mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, measurement configuration information, the measurement configuration information including measurement object information; performing a measurement of one or more beams based on the measurement configuration information; identifying whether each measurement value of the one or more beams exceeds a threshold value configured by the base station; generating a measurement report message based on the identification; and transmitting, to the base station, the measurement report message, wherein the measurement object information includes information on a frequency to be measured and information on a number of beams to be measured and beam indices of the beams to be measured for the frequency, wherein the measurement report message includes a cell-level measurement result of one or more serving cells, and includes a beam measurement result of the one or more serving cells, in case that measurement values of one or more beams of the one or more serving cells exceed the threshold value, and wherein the measurement report message includes a cell-level measurement result of one or more neighboring cells, and includes a beam measurement result of the one or more neighboring cells, in case that measurement values of one or more beams of the one or more neighboring cells exceed the threshold value. receiving, from a base station, measurement configuration information, the measurement configuration information including measurement object information; performing a measurement of one or more beams based on the measurement configuration information; identifying whether each measurement value of the one or more beams exceeds a threshold value configured by the base station; generating a measurement report message based on the identification; and transmitting, to the base station, the measurement report message, wherein the measurement object information includes information on a frequency to be measured and information on a number of beams to be measured and beam indices of the beams to be measured for the frequency, wherein the measurement report message includes a cell-level measurement result of one or more serving cells, and includes a beam measurement result of the one or more serving cells, in case that measurement values of one or more beams of the one or more serving cells exceed the threshold value, and wherein the measurement report message includes a cell-level measurement result of one or more neighboring cells, and includes a beam measurement result of the one or more neighboring cells, in case that measurement values of one or more beams of the one or more neighboring cells exceed the threshold value.
Method for producing hollow microspheres of glass - wherein an aqueous suspension of starting materials, comprising finely ground glass and waterglass, is prepared, - wherein firing material particles are produced from said suspension, - wherein the firing material particles are mixed with a pulverulent release agent, - wherein the mixture of firing material particles and release agent is introduced into a firing chamber (21, 41) of a furnace (6, 40), and - wherein the firing material particles expand in the firing chamber (21, 41) at a firing temperature exceeding the softening temperature of the finely ground glass to form the hollow microspheres, characterized in that the release agent contains AIO. - wherein an aqueous suspension of starting materials, comprising finely ground glass and waterglass, is prepared, - wherein firing material particles are produced from said suspension, - wherein the firing material particles are mixed with a pulverulent release agent, - wherein the mixture of firing material particles and release agent is introduced into a firing chamber (21, 41) of a furnace (6, 40), and - wherein the firing material particles expand in the firing chamber (21, 41) at a firing temperature exceeding the softening temperature of the finely ground glass to form the hollow microspheres,
A controller for an electrically heated aerosol-generating device comprising a heating element and a rechargeable power supply for powering the heating element, wherein the controller is configured to control a supply of power from the power supply to the heating element in dependence on an ambient temperature adjacent the device, and prevent power being supplied to the heating element when the ambient temperature adjacent the device is below a pre-determined lower temperature threshold.
An image forming apparatus having a duplex-printing mechanism, comprising: an apparatus body; an image forming unit provided on the apparatus body and configured to form an image on a sheet; a guide unit provided in the apparatus body; and a retransporting unit having a retransporting path for retransporting the sheet discharged from the image forming unit toward an inlet port of the image forming unit, the retransporting unit being detachably insertable and mountable in the apparatus body by being guided by the guide unit, the retransporting unit including: a transporting roller configured to apply a transporting force to the sheet transported in the retransporting path; and an input portion configured to receive an input of a drive force supplied from a drive mechanism disposed in the apparatus body, characterized by a drive shaft extending from the input portion toward the transporting roller in the direction parallel to the direction of the insertion, and configured to transmit the drive force from the input portion toward the transporting roller by rotating about an axis thereof wherein the drive shaft is disposed at a portion shifted from an area constituting the retransporting path; and in that the input portion is disposed at a position shifted from the transporting roller in a direction opposite to a direction of insertion of the retransporting unit. an apparatus body; an image forming unit provided on the apparatus body and configured to form an image on a sheet; a guide unit provided in the apparatus body; and a retransporting unit having a retransporting path for retransporting the sheet discharged from the image forming unit toward an inlet port of the image forming unit, the retransporting unit being detachably insertable and mountable in the apparatus body by being guided by the guide unit, the retransporting unit including: a transporting roller configured to apply a transporting force to the sheet transported in the retransporting path; and a transporting roller configured to apply a transporting force to the sheet transported in the retransporting path; and an input portion configured to receive an input of a drive force supplied from a drive mechanism disposed in the apparatus body, characterized by a drive shaft extending from the input portion toward the transporting roller in the direction parallel to the direction of the insertion, and configured to transmit the drive force from the input portion toward the transporting roller by rotating about an axis thereof wherein the drive shaft is disposed at a portion shifted from an area constituting the retransporting path; and in that the input portion is disposed at a position shifted from the transporting roller in a direction opposite to a direction of insertion of the retransporting unit.
Method for configuring a digital audio filter, comprising: providing a decaying impulse response in the time domain, representing at least part of the transfer characteristics of the digital audio filter; determining the poles and zeros of the decaying impulse response in the z-domain; selecting at least one subset of the poles and zeros of the decaying impulse response, wherein said selecting of at least one subset of the poles and zeros of the decaying impulse response comprises grouping poles and zeros of the decaying impulse response in accordance with at least one predefined frequency interval; and for each of the at least one subset of the poles and zeros: determining a respective subset impulse response in the time domain, windowing the respective subset impulse response in the time domain, and configuring the digital audio filter in accordance with the windowed respective subset impulse response (72; 74; 76; 78; 80; 82; 84). providing a decaying impulse response in the time domain, representing at least part of the transfer characteristics of the digital audio filter; determining the poles and zeros of the decaying impulse response in the z-domain; selecting at least one subset of the poles and zeros of the decaying impulse response, wherein said selecting of at least one subset of the poles and zeros of the decaying impulse response comprises grouping poles and zeros of the decaying impulse response in accordance with at least one predefined frequency interval; and for each of the at least one subset of the poles and zeros: determining a respective subset impulse response in the time domain, windowing the respective subset impulse response in the time domain, and configuring the digital audio filter in accordance with the windowed respective subset impulse response (72; 74; 76; 78; 80; 82; 84). determining a respective subset impulse response in the time domain, windowing the respective subset impulse response in the time domain, and configuring the digital audio filter in accordance with the windowed respective subset impulse response (72; 74; 76; 78; 80; 82; 84).
A pharmaceutical composition comprising an amount of Pridopidine or a pharmaceutically acceptable salt thereof for use as an add-on therapy to or in combination with an amount of Tetrabenazine or a pharmaceutically acceptable salt thereof in treating a subject afflicted with Huntington's disease, Tourette's syndrome, or tardive dyskinesia.
A method for switching from a fax channel to a voice channel, comprising: after entering a T.38 fax channel, counting a first quantity of scheduling periods during which data demodulated by a local end is not fax data continuously, and counting a second quantity of scheduling periods during which the local end does not receive any T.38 packet sent by a remote end continuously; and judging whether the first quantity and the second quantity both reach a threshold, and switching from the T.38 fax channel to a voice channel in a situation that the first quantity and the second quantity both reach the threshold. after entering a T.38 fax channel, counting a first quantity of scheduling periods during which data demodulated by a local end is not fax data continuously, and counting a second quantity of scheduling periods during which the local end does not receive any T.38 packet sent by a remote end continuously; and judging whether the first quantity and the second quantity both reach a threshold, and switching from the T.38 fax channel to a voice channel in a situation that the first quantity and the second quantity both reach the threshold.
An orthogonal frequency division multiplexing, OFDM, transmitting apparatus comprising: a storage storing position information of reserved tones into which a peak reduction kernel signal for reducing a peak to average power ratio, PAPR, is inserted, the position information of the reserved tones being different according to a type of data symbol; a processor configured to generate a transmission signal; and a compensator configured to: retrieve information corresponding to a type of data symbol of the transmission signal from among the stored information, and insert the peak reduction kernel signal for reducing the peak to average power ratio, PAPR, based on the retrieved information into the transmission signal, wherein the reserved tones comprise a tone excluding a tone which carries normal data and a tone which carries additional data. a storage storing position information of reserved tones into which a peak reduction kernel signal for reducing a peak to average power ratio, PAPR, is inserted, the position information of the reserved tones being different according to a type of data symbol; a processor configured to generate a transmission signal; and a compensator configured to: retrieve information corresponding to a type of data symbol of the transmission signal from among the stored information, and insert the peak reduction kernel signal for reducing the peak to average power ratio, PAPR, based on the retrieved information into the transmission signal, retrieve information corresponding to a type of data symbol of the transmission signal from among the stored information, and insert the peak reduction kernel signal for reducing the peak to average power ratio, PAPR, based on the retrieved information into the transmission signal, wherein the reserved tones comprise a tone excluding a tone which carries normal data and a tone which carries additional data.
A multiple glazing unit with thermal isolation properties, obtained by associating a plurality of glass substrates (10, 30) separated by gas-filled cavities, the front face of the first substrate defining the external wall of the glazing unit and the back face of the last substrate defining the internal wall of said glazing unit, said multiple glazing unit incorporating: - a first low-E film multilayer comprising at least one functional metallic film; and - a second low-E film multilayer comprising at least one functional film made of a transparent conductive oxide, in which said second multilayer is deposited on the back face of the last substrate, forming the internal wall of the glazing unit, in which said first multilayer is deposited on the other face of said last substrate or on the face of the preceding substrate facing said other face, and in which a film comprising oxygen and silicon and comprising more than 80 wt% silicon oxide, based on the simple oxide formulation SiO 2, and having a physical thickness lying between 40 and 90 nm, is placed, in said second low-E film multilayer and relative to the surface of said last glass substrate, above the functional film made of transparent conductive oxide. - a first low-E film multilayer comprising at least one functional metallic film; and - a second low-E film multilayer comprising at least one functional film made of a transparent conductive oxide,
An optical sensing device comprising: a source unit configured to generate a polychromatic light beam containing p-polarized and s-polarized components; an interferometric unit configured to split the light beam into a probe beam passing a first path and a reference beam passing a second path and to recombine the probe beam output from the first path and the reference beam output from the second path; a sensing unit disposed in the first path to introduce a first SPR effect associated with a target sample to the probe beam; a beam splitter for splitting the recombined beam from an interferometer into P and S light beam components; a dual channel analyzer, each channel comprising a respective wavelength dispersive grating for separating the respective P and S light beam components into spatially dispersed wavelengths and a respective detector array configured to capture respective spectral intensity oscillation signals as a function of wavelength for the respective p-polarized and s-polarized components; a processing unit for receiving the spectral intensity oscillation signals of the respective p-polarized and s-polarized components and for determining target sample characteristics by computing a differential phase between the p-polarized and s-polarized component signals; and a phase stepping unit for introducing a common time delay between the first path and the second path in both the p-polarized and s-polarized components. a source unit configured to generate a polychromatic light beam containing p-polarized and s-polarized components; an interferometric unit configured to split the light beam into a probe beam passing a first path and a reference beam passing a second path and to recombine the probe beam output from the first path and the reference beam output from the second path; a sensing unit disposed in the first path to introduce a first SPR effect associated with a target sample to the probe beam; a beam splitter for splitting the recombined beam from an interferometer into P and S light beam components; a dual channel analyzer, each channel comprising a respective wavelength dispersive grating for separating the respective P and S light beam components into spatially dispersed wavelengths and a respective detector array configured to capture respective spectral intensity oscillation signals as a function of wavelength for the respective p-polarized and s-polarized components; a processing unit for receiving the spectral intensity oscillation signals of the respective p-polarized and s-polarized components and for determining target sample characteristics by computing a differential phase between the p-polarized and s-polarized component signals; and a phase stepping unit for introducing a common time delay between the first path and the second path in both the p-polarized and s-polarized components.
A method comprising: forming a cavity in a support structure, the support structure operable to support a semiconductor device, wherein forming a cavity comprises forming a first opening within the support structure, filling the first opening with a filling material and forming a second opening within the filling material; disposing at least a portion of a circuit element in the second opening in the filling material; filling the second opening in the support structure with an electrically non-conductive filling material so as to at least partially surround the circuit element with the non-conductive filling material; and electrically connecting the semiconductor device to the circuit element. forming a cavity in a support structure, the support structure operable to support a semiconductor device, wherein forming a cavity comprises forming a first opening within the support structure, filling the first opening with a filling material and forming a second opening within the filling material; disposing at least a portion of a circuit element in the second opening in the filling material; filling the second opening in the support structure with an electrically non-conductive filling material so as to at least partially surround the circuit element with the non-conductive filling material; and electrically connecting the semiconductor device to the circuit element.
Air inlet outlet for a motor vehicle air conditioning unit, the air intake outlet being located between a front transverse edge of a windscreen of the motor vehicle and a rear transverse edge of a hood of the said motor vehicle, the outlet of the vehicle air inlet comprising: - a flashing grid extending across the intake of air; and - a deflector configured to prevent a liquid from crashing from the windscreen on the flashing grid, the deflector consisting of a cap that extends from a rear edge of the flashing grid on the side of the front transverse edge the windscreen of the motor vehicle and the flashing grid, characterized in that the deflector includes a peripheral frame at the screen grid, the cap of the said deflector being connected to that peripheral frame through peripheral bulkheads (156a, 156b, 156c) to the said timestamp. - a flashing grid extending across the intake of air; and - a deflector configured to prevent a liquid from crashing from the windscreen on the flashing grid, the deflector consisting of a cap that extends from a rear edge of the flashing grid on the side of the front transverse edge the windscreen of the motor vehicle and the flashing grid,
An indoor unit, comprising: an air-sending portion, which includes a casing having an air outlet and accommodating an impeller including a plurality of blades; a heat exchanger, which is configured to exchange heat with gas sent from the air-sending portion; and a guide portion, which includes an upper guide (11a, 11d) defining a passage for the gas and being arranged between an upper edge portion of the air outlet and an upper end portion of the heat exchanger, and a lower guide (11b, 11e) defining a passage for the gas and being provided between a lower edge portion of the air outlet and a lower end portion of the heat exchanger, wherein the guide portion is open at side regions of the guide portion, and characterized in that at least one of the upper guide (11a, 11d) and the lower guide (11b, 11e) has a curved shape to a lateral side and an arc shape when viewed from the fan air-outlet side in a direction substantially parallel to a front-back direction of the air-sending portion. an air-sending portion, which includes a casing having an air outlet and accommodating an impeller including a plurality of blades; a heat exchanger, which is configured to exchange heat with gas sent from the air-sending portion; and a guide portion, which includes an upper guide (11a, 11d) defining a passage for the gas and being arranged between an upper edge portion of the air outlet and an upper end portion of the heat exchanger, and a lower guide (11b, 11e) defining a passage for the gas and being provided between a lower edge portion of the air outlet and a lower end portion of the heat exchanger, an upper guide (11a, 11d) defining a passage for the gas and being arranged between an upper edge portion of the air outlet and an upper end portion of the heat exchanger, and a lower guide (11b, 11e) defining a passage for the gas and being provided between a lower edge portion of the air outlet and a lower end portion of the heat exchanger, wherein the guide portion is open at side regions of the guide portion, and characterized in that at least one of the upper guide (11a, 11d) and the lower guide (11b, 11e) has a curved shape to a lateral side and an arc shape when viewed from the fan air-outlet side in a direction substantially parallel to a front-back direction of the air-sending portion.
An apparatus for detecting a presence of an object (524, 624), comprising: means for determining an electrical characteristic associated with each of a plurality of electrically conductive loops (401-412, 601, 701-704, 801-804) arranged in an array (400, 522); and characterised by: means for, for each loop of the plurality of electrically conductive loops, determining a parameter based on a sum of a deviation of the electrical characteristic associated with the loop from a reference value and a deviation of the electrical characteristic associated with at least one adjacent loop from the reference value; and means for determining the presence of the object based on the parameter. means for determining an electrical characteristic associated with each of a plurality of electrically conductive loops (401-412, 601, 701-704, 801-804) arranged in an array (400, 522); and characterised by: means for, for each loop of the plurality of electrically conductive loops, determining a parameter based on a sum of a deviation of the electrical characteristic associated with the loop from a reference value and a deviation of the electrical characteristic associated with at least one adjacent loop from the reference value; and means for determining the presence of the object based on the parameter. means for, for each loop of the plurality of electrically conductive loops, determining a parameter based on a sum of a deviation of the electrical characteristic associated with the loop from a reference value and a deviation of the electrical characteristic associated with at least one adjacent loop from the reference value; and means for determining the presence of the object based on the parameter.