mhurhangee/ep-ind-claims huggingface dataset:
A magnetic mirror machine (2100; 2200; 3100; 3200) for plasma confinement, comprising a plurality of longitudinally disposed superconductor coils (2104, 2105, 2106a, 2106b) arranged for producing an open-field-line plasma confinement area, said plasma confinement area at each of two ends being limited by a respective mirror area of increased magnetic flux density relative to a central area of said plasma confinement area, wherein a superconductor coil (2105, 2106a, 2106b) of said of plurality of superconductor coils is located adjacent to said mirror area and said superconductor coil (2105, 2106a, 2106b) has a cross-section, in a plane intersecting a magnetic field line through said mirror area, having an elongate shape in a direction along said magnetic field line, wherein said plurality of superconductor coils comprises: a first magnet system comprising a first plurality of concentrically arranged circular-loop superconductor coils, comprising: a first superconductor coil arranged to carry a current in a first direction; and a second superconductor coil arranged to carry a current in a second direction opposite to said first direction; and a second magnet system comprising a second plurality of concentrically arranged circular-loop coils, arranged with mirror symmetry with respect to said first magnet system relative to a symmetry plane located between said first magnet system and said second magnet system. a first magnet system comprising a first plurality of concentrically arranged circular-loop superconductor coils, comprising: a first superconductor coil arranged to carry a current in a first direction; and a second superconductor coil arranged to carry a current in a second direction opposite to said first direction; and a first superconductor coil arranged to carry a current in a first direction; and a second superconductor coil arranged to carry a current in a second direction opposite to said first direction; and a second magnet system comprising a second plurality of concentrically arranged circular-loop coils, arranged with mirror symmetry with respect to said first magnet system relative to a symmetry plane located between said first magnet system and said second magnet system.
Dihomo-γ-linolenic acid (DGLA) for use in preventing or treating skin diseases, wherein dihomo-γ-linolenic acid (DGLA) is to be administered orally, and wherein the skin disease is atopic dermatitis, and wherein the amount ingested of dihomo-γ-linolenic acid (DGLA) is 5 mg - 200 mg, or 5 mg - 150 mg, per adult human per day, and wherein further dihomo-γ-linolenic acid (DGLA) is in the form of a glyceride, and said glyceride is a triglyceride, a diglyceride, or a monoglyceride.
A hybrid system, comprising: a hybrid module including a hybrid module housing, an eMachine, the eMachine being an electrical machine, including a rotor and a stator, wherein the stator includes windings; a clutch operatively connected to the eMachine to connect and disconnect the eMachine from an engine; and a cooling sleeve received inside the hybrid module housing, wherein the cooling sleeve and the hybrid module housing define a fluid channel for cooling the eMachine, wherein the stator of the eMachine is press-fitted inside the cooling sleeve, wherein the cooling sleeve has one or more tabs extending transverse to the rest of the cooling sleeve, wherein the cooling sleeve has spray openings, wherein the tabs of the cooling sleeve are secured to the hybrid module housing to position the spray openings at a position to spray the lubricant onto the windings to cool the stator, and wherein the cooling sleeve has a stator contacting surface contacting the stator, the stator contacting surface being flat and lacking a shoulder for locating the stator. a hybrid module housing, an eMachine, the eMachine being an electrical machine, including a rotor and a stator, wherein the stator includes windings; a clutch operatively connected to the eMachine to connect and disconnect the eMachine from an engine; and a cooling sleeve received inside the hybrid module housing, wherein the cooling sleeve and the hybrid module housing define a fluid channel for cooling the eMachine, wherein the stator of the eMachine is press-fitted inside the cooling sleeve, wherein the cooling sleeve has one or more tabs extending transverse to the rest of the cooling sleeve, wherein the cooling sleeve has spray openings, wherein the tabs of the cooling sleeve are secured to the hybrid module housing to position the spray openings at a position to spray the lubricant onto the windings to cool the stator, and wherein the cooling sleeve has a stator contacting surface contacting the stator, the stator contacting surface being flat and lacking a shoulder for locating the stator.
Rotary-drum laundry dryer comprising a revolving drum structured for housing the laundry to be dried, a hot-air generator structured to circulate a stream of hot air through said revolving drum, and a lower supporting base or socle which is structured for resting on the floor and for housing at least part of the hot-air generator; the hot-air generator in turn comprising: an air recirculating conduit having its two ends connected to the revolving drum; air circulating means which are located along the air recirculating conduit and are structured to produce, inside the air recirculating conduit, an airflow (f) which flows through the revolving drum and over the laundry inside the drum; and at least one heat exchanger located along the air recirculating conduit and structured to cool the moist air arriving from the rotatable drum so to cause the condensation of the surplus moisture inside the airflow (f); a section of the air recirculating conduit extending across the lower supporting base or socle, and being structured so as to house said at least one heat exchanger of the hot-air generator; the air circulating means comprising an impeller housing which is located and communicates with an end-opening of said section of the air recirculating conduit, and an impeller which is housed in axially rotating manner inside the impeller housing to generate said airflow (f); the laundry dryer being characterized in that the air circulating means additionally comprise a substantially funnel-shaped, intake manifold which is fixed in a rigid and stable, though easily removable, manner to said lower supporting base or socle, at the end-opening of said section of the air recirculating conduit, and extends within the impeller housing towards the impeller; and in that the lower supporting base or socle comprises a lower half-shell structured for resting on the floor, and an upper half-shell stacked up on top of, and rigidly coupled to said lower half-shell; said lower half-shell and upper half-shell being shaped so as to form, when coupled to one another, said section of the air recirculating conduit and the end-opening of said section of the air recirculating conduit, and said intake manifold being jammed in between said lower and upper half-shells (9a, 9b), at the end-opening of said section of the air recirculating conduit.
A chemical recovery boiler having a furnace for combusting waste liquor for producing chemical smelt and flue gases and a flue gas duct comprising vertical flue gas channels, at least some of which are provided with heat recovery units for recovering heat from flue gases, said heat recovery units having a width of substantially that of the flue gas duct, characterized in that a first flue gas channel downstream of the furnace is provided with a reheater and with a secondary heat recovery unit which is one of the following heat recovery units: an economizer or a boiler bank, and that the reheater and the second heat recovery unit are located in the horizontal incoming direction of the flue gas one after the other so that in the first flue gas channel the flue gas flows in a vertical direction from above downwards and heats the reheater and the second heat recovery unit simultaneously.
An olefin-based polymer composition comprising: a component derived from a copolymer (100 parts by mass) comprising a constitutional unit derived from ethylene, a constitutional unit derived from an α-olefin having 3 to 20 carbon atoms, and a constitutional unit derived from non-conjugated polyene and having (a-1) the Mooney viscosity [ML 1+4 (125°C)] of 50 to 200; one or more types of crystalline propylene-based polymers (10 to 50 parts by mass in total) that satisfy the requirements (b-1) and (b-2): (b-1) MFR (230°C, load 2.16 kg) of 0.1 to 4 g/10 min; and (b-2) a melting point (Tm) measured by DSC of 100°C to 200°C; one or more types of crystalline propylene-based polymers (5 to 30 parts by mass in total) that satisfy the requirements (c-1) and (c-2): (c-1) MFR (230°C, load 2.16 kg) of 5 to 15 g/10 min; and (c-2) a melting point (Tm) measured by DSC of 100°C to 200°C; and low-molecular-weight polyolefin (4 to 18 parts by mass) that satisfies the requirement (d-1): (d-1) the number average molecular weight measured by gel permeation chromatography of 3,000 to 10,000, wherein the amounts of,, and are each relative to 100 parts by mass of and at least a part of the component derived from the copolymer is crosslinked by a phenol resin-based crosslinking agent. a component derived from a copolymer (100 parts by mass) comprising a constitutional unit derived from ethylene, a constitutional unit derived from an α-olefin having 3 to 20 carbon atoms, and a constitutional unit derived from non-conjugated polyene and having (a-1) the Mooney viscosity [ML 1+4 (125°C)] of 50 to 200; one or more types of crystalline propylene-based polymers (10 to 50 parts by mass in total) that satisfy the requirements (b-1) and (b-2): (b-1) MFR (230°C, load 2.16 kg) of 0.1 to 4 g/10 min; and (b-2) a melting point (Tm) measured by DSC of 100°C to 200°C; (b-1) MFR (230°C, load 2.16 kg) of 0.1 to 4 g/10 min; and (b-2) a melting point (Tm) measured by DSC of 100°C to 200°C; one or more types of crystalline propylene-based polymers (5 to 30 parts by mass in total) that satisfy the requirements (c-1) and (c-2): (c-1) MFR (230°C, load 2.16 kg) of 5 to 15 g/10 min; and (c-2) a melting point (Tm) measured by DSC of 100°C to 200°C; and (c-1) MFR (230°C, load 2.16 kg) of 5 to 15 g/10 min; and (c-2) a melting point (Tm) measured by DSC of 100°C to 200°C; and low-molecular-weight polyolefin (4 to 18 parts by mass) that satisfies the requirement (d-1): (d-1) the number average molecular weight measured by gel permeation chromatography of 3,000 to 10,000, wherein the amounts of,, and are each relative to 100 parts by mass of and at least a part of the component derived from the copolymer is crosslinked by a phenol resin-based crosslinking agent.
A method for testing vascular endothelial damage with respect to a blood sample collected from living organism comprising the steps of: 1) determining quantitatively vascular endothelial cell-derived microparticle; 2) determining quantitatively tissue factor-containing microparticle; 3) determining that the possibility of the presence of vascular endothelial damage is very high when the values of both endothelial cell-derived microparticle concentration and tissue factor-containing microparticle concentration are significantly-high as compared with a healthy subject or not significantly-low as compared with a patient who was definitely diagnosed with vascular endothelial damage; wherein said step 1) is carried out using anti-CD144 polyclonal antibodies which recognize specifically the vascular endothelium-derived microparticle; and said step 2) is carried out using an anti-CD142 antibody which recognizes specifically the tissue factor-containing microparticle; and wherein said anti-CD144 polyclonal antibodies and said anti-CD142 antibody are labelled with fluorescent dye, and said step 1) and step 2) are carried out using the flow cytometry method. 1) determining quantitatively vascular endothelial cell-derived microparticle; 2) determining quantitatively tissue factor-containing microparticle; 3) determining that the possibility of the presence of vascular endothelial damage is very high when the values of both endothelial cell-derived microparticle concentration and tissue factor-containing microparticle concentration are significantly-high as compared with a healthy subject or not significantly-low as compared with a patient who was definitely diagnosed with vascular endothelial damage;
Component assembly with a first component, a second component and at least one securing device for securing the first component onto the second component in a manner that protects against manipulation, which has a screw, which includes an operating area arranged at least partly in a mount of the first component and a threaded section adjoining the operating area and in holding connection with the second component, characterised in that the screw includes a safety projection adjoining the operating area which safety projection is arranged on the side of the operating area facing away from the threaded section and includes a latching element, which cooperates with a latching counter element of a covering device of the securing device covering the mount at least partly, wherein the covering device is designed as a clamping disc, and wherein the latching counter element includes at least one latching projection engaging in the latching element designed as a latching depression so that to activate the operating area it is necessary to remove the clamping disc from the safety projection leaving a trace, so that manipulation of the securing device can be established.
Use of a geopolymer composite derived from geopolymer and comprising athermanous additive, for decreasing the thermal conductivity of a foam comprising vinyl aromatic polymer (the decrease being measured according to ISO 8301).
A shelf-supporting device (1,1',1") for the reversible connection of a shelf to the shoulders of a piece of furniture, said device being configured for being inserted inside a seat formed within the thickness of said shelf and comprising a main body (12,12',12") which is slidingly associated with a connection pin movable between a first operating position in which said pin protrudes from said shelf so as to be able to be inserted into a housing seat formed on one of said shoulders, and a second retracted position in which said pin does not protrude from said shelf or protrudes so as to be able to be in any case released from said housing seat, characterized in that said main body (12,12',12") comprises, on its outer surface, one or more projecting elements which extend towards the outside of said main body, configured so that the forces that the pin transfers to the shelf bracket are discharged onto the shelf through said projecting elements and wherein said one or more projecting elements extend along the whole length of said side surfaces (12e,12e',12e") of said main body (12,12',12") and have a greater transverse extension in correspondence with the front area of the main body (12,12',12"), and are tapered, reducing their overall dimensions in the transverse direction towards the rear area of the device (1,1',1"), opposite the front area.
Fibre composite plastic component comprising a fibre mat arrangement embedded in a plastic matrix, wherein at least one connection element is arranged, which comprises a disc with an outer peripheral region, which delimits an inner connecting region, wherein the outer peripheral region is provided with reinforcement fibres, which extend outward in the form of projecting fibre threads or fibre thread bundles and whose fibre threads are arranged in at least one fibre mat and/or between two fibre mats, characterised in that at least two fibre mats, in which at least one connection element is inserted, which comprises a disc with an outer peripheral region, which delimits an inner connecting region, wherein the outer peripheral region is provided with reinforcement fibres, which extend outward in the form of projecting fibre threads or fibre thread bundles, at a distance and/or two fibre mat arrangements on top of one another are embedded in a plastic matrix, which fibre mats or fibre mat arrangements each have at least one connection element, whose connecting region has a bore, wherein the bores of the at least one connection element of at least two fibre mats or fibre mat arrangements are mutually aligned and wherein a spacer element is guided through the mutually aligned bores of the connection elements of the fibre mats or the fibre mat arrangements in such a manner that the connection element of each fibre mat or fibre mat arrangement rests on the outer surface of the spacer element at a distance from one another, wherein the outer surface of the spacer element is preferably at least partially conical and/or stepped.
An air data system comprising: an air data probe comprising: a probe head having an inlet, an interior surface extending from the inlet, and an exterior surface extending from the inlet; a strut connected to the head; and a mounting plate connected to the strut; and a surface acoustic wave, SAW, sensor (68, 70, 72, 74, 76, 78, 80) attached to the air data probe for detecting particulate accumulation. an air data probe comprising: a probe head having an inlet, an interior surface extending from the inlet, and an exterior surface extending from the inlet; a strut connected to the head; and a mounting plate connected to the strut; and a probe head having an inlet, an interior surface extending from the inlet, and an exterior surface extending from the inlet; a strut connected to the head; and a mounting plate connected to the strut; and a surface acoustic wave, SAW, sensor (68, 70, 72, 74, 76, 78, 80) attached to the air data probe for detecting particulate accumulation.
Screen wiper blade of a vehicle, in particular a motor vehicle, of the flat type and including a longitudinal vertebra for bending, which is integral, substantially in its middle, with a mechanical connector for attachment to a screen wiper arm, and a heating electrical circuit carried by the longitudinal vertebra, characterized in that the wiper blade comprises at least one ramp for distributing a fluid, in particular, a screen washing liquid, in that said circuit comprises at least one bimetal strip thermostat configured to provide a thermal fuse function, and in that the said at least one bimetal strip thermostat is situated at the mechanical connector.
A learning apparatus, comprising: a training data acquisition unit configured to acquire training data including image data of an object being photographed; and a learning calculation unit configured to perform calculation of machine learning using the training data acquired by the training data acquisition unit, wherein the image data is image data of flexible objects (90,92) in a folded and stacked state and includes a first image data and a second image data of the flexible objects the ends of a top surface of which have been deformed from a regular stacked pattern shape, characterized in that the first image data being image data of the ends (91, 92a) of the top surface that are combined into one end by folding the flexible object, the second image data being image data of the ends (92b, 92c) of the top surface that are not combined into one end by folding the flexible object, and the learning calculation unit calculates to learn a part of the flexible object suitable for being grasped using the training data, wherein a part is suitable for being grasp if it corresponds to object ends combined into one end by folding the flexible object, and wherein a part is not suitable for being grasp if it corresponds to object ends not combined into one end by folding the flexible object. a training data acquisition unit configured to acquire training data including image data of an object being photographed; and a learning calculation unit configured to perform calculation of machine learning using the training data acquired by the training data acquisition unit, wherein the image data is image data of flexible objects (90,92) in a folded and stacked state and includes a first image data and a second image data of the flexible objects the ends of a top surface of which have been deformed from a regular stacked pattern shape, characterized in that the first image data being image data of the ends (91, 92a) of the top surface that are combined into one end by folding the flexible object, the second image data being image data of the ends (92b, 92c) of the top surface that are not combined into one end by folding the flexible object, and the learning calculation unit calculates to learn a part of the flexible object suitable for being grasped using the training data, wherein a part is suitable for being grasp if it corresponds to object ends combined into one end by folding the flexible object, and wherein a part is not suitable for being grasp if it corresponds to object ends not combined into one end by folding the flexible object.
Process for the preparation of a catalyst intended for utilization in a Fischer-Tropsch reaction, in which the following successive stages are carried out: a) A support impregnated with a solution of cobalt nitrate is provided, b) said support impregnated with a cobalt nitrate solution is oxidized at a calcining temperature comprised between 400°C and 450°C in order to produce a catalyst precursor comprising cobalt oxides, c) a reducing gas is provided, comprising at least 99% by volume of hydrogen and less than 200 ppmvol of water, d) said catalyst precursor is brought into contact with the reducing gas by circulating the flow of reducing gas over a bed of said catalyst precursor, at a pressure comprised between 0 and 1.5 MPa g, at a final reduction temperature comprised between 350°C and 500°C, said catalyst precursor is maintained at the final reduction temperature for 16 hours, so as to reduce the cobalt oxides to metallic cobalt in order to produce a reduced catalyst and a flow of reducing gas laden with water, e) the water content of the flow of reducing gas laden with water recovered in stage d) is reduced, so as to produce a flow of reducing gas comprising less than 200 ppmvol of water, then f) at least a part of the flow of reducing gas is recycled to stage d), process in which in stage d) the reducing gas is maintained at a water content of less than 10,000 ppmvol. a) A support impregnated with a solution of cobalt nitrate is provided, b) said support impregnated with a cobalt nitrate solution is oxidized at a calcining temperature comprised between 400°C and 450°C in order to produce a catalyst precursor comprising cobalt oxides, c) a reducing gas is provided, comprising at least 99% by volume of hydrogen and less than 200 ppmvol of water, d) said catalyst precursor is brought into contact with the reducing gas by circulating the flow of reducing gas over a bed of said catalyst precursor, at a pressure comprised between 0 and 1.5 MPa g, at a final reduction temperature comprised between 350°C and 500°C, said catalyst precursor is maintained at the final reduction temperature for 16 hours, so as to reduce the cobalt oxides to metallic cobalt in order to produce a reduced catalyst and a flow of reducing gas laden with water, e) the water content of the flow of reducing gas laden with water recovered in stage d) is reduced, so as to produce a flow of reducing gas comprising less than 200 ppmvol of water, then f) at least a part of the flow of reducing gas is recycled to stage d),