mhurhangee/ep-ind-claims huggingface dataset:
An aircraft on-board maintenance system, comprising: a pressure sensor configured to measure a pressure in a tube associated with an engine (112, 312) of an aircraft (110, 310) and generate a sensor signal indicative of the pressure measured by the pressure sensor; a valve comprising an inlet coupled to an inert gas supply on-board the aircraft (110, 310) and an outlet coupled to a conduit extending to the tube, wherein the valve is actuatable between: (i) an open state in which the valve supplies, via the conduit, an inert gas from the inert gas supply to the tube, and (ii) a closed state in which the valve inhibits supply of the inert gas; a control system in communication with the pressure sensor and configured to receive the sensor signal, wherein the control system is configured to: determine, based on the sensor signal, that the tube is at least partially blocked by moisture, and responsive to a determination that the tube is at least partially blocked by moisture, provide an alert signal to a flight deck of the aircraft (110, 310); and an actuation switch at the flight deck that is operable to actuate the valve to the open state to supply the inert gas to the conduit and expel the moisture in the tube. a pressure sensor configured to measure a pressure in a tube associated with an engine (112, 312) of an aircraft (110, 310) and generate a sensor signal indicative of the pressure measured by the pressure sensor; a valve comprising an inlet coupled to an inert gas supply on-board the aircraft (110, 310) and an outlet coupled to a conduit extending to the tube, wherein the valve is actuatable between: (i) an open state in which the valve supplies, via the conduit, an inert gas from the inert gas supply to the tube, and (ii) a closed state in which the valve inhibits supply of the inert gas; a control system in communication with the pressure sensor and configured to receive the sensor signal, wherein the control system is configured to: determine, based on the sensor signal, that the tube is at least partially blocked by moisture, and responsive to a determination that the tube is at least partially blocked by moisture, provide an alert signal to a flight deck of the aircraft (110, 310); and an actuation switch at the flight deck that is operable to actuate the valve to the open state to supply the inert gas to the conduit and expel the moisture in the tube. determine, based on the sensor signal, that the tube is at least partially blocked by moisture, and responsive to a determination that the tube is at least partially blocked by moisture, provide an alert signal to a flight deck of the aircraft (110, 310); and an actuation switch at the flight deck that is operable to actuate the valve to the open state to supply the inert gas to the conduit and expel the moisture in the tube.
A continuous ink jet print head, comprising: an ink droplet generator configured to emit ink droplets along a droplet flight path; a charge electrode configured to impart a charge to at least some of the ink droplets; at least one deflector plate adjacent the droplet flight path, downstream from the charge electrode, and configured to deflect at least some of the ink droplets to a deflected droplet flight path; a gutter configured to receive ink droplets not intended for printing; characterized in that the continuous ink jet print head further comprises: an ink buildup sensor configured to detect an accumulation of ink on a print head surface via a change in an amount of light sensed by the ink buildup sensor. an ink droplet generator configured to emit ink droplets along a droplet flight path; a charge electrode configured to impart a charge to at least some of the ink droplets; at least one deflector plate adjacent the droplet flight path, downstream from the charge electrode, and configured to deflect at least some of the ink droplets to a deflected droplet flight path; a gutter configured to receive ink droplets not intended for printing; characterized in that the continuous ink jet print head further comprises: an ink buildup sensor configured to detect an accumulation of ink on a print head surface via a change in an amount of light sensed by the ink buildup sensor. an ink buildup sensor configured to detect an accumulation of ink on a print head surface via a change in an amount of light sensed by the ink buildup sensor.
Method for operating an internal combustion engine unit comprising an internal combustion engine which is provided for operation with natural gas and to which fresh gas can be supplied via a fresh gas line, comprising one or more fuel pressure tanks in which the natural gas is stored in gas form, and comprising one or more gas injection valves which can be connected to the fuel pressure tank(s) via a pressure control device, wherein means for heating the gas injection valve(s) and a heating device for heating the natural gas are provided, wherein the heating device is integrated into the pressure control device, characterized in that the gas injection valve(s) is/are heated before and/or during cold operation of the internal combustion engine, wherein - in a first ambient temperature range, the heating device is not put into operation; whereas - in a second ambient temperature range that is relatively cold compared with the first ambient temperature range, the heating device is additionally put into operation. - in a first ambient temperature range, the heating device is not put into operation; whereas - in a second ambient temperature range that is relatively cold compared with the first ambient temperature range, the heating device is additionally put into operation.
A ring comprising at least one crown, defining a collecting space; and it comprises angular sectors disposed circumferentially contiguous and substantially inside said at least one crown and adapted to be at least partly housed in said collecting space; and angular sectors can be translated along substantially radial sliding axes defining a contracted configuration, in which said angular sectors define an inner diameter of said ring of minimum value and said angular sectors are almost in mutual contact, and at least one expanded configuration in which said angular sectors define an inner diameter of said ring of maximum value, said ring being characterised in that it comprises at least one guide adapted to enable said angular sectors to slide along said sliding axes; and in that said at least one guide comprises a retainer, which is a pin extending in an axial direction, secured to said at least one crown and at least one engagement tooth protruding from said angular sectors and adapted to slide along said conduction retainer.
A lotion preparation comprising (a) 1-cyclopropyl-8-methyl-7-[5-methyl-6-(methylamino)-3-pyridyl]-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid and/or a pharmaceutically acceptable salt thereof, (b) 1 to 20 wt% of ethanol, (c) a water-soluble cellulose derivative, and (d) 1,3-butylene glycol, and having a pH of 9 to 12. (a) 1-cyclopropyl-8-methyl-7-[5-methyl-6-(methylamino)-3-pyridyl]-4-oxo-1,4-dihydro-3-quinolinecarboxylic acid and/or a pharmaceutically acceptable salt thereof, (b) 1 to 20 wt% of ethanol, (c) a water-soluble cellulose derivative, and (d) 1,3-butylene glycol, and
An electroluminescent device including a structure comprising a set of nanowires on the surface of a substrate which comprises: - a first series of primary so-called emission nanowires (NTi e) comprising nanowires connected to first electrical contacts and capable of emitting light under the action of a first so-called forward voltage from a so-called forward voltage or forward current source; - a second series of secondary so-called detection nanowires (NTi d) adjacent to said primary nanowires, connected to second electrical contacts and capable of generating a photocurrent under the action of an ambient light and/or of a portion of the light emitted by some of said primary nanowires, under the control of a second so-called reverse voltage from a voltage or current source; characterised in that it comprises: - means for controlling said so-called forward voltage as a function of said photocurrent. - a first series of primary so-called emission nanowires (NTi e) comprising nanowires connected to first electrical contacts and capable of emitting light under the action of a first so-called forward voltage from a so-called forward voltage or forward current source; - a second series of secondary so-called detection nanowires (NTi d) adjacent to said primary nanowires, connected to second electrical contacts and capable of generating a photocurrent under the action of an ambient light and/or of a portion of the light emitted by some of said primary nanowires, under the control of a second so-called reverse voltage from a voltage or current source; - means for controlling said so-called forward voltage as a function of said photocurrent.
A cosmetic treatment of human hair and/or skin comprising applying a composition containing a protein glutaminase to the hair and/or skin before or simultaneously with a transglutaminase.
Direct-current switching device for switching direct currents, in particular direct currents in the kiloampere range, having - a switching unit, - a resonant circuit and an - overvoltage arrester, - wherein, when the switching unit is switched off, the resonant circuit generates an oscillating resonant current (Io) which is superposed on the direct current (Is) still flowing through the switching unit during the switching off, and - connected in series with the switching unit, referred to below as the first switching unit, there is a second switching unit (30, 20') whose switching behavior differs from that of the first switching unit, and - the resonant circuit and the arrester are electrically parallel to this series circuit, and - the direct-current switching device comprises a delay device which, when the direct current is switched off, opens the second switching unit at a time after the first switching unit, and - the delay device comprises a gearing mechanism or is formed of a gearing mechanism which is connected between the second switching unit and a drive of the direct-current switching device that drives both switching units (20, 30), characterized in that the duration of delay of the delay device and the natural frequency of the resonant circuit are matched to one another such that the switching off of the second switching unit does not start until the amplitude of the oscillating resonant current (Io) has a value of at least 75% of the direct current that is to be switched off. - a switching unit, - a resonant circuit and an - overvoltage arrester, - wherein, when the switching unit is switched off, the resonant circuit generates an oscillating resonant current (Io) which is superposed on the direct current (Is) still flowing through the switching unit during the switching off, and - connected in series with the switching unit, referred to below as the first switching unit, there is a second switching unit (30, 20') whose switching behavior differs from that of the first switching unit, and - the resonant circuit and the arrester are electrically parallel to this series circuit, and - the direct-current switching device comprises a delay device which, when the direct current is switched off, opens the second switching unit at a time after the first switching unit, and - the delay device comprises a gearing mechanism or is formed of a gearing mechanism which is connected between the second switching unit and a drive of the direct-current switching device that drives both switching units (20, 30),
An arrangement for handling screening material, e.g. aggregate, ore or similar, said arrangement comprising a screening deck on or in relation to which screening material is traveling, the arrangement further comprising an ultrasonic detection system comprising: an ultrasonic transmitter arranged at the arrangement, and adapted to send out an ultrasonic signal towards a surface, an ultrasonic receiver adapted to receive the ultrasonic signal, and a control unit connected to the ultrasonic transmitter and the ultrasonic receiver, the control unit being adapted to detect at least one parameter of the ultrasonic signal, wherein the control unit further is adapted to detect a difference in the at least one parameter based on a comparison between the ultrasonic signal and a reference signal, wherein the ultrasonic detection system further comprises: a reflector arranged for deflecting the ultrasonic signal towards the surface of the screening deck of the arrangement, and a mesh which comprises a plurality of ultrasonic transmitters and ultrasonic receivers wherein each ultrasonic transmitter and ultrasonic receiver is arranged over the surface of the screening deck of the arrangement. an ultrasonic transmitter arranged at the arrangement, and adapted to send out an ultrasonic signal towards a surface, an ultrasonic receiver adapted to receive the ultrasonic signal, and a control unit connected to the ultrasonic transmitter and the ultrasonic receiver, the control unit being adapted to detect at least one parameter of the ultrasonic signal, wherein the control unit further is adapted to detect a difference in the at least one parameter based on a comparison between the ultrasonic signal and a reference signal, wherein the ultrasonic detection system further comprises: a reflector arranged for deflecting the ultrasonic signal towards the surface of the screening deck of the arrangement, and a mesh which comprises a plurality of ultrasonic transmitters and ultrasonic receivers wherein each ultrasonic transmitter and ultrasonic receiver is arranged over the surface of the screening deck of the arrangement. a reflector arranged for deflecting the ultrasonic signal towards the surface of the screening deck of the arrangement, and a mesh which comprises a plurality of ultrasonic transmitters and ultrasonic receivers wherein each ultrasonic transmitter and ultrasonic receiver is arranged over the surface of the screening deck of the arrangement.
A method for creating a new denture by duplicating an existing denture, said method comprising the steps of: taking a scan (30, 32) of the existing denture; creating a digital three dimensional model of the existing denture from the scan (30, 32) of the existing denture; manipulating the digital three dimensional model of the existing denture to obtain a three dimensional denture base model, wherein the manipulating includes: - fitting digital denture teeth from a library to the digital three dimensional model; - offsetting the fitted digital teeth by adding a predetermined amount of overall thickness to the digital teeth; - subtracting the fitted digital teeth and the offset from the digital three dimensional model and cleaning margins to create the three dimensional denture base model; manufacturing a denture base from the digital three dimensional denture base model; and - providing denture teeth which are selected from a library or fabricated from the digital model in a number of process steps; - installing the denture teeth to the denture base. taking a scan (30, 32) of the existing denture; creating a digital three dimensional model of the existing denture from the scan (30, 32) of the existing denture; manipulating the digital three dimensional model of the existing denture to obtain a three dimensional denture base model, wherein the manipulating includes: - fitting digital denture teeth from a library to the digital three dimensional model; - offsetting the fitted digital teeth by adding a predetermined amount of overall thickness to the digital teeth; - subtracting the fitted digital teeth and the offset from the digital three dimensional model and cleaning margins to create the three dimensional denture base model; manufacturing a denture base from the digital three dimensional denture base model; and - providing denture teeth which are selected from a library or fabricated from the digital model in a number of process steps; - installing the denture teeth to the denture base. - fitting digital denture teeth from a library to the digital three dimensional model; - offsetting the fitted digital teeth by adding a predetermined amount of overall thickness to the digital teeth; - subtracting the fitted digital teeth and the offset from the digital three dimensional model and cleaning margins to create the three dimensional denture base model; manufacturing a denture base from the digital three dimensional denture base model; and - providing denture teeth which are selected from a library or fabricated from the digital model in a number of process steps; - installing the denture teeth to the denture base.
Dry-type transformer comprising a transformer core having at least two core limbs, wherein a respective dry-type transformer coil (10, 32, 34, 36, 52, 54, 56), comprising a hollow-cylindrical coil with at least one radially inner winding and one radially outer winding, is arranged around at least two core limbs, wherein the radially outer surface of the dry-type transformer coil (10, 32, 34, 36, 52, 54, 56) is provided with a barrier structure which is at least partially circumferential, extends at least over the axial length of the said dry-type transformer coil, has at least one layer of strips which are composed of an insulating material, and has at least one barrier wall which is radially supported by the said strips, wherein the radially outermost barrier wall has an electrical screen (20, 42, 58, 60, 62) which is connected to earth potential (24, 44, 64), characterized in that the electrical screens (20, 42, 58, 60, 62) of at least two adjacent dry-type transformer coils (10, 32, 34, 36, 52, 54, 56) are not embodied fully in the regions of coil surfaces (38, 40), which face one another, over the entire axial extent of the said regions, and in that the electrical screens (20, 42, 58, 60, 62) are designed and electrically connected to one another in such a way that the at least two adjacent dry-type transformer coils (10, 32, 34, 36, 52, 54, 56) are surrounded by the connected screen in the manner of a casing, so that protection against contact with the radial outer surfaces of the dry-type transformer coils (10, 32, 34, 36, 52, 54, 56) is achieved.
A wind turbine blade for a wind turbine, having a tip end area, a root end area, a tip end, and a lightning protection system, wherein said tip end is disposed in the tip end area, and said lightning protection system comprising at least one metal foil (13, 14, 15, 16), wherein a first end (13a, 14a, 15a, 16a) of the metal foil (13, 14, 15, 16) is disposed in the tip end area of the blade, wherein the metal foil (13, 14, 15, 16) extends from said first end (13a, 14a, 15a, 16a) towards the root end area of the blade, and wherein the metal foil (13, 14, 15, 16) is arranged in proximity to the outer surface of the blade, so that the metal foil (13, 14, 15, 16) is adapted to function as a receptor of a stroke of lightning and as a down conductor, said lightning protection system further comprising a first metallic lightning receptor, wherein the first metallic lightning receptor is disposed between the first end (13a, 14a, 15a, 16a) of the metal foil (13, 14, 15, 16) and the tip end of the blade, wherein the first metallic lightning receptor is in direct electrical contact with the metal foil (13, 14, 15, 16), wherein the first metallic lightning receptor is arranged in proximity to the outer surface of the blade, characterised in that part of the first metallic lightning receptor is arranged overlapping with the metal foil (13, 14, 15, 16), so that an overlap section (23a, 23b) between the metal foil (13, 14, 15, 16) and the first metallic lightning receptor is formed.
A device with a microreactor array which comprises a plurality of containers, wherein each container of the array comprises at least one channel which respectively forms a fluid line to the container, wherein each channel comprises a valve which enables an individual supply and withdrawal of reaction fluids in respect of individual reaction chambers of the microreactor array, and wherein the array comprises a pump which acts to transport the reaction fluids into the reaction chambers, characterized in that the device comprises a mechanical shaker and addition may be carried out without interrupting the shaking process and wherein the reaction chambers are covered with a gas-permeable membrane or with a gas-permeable cover.
A seat suspension system comprising: a system frame having an upper frame; a substantially L-shaped seat frame having a bottom portion supporting a seat bottom and a rear portion supporting a seat back; an elongated lever bracket having one end pivotably mounted to said system frame and the opposite end having a seat pivot rod movably connected to the bottom portion of the seat frame; and a dampening device comprising a spring carrier, at least one coil spring connected at one end to said system frame by the spring carrier and connected at the other end to the said lever bracket, wherein the position of the spring carrier can be adjusted relative to the system frame such that the coil spring can be preloaded to accommodate force applied to said opposite end of the lever bracket, and wherein said other end of the coil spring is attached to the lever bracket between said one end and said opposite end thereof, characterized in that the rear portion of the seat frame is slidably connected to said upper frame of said system frame using rollers for sliding substantially vertically along said system frame, and the bottom portion is substantially vertically supported by only the elongated lever bracket. a system frame having an upper frame; a substantially L-shaped seat frame having a bottom portion supporting a seat bottom and a rear portion supporting a seat back; an elongated lever bracket having one end pivotably mounted to said system frame and the opposite end having a seat pivot rod movably connected to the bottom portion of the seat frame; and a dampening device comprising a spring carrier, at least one coil spring connected at one end to said system frame by the spring carrier and connected at the other end to the said lever bracket, wherein the position of the spring carrier can be adjusted relative to the system frame such that the coil spring can be preloaded to accommodate force applied to said opposite end of the lever bracket, and wherein said other end of the coil spring is attached to the lever bracket between said one end and said opposite end thereof, characterized in that the rear portion of the seat frame is slidably connected to said upper frame of said system frame using rollers for sliding substantially vertically along said system frame, and the bottom portion is substantially vertically supported by only the elongated lever bracket.