mhurhangee/ep-ind-claims huggingface dataset:
Method for concealing a naval vessel (100, 102, 104) comprising at least one deck and a hull (101, 103, 105), characterised in that it consists in integrating in the vessel (100, 102, 104) at least one gas turbine, this integration being able to be made on the deck of the vessel and/or in the vessel (102, 104), in particular substantially at or above the waterline, injecting a fluid at the discharge from the gas turbine, and guiding (11, 11', 11 "a, 11 "b) the flow of gas thus loaded with fluid in suspension, referred to as a flow of smoke, to at least one outlet formed in the hull (101, 103, 105) of the vessel (100, 102, 104), so as to direct said flow of smoke.
A network-slice selection method, the method comprises: obtaining one or more of a network-slice selection policy, user subscription information, a network-slice selection assistance parameter, and a user context by a network-slice selection control function entity; and determining network-slice selection information according to one or more of the network-slice selection policy, the user subscription information, the network-slice selection assistance parameter, and the user context by the network-slice selection control function entity, and transmitting the determined network-slice selection information to a network-slice routing function entity or an access-network side device, so that the network-slice routing function entity or the access-network side device performs routing for signaling or data; wherein, the network-slice selection information comprises an identifier of a control plane function or an identifier of a group of control plane functions of a network slice accessed by a user, and the identifier of the control plane function or the identifier of the group of control plane functions of the network slice corresponds to a network-slice identifier of the network slice. obtaining one or more of a network-slice selection policy, user subscription information, a network-slice selection assistance parameter, and a user context by a network-slice selection control function entity; and determining network-slice selection information according to one or more of the network-slice selection policy, the user subscription information, the network-slice selection assistance parameter, and the user context by the network-slice selection control function entity, and transmitting the determined network-slice selection information to a network-slice routing function entity or an access-network side device, so that the network-slice routing function entity or the access-network side device performs routing for signaling or data; wherein, the network-slice selection information comprises an identifier of a control plane function or an identifier of a group of control plane functions of a network slice accessed by a user, and the identifier of the control plane function or the identifier of the group of control plane functions of the network slice corresponds to a network-slice identifier of the network slice.
Device for preparing a reinforcing strip intended for the manufacture of a tyre, the said device making it possible to prepare an undulating reinforcing strip from a flat reinforcing strip, the said device comprising: - a continuous transporter that is able to guide a plurality of fingers along a closed circuit comprising at least one rectilinear path portion, said fingers being able to bear against a first face of the strip, - a rotary support plate that rotates about a support plate axis, said rotary support plate bearing a plurality of rotary rollers having axes parallel to the support plate axis, said rollers being distributed in a circle substantially concentric with the support plate axis, said rollers being able to bear against a second face of the strip, - guide means (9, 10) for guiding the flat reinforcing strip entering the device, - means for synchronizing the rotation of the rotary support plate and the forward motion of the continuous transporter, in which the closed circuit has an intersecting portion in which the synchronizing means allow the fingers and the rollers to move in rotational movements in a common plane perpendicular to the support plate axis, the fingers and the rollers being interposed in said intersecting portion so as to impose waves on the strip that extend in said common plane - a continuous transporter that is able to guide a plurality of fingers along a closed circuit comprising at least one rectilinear path portion, said fingers being able to bear against a first face of the strip, - a rotary support plate that rotates about a support plate axis, said rotary support plate bearing a plurality of rotary rollers having axes parallel to the support plate axis, said rollers being distributed in a circle substantially concentric with the support plate axis, said rollers being able to bear against a second face of the strip, - guide means (9, 10) for guiding the flat reinforcing strip entering the device, - means for synchronizing the rotation of the rotary support plate and the forward motion of the continuous transporter,
Module for the construction of a road or a footpath comprising: - a ditch element adapted to be put in a ditch or in a watercourse, whereby the ditch or watercourse is already existing or is still to be realized and whereby the water in the ditch or in the watercourse is flowing within the ditch element when put into place; - a cover element closing the upper part of the ditch-element, building in this way a road and/or a footpath; - whereby the cover element comprises at least one permeable part (10, 11), and - whereby the cover element comprises a raised zone (10, 11), protecting the users of the road and/or the footpath; - and whereby the ditch-element comprises a filtering device. - a ditch element adapted to be put in a ditch or in a watercourse, whereby the ditch or watercourse is already existing or is still to be realized and whereby the water in the ditch or in the watercourse is flowing within the ditch element when put into place; - a cover element closing the upper part of the ditch-element, building in this way a road and/or a footpath; - whereby the cover element comprises at least one permeable part (10, 11), and - whereby the cover element comprises a raised zone (10, 11), protecting the users of the road and/or the footpath; - and whereby the ditch-element comprises a filtering device.
A fixation system for repairing a pars fracture, comprising: a needle guide configured to be docked on a lamina of the pars; a needle, a portion of the needle configured for insertion through a passage of the needle guide; a guidewire, a portion of the guidewire configured for insertion through a passage of the needle; and a screw assembly including a collar assembly and an elongated portion, the collar assembly being movable with respect to the elongated portion, a portion of the screw assembly configured to contact the lamina co-axially with the guidewire, the fixation system characterized in that: the fixation system further comprises a surgical instrument configured to engage with the collar assembly; and the collar assembly includes an annular ring, an inner sleeve configured to be received in the annular ring, the sleeve having a plurality of slots, and an outer ring having a bore in which the annular ring is positionable. a needle guide configured to be docked on a lamina of the pars; a needle, a portion of the needle configured for insertion through a passage of the needle guide; a guidewire, a portion of the guidewire configured for insertion through a passage of the needle; and a screw assembly including a collar assembly and an elongated portion, the collar assembly being movable with respect to the elongated portion, a portion of the screw assembly configured to contact the lamina co-axially with the guidewire, the fixation system characterized in that: the fixation system further comprises a surgical instrument configured to engage with the collar assembly; and the collar assembly includes an annular ring, an inner sleeve configured to be received in the annular ring, the sleeve having a plurality of slots, and an outer ring having a bore in which the annular ring is positionable. the fixation system further comprises a surgical instrument configured to engage with the collar assembly; and the collar assembly includes an annular ring, an inner sleeve configured to be received in the annular ring, the sleeve having a plurality of slots, and an outer ring having a bore in which the annular ring is positionable.
A process for synthesizing a compound of formula 12: comprising the reaction of Compound 11 and Compound 7: wherein X is selected from the group consisting of H, Cs, Na, K, and Li; and Y is a leaving group.
An apparatus of a user equipment (502, 702, 1400) comprising: a baseband processing unit configured to perform radio resource management measurements of a subset of a set of neighboring carriers based at least in part on subcarrier spacings for the subset of the set of neighboring carriers; storage configured for storing frequency test parameters of neighboring carriers, the frequency test parameters including the subcarrier spacings of the subset of the set of neighboring carriers; the baseband processing unit configured to: decode an information element, IE, from a radio access network, RAN, node describing subcarrier spacings of neighboring carriers; perform the radio resource management, RRM, measurements using the subcarrier spacings described in the IE and the stored frequency test parameters; and generate a measurement report (512, 712) describing results of the measurements of the subset of the set of neighboring carriers for transmission to the RAN node. storage configured for storing frequency test parameters of neighboring carriers, the frequency test parameters including the subcarrier spacings of the subset of the set of neighboring carriers; the baseband processing unit configured to: decode an information element, IE, from a radio access network, RAN, node describing subcarrier spacings of neighboring carriers; perform the radio resource management, RRM, measurements using the subcarrier spacings described in the IE and the stored frequency test parameters; and generate a measurement report (512, 712) describing results of the measurements of the subset of the set of neighboring carriers for transmission to the RAN node. decode an information element, IE, from a radio access network, RAN, node describing subcarrier spacings of neighboring carriers; perform the radio resource management, RRM, measurements using the subcarrier spacings described in the IE and the stored frequency test parameters; and generate a measurement report (512, 712) describing results of the measurements of the subset of the set of neighboring carriers for transmission to the RAN node.
A method for manufacturing a metal foam comprising steps of: forming a green structure using a slurry comprising a metal component containing a conductive metal with relative magnetic permeability of 90 or more, a first solvent having a dielectric constant of 20 or more and a second solvent having a dielectric constant of 15 or less; and sintering the green structure wherein the ratio (D1/D2) of the dielectric constant of the first solvent to the dielectric constant of the second solvent is in a range of 5 to 100, wherein the sintering of the green structure is performed by applying an electromagnetic field to the structure, wherein the metal component is in the form of powder.
Method for processing sets of user data packets that are associated with one and the same application instance, termed streams, in a communication network, data packets belonging to different streams being received by a device of said communication network and stored in a queue with a view to their transmission by said device over a radio channel to at least one node, access to the radio channel being shared in time between a plurality of nodes, said method comprising: - at least one step (E4, E7, E9, Ell) of determining of a duration associated with a stream, corresponding to a virtual duration required for transmitting the set of packets of said stream that are stored in the queue in the absence of any other stream, and - in order to transmit a data packet, a step of selecting a stream from a plurality of streams having packets stored in the queue, consisting of selecting a stream for which the associated duration is smallest, and a step of transmitting a packet of the selected stream, extracted from the queue. - at least one step (E4, E7, E9, Ell) of determining of a duration associated with a stream, corresponding to a virtual duration required for transmitting the set of packets of said stream that are stored in the queue in the absence of any other stream, and - in order to transmit a data packet, a step of selecting a stream from a plurality of streams having packets stored in the queue, consisting of selecting a stream for which the associated duration is smallest, and a step of transmitting a packet of the selected stream, extracted from the queue.
Method for inspecting hollow glass products of glass product material, wherein the glass products are manufactured by: a. heating the glass product material; b. forming the heated glass product material into at least one glass product in a production flow; c. cooling the formed glass product; characterised in that inspecting the glass products comprises the following steps: d. transporting the glass products formed in step b. successively along a predetermined path along at least one sensor, such as a Chromatic Confocal sensor, for measuring a glass thickness, wherein, using the at least one sensor, of a plurality of the glass products that are transported successively along the at least one sensor, per glass product at least one glass thickness is measured, wherein step d. is carried out between steps b. and c. and wherein in step d. of each glass product of the plurality of glass products the rotational position of the glass product around an axial axis of the glass product relative to the at least one sensor is determined, wherein in a step e. the determined glass thicknesses and the associated rotational positions of the plurality of products are processed in combination for obtaining information about a lateral glass thickness distribution around an axial axis of a virtual glass product that represents an average of the plurality of glass products. a. heating the glass product material; b. forming the heated glass product material into at least one glass product in a production flow; c. cooling the formed glass product;
Method for control of at least one temperature T exhaust of an exhaust treatment system in a vehicle, comprising the step: - determination of said at least one temperature T exhaust of said exhaust treatment system; characterised by the steps: - simulation of at least one future velocity profile v sim for an actual vehicle speed v act within a road section ahead of said vehicle, wherein said simulation is based on information relating to said road section; - determination, based on said at least one future velocity profile v sim, of whether a simulated active brake process brake sim because of an over-speed for said vehicle will occur within said road section; and - use, if said at least one temperature T exhaust of said exhaust treatment system is below a minimum temperature threshold value T min, and if said simulated active brake process brake sim is simulated to occur within said road section, of at least one engine fitted auxiliary brake, fitted in connection with an exhaust stream from an engine in said vehicle, wherein said use of said at least one engine fitted auxiliary brake is initiated before said vehicle reaches a position where said over-speed occurs. - determination of said at least one temperature T exhaust of said exhaust treatment system; - simulation of at least one future velocity profile v sim for an actual vehicle speed v act within a road section ahead of said vehicle, wherein said simulation is based on information relating to said road section; - determination, based on said at least one future velocity profile v sim, of whether a simulated active brake process brake sim because of an over-speed for said vehicle will occur within said road section; and - use, if said at least one temperature T exhaust of said exhaust treatment system is below a minimum temperature threshold value T min, and if said simulated active brake process brake sim is simulated to occur within said road section, of at least one engine fitted auxiliary brake, fitted in connection with an exhaust stream from an engine in said vehicle, wherein said use of said at least one engine fitted auxiliary brake is initiated before said vehicle reaches a position where said over-speed occurs.
A liquid composition, comprising: at least one taxane-based active ingredient (a) selected from the group consisting of docetaxel and docetaxel trihydrate; at least one glycol (b); at least one surfactant component (c) selected from the group consisting of a polysorbate, a polyoxyethylene glycol ester, and a polyoxyethylene castor oil derivative, and anhydrous citric acid (d) at a concentration of from 1.0 mg/mL to 4.0 mg/mL, wherein a volume ratio of the glycol (b) to the surfactant component (c) is in a range of from 47.5/52.5 to 52.5/47.5, a total content of the glycol (b) and the surfactant component (c) with respect to a total volume of the liquid composition is 95 % (v/v) or more the at least one glycol (b) comprises polyethylene glycol 300, and the at least one surfactant component (c) comprises polysorbate 80. at least one taxane-based active ingredient (a) selected from the group consisting of docetaxel and docetaxel trihydrate; at least one glycol (b); at least one surfactant component (c) selected from the group consisting of a polysorbate, a polyoxyethylene glycol ester, and a polyoxyethylene castor oil derivative, and anhydrous citric acid (d) at a concentration of from 1.0 mg/mL to 4.0 mg/mL, wherein a volume ratio of the glycol (b) to the surfactant component (c) is in a range of from 47.5/52.5 to 52.5/47.5, a total content of the glycol (b) and the surfactant component (c) with respect to a total volume of the liquid composition is 95 % (v/v) or more the at least one glycol (b) comprises polyethylene glycol 300, and the at least one surfactant component (c) comprises polysorbate 80.
A method for supplying liquid from a sealed ampoule to an aerosolization device, the method comprising: providing an ampoule comprising an ampoule body having a top end, a bottom end, and a sealed interior containing a liquid; the method being characterized by the steps of: creating a drain opening near the bottom end; inserting the ampoule into a receiver of the aerosolization device, the ampoule further including a pair of longitudinal rails (36,38) on the ampoule body which are received into corresponding slots in the aerosolization device when the ampoule is inserted into the receiver, the rails (36, 38) and the slots having different sizes, with the ampoule being inserted into the receiver such that the rails are received into the appropriately sized slots; creating a drain vent of the ampoule near the top end; whereby upon the creation of the drain vent of the ampoule and the creation of the drain opening, the liquid in the interior flows, by force of gravity, out of the drain opening and into the aerosolization device where it is available for aerosolization by the aerosolization device. creating a drain opening near the bottom end; inserting the ampoule into a receiver of the aerosolization device, the ampoule further including a pair of longitudinal rails (36,38) on the ampoule body which are received into corresponding slots in the aerosolization device when the ampoule is inserted into the receiver, the rails (36, 38) and the slots having different sizes, with the ampoule being inserted into the receiver such that the rails are received into the appropriately sized slots; creating a drain vent of the ampoule near the top end; whereby upon the creation of the drain vent of the ampoule and the creation of the drain opening, the liquid in the interior flows, by force of gravity, out of the drain opening and into the aerosolization device where it is available for aerosolization by the aerosolization device.
Automatic flushing device for regulating the operation of a drain trap comprising at least one vertical drain located in a soil to be stabilized, this drain being pumped by a main siphon whose upstream and downstream ends are immersed each in a tank (32, 36) of liquid whose level is defined by a reference plane, said automatic flushing device comprising at least one vertical charge accumulator containing said tank into which the downstream end of said main siphon opens, this charge accumulator being pumped by a secondary siphon whose downstream end ends with a main outlet, said secondary siphon being partly isolated inside of a bell connected to said charge accumulator through a perforated lower section and the upstream end of said secondary siphon communicating with the atmosphere by means of a regulation tube, characterized in that said secondary siphon comprises, in addition to said main outlet, at least one auxiliary outlet that is smaller than the main outlet, located at a lower level that that of said main outlet and arranged to generate a slow flow regime, in that said charge accumulator comprises a wider area including said tank into which the downstream end of said main siphon opens, said wider area forming a butter reserve adding itself to said tank and extending above said reference plane up to a level called buffer level, and in that said main outlet is located at the same level as said buffer level and said auxiliary outlet is located below said reference plane.
The use of a composition for synthesizing a nucleic acid molecule, the composition comprising one or more compounds having a chemical formula as follows, or a salt thereof: wherein R 1, R 2, R 3, R 5, R 6, R 7, and R 8 may be the same or different and are independently selected from the group consisting of hydrogen, alkyl, alkenyl, alkynyl, aryl, amino, thiol, mercaptan, halo, nitro, nitrilo, hydroxy, hydroxyalkyl, hydroxyaryl, phosphato, alkoxy, oxide, ether, ester (alkanoyloxy), carboxy, sulfonyl, sulfonic and amido groups; and wherein a, b, c, d, e, m, n, and o are integers which may be the same or different and are independently selected from 0 to 2 for a, b, c, d, and e, and 0 to 5 for m, n, and o; optionally wherein the composition comprises one or more polymerases or reverse trancriptases.
A composition comprising Bacillus subtilis QST713 (NRRL accession number: B21661) or a mutant of Bacillus subtilis QST713, wherein the mutant has all identifying characteristics of Bacillus subtilis QST173, wherein the mutant has DNA sequence identity to Bacillus subtilis QST713 of at least 95% for use in a method of enhancing the health of a non-insect and non-human animal, wherein the non-insect and non-human animal is an aquatic animal.