mhurhangee/ep-ind-claims huggingface dataset:
A magnetic bearing device for magnetically suspending a rotor for rotation about a rotation axis, the magnetic bearing device comprising an amplifier device, a first main coil (p) extending around the rotation axis, and a second main coil (n) extending around the rotation axis, one terminal of the first main coil (p) being connected to a first output of the amplifier device; one terminal of the second main coil (n) being connected to a second output of the amplifier device; a further terminal of the first main coil (p) being connected to a further terminal of the second main coil (n) at a common node; the main coils (p, n) causing a stray flux when being supplied with currents (i p, i n) by the amplifier device, characterized in that the magnetic bearing device comprises at least one compensation coil (c; cp, cn) connected between the third output of the amplifier device and the common node, in that the compensation coil (c; cp, cn) extends around the rotation axis, and in that the first main coil (p), the second main coil (n) and the compensation coil (c) are connected to the amplifier device with such polarities that any current (i c) that flows between the amplifier device and the common node through the compensation coil (c) causes a magnetic field that diminishes the stray flux caused by the main coils (p, n). the magnetic bearing device comprising an amplifier device, a first main coil (p) extending around the rotation axis, and a second main coil (n) extending around the rotation axis, one terminal of the first main coil (p) being connected to a first output of the amplifier device; one terminal of the second main coil (n) being connected to a second output of the amplifier device; a further terminal of the first main coil (p) being connected to a further terminal of the second main coil (n) at a common node; the main coils (p, n) causing a stray flux when being supplied with currents (i p, i n) by the amplifier device, characterized in that the magnetic bearing device comprises at least one compensation coil (c; cp, cn) connected between the third output of the amplifier device and the common node, in that the compensation coil (c; cp, cn) extends around the rotation axis, and in that the first main coil (p), the second main coil (n) and the compensation coil (c) are connected to the amplifier device with such polarities that any current (i c) that flows between the amplifier device and the common node through the compensation coil (c) causes a magnetic field that diminishes the stray flux caused by the main coils (p, n).
A thick steel plate having excellent low-temperature toughness and hydrogen-induced cracking resistance, comprising: 0.02-0.08 wt% of C, 0.1-0.5 wt% of Si, 0.8-2.0 wt% of Mn, 0.03 wt% or less of P, 0.003 wt% or less of S, 0.06 wt% or less of Al, 0.01 wt% or less of N, 0.005-0.1 wt% of Nb, 0.005-0.05 wt% of Ti, 0.0005-0.005 wt% of Ca, 0.005-0.3% of Cu, 0.005-0.5% of Ni, 0.05-0.5 wt% of Cr, 0.02-0.4 wt% of Mo and 0.005-0.1 wt% of V, with a balance of Fe and other unavoidable impurities, the thick steel plate having a carbon equivalent (Ceq) value as defined by the following Equation 1 satisfying 0.45 or less: Carbon equivalent Ceq = C + Mn / 6 + Cr + Mo + V / 5 + Cu + Ni / 15 wherein C, Mn, Cr, Mo, V, Cu, and Ni represent a content of each element by wt%, wherein a weight ratio Ca/S satisfies a range between 0.5 and 5.0, and including tempered bainite and tempered acicular ferrite or tempered martensite as a matrix structure, wherein a length of a longest side of a Ti-based, Nb-based, or Ti-Nb composite carbonitride within 5mm upwards and downwards with respect to a thickness center is 10 μm or less and wherein the thickness of the thick steel plate is 40-80mm. wherein C, Mn, Cr, Mo, V, Cu, and Ni represent a content of each element by wt%, wherein a weight ratio Ca/S satisfies a range between 0.5 and 5.0, and including tempered bainite and tempered acicular ferrite or tempered martensite as a matrix structure, wherein a length of a longest side of a Ti-based, Nb-based, or Ti-Nb composite carbonitride within 5mm upwards and downwards with respect to a thickness center is 10 μm or less and wherein the thickness of the thick steel plate is 40-80mm.
A holding fixture (20;20';200) for assisting in assembly of a support grid for nuclear fuel rods which support grid includes a plurality of straps (2,4) each having a plurality of slots extending approximately half a height of the straps and tabs formed beside or between the slots, the holding fixture comprising: a support plate (32;320) having a plurality of receiving members (38;39) structured to receive therein straps of the support grid and having a plurality of cells; and an actuation plate (30;300) movable with respect to the support plate (32;320), the actuation plate having attached thereto a plurality of cam assemblies structured to move to deflect every other tab of the straps received in the plurality of receiving members based on movement of the actuation plate with respect to the support plate, wherein the cam assemblies are disposed in every other cell of the support plate. a support plate (32;320) having a plurality of receiving members (38;39) structured to receive therein straps of the support grid and having a plurality of cells; and an actuation plate (30;300) movable with respect to the support plate (32;320), the actuation plate having attached thereto a plurality of cam assemblies structured to move to deflect every other tab of the straps received in the plurality of receiving members based on movement of the actuation plate with respect to the support plate, wherein the cam assemblies are disposed in every other cell of the support plate.
A solid triamine composition comprising: between 10 and 99 wt-% triamine, wherein the triamine has the following formula: wherein R is a straight chain C1-C12 alkyl group; and between 1 and 50 wt-% diacid, wherein the triamine and diacid are combined in at least a partially neutralized solid composition, and wherein the composition remains solid below 50° C, wherein the ratio of the diacid to the triamine is from 1:10 to 1:1, and wherein the composition has a total water content of less than 10 wt.-%. between 10 and 99 wt-% triamine, wherein the triamine has the following formula: wherein R is a straight chain C1-C12 alkyl group; and between 1 and 50 wt-% diacid, wherein the triamine and diacid are combined in at least a partially neutralized solid composition, and wherein the composition remains solid below 50° C, wherein the ratio of the diacid to the triamine is from 1:10 to 1:1, and wherein the composition has a total water content of less than 10 wt.-%.
A fuel injector comprising: a main fuel nozzle including at least one main nozzle fuel circuit and a pilot nozzle fuel circuit in fuel supply communication with a pilot nozzle, characterised in that the fuel injector further comprises: a purge means for purging the main nozzle fuel circuit while the pilot nozzle fuel circuit supplies fuel to the pilot nozzle, and a purge air cooling means for supplying a cooled portion of purge air to the main nozzle fuel circuit during the purging wherein the cooled portion is cooled with fuel that flows through the pilot nozzle fuel circuit. a main fuel nozzle including at least one main nozzle fuel circuit and a pilot nozzle fuel circuit in fuel supply communication with a pilot nozzle, characterised in that the fuel injector further comprises: a purge means for purging the main nozzle fuel circuit while the pilot nozzle fuel circuit supplies fuel to the pilot nozzle, and a purge air cooling means for supplying a cooled portion of purge air to the main nozzle fuel circuit during the purging wherein the cooled portion is cooled with fuel that flows through the pilot nozzle fuel circuit. a purge means for purging the main nozzle fuel circuit while the pilot nozzle fuel circuit supplies fuel to the pilot nozzle, and a purge air cooling means for supplying a cooled portion of purge air to the main nozzle fuel circuit during the purging wherein the cooled portion is cooled with fuel that flows through the pilot nozzle fuel circuit.
A low-load operation method for operating a reciprocating uniflow-scavenged dual-fuel two-stroke large diesel engine comprising a cylinder in which a piston is arranged movable to and fro between a top dead center corresponding to a crank angle of 0° or 360°, respectively, and a bottom dead center corresponding to a crank angle of 180° and having an outlet valve which is hydraulically actuable via a valve hydraulic system at a predefined opening pressure by means of a hydraulic medium, characterized in that in a low-load range between 0% and 25% of a maximum engine load the internal combustion engine is operated in a gas mode, wherein the crank angle for opening the exhaust valve of the internal combustion engine is reduced from a normal crank angle for opening the exhaust valve in a load range above 25% of the maximum engine load, to a value between 15° and 90°, and wherein in the low-load range the crank angle for opening the exhaust valve is reduced with decreasing load.
An acid addition salt of 5α-hydroxy-6β-[2-(1 H -imidazol-4-yl)ethylamino]cholestan-3β-ol formed with an acid selected from the group consisting of 2 -hydroxypropanoic acid, malonic acid, L-malic acid, D-tartaric acid and L- tartaric acid.
An article of footwear, comprising: a sole structure; a lacing region; a base layer configured to form an upper, the upper including a forefoot portion, a heel portion and a midfoot portion disposed between the forefoot portion and the heel portion; a threading layer including a first thread group disposed on a medial side of the midfoot portion and the threading layer including a second thread group disposed on a lateral side of the midfoot portion; a connecting layer including a first side portion, a second side portion and a forward portion; wherein the first side portion corresponds to the first thread group and the second side portion corresponds to the second thread group, wherein the forward portion of the connecting layer corresponds to a forefoot portion of the upper, extends forwards on the first side portion and the second side portion, and extends over a toe portion of the upper, and wherein the first side portion and the second side portion of the connecting layer extend only over those portions of the upper associated with threads of the first and second thread groups (711, 715) of which a first end portion is disposed adjacent to the lacing region and a second end portion is disposed adjacent to the sole structure. a sole structure; a lacing region; a base layer configured to form an upper, the upper including a forefoot portion, a heel portion and a midfoot portion disposed between the forefoot portion and the heel portion; a threading layer including a first thread group disposed on a medial side of the midfoot portion and the threading layer including a second thread group disposed on a lateral side of the midfoot portion; a connecting layer including a first side portion, a second side portion and a forward portion; wherein the first side portion corresponds to the first thread group and the second side portion corresponds to the second thread group, wherein the forward portion of the connecting layer corresponds to a forefoot portion of the upper, extends forwards on the first side portion and the second side portion, and extends over a toe portion of the upper, and wherein the first side portion and the second side portion of the connecting layer extend only over those portions of the upper associated with threads of the first and second thread groups (711, 715) of which a first end portion is disposed adjacent to the lacing region and a second end portion is disposed adjacent to the sole structure.
Syringe comprising a barrel, a plunger moveably arranged within said barrel and a plunger rod for driving said plunger, and an engagement member arranged at the barrel to engage with a grooved surface on the plunger rod such that feedback is given to a user as the plunger rod is moved relative to the barrel for driving said plunger, wherein said barrel and said engagement member are arranged relative to each other such that the engagement member, due to the engagement with the grooved surface of the plunger rod, will move solely in a direction generally perpendicular to a longitudinal direction of said plunger rod as the plunger rod is moved relative to the barrel in the longitudinal direction, wherein the engagement member comprises a main part, and a protruding element protruding from said main part for engaging the grooved surface of the plunger rod, characterized in that the main part has a circular or semi-circular shape, or is generally plate shaped, and that the protruding element is connected to the main part along an edge of the protruding element, wherein the edge extends generally in parallel with the longitudinal direction of the plunger rod, thus to provide a high degree of rigidity such that deflection of the protruding element in a direction parallel to the longitudinal direction of the plunger rod is avoided.
A method for updating a content piece and delivering the updated content piece over a content-centric network, CCN,, comprising: updating the content piece which corresponds to an original manifest and a set of standard CCN content Objects referenced by the original manifest; generating (804, 806) an update manifest for the updated content piece, wherein the update manifest includes a reference to the original manifest and a reference to a set of update standard CCN Content Objects, wherein the set of update CCN Content Objects indicates differences between the content piece and the updated content piece; and publishing the update manifest and the set of update standard CCN Content Objects by storing the update manifest and the set of update standard CCN Content Objects at a node in the CCN network, thereby facilitating a requester for the updated content piece to retrieve the update manifest and the set of update standard CCN Content Objects and to construct the updated content piece using the update manifest and the set of update standard CCN Content Objects. updating the content piece which corresponds to an original manifest and a set of standard CCN content Objects referenced by the original manifest; generating (804, 806) an update manifest for the updated content piece, wherein the update manifest includes a reference to the original manifest and a reference to a set of update standard CCN Content Objects, wherein the set of update CCN Content Objects indicates differences between the content piece and the updated content piece; and publishing the update manifest and the set of update standard CCN Content Objects by storing the update manifest and the set of update standard CCN Content Objects at a node in the CCN network, thereby facilitating a requester for the updated content piece to retrieve the update manifest and the set of update standard CCN Content Objects and to construct the updated content piece using the update manifest and the set of update standard CCN Content Objects.
A cross-linked rubber product obtained by cross-linking an acrylic elastomer composition containing an acrylic elastomer obtained by copolymerization of an acrylate and a cross-linking site monomer, wherein the acrylate contains an alkyl acrylate and an alkoxyalkyl acrylate, wherein a molar fraction of an oxygen atom (a) in the acrylic elastomer is 11.3 mol% or less, a molar fraction of a nitrogen atom (b) in the acrylic elastomer is 0.5 mol% or less, and a volume change when measured according to JIS K6258 is from -3 to 6% when the cross-linked rubber product is dipped in distilled water at 80°C for 200 hours.
A water flow regulator for an espresso coffee machine comprising: - a main body through which water flows, a shutter to open and/or close a water passage opening in the main body, and a rotary actuator operating onto the shutter to move it between an open configuration and a closed configuration; wherein the flow regulator also comprises a reducer operationally placed between the actuator and the shutter, characterized in that said reducer comprising a bar internally hollow in correspondence with a first end to accommodate a shaft of the actuator, on said bar a cam being derived which the shutter is associated with.
A hinge assembly for use in a hinged attachment of a panel relative to a frame and providing movement of the panel relative to the frame, the hinge assembly comprising: a frame mounting portion including a pair of spaced apart frame brackets each including a plate and an extending flange, each flange formed to include a hole and an arcuate passage therethrough spaced apart from the hole; a link to provide an extension of the assembly to facilitate an extended range of motion of the hinge assembly, the link including a bearing end and a spaced apart distal end, the bearing end including a first bore and a spaced apart second bore; a first shaft configured to extend through the holes of the flanges along a first axis; a second shaft configured to extend through the arcuate passage of the flanges along a second axis and to move along the arcuate passage about the first axis; a first spherical bearing positioned in the first bore of the bearing end of the link and aligned along the first axis to receive the first shaft therethrough; a second spherical bearing positioned in the second bore of the bearing end of the link and aligned along the second axis to receive the second shaft therethrough; wherein the first and second spherical bearings provide multiple degrees of motion in the hinge assembly while retaining the panel relative to the frame and are configured to allow a degree of linear as well as angular displacement movement of the panel relative to the frame. a frame mounting portion including a pair of spaced apart frame brackets each including a plate and an extending flange, each flange formed to include a hole and an arcuate passage therethrough spaced apart from the hole; a link to provide an extension of the assembly to facilitate an extended range of motion of the hinge assembly, the link including a bearing end and a spaced apart distal end, the bearing end including a first bore and a spaced apart second bore; a first shaft configured to extend through the holes of the flanges along a first axis; a second shaft configured to extend through the arcuate passage of the flanges along a second axis and to move along the arcuate passage about the first axis; a first spherical bearing positioned in the first bore of the bearing end of the link and aligned along the first axis to receive the first shaft therethrough; a second spherical bearing positioned in the second bore of the bearing end of the link and aligned along the second axis to receive the second shaft therethrough; wherein the first and second spherical bearings provide multiple degrees of motion in the hinge assembly while retaining the panel relative to the frame and are configured to allow a degree of linear as well as angular displacement movement of the panel relative to the frame.
A liquid marking agent development assembly comprising: a developer member comprising an outer surface; a marking agent delivery system configured to supply a liquid marking agent comprising a plurality of ink particles to a first location of the outer surface of the developer member; a development system, comprising an electrode positioned adjacent to a second location of the outer surface of the developer member wherein the second location is upstream from the first location with respect to a direction of movement of the outer surface of the developer member, the electrode configured to adhere a plurality of the ink particles to the second location; wherein the electrode is configured to provide an electric field with respect to the developer member to cause a majority of the adhered ink particles to adhere to the outer surface of the developer member at the second location, the liquid marking agent development assembly characterised in that it further comprises a squeegee configured to develop some of the ink particles upon the squeegee and adhere the ink particles developed upon the squeegee to the outer surface at a third location of the outer surface of the developer member which is downstream from the first and second locations of the outer surface with respect to the direction of movement. a developer member comprising an outer surface; a marking agent delivery system configured to supply a liquid marking agent comprising a plurality of ink particles to a first location of the outer surface of the developer member; a development system, comprising an electrode positioned adjacent to a second location of the outer surface of the developer member wherein the second location is upstream from the first location with respect to a direction of movement of the outer surface of the developer member, the electrode configured to adhere a plurality of the ink particles to the second location; wherein the electrode is configured to provide an electric field with respect to the developer member to cause a majority of the adhered ink particles to adhere to the outer surface of the developer member at the second location, the liquid marking agent development assembly characterised in that it further comprises a squeegee configured to develop some of the ink particles upon the squeegee and adhere the ink particles developed upon the squeegee to the outer surface at a third location of the outer surface of the developer member which is downstream from the first and second locations of the outer surface with respect to the direction of movement.
An ActRII-binding protein comprising: (i) a VH having the sequence of SEQ ID NO:165, and (ii) a VL having the sequence of SEQ ID NO:172, wherein the ActRII-binding protein is an antibody that specifically binds ActRIIA and ActRIIB. (i) a VH having the sequence of SEQ ID NO:165, and (ii) a VL having the sequence of SEQ ID NO:172,
A glow plug comprising: a sheath tube extending in a direction of an axial line and whose forward end is closed; an axial rod inserted into the sheath tube; a spiral forward coil disposed in the sheath tube and connected to a forward-end inner wall surface of the sheath tube; and a spiral rear coil disposed in the sheath tube and connected between a rear end portion of the forward coil and a forward end portion of the axial rod, wherein a resistance ratio R1 and a resistance ratio R2 satisfy a relational expression R1 > R2, where the resistance ratio R1 is a ratio (R1 1000 /R1 20) of a resistance (R1 1000) of the forward coil at 1,000°C to a resistance (R1 20) of the forward coil at 20°C, and the resistance ratio R2 is a ratio (R2 1000 /R2 20) of a resistance (R2 1000) of the rear coil at 1,000°C to a resistance (R2 20) of the rear coil at 20°C, wherein a main component, being 50% by mass or more, of the forward coil is tungsten or molybdenum (Mo). a sheath tube extending in a direction of an axial line and whose forward end is closed; an axial rod inserted into the sheath tube; a spiral forward coil disposed in the sheath tube and connected to a forward-end inner wall surface of the sheath tube; and a spiral rear coil disposed in the sheath tube and connected between a rear end portion of the forward coil and a forward end portion of the axial rod, wherein a resistance ratio R1 and a resistance ratio R2 satisfy a relational expression R1 > R2, where the resistance ratio R1 is a ratio (R1 1000 /R1 20) of a resistance (R1 1000) of the forward coil at 1,000°C to a resistance (R1 20) of the forward coil at 20°C, and the resistance ratio R2 is a ratio (R2 1000 /R2 20) of a resistance (R2 1000) of the rear coil at 1,000°C to a resistance (R2 20) of the rear coil at 20°C, wherein a main component, being 50% by mass or more, of the forward coil is tungsten or molybdenum (Mo).