mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: logic (1002, 1038) to access restricted access window, RAW, group fields of a RAW parameter set element, RPS element, of a received frame, the fields comprising: a Page index, a RAW Start Association Identifier, AID, and a RAW End AID, wherein: the Page index, the RAW start AID, and the RAW end AID collectively identify a group of one or more stations permitted to access a medium during a RAW, the Page index is to identify a page index for the group of one or more stations, the RAW start AID comprises a portion of an AID of a first station in the group of one or more stations and the first station to have a corresponding RAW, and the RAW end AID field comprises a portion of an AID of a second station in the group of one or more stations and the second station to have a corresponding RAW; and logic (1002, 1038) to determine whether to access the medium based at least in part on the Page index, the RAW start AID, and the RAW end AID. logic (1002, 1038) to access restricted access window, RAW, group fields of a RAW parameter set element, RPS element, of a received frame, the fields comprising: a Page index, a RAW Start Association Identifier, AID, and a RAW End AID, wherein: the Page index, the RAW start AID, and the RAW end AID collectively identify a group of one or more stations permitted to access a medium during a RAW, the Page index is to identify a page index for the group of one or more stations, the RAW start AID comprises a portion of an AID of a first station in the group of one or more stations and the first station to have a corresponding RAW, and the RAW end AID field comprises a portion of an AID of a second station in the group of one or more stations and the second station to have a corresponding RAW; and the Page index, the RAW start AID, and the RAW end AID collectively identify a group of one or more stations permitted to access a medium during a RAW, the Page index is to identify a page index for the group of one or more stations, the RAW start AID comprises a portion of an AID of a first station in the group of one or more stations and the first station to have a corresponding RAW, and the RAW end AID field comprises a portion of an AID of a second station in the group of one or more stations and the second station to have a corresponding RAW; and logic (1002, 1038) to determine whether to access the medium based at least in part on the Page index, the RAW start AID, and the RAW end AID.
An austenitic stainless steel alloy that is heat resistant, consisting of, by weight: 16% to 21 % chromium; 4.5% to 5.5% nickel; 2. 0 % to 5. 0 % manganese; 1. 3 % to 1.7 % silicon; 0.8% to 1.2% tungsten; 0.4% to 0.8% molybdenum; 0.4% to 0.6% niobium; 0.4% to 0.5% carbon; less than or equal to 0.03% each of sulfur and phosphorous; less than or equal to 0.005% each of boron, calcium, and cerium; less than or equal to 0.15% nitrogen; and a balance of iron and unavoidable impurities. 16% to 21 % chromium; 4.5% to 5.5% nickel; 2. 0 % to 5. 0 % manganese; 1. 3 % to 1.7 % silicon; 0.8% to 1.2% tungsten; 0.4% to 0.8% molybdenum; 0.4% to 0.6% niobium; 0.4% to 0.5% carbon; less than or equal to 0.03% each of sulfur and phosphorous; less than or equal to 0.005% each of boron, calcium, and cerium; less than or equal to 0.15% nitrogen; and a balance of iron and unavoidable impurities.
A carbide end mill which includes a plurality of peripheral cutting edges (1; 10, 17 to 19) each having a plurality of nicks for breaking chips arranged at a certain phase with respect to the other peripheral cutting edges, wherein, when a certain peripheral cutting edge is considered a reference peripheral cutting edge and the plurality of peripheral cutting edges each have a corresponding reference phase such that the distance between the reference phases is an amount corresponding to the value obtained by dividing the pitch of the nicks of the reference peripheral cutting edge by the number of the peripheral cutting edges, the phase of at least one of the remaining peripheral cutting edges (17 to 19) deviates from the corresponding reference phase by an amount of 5% or less, excluding 0%, of the pitch in the direction of a tool axis, and wherein when one peripheral cutting edge and its nicks are viewed on a cross section skewed at an angle equal to a helix angle of the end mill, opposite ends of each nick are smoothly connected to adjacent portions of the peripheral cutting edge via rounded portions (35, 36), and the radius of curvature of the tool-end-side round portion of the nick is smaller than that of the tool-shank-side round portion of the nick. a plurality of peripheral cutting edges (1; 10, 17 to 19) each having a plurality of nicks for breaking chips arranged at a certain phase with respect to the other peripheral cutting edges, wherein, when a certain peripheral cutting edge is considered a reference peripheral cutting edge and the plurality of peripheral cutting edges each have a corresponding reference phase such that the distance between the reference phases is an amount corresponding to the value obtained by dividing the pitch of the nicks of the reference peripheral cutting edge by the number of the peripheral cutting edges, the phase of at least one of the remaining peripheral cutting edges (17 to 19) deviates from the corresponding reference phase by an amount of 5% or less, excluding 0%, of the pitch in the direction of a tool axis, and wherein when one peripheral cutting edge and its nicks are viewed on a cross section skewed at an angle equal to a helix angle of the end mill, opposite ends of each nick are smoothly connected to adjacent portions of the peripheral cutting edge via rounded portions (35, 36), and the radius of curvature of the tool-end-side round portion of the nick is smaller than that of the tool-shank-side round portion of the nick.
A fluororesin powder coating composition characterized by comprising a composite fluorinated copolymer having a core/shell structure wherein core particles are made of a fluorinated copolymer (A'), and their surfaces are covered with a resin having a glass transition temperature higher than that of the core particles, constituting shells, wherein the glass transition temperature of the core particles of the composite fluorinated copolymer is from -40 to 50°C, and the glass transition temperature of the resin constituting the shells is from 60 to 150°C, wherein the resin constituting the shells is a (meth)acrylate resin, and wherein the composite fluorinated copolymer is a powder obtained by emulsion-polymerizing, in the presence of the fluorinated copolymer (A') containing polymerized units based on (a) a fluoroolefin and polymerized units based on (b) a vinyl monomer having a reactive group, a radical polymerizable monomer mixture comprising (e) a (meth)acrylate having a reactive group which reacts with the reactive group of the above (b), to form a bond, thereby to obtain an aqueous dispersion of a composite fluorinated copolymer, and separating and drying the composite fluorinated copolymer from the aqueous dispersion, wherein the content of fluorine atoms in the fluorinated copolymer (A') is within a range of from 10 to 60 mass%.
A method for optimizing bandwidth in a mobile communication system including a mobile device (116, 118) and a computing device capable of communicating with the mobile device (116, 118), the method comprising: receiving an indication of an event via a calendaring system, the calendaring system operating on the mobile device (116, 118) or the computing device; identifying a property of the event, event time, and a duration of the event, wherein the identifying the property of the event comprises searching a description of the event to identify keywords associated with the event; determining an estimation of bandwidth usage of the mobile device (116, 118) based on the duration of the event and an average required bandwidth for the mobile device (116, 118) or one or more other mobile devices (116, 118) associated with the mobile communication system in previous events with the identified keywords; and allocating bandwidth to the mobile device (116, 118) at the event time and during the duration of the event based on the estimation of the bandwidth usage of the mobile device (116, 118). receiving an indication of an event via a calendaring system, the calendaring system operating on the mobile device (116, 118) or the computing device; identifying a property of the event, event time, and a duration of the event, wherein the identifying the property of the event comprises searching a description of the event to identify keywords associated with the event; determining an estimation of bandwidth usage of the mobile device (116, 118) based on the duration of the event and an average required bandwidth for the mobile device (116, 118) or one or more other mobile devices (116, 118) associated with the mobile communication system in previous events with the identified keywords; and allocating bandwidth to the mobile device (116, 118) at the event time and during the duration of the event based on the estimation of the bandwidth usage of the mobile device (116, 118).
Connector for two workpieces, comprising two fittings (4, 5) which each have a mounting face for a workpiece (2, 3) and an opposite connecting face, on which they can be hooked into one another in a hooking direction extending in parallel with the connecting face, wherein each fitting (4, 5) comprises, on its connecting face, a shoulder which extends transversely to the hooking direction over its entire width and comprises an undercut, which leaves a ridge on the shoulder, and its face remote from the shoulder and adjacent to the connecting face has a lip adjacent to the connecting face and extending over its entire width transversely to the hooking direction, and wherein the lip of each fitting (4, 5) engages in the undercut in the respective other fitting (5, 4) in a first position of the fittings (4, 5) in which they are hooked into one another, characterised in that the shoulder and its ridge have a protrusion in the extension over the width of the fitting (4, 5) and said end face and its lip have an indentation that is complementary thereto in the extension over the width of the fitting (4, 5); and/or that an aligning pin, which engages in an aligning notch in the lip during hooking in order to align the fittings (4, 5) with one another transversely to the hooking direction, is arranged in the undercut. wherein each fitting (4, 5) comprises, on its connecting face, a shoulder which extends transversely to the hooking direction over its entire width and comprises an undercut, which leaves a ridge on the shoulder, and its face remote from the shoulder and adjacent to the connecting face has a lip adjacent to the connecting face and extending over its entire width transversely to the hooking direction, and wherein the lip of each fitting (4, 5) engages in the undercut in the respective other fitting (5, 4) in a first position of the fittings (4, 5) in which they are hooked into one another, characterised in that the shoulder and its ridge have a protrusion in the extension over the width of the fitting (4, 5) and said end face and its lip have an indentation that is complementary thereto in the extension over the width of the fitting (4, 5); and/or that an aligning pin, which engages in an aligning notch in the lip during hooking in order to align the fittings (4, 5) with one another transversely to the hooking direction, is arranged in the undercut.
An analyzer for analyzing a sample from a sampling device, the analyzer comprising: a pump; a valve fluidically coupled to the pump; a port having a fluid connection to the valve and configured to engage with the sampling device; a first storage channel fluidically coupled to the valve; an analysis channel fluidically coupled to the valve; a detector optically coupled to the analysis channel; a plurality of first assay packets stored in the first storage channel, the plurality of first assay packets composed of prealiquoted reagents for a single determination separated by bounding slugs comprising fluids substantially immiscible with reagent liquids; and a controller operatively coupled to the pump and to the valve. a pump; a valve fluidically coupled to the pump; a port having a fluid connection to the valve and configured to engage with the sampling device; a first storage channel fluidically coupled to the valve; an analysis channel fluidically coupled to the valve; a detector optically coupled to the analysis channel; a plurality of first assay packets stored in the first storage channel, the plurality of first assay packets composed of prealiquoted reagents for a single determination separated by bounding slugs comprising fluids substantially immiscible with reagent liquids; and a controller operatively coupled to the pump and to the valve.
Underwater vehicle of the type comprising a superstructure equipped with an observation pit and a towing system, characterised in that the towing system comprises carriage-type devices for attaching a tow line, which are displaceable in slide-type devices between a hooking/unhooking position accessible from the observation pit and a towing position in the forward section of the submarine.
A process for making curly fibers, comprising forming fibers each having at least a first region and a second region wherein the first region comprises at least 75% by weight of an ethylene/alpha olefin interpolymer composition characterized by a density in the range of 0.930 to 0.965 g/cm 3 as measured by ASTM D792, a melt index in the range of from 10 to 60 g/10 minutes, wherein the I2 is measured according to ASTM D1238, 190C, 2.16 kg, a molecular weight distribution, expressed as the ratio of the weight average molecular weight to number average molecular weight (M w /M n) as determined by GPC in the range of from 1.5 to 2.6, a tan delta at 1 radian/second of at least 45 as measured by dynamic mechanical spectroscopy, a low temperature peak and a high temperature peak on an elution profile via improved comonomer composition distribution (ICCD) procedure as described herein, and a full width at half maximum of the high temperature peak is less than 6.0 °C, and stretching the fibers to an elongation of at least 20% thereby increasing curl of the fiber.
A method implemented by a network controller for virtual network, VN, management, the method comprising: receiving a request (254, 412) via an application programming interface (252, 421), API, wherein the request (254, 412) comprises program codes written in a declarative programming language in order to perform a VN related task and the VN related task comprises operating the VN (130, 140), wherein the operating the VN (130, 140) comprises querying status of the VN (130, 140); and wherein the VN (130, 140) comprises network nodes (141, 142), network ports on the network nodes (141, 142), and links between the network ports;parsing the program codes into internal objects of the network controller; managing the VN related task according to the internal objects. receiving a request (254, 412) via an application programming interface (252, 421), API, wherein the request (254, 412) comprises program codes written in a declarative programming language in order to perform a VN related task and the VN related task comprises operating the VN (130, 140), wherein the operating the VN (130, 140) comprises querying status of the VN (130, 140); and wherein the VN (130, 140) comprises network nodes (141, 142), network ports on the network nodes (141, 142), and links between the network ports;parsing the program codes into internal objects of the network controller; managing the VN related task according to the internal objects.
A centrifugal impeller for a gas turbine engine, the centrifugal impeller comprising: a hub having a flowpath surface and an axis of rotation; and a plurality of circumferentially spaced vanes extending from said flowpath surface, each of said vanes having a pressure-side fillet and a suction-side fillet extending from a leading edge to a trailing edge of said vane, each of said pressure-side fillet and suction-side fillet intersecting the flowpath surface at a runout, characterised in that the runout of the pressure-side fillet of a first vane is asymmetric to the runout of the suction-side fillet of the first vane and asymmetric to the runout of the pressure-side fillet of an adjacent second vane. a hub having a flowpath surface and an axis of rotation; and a plurality of circumferentially spaced vanes extending from said flowpath surface, each of said vanes having a pressure-side fillet and a suction-side fillet extending from a leading edge to a trailing edge of said vane, each of said pressure-side fillet and suction-side fillet intersecting the flowpath surface at a runout, characterised in that the runout of the pressure-side fillet of a first vane is asymmetric to the runout of the suction-side fillet of the first vane and asymmetric to the runout of the pressure-side fillet of an adjacent second vane.
A stapler comprising: a driving portion configured to drive a staple into a sheet bundle; a clinch portion configured to bend a leg portion of the staple driven into and penetrating the sheet bundle; a table link configured to support the clinch portion at a position facing the driving portion and move the clinch portion in a first direction in which the clinch portion separated from and brought into contact with the driving portion; a motor configured to drive the driving portion; and a regulation portion configured to move in a second direction intersecting the first direction while abutting against the table link and regulate a movement of the clinch portion in a direction away from the driving portion, characterized in that the regulation portion is further configured such that a position where the regulation portion abuts against the table link changes in a direction toward the clinch portion as the clinch portion and the driving portion are separated from each other. a driving portion configured to drive a staple into a sheet bundle; a clinch portion configured to bend a leg portion of the staple driven into and penetrating the sheet bundle; a table link configured to support the clinch portion at a position facing the driving portion and move the clinch portion in a first direction in which the clinch portion separated from and brought into contact with the driving portion; a motor configured to drive the driving portion; and a regulation portion configured to move in a second direction intersecting the first direction while abutting against the table link and regulate a movement of the clinch portion in a direction away from the driving portion, characterized in that the regulation portion is further configured such that a position where the regulation portion abuts against the table link changes in a direction toward the clinch portion as the clinch portion and the driving portion are separated from each other.
An expanded polystyrene particle provided on the surface thereof with a skin layer with superior moldability wherein the skin layer comprises a binder selected from the group consisting of a thermoplastic resin-based adhesive, a thermosetting resin-based adhesive, an inorganic adhesive, a protein-based adhesive and a mixture thereof, wherein the skin layer further comprises methylene diphenyl diisocyanate.
A dispensing apparatus for dispensing gemstones from a horizontal moveable surface, the apparatus comprising: a wheel, arranged to rotate about a horizontal axis located above the surface and comprising one or more teeth (104a, 104b) disposed around an outer circumference thereof; a motor, configured to rotate the wheel; characterised in that a sensor is configured to identify when one of the teeth is located at a predetermined position so as to indicate that the wheel is in a home position; wherein the wheel is arranged so that a gap is defined between the surface and the wheel when the wheel is in the home position; and wherein the wheel is arranged so that one of the teeth comes into contact with a gemstone as the wheel rotates away from the home position, so as to push the gemstone off the surface. a wheel, arranged to rotate about a horizontal axis located above the surface and comprising one or more teeth (104a, 104b) disposed around an outer circumference thereof; a motor, configured to rotate the wheel; characterised in that a sensor is configured to identify when one of the teeth is located at a predetermined position so as to indicate that the wheel is in a home position; wherein the wheel is arranged so that a gap is defined between the surface and the wheel when the wheel is in the home position; and wherein the wheel is arranged so that one of the teeth comes into contact with a gemstone as the wheel rotates away from the home position, so as to push the gemstone off the surface.
Ceramic NTC resistance having - a ceramic main element having at least one metalization on at least one exterior surface of the main element and at least one electric inlet lead in electrical contact with the metalization, - an inner protective layer and an outer protective layer for encapsulating the component, wherein the inner protective layer a) contains at least first functional groups via which covalent chemical bonding to at least the ceramic main element is effected and/or b) has been deposited by chemical vapor deposition, characterized in that the inner protective layer comprises at least specifically aligned monomolecular phosphonate layers having a P-O metal linkage. - a ceramic main element having at least one metalization on at least one exterior surface of the main element and at least one electric inlet lead in electrical contact with the metalization, - an inner protective layer and an outer protective layer for encapsulating the component, wherein the inner protective layer a) contains at least first functional groups via which covalent chemical bonding to at least the ceramic main element is effected and/or b) has been deposited by chemical vapor deposition, characterized in that the inner protective layer comprises at least specifically aligned monomolecular phosphonate layers having a P-O metal linkage. a) contains at least first functional groups via which covalent chemical bonding to at least the ceramic main element is effected and/or b) has been deposited by chemical vapor deposition, characterized in that the inner protective layer comprises at least specifically aligned monomolecular phosphonate layers having a P-O metal linkage.
A method of enhancing sweet taste in a consumable comprising including in the consumable a sweetness enhancer below its sweet detection threshold at an concentration isosweet to a sucrose solution of less than 2% (wt/wt) concentration wherein the consumable contains a sweetener at a concentration above its sweetness detection threshold wherein the sweetener is at a concentration that on its own provides an isointensity to a sucrose solution of at least 2% (wt/wt) wherein the sweetness enhancer agent is selected from the following compounds rebaudioside A, mogroside V or stevioside wherein the mixture containing the sweetness enhancer and the sweetener is sweeter than the sum of the sweetness of the sweetness enhancer alone if at the same concentration as in the mixture plus the sweetness of the sweetener alone if at the same concentration as in the mixture and wherein the sweetener is sucrose. wherein the sweetener is at a concentration that on its own provides an isointensity to a sucrose solution of at least 2% (wt/wt) wherein the sweetness enhancer agent is selected from the following compounds rebaudioside A, mogroside V or stevioside wherein the mixture containing the sweetness enhancer and the sweetener is sweeter than the sum of the sweetness of the sweetness enhancer alone if at the same concentration as in the mixture plus the sweetness of the sweetener alone if at the same concentration as in the mixture and wherein the sweetener is sucrose.