mhurhangee/ep-ind-claims huggingface dataset:
VOLTAGE CONTROL METHOD OF A POWER GENERATION PLANT connected to a power grid, that comprises the following steps: - estimating an equivalent grid voltage (V Grid) based on electric magnitudes measured at the connection point of the power generation plant (V Sub, P global, Q global, I global, cos fi), and based on an equivalent model of the power grid to which the power generation plant is connected; - generating on the basis of said estimated equivalent voltage (V Grid) a command (Q ref) indicative of reactive power to be produced by the power generation plant; - dynamically estimating the grid model on the basis of the electric magnitudes measured at the connection point of the power generation plant (V Sub' P global' Q global' I global' COS fi); characterised in that the equivalent model of the power grid on which the step of estimating an equivalent grid voltage (V Grid) is based comprises an impedance of the power grid to which the power generation plant is connected and the method further comprises a step of: - employing several consecutive values of the grid impedance, in such a way that upon sudden changes in the value of said grid impedance, parameters are modified in the voltage control so as to continue to guarantee the stability of the voltage control. - estimating an equivalent grid voltage (V Grid) based on electric magnitudes measured at the connection point of the power generation plant (V Sub, P global, Q global, I global, cos fi), and based on an equivalent model of the power grid to which the power generation plant is connected; - generating on the basis of said estimated equivalent voltage (V Grid) a command (Q ref) indicative of reactive power to be produced by the power generation plant; - dynamically estimating the grid model on the basis of the electric magnitudes measured at the connection point of the power generation plant (V Sub' P global' Q global' I global' COS fi); characterised in that the equivalent model of the power grid on which the step of estimating an equivalent grid voltage (V Grid) is based comprises an impedance of the power grid to which the power generation plant is connected and the method further comprises a step of: - employing several consecutive values of the grid impedance, in such a way that upon sudden changes in the value of said grid impedance, parameters are modified in the voltage control so as to continue to guarantee the stability of the voltage control.
A centrifuge plate which is intended for casting housing ends of hollow fiber filter modules and can be rotated around a centrifuge axis, comprising at least two bearing elements (4, 5, 6, 7) arranged diametrically with respect to the centrifuge axis and provided for supporting a housing (8, 9) of a hollow fiber filter module to be cast, wherein each bearing element (4, 5, 6, 7) is rotatably supported on the centrifuge plate around a bearing axle which is parallel to the centrifuge axis, characterized in that a bearing head including differently shaped receiving structures is mounted, which structures are provided for receiving housings (8, 9) with different dimensions, wherein, by twisting the bearing elements (4, 5, 6, 7) around the respective bearing axle, the different receiving structures are relative-positioned by bearing elements (4, 5, 6, 7) allocated to one another.
A user equipment, UE, for a cellular communication system comprising a pico base station and a macro base station wherein the macro base station is operable to transmit signals in any of a plurality of beamformed regions (B1-B6), the UE comprising: means for receiving, from said pico base station, control data for configuring signal quality measurements with respect to said signals transmitted by said macro base station, the signal quality measurements being for detecting beams that are interfering with communications for the UE; performing means for performing said signal quality measurements for each beam; and transmitting means for transmitting, to said pico base station, a measurement report comprising a result of said signal quality measurements for each beam in association with interference information identifying a beamformed region (B1-B6) in which a signal to which said result of said signal quality measurements relates was transmitted, the interference information identifying an interference beam that has been determined to cause an interference to communications by the UE. means for receiving, from said pico base station, control data for configuring signal quality measurements with respect to said signals transmitted by said macro base station, the signal quality measurements being for detecting beams that are interfering with communications for the UE; performing means for performing said signal quality measurements for each beam; and transmitting means for transmitting, to said pico base station, a measurement report comprising a result of said signal quality measurements for each beam in association with interference information identifying a beamformed region (B1-B6) in which a signal to which said result of said signal quality measurements relates was transmitted, the interference information identifying an interference beam that has been determined to cause an interference to communications by the UE.
A method for providing a plurality of users with a plurality of multiple access techniques in a multiple access mobile communication system that utilizes discrete tones for transmission of signals, the method comprising: determining in a network communication requirements of the plurality of users; assigning by the network each of the plurality of users to one of a plurality of defined multiple access techniques; dividing by the network the discrete tones into a plurality of groups, wherein each of the plurality of groups applies one of the plurality of defined multiple access techniques; and partitioning by the network a group of discrete tones of the plurality of groups into partitions among the plurality of users according to the multiple access techniques the plurality of users are respectively assigned to, wherein the partitioning is performed with regard to a time domain, a frequency domain, and an antenna domain, wherein the partitioning is performed by the network according to at least one of the number of the plurality of users, power requirements of each of the plurality of users, voice communication rate requirements of each of the plurality of users and a number of multiple antennas in the mobile communication system, and wherein the partitions are different over the multiple antennas. determining in a network communication requirements of the plurality of users; assigning by the network each of the plurality of users to one of a plurality of defined multiple access techniques; dividing by the network the discrete tones into a plurality of groups, wherein each of the plurality of groups applies one of the plurality of defined multiple access techniques; and partitioning by the network a group of discrete tones of the plurality of groups into partitions among the plurality of users according to the multiple access techniques the plurality of users are respectively assigned to, wherein the partitioning is performed with regard to a time domain, a frequency domain, and an antenna domain, wherein the partitioning is performed by the network according to at least one of the number of the plurality of users, power requirements of each of the plurality of users, voice communication rate requirements of each of the plurality of users and a number of multiple antennas in the mobile communication system, and wherein the partitions are different over the multiple antennas.
A non-aqueous electrolyte secondary cell including a lithium-containing cathode active material, an anode active material capable of doping and undoping lithium, a non-aqueous electrolyte and a separator, wherein said cathode includes a band-shaped cathode, and the anode is a band-shaped anode, and wherein said separator comprises a plurality of layers of a porous material(s) having micro-sized pores; at least two layers of the porous material(s) being of different porosity values; an average pore diameter of the micro-sized pores of the layer among said layers of different porosity values which has the highest porosity value is larger than an average pore diameter of the micro-sized pores of the layer among said layers of different porosity values which has the lowest porosity value, wherein with the porosity value of said layer with the lowest porosity value being A and with the porosity value of said layer with the highest porosity being B, the ratio of the porosity value of said layer with the lowest porosity value to the porosity value of said layer with the highest porosity value or A/B ranges between 44% and 93%, the porosity A of the layer with the lowest porosity value ranges between 20% and 40%, said separator includes a plurality of micro-porous films wound together characterized in that the melting points of the micro-porous films proximate to the cathode are lower than that of the other one(s) of the micro-porous films and wherein said micro-porous film proximate to the cathode has two or more melting points.
A device for transport and medical care of patients, the device consisting of: a chassis with wheels arranged in corners of a virtual parallelogram with a central longitudinal axis of symmetry (X-X), a bed comprising a support frame, said support frame of said bed being formed without any transversal or longitudinal reinforcing element, with the exception of areas (21, 22) that are reasonably present above the support poles (3, 4) and are diagonally opposite to said central longitudinal axis of symmetry (X-X), a pair of telescopic support poles (3, 4) mutually spaced apart in direction of said axis (X-X) and displaceable in vertical direction, said pair of telescopic support poles (3, 4) supporting said bed on said chassis, characterized in that said telescopic support poles (3, 4) are each arranged at its side of said axis (X-X), namely each in its diagonally opposite corner (111, 112) of said virtual parallelogram formed by the wheels of the chassis. a chassis with wheels arranged in corners of a virtual parallelogram with a central longitudinal axis of symmetry (X-X), a bed comprising a support frame, said support frame of said bed being formed without any transversal or longitudinal reinforcing element, with the exception of areas (21, 22) that are reasonably present above the support poles (3, 4) and are diagonally opposite to said central longitudinal axis of symmetry (X-X), a pair of telescopic support poles (3, 4) mutually spaced apart in direction of said axis (X-X) and displaceable in vertical direction, said pair of telescopic support poles (3, 4) supporting said bed on said chassis, characterized in that said telescopic support poles (3, 4) are each arranged at its side of said axis (X-X), namely each in its diagonally opposite corner (111, 112) of said virtual parallelogram formed by the wheels of the chassis.
Cylinder rotating grate for a stove for generating heat, in particular a wood-burning stove such as a log-burning stove or pellet stove, comprising: a cylinder element (2, 2', 2") mounted so as to be rotatable about its longitudinal axis, a transport surface (3, 3', 3") for transporting combustion residues, which is arranged on the cylinder element (2, 2', 2"), wherein the transport surface (3, 3', 3") is configured at least partially in the form of a cylinder barrel, a scraper (6, 6'), which is designed and arranged such that it scrapes combustion residues off the transport surface (3'") upon rotation of the cylinder element (2, 2', 2"), and a fire pan, which is arranged above the transport surface (3, 3', 3") and into which fuel for combustion can be filled, wherein a space is provided between the transport surface (3, 3', 3") and the fire pan, and wherein a predetermined separation gap is provided between the transport surface (3, 3', 3") and the lower rim of a first side wall of the fire pan, in the direction of which the transport surface (3, 3', 3") transports combustion residues with a predetermined direction of rotation of the cylinder element (2, 2', 2"), such that, upon rotation of the cylinder element (2, 2', 2"), combustion residues are transported out of the fire pan through the separation gap, while the firebed remains substantially in the fire pan, and wherein a gap that arises above the transport surface as a result of the arrangement of an opposite second side wall of the fire pan is provided, such that no combustion residues, embers or fuel parts can fall through the gap, and wherein the separation gap is larger than the gap. a cylinder element (2, 2', 2") mounted so as to be rotatable about its longitudinal axis, a transport surface (3, 3', 3") for transporting combustion residues, which is arranged on the cylinder element (2, 2', 2"), wherein the transport surface (3, 3', 3") is configured at least partially in the form of a cylinder barrel, a scraper (6, 6'), which is designed and arranged such that it scrapes combustion residues off the transport surface (3'") upon rotation of the cylinder element (2, 2', 2"), and a fire pan, which is arranged above the transport surface (3, 3', 3") and into which fuel for combustion can be filled, wherein a space is provided between the transport surface (3, 3', 3") and the fire pan, and wherein a predetermined separation gap is provided between the transport surface (3, 3', 3") and the lower rim of a first side wall of the fire pan, in the direction of which the transport surface (3, 3', 3") transports combustion residues with a predetermined direction of rotation of the cylinder element (2, 2', 2"), such that, upon rotation of the cylinder element (2, 2', 2"), combustion residues are transported out of the fire pan through the separation gap, while the firebed remains substantially in the fire pan, and wherein a gap that arises above the transport surface as a result of the arrangement of an opposite second side wall of the fire pan is provided, such that no combustion residues, embers or fuel parts can fall through the gap, and wherein the separation gap is larger than the gap.
A tiering device for a freight compartment, comprising: a sidewall of the freight compartment, a synchronous belt, a support member capable of supporting goods, and a sliding mount connected to the support member; the sidewall of the freight compartment comprises a vertical guide track having a groove opening(1a1); the sidewall of the freight compartment is provided with an upper synchronous roller and a lower synchronous roller located below the upper synchronous roller; a first end of the synchronous belt is wound on the upper synchronous roller and connected to an upper end of the sliding mount, while a second end of the synchronous belt is wound on the lower synchronous roller and connected to a lower end of the sliding mount; the sliding mount has a sliding portion that protrudes between the two ends of the synchronous belt and extends into the groove opening(1a1) to form a sliding fit with the vertical guide track; the synchronous belt comprises an inner belt body and an outer belt body; the outer belt body comprises a first belt body of the synchronous belt connected between the sliding mount and the upper synchronous roller and a second belt body of the synchronous belt connected between the sliding mount and the lower synchronous roller; the outer belt body is located inside the vertical guide track or flush with the groove opening (1a1)of the vertical guide track; characterized in that, the inner belt body is located on a side of the outer belt body facing away from the sliding mount, and the inner belt body is located inside the vertical guide track; the vertical guide track has a belt guide channel (1a2) which extends vertically inside the vertical guide track and is open at two ends of the belt guide channel (1a2); the inner belt body is disposed within and extends through the belt guide channel (1a2), and the outer belt body is located outside the belt guide channel (1a2).
A composition comprising a GDF8-specific binding protein and an Activin A-specific binding protein, wherein the GDF8-specific binding protein is an anti-GDF-8 antibody or antigen-binding fragment thereof that inhibits GDF-8, and wherein the Activin A-specific binding protein is an anti-Activin A antibody or antigen-binding fragment thereof that inhibits Activin A.
An air conditioner comprising a controller and an indoor unit that includes a plurality of flaps (35a, 35b, 35c, 35d) of substantially the same shape respectively disposed at a plurality of outlets (32a, 32b, 32c, 32d), and capable of individually changing the discharge direction of the air-conditioning air, wherein the controller comprises a display section that is configured to simultaneously display pieces of information of selected ones of the plurality of outlets (32a, 32b, 32c, 32d) and/or selected ones of the plurality of flaps (35a, 35b, 35c, 35d); characterized in that in the indoor unit, different sign sections (60a, 60b, 60c, 60d) are respectively provided either in the vicinity of the plurality of outlets (32a, 32b, 32c, 32d) or on the plurality of flaps (35a, 35b, 35c, 35d); and the display section being capable of displaying information corresponding to the sign sections (60a, 60b, 60c, 60d).
A method of traffic monitoring in a first network node, the method comprising: receiving a plurality of packet detection rules from a second network node; receiving a packet; determining that the packet matches a plurality of packet detection rules; sending an indication to the second network node that the packet matches a plurality of packet detection rules; and after sending the indication to the second network node, receiving from the second network node or from a third network node a modification for one or more of the packet detection rules, and modifying the one or more of the packet detection rules according to the modification to produce modified packet detection rules. receiving a plurality of packet detection rules from a second network node; receiving a packet; determining that the packet matches a plurality of packet detection rules; sending an indication to the second network node that the packet matches a plurality of packet detection rules; and after sending the indication to the second network node, receiving from the second network node or from a third network node a modification for one or more of the packet detection rules, and modifying the one or more of the packet detection rules according to the modification to produce modified packet detection rules.
An assembly of an aluminum-based element and an element made of steel provided on at least one of the surfaces thereof, with a metal coating made of a zinc-aluminum-magnesium alloy including from 2.3% to 3.3% by weight of magnesium, from 3.5% to 3.9% by weight of aluminum, the remainder of the metal coating consisting of zinc, inevitable impurities, possibly iron with a content which may go up to 5% by weight, and possibly one or more additional elements selected from among Si, Sb, Pb, Ti, Ca, Mn, Sn, La, Ce, Cr, Ni or Bi, the content by weight of each additional element being less than 0.3%, the said coated surface of the element made of steel is in at least partial contact with the said aluminum-based element, wherein the said contact may be brought about by means of a layer of adhesive and / or sealant whose thickness is less than 5 mm.
A method for forming Time Division Duplex, TDD, Multi-Input Multi-Output, MIMO, downlink beams, the method comprising: Generating, by a base station, a transmitting beam of a first data stream according to a Maximum Rate Transmission, MRT, criterion; and generating transmitting beams of other data streams except the first data stream, wherein the transmitting beams of other data streams are confined in a null space of the transmitting beam of the first data stream; wherein a pre-coding vector or a pre-coding matrix for the first data stream is obtained directly from partial channel state information using reciprocity of an uploaded data stream received from a mobile terminal. Generating, by a base station, a transmitting beam of a first data stream according to a Maximum Rate Transmission, MRT, criterion; and generating transmitting beams of other data streams except the first data stream, wherein the transmitting beams of other data streams are confined in a null space of the transmitting beam of the first data stream; wherein a pre-coding vector or a pre-coding matrix for the first data stream is obtained directly from partial channel state information using reciprocity of an uploaded data stream received from a mobile terminal.
An information processing apparatus, comprising: a search image acquisition unit that acquires a plurality of enlarged images at focal positions different from each other; a first feature amount calculation unit that obtains a direct current component and a dynamic range of an alternating current component of pixel values for each of a plurality of blocks forming each of the plurality of enlarged images and obtains, for each of the plurality of enlarged images, a first feature amount based on a sum of the dynamic range values associated with one or more of the blocks which meet predetermined criteria; and an in-focus position determination unit that determines an in-focus position of each enlarged image based on the first feature amount, wherein the predetermined criteria comprise a first condition in which the dynamic range of the alternating current component exceeds a first predetermined threshold and a second condition in which the direct current component exceeds a second predetermined threshold. a search image acquisition unit that acquires a plurality of enlarged images at focal positions different from each other; a first feature amount calculation unit that obtains a direct current component and a dynamic range of an alternating current component of pixel values for each of a plurality of blocks forming each of the plurality of enlarged images and obtains, for each of the plurality of enlarged images, a first feature amount based on a sum of the dynamic range values associated with one or more of the blocks which meet predetermined criteria; and obtains a direct current component and a dynamic range of an alternating current component of pixel values for each of a plurality of blocks forming each of the plurality of enlarged images and obtains, for each of the plurality of enlarged images, a first feature amount based on a sum of the dynamic range values associated with one or more of the blocks which meet predetermined criteria; and an in-focus position determination unit that determines an in-focus position of each enlarged image based on the first feature amount, wherein the predetermined criteria comprise a first condition in which the dynamic range of the alternating current component exceeds a first predetermined threshold and a second condition in which the direct current component exceeds a second predetermined threshold.