mhurhangee/ep-ind-claims huggingface dataset:
A sensor system for a wind turbine, comprising: a blade load sensor; a blade temperature sensor configured to provide a temperature measurement of an associated blade; and a load calculation module configured to output a temperature-corrected blade load value; characterised by: a processing unit interfaced with the temperature sensor and including: a temperature estimator configured to determine an estimated temperature of the wind turbine blade based on at least one wind turbine parameter; and a comparator configured to generate a fault signal based on a comparison between the blade temperature measurement and the estimated blade temperature, wherein the temperature estimator performs a modelling of the temperature of the blade in the vicinity of the temperature sensor based on the net heat energy transferred to the interior of the blade. a blade load sensor; a blade temperature sensor configured to provide a temperature measurement of an associated blade; and a load calculation module configured to output a temperature-corrected blade load value; characterised by: a processing unit interfaced with the temperature sensor and including: a temperature estimator configured to determine an estimated temperature of the wind turbine blade based on at least one wind turbine parameter; and a comparator configured to generate a fault signal based on a comparison between the blade temperature measurement and the estimated blade temperature, wherein the temperature estimator performs a modelling of the temperature of the blade in the vicinity of the temperature sensor based on the net heat energy transferred to the interior of the blade. a temperature estimator configured to determine an estimated temperature of the wind turbine blade based on at least one wind turbine parameter; and a comparator configured to generate a fault signal based on a comparison between the blade temperature measurement and the estimated blade temperature, wherein the temperature estimator performs a modelling of the temperature of the blade in the vicinity of the temperature sensor based on the net heat energy transferred to the interior of the blade.
A device for the filtration of fat extracted during liposuction procedures, said device comprising: i) a first reservoir filled with a washing solution adapted to be suctioned by a syringe containing a certain amount of fat mixed with blood and anesthetic; ii) a second reservoir, empty, intended to receive cyclically from said syringe a liquid mixture consisting of the suctioned solution, blood and anesthetic separated from the fat; iii) at least one filter element provided with a connection member for the connection of the syringe, said filter element being connected to said first reservoir and said second reservoir through a three-way connector, wherein a one-way valve configured to allow passage of a flow of fluid from the first reservoir towards the connector is arranged on a branch of the connector connected to the first reservoir, and wherein a one-way valve configured to allow passage of a flow of fluid from the connector towards the second reservoir is arranged on a branch of the connector connected to the second reservoir. i) a first reservoir filled with a washing solution adapted to be suctioned by a syringe containing a certain amount of fat mixed with blood and anesthetic; ii) a second reservoir, empty, intended to receive cyclically from said syringe a liquid mixture consisting of the suctioned solution, blood and anesthetic separated from the fat; iii) at least one filter element provided with a connection member for the connection of the syringe, said filter element being connected to said first reservoir and said second reservoir through a three-way connector,
A monoclonal antibody produced by a hybridoma deposited at Patent Organism Depositary, National Institute of Advanced Industrial Science and Technology under the deposit number of FERM BP-10779.
A communicator (30A; 30B) comprising: a connector configured to be electrically coupled to a transmission side electric working machine; a communication circuit configured to perform wireless communication; and a communication controller configured to, in response to the connector being electrically coupled to the transmission side electric working machine, set an operating mode of the communication controller to an operation-transmission mode, the communicator being characterized in that the communication controller is further configured to cyclically transmit operational information via the communication circuit without specifying a recipient in response to the operating mode being set to the operation-transmission mode, the operational information indicating an operational state of the transmission side electric working machine. a connector configured to be electrically coupled to a transmission side electric working machine; a communication circuit configured to perform wireless communication; and a communication controller configured to, in response to the connector being electrically coupled to the transmission side electric working machine, set an operating mode of the communication controller to an operation-transmission mode, the communicator being characterized in that the communication controller is further configured to cyclically transmit operational information via the communication circuit without specifying a recipient in response to the operating mode being set to the operation-transmission mode, the operational information indicating an operational state of the transmission side electric working machine.
A device for modulating the transmission of light from a light source, comprising an electrochromic glazing (110, 210) having light transmissivity that is variable in response to an electrical current, wherein the electrochromic glazing is configured to be installed within a building frame-work; at least one photovoltaic module (100, 200, 405) electrically connected to said electrochromic glazing for providing said electrical current to said electrochromic glazing in response to light from the light source incident on said photovoltaic module; and an electronics module (100, 205, 305, 465) in communication with either of said photovoltaic module or said electrochromic glazing, wherein said photovoltaic module is mounted to an exterior surface of said electrochromic glazing, characterised in that a light receiving surface of the photovoltaic module mounted to said exterior surface of said electrochromic glazing is at an angle with respect to said exterior surface, wherein said photovoltaic module and said electronics module are either combined into a single unit or mounted at different locations.
Method, carried out by a mobile station, for participating in re-establishing an emergency communication between a network node, here referred to as answering point, and the mobile station, the method including the steps of: • a receiving procedure for receiving, from a network node over a network, a message (12 a), here referred to as instruction message (12 a), wherein the instruction message (12 a) includes an instruction to start, from the mobile station side, a new emergency call towards the answering point; and • a starting procedure for starting, from the mobile station side, a new emergency call towards the answering point; the method being characterized in that: the instruction message is a short message service, SMS, message. • a receiving procedure for receiving, from a network node over a network, a message (12 a), here referred to as instruction message (12 a), wherein the instruction message (12 a) includes an instruction to start, from the mobile station side, a new emergency call towards the answering point; and • a starting procedure for starting, from the mobile station side, a new emergency call towards the answering point; the method being characterized in that: the instruction message is a short message service, SMS, message.
An apparatus to seal a bottle having a threaded neck with a ROPP closure, comprising: a pressure block ejector that applies a predetermined first topload to a top portion of the ROPP closure to at least partially press a liner within the ROPP closure against a curl positioned on an upper portion of the threaded neck of the bottle; a pressure block that applies a predetermined second topload to an upper perimeter portion of the ROPP closure to form a channel in an outer radial edge of the ROPP closure; at least one thread roller configured to apply a predetermined first sideload to an exterior surface of a body portion of the ROPP closure to form closure threads on the body portion, wherein the pressure block is configured to apply and release the second topload to the top portion of the ROPP closure before the at least one thread roller applies the first sideload; a tool configured to rotate the bottle in a closing direction around a longitudinal axis of the bottle, wherein the tool comprises at least one of a chuck positioned proximate to a closed end portion of the bottle and a holder that engages a body portion of the bottle; and at least one pilfer roller configured to apply a predetermined second sideload to a pilfer band of the ROPP closure, wherein the bottle is sealed by the ROPP closure. a pressure block ejector that applies a predetermined first topload to a top portion of the ROPP closure to at least partially press a liner within the ROPP closure against a curl positioned on an upper portion of the threaded neck of the bottle; a pressure block that applies a predetermined second topload to an upper perimeter portion of the ROPP closure to form a channel in an outer radial edge of the ROPP closure; at least one thread roller configured to apply a predetermined first sideload to an exterior surface of a body portion of the ROPP closure to form closure threads on the body portion, wherein the pressure block is configured to apply and release the second topload to the top portion of the ROPP closure before the at least one thread roller applies the first sideload; a tool configured to rotate the bottle in a closing direction around a longitudinal axis of the bottle, wherein the tool comprises at least one of a chuck positioned proximate to a closed end portion of the bottle and a holder that engages a body portion of the bottle; and at least one pilfer roller configured to apply a predetermined second sideload to a pilfer band of the ROPP closure, wherein the bottle is sealed by the ROPP closure.
Fastening assembly kit having: a bolt with an abutment portion and a shank extending therefrom in a longitudinal direction, said shank having a longitudinal injection channel which extends along the longitudinal direction and a transverse injection channel which extends between said longitudinal injection channel and an outer circumferential surface of the shank; a bolt securing element which can be fixed to the shank; and a disc which can be arranged between the bolt securing element and the abutment portion of the bolt and which has an aperture through which the shank of the bolt can be guided, and an outer ventilation groove which extends from a circumferential edge of the disc in the direction of the aperture and which discharges into an inner ventilation groove extending along the aperture. a bolt with an abutment portion and a shank extending therefrom in a longitudinal direction, said shank having a longitudinal injection channel which extends along the longitudinal direction and a transverse injection channel which extends between said longitudinal injection channel and an outer circumferential surface of the shank; a bolt securing element which can be fixed to the shank; and a disc which can be arranged between the bolt securing element and the abutment portion of the bolt and which has an aperture through which the shank of the bolt can be guided, and an outer ventilation groove which extends from a circumferential edge of the disc in the direction of the aperture and which discharges into an inner ventilation groove extending along the aperture.
Rotor blade for a turbo machine, comprising a turbine blade region and a blade root region, the rotor blade having at least one fibre composite part, configured from a fibre composite material, and an enclosure, the enclosure enclosing the fibre composite part completely, characterized in that the fibre composite part is prestressed with respect to the enclosure.
An airfoil, comprising: an airfoil body having a leading edge (104; 204) and a trailing edge (102; 202); the trailing edge (102; 202) including a heat pipe (122; 182; 222) disposed within the airfoil, the heat pipe (122; 182; 222) including a vaporization section (124; 184; 224) and a condensation section (126; 186; 226), the vaporization section (124; 184; 224) disposed within the airfoil body and configured to remove heat from the trailing edge (102; 202); and a second cooling apparatus disposed within the airfoil body and configured to remove heat from the leading edge (104; 204), characterised in that the second cooling apparatus comprises a cooling chamber (152; 252) defining a cooling path within the airfoil body, the cooling path configured to receive a cooling airflow (140; 240). an airfoil body having a leading edge (104; 204) and a trailing edge (102; 202); the trailing edge (102; 202) including a heat pipe (122; 182; 222) disposed within the airfoil, the heat pipe (122; 182; 222) including a vaporization section (124; 184; 224) and a condensation section (126; 186; 226), the vaporization section (124; 184; 224) disposed within the airfoil body and configured to remove heat from the trailing edge (102; 202); and a second cooling apparatus disposed within the airfoil body and configured to remove heat from the leading edge (104; 204), characterised in that the second cooling apparatus comprises a cooling chamber (152; 252) defining a cooling path within the airfoil body, the cooling path configured to receive a cooling airflow (140; 240).
A priming assembly (52, 54) for a drug delivery device comprising: a hub (60, 80); a base (62, 82) connected to the hub (60, 80) and rotatable relative to the hub (60, 80) between a first position and a second position, the base (62, 82) defining a passageway (64, 84); a cap (66, 86) comprising a closed first end (74, 94) and an open second end (76, 96), the open second end (76, 96) secured to the hub (60, 80), the cap (66, 86) defining an interior chamber (68, 88) and a passageway (70, 90) in fluid communication with the interior chamber (68, 88), wherein the cap (66, 86) and the base (62, 82) form a sealed interface between the cap (66, 86) and the base (62, 82); and a needle (72, 92) connected to the hub (60, 80) and positioned within the interior chamber (68, 88) of the cap (66, 86), characterized in that the passageway (64, 84) of the base (62, 82) is in fluid communication with the passageway (70, 90) of the cap (66, 86) when the base (62, 82) is in the first position, and wherein the passageway (64, 84) of the base (62, 82) is isolated from the passageway (70, 90) of the cap (66, 86) when the base (62, 82) is in the second position. a hub (60, 80); a base (62, 82) connected to the hub (60, 80) and rotatable relative to the hub (60, 80) between a first position and a second position, the base (62, 82) defining a passageway (64, 84); a cap (66, 86) comprising a closed first end (74, 94) and an open second end (76, 96), the open second end (76, 96) secured to the hub (60, 80), the cap (66, 86) defining an interior chamber (68, 88) and a passageway (70, 90) in fluid communication with the interior chamber (68, 88), wherein the cap (66, 86) and the base (62, 82) form a sealed interface between the cap (66, 86) and the base (62, 82); and a needle (72, 92) connected to the hub (60, 80) and positioned within the interior chamber (68, 88) of the cap (66, 86), characterized in that the passageway (64, 84) of the base (62, 82) is in fluid communication with the passageway (70, 90) of the cap (66, 86) when the base (62, 82) is in the first position, and wherein the passageway (64, 84) of the base (62, 82) is isolated from the passageway (70, 90) of the cap (66, 86) when the base (62, 82) is in the second position.
A screening method for the identification of a disease state, comprising the steps of: contacting a drawn blood sample that includes a plurality of blood cells with a cellular RNA protective agent comprising: i. one or more preservative agents including diazolidinyl urea; ii. one or more nuclease inhibitors including aurintricarboxylic acid; iii. a metabolic inhibitor comprising sodium fluoride and glyceraldehyde; iv. one or more metal ion chelators including EDTA; isolating white blood cells from the drawn blood sample; and extracting cellular RNA from the isolated white blood cells. contacting a drawn blood sample that includes a plurality of blood cells with a cellular RNA protective agent comprising: i. one or more preservative agents including diazolidinyl urea; ii. one or more nuclease inhibitors including aurintricarboxylic acid; iii. a metabolic inhibitor comprising sodium fluoride and glyceraldehyde; iv. one or more metal ion chelators including EDTA; i. one or more preservative agents including diazolidinyl urea; ii. one or more nuclease inhibitors including aurintricarboxylic acid; iii. a metabolic inhibitor comprising sodium fluoride and glyceraldehyde; iv. one or more metal ion chelators including EDTA; isolating white blood cells from the drawn blood sample; and extracting cellular RNA from the isolated white blood cells.
A battery pack comprising: a plurality of unit batteries; a spacer disposed between the unit batteries to separate adjacent pairs of the unit batteries, wherein the spacer comprises lead wire holes passing through the spacer in a direction parallel to the length of the unit batteries; a protective circuit module connected to the unit batteries by lead wires; and a holder surrounding the unit batteries and having paths through which the lead wires pass, wherein the holder comprises hooks binding the lead wires. a plurality of unit batteries; a spacer disposed between the unit batteries to separate adjacent pairs of the unit batteries, wherein the spacer comprises lead wire holes passing through the spacer in a direction parallel to the length of the unit batteries; a protective circuit module connected to the unit batteries by lead wires; and a holder surrounding the unit batteries and having paths through which the lead wires pass, wherein the holder comprises hooks binding the lead wires.
A method comprising: sending, by a second base station to a first base station, a handover request for a wireless device, the handover request comprising a time sensitive networking, TSN, bridge parameter, wherein the TSN bridge parameter comprises a second TSN bridge identifier; and receiving by the second base station, based on the second TSN bridge identifier matching a first TSN bridge identifier associated with the first base station, a handover acceptance from the first base station for the handover request. sending, by a second base station to a first base station, a handover request for a wireless device, the handover request comprising a time sensitive networking, TSN, bridge parameter, wherein the TSN bridge parameter comprises a second TSN bridge identifier; and receiving by the second base station, based on the second TSN bridge identifier matching a first TSN bridge identifier associated with the first base station, a handover acceptance from the first base station for the handover request.
A Co-Fe-Ni alloy with high thermal conductivity and high strength for a mold, comprising the following chemical components in percentage by weight: 0-0.01 % of C, 12-18 % of Ni, 38-42 % of Fe, 0-1.2 % of Cr, 0-0.05 % of X, less than 0.015 % of P, less than 0.010 % of S, and the balance of Co and inevitable impurities, wherein X is Sc, and/or Y, and/or Nd, and/or Pd.
Counterbalance system for opening/closing vertically sliding doors of a piece of furniture comprising: - a frame; - a door vertically displaceable on the frame; - a single pulley rotatably mounted on the frame or on the door and having two circular sections (16, 18) with different diameters; - a single segment of flexible cable between said two sections and two respective anchoring points (13, 15) on the door or on the frame, the pulley being arranged between the two anchoring points and the cable winding on the pulley passing from a section to the other; - elastic means mounted between a section and the cable, which are adapted to elastically bias the cable; characterized by comprising anti-slipping means (32, 34) for permanently restraining the cable on a section of the pulley. - a frame; - a door vertically displaceable on the frame; - a single pulley rotatably mounted on the frame or on the door and having two circular sections (16, 18) with different diameters; - a single segment of flexible cable between said two sections and two respective anchoring points (13, 15) on the door or on the frame, the pulley being arranged between the two anchoring points and the cable winding on the pulley passing from a section to the other; - elastic means mounted between a section and the cable, which are adapted to elastically bias the cable;
A drum-type washing machine comprising: a rotary drum having an axis of rotation which is horizontal or inclined downwardly from a front-surface side toward a rear-surface side; a water tank containing the rotary drum; a motor rotating the rotary drum; a vibration detector provided in the water tank; and a controller controlling the motor to perform laundering processes including a spin-drying process; characterised by a washing machine housing elastically supporting the water tank at lower side, through an anti-vibration damper and two support dampers; wherein the anti-vibration damper is provided in a right side with respect to the axis of rotation in the rotary drum when viewed at the front surface, and the forward direction corresponds to counterclockwise rotations; or wherein the anti-vibration damper is provided in a left side with respect to the axis of rotation in the rotary drum when viewed at the front surface, and the forward direction corresponds to clockwise rotations. a rotary drum having an axis of rotation which is horizontal or inclined downwardly from a front-surface side toward a rear-surface side; a water tank containing the rotary drum; a motor rotating the rotary drum; a vibration detector provided in the water tank; and a controller controlling the motor to perform laundering processes including a spin-drying process; characterised by a washing machine housing elastically supporting the water tank at lower side, through an anti-vibration damper and two support dampers; wherein the anti-vibration damper is provided in a right side with respect to the axis of rotation in the rotary drum when viewed at the front surface, and the forward direction corresponds to counterclockwise rotations; or wherein the anti-vibration damper is provided in a left side with respect to the axis of rotation in the rotary drum when viewed at the front surface, and the forward direction corresponds to clockwise rotations.