least one electrical contact heating arrangement that is arranged at a carrier frame of the automatic bonding apparatus with a directly electrically powered and heatable heating wedge is used for locally heating at least one of the material layers to be bonded to a bonding temperature and at least one contact pressure and feed roller (6, 6') arranged at the carrier frame and driven by an electric motor is used for locally compressing a heated material portion of the at least one material layer, and wherein an electronic control is used for adjusting and/or controlling a relative velocity v between the material layers and the automatic bonding apparatus and a temperature T and/or an electrical power P of a heating resistor arranged between two electrodes (13, 13') of the heating wedge, wherein the relative velocity (v) and the temperature and/or the electrical power of the heating wedge is monitored during the bonding process at least in predetermined time intervals, the electrical power of the heating wedge is automatically adjusted upon a change of the relative velocity (v) as a function of a determined relative velocity (v), and wherein the electrical power of the heating wedge is increased upon an increase of the relative velocity (v) and the electrical power is reduced upon a decrease of the relative velocity (v).
A recombinant microorganism for improved methionine production comprising: a) modifications to produce methionine from glucose as main carbon source by fermentation, b) modifications to improve glucose import by overexpression of the gene ptsG encoding the PTS enzyme IICB Glc and deletion of the gene dgsA, and c) wherein the expression of at least one of the following genes is attenuated: metJ, pykA, pykF, purU, yncA or udhA. a) modifications to produce methionine from glucose as main carbon source by fermentation, b) modifications to improve glucose import by overexpression of the gene ptsG encoding the PTS enzyme IICB Glc and deletion of the gene dgsA, and c) wherein the expression of at least one of the following genes is attenuated: metJ, pykA, pykF, purU, yncA or udhA.
Cooler (100, 200, 300) for cooling hot bulk material, in which cooling gas flows approximately transversely to the conveying direction through a bulk material bed and in the process takes up the heat of the bulk material, wherein an apparatus (101, 102, 103, 104) which carries the bulk material bed has a ventilation floor through which cooling gas flows, and wherein the conveying principle provides for planks (101, 102, 103, 104) which extend in the conveying direction, in which at least two adjacent planks (101, 102, 103, 104) are moved simultaneously in the conveying direction and non-simultaneously counter to the conveying direction, characterized in that the planks (101, 102, 103, 104) have differently configured surfaces (110, 115, 215, 315), on which the bulk material bed lies, in the conveying direction, and these surfaces, on account of their different frictional locking with the bulk material bed lying thereon, lead to mean transport speeds which differ from one another, such that as a result the bulk material bed is stretched in the region of quicker conveying and compressed in the region of slower conveying.
A sealing machine for textile articles of manufacture, comprising: a conveying group comprising a first conveyor member cooperating with a second conveyor member for translating an article of manufacture ("M") in being processed according to a predetermined feed direction ("A"); wherein said first conveyor member comprises a first roller acting on the article of manufacture ("M") by means of a dragging surface (6a, 7a) having a diameter ("d") smaller than 20 mm, characterised in that the first roller is rotatably engaged at one end of an arm overhanging from a fixed structure, wherein said arm houses a motorized drive shaft, offset parallel to a rotation axis ("X 1 ") of the first roller and operatively connected with the latter by means of kinematic transmission members. a conveying group comprising a first conveyor member cooperating with a second conveyor member for translating an article of manufacture ("M") in being processed according to a predetermined feed direction ("A"); wherein said first conveyor member comprises a first roller acting on the article of manufacture ("M") by means of a dragging surface (6a, 7a) having a diameter ("d") smaller than 20 mm, characterised in that the first roller is rotatably engaged at one end of an arm overhanging from a fixed structure, wherein said arm houses a motorized drive shaft, offset parallel to a rotation axis ("X 1 ") of the first roller and operatively connected with the latter by means of kinematic transmission members.
A person restraint system for a descent access shaft accessible from the top through a manhole, the system including a removable holding pole and a pole installation base, the pole being longitudinally elongated between two ends, including a lower end adapted to be removably mounted on the base and an upper end having an anchoring member (11, 12), the installation base being attached to a wall of the shaft, the system being configured in such a way that, when the pole is installed in the installation base, the pole extends upward and the upper end of the pole is located at a determined height above the level of the manhole, the system including a winch device (31, 50) with a cable, the free end of the cable including an attachment device, said winch device (31, 50) being carried by a rod removably attached to the upper end of the pole, the pole being a metal profile and the rod being able to be slid down inside the upper end of the pole, the rod and/or the pole including a stop means limiting the moving down of the rod into the upper end of the pole, characterized in that the winch device is positioned opposite the manhole with respect to the pole and includes an outlet for the cable and a point for its attachment to the rod, the attachment point being opposite to the cable outlet and, when the rod is attached to the upper end of the pole, the attachment point is located at a lower height than the height of the cable outlet, the cable exiting through the cable outlet running upward and being brought back downward by a diverting device arranged at the upper end of the rod in such a way that the cable can go down along the pole on the manhole side, characterized in that the winch device is laterally attached to the rod, the attachment point of the winch device being linked to the rod through a gallows and in that the upper end of the pole includes a longitudinal groove into which the gallows can move down when the rod is slid down inside the upper end of the pole.
A curing agent component for a two-component epoxy adhesive made of a component A comprising an epoxy resin and a curing agent component B, wherein the curing agent component comprises B1) at least one aliphatic acyclic polyether amine with at least 2 amino groups and B2) at least one polyamine selected from a phenalkamine or an aliphatic polyether amine containing at least one acyclic alkoxylate segment and at least one cycloaliphatic segment, and optionally B3) at least one amine compound selected from an amine-terminated rubber, an amine-terminated poly(tetramethylene ether glycol) and an amine-terminated poly(tetramethylene ether glycol)-poly(propylene glycol) copolymer. B1) at least one aliphatic acyclic polyether amine with at least 2 amino groups and B2) at least one polyamine selected from a phenalkamine or an aliphatic polyether amine containing at least one acyclic alkoxylate segment and at least one cycloaliphatic segment, and optionally B3) at least one amine compound selected from an amine-terminated rubber, an amine-terminated poly(tetramethylene ether glycol) and an amine-terminated poly(tetramethylene ether glycol)-poly(propylene glycol) copolymer.
A method for the production of methionine, its derivatives, or precursors by culturing a microorganism in an appropriate culture medium comprising a source of carbon and a source of sulfur and recovery of methionine from the culture medium, wherein in the microorganism: - the expression of the genes cysM and cysE, involved in cysteine production, is increased, - homoserine succinyltransferase (MetA) allele(s) encoding enzyme(s) with reduced feed-back sensitivity to S-adenosylmethionine and/or methionine is/are integrated, - the gene metH encoding methionine synthase is overexpressed, - the gene metF encoding 5,10-methylenetetrahydrofolate reductase is overexpressed, - the expression of an allele thrA encoding for an aspartokinase homoserine with reduced feedback sensitivity is increased, and - the methionine repressor encoded by the metJ gene is attenuated, wherein the methionine repressor encoded by the metJ gene is deleted or mutated. - the expression of the genes cysM and cysE, involved in cysteine production, is increased, - homoserine succinyltransferase (MetA) allele(s) encoding enzyme(s) with reduced feed-back sensitivity to S-adenosylmethionine and/or methionine is/are integrated, - the gene metH encoding methionine synthase is overexpressed, - the gene metF encoding 5,10-methylenetetrahydrofolate reductase is overexpressed, - the expression of an allele thrA encoding for an aspartokinase homoserine with reduced feedback sensitivity is increased, and - the methionine repressor encoded by the metJ gene is attenuated, wherein the methionine repressor encoded by the metJ gene is deleted or mutated.