mhurhangee/patent-ind-claim-en huggingface dataset:
An adeno-associated virus (AAV) vector comprising: (a) a first nucleic acid sequence encoding an engineered nuclease, said first nucleic acid sequence comprising, from 5' to 3', a first exon, a mammalian intron, and a second exon, wherein said mammalian intron is located within the coding sequence of said engineered nuclease; (b) a promoter operably linked to said first nucleic acid sequence, wherein said promoter is positioned 5' upstream of said first nucleic acid sequence and drives expression of said engineered nuclease in a target cell; and (c) a vector recognition sequence which is recognized and cleaved by said engineered nuclease. (a) a first nucleic acid sequence encoding an engineered nuclease, said first nucleic acid sequence comprising, from 5' to 3', a first exon, a mammalian intron, and a second exon, wherein said mammalian intron is located within the coding sequence of said engineered nuclease; (b) a promoter operably linked to said first nucleic acid sequence, wherein said promoter is positioned 5' upstream of said first nucleic acid sequence and drives expression of said engineered nuclease in a target cell; and (c) a vector recognition sequence which is recognized and cleaved by said engineered nuclease.
A cellular system to provide voice and data services to a user terminal, the cellular system comprising: a cellular base station; and a satellite backhaul comprising a first satellite link and a second satellite link; whereby the cellular system further comprises a traffic classifier , connected to and co-located with the cellular base station, to classify traffic from the cellular base station as voice traffic for transportation via the first satellite link to a satellite voice gateway and as data traffic for transportation via the second satellite link to a satellite data gateway; the cellular system being characterized in that the voice traffic is communicated within a first region by the first satellite link and the data traffic is communicated to a second region different from the first region by the second satellite link; the cellular system comprises an Evolved Packet Core Core Network comprising a Serving Gateway, a Packet Data Network Gateway , a Mobility Management Entity, a PCRF, and a Home Subscriber Server; and the cellular base station communicates with an IP Multimedia Subsystem via the first satellite link and an Internet Gateway over the second satellite link. a cellular base station; and a satellite backhaul comprising a first satellite link and a second satellite link; whereby the cellular system further comprises a traffic classifier , connected to and co-located with the cellular base station, to classify traffic from the cellular base station as voice traffic for transportation via the first satellite link to a satellite voice gateway and as data traffic for transportation via the second satellite link to a satellite data gateway; the cellular system being characterized in that the voice traffic is communicated within a first region by the first satellite link and the data traffic is communicated to a second region different from the first region by the second satellite link; the cellular system comprises an Evolved Packet Core Core Network comprising a Serving Gateway, a Packet Data Network Gateway , a Mobility Management Entity, a PCRF, and a Home Subscriber Server; and the cellular base station communicates with an IP Multimedia Subsystem via the first satellite link and an Internet Gateway over the second satellite link.
A food pressure cooking appliance including a bowl , a lid intended to be locked relative to the bowl to form with the latter a cooking chamber adapted to rise in pressure, a bayonet locking system configured to ensure the locking and unlocking of the lid relative to the bowl by swivelling of the lid relative to the bowl , a support attached to said lid in such a way that the latter can swivel relative to said support about a first axis of rotation (Y-Y') between two positions corresponding to an unlocking configuration and a locking configuration, respectively, and a manually operable locking/unlocking control member that is, on the one hand, attached to said support by a mechanical link allowing the manual movement of said control member relative to said support , and on the other hand, connected to the lid by a device for transforming said manual movement of the control member into swivelling of the lid relative to the support , said transformation device comprising on the one hand at least a plurality of driven conformations attached to the lid and arranged remote from each other, and on the other hand, at least a plurality of driving conformations remote from each other and all carried by said control member , at different locations of the latter, said driving conformations respectively engaging said driven conformations in a simultaneous manner to exert on these latter, in response to the movement of the control member , a plurality of respective forces contributing to a drive torque for rotating the lid relative to the support , said transformation device comprising a hub attached to the lid , coaxially to the first axis of rotation (Y-Y'), said hub carrying said plurality of driven conformations .
An optoelectronic device having a housing and a chip assembly , the chip assembly comprising an optoelectronic chip housed entirely within the housing and an optical coupling element bonded to the chip, wherein at least a portion of the optical coupling element protrudes out of the housing through an aperture in a wall of the housing; and wherein the optical coupling element is bonded to an end of an optical fibre such that both the optical fibre and the optical coupling element are butt-coupled to the chip, and such that the optical fibre is optically coupled with an optical waveguide of the chip; wherein the device further comprises: an external feed-through , wherein the optical fibre is bonded to the external feed-through, and the external feed-through is adapted to fit onto an alignment feature of the wall of the housing and is bonded to the wall of the housing; and wherein the external feed-through is adapted to receive both the part of the optical coupling element that protrudes from within the housing and the end portion of the optical fibre; and a strain relief collar that fits over the external feed through and abuts the wall of the housing, wherein the optical fibre passes within the strain relief collar and through the external feed-through. an external feed-through , wherein the optical fibre is bonded to the external feed-through, and the external feed-through is adapted to fit onto an alignment feature of the wall of the housing and is bonded to the wall of the housing; and wherein the external feed-through is adapted to receive both the part of the optical coupling element that protrudes from within the housing and the end portion of the optical fibre; and a strain relief collar that fits over the external feed through and abuts the wall of the housing, wherein the optical fibre passes within the strain relief collar and through the external feed-through.
A method for producing a shaped refractory, characterized in that into a fired refractory with a pore volume/pore diameter distribution curve having a maximum peak at a pore diameter of not less than 10 μm is impregnated a slurry containing oxide powder and dispersing agent after mechanical agitation of the slurry for breaking apart of agglomerated particles of the oxide in the slurry and then the fired refractory with the slurry is further dried so that a pore volume/pore diameter distribution curve in the shaped refractory has a maximum peak at a pore diameter of not less than 10 μm and also a peak within a pore diameter range of 0.05∼1.0 μm in a central part located at least 5 mm inward from the surface of the shaped refractory in a normal direction, wherein when the slurry containing the oxide powder and dispersing agent is impregnated into the fired refractory after the slurry is mechanically agitated to break apart agglomerated particles of the oxide in the slurry, a median particle size of particles suspended in the slurry is less than 2 μm as a measurement value through a laser diffraction scattering method.
A road vehicle comprising: - a vehicle body which defines along its length a longitudinal axis (LA) of the road vehicle and along its width a transversal axis (TA) of the road vehicle ; - a brake pedal , which is mounted on the vehicle so that it is hinged to the vehicle body ; - a braking unit mounted integral to the vehicle body ; the braking unit being mechanically connected, by means of a motion transmission system , to the brake pedal and configured to actuate, depending on the motion transmitted by the brake pedal , the brakes of the road vehicle ; - a front compartment configured to accommodate at least one engine, a passenger compartment and a bulkhead , the bulkhead separating the passenger compartment and the front compartment from each other; the road vehicle being characterised in that the braking unit is arranged, in relation to the brake pedal , offset along the transversal axis (TA) of the road vehicle ; wherein the braking unit is arranged, in relation to the bulkhead , on the side opposite the front compartment . - a vehicle body which defines along its length a longitudinal axis (LA) of the road vehicle and along its width a transversal axis (TA) of the road vehicle ; - a brake pedal , which is mounted on the vehicle so that it is hinged to the vehicle body ; - a braking unit mounted integral to the vehicle body ; the braking unit being mechanically connected, by means of a motion transmission system , to the brake pedal and configured to actuate, depending on the motion transmitted by the brake pedal , the brakes of the road vehicle ; - a front compartment configured to accommodate at least one engine, a passenger compartment and a bulkhead , the bulkhead separating the passenger compartment and the front compartment from each other;
A vinyl chloride resin composition comprising 100 parts by weight of a vinyl chloride resin (A) and 0.1 to 20 parts by weight of a processing aid (B), wherein the processing aid (B) comprises 50 to 95 % by weight of a first polymer (b1) and 5 to 50 % by weight of a second polymer (b2), the processing aid (B) has a weight average molecular weight of 100,000 to 1,500,000, which is measured by dissolving the processing aid in tetrahydrofuran, and subjecting the portion dissolved in tetrahydrofuran to gel permeation chromatography at a concentration of 20 mg sample/10 mL THF, a measurement temperature of 25 °C, using a differential refractometer as a detector and an injected volume of 1 mL, based on polystyrene, the first polymer (b1) of the processing aid (B) has Tg, which is determined as set out in the description, of 5 to 110 °C, the first polymer (b1) of the processing aid (B) is polymerized with 12 to 28 % by weight of a vinyl cyanide compound, 32 to 88 % by weight of an aromatic vinyl compound, 0 to 40 % by weight of an alkyl acrylate, and 0 to 30 % by weight of other vinyl compound copolymerizable with the vinyl cyanide compound, the aromatic vinyl compound, and the alkyl acrylate, per 100 % by weight of the first polymer (b1), the second polymer (b2) of the processing aid (B) has Tg of -40 to 50 °C, and the first polymer (b1) has Tg of 40 °C or higher than that of the second polymer (b2).
A computer-implemented method, comprising: receiving federated data from one or more source computing systems into a data analysis platform ; obtaining access control lists, ACLs, from the one or more source computing systems ; redacting a portion of the federated data according to the ACLs; in response to redacting the portion of the federated data, generating temporary objects, wherein the temporary objects each provide a first representation of some portion of the federated data; generating data platform objects, wherein the data platform objects each provide a second representation of some portion of the federated data; providing an interface for accessing the federated data via the data analysis platform , wherein operations performed through the interface are applied to at least one of the temporary objects and the data platform objects; and triggering an update to the data platform objects corresponding to the portion of the federated data upon a change to the portion of the federated data at the one or more source computing systems , wherein the update is triggered in response to a search result that references the portion of the federated data, the search result being provided in response to a search query submitted through the interface. receiving federated data from one or more source computing systems into a data analysis platform ; obtaining access control lists, ACLs, from the one or more source computing systems ; redacting a portion of the federated data according to the ACLs; in response to redacting the portion of the federated data, generating temporary objects, wherein the temporary objects each provide a first representation of some portion of the federated data; generating data platform objects, wherein the data platform objects each provide a second representation of some portion of the federated data; providing an interface for accessing the federated data via the data analysis platform , wherein operations performed through the interface are applied to at least one of the temporary objects and the data platform objects; and triggering an update to the data platform objects corresponding to the portion of the federated data upon a change to the portion of the federated data at the one or more source computing systems , wherein the update is triggered in response to a search result that references the portion of the federated data, the search result being provided in response to a search query submitted through the interface.
An inkjet recording medium, comprising an ink-receiving layer containing an inorganic pigment, a binder, an inkjet ink-fixing agent comprising a cationic compound, and organic spherical particles disposed on at least one surface of a base paper, wherein the ink-receiving layer further contains a water-soluble metal salt and 5 parts by weight or more to 15 parts by weight or less of polyvinyl alcohol (A) with a polymerization degree of 700 or less and 20 parts by weight or more to 40 parts by weight or less of polyvinyl alcohol (B) with a polymerization degree of 1200 or more as the binder with respect to 100 parts by weight of the ink-receiving layer; and a volume 50% average particle diameter (D50) as measured by a laser diffraction/scattering method of the organic spherical particles is 15.0 μm or more.
A printing system comprising: a printing apparatus configured to perform printing on a fabric (M); a processing apparatus including a contact member including a plurality of protrusions that come in contact with the fabric on which printing was performed by the printing apparatus, and a vibration applying unit including a vibration generating source configured to apply vibration to the contact member; and a control apparatus configured to control an operation of the processing apparatus according to an operation of the printing apparatus, characterized in that either the fabric is intermittently conveyed in the processing apparatus , and the control apparatus reduces at least one of an amplitude or a frequency of the vibration during a stop period in which conveyance of the fabric is stopped in the intermittent conveyance, or the control apparatus controls at least one of an amplitude or a frequency of the vibration according to a type of the fabric. a printing apparatus configured to perform printing on a fabric (M); a processing apparatus including a contact member including a plurality of protrusions that come in contact with the fabric on which printing was performed by the printing apparatus, and a vibration applying unit including a vibration generating source configured to apply vibration to the contact member; and a control apparatus configured to control an operation of the processing apparatus according to an operation of the printing apparatus, characterized in that either the fabric is intermittently conveyed in the processing apparatus , and the control apparatus reduces at least one of an amplitude or a frequency of the vibration during a stop period in which conveyance of the fabric is stopped in the intermittent conveyance, or the control apparatus controls at least one of an amplitude or a frequency of the vibration according to a type of the fabric.
A method for monitoring health state of a wind turbine blade root fastener, comprising the following steps: obtaining a sequence of acceleration signals representing the lateral vibration of a nacelle of a wind turbine referring to vibration of the nacelle of the wind turbine in the lateral direction perpendicular or transverse to the vertical direction and a sequence of rotational speed signals representing a rotational speed of the rotor; analyzing the sequence of acceleration signals and the sequence of rotational speed signals to determine the amplitude of the nacelle at 2-time-frequency of the rotational speed of the rotor referring to twice of the frequency in Hertz converted from the rotational speed of the rotor; and determining the health state of the blade root fastener based on the amplitude. obtaining a sequence of acceleration signals representing the lateral vibration of a nacelle of a wind turbine referring to vibration of the nacelle of the wind turbine in the lateral direction perpendicular or transverse to the vertical direction and a sequence of rotational speed signals representing a rotational speed of the rotor; analyzing the sequence of acceleration signals and the sequence of rotational speed signals to determine the amplitude of the nacelle at 2-time-frequency of the rotational speed of the rotor referring to twice of the frequency in Hertz converted from the rotational speed of the rotor; and determining the health state of the blade root fastener based on the amplitude.
Filter insert for use in a water outlet fitting having an integrated drinking water filter, wherein the filter insert is closed on all sides and has an internal cavity and at least a portion of its outer surface is in the form of a surface having a filtering action through which water to be filtered passes from the outside to the inside, and the filter insert has an outlet opening through which filtered water is able to flow out of the internal cavity , wherein an outward-facing nozzle in the form of a collar is formed on the filter insert , which nozzle forms the outlet opening and can be received by an opening in a fitting-side filter housing and out of which nozzle filtered water is able to flow freely without making contact with the filter housing ; and the nozzle has an integrated aerator .
An ultrasonic diagnostic apparatus comprising: a control panel configured to receive a user input for operating the ultrasonic diagnostic apparatus, and to move a position of the control panel with respect to the ultrasonic diagnostic apparatus; a footrest moving device provided below the ultrasonic diagnostic apparatus, configured to move a footrest provided to mount a user's foot and the ultrasonic diagnostic apparatus with respect to the ground; wherein the footrest moving device comprises: a first support configured to support the ultrasonic apparatus on a lower front of the ultrasonic diagnostic apparatus; and a second support configured to support the ultrasonic apparatus on a lower rear of the ultrasonic diagnostic apparatus, characterized in that the first and second support are configured to be each changed in height; and that the ultrasonic diagnostic apparatus further comprises a controller configured to control the movement of the control panel and the footrest moving device to interlock. a control panel configured to receive a user input for operating the ultrasonic diagnostic apparatus, and to move a position of the control panel with respect to the ultrasonic diagnostic apparatus; a footrest moving device provided below the ultrasonic diagnostic apparatus, configured to move a footrest provided to mount a user's foot and the ultrasonic diagnostic apparatus with respect to the ground; wherein the footrest moving device comprises: a first support configured to support the ultrasonic apparatus on a lower front of the ultrasonic diagnostic apparatus; and a second support configured to support the ultrasonic apparatus on a lower rear of the ultrasonic diagnostic apparatus, characterized in that the first and second support are configured to be each changed in height; and that the ultrasonic diagnostic apparatus further comprises a controller configured to control the movement of the control panel and the footrest moving device to interlock. a first support configured to support the ultrasonic apparatus on a lower front of the ultrasonic diagnostic apparatus; and a second support configured to support the ultrasonic apparatus on a lower rear of the ultrasonic diagnostic apparatus, characterized in that the first and second support are configured to be each changed in height; and that the ultrasonic diagnostic apparatus further comprises a controller configured to control the movement of the control panel and the footrest moving device to interlock.
An implant assembly (31; 130) adapted for being released into a vessel at a location having a diameter D1 and capable of travelling in the vessel and capable of lodging in the vessel at a location having a diameter D2, the implant assembly comprising: an intracorporal device (36; 131) comprising a sensor; and an anchor comprising a wire member (34; 132) operatively associated with the intracorporal device, wherein the anchor is adapted to permit travel of the implant assembly through the vessel between the location having a diameter D1 and the location having a diameter D2; contact and form an interference fit with the walls of the vessel when located at the location having diameter D2; and maintain a separation distance between the sensor and the vessel wall, wherein the intracorporal device (36; 131) further comprises a coating and wherein the ends of the wire member are inserted under the coating of the device to attach the wire to the device, wherein the implant assembly has a diameter less than D1 but greater than or equal to D2 and an overall length that is at least two times the diameter D2, and wherein the wire member (34; 132) has a double-loop configuration capable of stabilizing the intracorporal device body from tumbling end-over-end within a vessel. an intracorporal device (36; 131) comprising a sensor; and an anchor comprising a wire member (34; 132) operatively associated with the intracorporal device, wherein the anchor is adapted to permit travel of the implant assembly through the vessel between the location having a diameter D1 and the location having a diameter D2; contact and form an interference fit with the walls of the vessel when located at the location having diameter D2; and maintain a separation distance between the sensor and the vessel wall, wherein the intracorporal device (36; 131) further comprises a coating and wherein the ends of the wire member are inserted under the coating of the device to attach the wire to the device, wherein the implant assembly has a diameter less than D1 but greater than or equal to D2 and an overall length that is at least two times the diameter D2, and wherein the wire member (34; 132) has a double-loop configuration capable of stabilizing the intracorporal device body from tumbling end-over-end within a vessel.