mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making a heat-treated structure formed of metal, such as an engine nacelle for an aircraft, the method comprising: performing a first heat-treating process on a roughly-shaped metal workpiece in an annealed condition to transition the roughly-shaped metal workpiece from the annealed condition into a first hardened condition, the roughly-shaped metal workpiece in the annealed condition comprising at least one friction stir weld; forming the roughly-shaped metal workpiece into a shaped metal workpiece while the roughly-shaped metal workpiece is in the first hardened condition, the shaped metal workpiece comprising one of a near-finally-shaped metal workpiece or a finally-shaped metal workpiece; and performing a second heat-treating process on the shaped metal workpiece to transition the shaped metal workpiece from the first hardened condition to a second hardened condition, wherein the forming process is selected from the group consisting of: a super-plastic forming process; a super-plastic/diffusion bond forming process; an explosion forming process; and combinations thereof, wherein performing the first heat-treating process comprises performing a T4 heat-treating process on the roughly-shaped metal workpiece, wherein the metal is a 2000-, 4000-, 6000-, or 7000-series aluminum alloy. performing a first heat-treating process on a roughly-shaped metal workpiece in an annealed condition to transition the roughly-shaped metal workpiece from the annealed condition into a first hardened condition, the roughly-shaped metal workpiece in the annealed condition comprising at least one friction stir weld; forming the roughly-shaped metal workpiece into a shaped metal workpiece while the roughly-shaped metal workpiece is in the first hardened condition, the shaped metal workpiece comprising one of a near-finally-shaped metal workpiece or a finally-shaped metal workpiece; and performing a second heat-treating process on the shaped metal workpiece to transition the shaped metal workpiece from the first hardened condition to a second hardened condition, wherein the forming process is selected from the group consisting of: a super-plastic forming process; a super-plastic/diffusion bond forming process; an explosion forming process; and combinations thereof, wherein performing the first heat-treating process comprises performing a T4 heat-treating process on the roughly-shaped metal workpiece, wherein the metal is a 2000-, 4000-, 6000-, or 7000-series aluminum alloy.
A method for treating unfertilized or pre-water-activated fertilized or fertilized fish eggs to render fish produced therefrom reproductively sterile, wherein said fish eggs are immersed in an aqueous immersion medium comprising an anti-sense Morpholino oligomer which suppresses expression of the dead end gene in said fish, and wherein said anti-sense Morpholino oligomer is conjugated to 2-[(4-nitrophenyl)oxycarbonylhexamethylene-carbonylpiperazinyl]-4,6-bis{di[di(trifluoroacetamido-hexyl)-aminocarbonyl-oxyethyl]amino}triazine.
A folding propeller , comprising a hub , at least two blades and at least two connecting pieces , the hub being configured to mount the folding propeller to a driving device, wherein the hub comprises a first surface and a second surface disposed oppositely, the first surface facing the driving device, and the second surface facing away from the driving device; and each of the blades is mounted on the second surface by the corresponding connecting piece , and each of the blades is capable of rotating relative to the hub; characterized in that : the hub further comprises a boss disposed on the second surface ; wherein the boss is disposed coaxially with a rotating shaft of the corresponding driving device, and a protruding edge of a pivoting portion of each blade overlaps the boss . the hub comprises a first surface and a second surface disposed oppositely, the first surface facing the driving device, and the second surface facing away from the driving device; and each of the blades is mounted on the second surface by the corresponding connecting piece , and each of the blades is capable of rotating relative to the hub; characterized in that : the hub further comprises a boss disposed on the second surface ; wherein the boss is disposed coaxially with a rotating shaft of the corresponding driving device, and a protruding edge of a pivoting portion of each blade overlaps the boss .
Method for producing a composite material part comprising continuous fibers and a polymer matrix, said method comprising - a step of producing a preform formed of continuous unidirectional fibers oriented along at least one fiber direction, - a step of applying non-woven filaments to at least a first main face of the preform, and - a step of needling said filaments by means of a needling device comprising a plurality of needles , each provided with at least one needle so that filaments are driven by the needles and arranged in a direction substantially perpendicular to the continuous fibers of the preform, characterized in that , for the needling step, each needle is provided with a single notch extending along a notch axis (B) perpendicular to the main longitudinal axis (A) of the needle, or several notches each extending along a notch axis perpendicular to the main longitudinal axis of the needle, said notch axes being parallel to each other, said needles and the preform being arranged so that the notch axes form a non-zero angle with the orientation(s) of the fiber. - a step of producing a preform formed of continuous unidirectional fibers oriented along at least one fiber direction, - a step of applying non-woven filaments to at least a first main face of the preform, and - a step of needling said filaments by means of a needling device comprising a plurality of needles , each provided with at least one needle so that filaments are driven by the needles and arranged in a direction substantially perpendicular to the continuous fibers of the preform,
An imidazo[1,2- a ]pyridine derivative represented by the following formula 1 or a pharmaceutically acceptable salt thereof: wherein Y 1 , Y 2 and Y 3 are each independently H, halogen, a C 1 -C 6 straight or branched chain alkyl unsubstituted or substituted with R 1 , or hydroxy; R 1 is hydroxy; Y 4 is H, C 1 -C 6 straight or branched chain alkyl, or C 1 -C 6 alkoxy; and X is H or halogen. Y 1 , Y 2 and Y 3 are each independently H, halogen, a C 1 -C 6 straight or branched chain alkyl unsubstituted or substituted with R 1 , or hydroxy; R 1 is hydroxy; Y 4 is H, C 1 -C 6 straight or branched chain alkyl, or C 1 -C 6 alkoxy; and X is H or halogen.
An electronic device comprising: a housing; a receptacle formed at a part of the housing so as to receive one of a first external connector of an unbalanced type and a second external connector of a balanced type; and a circuit electrically coupled to the receptacle, wherein the circuit is configured to: detect whether one of the first and second external connectors is inserted into the receptacle, if the first external connector is inserted, provide an audio output to the first external connector in a first manner, and if the second external connector is inserted, provide the audio output to the second external connector in a second manner different from the first manner by providing a first audio output to a first speaker through two terminals selected from first, second, third, and fourth terminals of the second external connector , and a second audio output to a second speaker through other two terminals selected from the first, second, third, and fourth terminals of the second external connector . a housing; a receptacle formed at a part of the housing so as to receive one of a first external connector of an unbalanced type and a second external connector of a balanced type; and a circuit electrically coupled to the receptacle, wherein the circuit is configured to: detect whether one of the first and second external connectors is inserted into the receptacle, if the first external connector is inserted, provide an audio output to the first external connector in a first manner, and if the second external connector is inserted, provide the audio output to the second external connector in a second manner different from the first manner by providing a first audio output to a first speaker through two terminals selected from first, second, third, and fourth terminals of the second external connector , and a second audio output to a second speaker through other two terminals selected from the first, second, third, and fourth terminals of the second external connector . detect whether one of the first and second external connectors is inserted into the receptacle, if the first external connector is inserted, provide an audio output to the first external connector in a first manner, and if the second external connector is inserted, provide the audio output to the second external connector in a second manner different from the first manner by providing a first audio output to a first speaker through two terminals selected from first, second, third, and fourth terminals of the second external connector , and a second audio output to a second speaker through other two terminals selected from the first, second, third, and fourth terminals of the second external connector .
An adapter element configured for use in a solenoid valve assembly , the adapter element comprising: a housing including: an inlet channel extending between a bottom of the housing and a top thereof; an outlet channel extending between the bottom of the housing and the top thereof; a turbine receptacle provided in a side of the housing adjacent to the outlet channel ; a turbine generator configured for insertion into the turbine receptacle and including: an impeller positioned in the outlet channel such that the impeller rotates when water flows through the outlet channel ; a rotor connected to the impeller that rotates with the impeller , the rotor including a plurality of magnets ; and a conductor coil formed around the impeller such that rotation of the plurality of magnets induces an electric current in the coil ; and at least one electrical lead connected to the conductor coil to provide an external electrical connection. a housing including: an inlet channel extending between a bottom of the housing and a top thereof; an outlet channel extending between the bottom of the housing and the top thereof; a turbine receptacle provided in a side of the housing adjacent to the outlet channel ; an inlet channel extending between a bottom of the housing and a top thereof; an outlet channel extending between the bottom of the housing and the top thereof; a turbine receptacle provided in a side of the housing adjacent to the outlet channel ; a turbine generator configured for insertion into the turbine receptacle and including: an impeller positioned in the outlet channel such that the impeller rotates when water flows through the outlet channel ; a rotor connected to the impeller that rotates with the impeller , the rotor including a plurality of magnets ; and a conductor coil formed around the impeller such that rotation of the plurality of magnets induces an electric current in the coil ; and at least one electrical lead connected to the conductor coil to provide an external electrical connection. an impeller positioned in the outlet channel such that the impeller rotates when water flows through the outlet channel ; a rotor connected to the impeller that rotates with the impeller , the rotor including a plurality of magnets ; and a conductor coil formed around the impeller such that rotation of the plurality of magnets induces an electric current in the coil ; and at least one electrical lead connected to the conductor coil to provide an external electrical connection.
A radio resource management measurement method in a licensed-assisted access using Long Term Evolution, LAA-LTE, comprising: Receiving (S210), by a terminal device, indication information sent by a network device, wherein the indication information indicates a time-frequency resource used to perform received signal strength indicator, RSSI, measurement on an unlicensed carrier; Performing (S220), by the terminal device on the time-frequency resource, the RSSI measurement on the unlicensed carrier to obtain an RSSI measurement result; and Sending (S230), by the terminal device, the RSSI measurement result to the network device; characterized in that : the indication information comprises information about an RSSI measurement time window and information about an RSSI measurement granularity, wherein the RSSI measurement granularity represents a minimum time resource unit for obtaining an RSSI and the RSSI measurement time window is an integer multiple of the RSSI measurement granularity. Receiving (S210), by a terminal device, indication information sent by a network device, wherein the indication information indicates a time-frequency resource used to perform received signal strength indicator, RSSI, measurement on an unlicensed carrier; Performing (S220), by the terminal device on the time-frequency resource, the RSSI measurement on the unlicensed carrier to obtain an RSSI measurement result; and Sending (S230), by the terminal device, the RSSI measurement result to the network device; characterized in that : the indication information comprises information about an RSSI measurement time window and information about an RSSI measurement granularity, wherein the RSSI measurement granularity represents a minimum time resource unit for obtaining an RSSI and the RSSI measurement time window is an integer multiple of the RSSI measurement granularity.
A rail fastening system for fastening a rail to a support comprising: a base plate configured to sit on a portion of the support and having a first recess for receiving a length of a rail ; and a plurality of spring clips each arranged to clamp the base plate between the rail and the support ; wherein each clip has a first arm and a second arm ; the first arm of the clip is arranged to contact the rail at one location; characterised in that the second arm of the clip is configured to contact the support on a side opposite the base plate at two spaced apart locations; and each of the locations lie in different but mutually parallel planes. a base plate configured to sit on a portion of the support and having a first recess for receiving a length of a rail ; and a plurality of spring clips each arranged to clamp the base plate between the rail and the support ; wherein each clip has a first arm and a second arm ; the first arm of the clip is arranged to contact the rail at one location; characterised in that the second arm of the clip is configured to contact the support on a side opposite the base plate at two spaced apart locations; and each of the locations lie in different but mutually parallel planes.
A process for the remediation of a site by converting to solid form hydrocarbons or fatty substances which are in liquid form at ambient temperature and constitute a slick on the site, which slick of hydrocarbons or fatty substances is a matter to be converted to solid form, characterized in that : one heats a composition comprising bovine or ovine tallow at least in majority volume proportion with regard to the total composition and optionally a fluidizing agent to a temperature of at least 45°C in particular 45 to 55°C, whereby the composition is converted to liquid form ; one contacts the composition with the matter to be converted to solid form, by pouring the composition while in liquid form to the matter to be converted to solid form, such obtaining a solid complex material which comprises the hydrocarbons or fatty substance of the matter to be converted to solid form, and one recovers this complex material in solid form. one heats a composition comprising bovine or ovine tallow at least in majority volume proportion with regard to the total composition and optionally a fluidizing agent to a temperature of at least 45°C in particular 45 to 55°C, whereby the composition is converted to liquid form ; one contacts the composition with the matter to be converted to solid form, by pouring the composition while in liquid form to the matter to be converted to solid form, such obtaining a solid complex material which comprises the hydrocarbons or fatty substance of the matter to be converted to solid form, and one recovers this complex material in solid form.
Process for the preparation of a galacto-oligosaccharide preparation, which process comprises the step of contacting a lactulose-containing feed with a beta-galactosidase (EC 3.2.1.23) derived from Papiliotrema terrestris.
A method, comprising: informing, by an apparatus in a trusted wireless local area network, in a request, an authentication server regarding at least one access mode for a user equipment , wherein the at least one access mode is supported by the trusted wireless local area network; receiving, by the apparatus , a response from the authentication server in response to the request, said response comprising an indication of at least one permitted access mode of the at least one access mode for said user equipment ; selecting, by the apparatus , an access mode of the at least one access mode to use with respect to the user equipment based on the response received from the authentication server in response to the request; and granting, by the apparatus , the selected access mode to the user equipment . informing, by an apparatus in a trusted wireless local area network, in a request, an authentication server regarding at least one access mode for a user equipment , wherein the at least one access mode is supported by the trusted wireless local area network; receiving, by the apparatus , a response from the authentication server in response to the request, said response comprising an indication of at least one permitted access mode of the at least one access mode for said user equipment ; selecting, by the apparatus , an access mode of the at least one access mode to use with respect to the user equipment based on the response received from the authentication server in response to the request; and granting, by the apparatus , the selected access mode to the user equipment .
A build material supply unit , comprising: a supply chamber body enclosing a supply volume to contain a build material for additive manufacture, wherein a cap portion of the supply chamber body comprises a moveable platform that defines an upper boundary of the supply volume ; an electromagnetic distance sensor to determine a length parameter relating to a length of a beam pathway extending from an emitter of the sensor to a surface level of build material in the supply volume; and a reflector to reflect the beam pathway between the emitter and the surface level of build material; wherein the reflector is spaced apart from the emitter. a supply chamber body enclosing a supply volume to contain a build material for additive manufacture, wherein a cap portion of the supply chamber body comprises a moveable platform that defines an upper boundary of the supply volume ; an electromagnetic distance sensor to determine a length parameter relating to a length of a beam pathway extending from an emitter of the sensor to a surface level of build material in the supply volume; and a reflector to reflect the beam pathway between the emitter and the surface level of build material; wherein the reflector is spaced apart from the emitter.
Belt conveyor, in particular weighing conveyor, for a material to be conveyed, a) comprising a frame constructed from at least one longitudinal member and at least one cross member , or a receiving plate, b) comprising two rollers mounted on the frame or the plate, c) comprising a drivable endless belt guided around the two rollers , d) the two rollers being held displaceably relative to one another in the conveying direction (T), e) at least one adjusting device being provided for adjusting the displacement path and being arranged at one end of the plate or at the end of the at least one longitudinal member or within this longitudinal member , and f) the adjusting device having a rotatable adjusting element of which the axis of rotation (S) in relation to the conveying plane lies from obliquely above or obliquely below at an angle greater than 0° and less than 90°, in order to allow the belt tension to be adjusted even after the endless belt has been assembled, characterized in that g) the adjusting device is designed as an independent module and has complementary fastening means for connecting to the frame or the plate in a stationary manner. a) comprising a frame constructed from at least one longitudinal member and at least one cross member , or a receiving plate, b) comprising two rollers mounted on the frame or the plate, c) comprising a drivable endless belt guided around the two rollers , d) the two rollers being held displaceably relative to one another in the conveying direction (T), e) at least one adjusting device being provided for adjusting the displacement path and being arranged at one end of the plate or at the end of the at least one longitudinal member or within this longitudinal member , and f) the adjusting device having a rotatable adjusting element of which the axis of rotation (S) in relation to the conveying plane lies from obliquely above or obliquely below at an angle greater than 0° and less than 90°, in order to allow the belt tension to be adjusted even after the endless belt has been assembled, characterized in that g) the adjusting device is designed as an independent module and has complementary fastening means for connecting to the frame or the plate in a stationary manner.
Method for recovering non-ferrous metals from industrial wastewater, comprising: A: complexing the metal to be recovered by adding siderophores to the industrial wastewater, wherein the siderophores are selected from desferrioxamine B (DFO-B), desferrioxamine E (DFO-E), marinobactins, aquachelins, amphibactins, ochrobactins and synechobactins and the salts thereof, B: separating the metal-siderophore complex, C: releasing the metal from the metal-siderophore complex, D: separating the metal, E: recovering the siderophore, and F: separating the siderophore, wherein in step C: releasing the metal from the metal-siderophore complex is executed via adding Fe(lll) ions and forming an Fe(III)-siderophore complex, and E: recovering the siderophore is executed via adding a reductant and/or a chelator, or in step C: releasing the metal from the metal-siderophore complex is executed via adding a chelator, as a result of which a metal-chelator complex is formed, and D: wherein the metal is separated as a metal-chelator complex. A: complexing the metal to be recovered by adding siderophores to the industrial wastewater, wherein the siderophores are selected from desferrioxamine B (DFO-B), desferrioxamine E (DFO-E), marinobactins, aquachelins, amphibactins, ochrobactins and synechobactins and the salts thereof, B: separating the metal-siderophore complex, C: releasing the metal from the metal-siderophore complex, D: separating the metal, E: recovering the siderophore, and F: separating the siderophore, C: releasing the metal from the metal-siderophore complex is executed via adding Fe(lll) ions and forming an Fe(III)-siderophore complex, and E: recovering the siderophore is executed via adding a reductant and/or a chelator, C: releasing the metal from the metal-siderophore complex is executed via adding a chelator, as a result of which a metal-chelator complex is formed, and D: wherein the metal is separated as a metal-chelator complex.