mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for determining speech data from text, the method comprising: receiving text; encoding, by way of an encoder module, the received text; determining, by way of an attention module comprising an attention vector, a context vector from the encoding of the received text, wherein determining the context vector comprises at least one of: applying a threshold function to the attention vector and accumulating the thresholded attention vector, or applying an activation function to the attention vector and accumulating the activated attention vector; and, determining speech data from the context vector by decoding, by way of a decoder module, the context vector, wherein the speech data comprises an audio signal comprising speech or data from which an audio waveform may be derived. receiving text; encoding, by way of an encoder module, the received text; determining, by way of an attention module comprising an attention vector, a context vector from the encoding of the received text, wherein determining the context vector comprises at least one of: applying a threshold function to the attention vector and accumulating the thresholded attention vector, or applying an activation function to the attention vector and accumulating the activated attention vector; and, determining speech data from the context vector by decoding, by way of a decoder module, the context vector, wherein the speech data comprises an audio signal comprising speech or data from which an audio waveform may be derived. applying a threshold function to the attention vector and accumulating the thresholded attention vector, or applying an activation function to the attention vector and accumulating the activated attention vector; and, determining speech data from the context vector by decoding, by way of a decoder module, the context vector, wherein the speech data comprises an audio signal comprising speech or data from which an audio waveform may be derived.
Arrangement for containment of liquid gas in a hull compartment of a marine construction, comprising a self-supporting primary barrier, a secondary barrier surrounding the self-supporting primary barrier, and an access space between the self-supporting primary barrier and the secondary barrier, the self-supporting primary barrier being a liquid-tight self-supporting liquid gas tank and being connected with the hull compartment by support devices penetrating the secondary barrier, the secondary barrier being a liquid-tight thermal insulation connected with the interior surface of the hull compartment and being sealed to the support devices by a flexible liquid tight seal characterised in that the seal is made as an un-interrupted sleeve around the support devices, so that the self-supporting primary barrier and the secondary barrier are separately connected with the hull compartment and transfer of forces between the primary barrier and the secondary barrier is prevented by the flexible liquid tight seal.
A thermodynamic energy converter having a pressure tank that is insulated on the inside and in which a certain quantity of a working medium is arranged, wherein the pressure tank is connected by way of valves (V1, V2) to a high-temperature heat exchanger and also by way of valves (V3, V4) to a low-temperature heat exchanger, and wherein a separating element is arranged in the pressure tank, characterised in that the pressure tank is connected by way of a valve to the input of a hydraulic motor which can also be operated as a hydraulic pump, in that the output of the hydraulic motor is connected by way of a control valve to a storage tank, wherein the control valve controls the flow rate of a working fluid as a function of the pressure and/or of the temperature of the working medium in the pressure tank, in that the working fluid provided for the operation of the hydraulic motor is located in the storage tank, and in that the freely movable separating element is arranged on the base of the pressure tank and has a lower density than the working fluid and moreover is insulated.
Tire for vehicle wheels comprising: - a carcass structure comprising at least one carcass layer having opposed side edges associated with relative annular reinforcing structure (103, 9); - a tread band (109, 8) applied in a radially outer position with respect to said carcass structure; - a pair of sidewalls laterally applied onto opposite sides with respect to said carcass structure; - at least one antiabrasive strip (105, 15) applied in an outer position of each of said annular reinforcing structure (103, 9); characterized in that said at least one antiabrasive strip comprises a crosslinked elastomeric material obtained by crosslinking of a crosslinkable elastomeric composition comprising magnesium and/or aluminium silicate inorganic fibres having nanometric dimensions, wherein said crosslinked elastomeric material has an elastic dynamic modulus E' value, at 70°C and frequency of 10 Hz, higher than about 8,00 Mpa. - a carcass structure comprising at least one carcass layer having opposed side edges associated with relative annular reinforcing structure (103, 9); - a tread band (109, 8) applied in a radially outer position with respect to said carcass structure; - a pair of sidewalls laterally applied onto opposite sides with respect to said carcass structure; - at least one antiabrasive strip (105, 15) applied in an outer position of each of said annular reinforcing structure (103, 9);
An electrical machine arrangement comprising: a first plurality of permanent magnets distributed about an axis and collectively producing a spatially variable first magnetic field; a second plurality of permanent magnets arranged to rotate about the axis; interference means comprising soft-ferromagnetic elements distributed about the axis and positioned between the first plurality of permanent magnets and the second plurality of permanent magnets to interfere with the first magnetic field; motive means (4,16) for moving the first plurality of permanent magnets and interference means relative to one another, to produce a second magnetic field for rotating the second plurality of permanent magnets; and a stator which is coaxial with the axis, the stator having windings arranged in a generator mode to transduce a changing magnetic field produced by the rotation of the second plurality of permanent magnets into electrical energy or arranged in a motor mode to transduce time varying electrical energy in the windings into a mechanical rotation of the first plurality of permanent magnets or the interference means. a first plurality of permanent magnets distributed about an axis and collectively producing a spatially variable first magnetic field; a second plurality of permanent magnets arranged to rotate about the axis; interference means comprising soft-ferromagnetic elements distributed about the axis and positioned between the first plurality of permanent magnets and the second plurality of permanent magnets to interfere with the first magnetic field; motive means (4,16) for moving the first plurality of permanent magnets and interference means relative to one another, to produce a second magnetic field for rotating the second plurality of permanent magnets; and a stator which is coaxial with the axis, the stator having windings arranged in a generator mode to transduce a changing magnetic field produced by the rotation of the second plurality of permanent magnets into electrical energy or arranged in a motor mode to transduce time varying electrical energy in the windings into a mechanical rotation of the first plurality of permanent magnets or the interference means.
A circuit configured to convert a single-ended signal to differential signals (14, 15) that are balanced to have the same amplitudes and opposite phases, the circuit comprising: a balance tunable balun comprising: a primary winding configured to receive the single-ended signal; a secondary winding configured to output the differential signals (14, 15); and a control input configured to receive a control signal, characterized by a switched resistor-capacitor, RC, network (26, 50) configured to tune an output imbalance of the balance tunable balun responsive to the control signal; a detector configured to detect the output imbalance; and a controller configured to generate the control signal to control the switched RC network to reduce the output imbalance, wherein the switched RC network (26, 44) comprises a tunable RC network, and wherein the secondary winding has a center tap (28, 52) that is connected to a signal ground (11, 29) via the tunable RC network, and the tunable RC network comprises: a switched capacitor array comprising a plurality of capacitors and configured to selectively connect one or more of the capacitors to the center tap responsive to the control signal; and a switched resistor array comprising a plurality of resistors and configured to selectively connect one or more of the resistors to the center tap responsive to the control signal. a balance tunable balun comprising: a primary winding configured to receive the single-ended signal; a secondary winding configured to output the differential signals (14, 15); and a control input configured to receive a control signal, characterized by a switched resistor-capacitor, RC, network (26, 50) configured to tune an output imbalance of the balance tunable balun responsive to the control signal; a primary winding configured to receive the single-ended signal; a secondary winding configured to output the differential signals (14, 15); and a control input configured to receive a control signal, characterized by a switched resistor-capacitor, RC, network (26, 50) configured to tune an output imbalance of the balance tunable balun responsive to the control signal; a detector configured to detect the output imbalance; and a controller configured to generate the control signal to control the switched RC network to reduce the output imbalance, wherein a switched capacitor array comprising a plurality of capacitors and configured to selectively connect one or more of the capacitors to the center tap responsive to the control signal; and a switched resistor array comprising a plurality of resistors and configured to selectively connect one or more of the resistors to the center tap responsive to the control signal.
System for transmitting energy and data, comprising a transmitter and a receiver, wherein the system is a rail system, and the receiver is arranged on a movable part, wherein a transmitter connects a line selectively to one of multiple mains phases, wherein a receiver is electrically connected to the mains phases and to the line, wherein the receiver has a control unit and a consumer, which can be supplied from the mains phases, wherein the control unit has a digitizing means, wherein each digitizing means is connected to one of the mains phases and, in the digitizing means, a voltage corresponding to the mains phase voltage, namely a voltage generated by a voltage divider (R1, R2) formed of resistors, is fed to a diode, the output signal of which - is used as a control voltage for a voltage-dependent switch (Th), and - serves for charging a capacitor, the charging current being routed via a diode, characterized in that the output signal feeds a resistor, which is connected by one of its two terminals to a reference potential and by the other of its terminals to the diode, wherein the voltage-dependent switch (Th) unblocks and/or opens a current path when the voltage applied to the control input drops below the voltage applied to the capacitor, wherein the current path feeds the input of an optocoupler, wherein, in order to form a reference signal, in each case one terminal of the voltage divider, resistor, capacitor, current path and/or optocoupler of each digitizing means are electrically connected to one another, in particular such that a reference potential is formed, wherein the output signal of the optocoupler, which is galvanically isolated from the input, is fed to a means for detecting the half-waves, wherein the means has comparing means for comparing the output signals of the optocouplers of the digitizing means. - is used as a control voltage for a voltage-dependent switch (Th), and - serves for charging a capacitor, the charging current being routed via a diode,
A system for identifying forces in a vehicle interface, the system comprising: - a plurality of strain gauges positioned on a car body by or on connection points of the car body with a suspension; - a plurality of accelerometers positioned on the car body by or on the connection points; - an inertial measurement unit connected with the car body, the inertial measurement unit being adapted to provide information about global or rigid car body motion; and - a processor configured to estimate the forces at the connection points from a combined rigid-flexible car body model and input signals from the strain gauges, accelerometers, and inertial measurement unit, the combined rigid-flexible car body model describing both the rigid behavior and the flexible behavior of the car body. - a plurality of strain gauges positioned on a car body by or on connection points of the car body with a suspension; - a plurality of accelerometers positioned on the car body by or on the connection points; - an inertial measurement unit connected with the car body, the inertial measurement unit being adapted to provide information about global or rigid car body motion; and - a processor configured to estimate the forces at the connection points from a combined rigid-flexible car body model and input signals from the strain gauges, accelerometers, and inertial measurement unit, the combined rigid-flexible car body model describing both the rigid behavior and the flexible behavior of the car body.
A method for controlling a movable object, comprising: detecting a live object (311, 312, 313, 611, 612, 613) within a proximity of the movable object; determining an operation mode to operate the movable object with the live object (311, 312, 313, 611, 612, 613) detected within the proximity of the movable object; applying a control scheme associated with the operation mode to control an operation of the movable object, wherein the control scheme uses one or more control components to control a set of movement characteristics; the method being characterized in that it further comprises: limiting control gain for at least one control component in the control scheme when the live object (311, 312, 313, 611, 612, 613) is interacting with the movable object. detecting a live object (311, 312, 313, 611, 612, 613) within a proximity of the movable object; determining an operation mode to operate the movable object with the live object (311, 312, 313, 611, 612, 613) detected within the proximity of the movable object; applying a control scheme associated with the operation mode to control an operation of the movable object, wherein the control scheme uses one or more control components to control a set of movement characteristics;
A display, comprising: a plurality of pixels; and a backlight configured to produce backlight illumination for the plurality of pixels, wherein the backlight comprises: a printed circuit board having first and second opposing edges and third and fourth opposing edges that extend between the first and second opposing edges; an array of light-emitting diodes mounted on the printed circuit board; a plurality of electronic components mounted on the printed circuit board along the first edge; a chassis having a first portion mounted on the printed circuit board along the second edge, a second portion mounted on the printed circuit board along the third edge, and a third portion mounted on the printed circuit board along the fourth edge; and optical films formed over the printed circuit board that receive light from the array of light-emitting diodes, wherein at least one of the optical films is attached to the first portion of the chassis along the second edge and wherein the chassis does not have a portion extending on the printed circuit board along the first edge between the third and fourth edges. a plurality of pixels; and a backlight configured to produce backlight illumination for the plurality of pixels, wherein the backlight comprises: a printed circuit board having first and second opposing edges and third and fourth opposing edges that extend between the first and second opposing edges; an array of light-emitting diodes mounted on the printed circuit board; a plurality of electronic components mounted on the printed circuit board along the first edge; a chassis having a first portion mounted on the printed circuit board along the second edge, a second portion mounted on the printed circuit board along the third edge, and a third portion mounted on the printed circuit board along the fourth edge; and optical films formed over the printed circuit board that receive light from the array of light-emitting diodes, wherein at least one of the optical films is attached to the first portion of the chassis along the second edge and wherein the chassis does not have a portion extending on the printed circuit board along the first edge between the third and fourth edges. a printed circuit board having first and second opposing edges and third and fourth opposing edges that extend between the first and second opposing edges; an array of light-emitting diodes mounted on the printed circuit board; a plurality of electronic components mounted on the printed circuit board along the first edge; a chassis having a first portion mounted on the printed circuit board along the second edge, a second portion mounted on the printed circuit board along the third edge, and a third portion mounted on the printed circuit board along the fourth edge; and optical films formed over the printed circuit board that receive light from the array of light-emitting diodes, wherein at least one of the optical films is attached to the first portion of the chassis along the second edge and wherein the chassis does not have a portion extending on the printed circuit board along the first edge between the third and fourth edges.
A tubular (32; 165) comprising: an outer surface (40; 167) and an inner surface (41; 168) defining a passage (42; 173); a plug (60; 184) arranged in the tubular (32; 165) blocking the passage (42; 173), the plug (60; 184) having a seal (64; 186) that engages the inner surface (41; 168), the plug (60; 184) being formed from a disintegrating on demand material (62; 188); an ignition device (66; 194) coupled to the plug (60; 184); and an excitation mechanism (68; 98; 124; 217) selectively operatively associated with the ignition device (66; 194), the excitation mechanism (86; 98; 124; 217) selectively activating the ignition device (66; 194) to break apart the plug (60; 184), wherein, the ignition device (66; 194) is at least partially embedded in the plug (60; 184); the excitation mechanism (68; 98; 124; 217) comprises a pressure delivery system operable to deliver a pressure pulse into the passage (42; 173) to activate the ignition device (66; 194) and break up the plug (60; 184); and the ignition device (66; 194) includes an activation member (80; 198) and a power source (82; 204), the activation member (80; 198) comprising a sensor (84; 200) configured to detect the pressure pulse from the excitation mechanism (68; 98; 124; 217) and connect the power source (82; 204) to an ignition source and activate the ignition device (66; 194). an outer surface (40; 167) and an inner surface (41; 168) defining a passage (42; 173); a plug (60; 184) arranged in the tubular (32; 165) blocking the passage (42; 173), the plug (60; 184) having a seal (64; 186) that engages the inner surface (41; 168), the plug (60; 184) being formed from a disintegrating on demand material (62; 188); an ignition device (66; 194) coupled to the plug (60; 184); and an excitation mechanism (68; 98; 124; 217) selectively operatively associated with the ignition device (66; 194), the excitation mechanism (86; 98; 124; 217) selectively activating the ignition device (66; 194) to break apart the plug (60; 184), wherein, the ignition device (66; 194) is at least partially embedded in the plug (60; 184); the excitation mechanism (68; 98; 124; 217) comprises a pressure delivery system operable to deliver a pressure pulse into the passage (42; 173) to activate the ignition device (66; 194) and break up the plug (60; 184); and the ignition device (66; 194) includes an activation member (80; 198) and a power source (82; 204), the activation member (80; 198) comprising a sensor (84; 200) configured to detect the pressure pulse from the excitation mechanism (68; 98; 124; 217) and connect the power source (82; 204) to an ignition source and activate the ignition device (66; 194).
A transmission for the drive of a mowing mechanism of a harvester comprising a main shaft which is arranged in a transmission housing and at which at the drive output side a crank pin driven by way of an epicyclic gear arrangement is eccentrically guided, wherein the crank pin can be at least indirectly connected to an oscillatingly moved mowing blade, wherein at its end which is remote from the crank pin and at which it is driven the main shaft is connected to a flange-like end of a flywheel mass, wherein the flywheel mass is substantially cup-shaped, characterised in that a cardan shaft engages the end by means of its joint.
An electric heater (1, 1') for heating a substance inside a tank, the electric heater (1, 1') comprising: - at least one resistive wire adapted to be connected to a source of electricity; and - at least one first thermally conductive sheet made of metal fixed to the at least one resistive wire; the electric heater being characterized in that said at least one resistive wire is provided with a sheath made of electrically insulating material; the electric heater comprising - at least two protective layers (2, 3) made of polymer material, fixed to each other; wherein the at least one resistive wire and the at least a first sheet are arranged between the at least two protective layers (2, 3). - at least one resistive wire adapted to be connected to a source of electricity; and - at least one first thermally conductive sheet made of metal fixed to the at least one resistive wire; the electric heater being characterized in that said at least one resistive wire is provided with a sheath made of electrically insulating material; the electric heater comprising - at least two protective layers (2, 3) made of polymer material, fixed to each other; wherein the at least one resistive wire and the at least a first sheet are arranged between the at least two protective layers (2, 3).