mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a base station for interference cancellation in a wireless communication system, the method comprising: receiving, from a target terminal, an uplink signal comprising at least one interference signal generated by at least one interference terminal; identifying at least one dominant terminal from the at least one interference terminal based on a reception power of each of the at least one interference terminal; performing a primary decoding for the uplink signal; generating at least one dominant signal corresponding to an interference signal of the at least one dominant terminal if the primary decoding fails; performing a cancellation by applying the at least one dominant signal to the uplink signal; and performing a secondary decoding for the uplink signal to which the at least one dominant signal has been applied. receiving, from a target terminal, an uplink signal comprising at least one interference signal generated by at least one interference terminal; identifying at least one dominant terminal from the at least one interference terminal based on a reception power of each of the at least one interference terminal; performing a primary decoding for the uplink signal; generating at least one dominant signal corresponding to an interference signal of the at least one dominant terminal if the primary decoding fails; performing a cancellation by applying the at least one dominant signal to the uplink signal; and performing a secondary decoding for the uplink signal to which the at least one dominant signal has been applied.
Method for processing video images comprising the following steps for: - acquiring a plurality of video images during a time interval comprising a reference time t, - associating a weighting factor with at least some of the video images, at least two of the video images having different weighting factors, - memorising the video images, - weighting each of the video images memorised with the associated weighting factor, - generating an image called the reference image associated with the reference time t by averaging weighted video images, characterized in that each of the video images is memorised with a resolution proportional to the weighting factor associated with said video image, the weighting factor being associated with each video image according to a decreasing function of the duration separating said video image from the reference time t. - acquiring a plurality of video images during a time interval comprising a reference time t, - associating a weighting factor with at least some of the video images, at least two of the video images having different weighting factors, - memorising the video images, - weighting each of the video images memorised with the associated weighting factor, - generating an image called the reference image associated with the reference time t by averaging weighted video images,
A system for authenticating and differentiating between a series of articles, the system comprising a plurality of phosphor compositions capable of emitting radiation in response to excitation by photons of a given energy, each phosphor composition being associated with a different article in use and comprising: (a) a host lattice; (b) a dopant; and (c) a decay modifying component different from said dopant and said host lattice, wherein each phosphor composition employs the same host lattice, dopant and decay modifying component but each phosphor composition contains a different amount of said decay modifying component so that each phosphor composition has its own unique radiation decay rate. (a) a host lattice; (b) a dopant; and (c) a decay modifying component different from said dopant and said host lattice, wherein each phosphor composition employs the same host lattice, dopant and decay modifying component but each phosphor composition contains a different amount of said decay modifying component so that each phosphor composition has its own unique radiation decay rate.
A computer-implemented method for dynamically arranging digital images onto a spritesheet, the method comprising: receiving instructions to open a software project in a software project editor, the software project comprising one or more spritesheet collections, each spritesheet collection comprising one or more spritesheets; receiving edit instructions relating to a digital image for use in a spritesheet, the instructions received via a software image editor while the software project is in an edit mode; and receiving instructions to apply the changes to the digital image; identifying an association between the digital image and a first spritesheet in a first spritesheet collection of the one or more spritesheet collections, automatically updating an arrangement of images in one or more of the spritesheets in the first spritesheet collection to incorporate the changes made to the digital image; marking any updated spritesheets as requiring rendering; and rendering an updated spritesheet responsive to an image contained therein being displayed in the software image editor. receiving instructions to open a software project in a software project editor, the software project comprising one or more spritesheet collections, each spritesheet collection comprising one or more spritesheets; receiving edit instructions relating to a digital image for use in a spritesheet, the instructions received via a software image editor while the software project is in an edit mode; and receiving instructions to apply the changes to the digital image; identifying an association between the digital image and a first spritesheet in a first spritesheet collection of the one or more spritesheet collections, automatically updating an arrangement of images in one or more of the spritesheets in the first spritesheet collection to incorporate the changes made to the digital image; marking any updated spritesheets as requiring rendering; and rendering an updated spritesheet responsive to an image contained therein being displayed in the software image editor.
A nitride semiconductor device comprising: a) a substrate; b) a nitride semiconductor layer formed on a main surface of the substrate; c) a plurality of source island electrodes and a plurality of drain island electrodes of a multi-island field effect transistor, the source island electrodes and drain island electrodes being formed on the nitride semiconductor layer, spaced apart from each other and alternately arranged in a matrix arrangement to produce active regions therebetween in a device area of the nitride semiconductor layer, wherein, for each pair of adjacent source and drain island electrodes, a respective side of the source island electrode is juxtaposed with a respective side of the drain island electrode; d) a plurality of gate electrodes formed on said active regions, wherein a respective gate electrode is formed between each pair of adjacent source and drain island electrodes, a low resistance gate interconnect consisting of low resistance metal straps, the plurality of gate electrodes being interconnected to the low resistance gate interconnect by interconnections at interstices defined by adjacent vertices of the source island electrodes and drain island electrodes; e) each of the plurality of source island electrodes having a respective individual bump or ball connection formed thereon; f) each of the plurality of drain island electrodes having a respective individual bump or ball connection formed thereon; and g) the low resistance gate interconnect being connected to a plurality of gate pads. a) a substrate; b) a nitride semiconductor layer formed on a main surface of the substrate; c) a plurality of source island electrodes and a plurality of drain island electrodes of a multi-island field effect transistor, the source island electrodes and drain island electrodes being formed on the nitride semiconductor layer, spaced apart from each other and alternately arranged in a matrix arrangement to produce active regions therebetween in a device area of the nitride semiconductor layer, wherein, for each pair of adjacent source and drain island electrodes, a respective side of the source island electrode is juxtaposed with a respective side of the drain island electrode; d) a plurality of gate electrodes formed on said active regions, wherein a respective gate electrode is formed between each pair of adjacent source and drain island electrodes, a low resistance gate interconnect consisting of low resistance metal straps, the plurality of gate electrodes being interconnected to the low resistance gate interconnect by interconnections at interstices defined by adjacent vertices of the source island electrodes and drain island electrodes; e) each of the plurality of source island electrodes having a respective individual bump or ball connection formed thereon; f) each of the plurality of drain island electrodes having a respective individual bump or ball connection formed thereon; and g) the low resistance gate interconnect being connected to a plurality of gate pads.
A device for applying irradiation and ultrasound to an eye of a subject comprising: (a) a housing; and (b) an optical diffuser mounted to the housing, the diffuser having inner and outer surfaces; (c) a ultrasonic transducer mounted to the housing and disposed outward of the diffuser, Characterized in that: the housing is adapted to rest on the anterior surface of the eye; the inner surface of the diffuser faces inwardly toward the eye and the outer surface faces outwardly away from the eye, respectively, when the housing rests on the eye; and the diffuser is disposed between the transducer and the eye when the housing rests on the eye. (a) a housing; and (b) an optical diffuser mounted to the housing, the diffuser having inner and outer surfaces; (c) a ultrasonic transducer mounted to the housing and disposed outward of the diffuser,
A sealing device for sealing between a valve shaft which actuates a disc-shaped valve body arranged within a flow path in an inner periphery of a housing so as to open and close, and a valve shaft insertion hole which is provided in said housing in a direction orthogonal to a center line of said flow path and to which said valve shaft is inserted, wherein the sealing device, in use, is arranged closer to said flow path than a bearing (203, 204) rotatably supporting said valve shaft to said valve shaft insertion hole, the sealing device is provided with a seal lip which is retained by mounting rings (11, 12) pressure inserted and fixed, in use, to said valve shaft insertion hole and is slidably brought into close contact with an outer peripheral surface of said valve shaft, and the seal lip is formed in a disc shape with a fluorine contained resin, and is forcibly deformed into a state in which an inner diameter portion is directed toward said flow path side by said valve shaft.; characterized in that the sealing device is provided with an outer mounting ring having an inward collar portion and an inner mounting ring having an inward collar portion said inner mounting ring being fixed to an inner periphery of the outer mounting ring, and the seal lip is retained between the inward collar portion of the outer ring and the inward collar portion of the inner ring. an outer mounting ring having an inward collar portion and an inner mounting ring having an inward collar portion said inner mounting ring being fixed to an inner periphery of the outer mounting ring, and the seal lip is retained between the inward collar portion of the outer ring and the inward collar portion of the inner ring.
A media-playback device, comprising: a media output device that is configured to play media content items; a cache storing media content items or media content keys; a caching engine configured to curate the storage of media content items or media content keys in the cache according to caching parameters, wherein the caching parameters include at least one of a caching aggression, cache clearing parameters, a quality-size preference, and a fetch aggression; and at least one non-transitory computer readable data storage device storing instructions that, when executed by a processor, cause the media-playback device to: predict whether the media-playback device will enter a predetermined state within a threshold period of time; and modify at least one of the caching parameters responsive to predicting that the media-playback device will enter the predetermined state within a threshold period of time; wherein a caching aggression reflects a tendency of the caching engine to cache more media content items rather than fewer, and a fetch aggression reflects how aggressively the caching engine will cache media content items that it predicts may be played next or within the threshold period of time. a media output device that is configured to play media content items; a cache storing media content items or media content keys; a caching engine configured to curate the storage of media content items or media content keys in the cache according to caching parameters, wherein the caching parameters include at least one of a caching aggression, cache clearing parameters, a quality-size preference, and a fetch aggression; and at least one non-transitory computer readable data storage device storing instructions that, when executed by a processor, cause the media-playback device to: predict whether the media-playback device will enter a predetermined state within a threshold period of time; and modify at least one of the caching parameters responsive to predicting that the media-playback device will enter the predetermined state within a threshold period of time; predict whether the media-playback device will enter a predetermined state within a threshold period of time; and modify at least one of the caching parameters responsive to predicting that the media-playback device will enter the predetermined state within a threshold period of time; wherein a caching aggression reflects a tendency of the caching engine to cache more media content items rather than fewer, and a fetch aggression reflects how aggressively the caching engine will cache media content items that it predicts may be played next or within the threshold period of time.
A method for horizontal casting of a metal strip and influencing the thickness profile of the metal strip, by means of a cooled conveyor belt, which is arranged behind a delivery vessel in casting direction and extends between two deflecting rollers (7, 7') and on which the metal strip is conveyed, as well as by means of at least one roller (8, 8', 8", 9, 9') adjustable against the metal strip for imparting the thickness profile, characterised in that the roller (8, 8', 8", 9, 9') for influencing the thickness profile of the metal strip is adjusted against the metal strip and surface undulations with a square or higher component on the surface of the metal strip are smoothed by the roller (8, 8', 8", 9, 9'), the roller (8, 8', 8", 9, 9') is formed to pivotable, wherein the wedge form of the strip is selectively influenced by pivotation of the roller (8, 8', 8", 9, 9'), and the roller (8, 8', 8", 9, 9') is adjusted against the metal strip under hydraulic or mechanical force regulation and/or position regulation.
A disposable loading unit for a surgical stapling instrument, comprising: a staple cartridge carrier configured to operably support a staple cartridge; an anvil including at least one staple-deforming cavity, wherein said anvil is rotatably mounted relative to said staple cartridge carrier, wherein said anvil is configured to be rotated between an open position and a closed position, and wherein said anvil includes a proximal end and a distal end; and an actuator comprising a cam that engages said anvil and is configured to rotate said anvil from said open position to said closed position when said actuator is retracted proximally relative to the distal end of the anvil wherein said cam includes an arcuate profile having an apex, and wherein said apex is configured to be in contact with said anvil when said anvil is in said closed position, wherein said actuator is operably coupled with a lever of the surgical staphing instrument, which is configured to slidably retract said actuator upon manipulation. a staple cartridge carrier configured to operably support a staple cartridge; an anvil including at least one staple-deforming cavity, wherein said anvil is rotatably mounted relative to said staple cartridge carrier, wherein said anvil is configured to be rotated between an open position and a closed position, and wherein said anvil includes a proximal end and a distal end; and an actuator comprising a cam that engages said anvil and is configured to rotate said anvil from said open position to said closed position when said actuator is retracted proximally relative to the distal end of the anvil wherein said cam includes an arcuate profile having an apex, and wherein said apex is configured to be in contact with said anvil when said anvil is in said closed position, wherein said actuator is operably coupled with a lever of the surgical staphing instrument, which is configured to slidably retract said actuator upon manipulation.
Seal arrangement, comprising a housing cloture cover with a passage opening for a shaft to be sealed, a dynamic sealing lip being arranged in the passage opening, a sensor holder which is arranged on the housing closure cover, and a rotary transducer for fastening on the shaft to be sealed, characterized in that the rotary transducer is fixed by a positioning device in the passage opening in such a way that the rotary transducer can be rotated only to a limited extent within predefined angle ranges.
A nanoparticulate composition comprising a) a delivery vehicle selected from the group consisting of a nanolipogel comprising a polymeric core and a lipid shell, a liposome, and a biodegradable polymeric nanoparticle; and b) IL-2 and losartan loaded into, attached to the surface of, and/or enclosed within the delivery vehicle.
A data transmission method, comprising: in response to that a terminal device selects to perform a data transmission in an inactive state based on a preconfigured uplink resource, sending, by the terminal device, uplink information to a network device using the preconfigured uplink resource, wherein the uplink information comprises at least the uplink data to be sent by the terminal device and identity information of the terminal device; wherein the uplink information comprises a Radio Resource Control, RRC, message, and the identity information of the terminal device is comprised in the RRC message; wherein the RRC message is an RRC resume request message; wherein the method further comprises: in a case where a first trigger condition is met, selecting, by the terminal device, to perform the data transmission in the inactive state based on the preconfigured uplink resource; wherein the first trigger condition comprises: a timing advance, TA, of the terminal device being valid. in response to that a terminal device selects to perform a data transmission in an inactive state based on a preconfigured uplink resource, sending, by the terminal device, uplink information to a network device using the preconfigured uplink resource, wherein the uplink information comprises at least the uplink data to be sent by the terminal device and identity information of the terminal device; wherein the uplink information comprises a Radio Resource Control, RRC, message, and the identity information of the terminal device is comprised in the RRC message; wherein the RRC message is an RRC resume request message; wherein the method further comprises: in a case where a first trigger condition is met, selecting, by the terminal device, to perform the data transmission in the inactive state based on the preconfigured uplink resource; wherein the first trigger condition comprises: a timing advance, TA, of the terminal device being valid. in a case where a first trigger condition is met, selecting, by the terminal device, to perform the data transmission in the inactive state based on the preconfigured uplink resource; wherein the first trigger condition comprises: a timing advance, TA, of the terminal device being valid.
A welded structure of a first member and a second member joined together by welding, wherein the first member includes a second member joint portion joined to the second member, the second member includes a first member joint portion joined to the first member, when the first member and the second member are aligned along a first direction and a second direction is a direction intersecting the first direction, the welded structure includes a cavity (30, 32; 52; 56; 60) formed between the first member joint portion and the second member joint portion, a welded portion (14, 38) formed between the cavity (30, 32; 52; 56; 60) and each end in the second direction of a joint surface where the first member joint portion and the second member joint portion are joined together, the cavity (30, 32; 52; 56; 60) is formed by a groove (26, 28; 51; 54; 59) provided at least to one of the first member and the second member, characterized in that: the second member is made of a material that generates more gas when molten than the first member, and the welded portion (14, 38) is formed along a direction inclined toward the first member side relative to the joint surface, so as to reduce the melting amount of the second member. wherein the first member includes a second member joint portion joined to the second member, the second member includes a first member joint portion joined to the first member, when the first member and the second member are aligned along a first direction and a second direction is a direction intersecting the first direction, the welded structure includes a cavity (30, 32; 52; 56; 60) formed between the first member joint portion and the second member joint portion, a welded portion (14, 38) formed between the cavity (30, 32; 52; 56; 60) and each end in the second direction of a joint surface where the first member joint portion and the second member joint portion are joined together, the cavity (30, 32; 52; 56; 60) is formed by a groove (26, 28; 51; 54; 59) provided at least to one of the first member and the second member, characterized in that: the second member is made of a material that generates more gas when molten than the first member, and the welded portion (14, 38) is formed along a direction inclined toward the first member side relative to the joint surface, so as to reduce the melting amount of the second member. the second member is made of a material that generates more gas when molten than the first member, and the welded portion (14, 38) is formed along a direction inclined toward the first member side relative to the joint surface, so as to reduce the melting amount of the second member.