mhurhangee/ep-ind-claims huggingface dataset:
A tire defining circumferential, axial and radial directions that has bead portions having multiple bead cores and one or more carcass plies and sidewalls, said tire further comprising: a first bead core (218C, 218F) having a carcass ply that is wrapped around said first bead core in said bead portion; a second bead core (218B, 218E) having a carcass ply that is wrapped around said second bead core in said bead portion; and bead cores locking plies (222, 224, 240) wrapped around said multiple bead cores, wherein any carcass ply is a bias ply, and wherein such bead cores locking plies (222, 224, 240) comprise: an outermost carcass ply extending from the sidewall next to the bead core (218A, 218D) that is located nearest the exterior of the tire and then axially underneath the multiple bead cores and terminating in a toe portion of the bead; and a bead core locking insert that is separate from any carcass ply and that is located adjacent said outermost carcass ply and underneath the multiple bead cores (218B, 218C, 218E, 218F). a first bead core (218C, 218F) having a carcass ply that is wrapped around said first bead core in said bead portion; a second bead core (218B, 218E) having a carcass ply that is wrapped around said second bead core in said bead portion; and bead cores locking plies (222, 224, 240) wrapped around said multiple bead cores, wherein any carcass ply is a bias ply, and wherein such bead cores locking plies (222, 224, 240) comprise: an outermost carcass ply extending from the sidewall next to the bead core (218A, 218D) that is located nearest the exterior of the tire and then axially underneath the multiple bead cores and terminating in a toe portion of the bead; and a bead core locking insert that is separate from any carcass ply and that is located adjacent said outermost carcass ply and underneath the multiple bead cores (218B, 218C, 218E, 218F). an outermost carcass ply extending from the sidewall next to the bead core (218A, 218D) that is located nearest the exterior of the tire and then axially underneath the multiple bead cores and terminating in a toe portion of the bead; and a bead core locking insert that is separate from any carcass ply and that is located adjacent said outermost carcass ply and underneath the multiple bead cores (218B, 218C, 218E, 218F).
Cylinder inner surface of an internal combustion engine for coating by thermal spraying, comprising circumferentially extending, axially juxtaposed protrusions and recesses, wherein the recesses have an undercut to each juxtaposed protrusion, characterized in that the cylinder inner surface is entirely convex in the region of the protrusions.
A system comprising: a discharge sensor (12a-12c) configured to measure a parameter indicative of an electrical current in an electrical insulator (10a-10c) of an electrical conductor (2a-2c); and a voltage controller (6a-6c) for being connected to the discharge sensor (12a-12c) for controlling a voltage signal applied to the electrical conductor (2a-2c) based on a value of the parameter measured by the discharge sensor (12a-12c); characterised in that: the voltage controller (6a-6c) is configured to control the rate of change of amplitude of the voltage signal applied to the electrical conductor (2a-2c) with time (dV/dt) based on the value of the parameter measured by the discharge sensor (12a-12c); and the voltage controller (6a-6c) is configured to decrease said rate (dV/dt) if the value of the parameter measured by the discharge sensor (12a-12c) is above a first set-point value and/or to increase said rate (dV/dt) if the value of the parameter measured by the discharge sensor (12a-12c) is below a second set-point value. a discharge sensor (12a-12c) configured to measure a parameter indicative of an electrical current in an electrical insulator (10a-10c) of an electrical conductor (2a-2c); and a voltage controller (6a-6c) for being connected to the discharge sensor (12a-12c) for controlling a voltage signal applied to the electrical conductor (2a-2c) based on a value of the parameter measured by the discharge sensor (12a-12c); characterised in that: the voltage controller (6a-6c) is configured to control the rate of change of amplitude of the voltage signal applied to the electrical conductor (2a-2c) with time (dV/dt) based on the value of the parameter measured by the discharge sensor (12a-12c); and the voltage controller (6a-6c) is configured to decrease said rate (dV/dt) if the value of the parameter measured by the discharge sensor (12a-12c) is above a first set-point value and/or to increase said rate (dV/dt) if the value of the parameter measured by the discharge sensor (12a-12c) is below a second set-point value. the voltage controller (6a-6c) is configured to control the rate of change of amplitude of the voltage signal applied to the electrical conductor (2a-2c) with time (dV/dt) based on the value of the parameter measured by the discharge sensor (12a-12c); and the voltage controller (6a-6c) is configured to decrease said rate (dV/dt) if the value of the parameter measured by the discharge sensor (12a-12c) is above a first set-point value and/or to increase said rate (dV/dt) if the value of the parameter measured by the discharge sensor (12a-12c) is below a second set-point value.
An exercise bar comprising: a handle tube with a longitudinal interior bore, the handle tube having a first end and a second end; a center shaft having an outer surface, wherein the center shaft is fitted through the longitudinal interior bore thereby exposing a first end portion of the center shaft at the first end of the handle tube and exposing a second end portion of the center shaft at the second end of the handle tube, and wherein the center shaft longitudinally rotates independent of the handle tube while coupled with the handle tube; a sensor disposed on a mounting section of the outer surface of the center shaft between the first end portion and the second end portion of the center shaft, wherein the mounting section is at a midpoint of the center shaft; and a processor disposed in an interior of the exercise bar, wherein the sensor is in electronic communication with the processor in the exercise bar. a handle tube with a longitudinal interior bore, the handle tube having a first end and a second end; a center shaft having an outer surface, wherein the center shaft is fitted through the longitudinal interior bore thereby exposing a first end portion of the center shaft at the first end of the handle tube and exposing a second end portion of the center shaft at the second end of the handle tube, and wherein the center shaft longitudinally rotates independent of the handle tube while coupled with the handle tube; a sensor disposed on a mounting section of the outer surface of the center shaft between the first end portion and the second end portion of the center shaft, wherein the mounting section is at a midpoint of the center shaft; and a processor disposed in an interior of the exercise bar, wherein the sensor is in electronic communication with the processor in the exercise bar.
A combustor comprising: a plurality of fueling nozzles that jet a fuel; and an air blowhole plate with a plurality of air blowhole groups each including a plurality of air blowholes arranged along each of a plurality of circles to supply to a combustion chamber the fuel and air jetted from each of the fueling nozzles, the circles being each formed so as to share the same center, and the air blowholes being each provided with a swirling angle (θ) to form a swirling flow that rotates around the center in association with each of the air blowhole groups; wherein a first center is surrounded with a plurality of second centers; characterized in that a swirling flow formed by a first air blowhole group disposed along the circles having the first center, and a swirling flow formed by a second air blowhole group arranged along the circles having one of the second centers will rotate in directions opposite to each other; wherein the second air blowhole group includes a plurality of outer circumferential burners each of which having an interference avoidance section in which no air blowhole is provided, the interference avoidance section being disposed in an outermost circumferential region of the outer circumferential burner and referring to a range, in the direction opposite to the swirling direction of the second air blowhole group, from a position in which a mixture jetting from air blowholes in one outer circumferential burner first reaches a combustor wall, to a position at which the mixture jetting from the air blowholes starts to interfere with a mixture jetting from an adjacent burner. a plurality of fueling nozzles that jet a fuel; and an air blowhole plate with a plurality of air blowhole groups each including a plurality of air blowholes arranged along each of a plurality of circles to supply to a combustion chamber the fuel and air jetted from each of the fueling nozzles, the circles being each formed so as to share the same center, and the air blowholes being each provided with a swirling angle (θ) to form a swirling flow that rotates around the center in association with each of the air blowhole groups; wherein a first center is surrounded with a plurality of second centers; characterized in that a swirling flow formed by a first air blowhole group disposed along the circles having the first center, and a swirling flow formed by a second air blowhole group arranged along the circles having one of the second centers will rotate in directions opposite to each other; wherein the second air blowhole group includes a plurality of outer circumferential burners each of which having an interference avoidance section in which no air blowhole is provided, the interference avoidance section being disposed in an outermost circumferential region of the outer circumferential burner and referring to a range, in the direction opposite to the swirling direction of the second air blowhole group, from a position in which a mixture jetting from air blowholes in one outer circumferential burner first reaches a combustor wall, to a position at which the mixture jetting from the air blowholes starts to interfere with a mixture jetting from an adjacent burner.
A method of producing a P (phosphorus)-doped silicon single crystal by Czochralski method, wherein, at least, a growth of the single crystal is performed so that an Al (aluminum) concentration is 2 x 10 12 atoms/cc or more and 1 x 10 14 atoms/cc or less, and the crystal growth is performed in the range of N region and I region.
An method for operating a fuel gas manufacturing device that includes a desulfurizing unit that desulfurizes source gas that is heavy hydrocarbon gas, a reforming unit that reforms desulfurized source gas supplied from the desulfurizing unit by using water vapor to produce fuel gas that contains methane as a main component, a fuel gas return path for returning a portion of the fuel gas supplied from the reforming unit to the desulfurizing unit, and a moisture removing unit that removes moisture contained in the fuel gas supplied from the reforming unit, the operation method comprising when stopping operation while supply of the source gas to the desulfurizing unit is stopped, after supply of the source gas to the desulfurizing unit and discharge of the fuel gas to the outside are stopped, performing a standby operation process in which the fuel gas is circulated by a circulation driving unit in such a manner that the whole amount of the fuel gas passed through the moisture removing unit is circulated through a circulation gas path to return to the desulfurizing unit and the circulated fuel gas is heated by a heating unit to a set standby temperature to heat the reforming unit to a temperature that is equivalent to an operation temperature at which the reforming is performed, and supply of the water vapor is continued in a state where a supply amount of the water vapor is at least an amount with which carbon deposition due to thermal decomposition of the fuel gas can be prevented and is smaller than an amount that is supplied when the reforming is performed.
Method of grinding the teeth of an external or internally toothed workpiece, in which a grinding wheel rotating about a tool rotation axis and having a profile formed on its circumference is brought into grinding engagement with at least one of the teeth of the workpiece, said tooth respectively delimiting a tooth space of the teeth, being brought into this engagement by adjustment along a feed axis aligned transversely to the tool rotation axis, and in which the profile of the grinding wheel is dressed during grinding by means of a dressing profile tool which is brought into engagement with the grinding wheel, wherein the grinding wheel is pivotable about a pivot axis aligned axially parallel to the feed axis, characterised in that, starting from the pivoting position with the grinding wheel in a new state after a dressing operation or several dressing operations, the pivot angle (ε) about the pivot axis is set to become progressively larger as a function of the reduction of the grinding wheel diameter, thereby compensating for the profile angle deviations caused by the reduction of the grinding wheel diameter.
A node, comprising: means for creating a finger table, wherein the finger table comprises an identifier and a corresponding address of at least one node not neighboring the node; and characterized by comprising: means for explicitly subscribing to changes in a network address of at least one other node included in the finger table using a session initiation protocol subscribe request; means for receiving, in dependence on said subscribing, at least one notification including an identifier and a network address of the at least one other node; and means for updating the finger table with the new network address of the at least one other node received in the at least one notification. means for explicitly subscribing to changes in a network address of at least one other node included in the finger table using a session initiation protocol subscribe request; means for receiving, in dependence on said subscribing, at least one notification including an identifier and a network address of the at least one other node; and means for updating the finger table with the new network address of the at least one other node received in the at least one notification.
An orthopaedic surgical system comprising: a first surgical reamer including a distal end including a plurality of cutting flutes, a first elongated shaft extending away from the distal end, and a shank configured to be coupled to a surgical drill, the first elongated shaft having a first diameter, a second surgical reamer including a distal end including a plurality of cutting flutes, a second elongated shaft extending away from the distal end, and a shank configured to be coupled to a surgical drill, the second elongated shaft having a second diameter greater than the first diameter, and a depth stop including a central opening having a third diameter that is equal to the second diameter, the depth stop being configured to be separately coupled to one of the first elongated shaft and the second elongated shaft, wherein the depth stop includes a plurality of alignment tabs extending into the central opening, and each pair of opposing alignment tabs defines a width that is less than the first diameter of the first surgical reamer, and wherein a plurality of longitudinal slots are defined in each of the first elongated shaft and the second elongated shaft and each longitudinal slot is sized to receive one of the alignment tabs of the depth stop. a first surgical reamer including a distal end including a plurality of cutting flutes, a first elongated shaft extending away from the distal end, and a shank configured to be coupled to a surgical drill, the first elongated shaft having a first diameter, a second surgical reamer including a distal end including a plurality of cutting flutes, a second elongated shaft extending away from the distal end, and a shank configured to be coupled to a surgical drill, the second elongated shaft having a second diameter greater than the first diameter, and a depth stop including a central opening having a third diameter that is equal to the second diameter, the depth stop being configured to be separately coupled to one of the first elongated shaft and the second elongated shaft, wherein the depth stop includes a plurality of alignment tabs extending into the central opening, and each pair of opposing alignment tabs defines a width that is less than the first diameter of the first surgical reamer, and wherein a plurality of longitudinal slots are defined in each of the first elongated shaft and the second elongated shaft and each longitudinal slot is sized to receive one of the alignment tabs of the depth stop.
The use of a copolymer as thickener in liquid textile detergents, where the copolymer comprises a) at least 15% by weight of units of an ethylenically unsaturated carboxylic acid, b) at least 15% by weight of units of a C 4 -C 8 -alkyl acrylate, c) less than 5% by weight of units of methyl methacrylate, d) units of a nonionic ethylenically unsaturated surfactant monomer. a) at least 15% by weight of units of an ethylenically unsaturated carboxylic acid, b) at least 15% by weight of units of a C 4 -C 8 -alkyl acrylate, c) less than 5% by weight of units of methyl methacrylate, d) units of a nonionic ethylenically unsaturated surfactant monomer.
A polyester comprising: at least two different diacid residues; at least two different diol residues; wherein the polyester comprises at least one pendant group containing an alkenyl group, a ratio of a total number of the at least one pendant group to the total number of ester groups in the polyester being in a range of 0.001 to 0.1, wherein the polyester has a glass transition temperature, as determined by differential scanning calorimetry, in a range of -50 °C to -10 °C, and wherein the polyester is a pressure-sensitive adhesive, and wherein the polyester has a crystallinity, as determined by the heat of melting determined by differential scanning calorimetry, of less than 5 J/g. at least two different diacid residues; at least two different diol residues; wherein the polyester comprises at least one pendant group containing an alkenyl group, a ratio of a total number of the at least one pendant group to the total number of ester groups in the polyester being in a range of 0.001 to 0.1, wherein the polyester has a glass transition temperature, as determined by differential scanning calorimetry, in a range of -50 °C to -10 °C, and wherein the polyester is a pressure-sensitive adhesive, and wherein the polyester has a crystallinity, as determined by the heat of melting determined by differential scanning calorimetry, of less than 5 J/g.
A close-out shroud configured for enclosing the space between a pivot pin of a passenger seat arm rest assembly comprising an arm rest pivotally coupled to a spreader assembly of a passenger seat frame and a cam of the spreader assembly over a range of motion of the arm rest between deployed and stowed positions such that in the deployed position the pivot pin contacts the cam; the close-out shroud, in use, is coupled to the armrest and the spreader assembly, and is bent by the downward rotation of the armrest, the close out shroud comprising: a coupling portion comprising a pair of prongs for coupling to the spreader assembly; an enclosure portion that is configured, in use, to extend from a hinge into a lower region of the armrest and that is hinged to the coupling portion and having an elongated shape extending from the hinge, and having a lateral shape that is configured, in use, to ensure that the pinch point between the pivot pin and the cam is blocked from access by a passenger; whereby the close-out shroud consists of a flame retardant material with a fatigue resistance that exceeds 50,000 bending cycles before failure; whereby the enclosure portion is hinged to the coupling portion by at least one living hinge formed of the flame retardant material that is shaped to allow the close-out shroud to bend along a longitudinal axis of the living hinge. a coupling portion comprising a pair of prongs for coupling to the spreader assembly; an enclosure portion that is configured, in use, to extend from a hinge into a lower region of the armrest and that is hinged to the coupling portion and having an elongated shape extending from the hinge, and having a lateral shape that is configured, in use, to ensure that the pinch point between the pivot pin and the cam is blocked from access by a passenger; whereby the close-out shroud consists of a flame retardant material with a fatigue resistance that exceeds 50,000 bending cycles before failure; whereby the enclosure portion is hinged to the coupling portion by at least one living hinge formed of the flame retardant material that is shaped to allow the close-out shroud to bend along a longitudinal axis of the living hinge.
A method of estimating one or more properties of an earth formation, the method comprising: performing a measurement of fluid from a borehole, and acquiring formation fluid data based on the measurement, the formation fluid data indicative of a qualitative property of a formation fluid in a near-field region of an earth formation surrounding the borehole, the near-field region including a surface of the borehole; acquiring acoustic data based on acoustic signals transmitted into a far-field region of the formation, and estimating a property of one or more fractures in the far-field region based on the acoustic data; combining the formation fluid data and the acoustic data; and estimating, by a processing device, at least one fracture property of the formation in the near-field region and the far-field region based on the combined data, wherein the at least one fracture property includes a connectivity between the one or more fractures in the far-field region and the borehole. performing a measurement of fluid from a borehole, and acquiring formation fluid data based on the measurement, the formation fluid data indicative of a qualitative property of a formation fluid in a near-field region of an earth formation surrounding the borehole, the near-field region including a surface of the borehole; acquiring acoustic data based on acoustic signals transmitted into a far-field region of the formation, and estimating a property of one or more fractures in the far-field region based on the acoustic data; combining the formation fluid data and the acoustic data; and estimating, by a processing device, at least one fracture property of the formation in the near-field region and the far-field region based on the combined data, wherein the at least one fracture property includes a connectivity between the one or more fractures in the far-field region and the borehole.