mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating hydrocarbon saturation of a hydrocarbon-bearing rock from a measurement for an electrical property and a rock image, comprising: - obtaining a measurement for an electrical property for a field having a hydrocarbon-bearing formation; - obtaining a 3D image of a rock from the hydrocarbon-bearing formation in the field, wherein the 3D image is comprised of a plurality of voxels and the 3D image has a resolution; - processing the 3D image to segment the 3D image by selecting each voxel of the 3D image to represent either a pore space in the rock or solid material in the rock; - estimating an image porosity of the rock from the segmented 3D image, the image porosity lacking a sub-resolution porosity of the rock; and - determining a corrected porosity adapted to account for the sub-resolution porosity of the rock, characterized by - estimating a corrected saturation exponent of the rock from the image porosity and the corrected porosity of the rock; and, - estimating the hydrocarbon saturation of the hydrocarbon-bearing rock using the corrected saturation exponent and the electrical property measurement. - obtaining a measurement for an electrical property for a field having a hydrocarbon-bearing formation; - obtaining a 3D image of a rock from the hydrocarbon-bearing formation in the field, wherein the 3D image is comprised of a plurality of voxels and the 3D image has a resolution; - processing the 3D image to segment the 3D image by selecting each voxel of the 3D image to represent either a pore space in the rock or solid material in the rock; - estimating an image porosity of the rock from the segmented 3D image, the image porosity lacking a sub-resolution porosity of the rock; and - determining a corrected porosity adapted to account for the sub-resolution porosity of the rock, characterized by - estimating a corrected saturation exponent of the rock from the image porosity and the corrected porosity of the rock; and, - estimating the hydrocarbon saturation of the hydrocarbon-bearing rock using the corrected saturation exponent and the electrical property measurement.
A nasal cannula comprising: a hollow main body having opposed first and second ends with the main body defining a hollow internal chamber (C) therein; at least a first nasal prong communicating with the internal chamber (C) of the main body and defining a first nasal prong passageway; and a mouthpiece having a gas passageway , to permit passage of a gas therethrough; characterized by the mouthpiece having a separate retainer passageway ; a first end of the gas passageway communicating with the internal chamber (C) of the main body while a second free end of the mouthpiece having a gas passageway opening therein; and an elongate malleable dead soft retaining member having a first end and a second end, the elongate malleable dead soft retaining member being received within the retainer passageway , with the first end of the elongate malleable dead soft retaining member being located adjacent the hollow main body and the second end of the elongate malleable dead soft retaining member being located adjacent the second free end of the mouthpiece for facilitating retained adjustment of the mouthpiece in a desired orientation relative to the main body .
Adjustable camshaft for the valve train of an internal combustion engine, comprising an outer shaft and an inner shaft which extends at least in sections within the outer shaft and is rotatable relative to the outer shaft , and having a phase shifter , with which at least the outer shaft or the inner shaft is adjustable in a phase position formed around an axis of rotation , and wherein the camshaft comprises a bearing portion for bearing the camshaft , via which the phase shifter can be supplied with a pressurizing medium, wherein the inner shaft comprises a free end on which a screw flange is arranged and wherein a rotor of the phase shifter is connected to the screw flange , and wherein the free end of the inner shaft comprises a duct which coincides with the axis of rotation for at least partial supply of the phase shifter with the pressurizing medium, which duct extends at least into the bearing portion and wherein the connection of the rotor to the screw flange comprises at least one screw element , characterized in that the screw element is arranged spaced apart from the axis of rotation .
A powder slush molding machine comprising: a mold heating portion (A portion) that heats a mold so that the temperature of the mold is set to a value equal to or higher than a predetermined temperature; a powder slush portion (B portion) that sprays a molding resin, while powdering the molding resin, to mold a sheet-like material having a predetermined thickness on the inner surface of the heated mold; a mold cooling portion (C portion) that cools the mold so that the temperature of the mold is equal to or lower than a predetermined temperature; a mold working portion (E portion) that separates the cooled sheet-like material from the mold; and a transport device that moves the mold between the respective portions, characterized in that a preheating device for heating at least the outer surface of the mold is provided at a part of the transport device , and the preheating device includes a cover member that includes an opening opening downward and receives the mold through the opening. a mold heating portion (A portion) that heats a mold so that the temperature of the mold is set to a value equal to or higher than a predetermined temperature; a powder slush portion (B portion) that sprays a molding resin, while powdering the molding resin, to mold a sheet-like material having a predetermined thickness on the inner surface of the heated mold; a mold cooling portion (C portion) that cools the mold so that the temperature of the mold is equal to or lower than a predetermined temperature; a mold working portion (E portion) that separates the cooled sheet-like material from the mold; and a transport device that moves the mold between the respective portions, characterized in that a preheating device for heating at least the outer surface of the mold is provided at a part of the transport device , and the preheating device includes a cover member that includes an opening opening downward and receives the mold through the opening.
A compound described by: (i) formula : or a pharmaceutically acceptable salt thereof; or (ii) formula : or a pharmaceutically acceptable salt thereof; or (iii) formula : or a pharmaceutically acceptable salt thereof. (i) formula : or a pharmaceutically acceptable salt thereof; or (ii) formula : or a pharmaceutically acceptable salt thereof; or (iii) formula : or a pharmaceutically acceptable salt thereof.
Method for forming a profiled nonwoven fabric , comprising the steps of: - feeding fibres or fibre flocks by means of a feeding apparatus onto a starting nonwoven fabric , which is transported to the feeding apparatus , or directly onto a transporting apparatus , and forming a profiled nonwoven-fabric intermediate product with inclusion of the feeding step; - breaking down the profiled nonwoven-fabric intermediate product in a breaking-down unit and feeding the broken-down fibres or fibre flocks of the profiled nonwoven-fabric intermediate product onto a base nonwoven fabric or directly onto a conveying apparatus , and forming the profiled nonwoven fabric with inclusion of the breaking-down step and feeding step. - feeding fibres or fibre flocks by means of a feeding apparatus onto a starting nonwoven fabric , which is transported to the feeding apparatus , or directly onto a transporting apparatus , and forming a profiled nonwoven-fabric intermediate product with inclusion of the feeding step; - breaking down the profiled nonwoven-fabric intermediate product in a breaking-down unit and feeding the broken-down fibres or fibre flocks of the profiled nonwoven-fabric intermediate product onto a base nonwoven fabric or directly onto a conveying apparatus , and forming the profiled nonwoven fabric with inclusion of the breaking-down step and feeding step.
A semiconductor device comprising a substrate a plurality of elongate first electrodes arranged on the substrate and a plurality of elongate second electrodes arranged on the substrate, wherein the first electrodes have a first function and the second electrodes have a second function, wherein the first and second electrodes are each closed in their longitudinal direction, and wherein the first electrodes and the second electrodes are concentrically arranged around a common center, wherein the first electrodes are connected to the first function by a common bus and the second electrodes are connected to the second function by a further bus.
An acoustic panel for a gas turbine engine comprising: a first cellular layer with cells having a first axis , a second cellular layer with cells having a second axis ; and a perforated septum layer separating the first layer and the second layer, such that the cells of both layers have an end distal to the septum layer and an end which meets the septum layer , and the maximum diameter of the cells of the first layer is less than the maximum diameter of the cells of the second layer , wherein the septum layer is at least 0.5mm thick, but no more than 1.5mm thick, the septum layer has an open area of at least 5% and no more than 20%, and the perforations in the septum layer are provided as holes having a diameter of at least 1mm and no more than 5mm; characterized in that at least some of the second cells have a substantially right angle bend such that they are "L" shaped in cross-section along their central axis . a first cellular layer with cells having a first axis , a second cellular layer with cells having a second axis ; and a perforated septum layer separating the first layer and the second layer,
Use of a polymer material for the manufacture of 3D articles by an additive manufacturing process, the polymer material comprising: a) At least one propylene polymer P having a flexural modulus determined according to ISO 178:2019 standard of at least 150 MPa, preferably at least 250 MPa, b) At least one propylene-based elastomer PBE having a flexural modulus determined according to ISO 178:2019 standard of not more than 100 MPa, preferably not more than 75 MPa, and c) At least one solid inorganic compound SC . a) At least one propylene polymer P having a flexural modulus determined according to ISO 178:2019 standard of at least 150 MPa, preferably at least 250 MPa, b) At least one propylene-based elastomer PBE having a flexural modulus determined according to ISO 178:2019 standard of not more than 100 MPa, preferably not more than 75 MPa, and c) At least one solid inorganic compound SC .
Filling machine for filling a liquid product into containers , comprising: filling elements with short-circuit probes for terminating filling processes after a reference filling level of the product in the containers is reached; and flow meters assigned individually to the filling elements for measuring an instantaneous actual flow rate through the individual filling elements , characterised by an evaluation unit for determining deviations of the instantaneous actual flow rates through the filling elements from at least one reference flow rate and for assessing the admissibility of the deviations determined; and a controller which, in the event of an inadmissible deviation, is configured to prematurely stop the flow of product individually for the related filling element .
A reduced pressure treatment system for delivering a reduced pressure to a tissue site comprising: a distribution manifold including a backing substrate with a first and second side and a plurality of protrusions positioned on the first side of the backing substrate, each protrusion having a base end nearest the backing substrate and a second end opposite the base end, the backing substrate having a plurality of apertures formed therein to allow fluid communication between the first side and the second side, wherein the apertures are disposed in rows and columns that are positioned between the protrusions and the apertures are positioned such that one aperture is centered between every four adjacent protrusions arranged in a substantially square pattern; a reduced pressure source fluidly connected to the apertures of the backing substrate to deliver the reduced pressure through the apertures , between the protrusions , and to the tissue site ; an impermeable or semi-permeable cover over the distribution manifold and the tissue site ; and characterised in that said protrusions have a substantially circular cross-sectional shape and taper inward such that a width of the protrusions at the base end is greater than a width at the second end. a distribution manifold including a backing substrate with a first and second side and a plurality of protrusions positioned on the first side of the backing substrate, each protrusion having a base end nearest the backing substrate and a second end opposite the base end, the backing substrate having a plurality of apertures formed therein to allow fluid communication between the first side and the second side, wherein the apertures are disposed in rows and columns that are positioned between the protrusions and the apertures are positioned such that one aperture is centered between every four adjacent protrusions arranged in a substantially square pattern; a reduced pressure source fluidly connected to the apertures of the backing substrate to deliver the reduced pressure through the apertures , between the protrusions , and to the tissue site ; an impermeable or semi-permeable cover over the distribution manifold and the tissue site ; and characterised in that said protrusions have a substantially circular cross-sectional shape and taper inward such that a width of the protrusions at the base end is greater than a width at the second end.
A vehicular power transmitting system including a casing structure , a lubricating device for lubricating components within the casing structure, the lubricating device comprising: a gear immersed in a lubricant oil staying within the casing structure; a catcher reservoir formed within the casing structure, for storing the lubricant oil splashed up by said gear; and a first lubricant guide plate and a second lubricant guide plate which are disposed above said gear, for guiding the lubricant oil splashed up by said gear, to the catcher reservoir, and wherein the first and second lubricant guide plates are disposed side by side in an axial direction of said gear such that the first and second lubricant guide plates do not overlap each other in said axial direction, the first and second lubricant guide plates having respective inclination angles (α, β) with respect to a horizontal line (H) such that the inclination angle (α) of the first lubricant guide plate is smaller than that (β) of the second lubricant guide plate, the inclination angle of the first lubricant guide plate being determined to permit the lubricant oil guided by the first lubricant guide plate to be directed into the catcher reservoir, and to inhibit the lubricant oil from being supplied to at least one of the components which is disposed above said gear, and the inclination angle of the second lubricant guide plate being determined to permit the lubricant oil guided by the second lubricant guide plate to be supplied to the at least one of the components which is disposed above said gear. a gear immersed in a lubricant oil staying within the casing structure; a catcher reservoir formed within the casing structure, for storing the lubricant oil splashed up by said gear; and a first lubricant guide plate and a second lubricant guide plate which are disposed above said gear, for guiding the lubricant oil splashed up by said gear, to the catcher reservoir, and wherein the first and second lubricant guide plates are disposed side by side in an axial direction of said gear such that the first and second lubricant guide plates do not overlap each other in said axial direction, the first and second lubricant guide plates having respective inclination angles (α, β) with respect to a horizontal line (H) such that the inclination angle (α) of the first lubricant guide plate is smaller than that (β) of the second lubricant guide plate, the inclination angle of the first lubricant guide plate being determined to permit the lubricant oil guided by the first lubricant guide plate to be directed into the catcher reservoir, and to inhibit the lubricant oil from being supplied to at least one of the components which is disposed above said gear, and the inclination angle of the second lubricant guide plate being determined to permit the lubricant oil guided by the second lubricant guide plate to be supplied to the at least one of the components which is disposed above said gear.
A preparation vessel , in particular for a food processor , wherein the preparation vessel has a vessel wall and a preparation area surrounded by the vessel wall , wherein the vessel wall has allocated to it a cooling device which contacts the vessel wall , namely an inner wall of the vessel wall delimiting the preparation area in a thermally conductive manner, for cooling a product to be prepared in the preparation area , wherein the cooling device is in thermally conductive contact with the inner wall , characterized in that the vessel wall in at least a partial area has a double-walled design, with an inner wall bordering the preparation area and an outer wall that is formed separately from the latter and spaced apart from the inner wall by a gap , wherein the gap has the cooling device and a phase change material (PCM, phase change material) located between the cooling device and the outer wall as viewed in a direction from the preparation area to the outer wall , wherein the phase change material is a latent heat storage material, wherein the absorbable amount of heat energy of the latent heat storage material in the range of the transition temperature characteristic of the phase change material is significantly greater than an amount of heat energy that can be stored due to the specific heat capacity of the phase change material outside of the phase change effect, wherein the phase change material is spaced apart from the inner wall by interposing the cooling device .
An insulating cover for a central heating system filter , the insulating cover being made from a resilient insulating material, and being provided in two parts , the two parts of the cover being releasably attachable to each other by resilient clips , and the two parts of the cover substantially surrounding at least part of the filter , and being retained around the filter , when the two parts of the cover are attached to each other by the clips , and the cover being removable from the filter by releasing the attachment of the two parts of the cover to each other, characterized in that an arrangement of magnets is provided on an inside surface of the cover, the magnets facing towards the filter when the cover is installed on the filter .
- A refrigerator comprising a fresh food compartment , a freezer compartment , a compressor providing the refrigeration cycle, a condenser , a first evaporator which cools the freezer compartment , a second evaporator which cools the fresh food compartment , an expansion member provided between the condenser and the first evaporator , a refrigerant line , a solenoid valve which is provided on the part of the refrigerant line located at the exit of the compressor , and - a heating tube through which the refrigerant fluid which is in gas form and at high temperature leaving the compressor and which is separated partially from the refrigerant line by means of a branch line flows, - wherein the solenoid valve is connected to said branch line , characterized by : - at least one temperature sensor for detecting the ambient temperature, and - a control unit configured to guide the refrigerant in hot gas form at the exit of the compressor to the heating tube by activating the solenoid valve when the ambient temperature is detected to be below a predetermined value, based on the data received from the temperature sensor , wherein the heating tube is provided in the fresh food compartment and enables the fresh food compartment to be heated. - a heating tube through which the refrigerant fluid which is in gas form and at high temperature leaving the compressor and which is separated partially from the refrigerant line by means of a branch line flows, - wherein the solenoid valve is connected to said branch line , characterized by : - at least one temperature sensor for detecting the ambient temperature, and - at least one temperature sensor for detecting the ambient temperature, and - a control unit configured to guide the refrigerant in hot gas form at the exit of the compressor to the heating tube by activating the solenoid valve when the ambient temperature is detected to be below a predetermined value, based on the data received from the temperature sensor ,
A female portion to form part of a thread joint for a percussive drilling tool comprising: a mounting sleeve having an axial end , wherein the mounting sleeve surrounds an internal cavity having an axial inner wall at the opposing end of the mounting sleeve compared to the axial end ; wherein the mounting sleeve has at least one substantially cylindrical internally threaded section having a length, L 1 , a thread entrance towards the axial end and a thread exit towards the axial inner wall ; wherein the threaded section has a thread form including crests , roots , contact flanks (E 1 ), and non-contact flanks (E 2 ), and having a pitch length, L 4 , between two axially neighbouring crests and an inner diameter, D 2 , radially between the roots ; a thread clearance section positioned between the axial inner wall and the thread exit having a length L 2 and a diameter D 1 ; a guiding section positioned between the thread entrance and the axial end of the sleeve having a length, L 3 ; characterized in that: the pitch length, L 4 , is between 12.8 - 14.5 mm and wherein the threaded section has a ratio of (L 1 + L 2 + D 2 ) / L4 > 6.2. a mounting sleeve having an axial end , wherein the mounting sleeve surrounds an internal cavity having an axial inner wall at the opposing end of the mounting sleeve compared to the axial end ; wherein the mounting sleeve has at least one substantially cylindrical internally threaded section having a length, L 1 , a thread entrance towards the axial end and a thread exit towards the axial inner wall ; wherein the threaded section has a thread form including crests , roots , contact flanks (E 1 ), and non-contact flanks (E 2 ), and having a pitch length, L 4 , between two axially neighbouring crests and an inner diameter, D 2 , radially between the roots ; a thread clearance section positioned between the axial inner wall and the thread exit having a length L 2 and a diameter D 1 ; a guiding section positioned between the thread entrance and the axial end of the sleeve having a length, L 3 ; characterized in that: the pitch length, L 4 , is between 12.8 - 14.5 mm and wherein the threaded section has a ratio of (L 1 + L 2 + D 2 ) / L4 > 6.2.