mhurhangee/ep-ind-claims huggingface dataset:
A method for playback of media assets using an interactive program guide, comprising: selecting, by a user, a media asset in the interactive program guide, wherein the selected media asset is an asset that is part of a series; automatically generating by the interactive program guide a playlist including episodes from the series when a threshold number of assets are made available; automatically arranging by the interactive program guide the media assets in the playlist according to a predetermined order; dynamically updating by the interactive program guide the playlist by adding, to the playlist, a new media asset belonging to the series when the new media asset becomes available from a server and removing, from the playlist, a media asset that is no longer available from a server; and in response to an instruction from the user to playback the media assets in the playlist, seamlessly playing by the interactive program guide the media assets in an order implied by the playlist. selecting, by a user, a media asset in the interactive program guide, wherein the selected media asset is an asset that is part of a series; automatically generating by the interactive program guide a playlist including episodes from the series when a threshold number of assets are made available; automatically arranging by the interactive program guide the media assets in the playlist according to a predetermined order; dynamically updating by the interactive program guide the playlist by adding, to the playlist, a new media asset belonging to the series when the new media asset becomes available from a server and removing, from the playlist, a media asset that is no longer available from a server; and
An apparatus for cutting off and joining a sheet element to a container (3, 3'), the apparatus comprising: - an operating unit comprising a cutting device and a joining device, wherein the cutting device comprises a cutting edge which surrounds the joining device; wherein - the operating unit and the container (3, 3') are movable with respect to one another along a movement axis between a spaced condition, in which a sheet material is interposed therebetween and is spaced therefrom, and a joined condition, in which the joining device is configured to join the sheet material to the container (3; 3'); wherein the apparatus additionally comprises: - a retaining device, configured to retain the sheet material during the joining and the cut; and wherein the apparatus is characterised in that in the joined condition - the cutting device is configured to remain fixed relative to the joining device, and - the retaining device is configured to move along the axis from a tensioning position to a cutting position, the sheet element being cut on the cutting edge from the sheet material during the movement of the retaining device from the tensioning position to the cutting position. - an operating unit comprising a cutting device and a joining device, wherein the cutting device comprises a cutting edge which surrounds the joining device; wherein - the operating unit and the container (3, 3') are movable with respect to one another along a movement axis between a spaced condition, in which a sheet material is interposed therebetween and is spaced therefrom, and a joined condition, in which the joining device is configured to join the sheet material to the container (3; 3'); wherein the apparatus additionally comprises: - a retaining device, configured to retain the sheet material during the joining and the cut; and wherein the apparatus is characterised in that in the joined condition - the cutting device is configured to remain fixed relative to the joining device, and - the retaining device is configured to move along the axis from a tensioning position to a cutting position, the sheet element being cut on the cutting edge from the sheet material during the movement of the retaining device from the tensioning position to the cutting position.
A method comprising: identifying, by a processing device, one or more entities of a content sharing platform to which a user is not subscribed, wherein the identifying further comprises: determining content items viewed by the user; for each content item viewed by the user, determining other content items with a co-occurrence of views across users of the content sharing platform; and selecting the one or more entities with the number of the other content items that exceeds a threshold; providing a user interface, UI, associated with the user, the UI displaying the identified one or more entities as recommended suggestions to the user; receiving, by the user via the UI, an indication of a selection of an entity of the identified one or more entities; generating a subscription to the selected entity for the user on the content sharing platform; using content items associated with the subscribed entity to originate a playlist for the user; and providing the playlist on the UI associated with the user. identifying, by a processing device, one or more entities of a content sharing platform to which a user is not subscribed, wherein the identifying further comprises: determining content items viewed by the user; for each content item viewed by the user, determining other content items with a co-occurrence of views across users of the content sharing platform; and selecting the one or more entities with the number of the other content items that exceeds a threshold; determining content items viewed by the user; for each content item viewed by the user, determining other content items with a co-occurrence of views across users of the content sharing platform; and selecting the one or more entities with the number of the other content items that exceeds a threshold; providing a user interface, UI, associated with the user, the UI displaying the identified one or more entities as recommended suggestions to the user; receiving, by the user via the UI, an indication of a selection of an entity of the identified one or more entities; generating a subscription to the selected entity for the user on the content sharing platform; using content items associated with the subscribed entity to originate a playlist for the user; and providing the playlist on the UI associated with the user.
A processor for a multiple-input, multiple-output (MIMO) security system, the processor comprising: a transmitter configured to emit a first signal into a first leaky coaxial cable in time-multiplexed relation to another signal emitted into the first leaky coaxial cable by another device wherein said first leaky coaxial cable emits a radio frequency, RF, field; a receiver configured to receive a second signal from a second leaky coaxial cable parallel to the first leaky coaxial cable, wherein the second signal corresponds to a contra-directionally coupled signal coupled into the second leaky coaxial cable from the RF field emitted by the first leaky coaxial cable, and wherein the RF field emitted by the first leaky coaxial cable couples into the second leaky coaxial cable as a co-directionally coupled signal; and circuitry configured to classify a target in terms of position and target size when said target moves in proximity of the first leaky coaxial cable, the second leaky coaxial cable, or both, said classification in terms of position based on a relative timing of the onset of the first signal and a contra-directionally coupled response of the first signal on the second leaky coaxial cable, said classification of target size based on a relative timing of the contra-directionally coupled and a co-directionally coupled response of the first signal on the second leaky coaxial cable, said contra-directionally coupled and co-directionally coupled responses determined from the second signal. a transmitter configured to emit a first signal into a first leaky coaxial cable in time-multiplexed relation to another signal emitted into the first leaky coaxial cable by another device wherein said first leaky coaxial cable emits a radio frequency, RF, field; a receiver configured to receive a second signal from a second leaky coaxial cable parallel to the first leaky coaxial cable, wherein the second signal corresponds to a contra-directionally coupled signal coupled into the second leaky coaxial cable from the RF field emitted by the first leaky coaxial cable, and wherein the RF field emitted by the first leaky coaxial cable couples into the second leaky coaxial cable as a co-directionally coupled signal; and circuitry configured to classify a target in terms of position and target size when said target moves in proximity of the first leaky coaxial cable, the second leaky coaxial cable, or both, said classification in terms of position based on a relative timing of the onset of the first signal and a contra-directionally coupled response of the first signal on the second leaky coaxial cable, said classification of target size based on a relative timing of the contra-directionally coupled and a co-directionally coupled response of the first signal on the second leaky coaxial cable, said contra-directionally coupled and co-directionally coupled responses determined from the second signal.
A network configuration method, comprising: generating, by a first serving eNB acting as primary eNB for a user equipment, identifiers of the user equipment in a service mode of multiple eNBs; transmitting, by the first serving eNB, an addition request message including the identifiers of the user equipment to a second serving eNB acting as secondary eNB for the user equipment; and receiving, by the first serving eNB of the user equipment, an addition request response message including identifiers of the user equipment in a service mode of multiple eNBs generated and transmitted by the second serving eNB of the user equipment. generating, by a first serving eNB acting as primary eNB for a user equipment, identifiers of the user equipment in a service mode of multiple eNBs; transmitting, by the first serving eNB, an addition request message including the identifiers of the user equipment to a second serving eNB acting as secondary eNB for the user equipment; and receiving, by the first serving eNB of the user equipment, an addition request response message including identifiers of the user equipment in a service mode of multiple eNBs generated and transmitted by the second serving eNB of the user equipment.
An image forming apparatus comprising: a photoreceptor; a charging member configured to charge the photoreceptor; a power supply configured to supply direct current power and alternating current power to the charging member, and perform a charging operation by provide charging power to the charging member to charge the photoreceptor, the power supply comprising a DC power supply configured to generate DC power and an AC power supply configured to generate AC power, overlap the generated AC power with the DC power generated by the DC power supply, and provide the overlapped DC power and AC power to the charging member; characterised in that the image forming apparatus comprises: a measurement unit configured to measure a current output from the DC power supply; and a controller configured to determine a current saturation point of the charging member using the current value measured by the measurement unit in a state in which the power supply is supplying fixed DC power and varied AC power to the charging member, and control the power supply to perform the charging operation with only DC power corresponding to the determined current saturation point. a photoreceptor; a charging member configured to charge the photoreceptor; a power supply configured to supply direct current power and alternating current power to the charging member, and perform a charging operation by provide charging power to the charging member to charge the photoreceptor, the power supply comprising a DC power supply configured to generate DC power and an AC power supply configured to generate AC power, overlap the generated AC power with the DC power generated by the DC power supply, and provide the overlapped DC power and AC power to the charging member; characterised in that the image forming apparatus comprises: a measurement unit configured to measure a current output from the DC power supply; and a controller configured to determine a current saturation point of the charging member using the current value measured by the measurement unit in a state in which the power supply is supplying fixed DC power and varied AC power to the charging member, and control the power supply to perform the charging operation with only DC power corresponding to the determined current saturation point. a measurement unit configured to measure a current output from the DC power supply; and a controller configured to determine a current saturation point of the charging member using the current value measured by the measurement unit in a state in which the power supply is supplying fixed DC power and varied AC power to the charging member, and control the power supply to perform the charging operation with only DC power corresponding to the determined current saturation point.
A method of configuring a headless Enrollee device for communications in a wireless network, the headless Enrollee device being configured to participate in a configuration protocol in order to attempt to enroll in the wireless network, the method comprising- performing a configuration protocol, the method being characterised in that the method comprises sending, by the headless Enrollee device, to a Configurator device, during an execution of the configuration protocol a message containing an indication of a status of a previous configuration attempt and the reason for failure to connect to the wireless network if the previous configuration attempt failed.
A downhole tool, comprising: a seat having a seating rim disposed about an internal bore of the tool, the seating rim having a first perimeter conforming to a circular profile; and a flapper disposed in the tool and pivotable at a proximal end relative to the seat, the flapper having a sealing rim disposed about an inside surface, the sealing rim defining a second perimeter conforming to the first perimeter of the seating rim, characterised in that the seating rim has first lobes (176a-b) disposed outside the first perimeter; and the sealing rim has second lobes (126a-b) disposed outside the second perimeter and disposed on either side of the proximal end of the flapper. a seat having a seating rim disposed about an internal bore of the tool, the seating rim having a first perimeter conforming to a circular profile; and a flapper disposed in the tool and pivotable at a proximal end relative to the seat, the flapper having a sealing rim disposed about an inside surface, the sealing rim defining a second perimeter conforming to the first perimeter of the seating rim, characterised in that the seating rim has first lobes (176a-b) disposed outside the first perimeter; and the sealing rim has second lobes (126a-b) disposed outside the second perimeter and disposed on either side of the proximal end of the flapper.
Light stand, comprising at least two modules (2, 3) each of which having a module housing extending in a longitudinal direction from a lower end to an upper end and having a lateral wall (23, 33) extending in the longitudinal direction and connecting said upper end to said lower end, wherein the module housing of each of said two modules (2, 3) has an inner space which is delimited in a transverse direction by said lateral wall (23, 33) and in the longitudinal direction by an upper plate (21, 31) and a lower plate (22, 32) of module (2, 3), wherein a lighting means is arranged in said inner space of each module (2, 3) and a light emission window (25, 35) is arranged in the lateral wall (23, 33), wherein a first module of said modules (2, 3) is arranged with its upper end on the lower end of a second module of said modules (2, 3) and is connected to said second module, wherein said two modules (2, 3) can be interconnected in various relative positions to one another, in which said modules (2, 3) are pivoted to each other by different angles about said longitudinal direction, characterized in that at least the upper plate of the first module is spaced from the upper end of the first module or at least the lower plate of the second module is spaced from the lower end of the second module, wherein a clearance is provided between said two plates (21, 32) which is delimited in the transverse direction by at least one of the lateral walls (23, 33) of said two modules (2, 3) and in the longitudinal direction by the upper plate of the first module and by the lower plate of the second module, wherein the upper plate of the first module comprises a first cable feedthrough and the lower plate of the second module comprises a second cable feedthrough for throughfeeding a cable from the inner space of the respective module housing to said clearance, wherein said two cable feedthroughs are different from each other by the distance they have in a transverse direction to a straight line running through the center of the cross section of the upper end of the first module in the longitudinal direction.
A gas turbine engine configured to be coupled to a pylon, the gas turbine defining a roll axis, a yaw axis, and a pitch axis, the gas turbine engine comprising: a fan section; a core section coupled to the fan section, the core section downstream from the fan section; a first mount to couple the fan section of the gas turbine engine to the pylon; a second mount to couple the fan section of the gas turbine engine to the pylon, the second mount downstream of the first mount; and a thrust linkage to couple the fan section to the pylon, wherein the core section is removably connected to the fan section such that the core section can be decoupled from the fan section without decoupling the first mount, the second mount, and the thrust linkage; and wherein a center of gravity of the gas turbine engine is between the first mount and the second mount, such that the core section is cantilevered from the fan section. a fan section; a core section coupled to the fan section, the core section downstream from the fan section; a first mount to couple the fan section of the gas turbine engine to the pylon; a second mount to couple the fan section of the gas turbine engine to the pylon, the second mount downstream of the first mount; and a thrust linkage to couple the fan section to the pylon, wherein the core section is removably connected to the fan section such that the core section can be decoupled from the fan section without decoupling the first mount, the second mount, and the thrust linkage; and wherein a center of gravity of the gas turbine engine is between the first mount and the second mount, such that the core section is cantilevered from the fan section.
A connector (100, 500), comprising: a shroud (110, 510); a plurality of wafers (150, 350) supported by the shroud, a wafer (150, 350) among the plurality of wafers comprising an insulative frame (155, 355) that supports a plurality of terminal pairs (170, 370), a terminal (172a, 172b, 372a, 372b) among the plurality of terminal pairs comprising a contact (174a, 374a), a tail (174b, 374b), and a body (174c, 374c) extending therebetween, the wafer including a ground shield (160, 360) that provides a U-channel (162, 362) that extends along the body of the terminal; and a plurality of U-shields, a U-shield among the plurality of U-shields arranged to partially shield the contact (174a, 374a) of the terminal, the U-shield being electrically connected to the U-channel, characterized in that the plurality of U-shields is supported by the shroud (110, 510). a shroud (110, 510); a plurality of wafers (150, 350) supported by the shroud, a wafer (150, 350) among the plurality of wafers comprising an insulative frame (155, 355) that supports a plurality of terminal pairs (170, 370), a terminal (172a, 172b, 372a, 372b) among the plurality of terminal pairs comprising a contact (174a, 374a), a tail (174b, 374b), and a body (174c, 374c) extending therebetween, the wafer including a ground shield (160, 360) that provides a U-channel (162, 362) that extends along the body of the terminal; and a plurality of U-shields, a U-shield among the plurality of U-shields arranged to partially shield the contact (174a, 374a) of the terminal, the U-shield being electrically connected to the U-channel, characterized in that the plurality of U-shields is supported by the shroud (110, 510).
Lithotripter comprising a laser system, which is configured for emitting a shaped laser pulse, characterised by being configured such that if the pulse duration is divided into four intervals of equal lengths, in the first of those intervals less than 25% of the energy of the whole pulse is emitted and that the maximum intensity is first reached in the second, third or fourth time interval and wherein the intensity reached after the start of the third and/or fourth interval is at least once the same as or higher than the maximum intensity reached in the second interval.
A method comprising: detecting, by a video processing device, a transition of video captured by the video processing device from a target scene to a non-target scene based on at least one of: 1) a change in a direction in which the video processing device is facing, 2) a change in an orientation associated with the video processing device, 3) a change in an audio level associated with the captured video, and 4) a change in an average brightness associated with the captured video; marking, by the video processing device, one or more portions of the captured video for editing based on the detected transition; and, selecting, by the video processing device, for the marked one or more portions, a faster playback rate than a playback rate associated with the captured video. detecting, by a video processing device, a transition of video captured by the video processing device from a target scene to a non-target scene based on at least one of: 1) a change in a direction in which the video processing device is facing, 2) a change in an orientation associated with the video processing device, 3) a change in an audio level associated with the captured video, and 4) a change in an average brightness associated with the captured video; marking, by the video processing device, one or more portions of the captured video for editing based on the detected transition; and, selecting, by the video processing device, for the marked one or more portions, a faster playback rate than a playback rate associated with the captured video.
Device for removing a box or box part with a polygonal section from a chuck comprising an upper face, an application face interconnected by lateral faces and an end face, a chuck whereon the box has been previously formed from a blank comprising a series of at least three panels (3 to 6), i.e. two end panels (3, 6) on either side of at least one intermediate panel (4, 5), said panels being interconnected by parallel folding lines (8 to 10) and provided with lateral flaps (13, 16a to 16d), respectively connected to said panels by folding lines perpendicular to the folding lines (8 to 10) connecting said panels, characterised in that it comprises a plate comprising first gripping means and translatably moveable between a deployed position wherein the plate is near the end face of the chuck whereon the lateral flaps (16a to 16d) are intended to be folded and a folded position wherein the plate is away from the chuck and in that the chuck itself is moveable between a first forming position wherein the outer cross-section thereof corresponds to the inner cross-section of the box or box part and a second retracted position wherein the outer cross-section thereof is smaller than the inner cross-section of the box or box part.