mhurhangee/ep-ind-claims huggingface dataset:
A content on demand server system configured to: deliver a first audio and/or video stream and to insert markers in the first stream, the markers including position data indicating positions in the first stream; and receive from a set top box (104, 108, 109) a marker obtained from the first stream and indicating a position in the first stream for which the set top box has paused or suspended viewing, and, upon a signal from the set top box, to resume streaming of the first stream from a position proximate to the position indicated by the marker; characterized by being further configured to: insert a particular number of markers into each time interval of the first stream; communicate the number of markers per interval inserted in the first stream to the set top box in a second stream, so as to enable the set top box to perform monitoring of the first stream for the number of markers per interval; and receive from the set top box (104, 108, 109) a signal to terminate the first stream, if the number of markers per interval is not detected by the monitoring. deliver a first audio and/or video stream and to insert markers in the first stream, the markers including position data indicating positions in the first stream; and receive from a set top box (104, 108, 109) a marker obtained from the first stream and indicating a position in the first stream for which the set top box has paused or suspended viewing, and, upon a signal from the set top box, to resume streaming of the first stream from a position proximate to the position indicated by the marker; characterized by being further configured to: insert a particular number of markers into each time interval of the first stream; communicate the number of markers per interval inserted in the first stream to the set top box in a second stream, so as to enable the set top box to perform monitoring of the first stream for the number of markers per interval; and receive from the set top box (104, 108, 109) a signal to terminate the first stream, if the number of markers per interval is not detected by the monitoring. insert a particular number of markers into each time interval of the first stream; communicate the number of markers per interval inserted in the first stream to the set top box in a second stream, so as to enable the set top box to perform monitoring of the first stream for the number of markers per interval; and receive from the set top box (104, 108, 109) a signal to terminate the first stream, if the number of markers per interval is not detected by the monitoring.
A method of assembly of a rotor blade for a wind turbine, the method comprising: placing a first rotor blade section onto a first set location of an assembly fixture, wherein the first rotor blade section includes a first locating datum defining a transverse constraining feature extended at least partially along a longitudinal direction such that the assembly fixture at the first set location constrains movement of the first rotor blade section at the first locating datum along a transverse direction; placing the first rotor blade section onto a second set location of the assembly fixture, wherein the first rotor blade section includes a second locating datum defining a longitudinal constraining feature extended at least partially along a transverse direction such that the assembly fixture at the second set location constrains movement of the first rotor blade section at the second locating datum along a longitudinal direction; and positioning a second rotor blade section onto the first rotor blade section within the assembly fixture. placing a first rotor blade section onto a first set location of an assembly fixture, wherein the first rotor blade section includes a first locating datum defining a transverse constraining feature extended at least partially along a longitudinal direction such that the assembly fixture at the first set location constrains movement of the first rotor blade section at the first locating datum along a transverse direction; placing the first rotor blade section onto a second set location of the assembly fixture, wherein the first rotor blade section includes a second locating datum defining a longitudinal constraining feature extended at least partially along a transverse direction such that the assembly fixture at the second set location constrains movement of the first rotor blade section at the second locating datum along a longitudinal direction; and
A blower system for supplying air to a system of an aircraft, the blower system comprising: an air compressor for compressing air for delivery to the system of the aircraft; and a transmission having a first transmission input mechanically couplable with a gas turbine engine spool (104, 106) and an output mechanically coupled with the air compressor, characterized in that the transmission comprises a variable speed pumping system (200, 200a, 200b) for the aircraft, the variable speed pumping system (200, 200a, 200b) comprising: a first electrical machine comprising an electrical machine rotor shaft mechanically couplable to the gas turbine engine spool (104, 106) and electrical machine stator coils, the first electrical machine being a motor-generator; and an electric pump motor-generator comprising an electric pump rotor shaft mechanically connected to the electrical machine rotor shaft via a one way drive arrangement and electric pump stator coils; wherein the electric pump rotor shaft is mechanically connected to a fluid pumping system. an air compressor for compressing air for delivery to the system of the aircraft; and a transmission having a first transmission input mechanically couplable with a gas turbine engine spool (104, 106) and an output mechanically coupled with the air compressor, characterized in that the transmission comprises a variable speed pumping system (200, 200a, 200b) for the aircraft, the variable speed pumping system (200, 200a, 200b) comprising: a first electrical machine comprising an electrical machine rotor shaft mechanically couplable to the gas turbine engine spool (104, 106) and electrical machine stator coils, the first electrical machine being a motor-generator; and an electric pump motor-generator comprising an electric pump rotor shaft mechanically connected to the electrical machine rotor shaft via a one way drive arrangement and electric pump stator coils; wherein the electric pump rotor shaft is mechanically connected to a fluid pumping system. a first electrical machine comprising an electrical machine rotor shaft mechanically couplable to the gas turbine engine spool (104, 106) and electrical machine stator coils, the first electrical machine being a motor-generator; and an electric pump motor-generator comprising an electric pump rotor shaft mechanically connected to the electrical machine rotor shaft via a one way drive arrangement and electric pump stator coils; wherein the electric pump rotor shaft is mechanically connected to a fluid pumping system.
A method for determining intensity of electromagnetic radiation, comprising: providing a plurality of ferrimagnetic and/or ferromagnetic crystals suitable for producing a photoinduced magnetoelectric effect arranged in an array, each respective ferrimagnetic or ferromagnetic crystal having a different control resonance frequency; exposing the ferrimagnetic and/or ferromagnetic crystals to electromagnetic radiation of unknown intensity or variable intensity such that the ferrimagnetic and/or ferromagnetic crystals undergo an internal photoelectric effect, measuring an irradiated resonance frequency of the irradiated ferrimagnetic and/or ferromagnetic crystals; and determining the intensity of the electromagnetic radiation irradiating the ferrimagnetic and/or ferromagnetic crystals from the respective control resonance frequency and the respective irradiated resonance frequency. providing a plurality of ferrimagnetic and/or ferromagnetic crystals suitable for producing a photoinduced magnetoelectric effect arranged in an array, each respective ferrimagnetic or ferromagnetic crystal having a different control resonance frequency; exposing the ferrimagnetic and/or ferromagnetic crystals to electromagnetic radiation of unknown intensity or variable intensity such that the ferrimagnetic and/or ferromagnetic crystals undergo an internal photoelectric effect, measuring an irradiated resonance frequency of the irradiated ferrimagnetic and/or ferromagnetic crystals; and determining the intensity of the electromagnetic radiation irradiating the ferrimagnetic and/or ferromagnetic crystals from the respective control resonance frequency and the respective irradiated resonance frequency.
A sulfur-containing compound, comprising a lithium (Li) element, a phosphorus element, a sulfur element, and a halogen element, having a peak A at the position of 2θ = 21.3° ± 1.0°, a peak B at the position of 27.8° ± 1.0°, and a peak C at the position of 30.8° ± 0.5°, and having at least two peaks (referred to as "peak D" and "peak E" respectively) in a range of 2θ = 25.0° or more and 26.0° or less,_in an X-ray diffraction pattern measured by an X-ray diffraction apparatus using CuKal rays, wherein the sulfur-containing compound is represented by a general formula of Li a PS b X c (X is at least one of F, Cl, Br, and I, a is in a range of 3.0 or more and 6.0 or less, b is in a range of 3.5 or more and 4.8 or less, and c is in a range of 0.1 or more and 3.0 or less).
A compressor for use with a turbine system, said compressor comprising: at least one surface proximate to a disc rim of said compressor; a thermal barrier coating applied to said at least one surface; and a radial slot defined within said compressor, said compressor being characterized in that a thermal barrier coating is also applied to the surface within said radial slot and proximate to the disc rim of said compressor. at least one surface proximate to a disc rim of said compressor; a thermal barrier coating applied to said at least one surface; and a radial slot defined within said compressor, said compressor being characterized in that a thermal barrier coating is also applied to the surface within said radial slot and proximate to the disc rim of said compressor.
Use of aqueous extracts of Melissa officinalis as ingredients for food compositions, characterized in that said food compositions comprise aqueous extracts of lemon balm in amounts of 1 to 50 g/L.
A method for displaying a user interface of a first device on a second device (4, 8, 10, 24), the method comprising: receiving, by the second device (4, 8, 10, 24) from the first device, a message containing at least information that identifies computer readable instructions (30, 32) stored in the first device; downloading (70, 72), by the second device (4, 8, 10, 24) from the first device, the computer readable instructions (30, 32) of the first device based on the received message; and displaying, on the second device (4, 8, 10, 24), at least a part of a user interface of the first device determined by the downloaded computer readable instructions (30, 32); characterized in that the message is received in response to a change in an operation state of the first device, wherein the change in operation state comprises a scheduled switch on or a scheduled switch off; and the computer readable instructions are used to transmit at least one control message from the second device (4, 8, 10, 24) to the first device. receiving, by the second device (4, 8, 10, 24) from the first device, a message containing at least information that identifies computer readable instructions (30, 32) stored in the first device; downloading (70, 72), by the second device (4, 8, 10, 24) from the first device, the computer readable instructions (30, 32) of the first device based on the received message; and displaying, on the second device (4, 8, 10, 24), at least a part of a user interface of the first device determined by the downloaded computer readable instructions (30, 32); characterized in that the message is received in response to a change in an operation state of the first device, wherein the change in operation state comprises a scheduled switch on or a scheduled switch off; and the computer readable instructions are used to transmit at least one control message from the second device (4, 8, 10, 24) to the first device.
A thermal system (100, 200, 300, 400, 500) comprising: a plurality of thermal elements (164, 168, 230, 232, 234, 236, 238, 240, 242,244, 246, 250, 252, 254, 260, 262, 270, 332, 334, 438, 522, 752); and a control system (110, 210, 310, 410, 510) wherein the thermal system has at least three power nodes (136a, 136b, 136c, 138a, 138b, 138c; 212, 214, 216, 218, 220, 222; 312, 314, 316, 318, 320, 322; 412, 414, 416, 418, 420, 422; 514, 516), wherein each thermal element of the plurality of thermal elements is connected between a pair of power nodes, such that each power node has at least one thermal element among the plurality of thermal elements connected between itself and each of the other power nodes, and characterized in that the control system (110, 210, 310, 410, 510) is configured to apply selectively a positive voltage, a negative voltage, and an open-circuit condition to each of the power nodes. a plurality of thermal elements (164, 168, 230, 232, 234, 236, 238, 240, 242,244, 246, 250, 252, 254, 260, 262, 270, 332, 334, 438, 522, 752); and a control system (110, 210, 310, 410, 510) wherein the thermal system has at least three power nodes (136a, 136b, 136c, 138a, 138b, 138c; 212, 214, 216, 218, 220, 222; 312, 314, 316, 318, 320, 322; 412, 414, 416, 418, 420, 422; 514, 516), wherein each thermal element of the plurality of thermal elements is connected between a pair of power nodes, such that each power node has at least one thermal element among the plurality of thermal elements connected between itself and each of the other power nodes, and characterized in that the control system (110, 210, 310, 410, 510) is configured to apply selectively a positive voltage, a negative voltage, and an open-circuit condition to each of the power nodes.
Punch-riveting die for a punch-riveting tool, comprising a basic body, which has a recess for forming an underside of a punch-rivet joint, the recess having a base and an annular wall, wherein a radial-flow inhibiting device (40 IV) is realized in a central region of the base, which inhibiting device limits a radial material flow out of the inner region of the radial-flow inhibiting device (40 IV), the radial-flow inhibiting device (40 IV) having a cavity on the base of the recess, which cavity limits a radial flow of material out of the cavity, characterized in that a projection is realized in the central part of the cavity, the axial height (T W) of which is less than the depth (T V) of the cavity.
A deployable structure comprising a first and a second robotic system (4,6;604,606), said first robotic system comprising: - a first distal element (12; 612); - at least a first shape-locking element (14;614); and - a first coupling structure (16;616), which mechanically couples the first distal element to the first shape-locking element and is operable in a first and a second operating mode; said second robotic system comprising: - a second distal element (22; 622); - at least a second shape-locking element (24;624); and - a second coupling structure (26;626), which mechanically couples the second distal element to the second shape-locking element and is operable in a first and a second operating mode; and wherein, when the first coupling structure operates in the first operating mode, said first coupling structure is elastically deformable and operable so as to move the first robotic system; and wherein, when the second coupling structure operates in the first operating mode, said second coupling structure is elastically deformable and is operable so as to move the second robotic system; characterized in that, when the first coupling structure operates in the second operating mode, said first coupling structure forms a guide for the movement of the second robotic system; and wherein, when the second coupling structure operates in the second operating mode, said second coupling structure forms a guide for the movement of the first shape-locking element; and wherein said first shape-locking element comprises: a respective first substructure coupled with the first coupling structure so as to be alternatively slidable or fixed relative to the first coupling structure; and a respective second substructure coupled in a slidable manner with the second coupling structure; and wherein said second shape-locking element comprises: a respective first substructure coupled with the second coupling structure so as to be alternatively slidable or fixed relative to the second coupling structure; and a respective second substructure coupled in a slidable manner with the first coupling structure. - a first distal element (12; 612); - at least a first shape-locking element (14;614); and - a first coupling structure (16;616), which mechanically couples the first distal element to the first shape-locking element and is operable in a first and a second operating mode; - a second distal element (22; 622); - at least a second shape-locking element (24;624); and - a second coupling structure (26;626), which mechanically couples the second distal element to the second shape-locking element and is operable in a first and a second operating mode;
A method comprising: initiating detection of fluids at a first measurement zone of a microfluidic system; detecting a first fluid and second fluids at the first measurement zone and forming a first signal corresponding to the first fluid and second signals corresponding to the second fluids, wherein the first fluid is a sample fluid and the second fluids are wash fluids; transmitting a first pattern of signals to a control system, the first pattern of signals comprising an average time period between the first signal and the second signals and: a) an intensity of the first signal; b) a duration of the first signal; and/or c) a first position of the first signal in time relative to a second position of the first signal in time; comparing at least the first pattern of signals to a pre-programmed control pattern of signals or values; and determining whether to modulate fluid flow in the microfluidic system based at least in part on the first pattern of signals, wherein determining whether to modulate fluid flow in the microfluidic system comprises determining whether to stop an analysis being conducted in the microfluidic system. initiating detection of fluids at a first measurement zone of a microfluidic system; detecting a first fluid and second fluids at the first measurement zone and forming a first signal corresponding to the first fluid and second signals corresponding to the second fluids, wherein the first fluid is a sample fluid and the second fluids are wash fluids; transmitting a first pattern of signals to a control system, the first pattern of signals comprising an average time period between the first signal and the second signals and: a) an intensity of the first signal; b) a duration of the first signal; and/or c) a first position of the first signal in time relative to a second position of the first signal in time; a) an intensity of the first signal; b) a duration of the first signal; and/or c) a first position of the first signal in time relative to a second position of the first signal in time; comparing at least the first pattern of signals to a pre-programmed control pattern of signals or values; and determining whether to modulate fluid flow in the microfluidic system based at least in part on the first pattern of signals, wherein determining whether to modulate fluid flow in the microfluidic system comprises determining whether to stop an analysis being conducted in the microfluidic system.
A level measuring device for determining mobility values of echoes of an echo curve and for carrying out a tracking method taking into account at least one of the mobility values, wherein a mobility value of an echo is a parameter for the movement of the echo, which is determined with consideration of simultaneously occurring movements or another change of at least one other echo, the level measuring device comprising: a calculation unit for determining a first mobility value of a first echo of a first echo curve taking into account a positional displacement of the first echo and a positional displacement of a further echo of the first echo curve, wherein the calculation unit is further configured to perform a tracking method for grouping echoes of temporally successive echo curves that are caused by identical reflection points; wherein the calculation unit assigns a second echo of a second echo curve detected after the first echo curve to a certain track, taking into account at least the first mobility value; wherein the assignment of the second echo to the certain track is done using an expectancy function, with which a probability for the correct assignment of the second echo to the certain track can be calculated; wherein a width or a variance of the expectancy function is reduced if the positional displacement of the first echo of the first echo curve is zero but the positional displacement of the further echo of the first echo curve is not zero; and wherein the width or variance of the expectancy function is increased if the positional displacement of the first echo of the first echo curve is not zero. a calculation unit for determining a first mobility value of a first echo of a first echo curve taking into account a positional displacement of the first echo and a positional displacement of a further echo of the first echo curve, wherein the calculation unit is further configured to perform a tracking method for grouping echoes of temporally successive echo curves that are caused by identical reflection points; wherein the calculation unit assigns a second echo of a second echo curve detected after the first echo curve to a certain track, taking into account at least the first mobility value; wherein the assignment of the second echo to the certain track is done using an expectancy function, with which a probability for the correct assignment of the second echo to the certain track can be calculated; wherein a width or a variance of the expectancy function is reduced if the positional displacement of the first echo of the first echo curve is zero but the positional displacement of the further echo of the first echo curve is not zero; and wherein the width or variance of the expectancy function is increased if the positional displacement of the first echo of the first echo curve is not zero.