mhurhangee/patent-ind-claim-en huggingface dataset:
An evolved packet data gateway, configured to: - support reporting or retrieval of location information, referred to as wireless local area network location information, of a wireless local area network access network, where a user equipment is attached for access to a third generation partnership project packet core network via untrusted wireless local area network access, - query up to date wireless local area network location information over SWm interface from a third generation partnership project authentication authorization accounting server in case said evolved packet data gateway needs to report up to date user location information towards a packet data network gateway after a packet data network connection has been established. - support reporting or retrieval of location information, referred to as wireless local area network location information, of a wireless local area network access network, where a user equipment is attached for access to a third generation partnership project packet core network via untrusted wireless local area network access, - query up to date wireless local area network location information over SWm interface from a third generation partnership project authentication authorization accounting server in case said evolved packet data gateway needs to report up to date user location information towards a packet data network gateway after a packet data network connection has been established.
An apparatus , comprising: a template comprising a channel having a predetermined shape; and a cutting device , including: a base having one or more projections configured to interact with the channel ; a handle coupled to the base and moveable relative to the base between a first position and a second position; and a retractable rotary blade coupled to the handle , the retractable rotary blade moveable between a retracted position when the handle is in the first position and an extended position from the base in line with the one or more projections when the handle is in the second position, the retractable rotary blade configured to cut a pattern according to the predetermined shape when the cutting device is tracked along the channel while both the handle is in the second position and the one or more projections are positioned within the channel ; wherein the handle is freely rotatable relative to the base about a vertical axis provided by the base . a template comprising a channel having a predetermined shape; and a cutting device , including: a base having one or more projections configured to interact with the channel ; a handle coupled to the base and moveable relative to the base between a first position and a second position; and a retractable rotary blade coupled to the handle , the retractable rotary blade moveable between a retracted position when the handle is in the first position and an extended position from the base in line with the one or more projections when the handle is in the second position, the retractable rotary blade configured to cut a pattern according to the predetermined shape when the cutting device is tracked along the channel while both the handle is in the second position and the one or more projections are positioned within the channel ; wherein the handle is freely rotatable relative to the base about a vertical axis provided by the base . a base having one or more projections configured to interact with the channel ; a handle coupled to the base and moveable relative to the base between a first position and a second position; and a retractable rotary blade coupled to the handle , the retractable rotary blade moveable between a retracted position when the handle is in the first position and an extended position from the base in line with the one or more projections when the handle is in the second position, the retractable rotary blade configured to cut a pattern according to the predetermined shape when the cutting device is tracked along the channel while both the handle is in the second position and the one or more projections are positioned within the channel ; wherein the handle is freely rotatable relative to the base about a vertical axis provided by the base .
A computer-implemented method for configuring one or more generic language understanding models, comprising: receiving , at a server device , a user query; parsing the user query to identify information corresponding to one or more applications and/or scenarios for the one or more generic language understanding models; collecting schemas associated with the one or more generic language understanding models using the identified information; generating a generic schema using the collected schemas; training the one or more generic language understanding models using at least a portion of the generic schema; and providing an interface to navigate the one or more trained generic language understanding models, the interface providing for selection of one of the one or more trained generic language understanding models for bundling the one or more models into a file; wherein generating the generic schema comprises: organizing the collected schemas by one or more categories; converting the organized schemas elements into multi-dimensional representations of the schemas; clustering the multi-dimensional representations into generic schema elements associated each with a generic label; and mapping the clustered generic schema elements to the generic schema. receiving , at a server device , a user query; parsing the user query to identify information corresponding to one or more applications and/or scenarios for the one or more generic language understanding models; collecting schemas associated with the one or more generic language understanding models using the identified information; generating a generic schema using the collected schemas; training the one or more generic language understanding models using at least a portion of the generic schema; and providing an interface to navigate the one or more trained generic language understanding models, the interface providing for selection of one of the one or more trained generic language understanding models for bundling the one or more models into a file; organizing the collected schemas by one or more categories; converting the organized schemas elements into multi-dimensional representations of the schemas; clustering the multi-dimensional representations into generic schema elements associated each with a generic label; and mapping the clustered generic schema elements to the generic schema.
A composition comprising functionalized lignin having a weight average molecular weight (M w ) of at least 1,000g/mol and a green carrier liquid comprising depolymerized functionalized lignin compounds and wherein the depolymerized functionalized lignin compounds comprises petrol and diesel compounds in an amount of at least 5wt%, wherein the functionalized lignin is functionalized with an alkyl containing group via linker group wherein the linker is an ether or an ester and wherein the functionalized lignin is dissolved in the green carrier liquid and wherein the amount of depolymerized functionalized lignin compounds in the composition is higher than the amount of functionalized lignin.
A shovel comprising: an undercarriage ; an upper swing structure swingably attached to the undercarriage ; an automatic greaser mounted on the upper swing structure ; and a control device configured to control the automatic greaser , wherein the automatic greaser includes a lubricant pump ; a plurality of distributors (54; 54-1, 54-2, 54-3) configured to distribute a lubricant discharged by the lubricant pump to a plurality of greasing points, the lubricant being a grease; and a selector valve placed between the lubricant pump and the plurality of distributors (54; 54-1, 54-2, 54-3), whereby the selector valve is configured to selectively connect one of the plurality of distributors (54; 54-1, 54-2, 54-3) to the lubricant pump , and the control device is configured to alternately achieve a non-greasing state that continues for a first set time and a greasing state that continues for a second set time and individually change an amount of grease fed to one distributor (54; 54-1, 54-2, 54-3) and an amount of grease fed to another distributor (54; 54-1, 54-2, 54-3) by controlling the selector valve based on information on the plurality of greasing points. an undercarriage ; an upper swing structure swingably attached to the undercarriage ; an automatic greaser mounted on the upper swing structure ; and a control device configured to control the automatic greaser , wherein the automatic greaser includes a lubricant pump ; a plurality of distributors (54; 54-1, 54-2, 54-3) configured to distribute a lubricant discharged by the lubricant pump to a plurality of greasing points, the lubricant being a grease; and a selector valve placed between the lubricant pump and the plurality of distributors (54; 54-1, 54-2, 54-3), whereby a lubricant pump ; a plurality of distributors (54; 54-1, 54-2, 54-3) configured to distribute a lubricant discharged by the lubricant pump to a plurality of greasing points, the lubricant being a grease; and a selector valve placed between the lubricant pump and the plurality of distributors (54; 54-1, 54-2, 54-3), whereby the selector valve is configured to selectively connect one of the plurality of distributors (54; 54-1, 54-2, 54-3) to the lubricant pump , and the control device is configured to alternately achieve a non-greasing state that continues for a first set time and a greasing state that continues for a second set time and individually change an amount of grease fed to one distributor (54; 54-1, 54-2, 54-3) and an amount of grease fed to another distributor (54; 54-1, 54-2, 54-3) by controlling the selector valve based on information on the plurality of greasing points.
A process for making down a powder comprising one or more acrylamide-based polymer(s) to form a made down powder solution, comprising blending a mixture of the powder and a solvent for no more than 15 minutes to yield the made down powder solution, wherein the mixture of the powder and the solvent is blended at an impeller tip speed of 5 m/sec to 25 m/sec, wherein the powder comprises particles having been dry-cut to a median particle size of from 200 microns to 10,000 microns, wherein the median particle size is determined by a Horiba Laser Scattering Particle Size Distribution Analyzer LA-950; wherein at least one of the one or more acrylamide-based polymer(s) is of formula AP 1 : wherein E is one or more associative monomer units(s), F is one or more additional monomer unit(s), G is one or more additional monomer unit(s) of Formula I: wherein R 1 is H or C 1 -C 4 alkyl and each R 2 is independently H or an alkyl group, an aryl group, a fluoroalkyl group, or a fluoroaryl group, and H is optionally present and is one or more piperidine-2,6-dione unit(s), wherein the one or more piperidine-2,6-dione(s) are formed upon cyclization of an acrylamide nitrogen of the additional monomer unit of Formula I ("G") on a carbonyl of the additional monomer unit ("F"), and wherein the additional monomer units refer to any monomer unit other than the associative monomer unit. wherein the powder comprises particles having been dry-cut to a median particle size of from 200 microns to 10,000 microns, wherein the median particle size is determined by a Horiba Laser Scattering Particle Size Distribution Analyzer LA-950; wherein at least one of the one or more acrylamide-based polymer(s) is of formula AP 1 : wherein E is one or more associative monomer units(s), F is one or more additional monomer unit(s), G is one or more additional monomer unit(s) of Formula I: wherein R 1 is H or C 1 -C 4 alkyl and each R 2 is independently H or an alkyl group, an aryl group, a fluoroalkyl group, or a fluoroaryl group, and H is optionally present and is one or more piperidine-2,6-dione unit(s), wherein the one or more piperidine-2,6-dione(s) are formed upon cyclization of an acrylamide nitrogen of the additional monomer unit of Formula I ("G") on a carbonyl of the additional monomer unit ("F"), and wherein the additional monomer units refer to any monomer unit other than the associative monomer unit.
A recombinant DNA molecule comprising a mts-siRNA target element consisting of a sequence selected from the group consisting of SEQ ID NOs: 1, 2, and complements thereof wherein the mts-siRNA target element is operably linked to a heterologous polynucleotide molecule capable of being transcribed into an RNA molecule.
A drive system for a vehicle, comprising at least one asymmetrical rotor , which has at least one rotor blade extending radially from a rotor axis and a counterweight lying opposite relative to the rotor axis, further comprising an actuating device for the electric motor , which connects the electric motor with an accumulator element to supply it with power, and, during a circulating cycle comprising 1-3 circulations of the rigidly designed rotor blade , is set up and designed to initiate at least one acceleration phase, in which the electric motor can be accelerated for accelerating the rotor , and at least one brake phase, in which the electric motor can be braked, wherein the actuating device is designed to connect the electric motor with at least one accumulator element in the generator mode during at least part of the braking phase.
A device for decorating products coated with a first flowable mass with at least a second flowable mass, the device comprising: a conveyor belt for transporting the products , a unit for distributing the second flowable mass on the products , and a collection container for the second flowable mass, which is arranged below the unit , a plurality of deflection means for guiding the conveyor belt in the area of the collection container , wherein, by means of two upper deflection means of the plurality of deflection means, the conveyor belt is deflected in such a way that an adjustable gap is formed below the unit and above the collection container , characterized in that the conveyor belt is directed around the collection container by means of the plurality of deflection means . a conveyor belt for transporting the products , a unit for distributing the second flowable mass on the products , and a collection container for the second flowable mass, which is arranged below the unit , a plurality of deflection means for guiding the conveyor belt in the area of the collection container , wherein, by means of two upper deflection means of the plurality of deflection means, the conveyor belt is deflected in such a way that an adjustable gap is formed below the unit and above the collection container , characterized in that the conveyor belt is directed around the collection container by means of the plurality of deflection means .
Hybrid drivetrain for a motor vehicle, wherein the hybrid drivetrain has an internal combustion engine (VM), a dual clutch transmission and an electric machine (EM), wherein the dual clutch transmission has a first and a second friction clutch as well as a first and a second sub-transmission (TG1, TG2), wherein the electric machine (EM) is assigned to one of the sub-transmissions (TG1, TG2), and wherein a third clutch is disposed between the two friction clutches and the internal combustion engine (VM), wherein the third clutch is a separating element which is attached to the clutch input hub of the dual clutch so as to be radially between a dual mass flywheel or another connecting element to the internal combustion engine (VM) and the clutch input hub , characterized in that the separating element is displaceable from its normal closed position to an opened position by axially displacing a shift sleeve in clearances of the clutch input hub and clearances of a sleeve which is co-rotationally connected to the dual mass flywheel or another connecting element.
Closure actuating device for actuating a closure element (3.5), in particular a latch tongue, having a rotatably mounted threaded pin and a fastening device for axially fastening the threaded pin to a closure element , in particular a door, having a fastening element which can be screwed onto the threaded pin , and an anti-rotation lock for securing the screwed-on fastening element , characterised in in that the anti-rotation lock has a sealing region (4.3) for sealing the threaded pin with respect to the closing element .
An automatic system for locking and unlocking a pool cover having a leading edge at an edge of a pool, the pool having a water surface , the pool cover deployable by a pool cover deployment system, the automatic system comprising: at least one leading edge slot piece having a rectangular slot therein, the leading edge slot piece integratable into the leading edge ; at least one locker subassembly constrainable at the edge of the pool, wherein the at least one locker subassembly having a space defined therein in which the at least one leading edge slot piece is adapted to be received, locked, and unlocked; and an autolock control unit adapted to communicate with the at least one locker subassembly and the pool cover deployment system, and to command locking and unlocking of the at least one leading edge slot piece with the at least one locker subassembly; wherein the system is characterized by : the at least one locker subassembly is an at least one float locker subassembly configurable to float on the water surface; and wherein the autolock control unit is further adapted to verify the locking and the unlocking of the at least one leading edge slot piece with the at least one float locker subassembly. at least one leading edge slot piece having a rectangular slot therein, the leading edge slot piece integratable into the leading edge ; at least one locker subassembly constrainable at the edge of the pool, wherein the at least one locker subassembly having a space defined therein in which the at least one leading edge slot piece is adapted to be received, locked, and unlocked; and an autolock control unit adapted to communicate with the at least one locker subassembly and the pool cover deployment system, and to command locking and unlocking of the at least one leading edge slot piece with the at least one locker subassembly; wherein the system is characterized by : the at least one locker subassembly is an at least one float locker subassembly configurable to float on the water surface; and wherein the autolock control unit is further adapted to verify the locking and the unlocking of the at least one leading edge slot piece with the at least one float locker subassembly. the at least one locker subassembly is an at least one float locker subassembly configurable to float on the water surface; and wherein the autolock control unit is further adapted to verify the locking and the unlocking of the at least one leading edge slot piece with the at least one float locker subassembly.
A rail body with an end cap , wherein the end cap is inserted into and placed inside an end part of the rail body and secured to an inner circumference of the rail body by brazing, wherein an outer circumference of an insertion part for insertion into the rail body comprises an engagement groove that is composed of a pair of side surfaces and a bottom surface and that is capable of engagement with a brazing material ring , characterized in that the outer diameter of the insertion part is the same size as the inner diameter of the rail body , wherein no step is formed on the inner surface of the rail body .
A method for manufacturing a component for a wind turbine , comprising the steps of a) laying (S1) a fiber material onto a mold surface , b) providing (S2) an uncured foam material on top of the fiber material , c) curing (S3) the uncured foam material to form a core member, and d) curing (S5) a resin impregnating the fiber material to form the component , wherein in or after step b) the foam material is shaped in accordance with a desired geometry of the core member and wherein an applicator comprising a geometry corresponding to the desired geometry of the core member is moved across the foam material to shape the same. a) laying (S1) a fiber material onto a mold surface , b) providing (S2) an uncured foam material on top of the fiber material , c) curing (S3) the uncured foam material to form a core member, and d) curing (S5) a resin impregnating the fiber material to form the component ,
Internal structure of a primary exhaust duct of a turbomachine, said internal structure comprising: - a primary wall consisting of a surface of revolution allowing the air to pass through the orifices and forming an internal surface of the primary exhaust duct , - an interior skin consisting of a surface of revolution arranged on the inside of the primary wall and extending between an upstream flank intended to face towards the front of the turbomachine and a downstream flank intended to face towards the rear of the turbomachine, and - a plurality of spacers angularly distributed on the perimeter of the interior skin and fixed between the primary wall and the interior skin , the internal structure being characterized in that each of the flanks of the interior skin is some distance away from the primary wall so as to leave a free passage between the interior skin and the primary wall , the passage allowing air to circulate freely between the interior skin and the primary wall . - a primary wall consisting of a surface of revolution allowing the air to pass through the orifices and forming an internal surface of the primary exhaust duct , - an interior skin consisting of a surface of revolution arranged on the inside of the primary wall and extending between an upstream flank intended to face towards the front of the turbomachine and a downstream flank intended to face towards the rear of the turbomachine, and - a plurality of spacers angularly distributed on the perimeter of the interior skin and fixed between the primary wall and the interior skin ,
A suction-cup pick-up assembly comprising at least one suction-cup pick-up device comprising, in turn, a tubular support body ; an elongated tubular stem , which has a longitudinal axis , is engaged in the tubular support body in a sliding manner and is connected to a pneumatic suction device; a suction cup , which is fixed to a free end of the tubular stem ; and a shutter , which is engaged in the tubular stem in a sliding manner and is movable parallel to the longitudinal axis due to the thrust of a panel to be picked up in order to connect the suction cup to the pneumatic suction device; and the suction-cup pick-up device further comprises a detection device to detect the axial position of the shutter along the tubular support body ; the detection device comprising a reference element mounted on the shutter and at least one detector element mounted on the tubular support body in order to interact with the reference element and detect the axial position of the shutter .
A beta-lactamase for use in reducing the incidence and/or severity of graft-versus-host disease (GVHD) in a subject in need thereof, optionally wherein the GVHD is acute, wherein the beta-lactamase has an amino acid sequence of at least 95% identity with SEQ ID NO: 1, SEQ ID NO: 3, SEQ ID NO: 4, or SEQ ID NO: 6, optionally wherein the beta-lactamase is the amino acid sequence of SEQ ID NO: 1, SEQ ID NO: 3, SEQ ID NO: 4, or SEQ ID NO: 6, wherein the subject is being or has been administered an intravenous (IV) beta-lactam antibiotic, and wherein (i) new colonization within the intestinal microbiome of the subject is prevented, (ii) expansion of colonization within the intestinal microbiome of the subject is prevented, and/or (iii) monodomination of the intestinal microbiome is prevented. wherein the subject is being or has been administered an intravenous (IV) beta-lactam antibiotic, and wherein (i) new colonization within the intestinal microbiome of the subject is prevented, (ii) expansion of colonization within the intestinal microbiome of the subject is prevented, and/or (iii) monodomination of the intestinal microbiome is prevented.