mhurhangee/patent-ind-claim-en huggingface dataset:
A process for production of anisotropic coke from a hydrocarbon feedstock comprising: (i) routing a first fraction of the hydrocarbon feedstock to a separator column and a second fraction of the hydrocarbon feedstock to an aromatic extractor unit; (ii) separating the first fraction of the hydrocarbon feedstock in the separator column, in to a lighter material and a first heavy material; (iii) desulfurizing the first heavy material in a hydrotreater reactor to obtain a second heavy material; (iv) aromatic extracting the second fraction of the hydrocarbon feedstock in the aromatic extractor unit parallel to the separator column with a solvent to obtain an aromatic extract stream and a paraffinic raffinate stream; (v) sending a combined feedstock comprising the lighter material, the second heavy material and the aromatic extract stream to a main fractionator column of a thermal cracker unit to obtain a secondary feedstock; and (vi) heating the secondary feedstock in a furnace to obtain a hot secondary feedstock and thermally cracking the hot secondary feedstock in coke drums for producing the anisotropic coke and lighter hydrocarbon product. (i) routing a first fraction of the hydrocarbon feedstock to a separator column and a second fraction of the hydrocarbon feedstock to an aromatic extractor unit; (ii) separating the first fraction of the hydrocarbon feedstock in the separator column, in to a lighter material and a first heavy material; (iii) desulfurizing the first heavy material in a hydrotreater reactor to obtain a second heavy material; (iv) aromatic extracting the second fraction of the hydrocarbon feedstock in the aromatic extractor unit parallel to the separator column with a solvent to obtain an aromatic extract stream and a paraffinic raffinate stream; (v) sending a combined feedstock comprising the lighter material, the second heavy material and the aromatic extract stream to a main fractionator column of a thermal cracker unit to obtain a secondary feedstock; and (vi) heating the secondary feedstock in a furnace to obtain a hot secondary feedstock and thermally cracking the hot secondary feedstock in coke drums for producing the anisotropic coke and lighter hydrocarbon product.
A radio communication system, comprising: a radio base station (eNB); and a radio terminal (UE) configured to perform a process of storing a measurement log including a measurement result of a radio environment according to a measurement configuration set by a measurement configuration message received from a network, wherein the radio terminal (UE) is further configured to transmit, to the radio base station (eNB), log storing information indicating that the measurement log is stored in the radio terminal (UE), the radio base station (eNB) is configured to transmit, to the radio terminal (UE), a log transmission request to request a transmission of the measurement log on the basis of the log storing information, the radio terminal (UE) is further configured to transmit, to the radio base station (eNB), a log transmission response that is a response for the log transmission request even when the measurement log is not stored in the radio terminal (UE) anymore, because it has been discarded in the meantime, and the radio base station (eNB) is further configured to receive the log transmission response from the radio terminal (UE). a radio base station (eNB); and a radio terminal (UE) configured to perform a process of storing a measurement log including a measurement result of a radio environment according to a measurement configuration set by a measurement configuration message received from a network, wherein the radio terminal (UE) is further configured to transmit, to the radio base station (eNB), log storing information indicating that the measurement log is stored in the radio terminal (UE), the radio base station (eNB) is configured to transmit, to the radio terminal (UE), a log transmission request to request a transmission of the measurement log on the basis of the log storing information, the radio terminal (UE) is further configured to transmit, to the radio base station (eNB), a log transmission response that is a response for the log transmission request even when the measurement log is not stored in the radio terminal (UE) anymore, because it has been discarded in the meantime, and the radio base station (eNB) is further configured to receive the log transmission response from the radio terminal (UE).
A mask apparatus for a respiratory treatment comprising: a frame component adapted to couple with a respiratory treatment apparatus so as to permit communication of a pressurized gas to a respiratory system of a patient from the respiratory treatment apparatus; and a foam cushion adapted to conform to a facial surface of the patient for delivery of the pressurized gas, wherein the frame component is overmoulded to the foam cushion to form a chemical bond and a mechanical bond at a surface of the frame component and the foam cushion wherein the mechanical bond comprises an impregnation of a sub-surface of the foam cushion with material of the frame component , and the frame component comprises a shell of a plenum chamber . a frame component adapted to couple with a respiratory treatment apparatus so as to permit communication of a pressurized gas to a respiratory system of a patient from the respiratory treatment apparatus; and a foam cushion adapted to conform to a facial surface of the patient for delivery of the pressurized gas, wherein the frame component is overmoulded to the foam cushion to form a chemical bond and a mechanical bond at a surface of the frame component and the foam cushion wherein the mechanical bond comprises an impregnation of a sub-surface of the foam cushion with material of the frame component , and the frame component comprises a shell of a plenum chamber .
A system for image based guidance of treatment delivery to a patient, the system comprising: - a reference image providing unit for providing a reference image of a patient , wherein the reference image shows a target to be treated and an organ at risk within the patient , - a treatment plan providing unit for providing a treatment plan for the treatment delivery, which plan has been prepared on the basis of the reference image, - a spatial parameters determining unit for determining spatial parameters defining a position and orientation of an ultrasound probe, which is adapted to be used for generating an ultrasound image of the patient, on the basis of the reference image , characterized in that the system further comprises - a field of view providing unit for providing a field of view of the ultrasound probe and wherein the spatial parameters determining unit is adapted to determine a position, an orientation and dimensions of the target within the reference image , to determine a position, an orientation and dimensions of the organ at risk within the reference image , and to determine the spatial parameters based on the determined positions, orientations and dimensions of the target and the organ at risk in the reference image and the provided field of view such that the target and the organ at risk are within the field of view. - a reference image providing unit for providing a reference image of a patient , wherein the reference image shows a target to be treated and an organ at risk within the patient , - a treatment plan providing unit for providing a treatment plan for the treatment delivery, which plan has been prepared on the basis of the reference image, - a spatial parameters determining unit for determining spatial parameters defining a position and orientation of an ultrasound probe, which is adapted to be used for generating an ultrasound image of the patient, on the basis of the reference image , - a field of view providing unit for providing a field of view of the ultrasound probe and wherein the spatial parameters determining unit is adapted to determine a position, an orientation and dimensions of the target within the reference image , to determine a position, an orientation and dimensions of the organ at risk within the reference image , and to determine the spatial parameters based on the determined positions, orientations and dimensions of the target and the organ at risk in the reference image and the provided field of view such that the target and the organ at risk are within the field of view.
A fragrance dispenser for use in a dryer, the fragrance dispenser comprising a mixture of a carrier component and a fragrance component provided in a solid form, wherein the carrier component and the fragrance component are selected so that, when the fragrance dispenser is placed in a dryer and contacts fabric being dried during a drying cycle at a drying temperature of up to about 78°C (170°F), the carrier component does not flow onto the fabric and the fragrance component dispenses in an amount sufficient to impart a residual fragrance to the fabric, characterized in that the carrier component comprises a polyacrylate.
A gas turbine engine comprising: turbine exhaust case comprising an engine flange ; an exhaust center body ; and a pivoting attachment feature coupling the exhaust center body to the engine flange of the turbine exhaust case; and characterized by further comprising, a sealing member disposed radially between the engine flange and the exhaust body, and wherein the sealing member is configured to resiliently and reversibly collapse when the engine flange is in a thermally expanded state. turbine exhaust case comprising an engine flange ; an exhaust center body ; and a pivoting attachment feature coupling the exhaust center body to the engine flange of the turbine exhaust case; and characterized by further comprising, a sealing member disposed radially between the engine flange and the exhaust body, and wherein the sealing member is configured to resiliently and reversibly collapse when the engine flange is in a thermally expanded state.
A method for automatically preparing a suspension of a sample of microorganisms, the method comprising: dispensing, with an automatic suspension medium dispenser , an initial amount of a suspension medium into a suspension tube held in a suspension tube holder ; transferring, with a transferring device , a sample of a colony of microorganisms from a first picking tool to the suspension tube by submerging the first picking tool in the suspension medium , wherein the first picking tool is releasably held in a grasping means of a transfer holder of the transferring device ; oscillating, with the transferring device , the first picking tool in a linear vertical movement for a period of time; after the period of time during which the first picking tool is oscillated has elapsed, measuring, with a turbidity meter , the turbidity of the suspension medium contained in the suspension tube ; and depending on the measured turbidity, (a) dispensing, with the automatic suspension medium dispenser , an additional amount of the suspension medium into the suspension tube , (b) obtaining a further sample of the colony of microorganisms with the first picking tool or a second picking tool releasably held in the grasping means of the transfer holder of the transferring device and releasing the further sample of the colony of microorganisms in the suspension tube by vertically oscillating the first picking tool or the second picking tool , or (c) providing, with a controller, an indication that the suspension tube is ready for further use. dispensing, with an automatic suspension medium dispenser , an initial amount of a suspension medium into a suspension tube held in a suspension tube holder ; transferring, with a transferring device , a sample of a colony of microorganisms from a first picking tool to the suspension tube by submerging the first picking tool in the suspension medium , wherein the first picking tool is releasably held in a grasping means of a transfer holder of the transferring device ; oscillating, with the transferring device , the first picking tool in a linear vertical movement for a period of time; after the period of time during which the first picking tool is oscillated has elapsed, measuring, with a turbidity meter , the turbidity of the suspension medium contained in the suspension tube ; and depending on the measured turbidity, (a) dispensing, with the automatic suspension medium dispenser , an additional amount of the suspension medium into the suspension tube , (b) obtaining a further sample of the colony of microorganisms with the first picking tool or a second picking tool releasably held in the grasping means of the transfer holder of the transferring device and releasing the further sample of the colony of microorganisms in the suspension tube by vertically oscillating the first picking tool or the second picking tool , or (c) providing, with a controller, an indication that the suspension tube is ready for further use.
A reinforcement strand for reinforcing a polymer article, said reinforcement strand comprising a core having a core diameter and steel filaments (404, 406, 408; 501, 502, 504, 506, 508; 801, 811, 804, 806, 808), said steel filaments being organised in - an intermediate layer comprising N first steel filaments circumferentially arranged around said core, wherein N is equal to 5, 6, 7, 8 or 9, said first steel filaments having a first diameter, said core diameter and said first diameter being such that a gap forms between said first steel filaments and - an outer layer comprising 2N steel filaments (406, 408; 506, 508; 806, 808) circumferentially arranged around said intermediate layer, said steel filaments of said intermediate layer and said outer layer being twisted around said core with the same final lay length and direction, characterised in that said final lay length is larger than two times and smaller than six times the closing lay length, said closing lay length being that lay length at which the gap between said first filaments of the intermediate layer is closed and wherein there is no gap between the filaments of the outer layer (406, 408; 506, 508; 806, 808) at final lay length. said steel filaments being organised in - an intermediate layer comprising N first steel filaments circumferentially arranged around said core, wherein N is equal to 5, 6, 7, 8 or 9, said first steel filaments having a first diameter, said core diameter and said first diameter being such that a gap forms between said first steel filaments and - an outer layer comprising 2N steel filaments (406, 408; 506, 508; 806, 808) circumferentially arranged around said intermediate layer, - an intermediate layer comprising N first steel filaments circumferentially arranged around said core, wherein N is equal to 5, 6, 7, 8 or 9, said first steel filaments having a first diameter, said core diameter and said first diameter being such that a gap forms between said first steel filaments and - an outer layer comprising 2N steel filaments (406, 408; 506, 508; 806, 808) circumferentially arranged around said intermediate layer, said steel filaments of said intermediate layer and said outer layer being twisted around said core with the same final lay length and direction, characterised in that said final lay length is larger than two times and smaller than six times the closing lay length, said closing lay length being that lay length at which the gap between said first filaments of the intermediate layer is closed and wherein there is no gap between the filaments of the outer layer (406, 408; 506, 508; 806, 808) at final lay length.
Method for hardening an anti-reflection treatment deposited on a transparent sapphire substrate, this transparent substrate comprising a top surface and a bottom surface which extends remotely from the top surface , the anti-reflection treatment comprising the step consisting of depositing by vacuum evaporation at least one anti-reflection layer of at least one material on at least one of the top and bottom surfaces of the transparent substrate, the hardening method comprising the step consisting of bombarding the at least one top or bottom surface on which the at least one anti-reflection layer has been deposited using a beam of singly-charged and/or multi-charged ions produced by a ECR electron cyclotron resonance ion source of singly-charged and/or multi-charged ions, the ions being accelerated under a voltage that lies in the range 30 kV to 50 kV and the dose of ions to be implanted lying in the range 0.1·10 16 ions/cm 2 to 2.10 16 ions/cm 2 .
An apparatus comprising: a composite sandwich panel having a first edge in a first over-crush edge region , wherein a thickness of the composite sandwich panel decreases within the first over-crush edge region in a direction towards the first edge ; a seal bonded to the first over-crush edge region of the composite sandwich panel and extending past the first edge ; and a hinge connected to the composite sandwich panel such that an axis of rotation of the hinge is positioned over the first over-crush edge region of the composite sandwich panel , wherein the hinge is a continuous hinge , wherein the composite sandwich panel has a first face and a second face opposite the first face , and wherein the second face has a concave surface within the first over-crush edge region , and wherein the seal is bonded to the concave surface of the second face . a composite sandwich panel having a first edge in a first over-crush edge region , wherein a thickness of the composite sandwich panel decreases within the first over-crush edge region in a direction towards the first edge ; a seal bonded to the first over-crush edge region of the composite sandwich panel and extending past the first edge ; and a hinge connected to the composite sandwich panel such that an axis of rotation of the hinge is positioned over the first over-crush edge region of the composite sandwich panel , wherein the hinge is a continuous hinge , wherein the composite sandwich panel has a first face and a second face opposite the first face , and wherein the second face has a concave surface within the first over-crush edge region , and wherein the seal is bonded to the concave surface of the second face .
A method comprising: capturing sound data via a network microphone device; identifying, via the network microphone device, using a keyword spotting algorithm a candidate wake word in the sound data; based on identification of the candidate wake word in the sound data, selecting a first wake word engine from a plurality of wake-word engines , the plurality of wake-word engines comprising at least: the first wake-word engine that is associated with the candidate wake word, and a second wake-word engine that is associated with one or more additional wake words; with the first wake-word engine , analyzing the sound data to confirm detection of a wake-word; and when the first wake-word engine confirms detection the wake word, transmitting a voice utterance of the sound data to one or more remote computing devices associated with a voice assistant service. capturing sound data via a network microphone device; identifying, via the network microphone device, using a keyword spotting algorithm a candidate wake word in the sound data; based on identification of the candidate wake word in the sound data, selecting a first wake word engine from a plurality of wake-word engines , the plurality of wake-word engines comprising at least: the first wake-word engine that is associated with the candidate wake word, and a second wake-word engine that is associated with one or more additional wake words; the first wake-word engine that is associated with the candidate wake word, and a second wake-word engine that is associated with one or more additional wake words; with the first wake-word engine , analyzing the sound data to confirm detection of a wake-word; and when the first wake-word engine confirms detection the wake word, transmitting a voice utterance of the sound data to one or more remote computing devices associated with a voice assistant service.
A turbine blade for a gas turbine engine comprising: an airfoil comprising an outer wall formed by a pressure side and a suction side joined at a leading edge and at a trailing edge , a blade tip at a first radial end and a blade root at a second radial end opposite the first radial end for supporting the blade and for coupling the blade to a disc, wherein the blade tip comprises: a tip cap disposed over the outer wall of the airfoil , wherein a trench is defined on a radially outer side of the tip cap facing a hot gas path fluid, the trench being formed by a trench floor flanked on laterally opposite sides by first and second trench side faces such that the trench floor is located radially inwardly in relation to a radially outer surface of the tip cap , wherein the trench extends from a trench inlet located proximal to the leading edge to a trench outlet located proximal to the trailing edge , the trench being configured to entrain a tip leakage flow from the trench inlet to the trench outlet , characterised in that the trench inlet and the trench outlet are both located on the suction side . an airfoil comprising an outer wall formed by a pressure side and a suction side joined at a leading edge and at a trailing edge , a blade tip at a first radial end and a blade root at a second radial end opposite the first radial end for supporting the blade and for coupling the blade to a disc, wherein the blade tip comprises: a tip cap disposed over the outer wall of the airfoil , wherein a trench is defined on a radially outer side of the tip cap facing a hot gas path fluid, the trench being formed by a trench floor flanked on laterally opposite sides by first and second trench side faces such that the trench floor is located radially inwardly in relation to a radially outer surface of the tip cap , wherein the trench extends from a trench inlet located proximal to the leading edge to a trench outlet located proximal to the trailing edge , the trench being configured to entrain a tip leakage flow from the trench inlet to the trench outlet , characterised in that a tip cap disposed over the outer wall of the airfoil , wherein a trench is defined on a radially outer side of the tip cap facing a hot gas path fluid, the trench being formed by a trench floor flanked on laterally opposite sides by first and second trench side faces such that the trench floor is located radially inwardly in relation to a radially outer surface of the tip cap , wherein the trench extends from a trench inlet located proximal to the leading edge to a trench outlet located proximal to the trailing edge , the trench being configured to entrain a tip leakage flow from the trench inlet to the trench outlet , characterised in that the trench inlet and the trench outlet are both located on the suction side .