mhurhangee/ep-ind-claims huggingface dataset:
A method of text-based speech synthesis, wherein - at least one portion of a text is specified; - the intonation of each portion is determined; - target allophones are associated with each portion; - linguistic and physical parameters of the target allophones are determined for each of the target allophones; - allophones most similar to the target allophones in terms of said linguistic and physical parameters are searched in a speech database; - speech is synthesized as a sequence of the found allophones, wherein the physical parameters of the target allophones are determined according to the determined intonation, wherein said physical parameters of allophones include at least duration of allophones, frequency of the fundamental pitch of allophones and energy of allophones. - at least one portion of a text is specified; - the intonation of each portion is determined; - target allophones are associated with each portion; - linguistic and physical parameters of the target allophones are determined for each of the target allophones; - allophones most similar to the target allophones in terms of said linguistic and physical parameters are searched in a speech database; - speech is synthesized as a sequence of the found allophones, wherein
Integrated circuit arrangement, comprising two operating potential lines (200, 202), which carry potentials that are different from one another during operation of the circuit arrangement, and comprising a capacitor connected between the operating potential lines (200, 202), said capacitor containing the following regions: a basic doping region doped in accordance with a basic doping type, at least one doped connection region, the maximum dopant concentration of which is higher than the maximum dopant concentration in the basic doping region, an electrode region arranged at a distance from the basic doping region, and comprising a dielectric (208, 210) arranged between the electrode region and the basic doping region, the dielectric (208, 210), in a region near the connection region, being at least twice as thick as in a central region of the dielectric (208, 210), and at least one silicide region (62c, 64c), which is set back from the dielectric, being arranged at the at least one connection region (22c, 24c). a basic doping region doped in accordance with a basic doping type, at least one doped connection region, the maximum dopant concentration of which is higher than the maximum dopant concentration in the basic doping region, an electrode region arranged at a distance from the basic doping region, and comprising a dielectric (208, 210) arranged between the electrode region and the basic doping region, the dielectric (208, 210), in a region near the connection region, being at least twice as thick as in a central region of the dielectric (208, 210), and at least one silicide region (62c, 64c), which is set back from the dielectric, being arranged at the at least one connection region (22c, 24c).
An apparatus for manufacturing a multi-layer tablet, the apparatus comprising: a supply unit adapted for providing a first tablet body comprising a compressed first powder having a first pharmacologically active substance, and adapted for providing a second tablet body comprising a compressed second powder having a second pharmacologically active substance; and an adhering unit for forming the multi-layer tablet by adhering the first tablet body and the second tablet body together by an adhesive (308, 700); characterized in that the supply unit comprises a first conveyor belt adapted for conveying the first tablet body to an adhering position and comprises a second conveyor belt adapted for conveying the second tablet body to the adhering position, wherein the first conveyor belt and the second conveyor belt are arranged to spatially converge at the adhering position so that the first tablet body and the second tablet body are pressed together by the converging first conveyor belt and second conveyor belt at the adhering position. a supply unit adapted for providing a first tablet body comprising a compressed first powder having a first pharmacologically active substance, and adapted for providing a second tablet body comprising a compressed second powder having a second pharmacologically active substance; and an adhering unit for forming the multi-layer tablet by adhering the first tablet body and the second tablet body together by an adhesive (308, 700); characterized in that the supply unit comprises a first conveyor belt adapted for conveying the first tablet body to an adhering position and comprises a second conveyor belt adapted for conveying the second tablet body to the adhering position, wherein the first conveyor belt and the second conveyor belt are arranged to spatially converge at the adhering position so that the first tablet body and the second tablet body are pressed together by the converging first conveyor belt and second conveyor belt at the adhering position.
A communication method of a terminal in a wireless communication system, the method comprising: receiving, from a base station, a control message configuring a radio resource control, RRC, connection, the control message comprising first information related with a measurement object for a wireless local area network, WLAN, and second information related with a reporting of the measurement, wherein the first information comprises country information and operating class information; performing a measurement on the measurement object for the WLAN which is identified based on the country information and the operating class information included in the first information; and transmitting, to the base station, a result of the measurement based on the second information, wherein the second information configures a threshold to report the result of the measurement for the WLAN, the result of the measurement being transmitted in case that the result is greater than the threshold. receiving, from a base station, a control message configuring a radio resource control, RRC, connection, the control message comprising first information related with a measurement object for a wireless local area network, WLAN, and second information related with a reporting of the measurement, wherein the first information comprises country information and operating class information; performing a measurement on the measurement object for the WLAN which is identified based on the country information and the operating class information included in the first information; and transmitting, to the base station, a result of the measurement based on the second information, wherein the second information configures a threshold to report the result of the measurement for the WLAN, the result of the measurement being transmitted in case that the result is greater than the threshold.
A fuel cell system for generating power by supplying anode gas and cathode gas to a fuel cell, comprising: a load connected to the fuel cell; a current control unit configured to vary an output current of the fuel cell with a predetermined variation width by adjusting power supplied to the load during the warm-up of the fuel cell; an IV estimation unit configured to estimate an IV characteristic of the fuel cell on the basis of at least two sets of an output current value and an output voltage value detected while the output current is varied; and an IV estimation stop unit configured to stop varying the output current of the fuel cell with the predetermined variation width by the current control unit for estimating the IV characteristic for a predetermined period when a detected value of an output voltage value of the fuel cell drops to or below a first predetermined value during the execution of the IV estimation. a load connected to the fuel cell; a current control unit configured to vary an output current of the fuel cell with a predetermined variation width by adjusting power supplied to the load during the warm-up of the fuel cell; an IV estimation unit configured to estimate an IV characteristic of the fuel cell on the basis of at least two sets of an output current value and an output voltage value detected while the output current is varied; and an IV estimation stop unit configured to stop varying the output current of the fuel cell with the predetermined variation width by the current control unit for estimating the IV characteristic for a predetermined period when a detected value of an output voltage value of the fuel cell drops to or below a first predetermined value during the execution of the IV estimation.
An airflow-direction adjustment device, comprising: a housing wherein a front end side is set as an air outlet and a back end side is set as an air inlet; a fin turnably supported inside the housing; and a gear mechanism for adjusting a direction of the fin by a rotation of an operating portion, wherein the fin comprises a pair of vanes (3A, 3B) disposed on right and left or top and bottom inside the housing, and each vane (3A, 3B) is turnably supported in a front-and-back direction of the housing respectively as a supporting point on a common pivot line set in a vane width direction, wherein the gear mechanism includes gear portions provided on the pivot line of the vanes (3A, 3B), and a gear integrally rotated with the operating portion and engaging the gear portions of the vanes (3A, 3B), characterized in that the housing has an spherical shape, and opens at front and back ends, and is divided into two by a partition plate up to a vicinity on the pivot line from an air inlet side, wherein each vane (3A, 3B) is disposed on right and left or top and bottom by sandwiching the partition plate inside the housing, and supported turnably in said front-and-back direction as the supporting point of the common pivot line by shaft portions and said gear portions provided on the pivot line, wherein the operating portion includes a shaft provided with the gear, and in the shaft, a front end side is turnably supported in a pivotal support portion provided in the housing, and a back end side is turnably supported in a pivotal support portion provided in the partition plate. a housing wherein a front end side is set as an air outlet and a back end side is set as an air inlet; a fin turnably supported inside the housing; and a gear mechanism for adjusting a direction of the fin by a rotation of an operating portion, wherein the fin comprises a pair of vanes (3A, 3B) disposed on right and left or top and bottom inside the housing, and each vane (3A, 3B) is turnably supported in a front-and-back direction of the housing respectively as a supporting point on a common pivot line set in a vane width direction, wherein the gear mechanism includes gear portions provided on the pivot line of the vanes (3A, 3B), and a gear integrally rotated with the operating portion and engaging the gear portions of the vanes (3A, 3B), characterized in that the housing has an spherical shape, and opens at front and back ends, and is divided into two by a partition plate up to a vicinity on the pivot line from an air inlet side, wherein each vane (3A, 3B) is disposed on right and left or top and bottom by sandwiching the partition plate inside the housing, and supported turnably in said front-and-back direction as the supporting point of the common pivot line by shaft portions and said gear portions provided on the pivot line, wherein the operating portion includes a shaft provided with the gear, and in the shaft, a front end side is turnably supported in a pivotal support portion provided in the housing, and a back end side is turnably supported in a pivotal support portion provided in the partition plate.
An induction heating device comprising: a top plate on which a cooking container is placed; an infrared ray sensor configured to detect an infrared ray radiated from the cooking container through the top plate; a heating coil to which a high-frequency electric current is supplied to generate an induction magnetic field for heating the cooking container; a mounting plate on which a member for supporting the heating coil is mounted; and a heating control unit configured to control an electric power for heating the cooking container by controlling the high-frequency electric current supplied to the heating coil based on an amount of an energy of the infrared ray received by the infrared ray sensor; wherein the induction heating device further comprises a metal case which covers the infrared ray sensor, characterized in that the infrared ray sensor is thermally connected to the metal case and the metal case is thermally connected to the mounting plate, so that the infrared ray sensor is thermally connected to the mounting plate, and the induction heating device comprises a cooling fan configured to lower a temperature of the mounting plate. a top plate on which a cooking container is placed; an infrared ray sensor configured to detect an infrared ray radiated from the cooking container through the top plate; a heating coil to which a high-frequency electric current is supplied to generate an induction magnetic field for heating the cooking container; a mounting plate on which a member for supporting the heating coil is mounted; and a heating control unit configured to control an electric power for heating the cooking container by controlling the high-frequency electric current supplied to the heating coil based on an amount of an energy of the infrared ray received by the infrared ray sensor; wherein the induction heating device further comprises a metal case which covers the infrared ray sensor, characterized in that the infrared ray sensor is thermally connected to the metal case and the metal case is thermally connected to the mounting plate, so that the infrared ray sensor is thermally connected to the mounting plate, and the induction heating device comprises a cooling fan configured to lower a temperature of the mounting plate.
A rotary electric machine controller configured to control a rotary electric machine including a first rotor rotating around a rotation axis (Zr) serving as a center and including a plurality of first salient poles protruding in directions perpendicular to the rotation axis, an annular structural body disposed radially outside the rotor and surrounding the rotor, and 6 × n windings provided along a circumferential direction of the structural body, and satisfies m - k = p where m is the number of salient poles, k is an order of field magnetic flux, p is an order of magnetic flux of an armature generated when drive signals for driving the rotary electric machine as a three-phase rotary electric machine are applied to the windings, wherein the rotary electric machine controller is configured to perform superimposition for each of the windings of a field signal for causing the rotary electric machine to generate the field magnetic flux and the drive signal for driving the rotary electric machine as three-phase rotary electric machine, and to output a respective signal obtained by the superimposition to each of the windings, and p, m, and k are natural numbers equal to or larger than one, characterized in that the field signal is a direct-current voltage of value +Vf or -Vf for each winding of a pair of windings of the same phase, respectively and the drive signal is an alternating-current voltage of value Vu, Vv or Vw, each phase comprises two pairs of windings, and for each winding pair of the same phase, the drive signal is superimposed with a different field signal. the rotary electric machine controller is configured to perform superimposition for each of the windings of a field signal for causing the rotary electric machine to generate the field magnetic flux and the drive signal for driving the rotary electric machine as three-phase rotary electric machine, and to output a respective signal obtained by the superimposition to each of the windings, and p, m, and k are natural numbers equal to or larger than one, characterized in that the field signal is a direct-current voltage of value +Vf or -Vf for each winding of a pair of windings of the same phase, respectively and the drive signal is an alternating-current voltage of value Vu, Vv or Vw, each phase comprises two pairs of windings, and for each winding pair of the same phase, the drive signal is superimposed with a different field signal.
Moulding unit, in particular for forming containers made of thermoplastic material, which is mounted so as to be able to move along a production path and which comprises at least two mould supports that are designed to be made to switch between an open position and a closed position, the moulding unit being equipped with an assembly having a control shaft for urging the mould supports to at least one of their positions, the assembly being mounted so as to be able to pivot about an axis and comprising: - a torque output segment which is mechanically linked to at least one mould support in order to transmit the pivoting movement; - a torque input segment which comprises an eccentric cam follower, the cam follower being designed to cooperate with a cam race; characterized in that the torque output segment and the torque input segment form two distinct elements of the control shaft assembly pivoting coaxially with respect to one another, said torque input segment being coupled to the torque output segment via the intermediary of at least one torsion damper. - a torque output segment which is mechanically linked to at least one mould support in order to transmit the pivoting movement; - a torque input segment which comprises an eccentric cam follower, the cam follower being designed to cooperate with a cam race;
A monolithic tube-in matrix heat exchanger, comprising: a monolithic body having a first fluid inlet and a first fluid outlet; said monolithic body having a second fluid inlet and a second fluid outlet; a first plurality of first fluid tubes formed in said monolithic body and extending between said first fluid inlet and said first fluid outlet; a second plurality of second fluid tubes formed in said monolithic body and extending between said second fluid inlet and said second fluid outlet; said monolithic body being formed of a highly conductive metal material which is coated by an oxidation-resistant coating; at least one diffusion barrier coat on an exterior of said first plurality of first fluid tubes and an exterior of said second plurality of second fluid tubes; at least one plenum extending from each of four faces of said monolithic body; an electrical circuit comprising a bridge circuit including four nodes, wherein a plenum extending from each of four faces of said monolithic body corresponds to a node of the bridge circuit wherein the electrical circuit is used to detect fluid leakage from one of a said first plurality of tubes and said second plurality of fluid tubes to the other of said first plurality of fluid tubes and said second plurality of fluid tubes; wherein said first plurality of first fluid tubes form a first array which is transverse to said second plurality of second fluid tubes which forms a second array. a monolithic body having a first fluid inlet and a first fluid outlet; said monolithic body having a second fluid inlet and a second fluid outlet; a first plurality of first fluid tubes formed in said monolithic body and extending between said first fluid inlet and said first fluid outlet; a second plurality of second fluid tubes formed in said monolithic body and extending between said second fluid inlet and said second fluid outlet; said monolithic body being formed of a highly conductive metal material which is coated by an oxidation-resistant coating; at least one diffusion barrier coat on an exterior of said first plurality of first fluid tubes and an exterior of said second plurality of second fluid tubes; at least one plenum extending from each of four faces of said monolithic body; an electrical circuit comprising a bridge circuit including four nodes, wherein a plenum extending from each of four faces of said monolithic body corresponds to a node of the bridge circuit wherein the electrical circuit is used to detect fluid leakage from one of a said first plurality of tubes and said second plurality of fluid tubes to the other of said first plurality of fluid tubes and said second plurality of fluid tubes; wherein said first plurality of first fluid tubes form a first array which is transverse to said second plurality of second fluid tubes which forms a second array.
A method for manufacturing a windscreen wiper device comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes a central longitudinal groove, in which groove a central longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm is pivotally connected to said connecting device about a pivot axis near one end thereof, with the interposition of a joint part, wherein said wiper blade comprises a spoiler at a side thereof facing away from the windscreen to be wiped, wherein a free end of said spoiler, facing towards an A-pillar of the windscreen to be wiped, is provided with a bevelled surface, wherein the height of said spoiler decreases along said bevelled surface, seen from the windscreen to be wiped, said spoiler made in one piece with the rubber wiper blade and extending along the entire length thereof, wherein said rubber wiper blade consists of an elongated upper holding part holding said longitudinal strip in said groove formed therein, an elongated lower wiping part having a wiping lip, wherein the ratio between the height of said wiper blade at a location of the highest height of said spoiler and the height of said wiper blade at a location of the lowest height of said spoiler varies between 1,5 and 8, particularly between 6 and 2, characterized in that the free end of said spoiler is cut to obtain the bevelled surface and the rubber wiper blade further comprises an intermediate strip-like tilting web interconnecting said holding part and said wiping part, said holding part, said wiping part and said tilting web being in one piece.
A composition, comprising: (a) a pyridine carboxylate herbicide which is cyanomethyl 4-amino-3-chloro-5-fluoro-6-(7-fluoro-1H-indol-6-yl)pyridine-2-carboxylate: or propargyl 4-amino-3-chloro-5-fluoro-6-(7-fluoro-1H-indol-6-yl)pyridine-2-carboxylate: or an agriculturally acceptable N-oxide or salt thereof; (b) a PS II inhibitor herbicide or an agriculturally acceptable salt or ester thereof; and (c) a safener. (a) a pyridine carboxylate herbicide which is cyanomethyl 4-amino-3-chloro-5-fluoro-6-(7-fluoro-1H-indol-6-yl)pyridine-2-carboxylate: or propargyl 4-amino-3-chloro-5-fluoro-6-(7-fluoro-1H-indol-6-yl)pyridine-2-carboxylate: or an agriculturally acceptable N-oxide or salt thereof; (b) a PS II inhibitor herbicide or an agriculturally acceptable salt or ester thereof; and (c) a safener.