mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a ceramic molding comprising the steps of: a) producing a green body comprising ceramic material, binders and an organic pore former; b) heating the green body to a temperature above the sublimation and/or decomposition temperature of the pore former; c) firing the green body to form a ceramic molding; characterized in that the binder comprises polyglycols and fumaric acid. a) producing a green body comprising ceramic material, binders and an organic pore former; b) heating the green body to a temperature above the sublimation and/or decomposition temperature of the pore former; c) firing the green body to form a ceramic molding; characterized in that the binder comprises polyglycols and fumaric acid.
A method for managing services in an Edge Computing, EC, system, comprising at least a first EC host and an EC management entity configured to control said first EC host to instantiate EC applications using one or more services, said EC management entity obtaining service information associated with at least a first service for use by an EC platform or an EC application in an EC host; storing the service information in a central service registry of the EC system; and storing availability information associated with said first service in the central service registry, wherein the central service registry is provided with an interface to a further EC management entity of a further EC system, the method further comprising: providing the further EC system with access to said availability information in the central service registry, for instantiating an EC application in a second EC host of the further EC system using said first service. obtaining service information associated with at least a first service for use by an EC platform or an EC application in an EC host; storing the service information in a central service registry of the EC system; and storing availability information associated with said first service in the central service registry, wherein the central service registry is provided with an interface to a further EC management entity of a further EC system, the method further comprising: providing the further EC system with access to said availability information in the central service registry, for instantiating an EC application in a second EC host of the further EC system using said first service.
A method for manufacturing a water treatment membrane, the method comprising: preparing a porous support; and forming a polyamide active layer on the porous support by using an interfacial polymerization of an aqueous solution comprising an amine compound and an organic solution comprising acyl halide, wherein the aqueous solution or the organic solution comprises a polymer or a polymer having a structure which is bonded to the inside or the surface of the polyamide active layer while maintaining the structure of the polymer represented by the following Chemical Formula 1 and having a weight average molecular weight of 100 g/mol to 1,200 g/mol, and a content of the polymer is 0.001 wt% or more and 1 wt% or less based on the aqueous solution or the organic solution: in Chemical Formula 1, R1 and R2 are hydrogen, Z1 to Z3 are NH, A1 and A2 are the same as or different from each other, and are each independently NH, or NH 2 +, when at least one of A1 and A2 is NH 2 +, Y is selected from the group consisting of HSO 4 -, SO 4 2-, NO 3 -, CO 3 2-, HCO 3 -, H 2 PO 4 -, HPO 4 2-, PO 4 3-, Cl -, Br -, and F -, n is an integer from 1 to 10, m is an integer from 1 to 60, p is an integer from 0 to 4, and when n, m, and p are each 2 or more, the structures in the parenthesis are the same as or different from each other. preparing a porous support; and forming a polyamide active layer on the porous support by using an interfacial polymerization of an aqueous solution comprising an amine compound and an organic solution comprising acyl halide, wherein the aqueous solution or the organic solution comprises a polymer or a polymer having a structure which is bonded to the inside or the surface of the polyamide active layer while maintaining the structure of the polymer represented by the following Chemical Formula 1 and having a weight average molecular weight of 100 g/mol to 1,200 g/mol, and a content of the polymer is 0.001 wt% or more and 1 wt% or less based on the aqueous solution or the organic solution: in Chemical Formula 1, R1 and R2 are hydrogen, Z1 to Z3 are NH, A1 and A2 are the same as or different from each other, and are each independently NH, or NH 2 +, when at least one of A1 and A2 is NH 2 +, Y is selected from the group consisting of HSO 4 -, SO 4 2-, NO 3 -, CO 3 2-, HCO 3 -, H 2 PO 4 -, HPO 4 2-, PO 4 3-, Cl -, Br -, and F -, n is an integer from 1 to 10, m is an integer from 1 to 60, p is an integer from 0 to 4, and when n, m, and p are each 2 or more, the structures in the parenthesis are the same as or different from each other. R1 and R2 are hydrogen, Z1 to Z3 are NH, A1 and A2 are the same as or different from each other, and are each independently NH, or NH 2 +, when at least one of A1 and A2 is NH 2 +, Y is selected from the group consisting of HSO 4 -, SO 4 2-, NO 3 -, CO 3 2-, HCO 3 -, H 2 PO 4 -, HPO 4 2-, PO 4 3-, Cl -, Br -, and F -, n is an integer from 1 to 10, m is an integer from 1 to 60, p is an integer from 0 to 4, and when n, m, and p are each 2 or more, the structures in the parenthesis are the same as or different from each other.
A method of selecting fetuses early in gestation comprising extracting DNA from one or more amniotic cells that have been obtained from a first gestating fetus and from one or more amniotic cells that have been obtained from a second gestating fetus, wherein the first gestating fetus and the second gestating fetus are selection candidates in a breeding program; genotyping the DNA to obtain a genotype for the first gestating fetus and a genotype for the second gestating fetus; determining a GEBV or a GPTA of the first gestating fetus based on the genotype of the first gestating fetus and a GEBV or a GPTA of the second gestating fetus based on the genotype of the second gestating fetus; and selecting the first gestating fetus for production of artificial insemination sires based on the GEBV or GPTA of the first gestating fetus and selecting the second gestating fetus for production of IVF embryos for transfer into production dairy animals based on the GEBV or GPTA of the second gestating fetus. extracting DNA from one or more amniotic cells that have been obtained from a first gestating fetus and from one or more amniotic cells that have been obtained from a second gestating fetus, wherein the first gestating fetus and the second gestating fetus are selection candidates in a breeding program; genotyping the DNA to obtain a genotype for the first gestating fetus and a genotype for the second gestating fetus; determining a GEBV or a GPTA of the first gestating fetus based on the genotype of the first gestating fetus and a GEBV or a GPTA of the second gestating fetus based on the genotype of the second gestating fetus; and selecting the first gestating fetus for production of artificial insemination sires based on the GEBV or GPTA of the first gestating fetus and selecting the second gestating fetus for production of IVF embryos for transfer into production dairy animals based on the GEBV or GPTA of the second gestating fetus.
A method for managing access to data associated with assets (112, 312, 314) in an automation environment (110, 310), wherein the data comprises one of restricted data and unrestricted data, wherein restricted data includes sensitive and unprotected data, and wherein the automation environment (110, 310) is accessible via one or more computing platforms comprising a plurality of computing resources that are classifiable into a trusted computing platform (150, 250, 350) and a non-trusted computing platform (170, 260, 360), the method comprising: representing applications as analytics operations based on one of an input data required for the applications, a predicted output data, a transformation function between the input data and the output data; classifying the analytics operations performable on the data into a first operation set based on requirement of restricted data for execution of the analytics operations, which is executable on the trusted computing platform (150, 250, 350), wherein the analytics operations are associated with one or more applications executable on at least one of the computing platforms; and enabling access to at least one of the unrestricted data and a first unrestricted output of the first operation set from the trusted computing platform (150, 250, 350) by a communication operation; wherein classifying the analytics operations includes determining restricted data in relation to the analytics operations based on one or more constraints associated with the data and/or the computing resources, wherein the constraints comprise at least one of data size, velocity of the data, time of data generation, location of data generation and assets (112, 312, 314) generating the data. representing applications as analytics operations based on one of an input data required for the applications, a predicted output data, a transformation function between the input data and the output data; classifying the analytics operations performable on the data into a first operation set based on requirement of restricted data for execution of the analytics operations, which is executable on the trusted computing platform (150, 250, 350), wherein the analytics operations are associated with one or more applications executable on at least one of the computing platforms; and enabling access to at least one of the unrestricted data and a first unrestricted output of the first operation set from the trusted computing platform (150, 250, 350) by a communication operation; wherein classifying the analytics operations includes determining restricted data in relation to the analytics operations based on one or more constraints associated with the data and/or the computing resources, wherein the constraints comprise at least one of data size, velocity of the data, time of data generation, location of data generation and assets (112, 312, 314) generating the data.
A frame synchronization method, comprising: Completing, by user equipment, synchronization of a first frame transmitted on a first frequency, and determining a first moment of the synchronization of the first frame, wherein the user equipment supports first-frequency communication and second-frequency communication; Obtaining, by the user equipment, a receive time difference, wherein the receive time difference is a time difference between a moment at which the user equipment receives a second frame transmitted on a second frequency and a moment at which the user equipment receives the first frame; and Completing, by the user equipment, synchronization of the second frame according to the receive time difference and the first moment, wherein after the completing, by the user equipment, synchronization of the second frame according to the receive time difference and the first moment, the method further comprises: determining, by the user equipment, a second moment of the synchronization of the second framed and a time difference between the first moment and the second moment, and reporting the time difference between the first moment and the second moment to a base station. Completing, by user equipment, synchronization of a first frame transmitted on a first frequency, and determining a first moment of the synchronization of the first frame, wherein the user equipment supports first-frequency communication and second-frequency communication; Obtaining, by the user equipment, a receive time difference, wherein the receive time difference is a time difference between a moment at which the user equipment receives a second frame transmitted on a second frequency and a moment at which the user equipment receives the first frame; and Completing, by the user equipment, synchronization of the second frame according to the receive time difference and the first moment, wherein after the completing, by the user equipment, synchronization of the second frame according to the receive time difference and the first moment, the method further comprises: determining, by the user equipment, a second moment of the synchronization of the second framed and a time difference between the first moment and the second moment, and reporting the time difference between the first moment and the second moment to a base station. determining, by the user equipment, a second moment of the synchronization of the second framed and a time difference between the first moment and the second moment, and reporting the time difference between the first moment and the second moment to a base station.
An optical system comprising an image sensor and a detachable objective comprising at least one front lens projecting and image of a scene on the image sensor and a marking device introducing into the optical system at least one mark (10a, 10b, 10c) located outside the scene, allowing to characterize the objective, and which is visible in the image provided by the image sensor at the same time as the image of the scene, the marking device comprising means (21, 25, 36) configured to introduce the mark through a surface of a lens of the objective, the surface being unused for the projection of an image on the image sensor, and/or to introduce the mark near a diaphragm of the objective, and/or to project directly the mark on the image sensor.
Carburettor for the internal combustion engine in a hand-guided working implement, with a carburettor housing wherein, in the carburettor housing, a carburettor roller is rotatably mounted around a swivel axis, wherein the carburettor roller has a roller body, wherein the roller body has at least one channel (33, 34) running transversely to the swivel axis and forming a suction channel section, wherein a detection device is provided to detect at least one rotary position of the carburettor roller, wherein the detection device is designed to generate an electrical signal, characterised in that the detection device includes a control contour and detection means acting in conjunction with the control contour, and that the control contour is formed on the carburettor roller.
A water spraying device for a pool, comprising: a base configured to be fixed to the pool above a water level in the pool, the base including a side wall having a cylindrical shape with a baffle located on an inner surface of the side wall and extending circumferentially therefrom; and a water spraying body including a casing and a spray head located at a top of the casing and configured to discharge water into the pool, the water spraying body having an abutment portion extending circumferentially around a bottom of the casing, wherein the abutment portion is adapted to abut against a bottom face of the baffle; wherein the spray head includes a water discharge nozzle, characterized in that the spray head further includes a restrictor plate defining a plurality of holes for controlling a flow of water to the water discharge nozzle. a base configured to be fixed to the pool above a water level in the pool, the base including a side wall having a cylindrical shape with a baffle located on an inner surface of the side wall and extending circumferentially therefrom; and a water spraying body including a casing and a spray head located at a top of the casing and configured to discharge water into the pool, the water spraying body having an abutment portion extending circumferentially around a bottom of the casing, wherein the abutment portion is adapted to abut against a bottom face of the baffle; wherein the spray head includes a water discharge nozzle, characterized in that the spray head further includes a restrictor plate defining a plurality of holes for controlling a flow of water to the water discharge nozzle.
A system for sanitising a column for public use, characterised in that it comprises a sanitising electromagnetic radiation source having an annular shape, said radiation source being positionable around said column to slide thereon, said system comprising operating means configured to operate said radiation source automatically along said column in order to sanitise a pre-established part thereof, wherein said operating means comprise a magnet configured to slide inside said column, said radiation source comprising a plurality of metal rings secured to said radiation source and equally angularly spaced one with respect to the other, said rings being magnetised to magnetically interact with said magnet so that a movement of the magnet inside said column is followed by an equal movement of said radiation source.
Aircraft nacelle comprising a first conduit for an air inlet and a second conduit for an engine, whereby the two conduits are arranged end to end and connected by a fastening device that comprises: - an annular flange attached to the air inlet, - an annular flange attached to the engine and locating against said annular flange of the air inlet, - a plurality of passage holes (48, 54) made in the annular flanges (46, 50) and arranged in line with each other, - first fastening elements comprising rods housed in the passage holes (48, 54), to connect said annular flanges (46, 50), - at least one angle profile connected to one of the annular flanges by a first fastening element and connected to an adjacent cylindrical portion of said annular flange through the intermediary of at least one second fastening element comprising a shoulder, characterized in that the passage hole of the annular flanges has a diameter distinctly greater than the diameter of the rod of the first fastening element allowing said rod to move in case of deformation of one of the two conduits, and in that the second fastening element comprises a deformable element for absorbing eventual deformations in radial direction and inserted between the angle profile and the shoulder solidly attached to the second fastening element. - an annular flange attached to the air inlet, - an annular flange attached to the engine and locating against said annular flange of the air inlet, - a plurality of passage holes (48, 54) made in the annular flanges (46, 50) and arranged in line with each other, - first fastening elements comprising rods housed in the passage holes (48, 54), to connect said annular flanges (46, 50), - at least one angle profile connected to one of the annular flanges by a first fastening element and connected to an adjacent cylindrical portion of said annular flange through the intermediary of at least one second fastening element comprising a shoulder,
Sliding bearing composite material for producing sliding bearing elements for engine applications, in particular crankshaft bearing shells and connecting rod bearing shells, with a metallic backing layer, in particular of steel, with a bearing metal layer based on copper, in particular of brass or of bronze, or of a high strength aluminium alloy, with a first aluminium-tin layer sputtered directly onto the bearing metal layer or onto a bonding layer applied to the bearing metal layer, said aluminium-tin layer having a tin content of at least 10 wt.%, and with a surface layer of an antifriction coating based on a thermoplastic resin facing the sliding partner, characterised in that a second aluminium layer or aluminium-tin layer with a tin content of at most 5 wt.% is arranged between the first aluminium-tin layer and the surface layer of antifriction coating and in that this second aluminium layer or aluminium-tin layer is sputtered directly onto the first aluminium-tin layer and the surface layer of antifriction coating is applied directly to the second aluminium layer or aluminium-tin layer.
Apparatus for removal or revision of an internal plastics implant extending within a cavity of a hollow bone, comprising an access port device and a tool for inserting said access port device into the bone, said access port device comprising a hollow cylindrical body extending longitudinally between an open proximal end and an open distal end, wherein the hollow cylindrical body is provided adjacent said proximal end with mounting means adapted to mount the access port device detachably to a source of ultrasonic vibrations, and wherein a distal portion of the hollow cylindrical body is insertable through an aperture formed in a wall of the bone into the bone cavity so as to surround a proximal portion of the internal plastics implant, with a longitudinal axis of the hollow cylindrical body being substantially coaxially aligned with a longitudinal axis of the implant, characterised in that the apparatus further comprises a source of ultrasonic vibrations detachably mounted to the proximal end of the hollow cylindrical body.
A film-forming liquid tint material comprising: an aqueous polymeric dispersion; a tinting agent dispersed in the aqueous polymeric dispersion, wherein the tinting agent is encapsulated in a plurality of hybrid organic-inorganic particles; wherein upon contact with a substrate, the film-forming liquid tint material dries to a film that is clear and tintable. an aqueous polymeric dispersion; a tinting agent dispersed in the aqueous polymeric dispersion, wherein the tinting agent is encapsulated in a plurality of hybrid organic-inorganic particles; wherein upon contact with a substrate, the film-forming liquid tint material dries to a film that is clear and tintable.
An apparatus that provides an order separator for photographic order fulfillment, comprising: an output print device including individual sheets of photographic paper, the output print device being configured to print one or more photographic prints of the photographic order (402, 404, 406) and a separator print on said sheets of photographic paper;and a system controller that controls the utilization of said photographic paper of said output print devices for said photographic prints, wherein said system controller is configured to control whether to create said separator print or said photographic prints; the order separator being characterized in that the system controller is further configured to produce the photographic prints by having a photographic image printed on said sheet of photographic paper and by having the borders, representing a waste area, trimmed so that the photographic print is smaller than the sheet of photographic paper; and produce the separator print by having a photographic image printed on said sheet of photographic paper and by retaining the waste area, so that the separator print has a larger size than the photographic prints, wherein said retained waste area may be blank, contain photographic images, contain text, or contain a combination of photographic images and text. an output print device including individual sheets of photographic paper, the output print device being configured to print one or more photographic prints of the photographic order (402, 404, 406) and a separator print on said sheets of photographic paper;and a system controller that controls the utilization of said photographic paper of said output print devices for said photographic prints, wherein said system controller is configured to control whether to create said separator print or said photographic prints; the order separator being characterized in that the system controller is further configured to produce the photographic prints by having a photographic image printed on said sheet of photographic paper and by having the borders, representing a waste area, trimmed so that the photographic print is smaller than the sheet of photographic paper; and produce the separator print by having a photographic image printed on said sheet of photographic paper and by retaining the waste area, so that the separator print has a larger size than the photographic prints, wherein said retained waste area may be blank, contain photographic images, contain text, or contain a combination of photographic images and text.