mhurhangee/ep-ind-claims huggingface dataset:
A method implemented at a terminal device, comprising: performing power control for at least a first type of traffic based on a first parameter configuration of a first power control loop; and performing power control for at least a second type of traffic based on a second parameter configuration of a second control loop, wherein the first parameter configuration of the first power control loop includes at least one parameter different from the second parameter configuration of the second power control loop; and wherein the first type of traffic includes enhanced Mobile BroadBand, eMBB, data and control information communications and the second type of traffic includes Ultra-Reliable and Low-Latency Communication, URLLC, data and control information communications. performing power control for at least a first type of traffic based on a first parameter configuration of a first power control loop; and performing power control for at least a second type of traffic based on a second parameter configuration of a second control loop, wherein the first parameter configuration of the first power control loop includes at least one parameter different from the second parameter configuration of the second power control loop; and wherein the first type of traffic includes enhanced Mobile BroadBand, eMBB, data and control information communications and the second type of traffic includes Ultra-Reliable and Low-Latency Communication, URLLC, data and control information communications.
Centring device for a forming tool, in particular an injection-molding or die-casting tool, comprising a first mould half and a second mould half, which are movable, guided by guiding means, from a closed position, in which the respective partition surfaces of the two mould halves (1, 5) are pressed against one another, into an opened position and vice versa, which centring device are <sic. is> formed from a plurality of protruding guiding bodies put on the first mould half and guiding recesses provided on the second mould half, by means of which the two mould halves (1, 5) are precisely centred in the closed position, each protruding guiding body being formed from a circularly cylindrical bolt, on which a rolling body cage is placed with rolling bodies inserted in rows (14, 15, 16), characterized in that the rolling body cage is positioned via positioning means in the opened state in such a way that a first rolling body row directed toward the first mould half rests on the circularly cylindrical surface of the bolt and the second rolling body row abuts an encircling edge concluding the circularly cylindrical surface of the bolt, and in that each guiding recess is formed from a sleeve with a circularly cylindrical inner surface, which, upon closing of the forming tool, is able to run into the rolling bodies of the rolling body cage, in such a way that the sleeve runs practically simultaneously on the first rolling body row and on the second rolling body row and the centring and pretensioning forces are able to be absorbed simultaneously by the first rolling body row and the second rolling body row.
A diaphragm for an accumulator, comprising: a thermoplastic film formed in a defined shape, wherein the thermoplastic film has a thickness of between 101.6 μm and 203.2 μm (between 4 and 8 mils); a metallic layer disposed on both sides of the thermoplastic film to form a metallic coated film; and inner and outer rubber layers adhered on opposite sides of the metallic coated film. a thermoplastic film formed in a defined shape, wherein the thermoplastic film has a thickness of between 101.6 μm and 203.2 μm (between 4 and 8 mils); a metallic layer disposed on both sides of the thermoplastic film to form a metallic coated film; and inner and outer rubber layers adhered on opposite sides of the metallic coated film.
A budesonide/formoterol dry powder inhaler comprising: a reservoir containing a dry powder medicament and an arrangement for delivering a metered dose of the medicament from the reservoir; a deagglomerator; and a delivery passageway for directing an inhalation-induced air flow through a mouthpiece, the delivery passageway extending to the metered dose of medicament, wherein the medicament consists of active ingredient and carrier, wherein the active ingredient comprises micronised formoterol fumarate and micronised budesonide as the sole active ingredients, and wherein the carrier consists of lactose having a particle size distribution of d10 = 20-65 μm, d50 = 80-120 μm, d90 = 130-180 μm and <10 μm = <10%. a reservoir containing a dry powder medicament and an arrangement for delivering a metered dose of the medicament from the reservoir; a deagglomerator; and a delivery passageway for directing an inhalation-induced air flow through a mouthpiece, the delivery passageway extending to the metered dose of medicament, wherein the medicament consists of active ingredient and carrier, wherein the active ingredient comprises micronised formoterol fumarate and micronised budesonide as the sole active ingredients, and wherein the carrier consists of lactose having a particle size distribution of d10 = 20-65 μm, d50 = 80-120 μm, d90 = 130-180 μm and <10 μm = <10%.
A method for manufacturing a flexible composite belt or rope, the method comprising the sequence of steps of: - manufacturing parallel reinforced plastic profiles by pultrusion, - performing surface treatment on the reinforced plastic profiles by a plasma treatment, which facilitates adhesion between the reinforced plastic and a coating material - guiding the reinforced plastic profiles at a short distance from one another to coating treatment, which is carried out by extrusion or pultrusion and in which the reinforced plastic profiles are enveloped with the coating material improving wear resistance which joins the reinforced plastic profiles together and forms the coating of a finished belt or rope, and - winding the finished belt or rope on a reel. - manufacturing parallel reinforced plastic profiles by pultrusion, - performing surface treatment on the reinforced plastic profiles by a plasma treatment, which facilitates adhesion between the reinforced plastic and a coating material - guiding the reinforced plastic profiles at a short distance from one another to coating treatment, which is carried out by extrusion or pultrusion and in which the reinforced plastic profiles are enveloped with the coating material improving wear resistance which joins the reinforced plastic profiles together and forms the coating of a finished belt or rope, and - winding the finished belt or rope on a reel.
A method for calibrating a PIV measurement arrangement, wherein the measurement arrangement comprises at least two cameras, and the method comprises three steps (V1, V2, V3), wherein in the first step the measurement arrangement is provided, and wherein in the second step a computer system is provided and a three-dimensional computer model of the measurement arrangement is created with the aid of the computer system, characterized in in that the computer model comprises a virtual calibration plate and artificial cameras which are arranged within the computer model in such a way that the virtual calibration plate is located in the field of view of the artificial cameras and wherein in the third step, based on the computer model, the images of the artificial cameras are artificially generated with the aid of a ray tracing method and used for calibration, so that no real calibration plate is required for calibration.
A semiconductor device (20;20A) comprising: an insulation layer including an upper surface and a lower surface (31 B) that is located at a side opposite to the upper surface; a wiring pattern formed on the lower surface (31 B) of the insulation layer; a sensor element flip-chip-connected to the wiring pattern, wherein the sensor element includes an active surface, arranged to face the lower surface of the insulation layer and including a sensor portion that is adapted to perform fingerprint recognition, detection of a touching operation, or recognition of biometric information of a user, and a rear surface, located at a side opposite to the active surface; an underfill formed between the active surface of the sensor element and the lower surface (31 B) of the insulation layer; a wiring substrate arranged to face the rear surface of the sensor element and connected to the wiring pattern by a connecting member; and an encapsulation resin configured to fill a gap between the lower surface (31 B) of the insulation layer and an upper surface of the wiring substrate and a gap between the rear surface of the sensor element and the upper surface of the wiring substrate, wherein the active surface of the sensor element is entirely covered by the underfill, the upper surface of the insulation layer defines an uppermost surface of the semiconductor device (20;20A), and the upper surface of the insulation layer has no wiring layer. an insulation layer including an upper surface and a lower surface (31 B) that is located at a side opposite to the upper surface; a wiring pattern formed on the lower surface (31 B) of the insulation layer; a sensor element flip-chip-connected to the wiring pattern, wherein the sensor element includes an active surface, arranged to face the lower surface of the insulation layer and including a sensor portion that is adapted to perform fingerprint recognition, detection of a touching operation, or recognition of biometric information of a user, and a rear surface, located at a side opposite to the active surface; an underfill formed between the active surface of the sensor element and the lower surface (31 B) of the insulation layer; a wiring substrate arranged to face the rear surface of the sensor element and connected to the wiring pattern by a connecting member; and an encapsulation resin configured to fill a gap between the lower surface (31 B) of the insulation layer and an upper surface of the wiring substrate and a gap between the rear surface of the sensor element and the upper surface of the wiring substrate, wherein the active surface of the sensor element is entirely covered by the underfill, the upper surface of the insulation layer defines an uppermost surface of the semiconductor device (20;20A), and the upper surface of the insulation layer has no wiring layer.
A method of predicting a fault in a rolling bearing, the rolling bearing including inner and outer rings (3a, 3b) and rolling bodies evenly angularly distributed therebetween, the method comprising: • processing a position signal ( x(t)) indicative of a relative angular position of the inner ring with respect to the outer ring, and a vibration signal (y(t)) indicative of speed-related vibrations in the rolling bearing, such that they correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies or an integer number of complete rotations of the inner ring with respect to the outer ring; • space sampling the processed vibration signal ( ŷ(t)) based on the processed position signal ( x̂(t)); and • predicting a fault in the rolling bearing based on the space-sampled vibration signal ( ỹ(t)); characterized in that processing the position and vibration signals ( x(t), y(t)) includes: • removing from the position and vibration signals (x(t), y(t)) those portions thereof that cause the same not to correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies of the rolling bearing or an integer number of complete rotations of the inner ring with respect to the outer ring; and • merging together the remaining portions of the position signal (x(t)) one after the other and merging together the remaining portions of the vibration signal (y(t)) one after the other • processing a position signal ( x(t)) indicative of a relative angular position of the inner ring with respect to the outer ring, and a vibration signal (y(t)) indicative of speed-related vibrations in the rolling bearing, such that they correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies or an integer number of complete rotations of the inner ring with respect to the outer ring; • space sampling the processed vibration signal ( ŷ(t)) based on the processed position signal ( x̂(t)); and • predicting a fault in the rolling bearing based on the space-sampled vibration signal ( ỹ(t)); • removing from the position and vibration signals (x(t), y(t)) those portions thereof that cause the same not to correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies of the rolling bearing or an integer number of complete rotations of the inner ring with respect to the outer ring; and • merging together the remaining portions of the position signal (x(t)) one after the other and merging together the remaining portions of the vibration signal (y(t)) one after the other
A strain detector comprising: a substrate having a mounting area; a first fixed member fixed to the mounting area of the substrate on a first surface of the substrate, the first fixed member having a first longitudinal axis located at a center of the mounting area; a second fixed member fixed to a second surface of the substrate, the second surface of the substrate being opposed to the first surface, the second fixed member having a second longitudinal axis coaxial with the first longitudinal axis; a bridge circuit provided on the substrate and including at least two strain resistance elements (11 C), the strain resistance elements (11 C) being disposed outside of the mounting area in a radial direction relative to the first longitudinal axis; and characterized by a circuit portion provided on the substrate, the circuit portion being electrically connected to the strain resistance elements, wherein the second fixed member is fixed to the second surface of the substrate by welding at a region disposed outside of the strain resistance elements in a radial direction relative to the first longitudinal axis, and a periphery of the substrate in a region (11 L) where the second fixed member is fixed is flush with a periphery of the second fixed member. a substrate having a mounting area; a first fixed member fixed to the mounting area of the substrate on a first surface of the substrate, the first fixed member having a first longitudinal axis located at a center of the mounting area; a second fixed member fixed to a second surface of the substrate, the second surface of the substrate being opposed to the first surface, the second fixed member having a second longitudinal axis coaxial with the first longitudinal axis; a bridge circuit provided on the substrate and including at least two strain resistance elements (11 C), the strain resistance elements (11 C) being disposed outside of the mounting area in a radial direction relative to the first longitudinal axis; and characterized by a circuit portion provided on the substrate, the circuit portion being electrically connected to the strain resistance elements, wherein the second fixed member is fixed to the second surface of the substrate by welding at a region disposed outside of the strain resistance elements in a radial direction relative to the first longitudinal axis, and a periphery of the substrate in a region (11 L) where the second fixed member is fixed is flush with a periphery of the second fixed member.
A method of controlling an imbalance response in a power plant comprising a first gas turbine engine, a second gas turbine engine and a steam turbine driven by steam generated by exhaust from the first gas turbine engine and the second gas turbine engine, the method comprising: operating the first gas turbine engine at a first power output to supply power to a power grid; operating the second gas turbine engine at a second power output to supply power to the power grid; monitoring load demand from the power grid operating at a steady state condition; detecting a load imbalance on the power grid that causes a deviation from the steady state condition; characterised by adjusting the first power output and the second power output incongruently during the imbalance response to change the first power output and the second power output to match the deviation from the steady state condition, the incongruence depending on contemporaneous efficiency states of the first gas turbine engine and the second gas turbine engine while each of the first gas turbine and the second gas turbine are supplying power to the power grid. operating the first gas turbine engine at a first power output to supply power to a power grid; operating the second gas turbine engine at a second power output to supply power to the power grid; monitoring load demand from the power grid operating at a steady state condition; detecting a load imbalance on the power grid that causes a deviation from the steady state condition; characterised by adjusting the first power output and the second power output incongruently during the imbalance response to change the first power output and the second power output to match the deviation from the steady state condition, the incongruence depending on contemporaneous efficiency states of the first gas turbine engine and the second gas turbine engine while each of the first gas turbine and the second gas turbine are supplying power to the power grid.
Self-sealing pneumatic vehicle tire comprising at least one first sealant layer arranged on the inner surface opposite the tread and at least one second sealant layer, wherein the first sealant layer and the second sealant layer are arranged radially adjacent to one another, characterized in that the second sealant layer comprises a sealant having a density greater than 1.00 g/cm 3.
A lifting module for an industrial conveying vehicle with a hydraulic actuator, which may be pressurised on one side against a load for lifting by a pressure source from a lifting line via a magnetic valve and which is movable in the vertical direction via a lowering line with a two-way flow controller comprising a proportional pressure control valve and a pressure maintenance valve, and with a pipe rupture valve, constructed as a lowering brake, associated with the hydraulic actuator, wherein arranged in a control conduit there is a shut-off valve, which is at least manually actuable between a flow position and a shut-off position, characterised in that the pressure maintenance valve of the two-way flow controller may be acted upon, on a closure control side, from a first control conduit branching off from the lowering line upstream of the proportional pressure control valve and, on an opening control side, in parallel with a control spring from a second control conduit branching off from the lowering line between the proportional pressure control valve and the pressure maintenance valve, that the shut-off valve is arranged in the second control conduit and that the shut-off valve, acting as a selectively actuable pipe rupture valve testing device in the shut off position, holds the pressure maintenance valve in the fully open controlled position, which in the fully open controlled position and in operation of the lifting module by controlling the proportional pressure control valve to the open position discharges a greater volumetric flow to a tank than the volumetric flow at which the pipe rupture valve responds.
An antibody that binds to BMAA (β-N-methylamino-L-alanine) and does not substantially bind to an amino acid selected from the group consisting of L-alanine, L-glutamine, L-tyrosine, glycyl-glycine, L- glycine, L-leucine, L-phenylalanine, gamma- aminobutyric acid (GABA), L-glutamic acid, and L-aspartic acid.
A kickover tool of the type being used for the setting and pulling of a valve spindle of a gas lift valve located in a side pocket, in which the kickover tool comprises a sideways open tool body with a spindle holder which, via at least one intermediate arm, is connected in an articulated manner to the tool body by means of a rotatable intermediate link, the spindle holder being arranged so as to be able to be moved between a passive position where the spindle holder is located within the tool body, and an active position where the spindle holder is swung out from the tool body and corresponds with the gas lift valve, wherein the kickover tool further comprises: - an actuator housing within which a guide slot is arranged and extends in a longitudinal direction of the tool body; - a displaceable guide block fitting complementary into the guide slot; - an actuator bar having an end portion connected in an articulated manner to the guide block and having an opposite end portion connected in an articulated manner to the intermediate arm; and - a preloaded spring located in a bore of the actuator housing and in a bore of the guide block, the openings of said bores (34, 36) facing each other, said spring arranged to bias the guide block in the longitudinal direction of the tool body away from the actuator housing bore, such that, when the spring displaces the guide block and with it the actuator bar, the intermediate arm is caused to rotate about the intermediate link, whereby the spindle holder is displaced from its passive position to its active position, and whereby the spindle holder in its active position is coaxially aligned with the gas lift valve. - an actuator housing within which a guide slot is arranged and extends in a longitudinal direction of the tool body; - a displaceable guide block fitting complementary into the guide slot; - an actuator bar having an end portion connected in an articulated manner to the guide block and having an opposite end portion connected in an articulated manner to the intermediate arm; and - a preloaded spring located in a bore of the actuator housing and in a bore of the guide block, the openings of said bores (34, 36) facing each other, said spring arranged to bias the guide block in the longitudinal direction of the tool body away from the actuator housing bore, such that,
A process for the continuous production of a polymer composition, the process comprising the steps of: (a) providing an uncoated calcium carbonate containing mineral filler having a d 50 in the range from 0.1 to 10 μm determined by Sedigraph 5100; (b) providing a polymer material; (c) forming a polymer composition comprising the filler of step (a) and the polymer material of step (b) by use of an extruder; characterized in that said process comprises the incorporation of said filler into said polymer material, wherein said polymer material during incorporation of the filler is in at least partially molten state, wherein said filler is incorporated as a slurry having a solids content in the range from 10 to 90 wt.-%, based on the total weight of said filler slurry, wherein the filler slurry comprises said filler and at least one liquid and the at least one liquid of the filler slurry is vaporized through one or more atmospheric or vacuum vents during step (c), and wherein the filler content of the polymer composition is in the range from 35 to 90 wt.-%, based on the total weight of said polymer composition. (a) providing an uncoated calcium carbonate containing mineral filler having a d 50 in the range from 0.1 to 10 μm determined by Sedigraph 5100; (b) providing a polymer material; (c) forming a polymer composition comprising the filler of step (a) and the polymer material of step (b) by use of an extruder;