mhurhangee/ep-ind-claims huggingface dataset:
A sailing vessel having a hull, a mast, a keel extending from the underside of the hull and a keel canting mechanism rotational about a longitudinal axis of the sailing vessel, the keel extending from a rotational housing extending axially around the longitudinal axis, the rotational housing being hollow, a superior portion of the rotational housing being within the hull of the sailing vessel, and a part of the rotational housing which extends below the hull when the keel is in a neutral position being cylindrical, characterised in that an upper part of the rotational housing is of a truncated conical shape, the rotational housing having opposing lateral sides (520, 530) and each of said lateral sides having an upper portion that is profiled from fore to aft with an overall conical shape, the conical upper portion of each of the lateral sides being configured to act as a foil, and the rotational housing being configured such that windward canting of the keel causes the windward lateral side of the rotational housing to be retracted into the hull and the leeward lateral side of the rotational housing to be deployed from the hull by the canting rotation, such that the profiled conical upper portion of the leeward lateral side of the rotational housing is in the water and acts as a foil promoting lateral resistance in the water and generating lateral lift which opposes leeward drift of the sailing vessel. the keel extending from a rotational housing extending axially around the longitudinal axis, the rotational housing being hollow, a superior portion of the rotational housing being within the hull of the sailing vessel, and a part of the rotational housing which extends below the hull when the keel is in a neutral position being cylindrical, characterised in that an upper part of the rotational housing is of a truncated conical shape, the rotational housing having opposing lateral sides (520, 530) and each of said lateral sides having an upper portion that is profiled from fore to aft with an overall conical shape, the conical upper portion of each of the lateral sides being configured to act as a foil, and the rotational housing being configured such that windward canting of the keel causes the windward lateral side of the rotational housing to be retracted into the hull and the leeward lateral side of the rotational housing to be deployed from the hull by the canting rotation, such that the profiled conical upper portion of the leeward lateral side of the rotational housing is in the water and acts as a foil promoting lateral resistance in the water and generating lateral lift which opposes leeward drift of the sailing vessel.
A method of operating a radio access node for a wireless communications network comprising: obtaining a total volume of data content for a transfer of the data content between the radio access node and a wireless communications device; obtaining a transfer deadline for the transfer of the data content, wherein: obtaining the total data content volume comprises receiving the total data content volume directly or indirectly from a network node in an associated core network; and obtaining the transfer deadline comprises receiving the transfer deadline directly or indirectly from the network node in the associated core network; calculating a prioritization metric for the transfer of the data content based on the total volume of the data content and the transfer deadline; and scheduling one or more radio resources for the transfer of the data content based on the prioritization metric. obtaining a total volume of data content for a transfer of the data content between the radio access node and a wireless communications device; obtaining a transfer deadline for the transfer of the data content, wherein: obtaining the total data content volume comprises receiving the total data content volume directly or indirectly from a network node in an associated core network; and obtaining the transfer deadline comprises receiving the transfer deadline directly or indirectly from the network node in the associated core network; calculating a prioritization metric for the transfer of the data content based on the total volume of the data content and the transfer deadline; and scheduling one or more radio resources for the transfer of the data content based on the prioritization metric.
A method of absorbing or discharging water of a contact lens, which comprises using a contact lens including a plurality of electrodes (31, 32), and generating an electroosmotic flow either or both inside and outside the contact lens, wherein the contact lens has a line segment, wherein the line segment is along a surface of the contact lens and passes through a center of the surface of the contact lens and connects one end to another end, and a positive electrode (31, 32) is provided at any position of a % to 30 % from the one end and a negative electrode (31, 32) is provided at any position of 0 % to 30 % from the other end with respect to a total length of 100 % of the line segment characterized in that only one positive electrode and one negative electrode are on the line segment; and in that said electroosmotic flow is between said positive electrode and said negative electrode. the contact lens has a line segment, wherein the line segment is along a surface of the contact lens and passes through a center of the surface of the contact lens and connects one end to another end, and a positive electrode (31, 32) is provided at any position of a % to 30 % from the one end and a negative electrode (31, 32) is provided at any position of 0 % to 30 % from the other end with respect to a total length of 100 % of the line segment characterized in that only one positive electrode and one negative electrode are on the line segment; and in that said electroosmotic flow is between said positive electrode and said negative electrode.
An array of electron beam columns comprising: a magnetic material adapted to be positioned in a large-scale magnetic field; an array of bores through the magnetic material, wherein each bore in the array of bores has a first end and a second end, and has a column aperture separating an upper portion of an electron beam column of the array from a lower portion of the electron beam column; an array of electron sources, wherein each source in the array of electron sources is configured to emit electrons into the first end of a corresponding bore in the array of bores; and multiple electrodes arranged within each bore of the array of bores, wherein the multiple electrodes include a gun lens electrode and a grounded electrode in the upper portion of the column, wherein the gun lens electrode is configured to condense electrons into an electron beam, and wherein the grounded electrode is configured to center the electron beam so that the electron beam travels through the column aperture. a magnetic material adapted to be positioned in a large-scale magnetic field; an array of bores through the magnetic material, wherein each bore in the array of bores has a first end and a second end, and has a column aperture separating an upper portion of an electron beam column of the array from a lower portion of the electron beam column; an array of electron sources, wherein each source in the array of electron sources is configured to emit electrons into the first end of a corresponding bore in the array of bores; and multiple electrodes arranged within each bore of the array of bores, wherein the multiple electrodes include a gun lens electrode and a grounded electrode in the upper portion of the column, wherein the gun lens electrode is configured to condense electrons into an electron beam, and wherein the grounded electrode is configured to center the electron beam so that the electron beam travels through the column aperture.
A garlic cutting press, comprising: - a receiving body with a cylindrical receiving chamber for receiving cut/pressed material, which has, starting from an outlet end, a first cylinder cavity with a smooth inner wall and a second cylinder cavity adjacent thereto with an inner thread, - a grid-shaped cutting/pressing element, which is detachably deposited at the outlet end of the receiving chamber, with openings incorporated therein that have a maximum opening diameter of 2.2 to 2.8 mm and between which webs with a maximum web width of 0.3 to 0.6 mm are disposed, - a cylindrical piston for screwing into the receiving chamber, comprising - a piston portion with a smooth outer surface and a pushing surface, which is disposed just in front of its free end, for the cut/pressed material, - a threaded portion with an outer thread corresponding to the inner thread of the second cylinder cavity, - a grip portion for gripping and rotating the piston. - a receiving body with a cylindrical receiving chamber for receiving cut/pressed material, which has, starting from an outlet end, a first cylinder cavity with a smooth inner wall and a second cylinder cavity adjacent thereto with an inner thread, - a grid-shaped cutting/pressing element, which is detachably deposited at the outlet end of the receiving chamber, with openings incorporated therein that have a maximum opening diameter of 2.2 to 2.8 mm and between which webs with a maximum web width of 0.3 to 0.6 mm are disposed, - a cylindrical piston for screwing into the receiving chamber, comprising - a piston portion with a smooth outer surface and a pushing surface, which is disposed just in front of its free end, for the cut/pressed material, - a threaded portion with an outer thread corresponding to the inner thread of the second cylinder cavity, - a grip portion for gripping and rotating the piston. - a piston portion with a smooth outer surface and a pushing surface, which is disposed just in front of its free end, for the cut/pressed material, - a threaded portion with an outer thread corresponding to the inner thread of the second cylinder cavity, - a grip portion for gripping and rotating the piston.
Creel for fiber bobbin comprising at least one module for a fiber bobbin, each module comprising at least a first mandrel for receiving a fiber bobbin, mounted to rotate around a first rotation axis, and a fiber tension control system, characterized in that, for each module, the tension control system comprises - an unwinding roller mounted to rotate around a second rotation axis parallel to the first axis, - an oscillating arm pivotally mounted around a third rotation axis perpendicular to the first axis and to the second axis, and carrying at its end an oscillating pulley (=32) mounted to rotate around a fourth axis parallel to the third axis, and - a return pulley mounted to rotate around a fifth rotation axis, parallel to the fourth axis, positioned between the unwinding roller and the oscillating pulley, the fiber unwound from the bobbin passing over the unwinding roller, the oscillating pulley then the return pulley, the rotation of the first mandrel being controlled as a function of the position of the oscillating arm. - an unwinding roller mounted to rotate around a second rotation axis parallel to the first axis, - an oscillating arm pivotally mounted around a third rotation axis perpendicular to the first axis and to the second axis, and carrying at its end an oscillating pulley (=32) mounted to rotate around a fourth axis parallel to the third axis, and - a return pulley mounted to rotate around a fifth rotation axis, parallel to the fourth axis, positioned between the unwinding roller and the oscillating pulley, the fiber unwound from the bobbin passing over the unwinding roller, the oscillating pulley then the return pulley, the rotation of the first mandrel being controlled as a function of the position of the oscillating arm.
An in vitro method of producing a protein profile comprising: a.) leukodepleting at least a portion of a small volume blood sample of between 5 μL to 100 μL to produce a red blood cell-enriched sample; b.) incubating red blood cells in the red blood cell-enriched sample in a medium; and c.) detecting one or more proteins secreted or released from red blood cells in the red blood cell-enriched sample into the incubated medium, wherein the protein profile produced comprises one or more proteins detected in the incubated medium, and said one or more proteins are selected from the group consisting of chemokines, cytokines, growth factors, receptors, hormones, and enzymes. a.) leukodepleting at least a portion of a small volume blood sample of between 5 μL to 100 μL to produce a red blood cell-enriched sample; b.) incubating red blood cells in the red blood cell-enriched sample in a medium; and c.) detecting one or more proteins secreted or released from red blood cells in the red blood cell-enriched sample into the incubated medium, wherein the protein profile produced comprises one or more proteins detected in the incubated medium, and said one or more proteins are selected from the group consisting of chemokines, cytokines, growth factors, receptors, hormones, and enzymes.
A device for treating a heart, comprising: a steerable delivery device adapted to be percutaneously introduced into the heart; a first wedge-shaped device removably coupled to the steerable delivery device, wherein the first wedge-shaped device has a contact surface adapted to be coupled to the heart adjacent a first mitral valve leaflet of a mitral valve of the heart at a ventricular side of the mitral valve to form a fixed backstop against the bottom side of the first mitral valve leaflet, wherein the contact surface is adapted to support a lower surface of the first mitral valve leaflet. a steerable delivery device adapted to be percutaneously introduced into the heart; a first wedge-shaped device removably coupled to the steerable delivery device, wherein the first wedge-shaped device has a contact surface adapted to be coupled to the heart adjacent a first mitral valve leaflet of a mitral valve of the heart at a ventricular side of the mitral valve to form a fixed backstop against the bottom side of the first mitral valve leaflet, wherein the contact surface is adapted to support a lower surface of the first mitral valve leaflet.
A composition in form of an oil-in-water pickering emulsion comprising: a) a dispersed fatty phase comprising at least one oil chosen from silicone oils, hydrocarbonated oils, or a mixture thereof; b) a continuous aqueous phase comprising at least one C 1 -C 4 alcohol in an amount ranging from 1% to 10% by weight, relative to the total weight of the composition, the at least one C 1 -C 4 alcohol comprising ethanol, ethylene glycol, C 1 -C 4 dialkylene glycol or a mixture thereof; and c) 0.001% to 5% by weight, relative to the total weight of the composition, of at least one hydrophobic particle chosen from hydrophobic silicas, hydrophobic cellulose, starch, talc, silicone resin powders, hollow hemispherical silicone particles, polyamide powders, hydrophobic pigments, or a mixture thereof; and d) at least one polysaccharide. a) a dispersed fatty phase comprising at least one oil chosen from silicone oils, hydrocarbonated oils, or a mixture thereof; b) a continuous aqueous phase comprising at least one C 1 -C 4 alcohol in an amount ranging from 1% to 10% by weight, relative to the total weight of the composition, the at least one C 1 -C 4 alcohol comprising ethanol, ethylene glycol, C 1 -C 4 dialkylene glycol or a mixture thereof; and c) 0.001% to 5% by weight, relative to the total weight of the composition, of at least one hydrophobic particle chosen from hydrophobic silicas, hydrophobic cellulose, starch, talc, silicone resin powders, hollow hemispherical silicone particles, polyamide powders, hydrophobic pigments, or a mixture thereof; and d) at least one polysaccharide.
A seamless steel tube of high mechanical resistance, good degree of toughness, good resistance to cracking in the metal base and the heat affected zone and good corrosion resistance, characterized by the material of which it is manufactured consisting of Fe, inevitable impurities and the following chemical composition expressed in % by weight of additional elements: C 0.06 to 0.13 Mn 1.00 to 1.30 Si 0.35 Max. P 0.015 Max. S 0.003 Max. Mo 0.1 to 0.2 Cr 0.10 to 0.30 V 0.050 to 0.10 Nb 0.020 to 0.035 Ni 0.30 to 0.45 Al 0.015 to 0.040 Ti 0.020 Max. N 0.010 Max. Cu 0.2 Max. by the following relation among the alloying elements: 0.5 < Mo + Cr + Ni < 1 Mo + Cr + V / 5 + Ni + Cu / 15 ≤ 0.14 and by heavy gauge walls of ≥ 30 mm.
Method for making a bathroom facility provided with a bidet bowl and a WC bowl adjacent to each other, comprising the steps of: - making a monolithic body provided with an upper wall in which are present two concave portions (15, 15a) each adapted to realize a first type of bowl selected between WC bowl and bidet bowl, - cutting one of the two concave portions from the monolithic body in such a manner to form an opening in the said upper wall, - fixing the bowl of a second type selected between WC bowl and bidet bowl at said opening. - making a monolithic body provided with an upper wall in which are present two concave portions (15, 15a) each adapted to realize a first type of bowl selected between WC bowl and bidet bowl, - cutting one of the two concave portions from the monolithic body in such a manner to form an opening in the said upper wall, - fixing the bowl of a second type selected between WC bowl and bidet bowl at said opening.
Mass-lockable breech mechanism for a weapon, comprising a breech part, which can be mounted displaceably in a breech housing of an appropriate weapon, and an elastic closing element, and having the features: a) the breech part is configured as a hollow cylinder, wherein the cylinder chamber is divided by an axially displaceable compensating piston into two partial cylinder chambers (6, 7); b) the, viewed in the direction of fire of the appropriate weapon, rear-side first partial cylinder chamber is filled with a brake fluid; c) in the first partial cylinder chamber is arranged an axially displaceable piston, which is connected to a piston rod that is guided axially through the rear wall of the breech part and, at its end facing away from the piston, is connected to the breech housing; d) in the second partial cylinder chamber is arranged the elastic closing element, which holds the compensating piston in a starting position such that, when the breech part recoils, by the piston which moves into the first partial cylinder chamber, the compensating piston is displaced towards the closing element and the closing element is tensioned. a) the breech part is configured as a hollow cylinder, wherein the cylinder chamber is divided by an axially displaceable compensating piston into two partial cylinder chambers (6, 7); b) the, viewed in the direction of fire of the appropriate weapon, rear-side first partial cylinder chamber is filled with a brake fluid; c) in the first partial cylinder chamber is arranged an axially displaceable piston, which is connected to a piston rod that is guided axially through the rear wall of the breech part and, at its end facing away from the piston, is connected to the breech housing; d) in the second partial cylinder chamber is arranged the elastic closing element, which holds the compensating piston in a starting position such that, when the breech part recoils, by the piston which moves into the first partial cylinder chamber, the compensating piston is displaced towards the closing element and the closing element is tensioned.
Autonomous apparatus adapted to receive an external bag containing a fluid, and adapted to squeeze it in order to convey the said fluid from the said bag to a living being, the said autonomous apparatus comprising: - a first plate having a first surface, - a second plate having a second surface, the said second surface of the second plate being convex from a point of view located between said first and second surfaces of the said first and second plates, and the said second surface of the second plate is curved at any point of the said second surface of the second plate that faces the first surface of the first plate. the said autonomous apparatus is configured: - in a way that the said first surface of the first plate and the said second surface of the second plate are adapted to face one another, and - in a way that allows for the said external bag containing the fluid to be inserted between the said first and second surfaces of the said premier and second plates; the said autonomous apparatus additionally comprising an elastic mechanism: - to bring the first and second surfaces of the first and second plates closer, and - to put the said bag under pressure between the first surface of the first plate and the second surface of the second plate, and wherein the first surface is devoid of any opening at any point that faces the second surface, and wherein, either the first surface is concave and curved at any point of the first surface that faces the second surface in the absence of the bag and from a point of view located between the said first and second surfaces, or the first plate is adapted to warp when a bag is put under pressure by the elastic mechanism between the first surface and the second surface. - a first plate having a first surface, - a second plate having a second surface, - in a way that the said first surface of the first plate and the said second surface of the second plate are adapted to face one another, and - in a way that allows for the said external bag containing the fluid to be inserted between the said first and second surfaces of the said premier and second plates; - to bring the first and second surfaces of the first and second plates closer, and - to put the said bag under pressure between the first surface of the first plate and the second surface of the second plate,
A turret for a rifle scope comprising: a knob with a first pin located on the bottom of said knob; a ring with a track located on the topside of the ring and a second pin (830, 930) located on the bottom of the ring; wherein the track of the ring has terminated ends; and a base with a track on the top of the base, wherein the track on top of the base has terminated ends; and further wherein the first pin rests in the track on the top of the ring and the second pin on the bottom of the ring rests in the track on top of the base. a knob with a first pin located on the bottom of said knob; a ring with a track located on the topside of the ring and a second pin (830, 930) located on the bottom of the ring; wherein the track of the ring has terminated ends; and a base with a track on the top of the base, wherein the track on top of the base has terminated ends; and further wherein the first pin rests in the track on the top of the ring and the second pin on the bottom of the ring rests in the track on top of the base.
A document having an optical and/or acoustic output unit, with at least first and second antennas (112.1, 112.2) for contactless coupling-in of electrical energy of an electromagnetic field for the operation of the output unit, wherein the first and second antennas each have first and second contacts, wherein, at a defined field strength, a first voltage is generated between the first and second contact of the first antenna, the polarity of said voltage being opposite that of a voltage generated between the first and second contact of the second antenna on account of the field strength, wherein the first and second antennas are arranged in a spatially offset manner on or in the document and are electrically connected to the output unit, such that the output unit receives different voltage signals from the first and second antennas on account of a movement of the document in an electromagnetic field.
A polymer that has one or more host groups and one or more guest groups on the side chains, the polymer having repeating units represented by the following general formulae and wherein CD represents α-cyclodextrin, β-cyclodextrin, or γ-cyclodextrin, and m is 1 to 200,000, wherein A represents O or NH, R represents an optionally-substituted alkyl group, or an optionally-substituted aryl group, and 1 is 1 to 200,000.