mhurhangee/ep-ind-claims huggingface dataset:
An apparatus of a user equipment, UE, comprising: a memory to store a Unified Radio Application and to store one or more configuration parameters for the Unified Radio Application; and one or more baseband processors to receive a radio application update from a remote server, and to update the Unified Radio Application via a Multiradio Interface, MURI, "updateRadioApps" operation with the received radio application update, wherein the "updateRadioApps" operation is handled by an Administrative Services function of the MURI and comprises: transmitting, from a communication service layer, CSL, to a radio control framework, RCF, a request of updating an instance of the Unified Radio Application: replacing the instance of the Unified Radio Application, wherein during the replacement process, the one or more configuration parameters for the Unified Radio Application are maintained; and transmitting, from the RCF to the CSL, a confirmation of the updating of the instance of the Unified Radio Application. a memory to store a Unified Radio Application and to store one or more configuration parameters for the Unified Radio Application; and one or more baseband processors to receive a radio application update from a remote server, and to update the Unified Radio Application via a Multiradio Interface, MURI, "updateRadioApps" operation with the received radio application update, wherein the "updateRadioApps" operation is handled by an Administrative Services function of the MURI and comprises: transmitting, from a communication service layer, CSL, to a radio control framework, RCF, a request of updating an instance of the Unified Radio Application: replacing the instance of the Unified Radio Application, wherein during the replacement process, the one or more configuration parameters for the Unified Radio Application are maintained; and transmitting, from a communication service layer, CSL, to a radio control framework, RCF, a request of updating an instance of the Unified Radio Application: replacing the instance of the Unified Radio Application, wherein during the replacement process, the one or more configuration parameters for the Unified Radio Application are maintained; and transmitting, from the RCF to the CSL, a confirmation of the updating of the instance of the Unified Radio Application.
Method for manufacturing at least one component by 3D printing on a construction platform which is provided with a heating device, comprising the steps of: applying a layer of loose particulate material onto the construction platform, heating the applied layer of loose particulate material by means of the heating device of the construction platform, outputting a liquid treatment agent onto a subarea of the heated layer of loose particulate material, repeating the above steps, in order to build the at least one component, wherein the heating by means of the heating device of the construction platform is carried out in such a way that a temperature of the construction platform rises during the building of the component toward a predefined construction platform maximum temperature, in order to set a surface temperature of the respectively last applied layer, and wherein the liquid treatment agent comprises a phenol-based binding agent or a furan-based binding agent or a water glass-based binding agent. applying a layer of loose particulate material onto the construction platform, heating the applied layer of loose particulate material by means of the heating device of the construction platform, outputting a liquid treatment agent onto a subarea of the heated layer of loose particulate material, repeating the above steps, in order to build the at least one component, wherein the heating by means of the heating device of the construction platform is carried out in such a way that a temperature of the construction platform rises during the building of the component toward a predefined construction platform maximum temperature, in order to set a surface temperature of the respectively last applied layer, and wherein the liquid treatment agent comprises a phenol-based binding agent or a furan-based binding agent or a water glass-based binding agent.
A method for processing a frequency-modulated analogue signal, implemented by a wireless communication receiver, said method comprising the following steps: - reception, by said receiver, of said analogue signal ( S FM ( t)) which is frequency-modulated by a useful signal (s); - processing of said received signal comprising a frequency-demodulation of said received analogue signal; said method being such that, the receiver comprising Q reception antennas (A 1,..., A Q) and Q processing channels (CH1,..., CHQ) each associated with a respective antenna, with Q ≥ 2, the following steps are implemented by the receiver, in order to obtain the demodulated signal: - i/ said reception comprises the reception, by each of the antennas associated with the channels, of the frequency-modulated analogue signal, and said processing comprises, on each channel q, q = 1 to Q, the sampling of the signal received by the antenna associated with the channel q and the obtaining, by transposition of said sampled signal into baseband, of the complex samples m q (n); - ii/ the obtaining, on each channel q (CHq), of a first estimation of the useful signal values ŝ q ( n) as a function of said complex samples m q ( n) obtained on the channel q; - iii/ on each channel q, the estimation of the signal-to-noise ratio RSB ^ q by calculating RSB ^ q = S q 2. B q, with S q = mod_moy q 2, B q = 1 N. ∑ n = 1 N ( mod _ moy q − m q n) 2 and mod _ moy q = 1 N. ∑ n = 1 N m q n 2, in which N is a fixed integer; - iv/ then the determination of a second estimation ŝ ( n) of the useful signal as a function of the Q estimations of the signal-to-noise ratio RSB ^ q, q = 1 to Q, and as a function of at least one of said first estimations obtained ŝ q (n) of the useful signal, q = 1 to Q. - reception, by said receiver, of said analogue signal ( S FM ( t)) which is frequency-modulated by a useful signal (s); - processing of said received signal comprising a frequency-demodulation of said received analogue signal; - i/ said reception comprises the reception, by each of the antennas associated with the channels, of the frequency-modulated analogue signal, and said processing comprises, on each channel q, q = 1 to Q, the sampling of the signal received by the antenna associated with the channel q and the obtaining, by transposition of said sampled signal into baseband, of the complex samples m q (n); - ii/ the obtaining, on each channel q (CHq), of a first estimation of the useful signal values ŝ q ( n) as a function of said complex samples m q ( n) obtained on the channel q; - iii/ on each channel q, the estimation of the signal-to-noise ratio RSB ^ q by calculating RSB ^ q = S q 2. B q, with S q = mod_moy q 2, B q = 1 N. ∑ n = 1 N ( mod _ moy q − m q n) 2 and mod _ moy q = 1 N. ∑ n = 1 N m q n 2, in which N is a fixed integer; - iv/ then the determination of a second estimation ŝ ( n) of the useful signal as a function of the Q estimations of the signal-to-noise ratio RSB ^ q, q = 1 to Q, and as a function of at least one of said first estimations obtained ŝ q (n) of the useful signal, q = 1 to Q.
An imaging method comprising: accessing image data of an image to be formed; using the image data, controlling a print device to eject a plurality of droplets of a liquid marking agent corresponding to the image to be formed, wherein the droplets of the liquid marking agent individually comprise a plurality of ink particles within a non-aqueous carrier fluid; using the print device, ejecting the droplets of the liquid marking agent; after the ejecting, receiving the droplets of the liquid marking agent upon a transfer member; after the receiving, developing the droplets of the liquid marking agent upon the transfer member to substantially fix areas of the droplets upon the transfer member; removing at least a portion of the liquid carrier of the droplets upon the transfer member; and after the removing, transferring the ink particles of the droplets from the transfer member to media to form a hard version of the image using the media, characterized in that the method comprises the step of facilitating the transferring via heating a first additive resin material on the media along a media delivery path at least prior to the transferring. accessing image data of an image to be formed; using the image data, controlling a print device to eject a plurality of droplets of a liquid marking agent corresponding to the image to be formed, wherein the droplets of the liquid marking agent individually comprise a plurality of ink particles within a non-aqueous carrier fluid; using the print device, ejecting the droplets of the liquid marking agent; after the ejecting, receiving the droplets of the liquid marking agent upon a transfer member; after the receiving, developing the droplets of the liquid marking agent upon the transfer member to substantially fix areas of the droplets upon the transfer member; removing at least a portion of the liquid carrier of the droplets upon the transfer member; and after the removing, transferring the ink particles of the droplets from the transfer member to media to form a hard version of the image using the media, characterized in that the method comprises the step of facilitating the transferring via heating a first additive resin material on the media along a media delivery path at least prior to the transferring.
A method, comprising: receiving, by a first device from a second device, configuration information for resource-saving transmission; determining, by the first device, that the resource-saving transmission is to be used to transmit data over one or more of a plurality of subbands where listen-before-talk, LBT, succeeds in at least one of the plurality of subbands and LBT fails in at least one other of the plurality of subbands in an unlicensed spectrum, according to the received configuration information for resource-saving transmission; receiving, by a higher layer of the first device from a lower layer of the first device, an indication of a LBT failure in a subband of the plurality of subbands; determining, by the higher layer of the first device, the data to be transmitted over the plurality of subbands, according to the indication of the LBT failure; and performing, by the higher layer, the resource-saving transmission to transmit the data over the plurality of subbands. receiving, by a first device from a second device, configuration information for resource-saving transmission; determining, by the first device, that the resource-saving transmission is to be used to transmit data over one or more of a plurality of subbands where listen-before-talk, LBT, succeeds in at least one of the plurality of subbands and LBT fails in at least one other of the plurality of subbands in an unlicensed spectrum, according to the received configuration information for resource-saving transmission; receiving, by a higher layer of the first device from a lower layer of the first device, an indication of a LBT failure in a subband of the plurality of subbands; determining, by the higher layer of the first device, the data to be transmitted over the plurality of subbands, according to the indication of the LBT failure; and performing, by the higher layer, the resource-saving transmission to transmit the data over the plurality of subbands.
A thrust reverser, comprising: a frame; a first reverser door pivotally mounted to the frame and having a first trailing edge; a second reverser door pivotally mounted to the frame and having a second trailing edge; and a hybrid exhaust duct, wherein the first trailing edge provides a portion of an exit plane of the thrust reverser and the second trailing edge provides a transition portion that merges into the hybrid exhaust duct, wherein the thrust reverser defines a central axis and the hybrid exhaust duct includes a pre-exit portion that extends circumferentially about the central axis from a first termination point to a second termination point; characterised in that: the first termination point and the second termination point define a post-exit portion of the hybrid exhaust duct, and the first reverser door includes a first outer surface having a first outer surface portion configured to reside in the post-exit portion when the thrust reverser assumes a stowed position. a frame; a first reverser door pivotally mounted to the frame and having a first trailing edge; a second reverser door pivotally mounted to the frame and having a second trailing edge; and a hybrid exhaust duct, wherein the first trailing edge provides a portion of an exit plane of the thrust reverser and the second trailing edge provides a transition portion that merges into the hybrid exhaust duct, wherein the thrust reverser defines a central axis and the hybrid exhaust duct includes a pre-exit portion that extends circumferentially about the central axis from a first termination point to a second termination point; characterised in that: the first termination point and the second termination point define a post-exit portion of the hybrid exhaust duct, and the first reverser door includes a first outer surface having a first outer surface portion configured to reside in the post-exit portion when the thrust reverser assumes a stowed position.
Aerosol-generating device comprising: at least two heating arrangements, each heating arrangement comprising: a heating coil, a first contact, a second contact and a third contact, wherein the first contact is arranged contacting a distal end of the heating coil, wherein the second contact is arranged contacting a proximal end of the heating coil, wherein the third contact is arranged contacting the heating coil between the first contact and the second contact, and a sliding arrangement, wherein the heating coils of the heating arrangements are arranged side by side parallel to a longitudinal axis of the aerosol-generating device, wherein the sliding arrangement is arranged adjacent the heating coils and configured to slide parallel to the longitudinal axis of the aerosol-generating device and parallel to the heating coils, wherein the third contacts of the heating arrangements are mounted on the sliding arrangement, and wherein an electrical contact point between each third contact and each respective heating coil is adaptable by sliding the sliding arrangement. at least two heating arrangements, each heating arrangement comprising: a heating coil, a first contact, a second contact and a third contact, wherein the first contact is arranged contacting a distal end of the heating coil, wherein the second contact is arranged contacting a proximal end of the heating coil, wherein the third contact is arranged contacting the heating coil between the first contact and the second contact, and a sliding arrangement, wherein the heating coils of the heating arrangements are arranged side by side parallel to a longitudinal axis of the aerosol-generating device, wherein the sliding arrangement is arranged adjacent the heating coils and configured to slide parallel to the longitudinal axis of the aerosol-generating device and parallel to the heating coils, wherein the third contacts of the heating arrangements are mounted on the sliding arrangement, and wherein an electrical contact point between each third contact and each respective heating coil is adaptable by sliding the sliding arrangement.
Cosmetic preparation comprising a) an acrylate copolymer having a glass transition temperature of -5 to - 15°C, measured by means of DSC, and b) particulate UV filters, wherein the preparation is free of propyl- and butylparaben, 3-iodo-2-propynyl butylcarbamate, methylisothiazolinone, 3-(4-methylbenzylidene)camphor and 2-hydroxy-4-methoxybenzophenone (oxybenzone). a) an acrylate copolymer having a glass transition temperature of -5 to - 15°C, measured by means of DSC, and b) particulate UV filters, wherein the preparation is free of propyl- and butylparaben, 3-iodo-2-propynyl butylcarbamate, methylisothiazolinone, 3-(4-methylbenzylidene)camphor and 2-hydroxy-4-methoxybenzophenone (oxybenzone).
A connector structure of a transmission line disposed at one end of a cable, the connector structure comprising: a sleeve comprising an opening or a slit; a first connector module covered by the sleeve, wherein one end of the first connector module has a first plug, and the other end of the first connector module has a first socket; and a second connector module, wherein one end of the second connector module has a second plug, the other end of the second connector module is connected to the cable, and the second plug is pluggably connected to the first socket; wherein the opening or the slit is located adjacent to a junction part between the first connector module and the second connector module; characterized in that the sleeve is an elastic sleeve, the second connector module is covered by the elastic sleeve, the second plug is detached from the first socket when the elastic sleeve together with the first connector module are outstretched along a direction away from the second connector module, the second plug is protruded from the opening or the slit when the elastic sleeve together with the first connector module are bent along a direction away from the opening or the slit. a sleeve comprising an opening or a slit; a first connector module covered by the sleeve, wherein one end of the first connector module has a first plug, and the other end of the first connector module has a first socket; and a second connector module, wherein one end of the second connector module has a second plug, the other end of the second connector module is connected to the cable, and the second plug is pluggably connected to the first socket; wherein the opening or the slit is located adjacent to a junction part between the first connector module and the second connector module; characterized in that the sleeve is an elastic sleeve, the second connector module is covered by the elastic sleeve, the second plug is detached from the first socket when the elastic sleeve together with the first connector module are outstretched along a direction away from the second connector module, the second plug is protruded from the opening or the slit when the elastic sleeve together with the first connector module are bent along a direction away from the opening or the slit.
An interchangeable lens apparatus attachable to an imaging apparatus configured to move an image sensor in an image stabilization, the interchangeable lens comprising: an imaging optical system; characterized in that the interchangeable lens further comprises: a storage unit configured to store image circle information including position information of an image circle of the imaging optical system in relation to each of a plurality of parameters of an imaging condition; and a transmission unit configured to transmit at least the position information of the image circle information to the imaging apparatus. an imaging optical system; characterized in that the interchangeable lens further comprises: a storage unit configured to store image circle information including position information of an image circle of the imaging optical system in relation to each of a plurality of parameters of an imaging condition; and a transmission unit configured to transmit at least the position information of the image circle information to the imaging apparatus. a storage unit configured to store image circle information including position information of an image circle of the imaging optical system in relation to each of a plurality of parameters of an imaging condition; and a transmission unit configured to transmit at least the position information of the image circle information to the imaging apparatus.
Antenna array with a plurality of microwave generators connected in parallel, wherein each microwave generator is provided with a short-circuit spark gap between electrodes (48, 45) of its capacitive microwave resonator, which is terminated at an antenna, and wherein the spark gaps can be set to have the same time response, characterized - in that the antenna array furthermore comprises a plurality of optoelectronic detectors and a multi-channel timer, - in that in each case an associated optoelectronic detector is arranged in order to set the time at which the respective spark gap responds, - in that the detectors are connected to the multi-channel timer, and - in that the timer in each channel, except for one channel, is driven with a delay before or after the corresponding detector. - in that the antenna array furthermore comprises a plurality of optoelectronic detectors and a multi-channel timer, - in that in each case an associated optoelectronic detector is arranged in order to set the time at which the respective spark gap responds, - in that the detectors are connected to the multi-channel timer, and - in that the timer in each channel, except for one channel, is driven with a delay before or after the corresponding detector.
A drawing method of a metallic tube which includes: filling a high-pressure container with a lubricating oil, the container having a mother tube inserted thereinto; thereafter increasing the pressure of the lubricating oil by means of a pressure booster; and drawing the mother tube, with the inner and outer surfaces thereof forcedly lubricated, characterized in that the lubricating oil to be used has a kinetic viscosity in the range of 100 to 2000 mm 2 /s at 40°C and at normal pressure and a viscosity pressure coefficient in the range of 15 to 24 GPa -1 at 40°C.
A manufacturing system adapted to continuously implement processes on an elongate flexible sheet substrate by a plurality of processing devices while conveying the sheet substrate in a longitudinal direction, comprising: a storage unit disposed between a first processing device and a second processing device adjacent to the first processing device from among the plurality of processing devices; and a control device adapted to determine whether or not a storage state of the sheet substrate in the storage unit satisfies a required storage state determined by a predicted stoppage time period of the first processing device, when, in the first processing device, processing with respect to the sheet substrate, or conveyance of the sheet substrate is temporarily stopped, wherein, in the case it is determined that the storage state of the storage unit does not satisfy the required storage state, the control device determines whether or not the storage state of the storage unit can be made to satisfy the required storage state within an allowable delay time period during which it is waited until conveyance of the sheet substrate by the first processing device is stopped, by changing the conveying speed of the sheet substrate of at least one from among the first processing device and the second processing device. a storage unit disposed between a first processing device and a second processing device adjacent to the first processing device from among the plurality of processing devices; and a control device adapted to determine whether or not a storage state of the sheet substrate in the storage unit satisfies a required storage state determined by a predicted stoppage time period of the first processing device, when, in the first processing device, processing with respect to the sheet substrate, or conveyance of the sheet substrate is temporarily stopped, wherein, in the case it is determined that the storage state of the storage unit does not satisfy the required storage state, the control device determines whether or not the storage state of the storage unit can be made to satisfy the required storage state within an allowable delay time period during which it is waited until conveyance of the sheet substrate by the first processing device is stopped, by changing the conveying speed of the sheet substrate of at least one from among the first processing device and the second processing device.