mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting media data in a transmitter, the method comprising: identifying a media fragment unit, MFU, comprising the media data in a package of multimedia content, wherein the package includes a plurality of assets, composition information providing information for spatial relationship and temporal relationship of the plurality of assets, and transport characteristic information providing information for transport characteristic of the plurality of assets, and wherein the MFU is included in a media processing unit, MPU, belonging to an asset of the plurality of assets; identifying the composition information in the package; identifying the transport characteristic information in the package, wherein the transport characteristic information includes information indicating whether or not lossy delivery for the assets is allowed; and transmitting the MFU, the composition information, and the transport characteristic information, and characterized in, that: a type of the composition information is one of a first type indicating that the composition information is complete composition information or a second type indicating that the composition information is partial composition information for updating the composition information, and the method further comprises transmitting information including information used for indicating the type of the composition information. identifying a media fragment unit, MFU, comprising the media data in a package of multimedia content, wherein the package includes a plurality of assets, composition information providing information for spatial relationship and temporal relationship of the plurality of assets, and transport characteristic information providing information for transport characteristic of the plurality of assets, and wherein the MFU is included in a media processing unit, MPU, belonging to an asset of the plurality of assets; identifying the composition information in the package; identifying the transport characteristic information in the package, wherein the transport characteristic information includes information indicating whether or not lossy delivery for the assets is allowed; and transmitting the MFU, the composition information, and the transport characteristic information, and characterized in, that: a type of the composition information is one of a first type indicating that the composition information is complete composition information or a second type indicating that the composition information is partial composition information for updating the composition information, and the method further comprises transmitting information including information used for indicating the type of the composition information. a type of the composition information is one of a first type indicating that the composition information is complete composition information or a second type indicating that the composition information is partial composition information for updating the composition information, and the method further comprises transmitting information including information used for indicating the type of the composition information.
Method for connecting a first conductor to a second conductor, wherein the conductors (10, 14) each have a plurality of litz wires, comprising the following steps: sheathing the first conductor with a metal sleeve, as a result of which electrically conductive and mechanically fixed contact is established between the first conductor and the sleeve, the second conductor making contact with the outside of the sleeve, so that the first conductor is in contact with the inside of the sleeve and the second conductor is in contact with the outside of the sleeve, and welding the second conductor to the sleeve. sheathing the first conductor with a metal sleeve, as a result of which electrically conductive and mechanically fixed contact is established between the first conductor and the sleeve, the second conductor making contact with the outside of the sleeve, so that the first conductor is in contact with the inside of the sleeve and the second conductor is in contact with the outside of the sleeve, and welding the second conductor to the sleeve.
An arc welding and/or soldering device having a torch connected to a torch power source and a welding and/or soldering additive supply device provided in addition to the torch, characterized in that in addition to the torch at least two welding and/or soldering additive supply devices (3, 3', 3") are provided which are adjustable in position relative to one another and to the torch about a torch longitudinal axis in the torch circumferential direction.
A fluid ejection device comprising: a fluid recirculation channel; a drop generator disposed within the fluid recirculation channel; a fluid slot in fluid communication with each end of the fluid recirculation channel; a piezoelectric fluid actuator located asymmetrically within the fluid recirculation channel with respect to the center point of the length of the fluid recirculation channel to cause fluid flow from the fluid slot, through the recirculation channel and drop generator, and back to the fluid slot, wherein the piezoelectric fluid actuator is provided between one end of the fluid recirculation channel and the drop generator and wherein there is no piezoelectric fluid actuator provided between the other end of the fluid recirculation channel and the drop generator; and a controller configured to control the direction of the fluid flow by causing the piezoelectric fluid actuator to generate compressive and tensile fluid displacements of controlled duration, wherein the controller is configured to control the duration of the compressive and tensile fluid displacements to be unequal. a fluid recirculation channel; a drop generator disposed within the fluid recirculation channel; a fluid slot in fluid communication with each end of the fluid recirculation channel; a piezoelectric fluid actuator located asymmetrically within the fluid recirculation channel with respect to the center point of the length of the fluid recirculation channel to cause fluid flow from the fluid slot, through the recirculation channel and drop generator, and back to the fluid slot, wherein the piezoelectric fluid actuator is provided between one end of the fluid recirculation channel and the drop generator and wherein there is no piezoelectric fluid actuator provided between the other end of the fluid recirculation channel and the drop generator; and a controller configured to control the direction of the fluid flow by causing the piezoelectric fluid actuator to generate compressive and tensile fluid displacements of controlled duration, wherein the controller is configured to control the duration of the compressive and tensile fluid displacements to be unequal.
Flywheel kinetic accumulator (1;100) comprising: - an accumulator assembly; - a flywheel (4;104), arranged in said assembly so as to rotate about a rotation axis in a desired rotation direction, - mechanical rolling means (6,8), mounted between the accumulator assembly and the flywheel (4;104), for guiding the rotation of the latter, - magnetic support means of the flywheel (4;104), comprising at least two sets (12,14) of magnetic elements (16,16';116,116') facing each other and magnetically interacting with each other, arranged in two respective parallel planes, along two respective circular paths having the same diameter, at a distance from each other around said rotation axis, said sets being one connected to the accumulator assembly and the other to the flywheel (4;104), and defining a magnetic support space therebetween, wherein the magnetic elements (16,16';116,116') of the two sets (12,14) are arranged such that when a magnetic element (16';116') of the one set is aligned and geometrically overlapped with a respective magnetic element (16;116) of the other set along an axis that is parallel to the rotation axis, all other magnetic elements are offset with respect to one another in order to reduce or eliminate the magnetic forces acting in the direction opposite to the rotation direction, characterized in that: - the magnetic elements (16;116) of one of said sets have a regular mutual angular distance; - the magnetic elements (16';116') of the other of said sets have a different mutual angular distance with respect to one another. - an accumulator assembly; - a flywheel (4;104), arranged in said assembly so as to rotate about a rotation axis in a desired rotation direction, - mechanical rolling means (6,8), mounted between the accumulator assembly and the flywheel (4;104), for guiding the rotation of the latter, - magnetic support means of the flywheel (4;104), comprising at least two sets (12,14) of magnetic elements (16,16';116,116') facing each other and magnetically interacting with each other, arranged in two respective parallel planes, along two respective circular paths having the same diameter, at a distance from each other around said rotation axis, said sets being one connected to the accumulator assembly and the other to the flywheel (4;104), and defining a magnetic support space therebetween, - the magnetic elements (16;116) of one of said sets have a regular mutual angular distance; - the magnetic elements (16';116') of the other of said sets have a different mutual angular distance with respect to one another.
A method of removing a radioactive material from a gas, comprising: directing the gas through a bed of salt, the gas including water vapor and the radioactive material, the salt constituting more than 50 percent by weight of the bed; condensing the water vapor in the bed and dissolving a portion of the salt to form a salt solution; and absorbing the radioactive material into the salt solution while a remainder of the gas passes through the bed; characterised in that: the salt includes sodium pentaborate. directing the gas through a bed of salt, the gas including water vapor and the radioactive material, the salt constituting more than 50 percent by weight of the bed; condensing the water vapor in the bed and dissolving a portion of the salt to form a salt solution; and absorbing the radioactive material into the salt solution while a remainder of the gas passes through the bed; characterised in that: the salt includes sodium pentaborate.
A method of rendering an audio signal for playback in an audio environment defined by a target loudspeaker system, the audio signal including audio data relating to an audio object and associated metadata including object position data indicative of an original spatial position of the audio object, the method including the steps of: a. receiving the audio signal; b. receiving loudspeaker layout data for the target loudspeaker system; c. receiving rendering control data indicative of a position modification to be applied to the audio object in the audio environment; and d. rendering the audio signal in response to the object position data, loudspeaker layout data, and rendering control data to output a modified audio signal with the audio object at a modified spatial position that is between loudspeakers within the audio environment, wherein the rendering control data determines a degree of position modification to be applied to the audio object in order to either preserve an audio timbre over a spatial accuracy of the audio object or preserve the spatial accuracy over the audio timbre of the audio object during the rendering of the audio signal, characterized in that the degree of position modification is dependent upon a number of surround loudspeakers in the target loudspeaker system. a. receiving the audio signal; b. receiving loudspeaker layout data for the target loudspeaker system; c. receiving rendering control data indicative of a position modification to be applied to the audio object in the audio environment; and d. rendering the audio signal in response to the object position data, loudspeaker layout data, and rendering control data to output a modified audio signal with the audio object at a modified spatial position that is between loudspeakers within the audio environment, wherein the rendering control data determines a degree of position modification to be applied to the audio object in order to either preserve an audio timbre over a spatial accuracy of the audio object or preserve the spatial accuracy over the audio timbre of the audio object during the rendering of the audio signal, characterized in that the degree of position modification is dependent upon a number of surround loudspeakers in the target loudspeaker system.
An extruder head for plastic extruders, in particular for producing parisons for blow-molded containers, comprising two head parts, wherein a first head part is a mandrel and a second head part is a nozzle, and wherein the two head parts are displaceable relative to one another over a discharge region in the axial direction, so that a geometry of a discharge gap s of a flow channel, which is situated between the mandrel and the nozzle, and thus also the wall thickness of a plastic tubular strand being discharged from the extruder head, are variable, wherein each head part in the discharge region of the extruder head has at least one head section with a uniform cross-sectional area, and at least one head part has at least two head sections and, each having a cross-sectional area that remains uniform within the head section,, which are spaced a distance from one another axially and have a different cross-sectional area from one another, characterized in that the cross-sectional area of the opening of the guide of a movable head part differs by less than 10% from the cross-sectional area of the end region of the movable head part so that there will be no discontinuity in the average discharge velocity of the plastic tubular strand being discharged from the extruder head when displacing the moveable head part.
A method of a terminal in a wireless communication system, the method comprising: identifying (S230, 5320) a state of the terminal; identifying a power-related parameter associated with the state of the terminal, wherein the power-related parameter includes radio access technology, RAT, associated with the state of the terminal; transmitting (S240, S330) a terminal message including information corresponding to the power-related parameter to a base station; and receiving a new configured power-related parameter from the base station based on the transmitted terminal message and operating based on the received new configured power-related parameter, wherein, when the received new configured power-related parameter is associated with a power-saving terminal state, the operating comprises turning off a 5 th generation, 5G, communication system and falling back to LTE. identifying (S230, 5320) a state of the terminal; identifying a power-related parameter associated with the state of the terminal, wherein the power-related parameter includes radio access technology, RAT, associated with the state of the terminal; transmitting (S240, S330) a terminal message including information corresponding to the power-related parameter to a base station; and receiving a new configured power-related parameter from the base station based on the transmitted terminal message and operating based on the received new configured power-related parameter, wherein, when the received new configured power-related parameter is associated with a power-saving terminal state, the operating comprises turning off a 5 th generation, 5G, communication system and falling back to LTE.
Mobile terminal comprising a lid unit arranged to substantially block an opening in a mobile terminal housing in an assembled state of the mobile terminal and arranged to allow access through the opening into the interior of the mobile terminal when removed from the opening, characterised in that the mobile terminal lid unit comprises a lid and two key devices (12, 18) for controlling at least one function on the mobile terminal, each of the two key devices (12, 18) comprises a physical key (24,26), wherein two detection switches (28, 30) are arranged to detect the movement of the two physical keys (24,26); and the opening has such dimensions that a replaceable battery and/or a replaceable SIM-card and/or a replaceable memory card of the mobile terminal that need to be accessible from the outside are accessible through the opening in the mobile terminal housing, wherein the replaceable battery and/or the replaceable SIM-card and/or the replaceable memory card are arranged between the two detection switches (28, 30).
A process for producing a daughter radionuclide from a parent radionuclide comprising the steps of: a) loading the parent radionuclide on a first solid medium contained in a generator and onto which the parent radionuclide is retained and whereby the daughter radionuclide is formed by radioactive decay of the parent radionuclide; b) eluting this medium with a A0 solution so as to recover a A1 solution comprising the daughter radionuclide; c) optionally adjusting the pH of the A1 solution so as to obtain a A1' solution, d) loading this A1 or A1' solution onto the head of a second solid medium contained in a chromatography column; e) first washing said second solid medium with a A2 washing solution; f) second washing said second solid medium with a A2' washing solution; g) and then eluting the daughter radionuclide with a A3 solution, characterized in that in the chromatography column the first washing step is conducted from head to tail of the column and the second washing step and the second eluting step are conducted from tail to head of the column. a) loading the parent radionuclide on a first solid medium contained in a generator and onto which the parent radionuclide is retained and whereby the daughter radionuclide is formed by radioactive decay of the parent radionuclide; b) eluting this medium with a A0 solution so as to recover a A1 solution comprising the daughter radionuclide; c) optionally adjusting the pH of the A1 solution so as to obtain a A1' solution, d) loading this A1 or A1' solution onto the head of a second solid medium contained in a chromatography column; e) first washing said second solid medium with a A2 washing solution; f) second washing said second solid medium with a A2' washing solution; g) and then eluting the daughter radionuclide with a A3 solution,
A negative active material for a rechargeable lithium battery, comprising: a silicon-carbon composite comprising crystalline carbon and a silicon particle, wherein the silicon-carbon composite further comprises an alkali metal or an alkaline-earth metal, characterized in that the alkali metal or the alkaline-earth metal is magnesium, and a content of the alkali metal or the alkaline-earth metal is greater than or equal to about 500 ppm and less than about 5000 ppm based on that of the silicon-carbon composite. a silicon-carbon composite comprising crystalline carbon and a silicon particle, wherein the silicon-carbon composite further comprises an alkali metal or an alkaline-earth metal, characterized in that the alkali metal or the alkaline-earth metal is magnesium, and a content of the alkali metal or the alkaline-earth metal is greater than or equal to about 500 ppm and less than about 5000 ppm based on that of the silicon-carbon composite.
An automotive light comprising a substantially basin-shaped rear body structured so to be fixed onto the vehicle body; a front lenticular semi-shell, which is arranged to close the mouth of the rear body and is provided with at least one band-like, transparent or semi-transparent portion; and at least a first lighting assembly, which is structured so as to emit light when electrically powered, and is arranged within the rear body so as to backlight the band-like, transparent or semi-transparent portion of the front lenticular semi-shell; the automotive light being characterized in that said first lighting assembly comprises: a first light-guiding plate made of photoconductive material and which substantially extends from the bottom of the rear body up to and close to the front lenticular semi-shell, while remaining locally substantially perpendicular to said front lenticular semi-shell, and is furthermore shaped so as to arrange its front lateral side close to a first part of said band-like, transparent or semi transparent portion; a second light-guiding plate made of photoconductive material, which laterally rests on or is joined with one of the two larger faces of said first light-guiding plate, close to the front lateral side of the same first light-guiding plate, so as to form a substantially L-shaped structure, which locally extends substantially tangent to the front lenticular semi-shell so as to substantially completely cover the remaining part of said band-like, transparent or semi-transparent portion, and which is structured to cause the controlled and progressive emission of the light travelling into the body of the second light-guiding plate through the surface of the second light-guiding plate directly facing the front lenticular semi-shell; first lighting means (10, 12) which are structured so as to emit light when electrically powered, and are arranged within the rear body facing the rear lateral side of the first light-guiding plate, so as to direct/convey the light produced towards the same rear lateral side of the first light-guiding plate; and second lighting means (11, 13) which are structured to emit light when electrically powered and are arranged within the rear body facing the free lateral side of the second light-guiding plate, so as to direct/convey the light produced towards the same free lateral side of the second light-guiding plate.
Sensor device for height measurement, the sensor device comprises: a transceiving coil arrangement comprising at least one transceiving coil; a transmitting drive unit; a receiver unit; a reference coil arrangement; a reference control unit; wherein the transceiving coil arrangement is coupled to both, the transmitting drive circuit and the receiver unit; wherein the reference control unit is coupled to the reference coil arrangement; wherein the reference coil arrangement is movably positioned with respect to the transceiving coil arrangement; wherein the drive unit is adapted to drive the transceiving coil arrangement with an AC power signal of a predetermined duration for generating a magnetic field, wherein the reference control unit is adapted for accumulating energy out of the generated magnetic field and for generating a reference signal for driving the reference coil arrangement with the generated reference signal based on an amount of the accumulated energy; wherein the receiver unit is adapted for receiving the reference signal and for outputing a signal for determining a distance (d) between the transceiving coil arrangement and the reference coil arrangement based on the reference signal and the duration of the AC power signal. a transceiving coil arrangement comprising at least one transceiving coil; a transmitting drive unit; a receiver unit; a reference coil arrangement; a reference control unit; wherein the transceiving coil arrangement is coupled to both, the transmitting drive circuit and the receiver unit; wherein the reference control unit is coupled to the reference coil arrangement; wherein the reference coil arrangement is movably positioned with respect to the transceiving coil arrangement; wherein the drive unit is adapted to drive the transceiving coil arrangement with an AC power signal of a predetermined duration for generating a magnetic field, wherein the reference control unit is adapted for accumulating energy out of the generated magnetic field and for generating a reference signal for driving the reference coil arrangement with the generated reference signal based on an amount of the accumulated energy; wherein the receiver unit is adapted for receiving the reference signal and for outputing a signal for determining a distance (d) between the transceiving coil arrangement and the reference coil arrangement based on the reference signal and the duration of the AC power signal.