mhurhangee/patent-ind-claim-en huggingface dataset:
A spinneret for forming a hollow fiber, the spinneret containing a spin plate that defines a plurality of capillaries having more than one spaced apart slots suitable for a thermoplastic composition to flow through, wherein the slots have an outer diameter that is defined as the distance between outer edges of the slots , the outer diameter being greater than 0.6 millimeters, wherein the slots occupy a total open area of from 0.10 to 0.40 square millimeters; the spinneret characterised in that at least a portion of the slots have a width and length such that the ratio of the length to the width is from 8 to 80, the width of the slots being from 0.09 to 0.18 millimeters.
Device for determining the position of objects in the two-dimensional space with a first dimension and a second dimension whose direction vector is orthogonal to the direction vector of the first dimension, comprising at least one transmitter with at least one transmitting antenna and an imaging receiver circuit with at least one receiving antenna array, Rx array, with receiving antenna lines for scanning the first dimension by means of digital beam forming, wherein the receiving antenna array comprises a linear array, a Sparse array or an array with enlarged aperture, and wherein the receiving antenna lines of the receiving antenna array of the receiver circuit are arranged in the first dimension according to a curve function or according to the contour of a two-dimensional geometric object and are spread out in the second dimension, wherein the minimum number of discrete positions, Pos 2D, in the second dimension is defined by the number of receiving antenna lines N RxANT according to N Pos , 2 D ≥ N R × ANT and is ≥3, characterized in that the arrangement of the receiving antenna lines is defined by a random function, wherein the distance of the maximum deviation from the mean value in the second dimension is predetermined.
A dilution refrigeration system comprising: a dilution refrigerator including a helium circuit ; a secondary cold source that in operation provides cooling power at temperatures between about 4K and about 77K; characterized in that it further comprises: at least a first cryocondensation trap coupled in series with the helium circuit via an input port and an output port, wherein the first cryocondensation trap comprises a first trap volume and at least one cryocondensation surface inside the first trap volume, the at least one cryocondensation surface thermally coupled to the secondary cold source, and wherein, in operation, a species or set of species of contaminants in the helium circuit cryocondenses on the at least one cryocondensation surface. a dilution refrigerator including a helium circuit ; a secondary cold source that in operation provides cooling power at temperatures between about 4K and about 77K; characterized in that it further comprises: at least a first cryocondensation trap coupled in series with the helium circuit via an input port and an output port, wherein the first cryocondensation trap comprises a first trap volume and at least one cryocondensation surface inside the first trap volume, the at least one cryocondensation surface thermally coupled to the secondary cold source, and wherein, in operation, a species or set of species of contaminants in the helium circuit cryocondenses on the at least one cryocondensation surface.
Wind turbine blade having a profiled contour and comprising a pressure side and a suction side, a leading edge and a trailing edge, a chord having a chord length extending between the leading edge and the trailing edge, the blade extending in a spanwise direction between a root end and a tip end and having a longitudinal axis, wherein at least a portion of the blade located in a trailing edge region at or adjacent to the trailing edge is a noise reducing portion defining an exposed surface and comprising a plurality of sound reducing or sound absorbing acoustic resonators , each of the resonators comprising an opening in the exposed surface and a cavity having a length (L) between the opening and a bottom of a bottom wall of the cavity opposite the opening, the opening to the cavity having an opening cross-sectional shape defining an opening cross-sectional area and the cavity having a cavity cross-sectional shape defining a cavity cross-sectional area, characterized in that the cavity of at least one resonator of the plurality of resonators, such as a resonator having an essentially straight cavity, is slanted in span wise direction relative to the local chord, and/or wherein at least one of the plurality of resonators is curved, i.e. comprises a cavity having a cavity axis being curved for obtaining the desired length of the cavity. wherein at least a portion of the blade located in a trailing edge region at or adjacent to the trailing edge is a noise reducing portion defining an exposed surface and comprising a plurality of sound reducing or sound absorbing acoustic resonators , each of the resonators comprising an opening in the exposed surface and a cavity having a length (L) between the opening and a bottom of a bottom wall of the cavity opposite the opening, the opening to the cavity having an opening cross-sectional shape defining an opening cross-sectional area and the cavity having a cavity cross-sectional shape defining a cavity cross-sectional area, characterized in that the cavity of at least one resonator of the plurality of resonators, such as a resonator having an essentially straight cavity, is slanted in span wise direction relative to the local chord, and/or wherein at least one of the plurality of resonators is curved, i.e. comprises a cavity having a cavity axis being curved for obtaining the desired length of the cavity.
An electromagnetic radiation absorbing composition comprising a magnetic filler material taking the form of a metallic flake, and a non-conductive binder, wherein the magnetic filler is present in the range of from 1 to 5 volume% of dried volume, and wherein the metallic flake is a permalloy flake, wherein the composition further comprises a dielectric filler material so as to form a hybrid coating, and where the dielectric filler material is milled carbon fibre.
A solid-state imaging device comprising a pixel array unit in which a plurality of pixels is two-dimensionally arrayed, wherein the pixel array unit has an array pattern in which a plurality of pixel groups each consisting of neighboring pixels of an identical color is regularly arrayed, the neighboring pixels in each pixel group being neighbors along a column direction and a row direction, wherein, in some of the plurality of pixel groups arrayed in the array pattern, all pixels configuring a light-shielded pixel group are shielded in an identical direction side from light, a light-shielded pixel group being a pixel group including pixels each being shielded partly from incident light, on a side thereof, characterized in that each pixel comprises one photoelectric conversion element and on-chip lens , wherein each on-chip lens is formed on one photoelectric conversion element . a pixel array unit in which a plurality of pixels is two-dimensionally arrayed, wherein the pixel array unit has an array pattern in which a plurality of pixel groups each consisting of neighboring pixels of an identical color is regularly arrayed, the neighboring pixels in each pixel group being neighbors along a column direction and a row direction, wherein, in some of the plurality of pixel groups arrayed in the array pattern, all pixels configuring a light-shielded pixel group are shielded in an identical direction side from light, a light-shielded pixel group being a pixel group including pixels each being shielded partly from incident light, on a side thereof, characterized in that each pixel comprises one photoelectric conversion element and on-chip lens , wherein each on-chip lens is formed on one photoelectric conversion element .
An optical system comprising: a plurality of internal apertures , wherein each internal aperture is operable to receive a corresponding aperture-specific optical signal ; a plurality of coarse pointing optical assemblies , each of the plurality of coarse pointing assemblies receiving one or more corresponding aperture-specific optical signals , each coarse pointing optical assembly being independently controllable to deflect the received one or more corresponding aperture-specific optical signals in a corresponding signal-specific direction; a telescope assembly positioned intermediate the plurality of internal apertures and the plurality of coarse pointing optical assemblies, the telescope assembly defining a shared optical train arranged to direct aperture-specific optical signals between corresponding internal apertures and coarse pointing assemblies ; and a plurality of aperture-specific fine pointing optical assemblies , each of the plurality of fine pointing assemblies being sized to fit within a corresponding internal aperture , wherein each of the fine pointing assemblies is operable to receive a corresponding aperture-specific optical signal having a respective signal-specific propagation direction, and each of the fine pointing assemblies is independently controllable to deflect the corresponding aperture-specific optical signal within a deflection range, the deflection range including the corresponding signal-specific propagation direction. a plurality of internal apertures , wherein each internal aperture is operable to receive a corresponding aperture-specific optical signal ; a plurality of coarse pointing optical assemblies , each of the plurality of coarse pointing assemblies receiving one or more corresponding aperture-specific optical signals , each coarse pointing optical assembly being independently controllable to deflect the received one or more corresponding aperture-specific optical signals in a corresponding signal-specific direction; a telescope assembly positioned intermediate the plurality of internal apertures and the plurality of coarse pointing optical assemblies, the telescope assembly defining a shared optical train arranged to direct aperture-specific optical signals between corresponding internal apertures and coarse pointing assemblies ; and a plurality of aperture-specific fine pointing optical assemblies , each of the plurality of fine pointing assemblies being sized to fit within a corresponding internal aperture , wherein each of the fine pointing assemblies is operable to receive a corresponding aperture-specific optical signal having a respective signal-specific propagation direction, and each of the fine pointing assemblies is independently controllable to deflect the corresponding aperture-specific optical signal within a deflection range, the deflection range including the corresponding signal-specific propagation direction.
A tire obtained by using a rubber composition, the rubber composition comprising: a rubber component containing a rubber having an isoprene structure and an aminoalkoxysilane-modified styrene-butadiene rubber having an amount of bonded styrene of 15% by mass or less; a filler containing a silica having a nitrogen adsorption specific surface area (BET method) of 80 m 2 /g or more and less than 130 m 2 /g, the amount of the filler being 40 to 125 parts by mass per 100 parts by mass of the rubber component; and a hydrogenated resin having a softening point of higher than 110°C and having a weight average molecular weight as converted to polystyrene of 200 to 1200, the amount of the hydrogenated resin being 5 to 50 parts by mass per 100 parts by mass of the rubber component. a rubber component containing a rubber having an isoprene structure and an aminoalkoxysilane-modified styrene-butadiene rubber having an amount of bonded styrene of 15% by mass or less; a filler containing a silica having a nitrogen adsorption specific surface area (BET method) of 80 m 2 /g or more and less than 130 m 2 /g, the amount of the filler being 40 to 125 parts by mass per 100 parts by mass of the rubber component; and a hydrogenated resin having a softening point of higher than 110°C and having a weight average molecular weight as converted to polystyrene of 200 to 1200, the amount of the hydrogenated resin being 5 to 50 parts by mass per 100 parts by mass of the rubber component.
A system for generating a treatment plan for an ablation therapy treatment of a target structure within a treatment region, the system being configured for treatment plan generation on the basis of optimization objectives and/or constraints representing treatment goals, and the system comprising a planning unit configured to - visualize to a user a dose distribution in the treatment region, the dose distribution corresponding to a first treatment plan generated on the basis of first objectives and/or constraints, - receive a first user input specifying a dose value within the dose distribution and a second user input specifying at least one position in the treatment region as a target position for the dose value, - determine second objectives and/or constraints on the basis of the fist objectives and/or constraints and the first and second user inputs, and - generate a second treatment plan on the basis of the second objectives and/or constraints. - visualize to a user a dose distribution in the treatment region, the dose distribution corresponding to a first treatment plan generated on the basis of first objectives and/or constraints, - receive a first user input specifying a dose value within the dose distribution and a second user input specifying at least one position in the treatment region as a target position for the dose value, - determine second objectives and/or constraints on the basis of the fist objectives and/or constraints and the first and second user inputs, and - generate a second treatment plan on the basis of the second objectives and/or constraints.
Compound of general formula (I): wherein: - R is linear or branched C 1 -C 20 alkyl, or alicyclic C 3 -C 10 , and - X - is bromide (Br - ), chloride (Cl - ), bis[(trifluoromethyl)sulfonyl]imide ((CF 3 SO 2 ) 2 N - , TFSI), or bis(fluorosulfonyl)imide ((FSO 2 )N - , FSI). - R is linear or branched C 1 -C 20 alkyl, or alicyclic C 3 -C 10 , and - X - is bromide (Br - ), chloride (Cl - ), bis[(trifluoromethyl)sulfonyl]imide ((CF 3 SO 2 ) 2 N - , TFSI), or bis(fluorosulfonyl)imide ((FSO 2 )N - , FSI).
A knot plate for a tying machine , wherein said knot plate is designed as a substantially circular disc, and wherein said knot plate comprises: - an aperture arranged substantially in the middle of said knot plate , wherein the aperture comprises a substantially circular form, and - two through slots for receiving a binding wire arranged in said knot plate substantially on opposite sides of each other in relation to said aperture , wherein said knot plate comprises two grooves for receiving said binding wire, wherein each of said two grooves connects one respective through slot of said two through slots with said aperture , characterized in that each of said two grooves ends in said aperture in a direction that coincides with substantially tangential directions of said aperture so that the binding wire initially substantially follows a wall of the substantially circular formed aperture . - an aperture arranged substantially in the middle of said knot plate , wherein the aperture comprises a substantially circular form, and - two through slots for receiving a binding wire arranged in said knot plate substantially on opposite sides of each other in relation to said aperture , wherein said knot plate comprises two grooves for receiving said binding wire, wherein each of said two grooves connects one respective through slot of said two through slots with said aperture , characterized in that each of said two grooves ends in said aperture in a direction that coincides with substantially tangential directions of said aperture so that the binding wire initially substantially follows a wall of the substantially circular formed aperture .
A method of controlling a steering system of a vehicle, the steering system comprising a first steering shaft connected to a steering device, a second steering shaft connected to at least one pair of wheels of the vehicle, and a mechanical member comprising a first portion connected to the first steering shaft and a second portion connected to the second steering shaft , wherein a mutual relative rotation between the first and second steering shafts is obtainable by an angular mechanical play between the first and second portions, the first and second portions being arranged in contact with each other when the mutual relative rotation reaches a displacement angle corresponding to the angular mechanical play, wherein the mechanical member is adapted to assume a first state in which a first angular mechanical play is provided between the first and second portions, the method comprising: - determining (S1) an indication of a lateral acceleration of the vehicle being above a predetermined threshold; and - controlling (S2), in response to the indication of the lateral acceleration, an angular displacement between the first and second steering shafts, such that the mechanical member assumes a second state in which a second angular mechanical play is provided between the first and second portions, wherein the second state allows a smaller mutual relative rotation between the first and second steering shafts compared to the first state. - determining (S1) an indication of a lateral acceleration of the vehicle being above a predetermined threshold; and - controlling (S2), in response to the indication of the lateral acceleration, an angular displacement between the first and second steering shafts, such that the mechanical member assumes a second state in which a second angular mechanical play is provided between the first and second portions, wherein the second state allows a smaller mutual relative rotation between the first and second steering shafts compared to the first state.
An organic peroxide formulation comprising: at least one organic peroxide; and at least one sulfur-containing compound, wherein, the formulation does not include any bis-, tri- or higher poly-maleimides, or bis-, tri- or higher poly-citraconimides, wherein the at least one sulfur-containing compound is selected from the group consisting of poly(t-amylphenol disulfide), poly(t-butylphenol disulfide), 4,4-dithiodimorpholine, N,N'-caprolactam disulfide, and a combination thereof, or wherein the at least one sulfur-containing compound includes benzothiazyl disulfide and at least one additional sulfur-containing compound, wherein the at least one sulfur-containing compound is in an amount of from 5 to 70 wt% based on the total organic peroxide formulation, and wherein the amounts of the at least one organic peroxide and the at least one sulfur-containing compound are selected such that the formulation is capable of curing an elastomer composition in the full or partial presence of oxygen. at least one organic peroxide; and at least one sulfur-containing compound, wherein, the formulation does not include any bis-, tri- or higher poly-maleimides, or bis-, tri- or higher poly-citraconimides, wherein the at least one sulfur-containing compound is selected from the group consisting of poly(t-amylphenol disulfide), poly(t-butylphenol disulfide), 4,4-dithiodimorpholine, N,N'-caprolactam disulfide, and a combination thereof, or wherein the at least one sulfur-containing compound includes benzothiazyl disulfide and at least one additional sulfur-containing compound, wherein the at least one sulfur-containing compound is in an amount of from 5 to 70 wt% based on the total organic peroxide formulation, and
A composition for the catalytic reduction of NO x compounds, comprising an active catalyst component deposited on the surface of a porous support; wherein said active component comprises one or more first metal(s) and/or metal oxide(s); and wherein said porous support comprises: a) a crystalline phase comprising titanium dioxide, a titanium-zirconium mixed oxide or a mixture of titanium dioxide and a titanium-zirconium mixed oxide; b) an amorphous phase present on the surface of said crystalline phase, wherein the amorphous phase comprises greater than 50 mol% zirconium oxide; and c) 0.1% to 5% by weight of one or more of second metal oxide(s) and/or a metalloid oxide(s) deposited on the surface of said catalyst support, wherein said second metal oxide(s) is different than the first metal oxide and is titanium dioxide; wherein the porous support comprises a molar ratio of titanium to zirconium of 60:40 to 95:5; wherein said first metal(s) and/or metal oxide(s) exhibit catalytic activity for reduction of NO x compounds; and greater than 25% of the pore volume of said porous support is comprised of pores with a diameter greater than 150 angstroms. a) a crystalline phase comprising titanium dioxide, a titanium-zirconium mixed oxide or a mixture of titanium dioxide and a titanium-zirconium mixed oxide; b) an amorphous phase present on the surface of said crystalline phase, wherein the amorphous phase comprises greater than 50 mol% zirconium oxide; and c) 0.1% to 5% by weight of one or more of second metal oxide(s) and/or a metalloid oxide(s) deposited on the surface of said catalyst support, wherein said second metal oxide(s) is different than the first metal oxide and is titanium dioxide;
A powder for three-dimensional printing, comprising: a mixture of: a soluble adhesive selected from the group consisting of maltodextrin, hydrolyzed starch, and hydroxypropyl cellulose; a cement filler comprising magnesium oxide, and an acid additive, wherein the acid additive is fumaric acid; and a nonreactive ceramic filler. a soluble adhesive selected from the group consisting of maltodextrin, hydrolyzed starch, and hydroxypropyl cellulose; a cement filler comprising magnesium oxide, and an acid additive, wherein the acid additive is fumaric acid; and a nonreactive ceramic filler.
A sulfur-based active electrode material prepared by baking a starting material comprising sulfur and a polymer including methacrylonitrile as a monomer component.
A method of treating a pipeline to increase resistance to stress corrosion cracking, the method comprising heating the outside surface of the weld of a pipeline, and cooling the inside surface of the weld of the pipeline with a cryogenic coolant during and/or after the heating step to provide a tensile stress-relieved layer on the inside of the pipeline, wherein the heating step is carried out on an existing weld, wherein the outside surface of the weld of the pipeline is heated to a temperature between approximately 600 and 700°C.