mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a media content stream having at least one media content event; receiving a summary feed stream having a series of media content event summary segments associated with the received at least one media content event; wherein the beginning of at least one later received media content event summary segment is concurrently received in the summary feed stream with a concluding portion of a previous media content event summary segment; processing the media content stream to access the at least one media content event; receiving, during presentation of the at least one media content event to the user, a user request (208a, 208b) for presentation of a media content event summary; in response to the user request: ending presentation of the media content event on a media presentation device; processing the summary feed stream to access the current media content event summary segment; and presenting the media content event summary of the current media content event summary segment on the media presentation device; wherein one or more media content event summary segments are a series of video clips comprising a series of media content event summaries; wherein each video clip comprises a plurality of video frames corresponding to a particular event of interest that has occurred in the media content event; wherein each of the media content event summaries are arranged within their media content event summary segment in a temporal sequence that corresponds to the sequence of events of the media content event; wherein the beginning of successive ones of the series of media content event summary segments are separated by a predefined separation duration; wherein a duration of each one of the series of media content event summary segments increase with each subsequently received media content event summary segment as the media content event is received. receiving a media content stream having at least one media content event; receiving a summary feed stream having a series of media content event summary segments associated with the received at least one media content event; wherein the beginning of at least one later received media content event summary segment is concurrently received in the summary feed stream with a concluding portion of a previous media content event summary segment; processing the media content stream to access the at least one media content event; receiving, during presentation of the at least one media content event to the user, a user request (208a, 208b) for presentation of a media content event summary; ending presentation of the media content event on a media presentation device; processing the summary feed stream to access the current media content event summary segment; and presenting the media content event summary of the current media content event summary segment on the media presentation device;
A carrier for an aerosol precursor comprising: a housing for location in a receptacle of an aerosol-generating apparatus, wherein said housing defines a primary air pathway between a first end that is disposed in fluid engagement with an inlet of said aerosol-generating apparatus and a second end that is disposed in fluid engagement with an outlet of said aerosol-generating apparatus; and a liquid-transfer article located within said housing, said liquid-transfer article comprising a first region for holding an aerosol precursor and for transferring said aerosol precursor to an activation surface of a second region of said article, said activation surface disposed at an end of said carrier configured for thermal interaction with a heater of an aerosol-generation apparatus; wherein said second region comprises at least one discontinuity in said activation surface to form a corresponding at least one channel between said activation surface and an opposing surface (24, 36) through which heat is conveyable to said activation surface from a heater; characterised in that the liquid-transfer article is formed of a porous material in which pore diameter in the first region is greater than pore diameter in the second region, and wherein said at least one channel defines a secondary air pathway across said activation surface, said secondary air pathway across said activation surface forming a portion of said primary air pathway between said first end and said second end. a housing for location in a receptacle of an aerosol-generating apparatus, wherein said housing defines a primary air pathway between a first end that is disposed in fluid engagement with an inlet of said aerosol-generating apparatus and a second end that is disposed in fluid engagement with an outlet of said aerosol-generating apparatus; and a liquid-transfer article located within said housing, said liquid-transfer article comprising a first region for holding an aerosol precursor and for transferring said aerosol precursor to an activation surface of a second region of said article, said activation surface disposed at an end of said carrier configured for thermal interaction with a heater of an aerosol-generation apparatus; wherein said second region comprises at least one discontinuity in said activation surface to form a corresponding at least one channel between said activation surface and an opposing surface (24, 36) through which heat is conveyable to said activation surface from a heater; characterised in that the liquid-transfer article is formed of a porous material in which pore diameter in the first region is greater than pore diameter in the second region, and wherein said at least one channel defines a secondary air pathway across said activation surface, said secondary air pathway across said activation surface forming a portion of said primary air pathway between said first end and said second end.
A method for forming a semiconductor device, the method comprising: forming a device structure on a substrate, the device structure comprising a fin structure comprising a pair of source/drain bodies and a channel region between the pair of source/drain bodies, the channel region comprising at least one channel layer, and the device structure further comprising a gate structure extending across the channel region of the fin structure, wherein the device structure further comprises a buried wiring line formed in a trench extending alongside the fin structure and capped by an insulating wiring capping layer; forming a metal layer over the source/drain bodies; etching the metal layer to define respective source/drain contacts on the source/drain bodies; and depositing an interlayer dielectric layer over the gate structure and the source/drain contacts, wherein the method further comprises forming a via hole in the wiring capping layer to expose an upper surface of the buried wiring line, and subsequently forming the metal layer, wherein the metal layer fills the via hole and wherein the metal layer is etched such that a first one of the source/drain contacts is formed in contact with the buried wiring line and one of the source/drain bodies. forming a device structure on a substrate, the device structure comprising a fin structure comprising a pair of source/drain bodies and a channel region between the pair of source/drain bodies, the channel region comprising at least one channel layer, and the device structure further comprising a gate structure extending across the channel region of the fin structure, wherein the device structure further comprises a buried wiring line formed in a trench extending alongside the fin structure and capped by an insulating wiring capping layer; forming a metal layer over the source/drain bodies; etching the metal layer to define respective source/drain contacts on the source/drain bodies; and depositing an interlayer dielectric layer over the gate structure and the source/drain contacts, wherein the method further comprises forming a via hole in the wiring capping layer to expose an upper surface of the buried wiring line, and subsequently forming the metal layer, wherein the metal layer fills the via hole and wherein the metal layer is etched such that a first one of the source/drain contacts is formed in contact with the buried wiring line and one of the source/drain bodies.
Vessel, such as a ship or boat, comprising a hull and a rotatable screw for driving the vessel, wherein the vessel comprises a tunnel, which tunnel is disposed at least partially in the hull, and that the hull comprises a water inlet and water outlet connected to the tunnel, and that the screw is disposed in the tunnel, wherein the tunnel is disposed at least partially in a fore of the vessel, wherein a part of the tunnel lies above the waterline, at least in use of the vessel, wherein the tunnel has a width dimension which, as seen in a direction from the front to the rear, first decreases to a minimum width dimension and then increases again, and a height dimension which, as seen in a direction from the front to the rear, first increases to a maximum height dimension in the area of the minimum width dimension and then decreases again, and wherein the screw is disposed in an area of the tunnel with the minimum width dimension and maximum height dimension, wherein a cross-sectional dimension of the tunnel remains substantially the same as seen from the front to the rear.
Wiper motor controller for driving a wiper motor which moves a wiper arm in an oscillating movement between two turning positions, wherein the wiper motor controller is designed to control a speed of the wiper arm depending on a position of the wiper arm, wherein the speed of the wiper arm in turning regions, which include the turning positions, substantially follows a sinusoidal function and is lower than the maximum for the sinusoidal function between the turning regions, characterized in that the speed of the wiper arm between the turning regions follows a prespecified profile (210, 310, 320) which is dependent on a mechanical load of the wiper motor.
An interactive system, wherein responses to a user are associated with states (200, 210, 220, 230, 240) of a state machine, the responses being generated as a result of a transition (250, 260) into a state associated with the response, the system comprising a state machine controller arranged to change states of the state machine according to the processing of user-initiated events, the state machine controller being arranged, during processing of a current event, to determine whether another event was initiated at a later time than the current event, the interactive system characterized in that the state machine controller responds to a determination that another event was initiated at a later time than the current event by: (i) restoring the state machine to a condition consistent with that immediately prior to processing of the current event, and then (ii) carrying out a state transition (250, 260) according to the other event, wherein the states (200, 210, 220, 230, 240) have associated state context objects that can only be accessed via the state machine controller, wherein, when the state machine controller starts processing an event, the state machine controller is arranged to store a back-up copy of the state contexts of one of more states (200, 210, 220, 230, 240) of the state machine controller, including a current state of the state machine controller and further arranged so that the restoration of the state machine to a condition consistent with that immediately prior to processing of the current event is achieved by detaching any state contexts affected by processing of the current event and restoring at least the state context of the state the state machine was in when the current event was received. (i) restoring the state machine to a condition consistent with that immediately prior to processing of the current event, and then (ii) carrying out a state transition (250, 260) according to the other event,
A wound management device comprising: at least one wall element of flexible sheet material, the device being securable to skin around a wound site to define a space wherein the wound is accessible; first and second wall elements, of flexible sheet material, secured to one another to define a space therebetween, a first one of said wall elements being adapted for adhesive securement to skin around a wound site and being provided or being able to be provided with an opening for access between the wound site and the space between the wall elements,; an openable and resealable formation providing access to the space between the wall elements,; and a connector element held to the at least one wall element and affording at least one passage,, thereby providing for external communication with the space between the wall elements,; wherein the connector element includes at least two spigots,,, through which the or a passage, extends, for engagement by a member for fluid supply to or removal from the space, characterised in that the at least two spigots,,, have an external surface which is slightly tapered for fitment of respective tubes onto the at least two spigots,,, and wherein the at least two spigots,,, respectively extend into the wound space of the device and to the exterior of the device. at least one wall element of flexible sheet material, the device being securable to skin around a wound site to define a space wherein the wound is accessible; first and second wall elements, of flexible sheet material, secured to one another to define a space therebetween, a first one of said wall elements being adapted for adhesive securement to skin around a wound site and being provided or being able to be provided with an opening for access between the wound site and the space between the wall elements,; an openable and resealable formation providing access to the space between the wall elements,; and a connector element held to the at least one wall element and affording at least one passage,, thereby providing for external communication with the space between the wall elements,; wherein the connector element includes at least two spigots,,, through which the or a passage, extends, for engagement by a member for fluid supply to or removal from the space, characterised in that the at least two spigots,,, have an external surface which is slightly tapered for fitment of respective tubes onto the at least two spigots,,, and wherein the at least two spigots,,, respectively extend into the wound space of the device and to the exterior of the device.
A method for use in the detection of a target nucleic acid comprising the steps of: (i) contacting a single-stranded probe nucleic acid with a sample of interest under conditions effective to generate a probe/target nucleic acid duplex by specific hybridisation of said probe nucleic acid to a target nucleic acid, if said target nucleic acid is present; (ii) contacting any probe/target nucleic acid duplex with an exonuclease to effect digestion of the duplex and release of a label molecule from the duplex; and (iii) detecting the label by Raman spectroscopy by detecting a detectable change in the Raman spectrum of the label upon its release from the duplex, so as to detect the target nucleic acid, if present. (i) contacting a single-stranded probe nucleic acid with a sample of interest under conditions effective to generate a probe/target nucleic acid duplex by specific hybridisation of said probe nucleic acid to a target nucleic acid, if said target nucleic acid is present; (ii) contacting any probe/target nucleic acid duplex with an exonuclease to effect digestion of the duplex and release of a label molecule from the duplex; and (iii) detecting the label by Raman spectroscopy by detecting a detectable change in the Raman spectrum of the label upon its release from the duplex, so as to detect the target nucleic acid, if present.
A blacklist generating device comprising: a log acquiring function for acquiring a first communication log obtained through malware communication and a second communication log obtained through certain network communication; a first extracting function for calculating the proportion of the number of malware samples causing each communication pattern having a set of a field and a value included in the first communication log to occur to the total number of malware samples included in the first communication log as a first statistic, extracting a communication pattern having the first statistic satisfying a certain condition, and outputting the communication pattern to a potential blacklist; a second extracting function for calculating the proportion of the number of terminals causing each communication pattern included in the second communication log to occur to the total number of terminals included in the second communication log as a second statistic, extracting a communication pattern having the second statistic satisfying a certain condition, and outputting the communication pattern to a whitelist; and a blacklist creating function for searching the potential blacklist for a value with a value of a corresponding field on the whitelist, excluding a coincident communication pattern from the potential blacklist, and creating a blacklist. a log acquiring function for acquiring a first communication log obtained through malware communication and a second communication log obtained through certain network communication; a first extracting function for calculating the proportion of the number of malware samples causing each communication pattern having a set of a field and a value included in the first communication log to occur to the total number of malware samples included in the first communication log as a first statistic, extracting a communication pattern having the first statistic satisfying a certain condition, and outputting the communication pattern to a potential blacklist; a second extracting function for calculating the proportion of the number of terminals causing each communication pattern included in the second communication log to occur to the total number of terminals included in the second communication log as a second statistic, extracting a communication pattern having the second statistic satisfying a certain condition, and outputting the communication pattern to a whitelist; and a blacklist creating function for searching the potential blacklist for a value with a value of a corresponding field on the whitelist, excluding a coincident communication pattern from the potential blacklist, and creating a blacklist.
The compound 3-((1H-pyrazol[3,4-b]pyridine-5-substituted)ethinyl)-4- methyl-N-(4-((4-methylpiperazine-1-substituted)methyl)-3-(trifluoromethyl)phenyl)benzamide or a pharmaceutically acceptable salt thereof for use in a method of treating Ph-negative precursor B-cell lymphoblastic leukemia.
Disc-type milling cutter, comprising a disc body with a central hub for accommodation in a milling drive and, on its outer circumference, a plurality of blades, wherein a plurality of coolant-lubricant channels situated on the inside extend in the disc body, characterised in that the disc-type milling cutter is manufactured by generative manufacturing; each of the coolant-lubricant channels has at least two exit openings (31, 31') in the region of each blade that are arranged appropriately such that one coolant-lubricant jet each exiting from the coolant-lubricant channel can be directed at the blade, and which are designed to direct the coolant-lubricant jets at the blade at a predetermined angular offset in order to support the chips being transported away and to cool the disc body; whereby, in operation, at least one of the coolant-lubricant jets is directed at a chip detachment zone of the blade.
A stack light for indicating a status of an apparatus to be monitored, the stack light comprising at least two modules (2a to 2e, 3), wherein each module (2a to 2e, 3) comprises a wireless communication functionality, characterized in that the modules (2a to 2e, 3) are configured to wirelessly communicate with each other, wherein the modules (2a to 2e, 3) comprise a base module and at least one signalling module (2a to 2e) stacked on the base module, and wherein the at least one signalling module (2a to 2e) is configured to generate a visual and/or audible signal depending on a wireless communication signal received from the base module. the modules (2a to 2e, 3) are configured to wirelessly communicate with each other, wherein the modules (2a to 2e, 3) comprise a base module and at least one signalling module (2a to 2e) stacked on the base module, and wherein the at least one signalling module (2a to 2e) is configured to generate a visual and/or audible signal depending on a wireless communication signal received from the base module.
A fan module for aircraft propulsion systems, the fan module comprising a fan rotor configured for rotation about a central axis; a vane ring mounted for rotation about the central axis, and a power supply system; the fan module characterized in that the vane ring is located aft of the fan rotor and includes a plurality of airfoils arranged to interact with the thrust discharged by the fan rotor so that the thrust drives rotation of the vane ring; and the power supply system includes: a generator coupled to the vane ring configured to produce electrical power in response to rotation of the vane ring, and a brake coupled to the vane ring configured to block or permit rotation of the vane ring.
A child safety gate comprising a locking device and a flexible retractable barrier sheet, wherein the locking device comprises a locking means having at least a locked position and an unlocked position, wherein the locking means is configured to in its locked position prevent further extraction of the flexible retractable barrier sheet, and wherein the locking means is configured to in its unlocked position allow at least extraction of the flexible retractable barrier sheet; characterized in that the locking device further comprises a timer means configured to upon activation let a delay time elapse and then bring the locking means into its locked position.
Method for the recovery of noble metals comprising the steps of: subjecting ore particles to an electrolytic bath enhanced by an ultrasonic bath, said electrolytic bath comprising heavy and/or semi-heavy water, shock heating said ore particles for disintegrating said ore particles, separating noble metals from the remains of said disintegrated ore particles. subjecting ore particles to an electrolytic bath enhanced by an ultrasonic bath, said electrolytic bath comprising heavy and/or semi-heavy water, shock heating said ore particles for disintegrating said ore particles, separating noble metals from the remains of said disintegrated ore particles.
A detergent composition comprising rhamnolipids and lipase, wherein the weight percent of the rhamnolipid made up by mono-rhamnolipids is more than 50 wt%.