mhurhangee/patent-ind-claim-en huggingface dataset:
Air outlet device comprising: - a supporting structure suitable to communicate, in use, with an air ventilation system: - an outlet member configured to emit an air flow along an outlet axis ; - a coupling device which couples said outlet member to said supporting structure and comprises joint means configured so as to permit a rotation of said outlet member by 180° about a joint axis orthogonal to said outlet axis , so that said outlet member can be placed in two opposite configurations; said outlet member comprising a plurality of deflector portions comprising at least two ring-shaped walls , which are coaxial and axially spaced with respect to one another along said outlet axis ; the deflector portions defining a plurality of air ducts , which extend about said outlet axis and are arranged axially in sequence with respect to one another; said deflector portions having shapes and/or positions such as to guide the air in said air ducts along guiding directions each having at least a radial component; characterized in that at least one of said ring-shaped walls has a series of through holes made in positions that are spaced apart about said outlet axis . - a supporting structure suitable to communicate, in use, with an air ventilation system: - an outlet member configured to emit an air flow along an outlet axis ; - a coupling device which couples said outlet member to said supporting structure and comprises joint means configured so as to permit a rotation of said outlet member by 180° about a joint axis orthogonal to said outlet axis , so that said outlet member can be placed in two opposite configurations;
Pyrotechnical circuit breaker , in particular for an on-board electrical system of a motor vehicle, comprising a housing , a pyrotechnical unit and a separating body for cutting through a current-carrying conductor in the event of triggering, characterized in that that the separating body comprises a fuse .
A resonator device for a transducer, the resonator device comprising a resonator provided on a diaphragm with a cap enclosing the resonator and forming a hermetically sealed package, wherein the resonator is arranged to be excited by applying electromagnetic stimulation, wherein the electromagnetic stimulation is applied from outside the hermetically sealed package wherein the resonator is provided with a target to receive the electromagnetic stimulation and characterized in that the diameter of the target is larger than the diameter of a fibre arranged to apply the electromagnetic stimulation to the resonator device.
A tablet composition comprising: from about 25 mg to about 300 mg of a free base of structure (I): and fumaric acid, wherein the weight ratio of the free base of structure (I) to fumaric acid is from about 1:5 to about 3:1. from about 25 mg to about 300 mg of a free base of structure (I): and fumaric acid, wherein the weight ratio of the free base of structure (I) to fumaric acid is from about 1:5 to about 3:1.
A polyester resin composition which contains an ionic liquid that can dissolve the acid component monomer and / or oligomers of the polyester, as determined by the method as defined in the description, wherein the surface roughness Ra of a capture plate is less than 0.150 μm as measured when a sample of the polyester resin composition is melted at 300°C for 60 minutes under a nitrogen atmosphere, quickly cooled and thermally treated at 220°C for 8 hours to form scattered products which are then attached to the capture plate; or wherein the production rate of an acid component monomer and/or the production rate of oligomers is/are less than 0.70, as defined by the following formulae (I) and (II): Production rate of acid component monomer = amount of produced acid component monomer / acid component monomer content Production rate of oligomers = amount of produced oligomers / oligomer content and wherein the surface roughness Ra of the capture plate and the production rates of acid component monomer and oligomers are determined by the methods defined in the description.
A network setting device for being communicatively connected to a plurality of routers and performing a setting of the plurality of routers, charcterized in that: the network setting device performs a first step for determining whether a network including the plurality of routers, having executed a temporary update command sequence, satisfies a predetermined operational policy, defined by a set of three, that is, a packet header, a transmission source router, and a destination router, wherein the predetermined operational policy is satisfied when a packet from the transmission source router reaches the destination router, and executes, until satisfaction for the predetermined operational policy, processing for: performing a second step for determining whether a reachable range of the packet expands with execution of one new candidate command of one or more new candidate commands, being related to the reachability of the packet, namely setting commands related to an interface address, a route control protocol, and an access control list; adding the new candidate command to the temporary update command sequence on condition that the reachable range expands with the addition of the new candidate command, or deleting a command at an end of the temporary update command sequence on condition that the reachable range does not expand with addition of any one of the new candidate commands; and then returning to the first step; wherein, when the predetermined operational policy is satisfied, the network setting device is configured to output the temporary update command sequence as a setting update command sequence. performing a second step for determining whether a reachable range of the packet expands with execution of one new candidate command of one or more new candidate commands, being related to the reachability of the packet, namely setting commands related to an interface address, a route control protocol, and an access control list; adding the new candidate command to the temporary update command sequence on condition that the reachable range expands with the addition of the new candidate command, or deleting a command at an end of the temporary update command sequence on condition that the reachable range does not expand with addition of any one of the new candidate commands; and then returning to the first step; wherein, when the predetermined operational policy is satisfied, the network setting device is configured to output the temporary update command sequence as a setting update command sequence.
A filtering system , in particular for an internal combustion engine or a fuel cell for a motor vehicle, having a holder on the vehicle and an exchangeable filter element , in particular an air filter element, - wherein the filter element comprises a first end plate , a second end plate and a filtering material that is arranged between the end plates and separates a filtered air zone from an unfiltered air zone , - wherein the filtering system comprises at least one filtered air opening formed at the filter element and at least one unfiltered air opening , - wherein the filter element lies detachably on the holder , characterized in - that at least the second end plate protrudes beyond the filtering material , - that the outer wall is held securely on the protruding second end plate or is formed integrally with the second end plate , - that the outer wall lies loosely on the holder , - that the unfiltered air zone is enclosed by the holder , the protruding second end plate , the filtering material and the outer wall . - wherein the filter element comprises a first end plate , a second end plate and a filtering material that is arranged between the end plates and separates a filtered air zone from an unfiltered air zone , - wherein the filtering system comprises at least one filtered air opening formed at the filter element and at least one unfiltered air opening , - wherein the filter element lies detachably on the holder , characterized in - that at least the second end plate protrudes beyond the filtering material , - that the outer wall is held securely on the protruding second end plate or is formed integrally with the second end plate , - that the outer wall lies loosely on the holder , - that the unfiltered air zone is enclosed by the holder , the protruding second end plate , the filtering material and the outer wall .
Self-deploying antenna for a spacecraft wherein the antenna comprises at least one transversal member made of a self-straightening metal strip, a mounting chamber for mounting the antenna to the spacecraft, wherein the at least one transversal member at one end is attached to the mounting chamber while leaving the other end free, wherein the antenna further comprises at least one monopole electric vibrator (2', 2", 2''', 2'''', 52', 62', 62", 72', 82', 82", 92) made of a self-straightening metal strip attached to the at least one transversal member , and wherein the antenna is configured such that a joint angle between the at least one transversal member and the at least one monopole electric vibrator (2', 2", 2''', 2'''', 52", 62', 62", 72', 82', 82", 92) is close to zero when the antenna is in un-deployed transportation state, and that the joint angle between the at least one transversal member and the at least one monopole electric vibrator (2', 2", 2''', 2'''', 52", 62', 62", 72', 82', 82", 92) is greater than zero when the antenna is in deployed state, wherein in the un-deployed state the at least one transversal member is in a rolled up state.
Carboxyalkyl chitosan of fungal origin having glucosamine units, N-acetyl-glucosamine units and glucosamine units substituted by a carboxyalkyl group, said carboxyalkyl chitosan preferably having a degree of substitution by a carboxyalkyl group of greater than 20%, expressed as the number of moles of the substituent relative to the number of moles of total units.
A computer-implemented method for performing azimuthal simultaneous elastic inversion of seismic data obtained through seismic surveys of an anisotropic subterranean formation comprising: determining a HTI stiffness matrix from said seismic data, using parameterization means, for at least one azimuth and at least one angle of incidence from said seismic data, wherein the HTI stiffness matrix varies spatially with respect to one or more layers; applying a Bond transformation to the HTI stiffness matrix to rotate the isotropy symmetry plane such that it is referenced with respect to true North; and calculating a reflectivity series for the at least azimuth and angle of incidence using one or more reflection coefficients, said reflection coefficients being calculated using an anisotropy Zoeppritz equation or a linearization thereof, wherein anisotropy media is incorporated, said Zoeppritz equation using the rotated stiffness matrix as input, convolving a wavelet and the reflectivity series for the at least one azimuth and at least one angle of incidence to obtain one or more synthetic seismic traces for the at least one azimuth and at least one angle of incidence, estimating elastic parameters of the subterranean formation by inverting the synthetic seismic traces using a nonlinear inversion approach, wherein a misfit function is minimized, said misfit function measuring a difference between the synthetic seismic traces and said seismic data. determining a HTI stiffness matrix from said seismic data, using parameterization means, for at least one azimuth and at least one angle of incidence from said seismic data, wherein the HTI stiffness matrix varies spatially with respect to one or more layers; applying a Bond transformation to the HTI stiffness matrix to rotate the isotropy symmetry plane such that it is referenced with respect to true North; and calculating a reflectivity series for the at least azimuth and angle of incidence using one or more reflection coefficients, said reflection coefficients being calculated using an anisotropy Zoeppritz equation or a linearization thereof, wherein anisotropy media is incorporated, said Zoeppritz equation using the rotated stiffness matrix as input, convolving a wavelet and the reflectivity series for the at least one azimuth and at least one angle of incidence to obtain one or more synthetic seismic traces for the at least one azimuth and at least one angle of incidence, estimating elastic parameters of the subterranean formation by inverting the synthetic seismic traces using a nonlinear inversion approach, wherein a misfit function is minimized, said misfit function measuring a difference between the synthetic seismic traces and said seismic data.
A tetrafluoroethylene copolymer having a melting point of from 250 °C to 326 °C (according to ASTM 4591), a melt flow index (MFI at 372 °C and 5 kg load) of 0.5-50 grams /10 minutes (according to DIN 53735, ISO 12086 or ASTM D-1238) and having at least 89 % by weight of units derived from tetrafluoroethylene and from 0.5 to 6 % by weight of units derived from at least one perfluorinated alkyl allyl ether (PAAE) comonomer and from 0 to 4 % by weight of units derived from one or more co-polymerizable optional comonomers, wherein the total weight of the polymer is 100 % by weight and wherein the at least one PAAE corresponds to the general formula: CF 2 =CF-CF 2 -O-Rf (I) wherein Rf corresponds to a perfluoroalkyl unit selected from the group consisting of: perfluoromethyl (CF 3 ), perfluoroethyl (C 2 F 5 ), perfluoropropyl (C 3 F 7 ) and perfluorobutyl (C 4 F 9 ), preferably C 2 F 5 , C 3 F 7 or C 4 F 9 .
A method of managing computer cloud resources, comprising: receiving, via at least one server acting as an orchestration site , at least one cloud resource management plan from at least one user, the cloud resource management plan comprising instructions for configuring a master orchestration to manage at least one sub orchestration, each orchestration comprising a plurality of orchestration plans and definitions of relationships between the orchestration plans, each orchestration plan comprising a group of objects, one or more policies, and a label, and wherein the at least one sub orchestration is an object of the master orchestration; storing, via the at least one server, the at least one cloud resource management plan in at least one storage ; retrieving, via the at least one server acting as an orchestration manager , the at least one cloud resource management plan from at the at least one storage; and executing the cloud resource management plan, via the at least one server, with at least one site controller. receiving, via at least one server acting as an orchestration site , at least one cloud resource management plan from at least one user, the cloud resource management plan comprising instructions for configuring a master orchestration to manage at least one sub orchestration, each orchestration comprising a plurality of orchestration plans and definitions of relationships between the orchestration plans, each orchestration plan comprising a group of objects, one or more policies, and a label, and wherein the at least one sub orchestration is an object of the master orchestration; storing, via the at least one server, the at least one cloud resource management plan in at least one storage ; retrieving, via the at least one server acting as an orchestration manager , the at least one cloud resource management plan from at the at least one storage; and executing the cloud resource management plan, via the at least one server, with at least one site controller.
A torsional vibration damper comprising: a first member having a centerline (CL) and an axis and a radially outer surface having a first length reaching axially between opposite ends (203, 205; 303, 305); a second member having a second centerline (CL) and a radially inner surface opposed to said radially outer surface , wherein said radially inner surface has a second length reaching axially between opposite ends (207, 209; 307, 309); a gap (206 or 306) having a gap length reaching between said opposite ends (203, 205 , 207, 209; 303, 305, 307, 309) and a thickness reaching radially between said opposed surfaces (210, 218; 310, 318) that define a cross-sectional profile , wherein said radial gap continually increases from a first thickness (T1; TT1) at said centerlines of said members (202, 204; 302, 304) to a second thickness (T2; TT2) at said opposite ends; and a rubber insert (228; 328) fitted in said radial gap (206; 306) and characterized in that , said radially outer surface comprises a central convex section and axially adjacent concave sections , and wherein said radially inner surface comprises a central concave section and axially adjacent convex sections or said radially outer surface comprises a central concave section and axially adjacent convex sections , and wherein said radially inner surface comprises a central convex section and axially adjacent concave sections . a first member having a centerline (CL) and an axis and a radially outer surface having a first length reaching axially between opposite ends (203, 205; 303, 305); a second member having a second centerline (CL) and a radially inner surface opposed to said radially outer surface , wherein said radially inner surface has a second length reaching axially between opposite ends (207, 209; 307, 309); a gap (206 or 306) having a gap length reaching between said opposite ends (203, 205 , 207, 209; 303, 305, 307, 309) and a thickness reaching radially between said opposed surfaces (210, 218; 310, 318) that define a cross-sectional profile , wherein said radial gap continually increases from a first thickness (T1; TT1) at said centerlines of said members (202, 204; 302, 304) to a second thickness (T2; TT2) at said opposite ends; and a rubber insert (228; 328) fitted in said radial gap (206; 306) and characterized in that , said radially outer surface comprises a central convex section and axially adjacent concave sections , and wherein said radially inner surface comprises a central concave section and axially adjacent convex sections or said radially outer surface comprises a central concave section and axially adjacent convex sections , and wherein said radially inner surface comprises a central convex section and axially adjacent concave sections .
A landing gear system comprising: a landing gear collar ; a strut assembly supported by the landing gear collar, the strut assembly including a piston that is adjustable between a plurality of stroke positions from a fully extended position to a fully compressed position; a rotary encoder rotatably coupled to the strut assembly , the rotary encoder configured to rotate in response to adjusting the piston and to output a data value in response to rotating the rotary encoder , the data value including a plurality of voltages, where each voltage corresponds to a stroke position among the plurality of stroke positions; and a controller in signal communication with the rotary encoder and configured to determine a stroke of the piston based on the data value output from the rotary encoder ; wherein the controller determines a correction value by calculating a difference between a measured voltage corresponding to a given manually measured stroke position and a calculated voltage based on the output from the rotary encoder indicating the given stroke position, and applies the correction value to the voltage output from the rotary encoder to generate a corrected voltage level that increases an accuracy of the determined stroke. a landing gear collar ; a strut assembly supported by the landing gear collar, the strut assembly including a piston that is adjustable between a plurality of stroke positions from a fully extended position to a fully compressed position; a rotary encoder rotatably coupled to the strut assembly , the rotary encoder configured to rotate in response to adjusting the piston and to output a data value in response to rotating the rotary encoder , the data value including a plurality of voltages, where each voltage corresponds to a stroke position among the plurality of stroke positions; and a controller in signal communication with the rotary encoder and configured to determine a stroke of the piston based on the data value output from the rotary encoder ; wherein the controller determines a correction value by calculating a difference between a measured voltage corresponding to a given manually measured stroke position and a calculated voltage based on the output from the rotary encoder indicating the given stroke position, and applies the correction value to the voltage output from the rotary encoder to generate a corrected voltage level that increases an accuracy of the determined stroke.
A method performed by a terminal (1a-15; 2a-15) in a wireless communication system, the method comprising: receiving, from a base station (1a-10; 2a-10), first configuration information associated with a frequency measurement, second configuration information associated with a relaxed frequency measurement and indication information indicating whether a frequency measurement for a higher priority frequency having a higher priority than a frequency of a serving cell of the terminal is allowed to be relaxed; determining whether to perform the frequency measurement on at least one frequency based on the first configuration information; determining whether to perform the relaxed frequency measurement for the at least one frequency based on the second configuration information according to a result of the determining whether to perform the frequency measurement; and performing the relaxed frequency measurement for the at least one frequency based on a result of the determining whether to perform the relaxed frequency measurement, wherein the determining of whether to perform the relaxed frequency measurement for the at least one frequency comprises determining whether to perform the relaxed frequency measurement for the higher priority frequency based on the indication information. receiving, from a base station (1a-10; 2a-10), first configuration information associated with a frequency measurement, second configuration information associated with a relaxed frequency measurement and indication information indicating whether a frequency measurement for a higher priority frequency having a higher priority than a frequency of a serving cell of the terminal is allowed to be relaxed; determining whether to perform the frequency measurement on at least one frequency based on the first configuration information; determining whether to perform the relaxed frequency measurement for the at least one frequency based on the second configuration information according to a result of the determining whether to perform the frequency measurement; and performing the relaxed frequency measurement for the at least one frequency based on a result of the determining whether to perform the relaxed frequency measurement, wherein the determining of whether to perform the relaxed frequency measurement for the at least one frequency comprises determining whether to perform the relaxed frequency measurement for the higher priority frequency based on the indication information.
A profiled cladding board , generally U-shaped, comprising a central main portion , a first edge folded about a first fold line and having an outer face to said board (1 j ), and a second edge opposite the first edge and folded about a first fold line , said cladding board (1 j ) comprising an expandable seal extending over at least part of the length of the outer face of the first folded edge , and means for removably holding said seal in a compressed state, the profiled cladding board being characterised in that the means for removably holding the seal in its compressed state comprise a compression film covering the seal in its entirety and held taut against said seal by attachment to the cladding board (1 j ) on either side of said seal .