mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine combustor , comprising: a plurality of combustors each for supplying to a gas turbine a combustion gas resulting from combustion of a mixture of a fuel and combustion air introduced from a compressor , and each including a burner ; a spark plug for igniting the mixture; wherein: the burner includes a mixing chamber wall for forming a mixing chamber which opens towards a downstream side in an axial direction of the combustor, a fuel nozzle for supplying a fuel, and a plurality of air introduction passages installed in the mixing chamber wall each for introducing combustion air, along with the fuel from the fuel nozzle, into the mixing chamber, characterized in that each of the plurality of combustors further comprises a cross-fire tube for propagating between the combustors a flame formed by the combustion of the mixture, and in that at least one specific air introduction passage among the air introduction passages is formed in axially and circumferentially offset form, such that flows of the combustion air and fuel jetted from the specific air introduction passages into the mixing chamber are directed towards at least one of the spark plug and the cross-fire tube. a plurality of combustors each for supplying to a gas turbine a combustion gas resulting from combustion of a mixture of a fuel and combustion air introduced from a compressor , and each including a burner ; a spark plug for igniting the mixture; a mixing chamber wall for forming a mixing chamber which opens towards a downstream side in an axial direction of the combustor, a fuel nozzle for supplying a fuel, and a plurality of air introduction passages installed in the mixing chamber wall each for introducing combustion air, along with the fuel from the fuel nozzle, into the mixing chamber, characterized in that each of the plurality of combustors further comprises a cross-fire tube for propagating between the combustors a flame formed by the combustion of the mixture, and in that at least one specific air introduction passage among the air introduction passages is formed in axially and circumferentially offset form, such that flows of the combustion air and fuel jetted from the specific air introduction passages into the mixing chamber are directed towards at least one of the spark plug and the cross-fire tube.
Self-stabilizing scintillation detector system for the measurement of nuclear radiation, preferably gamma radiation, comprising a scintillation crystal , a photocathode and a photomultiplier tube PMT , the scintillation crystal being selected from a group of materials having a light decay time of at least 1ns, characterized in that the PMT is set to its highest possible gain, and the scintillation detector system further comprises a first and a second fast digital sampling analog to digital converter ADC, wherein the first ADC is connected to the anode output of the PMT for processing the current from the anode output relating to single photo electrons SPE being emitted as thermionic current from the photocathode , this first ADC being set to operate with a very high sampling rate of at least 10MHz, wherein the second ADC is connected to one of the PMT's dynodes for processing nuclear radiation induced signals.
Use of tafluprost for the manufacture of an ophthalmic aqueous solution for the treatment of ocular hypertension and glaucoma, wherein said ophthalmic solution comprises 0.0010-0.0025% w/v tafluprost, 0.075% w/v polysorbate 80, 0.005-0.2% w/v stabilizing agent, and substantially no preservatives in a single dose or unit dose container consisting essentially of polyethylene.
Pressure-sensitive adhesive comprising a polyhydroxyalkanoate, characterized in that the polyhydroxyalkanoate features 1 to 20 weight-% of structural units having a side chain functionalization moiety comprising at least 10 C-atoms, a side chain functionalization moiety being a chemical group provided by further functionalization of the original side chain originating from the hydroxy alkane acids on which the PHA is formally based; wherein the side chain functionalization moiety is bonded to the side chain via a heteroatom. a polyhydroxyalkanoate, characterized in that the polyhydroxyalkanoate features 1 to 20 weight-% of structural units having a side chain functionalization moiety comprising at least 10 C-atoms, a side chain functionalization moiety being a chemical group provided by further functionalization of the original side chain originating from the hydroxy alkane acids on which the PHA is formally based; wherein the side chain functionalization moiety is bonded to the side chain via a heteroatom.
Mobile cart comprising: - a base comprising at least one storage location for accommodating at least one gas cylinder , - several castors for moving the cart on the ground, - a main column extending upwards from the base , - a secondary column extending upwards from the base and rigidly connected to the anchoring structure , - a stowage cabinet , - an anchoring structure arranged at an upper end of the main column , - a support post carried by the anchoring structure and extending upwards, said support post carrying fixing means which are configured for fixing a gas delivery apparatus thereto, and - at least one manual gripping handle allowing a user to manipulate the cart , characterized in that : - the stowage cabinet is arranged along the main column , and - the secondary column and the main column are arranged spaced apart from each other, and in which the cabinet : - has a flattened shape comprising a width (L) and a thickness (E) such that: L ≥ 2.E, - is attached to the main column , and - extends substantially between the base and the anchoring structure . - a base comprising at least one storage location for accommodating at least one gas cylinder , - several castors for moving the cart on the ground, - a main column extending upwards from the base , - a secondary column extending upwards from the base and rigidly connected to the anchoring structure , - a stowage cabinet , - an anchoring structure arranged at an upper end of the main column , - a support post carried by the anchoring structure and extending upwards, said support post carrying fixing means which are configured for fixing a gas delivery apparatus thereto, and - at least one manual gripping handle allowing a user to manipulate the cart , - the stowage cabinet is arranged along the main column , and - the secondary column and the main column are arranged spaced apart from each other, - has a flattened shape comprising a width (L) and a thickness (E) such that: L ≥ 2.E, - is attached to the main column , and - extends substantially between the base and the anchoring structure .
A swing door operator adapted for employing a first and a second predetermined speed trajectory in sequence, when operating at least one swing door leaf , said first predetermined speed trajectory comprising said swing door leaf being moved from a closed position (C) to a first open position (A), and said second predetermined speed trajectory comprising said swing door leaf being moved from said first open position (A) to a second open position (B) at a reduced kinetic energy setting, wherein said first speed trajectory is initiated in response to an opening command or an evacuation command received by said swing door operator, characterized in that said door leaf , when arriving at said first open position (A) after an opening command, remains at said first open position (A), wherein said door leaf , when arriving at said first open position (A) after an evacuation command, is moved at a reduced kinetic energy setting, along a second predetermined speed trajectory, from said first open position (A) to a second open position (B), and wherein said swing door operator comprises at least one safety sensor for detecting objects located in an opening path of said swing door leaf , said safety sensor being fully active during said first predetermined speed trajectory, and being inhibited when said swing door leaf arrives at said first open position (A) and an evacuation command has been received by said swing door operator. wherein said first speed trajectory is initiated in response to an opening command or an evacuation command received by said swing door operator, characterized in that said door leaf , when arriving at said first open position (A) after an opening command, remains at said first open position (A), wherein said door leaf , when arriving at said first open position (A) after an evacuation command, is moved at a reduced kinetic energy setting, along a second predetermined speed trajectory, from said first open position (A) to a second open position (B), and wherein said swing door operator comprises at least one safety sensor for detecting objects located in an opening path of said swing door leaf , said safety sensor being fully active during said first predetermined speed trajectory, and being inhibited when said swing door leaf arrives at said first open position (A) and an evacuation command has been received by said swing door operator.
A stent comprising a stent body and one or more weld joints, wherein a radiopaque material is localized at the weld joints; wherein the weld joints comprise a solid mixture of the radiopaque material and stent body material.
A welding torch, the welding torch comprising: - a head , having a body bearing an electrode ; - a power supply , having an electric power source ; and - a filler wire and a wire guide guiding the filler wire to the electrode ; and characterized by the body being obtained by additive manufacturing from an electrically conductive metal, the electrode being electrically connected to the electric power source by the metal constituting the body the wire guide comprising an insulating sheath inside which the filler metal wire moves, the filler metal wire being electrically insulated from the potential of the body by the insulating sheath ; wherein the torch comprises a protective gas supply , the body comprising an inner protective gas passage cavity fluidly connected to the protective gas supply ; and wherein the torch comprises a cooling fluid supply , the body comprising an inner cooling fluid passage cavity fluidly connected to the cooling fluid supply ; wherein the body comprises an outer wall internally delimiting the inner protective gas passage cavity , the inner cooling fluid passage cavity being formed within the thickness of the outer wall . - a head , having a body bearing an electrode ; - a power supply , having an electric power source ; and - a filler wire and a wire guide guiding the filler wire to the electrode ; and characterized by the body being obtained by additive manufacturing from an electrically conductive metal, the electrode being electrically connected to the electric power source by the metal constituting the body the wire guide comprising an insulating sheath inside which the filler metal wire moves, the filler metal wire being electrically insulated from the potential of the body by the insulating sheath ; wherein the torch comprises a protective gas supply , the body comprising an inner protective gas passage cavity fluidly connected to the protective gas supply ; and wherein the torch comprises a cooling fluid supply , the body comprising an inner cooling fluid passage cavity fluidly connected to the cooling fluid supply ; wherein the body comprises an outer wall internally delimiting the inner protective gas passage cavity , the inner cooling fluid passage cavity being formed within the thickness of the outer wall .
A crawler vehicle, in particular an agricultural crawler vehicle , with a crawler chassis with at least one crawler framework , wherein the respective crawler framework has at least two chassis wheels and a crawler belt guided over the chassis wheels , characterized in that an evaluation device is provided, which is configured to carry out a determination of the state of wear of at least one crawler belt of the crawler chassis by means of an image-based comparison of at least two components of the crawler vehicle , of which at least one is a component of the crawler belt , wherein the respective crawler belt is a moving belt which comprises a crawler webbing and outer studs disposed on the outside of the crawler webbing as the components , wherein the evaluation device compares the result of the comparison of a height of the outer studs and thickness of the crawler webbing or the width of the outer studs in or transverse to the direction of travel and width of the crawler webbing with nominal values stored in a database and determines the current state of wear thereon.
A method for operating a terminal in a wireless communication system, the method comprising: determining at least one of an average transmission power of data resource elements, REs, and an average transmission power of reference signal REs, based on an average transmission power of REs on the uplink and pre-determined power adjustment parameter ; determining a first transmission power of symbol based on the at least one of the determined average transmission power of the data REs and the average transmission power of the reference signal REs ; and adjusting the first transmission power of symbol to a second transmission power for transmitting the symbol based on a maximum terminal transmission power and the first transmission power . determining at least one of an average transmission power of data resource elements, REs, and an average transmission power of reference signal REs, based on an average transmission power of REs on the uplink and pre-determined power adjustment parameter ; determining a first transmission power of symbol based on the at least one of the determined average transmission power of the data REs and the average transmission power of the reference signal REs ; and adjusting the first transmission power of symbol to a second transmission power for transmitting the symbol based on a maximum terminal transmission power and the first transmission power .
An induction heating system comprising: - a transformer configured to receive alternating current, AC, power from an induction power supply unit , and to transform the AC power into induction heating power; and - an induction heating coil to receive the induction heating power from the transformer , and to produce an AC magnetic field that induces eddy currents into a workpiece , characterized by - a first interchangeable induction heating coil which can be used as the induction heating coil ; - a flux concentrator attached to the first interchangeable induction heating coil, the first interchangeable induction heating coil configured to electrically couple and decouple from the transformer , wherein the shape of the first interchangeable induction heating coil corresponds to the shape of a first workpiece to be used as the workpiece , and - a second interchangeable induction heating coil which can be used as the induction heating coil configured to electrically couple and decouple from the transformer , wherein the shape of the second interchangeable induction heating coil corresponds to a shape of a second workpiece to be used as the workpiece . - a transformer configured to receive alternating current, AC, power from an induction power supply unit , and to transform the AC power into induction heating power; and - an induction heating coil to receive the induction heating power from the transformer , and to produce an AC magnetic field that induces eddy currents into a workpiece , characterized by - a first interchangeable induction heating coil which can be used as the induction heating coil ; - a flux concentrator attached to the first interchangeable induction heating coil, the first interchangeable induction heating coil configured to electrically couple and decouple from the transformer , wherein the shape of the first interchangeable induction heating coil corresponds to the shape of a first workpiece to be used as the workpiece , and - a second interchangeable induction heating coil which can be used as the induction heating coil configured to electrically couple and decouple from the transformer , wherein the shape of the second interchangeable induction heating coil corresponds to a shape of a second workpiece to be used as the workpiece .
A computer-implemented method for determining whether a camera component of a camera is damaged comprising: obtaining information relating to one or more damage indicators ; obtaining , from the camera , at least one image which has been taken when light from a light source has been incident on the camera component ; dividing the image into one or more areas ; analysing each area to determine whether it comprises at least one of the one or more damage indicators ; and based on said analysing, providing an indication of whether the camera component is classified as damaged or undamaged characterized in that : the information relating to one or more damage indicators comprises a known shape of the light source such that the one or more damage indicators correspond to a lack of a corresponding shape in the image; the image comprises an imaged shape resulting from the light-source ; and the step of analysing each area comprises determining whether, based on the known shape of the light source , the imaged shape is as expected for the case when the camera component is undamaged and/or for the case when the camera component is damaged. obtaining information relating to one or more damage indicators ; obtaining , from the camera , at least one image which has been taken when light from a light source has been incident on the camera component ; dividing the image into one or more areas ; analysing each area to determine whether it comprises at least one of the one or more damage indicators ; and based on said analysing, providing an indication of whether the camera component is classified as damaged or undamaged characterized in that : the information relating to one or more damage indicators comprises a known shape of the light source such that the one or more damage indicators correspond to a lack of a corresponding shape in the image; the image comprises an imaged shape resulting from the light-source ; and the step of analysing each area comprises determining whether, based on the known shape of the light source , the imaged shape is as expected for the case when the camera component is undamaged and/or for the case when the camera component is damaged. the information relating to one or more damage indicators comprises a known shape of the light source such that the one or more damage indicators correspond to a lack of a corresponding shape in the image; the image comprises an imaged shape resulting from the light-source ; and the step of analysing each area comprises determining whether, based on the known shape of the light source , the imaged shape is as expected for the case when the camera component is undamaged and/or for the case when the camera component is damaged.
Multiaxial product having at least three thread layers, wherein each of the thread layers is formed by multifilament reinforcing yarns arranged alongside and parallel to another within the thread layers, wherein at least two thread layers within the multiaxial product are arranged such that they define a 0° direction within the multiaxial product and wherein the at least one further fibre layer is arranged at an angle of more than ± 10° to the 0° direction within the multiaxial product, wherein the at least two thread layers in 0° direction with regard to the arrangement of the at least three thread layers with regard to one another within the multiaxial product are consecutive to one another directly without a further layer of multifilament reinforcing yarns therebetween.
An isolated, alpha4beta7 heterodimer specific monoclonal antibody having a heavy chain variable region and a light chain variable region, wherein the light chain variable region comprises SEQ ID NO:9, and the heavy chain variable region comprises SEQ ID NO:37.
A double stranded RNA (dsRNA) molecule comprising: a. a first strand comprising in the 5' to 3' direction: i. a first sequence that is identical to at least 18 consecutive nucleotides of a first target nucleotide sequence; and ii. a second sequence that is identical to at least 18 consecutive nucleotides of a second target nucleotide sequence; and b. a second strand comprising in the 5' to 3' direction, a 5'-overhang, a nucleotide sequence that is complementary to the first strand, and a 2 nucleotide 3'-overhang, wherein the 5'-overhang is at least 5 nucleotides in length. a. a first strand comprising in the 5' to 3' direction: i. a first sequence that is identical to at least 18 consecutive nucleotides of a first target nucleotide sequence; and ii. a second sequence that is identical to at least 18 consecutive nucleotides of a second target nucleotide sequence; and i. a first sequence that is identical to at least 18 consecutive nucleotides of a first target nucleotide sequence; and ii. a second sequence that is identical to at least 18 consecutive nucleotides of a second target nucleotide sequence; and b. a second strand comprising in the 5' to 3' direction, a 5'-overhang, a nucleotide sequence that is complementary to the first strand, and a 2 nucleotide 3'-overhang, wherein the 5'-overhang is at least 5 nucleotides in length.
A method of repairing a fuel conveying component of a gas turbine engine in situ, wherein the fuel conveying component comprises a deposit, the method comprising: purging fuel from the fuel conveying component, in situ, prior to providing a heated flow of gas through an insertion tube; and directing the insertion tube into an interior of the gas turbine engine such that a distal end of the insertion tube is positioned proximate the fuel conveying component; providing the heated flow of gas through the insertion tube to heat the fuel conveying component, thereby to remove the deposit. purging fuel from the fuel conveying component, in situ, prior to providing a heated flow of gas through an insertion tube; and directing the insertion tube into an interior of the gas turbine engine such that a distal end of the insertion tube is positioned proximate the fuel conveying component; providing the heated flow of gas through the insertion tube to heat the fuel conveying component, thereby to remove the deposit.
A method for extended idle discontinuous reception, el-DRX, operation in a wireless communication system , comprising: establishing , at a user equipment, UE, a short paging configuration comprising at least one paging occasion of a short paging cycle; establishing , at the UE , an el-DRX configuration comprising an el-DRX cycle and a plurality of el-DRX paging opportunities, the el-DRX cycle comprising a plurality of the short paging cycles; and monitoring a downlink channel based on the el-DRX configuration and the short paging configuration, wherein the monitoring comprises monitoring, for each el-DRX cycle , the downlink channel according to the short paging cycle for the plurality of el-DRX paging opportunities. establishing , at a user equipment, UE, a short paging configuration comprising at least one paging occasion of a short paging cycle; establishing , at the UE , an el-DRX configuration comprising an el-DRX cycle and a plurality of el-DRX paging opportunities, the el-DRX cycle comprising a plurality of the short paging cycles; and monitoring a downlink channel based on the el-DRX configuration and the short paging configuration, wherein the monitoring comprises monitoring, for each el-DRX cycle , the downlink channel according to the short paging cycle for the plurality of el-DRX paging opportunities.