mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: implementing, by a base station, BS, a grant-free uplink transmission scheme, wherein the grant-free uplink transmission scheme: defines a first contention transmission unit, CTU, access region in a time-frequency domain; defines a plurality of CTUs; defines a default CTU mapping scheme by mapping at least some of the plurality of CTUs to the first CTU access region; and defines a default user equipment, UE, mapping rule for mapping a first UE to a first CTU of the plurality of CTUs and a second UE to a second CTU of the plurality of CTUs, the second CTU being different than the first CTU; and transmitting, by the BS, to the first UE, information via a high-level signaling indicating the first CTU access region, number of CTUs, the default CTU mapping scheme and the default UE mapping rule; each of the first CTU and the second CTU being a combination of time, frequency, signature and pilot; wherein the grant-free uplink transmission scheme defines a number of unique pilots for grant-free uplink transmissions. implementing, by a base station, BS, a grant-free uplink transmission scheme, wherein the grant-free uplink transmission scheme: defines a first contention transmission unit, CTU, access region in a time-frequency domain; defines a plurality of CTUs; defines a default CTU mapping scheme by mapping at least some of the plurality of CTUs to the first CTU access region; and defines a default user equipment, UE, mapping rule for mapping a first UE to a first CTU of the plurality of CTUs and a second UE to a second CTU of the plurality of CTUs, the second CTU being different than the first CTU; and defines a first contention transmission unit, CTU, access region in a time-frequency domain; defines a plurality of CTUs; defines a default CTU mapping scheme by mapping at least some of the plurality of CTUs to the first CTU access region; and defines a default user equipment, UE, mapping rule for mapping a first UE to a first CTU of the plurality of CTUs and a second UE to a second CTU of the plurality of CTUs, the second CTU being different than the first CTU; and transmitting, by the BS, to the first UE, information via a high-level signaling indicating the first CTU access region, number of CTUs, the default CTU mapping scheme and the default UE mapping rule; each of the first CTU and the second CTU being a combination of time, frequency, signature and pilot; wherein the grant-free uplink transmission scheme defines a number of unique pilots for grant-free uplink transmissions.
A method (700, 800, 900, 1000) of operating a first wireless device, comprising: receiving a grant from a base station to use for peer-to-peer communication with a second wireless device time-frequency resources concurrently utilized by a third wireless device for wireless wide area network (WWAN) communication with the base station; receiving transmit power information for the peer-to-peer communication, wherein the transmit power information is included in the grant, the transmit power being determined based on an interference that can be caused to transmissions received by the base station from the third wireless device; and communicating with the second wireless device at a power less than or equal to the received transmit power using peer-to-peer communication on the time-frequency resources. receiving a grant from a base station to use for peer-to-peer communication with a second wireless device time-frequency resources concurrently utilized by a third wireless device for wireless wide area network (WWAN) communication with the base station; receiving transmit power information for the peer-to-peer communication, wherein the transmit power information is included in the grant, the transmit power being determined based on an interference that can be caused to transmissions received by the base station from the third wireless device; and communicating with the second wireless device at a power less than or equal to the received transmit power using peer-to-peer communication on the time-frequency resources.
A kit comprising an implant for insertion into a lacrimal canaliculus and an insertion tool for inserting the implant into the lacrimal canaliculus, wherein the implant comprises: a first member defining a first axis and having a first end along the first axis, wherein the first member is configured to extend into the canaliculus; a second member defining a second axis and having a second end along the second axis, wherein the second member is configured to reside in the vertical portion (220, 222) of the canaliculus and to extend to the opening of, or out of the opening of, the associated puncta; a third member connecting the first end of the first member and the second end of the second member at a first angle to form an angled intersection; the third member comprises a bore that is characterized by a third axis and a second angle; wherein the bore is configured to be accessible to an insertion tool for facilitating insertion of the implant; further wherein the first angle is defined by the first axis with respect to the second axis and the second angle is defined by the first axis with respective to the third axis; and further wherein the bore extends from an upper surface into the third member, wherein the upper surface extends beyond the intersection with the second member; wherein the first angle is from about 30 degrees to about 150 degrees; wherein the second angle is from about 15 degrees to about 90 degrees. a first member defining a first axis and having a first end along the first axis, wherein the first member is configured to extend into the canaliculus; a second member defining a second axis and having a second end along the second axis, wherein the second member is configured to reside in the vertical portion (220, 222) of the canaliculus and to extend to the opening of, or out of the opening of, the associated puncta; a third member connecting the first end of the first member and the second end of the second member at a first angle to form an angled intersection; the third member comprises a bore that is characterized by a third axis and a second angle; wherein the bore is configured to be accessible to an insertion tool for facilitating insertion of the implant; further wherein the first angle is defined by the first axis with respect to the second axis and the second angle is defined by the first axis with respective to the third axis; and further wherein the bore extends from an upper surface into the third member, wherein the upper surface extends beyond the intersection with the second member; wherein the first angle is from about 30 degrees to about 150 degrees; wherein the second angle is from about 15 degrees to about 90 degrees.
A computer program product comprising computer executable instructions stored on a non-transitory computer readable medium that when executed by a processor instruct the processor to: receive log data and first network configuration data for a first configuration of a communication network; receive second network configuration data for a second configuration of the communication network; produce simulated log data for the second configuration of the communication network, based on the log data and the second network configuration data, and detect classifiers by an AI-learning engine based on the log data and the simulated log data, wherein the classifiers include a temporal pattern of network events in the log data or in the simulated log data that lead to a network fault; wherein the computer program product is configured to train the AI-learning engine based on the log data and the simulated log data, wherein the AI-learning engine defines a predictor period for a time of operation of the first configuration of the communication network, the predictor period defining a period of time over which the network events are tracked, and wherein the time of operation includes: first network events occurring prior to the first configuration being implemented; second network events occurring after the first configuration is implemented; and third network events occurring during a subset of time after the first configuration is implemented. receive log data and first network configuration data for a first configuration of a communication network; receive second network configuration data for a second configuration of the communication network; produce simulated log data for the second configuration of the communication network, based on the log data and the second network configuration data, and detect classifiers by an AI-learning engine based on the log data and the simulated log data, wherein the classifiers include a temporal pattern of network events in the log data or in the simulated log data that lead to a network fault; wherein the computer program product is configured to train the AI-learning engine based on the log data and the simulated log data, wherein the AI-learning engine defines a predictor period for a time of operation of the first configuration of the communication network, the predictor period defining a period of time over which the network events are tracked, and wherein the time of operation includes: first network events occurring prior to the first configuration being implemented; second network events occurring after the first configuration is implemented; and third network events occurring during a subset of time after the first configuration is implemented. first network events occurring prior to the first configuration being implemented; second network events occurring after the first configuration is implemented; and third network events occurring during a subset of time after the first configuration is implemented.
A playback control method for use in a playback apparatus of a playback system including the playback apparatus that plays back video and a display apparatus that displays the video played back by the playback apparatus, the method comprising: determining, in a first determination step (S114, S201), whether the display apparatus supports an optional feature for playback of the video based on information held by the display apparatus; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the display apparatus, determining, in a second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video based on information held by a server connected to the playback apparatus via a network; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the server, determining, in the second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video by outputting information asking a user whether the display apparatus supports the optional feature; and storing a result of asking returned from the user in the server. determining, in a first determination step (S114, S201), whether the display apparatus supports an optional feature for playback of the video based on information held by the display apparatus; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the display apparatus, determining, in a second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video based on information held by a server connected to the playback apparatus via a network; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the server, determining, in the second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video by outputting information asking a user whether the display apparatus supports the optional feature; and storing a result of asking returned from the user in the server.
A lockable cell growth chamber comprising (a) a circular dish supported on a circular base, said dish having a bottom plate and a bottom cylindrical side wall, and (b) a circular lid having a top plate and a top cylindrical side wall, said lid sized so as to fit over the bottom cylindrical side wall of said dish wherein said base and said lid are provided with anti-locking and locking means for both preventing locking engagement of said base and lid and for securing said base and lid in locking engagement, said anti-locking and locking means comprising at least two pairs of mateable members, each of said pairs of mateable members comprising (i) an L-shaped receiving member proximal to a blocking boss, and (ii) a radial tab sized and shaped so as to be stoppable by said blocking boss, yet slidably and compressionably engagable with said L-shaped receiving member; wherein said L-shaped receiving member has an open end to receive said radial tab and a closed end to form a stop for said radial tab and wherein said blocking boss is proximal to said open end of said L-shaped receiving member. (a) a circular dish supported on a circular base, said dish having a bottom plate and a bottom cylindrical side wall, and (b) a circular lid having a top plate and a top cylindrical side wall, said lid sized so as to fit over the bottom cylindrical side wall of said dish
A directional acoustic warning device, suitable for creating a greater sound pressure at a selected target than around the target, wherein the device has a sound pressure generating source coupled to a sound guiding structure, wherein the sound pressure generating source comprises an electronic signal generating system connected to a transducer, the transducer being capable of converting electronic signals from the signal generating system to sound pressure waves, and wherein the signal generating system is arranged to produce a first signal having a waveform with a frequency which is varied around the first resonant frequency of the human ear canal, and wherein the sound guiding structure includes an open-ended cone-shaped horn having a narrow end and a wide end, wherein the narrow end of the horn is located toward the sound pressure generating source and an outer horn ring of acoustically absorbent material provided at the wide end of the horn, and a phase plug provided within the horn, and further characterised in that it comprises: a phase plug ring of acoustically absorbent material provided around a part of the phase plug, wherein the dimensions of the horn and the phase plug and the position and dimensions of the horn ring and phase plug ring are selected to maximise the directionality of the sound and minimise sound level exposure to a user of the device and bystanders at frequencies around the first resonant frequency of the human ear canal, defined as the range 3kHz to 5kHz. a phase plug ring of acoustically absorbent material provided around a part of the phase plug, wherein the dimensions of the horn and the phase plug and the position and dimensions of the horn ring and phase plug ring are selected to maximise the directionality of the sound and minimise sound level exposure to a user of the device and bystanders at frequencies around the first resonant frequency of the human ear canal, defined as the range 3kHz to 5kHz.
A toothed pulley for a bicycle rear derailleur, the pulley carrying on each of its side faces a cushioning ring made of an elastically deformable material and adapted to come in contact with link plates of a roller chain running over the pulley, wherein the pulley includes an annular channel formed adjacent to each side face to the pulley and opening radially outward, wherein each cushioning ring is supported by the annular channel, characterized in that in a side view of the pulley, the annular channel forms a polygon, wherein the number of corners of the polygon is equal to the number of teeth of the pulley, and wherein the corners of the polygon are angularly offset from the centers of the teeth of the pulley by the half angular distance between adjacent teeth of the pulley. the pulley includes an annular channel formed adjacent to each side face to the pulley and opening radially outward, wherein each cushioning ring is supported by the annular channel, characterized in that in a side view of the pulley, the annular channel forms a polygon, wherein the number of corners of the polygon is equal to the number of teeth of the pulley, and wherein the corners of the polygon are angularly offset from the centers of the teeth of the pulley by the half angular distance between adjacent teeth of the pulley.
A method of resource scheduling for a radio channel between a radio telecommunications network and a radio terminal or user equipment, UE, wherein the radio telecommunications network performs the resource scheduling in dependency of a reported channel quality value indicative of a quality of the radio channel, wherein the UE performs the following steps: • determining a channel quality with respect to the radio channel, • determining a communication condition with respect to the radio channel, based on a type of one or more radio bearers established for the radio channel, thereby the communication condition being indicative of a type of communication that is performed by the UE on the radio channel, • generating (55, 56) a channel quality value as a function of the channel quality and the communication condition, and • transmitting the channel quality value to the radio telecommunications network. • determining a channel quality with respect to the radio channel, • determining a communication condition with respect to the radio channel, based on a type of one or more radio bearers established for the radio channel, thereby the communication condition being indicative of a type of communication that is performed by the UE on the radio channel, • generating (55, 56) a channel quality value as a function of the channel quality and the communication condition, and • transmitting the channel quality value to the radio telecommunications network.
A tube rotator for rotating test tubes arranged in a tube rack, comprising: a pivoted lever having two lever arms (3, 4), pivotably fixed to a base so as to be pivotable around a pivoting axis between the two lever arms (3, 4); a friction wheel, rotatably fixed to one lever arm to rotate around a wheel axis parallel to the pivoting axis and arranged to be pushed within a plane perpendicular to the wheel axis and to be brought in or out of contact with at least one test tube for rotating the test tube by friction; a first actuator, rotatably coupled to the friction wheel for rotating the friction wheel; a pretensioner, capable of generating a pretensioning force acting on the lever for pivoting the lever in one pivoting direction; an eccentric, which is different from the pretensioner and is rotatably fixed with respect to the base, arranged to roll off the other lever arm for pivoting the lever in the other pivoting direction; a second actuator, rotatably coupled to the eccentric for rotating the eccentric. a pivoted lever having two lever arms (3, 4), pivotably fixed to a base so as to be pivotable around a pivoting axis between the two lever arms (3, 4); a friction wheel, rotatably fixed to one lever arm to rotate around a wheel axis parallel to the pivoting axis and arranged to be pushed within a plane perpendicular to the wheel axis and to be brought in or out of contact with at least one test tube for rotating the test tube by friction; a first actuator, rotatably coupled to the friction wheel for rotating the friction wheel; a pretensioner, capable of generating a pretensioning force acting on the lever for pivoting the lever in one pivoting direction; an eccentric, which is different from the pretensioner and is rotatably fixed with respect to the base, arranged to roll off the other lever arm for pivoting the lever in the other pivoting direction; a second actuator, rotatably coupled to the eccentric for rotating the eccentric.
Device (1; 1'; 1"; 1''') for producing a fiber composite component, comprising: a shaping tool (2; 2'; 2"); and a plurality of mechanically independent depositing units (3, 3', 3"), each of which is designed for movement on an associated running surface (6; 6') and for depositing a fibrous material on the shaping tool (2; 2'; 2"), wherein the depositing units (3, 3', 3") each comprise a control device (5; 5'; 5") which is designed to control the respective depositing unit (3; 3'; 3") for automatic cooperation with at least one further depositing unit (3; 3'; 3") for joint depositing of a predetermined fibre arrangement, characterized in that a hollow body is provided as a running surface (6; 6'), the inner side of which forms the running surface (6; 6'), wherein the tool (2'; 2") can be arranged at least in sections within the hollow body in such a way, in that it can be wrapped or braided with the fibre material by means of depositing units (3, 3', 3") moving on the running surface (6; 6'), wherein the running surface is ferromagnetic and the depositing units (3, 3', 3") each have a drive device with magnets controllable by means of the control device (5; 5'; 5") for magnetically driven movement on the running surface, and/or the running surface contains magnets controllable, in particular by means of the control device; 5'; 5") of a depositing unit (3; 3'; 3"), and the depositing unit (3; 3'; 3") has a drive device cooperating therewith for magnetically driven locomotion on the running surface.
A filter comprising: a filter main body that is cylindrical; a sheet that forms a cylindrical body having one end portion and the other end portion opposite to and overlapping the one end portion to wrap the filter main body; a first hot melt type adhesive and a first aqueous adhesive provided at a position between the filter main body and the sheet; and a second hot melt type adhesive and a second aqueous adhesive provided at a position between the one end portion and the other end portion, wherein: the first aqueous adhesive is continuous with the second aqueous adhesive, or the first hot melt type adhesive is continuous with the second hot melt type adhesive. a filter main body that is cylindrical; a sheet that forms a cylindrical body having one end portion and the other end portion opposite to and overlapping the one end portion to wrap the filter main body; a first hot melt type adhesive and a first aqueous adhesive provided at a position between the filter main body and the sheet; and a second hot melt type adhesive and a second aqueous adhesive provided at a position between the one end portion and the other end portion, wherein: the first aqueous adhesive is continuous with the second aqueous adhesive, or the first hot melt type adhesive is continuous with the second hot melt type adhesive. the first aqueous adhesive is continuous with the second aqueous adhesive, or the first hot melt type adhesive is continuous with the second hot melt type adhesive.