mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: - Emitting, with one or more sensors (42, 62, 80) of a downhole tool disposed in a borehole, an excitation signal (68, 58); - detecting, with the one or more sensors (42, 62, 82), a returned signal (70, 86) resulting from interaction of the excitation signal with the borehole; - identifying drill cuttings in a predetermined location of the borehole; characterized in that it includes: - estimating a noise of the returned signal; - quantifying a probability that the estimated noise is not a white noise of the borehole; and wherein the drill cuttings are identified based on the quantification. - Emitting, with one or more sensors (42, 62, 80) of a downhole tool disposed in a borehole, an excitation signal (68, 58); - detecting, with the one or more sensors (42, 62, 82), a returned signal (70, 86) resulting from interaction of the excitation signal with the borehole; - identifying drill cuttings in a predetermined location of the borehole; - estimating a noise of the returned signal; - quantifying a probability that the estimated noise is not a white noise of the borehole; and
An aerosol-generating device configured to heat an aerosol-forming substrate, comprising: a power supply; a heater; a controller configured to control the supply of power from the power supply to the heater; the device being characterized in that it further comprises a combustion gas detector, wherein the controller is connected to the combustion detector and is configured to monitor a level of combustion gas based on signals from the combustion gas detector. a power supply; a heater; a controller configured to control the supply of power from the power supply to the heater; the device being characterized in that it further comprises a combustion gas detector, wherein the controller is connected to the combustion detector and is configured to monitor a level of combustion gas based on signals from the combustion gas detector.
A double sliding-type portable communication apparatus comprising: a main housing having a first key array including a plurality of keys aligned on an upper surface of the main housing, and a sliding housing slidably movable lengthwise along the main housing, while facing the main housing, wherein the sliding housing is also slidably movable widthwise along across the main housing, and wherein the sliding housing includes a display unit aligned on an upper surface of the sliding housing characterized by a double sliding member arranged between the main housing and the sliding housing facilitating the sliding housing to be slidably moved away from the main housing in a longitudinal direction and back to its initial position and to be slidably moved away from the main housing in a lateral direction and back to the same initial position, selectively wherein the main housing further has a second key array positioned adjacent to the first key array and including a plurality of keys, when the sliding housing is moved lengthwise with respect to the double sliding member, the second key array is exposed or covered, and when the sliding housing is moved widthwise together with the double sliding member, the first key array and a portion of the second key array are exposed or covered and wherein the sliding housing is adapted to move linearly in parallel to and perpendicular to the main housing, and wherein the double sliding member includes a pair of guide holding sections formed at both sides of a body of the double sliding member lengthwise along the sliding housing in order to guide the sliding housing when the sliding housing moves from the main housing along the longitudinal axis and is also adapted to support the sliding housing. a main housing having a first key array including a plurality of keys aligned on an upper surface of the main housing, and a sliding housing slidably movable lengthwise along the main housing, while facing the main housing, wherein the sliding housing is also slidably movable widthwise along across the main housing, and wherein the sliding housing includes a display unit aligned on an upper surface of the sliding housing
A method for a Medium Access Control, MAC, entity having a configured sidelink identifier of a User Equipment, UE, operating in a wireless communication system, the method comprising: triggering a sidelink buffer status reporting, BSR, based on (i) sidelink data becoming available for transmission on a sidelink Logical Channel, LCH, of a Logical Channel Group, LCG, configured for a sidelink destination of a plurality of sidelink destinations, and (ii) any one of: - the sidelink LCH having a priority higher than each of respective priorities of other sidelink LCHs for which sidelink data are available for transmission and which belong to any Logical Channel Group, LCG, corresponding to the sidelink destination, and - there is no sidelink data available for any sidelink LCH belonging to the sidelink destination, wherein the LCG comprises one or more sidelink LCHs, wherein two or more LCGs are configured for the sidelink destination, and characterised in that the sidelink BSR is triggered regardless of whether or not there is sidelink data available for transmission for another sidelink LCH which has a higher priority than the sidelink LCH and belongs to a LCG corresponding to a sidelink destination of the plurality of sidelink destinations other than the sidelink destination. triggering a sidelink buffer status reporting, BSR, based on (i) sidelink data becoming available for transmission on a sidelink Logical Channel, LCH, of a Logical Channel Group, LCG, configured for a sidelink destination of a plurality of sidelink destinations, and (ii) any one of: - the sidelink LCH having a priority higher than each of respective priorities of other sidelink LCHs for which sidelink data are available for transmission and which belong to any Logical Channel Group, LCG, corresponding to the sidelink destination, and - there is no sidelink data available for any sidelink LCH belonging to the sidelink destination, - the sidelink LCH having a priority higher than each of respective priorities of other sidelink LCHs for which sidelink data are available for transmission and which belong to any Logical Channel Group, LCG, corresponding to the sidelink destination, and - there is no sidelink data available for any sidelink LCH belonging to the sidelink destination, wherein the LCG comprises one or more sidelink LCHs, wherein two or more LCGs are configured for the sidelink destination, and characterised in that the sidelink BSR is triggered regardless of whether or not there is sidelink data available for transmission for another sidelink LCH which has a higher priority than the sidelink LCH and belongs to a LCG corresponding to a sidelink destination of the plurality of sidelink destinations other than the sidelink destination.
A polyamide composition comprising: (a) at least one high chain-length polyamide [polyamide]; (b) at least one grafted polyolefin [olefin]; and (c) at least one aromatic diacid [acid]; wherein the high chain-length polyamide is selected from the group consisting of polyamide 11, polyamide 12, polyamide 12,12, polyamide 6,12, polyamide 6,10, polyamide 10,10 and polyamide 10,12. (a) at least one high chain-length polyamide [polyamide]; (b) at least one grafted polyolefin [olefin]; and (c) at least one aromatic diacid [acid];
An electronic device having at least two displays, the electronic device comprising: a primary display housed in a first housing; a secondary display housed in a second housing; a hinge coupling the first housing to the second housing; a user facing camera housed in the first housing to capture image data of a user of the electronic device, the user facing camera configured with a head position tracking sensor and an eye tracking system, wherein the image data describes a head position of the user tracked by head position tracking sensor, and eye gaze of the user tracked by the eye tracking system; user tracking logic to determine, based on the image data and sensor data describing a user action, that a user of the electronic device is engaged with or about to engage with the secondary display; and reconfiguration logic to reconfigure at least one of the primary display and the secondary display in response to the determination, wherein the second housing includes at least one palm detection area to generate the sensor data to determine a presence of user's palm or palms; F H the device being characterized by: if a presence of the user's palm or palms is detected resting on the secondary display, the device is configured to not use the eye tracking system to track the eye gaze of the user, and to use the head position tracking sensor to only track the head position of the user to determine the user's intent. a primary display housed in a first housing; a secondary display housed in a second housing; a hinge coupling the first housing to the second housing; a user facing camera housed in the first housing to capture image data of a user of the electronic device, the user facing camera configured with a head position tracking sensor and an eye tracking system, wherein the image data describes a head position of the user tracked by head position tracking sensor, and eye gaze of the user tracked by the eye tracking system; user tracking logic to determine, based on the image data and sensor data describing a user action, that a user of the electronic device is engaged with or about to engage with the secondary display; and reconfiguration logic to reconfigure at least one of the primary display and the secondary display in response to the determination, wherein the second housing includes at least one palm detection area to generate the sensor data to determine a presence of user's palm or palms; F H
A circuit (100, 200), comprising: a reference voltage generator (1 10, 210), configured to generate a reference voltage (V-ref); a plurality of receivers (120_1-120_N, 220_1 - 220_N), wherein each of the receivers is configured to receive the reference voltage (V-ref) and a corresponding input signal (Vin 1) to generate a corresponding output signal; wherein for a specific receiver of the plurality of receivers (120_1 -120_N, 220_1 - 220_N), the specific receiver comprises at least one amplifying stage, the amplifying stage comprises a first input terminal configured to receive the corresponding input signal (Vin 1), a second input terminal configured to receive the reference voltage (V-ref), a first output terminal configured to generate a first signal, and a second output terminal configured to generate a second signal; and the specific receiver further comprises a first feedback circuit coupled between the first output terminal and the second input terminal; wherein the first output terminal serves as an inverting output terminal corresponding to the first input terminal, a phase of the first signal being opposite in phase of the first input signal; and wherein the corresponding input signal (Vin 1) is coupled to the reference voltage (V-ref) at the second input terminal via a parasitic capacitance as a coupled noise of the reference voltage (V-ref) and as a coupled input signal, and the first feedback circuit is configured to provide a feedback signal generated by the first signal to the second input terminal to eliminate the coupled input signal of the reference voltage (V-ref). a reference voltage generator (1 10, 210), configured to generate a reference voltage (V-ref); a plurality of receivers (120_1-120_N, 220_1 - 220_N), wherein each of the receivers is configured to receive the reference voltage (V-ref) and a corresponding input signal (Vin 1) to generate a corresponding output signal; wherein for a specific receiver of the plurality of receivers (120_1 -120_N, 220_1 - 220_N), the specific receiver comprises at least one amplifying stage, the amplifying stage comprises a first input terminal configured to receive the corresponding input signal (Vin 1), a second input terminal configured to receive the reference voltage (V-ref), a first output terminal configured to generate a first signal, and a second output terminal configured to generate a second signal; and the specific receiver further comprises a first feedback circuit coupled between the first output terminal and the second input terminal; wherein the first output terminal serves as an inverting output terminal corresponding to the first input terminal, a phase of the first signal being opposite in phase of the first input signal; and wherein the corresponding input signal (Vin 1) is coupled to the reference voltage (V-ref) at the second input terminal via a parasitic capacitance as a coupled noise of the reference voltage (V-ref) and as a coupled input signal, and the first feedback circuit is configured to provide a feedback signal generated by the first signal to the second input terminal to eliminate the coupled input signal of the reference voltage (V-ref).
A glasses apparatus which works in conjunction with a display apparatus that operates in a multi-view mode where a plurality of contents are combined and output, the glasses apparatus comprising: a glasses frame; a first glass and a second glass mounted on the glasses frame; and an interface module configured to receive audio data packets of the plurality of contents output by a display apparatus; and characterised in that the glasses apparatus further comprises: a controller which is arranged to activate the interface module according to a timing at which an audio data packet of a content selected from among the plurality of contents is received by the interface module and deactivate the interface module thereafter until a time when a next audio data packet of the selected content is to be received by the interface module. a glasses frame; a first glass and a second glass mounted on the glasses frame; and an interface module configured to receive audio data packets of the plurality of contents output by a display apparatus; and characterised in that the glasses apparatus further comprises: a controller which is arranged to activate the interface module according to a timing at which an audio data packet of a content selected from among the plurality of contents is received by the interface module and deactivate the interface module thereafter until a time when a next audio data packet of the selected content is to be received by the interface module. a controller which is arranged to activate the interface module according to a timing at which an audio data packet of a content selected from among the plurality of contents is received by the interface module and deactivate the interface module thereafter until a time when a next audio data packet of the selected content is to be received by the interface module.
Turning device to rotate the rotatable part of a wind turbine, - whereby the wind turbine comprises a stationary part and a rotatable part, - whereby the rotatable part is rotatable in respect to the stationary part of the wind turbine, - whereby the stationary part is located within a nacelle, - whereby the nacelle is at least partially enclosed by a housing, - whereby the rotatable part comprises a hub of a rotor of the wind turbine, - whereby a turning device is detachable attached to the wind turbine to rotate the rotatable part in respect to the stationary part, - whereby the turning device comprises a first lever, that is detachable attached to the stationary part of the wind turbine, - whereby the turning device comprises a second lever, that is detachable attached to the rotatable part of the wind turbine, - whereby the turning device comprises a drive, that is prepared and arranged in a way to move the first lever in respect to the second lever, to rotate the rotatable part of the wind turbine in respect to the stationary part, characterized in that - the first lever and the second lever are arranged in a way that they reach from inside the housing of the nacelle through an opening to the outside of the nacelle, so that the drive is located outside of the housing of the nacelle, when the turning device is attached to the wind turbine. - whereby the wind turbine comprises a stationary part and a rotatable part, - whereby the rotatable part is rotatable in respect to the stationary part of the wind turbine, - whereby the stationary part is located within a nacelle, - whereby the nacelle is at least partially enclosed by a housing, - whereby the rotatable part comprises a hub of a rotor of the wind turbine, - whereby a turning device is detachable attached to the wind turbine to rotate the rotatable part in respect to the stationary part, - whereby the turning device comprises a first lever, that is detachable attached to the stationary part of the wind turbine, - whereby the turning device comprises a second lever, that is detachable attached to the rotatable part of the wind turbine, - whereby the turning device comprises a drive, that is prepared and arranged in a way to move the first lever in respect to the second lever, to rotate the rotatable part of the wind turbine in respect to the stationary part, characterized in that - the first lever and the second lever are arranged in a way that they reach from inside the housing of the nacelle through an opening to the outside of the nacelle, so that the drive is located outside of the housing of the nacelle, when the turning device is attached to the wind turbine.
A method for synchronising a first data stream and a second data stream implemented in a receiver, at least one stream of the first stream and the second stream being received by radio-frequency broadcasting and the other stream being received via an IP network, the first and second streams conveying the same service, said method comprising: - reception of an average shift value between the first stream and the second stream; - storage (204.1; 204.2) of the first stream in a first buffer memory (108.1-108.3) and storage of the second stream in a second buffer memory (108.1-108.3); - extraction of a first extract from the first buffer memory and a second extract from the second buffer memory, based on the received average shift value; - comparative analysis of the first extract and the second extract in order to derive therefrom an actual shift value between the first stream and the second stream; - synchronisation of the first stream and the second stream based on the obtained actual shift value. - reception of an average shift value between the first stream and the second stream; - storage (204.1; 204.2) of the first stream in a first buffer memory (108.1-108.3) and storage of the second stream in a second buffer memory (108.1-108.3); - extraction of a first extract from the first buffer memory and a second extract from the second buffer memory, based on the received average shift value; - comparative analysis of the first extract and the second extract in order to derive therefrom an actual shift value between the first stream and the second stream; - synchronisation of the first stream and the second stream based on the obtained actual shift value.
A separating apparatus comprising: a first cyclonic separating unit comprising a first cyclonic separator having a separator axis; a second cyclonic separating unit being movable between a first position and a second position with respect to the first separating unit in a direction which is parallel with the separator axis; a screen disposed within the first cyclonic separator such that it extends parallel with the separator axis, the screen is connected to the second cyclonic separating unit for movement with the second cyclonic separating unit; and a wipe for cleaning the screen, wherein the wipe is secured to the first cyclonic separating unit such that movement of the second cyclonic separating unit from the first position to the second position moves the screen relative to the wipe thereby cleaning debris from the screen, characterised in that the second cyclonic separating unit comprises a plurality of second cyclonic separators. a first cyclonic separating unit comprising a first cyclonic separator having a separator axis; a second cyclonic separating unit being movable between a first position and a second position with respect to the first separating unit in a direction which is parallel with the separator axis; a screen disposed within the first cyclonic separator such that it extends parallel with the separator axis, the screen is connected to the second cyclonic separating unit for movement with the second cyclonic separating unit; and a wipe for cleaning the screen, wherein the wipe is secured to the first cyclonic separating unit such that movement of the second cyclonic separating unit from the first position to the second position moves the screen relative to the wipe thereby cleaning debris from the screen, characterised in that the second cyclonic separating unit comprises a plurality of second cyclonic separators.
A cleaner head comprising: a main body having an agitator chamber; an axle that extends into the chamber; a bearing assembly mounted on the axle, the bearing assembly being moveable along the axle between a first position and a second position; a biasing member biasing the bearing assembly towards the first position; and an agitator mounted on the bearing assembly, the agitator pushing the bearing assembly against the biasing member towards the second position, wherein the bearing assembly comprises a mount having a ramped surface, the agitator also has a ramped surface, at one end, and the agitator is mounted on the bearing assembly such that the ramped surface of the agitator mates with the ramped surface of the mount. a main body having an agitator chamber; an axle that extends into the chamber; a bearing assembly mounted on the axle, the bearing assembly being moveable along the axle between a first position and a second position; a biasing member biasing the bearing assembly towards the first position; and an agitator mounted on the bearing assembly, the agitator pushing the bearing assembly against the biasing member towards the second position, wherein the bearing assembly comprises a mount having a ramped surface, the agitator also has a ramped surface, at one end, and the agitator is mounted on the bearing assembly such that the ramped surface of the agitator mates with the ramped surface of the mount.