mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a compressor section, a combustor, and a turbine section, said compressor section being a compressor comprising: a compressor rotor including blades and a disc, with a bore defined radially inwardly of said disc; and a high pressure air tap including a lower temperature tapped path and a higher temperature tapped path and a valve (111;132) for selectively delivering one of said lower temperature tapped path and said higher temperature tapped path into said bore of said disc, when in use, and said valve (111;132) being operable to selectively block flow of either of said lower temperature and higher temperature tapped paths to said bore of said disc, with said disc including holes (105;138) to allow air from compressor chambers to communicate with said bore of said disc, characterized in that said valve (111;132) is configured to allow flow from said higher temperature tapped path when the associated engine is moving from a lower power operation to a higher power operation, to deliver said lower temperature tapped path to said bore of said disc when said engine is at higher power operation, and to block flow of both said higher temperature and lower temperature tapped paths when said engine is operating at other lower power settings such that air from the compressor chamber passes radially inwardly through the holes (105;138) in said disc, and into said bore of said disc. a compressor rotor including blades and a disc, with a bore defined radially inwardly of said disc; and a high pressure air tap including a lower temperature tapped path and a higher temperature tapped path and a valve (111;132) for selectively delivering one of said lower temperature tapped path and said higher temperature tapped path into said bore of said disc, when in use, and said valve (111;132) being operable to selectively block flow of either of said lower temperature and higher temperature tapped paths to said bore of said disc, with said disc including holes (105;138) to allow air from compressor chambers to communicate with said bore of said disc, characterized in that said valve (111;132) is configured to allow flow from said higher temperature tapped path when the associated engine is moving from a lower power operation to a higher power operation, to deliver said lower temperature tapped path to said bore of said disc when said engine is at higher power operation, and to block flow of both said higher temperature and lower temperature tapped paths when said engine is operating at other lower power settings such that air from the compressor chamber passes radially inwardly through the holes (105;138) in said disc, and into said bore of said disc.
An orally administrable pharmaceutical composition comprising an effective amount of a solid, biologically active agent suspended in a non-aqueous liquid carrier, wherein the non-aqueous liquid carrier comprises: (a) greater than 14 wt.% of a free fatty acid having at least 8 carbons; (b) less than 10 wt.% of phospholipid; wherein the carrier releases the biologically active agent in a pH sensitive manner, and wherein the non-aqueous liquid carrier comprises only residual water and is immiscible in water or aqueous solutions, but capable of being dispersed in aqueous solutions releasing the active agent; and the solid, biologically active agent is a weak-acid NSAID. (a) greater than 14 wt.% of a free fatty acid having at least 8 carbons; (b) less than 10 wt.% of phospholipid; wherein the carrier releases the biologically active agent in a pH sensitive manner, and wherein the non-aqueous liquid carrier comprises only residual water and is immiscible in water or aqueous solutions, but capable of being dispersed in aqueous solutions releasing the active agent; and the solid, biologically active agent is a weak-acid NSAID.
A non-therapeutic / non-surgical method for the cleaning of a circumferentially closed canal by means of a light guide conducting a laser beam, wherein the entry of the laser beam into the light guide is automatically interrupted when the free end of the light guide is outside of the canal.
Electric winch crank comprising: • a main body including an electric motor controlled by an electronic circuit; • a gripping handle arranged at one end of the main body and able to pivot on same with respect to said main body; • coupling means to a winch, arranged at the opposite end of said main body; • a transmission mechanism driven by the output shaft of said motor and allowing rotation of the coupling means; • a mechanical reducer interposed between the output shaft of the motor and the coupling means, characterized in that it includes: • a braking system mounted on the output shaft of the motor, operated by means of said electronic circuit, • a control member located on the gripping handle, able to generate commands intended for the electronic circuit for the activation of said braking system; • a transmission mechanism comprising a first portion rigidly attached to the gripping handle, connected to said control member, and a second portion rigidly attached to the main body electrically connected to an electronic circuit, allowing for the transmission of commands generated by the control member during the rotation of the handle relative to the main body said two portions (291,292) being wireless connected through coils magnetically connected, or through a radio-communication system. • a main body including an electric motor controlled by an electronic circuit; • a gripping handle arranged at one end of the main body and able to pivot on same with respect to said main body; • coupling means to a winch, arranged at the opposite end of said main body; • a transmission mechanism driven by the output shaft of said motor and allowing rotation of the coupling means; • a mechanical reducer interposed between the output shaft of the motor and the coupling means, • a braking system mounted on the output shaft of the motor, operated by means of said electronic circuit, • a control member located on the gripping handle, able to generate commands intended for the electronic circuit for the activation of said braking system; • a transmission mechanism comprising a first portion rigidly attached to the gripping handle, connected to said control member, and a second portion rigidly attached to the main body electrically connected to an electronic circuit, allowing for the transmission of commands generated by the control member during the rotation of the handle relative to the main body
A casing arrangement for a gas turbine engine, the arrangement comprising an inner casing presented upon a first bearing support and an outer casing (106, 108) presented upon a second bearing support concentric about a common centre line or axis (X-X), the inner casing having a radially extending link, characterized in having a driver arm extending from the radially extending link, the driver arm associated with the second bearing support through the outer casing to provide a reaction path to bending of the second bearing support relative to the first bearing support, the reaction path extending at least partially in the direction of the common centre line.
A perfusion apparatus for ex-vivo perfusing, transporting, and/or storing an organ or tissue, comprising: a coolant container configured to contain coolant and define a compartment to hold another container; an organ or tissue container configured to fit in the compartment; and an infrared temperature sensor; characterised in that the infrared temperature sensor is configured to measure, through an aperture in the coolant container, (i) a temperature of an organ or tissue in the organ or tissue container and/or (ii) a temperature of a perfusate bath in which the organ or tissue can be at least partially immersed in the organ or tissue container, the infrared temperature sensor being disposed exterior to the compartment and preferably exterior to the coolant container. a coolant container configured to contain coolant and define a compartment to hold another container; an organ or tissue container configured to fit in the compartment; and an infrared temperature sensor;
Bus coupler for connecting at least one bus subscriber (4, 4a, 4b), which draws power via a bus line, for building automation to a primary bus line, comprising a disconnecting device for DC-decoupling the bus subscriber (4, 4a, 4b) from the primary bus line, wherein the bus subscriber (4, 4a, 4b) can be connected to the bus coupler via a secondary bus line which is decoupled from the primary bus line by the disconnecting device, wherein the bus coupler has a voltage supply for feeding a bus voltage into the secondary bus line and has a control electronics system for controlling the voltage supply and the bus voltage of the secondary bus line, and the voltage supply and the control electronics system form one structural unit, characterized in that the voltage supply can be controlled by the control electronics system depending on control pulses which can be transmitted to the control electronics system via the two bus lines (2, 6).
A casing mill, comprising: an elongated main body having a bore and a longitudinal axis, and a means for attachment to a drillstring; a plurality of elongated cutter bases hingedly connected to said main body and movable between a first position substantially retracted to said main body, and a second position extended outwardly from said main body, said cutter bases in said first and second positions being substantially parallel to said longitudinal axis of said main body; one or more cutters mounted on each of said cutter bases, said cutters positioned so as to be in cutting relationship with a casing string when said cutter bases are in said second position; and a means for moving said cutter bases between said first and second positions, wherein said means for moving said cutter bases between said first and second positions comprises a plurality of positioning arms of substantially equal length connecting said cutter bases to said main body; and a piston disposed in said bore of said main body, and movable in a downhole direction by fluid flow through said bore, characterized by said piston bearing on heel portions of said positioning arms and rotating said positioning arms outwardly, in turn moving said cutter bases radially outward in parallel fashion. an elongated main body having a bore and a longitudinal axis, and a means for attachment to a drillstring; a plurality of elongated cutter bases hingedly connected to said main body and movable between a first position substantially retracted to said main body, and a second position extended outwardly from said main body, said cutter bases in said first and second positions being substantially parallel to said longitudinal axis of said main body; one or more cutters mounted on each of said cutter bases, said cutters positioned so as to be in cutting relationship with a casing string when said cutter bases are in said second position; and a means for moving said cutter bases between said first and second positions, wherein said means for moving said cutter bases between said first and second positions comprises a plurality of positioning arms of substantially equal length connecting said cutter bases to said main body; and a piston disposed in said bore of said main body, and movable in a downhole direction by fluid flow through said bore, characterized by said piston bearing on heel portions of said positioning arms and rotating said positioning arms outwardly, in turn moving said cutter bases radially outward in parallel fashion.
Method of operating a machine for a production facility that is adapted to produce an item, in particular a machine tool, wherein at least one machine condition signal (9; 10; 11) characterizing an operating condition of the machine is obtained, at least one audio signal representing the at least one machine condition signal (9; 10; 11) is generated and the at least one audio signal is presented to an operator operating the machine, wherein at least one relative position in space is assigned to the at least one audio signal and the at least one audio signal is presented to the operator such that it is deemed to emerge from the relative position in space assigned to the audio signal, characterized in that at least one of the machine condition signals (9; 10; 11) is a time-sequential signal and in that the audio signal is generated from the time-sequential signal by a transformation of the time-sequential signal. at least one machine condition signal (9; 10; 11) characterizing an operating condition of the machine is obtained, at least one audio signal representing the at least one machine condition signal (9; 10; 11) is generated and the at least one audio signal is presented to an operator operating the machine, wherein at least one relative position in space is assigned to the at least one audio signal and the at least one audio signal is presented to the operator such that it is deemed to emerge from the relative position in space assigned to the audio signal, characterized in that at least one of the machine condition signals (9; 10; 11) is a time-sequential signal and in that the audio signal is generated from the time-sequential signal by a transformation of the time-sequential signal.
A communication control method executed in a multi-hop cellular network including at least one gateway and a plurality of radio base stations (2A - 2D) having a cellular network managing function for performing radio resource management and movement management for a radio mobile station, the communication control method comprising: a first radio base station that is performing the radio resource management and the movement management concerning the radio mobile station connected to the multi-hop cellular network among the radio base stations requesting, when the first radio base station determines that it is necessary to switch a connection destination of the radio mobile station, a second radio base station serving as a radio base station at a handover destination to perform handover processing and instructing the radio mobile station being a handover execution mobile station to perform handover to the second radio base station, wherein the first radio base station transmits a handover request message to the second radio base station in order to request the second radio base station to perform the handover; and the second radio base station determining, based on a number of hops of the handover request message from the first radio base station to the second radio base station, whether to change the radio base station that performs the radio resource management and the movement management concerning the handover execution mobile station. a first radio base station that is performing the radio resource management and the movement management concerning the radio mobile station connected to the multi-hop cellular network among the radio base stations requesting, when the first radio base station determines that it is necessary to switch a connection destination of the radio mobile station, a second radio base station serving as a radio base station at a handover destination to perform handover processing and instructing the radio mobile station being a handover execution mobile station to perform handover to the second radio base station, wherein the first radio base station transmits a handover request message to the second radio base station in order to request the second radio base station to perform the handover; and the second radio base station determining, based on a number of hops of the handover request message from the first radio base station to the second radio base station, whether to change the radio base station that performs the radio resource management and the movement management concerning the handover execution mobile station.
A composite cellulosic product comprising: a plurality of layers of paper bonded together and reinforced by cellulose nanofibrils, wherein the CNF impregnates the paper layers and is distributed such that visible layering or striations in the composite product are absent; wherein the CNF is present in an amount (wt/wt%) of from 1% to 6%; and wherein the composite consists only of layers of paper, CNF, and water. a plurality of layers of paper bonded together and reinforced by cellulose nanofibrils, wherein the CNF impregnates the paper layers and is distributed such that visible layering or striations in the composite product are absent; wherein the CNF is present in an amount (wt/wt%) of from 1% to 6%; and wherein the composite consists only of layers of paper, CNF, and water.
An occlusion device for implantation within the sac of an aneurysm comprising: (a) a solid marker having a proximal end and a distal end; and (b) a resilient mesh body attached to the distal end of the marker, the resilient mesh body having a delivery shape and a low profile shape having a height that is between 10% to 20% of its width in free air capable of conforming to aneurysm walls; said occlusion device being characterized in that the resilient mesh body is a dual layer of mesh which comprises a single layer of mesh folded circumferentially to create a circumferential fold line around the circumference of the body, and folded over ends of resilient mesh, and wherein all the folded over ends of the dual layer of the mesh are within the marker. (a) a solid marker having a proximal end and a distal end; and (b) a resilient mesh body attached to the distal end of the marker, the resilient mesh body having a delivery shape and a low profile shape having a height that is between 10% to 20% of its width in free air capable of conforming to aneurysm walls;
Patient monitoring system, comprising: - at least one monitoring unit for monitoring the physiological status of a patient; and - a host system comprising a network of access points (16, 18, 20) for wireless reception of physiological status data from the at least one monitoring unit, wherein the at least one monitoring unit is provided to transmit data related to the physiological status to at least one of the access points (16,18,20) at selected points of time (T A,T B,T C) together with time related data containing information about an expected point of time of next data transmission of this monitoring unit, characterized in that the host system is provided to output an alarm signal delayed for a delay time after the expiration of an expected point of time (T A,T B,T C) of a data transmission without a reception of further physiological status data from the respective monitoring unit, wherein the delay time is a delay time depending on at least one measurement interval of at least one physiological parameter of the patient or a delay time depending on the present physiological status of the patient. - at least one monitoring unit for monitoring the physiological status of a patient; and - a host system comprising a network of access points (16, 18, 20) for wireless reception of physiological status data from the at least one monitoring unit,
A substantive cationized hydrogel microcapsule comprising a core material and a polymeric shell material, wherein the polymeric shell comprises: a) > 50% by weight oil soluble mono functional ethylenically unsaturated amine monomer represented by of Formula I: where R 1 = H, CH 3; R 2 = C 2-8 alkyl group; R 3 and R 4 are independently= H, C 1-8 alkyl group; b) < 50% by weight of polyfunctional ethylenically unsaturated monomer. a) > 50% by weight oil soluble mono functional ethylenically unsaturated amine monomer represented by of Formula I: where R 1 = H, CH 3; R 2 = C 2-8 alkyl group; R 3 and R 4 are independently= H, C 1-8 alkyl group; b) < 50% by weight of polyfunctional ethylenically unsaturated monomer.
An anti-Bv8 antibody, wherein the antibody comprises: an HVR-L1 comprising the amino acid sequence of SEQ ID NO:61; an HVR-L2 comprising the amino acid sequence of SEQ ID NO:62; an HVR-L3 comprising the amino acid sequence of SEQ ID NO:63; an HVR-H1 comprising the amino acid sequence of SEQ ID NO:64; an HVR-H2 comprising the amino acid sequence of SEQ ID NO:65; and an HVR-H3 comprising the amino acid sequence of SEQ ID NO:66, or an antigen-binding fragment thereof. an HVR-L1 comprising the amino acid sequence of SEQ ID NO:61; an HVR-L2 comprising the amino acid sequence of SEQ ID NO:62; an HVR-L3 comprising the amino acid sequence of SEQ ID NO:63; an HVR-H1 comprising the amino acid sequence of SEQ ID NO:64; an HVR-H2 comprising the amino acid sequence of SEQ ID NO:65; and an HVR-H3 comprising the amino acid sequence of SEQ ID NO:66, or an antigen-binding fragment thereof.
A headlight device for a saddled vehicle, comprising: a low-beam portion that emits a low beam with an illumination range restricted so as not to dazzle a person facing the vehicle with the emitted light, and a high-beam portion that emits a high beam with an unrestricted illumination range, wherein the high-beam portion is disposed on a lower side of the low-beam portion, wherein the high beam portion has a plurality of light sources and high beam reflectors (42, 46) reflecting emitted light from the light sources toward a vehicle body front side and the high beam reflectors are aterally elongated to become gradually higher in going outward in the vehicle width direction; a decorative part that covers part of the reflectors (42, 46); and an outer reflection section that reflects the emitted light forward of the vehicle body and further upward than a direction of emission of the high-beam reflectors (42, 46) that is provided at a position on an outer side, in regard of a vehicle width direction, of the high-beam reflectors (42, 46), the outer reflection section being provided on a part of the high-beam reflectors (42, 46) that reflects emitted light from the light source located on an outer side in regard of the vehicle width direction, and the outer reflection section being formed on the outer lower side of the high-beam reflectors (42, 46) at the outer lower edge of the high-beam reflectors (42, 46) in front view of the vehicle body. a low-beam portion that emits a low beam with an illumination range restricted so as not to dazzle a person facing the vehicle with the emitted light, and a high-beam portion that emits a high beam with an unrestricted illumination range, wherein the high-beam portion is disposed on a lower side of the low-beam portion, wherein the high beam portion has a plurality of light sources and high beam reflectors (42, 46) reflecting emitted light from the light sources toward a vehicle body front side and the high beam reflectors are aterally elongated to become gradually higher in going outward in the vehicle width direction; a decorative part that covers part of the reflectors (42, 46); and an outer reflection section that reflects the emitted light forward of the vehicle body and further upward than a direction of emission of the high-beam reflectors (42, 46) that is provided at a position on an outer side, in regard of a vehicle width direction, of the high-beam reflectors (42, 46), the outer reflection section being provided on a part of the high-beam reflectors (42, 46) that reflects emitted light from the light source located on an outer side in regard of the vehicle width direction, and the outer reflection section being formed on the outer lower side of the high-beam reflectors (42, 46) at the outer lower edge of the high-beam reflectors (42, 46) in front view of the vehicle body.