mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, the method being applied to a terminal device not supporting network slice-specific authentication and authorization, NSSAA, and the method comprising: sending, by the terminal device, a second message to an access and mobility management function, AMF, wherein the second message is used for requesting for registering with a network slice, and the second message contains a first requested network slice selection assistance information, NSSAI, wherein the first requested NSSAI comprises a first single-network slice selection assistance information, S-NSSAI, of visited public land mobile network, VPLMN, and at least one S-NSSAI of home public land mobile network, HPLMN, corresponding to the first S-NSSAI, wherein the at least one S-NSSAI of the HPLMN corresponding to the first S-NSSAI comprises a second S-NSSAI; receiving, by the terminal device, a first message sent by the AMF, wherein the first message is a registration accept message or a registration reject message, and the second S-NSSAI is determined by the AMF as an S-NSSAI of the HPLMN subject to the NSSAA, and wherein the first message contains an allowed NSSAI that does not comprise the first S-NSSAI, or the first message contains a rejected NSSAI that does not comprise the first S-NSSAI; and skipping using, by the terminal device according to the first message, a network slice identified by the first S-NSSAI to establish a session on condition that the first message comprises said allowed NSSAI that does not comprise the first S-NSSAI, or re-requesting, by the terminal device according to the first message, a network slice identified by the first S-NSSAI, on condition that the first message comprises said rejected NSSAI that does not comprise the first S-NSSAI. receiving, by the terminal device, a first message sent by the AMF, wherein the first message is a registration accept message or a registration reject message, and the second S-NSSAI is determined by the AMF as an S-NSSAI of the HPLMN subject to the NSSAA, and wherein the first message contains an allowed NSSAI that does not comprise the first S-NSSAI, or the first message contains a rejected NSSAI that does not comprise the first S-NSSAI; and skipping using, by the terminal device according to the first message, a network slice identified by the first S-NSSAI to establish a session on condition that the first message comprises said allowed NSSAI that does not comprise the first S-NSSAI, or re-requesting, by the terminal device according to the first message, a network slice identified by the first S-NSSAI, on condition that the first message comprises said rejected NSSAI that does not comprise the first S-NSSAI.
A lacing system for shoes of all types with a shoelace wherein two ends are provided for tightening the shoe and the course of the shoelace is free of intersections, at least in the region of the instep and ball of the foot, wherein the front opening for entry into the shoe has a serpentine shape and the opening for entry into the shoe has meshing lobes, characterised in that the meshing lobes have lobes or the like in the region of the roots with redirecting elements for guiding the shoelace.
A method of joining a structure to a reeled pipeline, performed on board a reel-lay vessel to enable fluid communication between the pipeline and a conduit of the structure, the method comprising: suspending a trailing end portion of the pipeline in an upright orientation on a reel-lay tower of the vessel, the pipeline initially being substantially filled with a pressurising liquid under elevated pressure; depressurising the pressurising liquid in the pipeline; draining the pressurising liquid from the trailing end portion while retaining the pressurising liquid in an inclined portion of the pipeline extending from the tower to a reel of the vessel, and in a spooled portion of the pipeline coiled on the reel; inserting a pig into the trailing end portion through a trailing end of the pipeline; and joining the structure to the trailing end of the pipeline; the method being characterised by: pumping additional pressurising liquid into a leading end of the pipeline on the reel to flood the trailing end portion and to propel the pig from the trailing end portion into the conduit of the structure, thereby expelling through a port of the structure air that was trapped in the trailing end portion between the pig and the structure; followed by pumping additional pressurising liquid through the port and into the conduit of the structure to propel the pig toward the leading end of the pipeline. suspending a trailing end portion of the pipeline in an upright orientation on a reel-lay tower of the vessel, the pipeline initially being substantially filled with a pressurising liquid under elevated pressure; depressurising the pressurising liquid in the pipeline; draining the pressurising liquid from the trailing end portion while retaining the pressurising liquid in an inclined portion of the pipeline extending from the tower to a reel of the vessel, and in a spooled portion of the pipeline coiled on the reel; inserting a pig into the trailing end portion through a trailing end of the pipeline; and joining the structure to the trailing end of the pipeline; the method being characterised by: pumping additional pressurising liquid into a leading end of the pipeline on the reel to flood the trailing end portion and to propel the pig from the trailing end portion into the conduit of the structure, thereby expelling through a port of the structure air that was trapped in the trailing end portion between the pig and the structure; followed by pumping additional pressurising liquid through the port and into the conduit of the structure to propel the pig toward the leading end of the pipeline. pumping additional pressurising liquid into a leading end of the pipeline on the reel to flood the trailing end portion and to propel the pig from the trailing end portion into the conduit of the structure, thereby expelling through a port of the structure air that was trapped in the trailing end portion between the pig and the structure; followed by pumping additional pressurising liquid through the port and into the conduit of the structure to propel the pig toward the leading end of the pipeline.
A cylinder lock comprising an exterior lock housing, in the lock housing a turnable inner cylinder (5, 6), which encloses a set of turnable tumbler discs, which are arranged to lock and correspondingly to release a lock rod moving radially in the lock, which, in the locking position, is arranged to prevent turning of the inner cylinder (5, 6) in relation to the lock housing and, in the releasing position, is arranged to release turning of the inner cylinder (5, 6) in relation to the lock housing, which tumbler discs have a central opening, which is dimensioned to allow the axial inserting and extracting of the key using the lock, which key has two guide grooves (15a, 15b), which are arranged, using the axial movement of the key via the radial projections in the central opening of the tumbler discs, to affect the tumbler discs by a turning force to place the tumbler discs into a position releasing or correspondingly locking the lock rod, characterized in that the lock comprises binding rods, which, as the key is inserted into the lock in a position, which causes the tumbler discs to turn the inner cylinder (5,6) into the releasing position, is arranged to bind and centralize the tumbler discs in relation to the inner cylinder (5, 6), immediately when the inner cylinder (5, 6) is turned in relation to the lock housing by the torque transferred from the key.
A wave energy converter comprising: i) a motor housing having a central longitudinal axis; ii) a spar having a bottom end region for extension into a body of water; iii) a first float positioned to rotate about the central longitudinal axis; iv) a second float positioned to rotate about the central longitudinal axis, v) a first power take off comprising a rotor and a stator section, the first power take off being mounted within the motor housing, the stator section being rotably coupled to the first float through a first drive shaft and the rotor section being rotably coupled to the second float through a second drive shaft, characterized in that the first float and the second float define a central opening when coupled to the motor housing, the spar at least partially residing in the central opening. i) a motor housing having a central longitudinal axis; ii) a spar having a bottom end region for extension into a body of water; iii) a first float positioned to rotate about the central longitudinal axis; iv) a second float positioned to rotate about the central longitudinal axis, v) a first power take off comprising a rotor and a stator section, the first power take off being mounted within the motor housing, the stator section being rotably coupled to the first float through a first drive shaft and the rotor section being rotably coupled to the second float through a second drive shaft, characterized in that the first float and the second float define a central opening when coupled to the motor housing, the spar at least partially residing in the central opening.
Measuring screwdriver, with a universal interface suitable for the mounting of at least two different output interfaces (30; 50; 500) which are configured for receiving a tool element for treating a workpiece, wherein the universal interface is configured in such a manner that either an output interface, which can be mounted without a tool, or an output interface (50; 500), which is to be mounted with a fixing tool, can be fastened to the universal interface, wherein the universal interface has a latching contour which is suitable for the engagement either of a locking body of an output interface which can be mounted without a tool or for the engagement with at least one latching device of the output interface (50; 500) which is to be mounted with a mounting tool, wherein the universal interface has a thread with an external thread which is suitable for the screwing-on of an internal thread of the output interface (50; 500) which is to be mounted with the fixing tool.
A pet pad comprising: a liquid permeable top sheet; a liquid impermeable back sheet; an absorbent layer containing charcoal, the absorbent layer being disposed between the top sheet and the back sheet; characterised by: a black top side liquid permeable sheet that is disposed on a top sheet side of the absorbent layer. a liquid permeable top sheet; a liquid impermeable back sheet; an absorbent layer containing charcoal, the absorbent layer being disposed between the top sheet and the back sheet; characterised by: a black top side liquid permeable sheet that is disposed on a top sheet side of the absorbent layer. a black top side liquid permeable sheet that is disposed on a top sheet side of the absorbent layer.
Process for making an electrode active material according to general formula Li 1+x TM 1-x O 2, wherein TM is a combination of Ni and Co and Zr and at least one metal selected from Mn and Al, and, optionally, at least one of Mg, Ti, and W, wherein at least 60 mole-% is Ni, referring to the sum of Ni, Co and, if applicable, Mn and Al, and x is in the range of from zero to 0.2, said process comprising the following steps: (a) mixing a mixed oxide or mixed oxyhydroxide of Ni, Co, and at least one of Mn and Al, and at least one lithium compound selected from lithium hydroxide, lithium oxide and lithium carbonate, and at least one oxide or hydroxide or oxyhydroxide of Zr with an average diameter D50 in the range of from 1 to 7 μm, and in compounds that are selected from oxides of Zr, their crystallite size is in the range of from 5 to 20 nm, (b) subjecting said mixture to heat treatment at a temperature in the range of from 650 to 1000°C. (a) mixing a mixed oxide or mixed oxyhydroxide of Ni, Co, and at least one of Mn and Al, and at least one lithium compound selected from lithium hydroxide, lithium oxide and lithium carbonate, and at least one oxide or hydroxide or oxyhydroxide of Zr with an average diameter D50 in the range of from 1 to 7 μm, and in compounds that are selected from oxides of Zr, their crystallite size is in the range of from 5 to 20 nm, a mixed oxide or mixed oxyhydroxide of Ni, Co, and at least one of Mn and Al, and at least one lithium compound selected from lithium hydroxide, lithium oxide and lithium carbonate, and at least one oxide or hydroxide or oxyhydroxide of Zr with an average diameter D50 in the range of from 1 to 7 μm, (b) subjecting said mixture to heat treatment at a temperature in the range of from 650 to 1000°C.
A straddled vehicle comprising: a headlight including a body including a light source, a first attachment portion located at one of leftward or rightward of the body, and a second attachment portion located another of leftward or rightward of the body; a first stay supporting the first attachment portion of the headlight; a second stay supporting the second attachment portion of the headlight; a first bolt extending in a left-right direction and fixing the first attachment portion of the headlight to the first stay; and a second bolt extending in the left-right direction and fixing the second attachment portion of the headlight to the second stay, wherein the first attachment portion of the headlight, the second attachment portion of the headlight, the first stay, and the second stay include a first bolt hole, a second bolt hole, a third bolt hole, and a fourth bolt hole, respectively, the first bolt is inserted in the first bolt hole and the third bolt hole, the second bolt is inserted in the second bolt hole and the fourth bolt hole, at least one of the first bolt hole and the third bolt hole is a first long hole elongated in a front-rear direction, and at least one of the second bolt hole and the fourth bolt hole is a first elastic hole surrounded by an elastic body. a headlight including a body including a light source, a first attachment portion located at one of leftward or rightward of the body, and a second attachment portion located another of leftward or rightward of the body; a body including a light source, a first attachment portion located at one of leftward or rightward of the body, and a second attachment portion located another of leftward or rightward of the body; a first stay supporting the first attachment portion of the headlight; a second stay supporting the second attachment portion of the headlight; a first bolt extending in a left-right direction and fixing the first attachment portion of the headlight to the first stay; and a second bolt extending in the left-right direction and fixing the second attachment portion of the headlight to the second stay, wherein the first attachment portion of the headlight, the second attachment portion of the headlight, the first stay, and the second stay include a first bolt hole, a second bolt hole, a third bolt hole, and a fourth bolt hole, respectively, the first bolt is inserted in the first bolt hole and the third bolt hole, the second bolt is inserted in the second bolt hole and the fourth bolt hole, at least one of the first bolt hole and the third bolt hole is a first long hole elongated in a front-rear direction, and at least one of the second bolt hole and the fourth bolt hole is a first elastic hole surrounded by an elastic body.
A rolling bearing comprising: an inner rim adapted to be fixed to a rotating shaft; an outer rim spaced apart from the inner rim; a rolling member disposed between the inner rim and the outer rim; and an elastic mesh surrounding an outer circumferential surface of the outer rim, wherein the elastic mesh comprises a metal wire mesh comprising at least one metal wire irregularly tangled, wherein the elastic mesh comprises a plurality of through-holes, characterized in that a height of the elastic mesh in the axial direction is greater than a height of the outer rim; and the plurality of through-holes include at least one first through-hole facing the outer rim and at least one second through-hole not facing the outer rim. an inner rim adapted to be fixed to a rotating shaft; an outer rim spaced apart from the inner rim; a rolling member disposed between the inner rim and the outer rim; and an elastic mesh surrounding an outer circumferential surface of the outer rim, wherein the elastic mesh comprises a metal wire mesh comprising at least one metal wire irregularly tangled, wherein the elastic mesh comprises a plurality of through-holes, characterized in that a height of the elastic mesh in the axial direction is greater than a height of the outer rim; and the plurality of through-holes include at least one first through-hole facing the outer rim and at least one second through-hole not facing the outer rim.
A method of enriching small RNA from cells comprising: a) lysing the cells with a lysing solution to produce a lysate; b) adding an alcohol solution to the lysate; c) applying the lysate to a solid support; and d) eluting RNA molecules from the solid support, wherein the lysing solution comprises guanidinium at a concentration of between 2.0M and 4.0M, and wherein the amount of alcohol solution added to the lysate gives it an alcohol concentration of about 55% to 70%; and wherein at least about 25%, 30%, 35%, 40%, 45%, 50%, 55%, 60%, 65%, 70%, 75%, 80%, 85%, 90%, 95% of the small RNA molecules of about 100 nucleotides or fewer in a sample is isolated, or alternatively wherein the small RNA of about 100 nucleotides or fewer in a sample is enriched about or at least about 3x, in small RNA molecules as determined by the mass of small RNA molecules relative to the mass of total RNA molecules prior to placing the lysate on the solid support compared to after eluting the RNA from the solid support.
A method of determining the cure status of a mineral fibrous product on a conveyor of a manufacturing line, the method comprising: capturing an optical reflectance measurement from a sectioned face of a sectioned mineral fibrous product on-line, without removing the mineral fibrous product from the manufacturing line; analyzing the optical reflectance measurement from at least one region of interest of the sectioned face; and assessing the degree of cure of the mineral fibrous product based on the optical reflectance measurement at the region of interest. capturing an optical reflectance measurement from a sectioned face of a sectioned mineral fibrous product on-line, without removing the mineral fibrous product from the manufacturing line; analyzing the optical reflectance measurement from at least one region of interest of the sectioned face; and assessing the degree of cure of the mineral fibrous product based on the optical reflectance measurement at the region of interest.
A system (100, 200, 300) for bone cement removal, the system (100, 200, 300) comprising: a controller (114, 310) coupled to a cutting tool (116, 306, 702): a microphone (106, 202, 302); a processor (116, 306, 702) coupled to a memory device (704, 706), the memory device (704, 706) containing instructions that, when executed by the processor (116, 306, 702), cause the system to perform operations comprising: receiving digital frequency data from the microphone (106, 202, 302); comparing at least a portion of the digital frequency data to a plurality of frequency signatures; determining, based at least in part on the comparing, whether the portion of the digital frequency data is representative of a cut bone frequency or a cut bone cement frequency; and in response to determining that the portion of the digital frequency data is representative of the bone frequency, sending an indication to the controller (114, 310) to adjust a control parameter of the cutting tool (206, 212, 210, 312). a microphone (106, 202, 302); a processor (116, 306, 702) coupled to a memory device (704, 706), the memory device (704, 706) containing instructions that, when executed by the processor (116, 306, 702), cause the system to perform operations comprising: receiving digital frequency data from the microphone (106, 202, 302); comparing at least a portion of the digital frequency data to a plurality of frequency signatures; determining, based at least in part on the comparing, whether the portion of the digital frequency data is representative of a cut bone frequency or a cut bone cement frequency; and in response to determining that the portion of the digital frequency data is representative of the bone frequency, sending an indication to the controller (114, 310) to adjust a control parameter of the cutting tool (206, 212, 210, 312). receiving digital frequency data from the microphone (106, 202, 302); comparing at least a portion of the digital frequency data to a plurality of frequency signatures; determining, based at least in part on the comparing, whether the portion of the digital frequency data is representative of a cut bone frequency or a cut bone cement frequency; and in response to determining that the portion of the digital frequency data is representative of the bone frequency, sending an indication to the controller (114, 310) to adjust a control parameter of the cutting tool (206, 212, 210, 312).
A powerline network comprising: a plurality of stations (A, B, C, D) including a central coordinator (CCo) configurable to transmit beacon signals for coordinating transmissions of each of said plurality of stations; wherein said central coordinator has a network timer controlled by a system clock; and wherein said beacon signals contain a current schedule of transmissions and network timer values as beacon timestamps used to adjust local clocks of non-CCo stations of said plurality of stations to enable said non-CCo stations of said plurality of stations to utilize said network timer values and corresponding local timer values to estimate a frequency error between said system clock and a local clock and an offset between said network timer and a local timer, and characterized by allowing each of said non-CCo stations of said plurality of stations to utilize its local clock to generate a digital waveform and to further use said frequency error to resample said digital waveform for synchronized signal processing. a plurality of stations (A, B, C, D) including a central coordinator (CCo) configurable to transmit beacon signals for coordinating transmissions of each of said plurality of stations; wherein said central coordinator has a network timer controlled by a system clock; and wherein said beacon signals contain a current schedule of transmissions and network timer values as beacon timestamps used to adjust local clocks of non-CCo stations of said plurality of stations to enable said non-CCo stations of said plurality of stations to utilize said network timer values and corresponding local timer values to estimate a frequency error between said system clock and a local clock and an offset between said network timer and a local timer, and characterized by allowing each of said non-CCo stations of said plurality of stations to utilize its local clock to generate a digital waveform and to further use said frequency error to resample said digital waveform for synchronized signal processing.