mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for zoned namespace, ZNS, storage using multiple zones, comprising: storing, in a first zone cache, one or more logical blocks corresponding to a data chunk; writing, for each logical block in the data chunk, a cache element of a cache entry that points to the logical block in the first zone cache, wherein the cache entry includes multiple cache elements corresponding to the multiple logical blocks of the data chunk; writing, for the cache entry (210, 212, 214, 216), a table entry in a mapping table that points to the cache entry (210, 212, 214, 216); and when a storage policy is triggered for the cache entry (210, 212, 214, 216): writing the multiple logical blocks, pointed to by each cache element of the cache entry (210, 212, 214, 216), as contiguous logical blocks in an isolation block for the data chunk in a second zone stream; and updating the table entry to point to the isolation block in the second zone stream. storing, in a first zone cache, one or more logical blocks corresponding to a data chunk; writing, for each logical block in the data chunk, a cache element of a cache entry that points to the logical block in the first zone cache, wherein the cache entry includes multiple cache elements corresponding to the multiple logical blocks of the data chunk; writing, for the cache entry (210, 212, 214, 216), a table entry in a mapping table that points to the cache entry (210, 212, 214, 216); and when a storage policy is triggered for the cache entry (210, 212, 214, 216): writing the multiple logical blocks, pointed to by each cache element of the cache entry (210, 212, 214, 216), as contiguous logical blocks in an isolation block for the data chunk in a second zone stream; and updating the table entry to point to the isolation block in the second zone stream. writing the multiple logical blocks, pointed to by each cache element of the cache entry (210, 212, 214, 216), as contiguous logical blocks in an isolation block for the data chunk in a second zone stream; and updating the table entry to point to the isolation block in the second zone stream.
A battery module comprising: at least two cell assemblies including a plurality of secondary batteries electrically connected to each other and stacked in a front-rear direction; a module housing having an internal space in which the cell assembly is received, and a gas passage on at least one of left side or right side of the cell assembly for circulation of gas generated from the cell assembly; and a flame retardant plate including a body formed in a plate shape, wherein said flame retardant plate is interposed between the at least two cell assemblies, wherein the flame retardant plate has a multilayer structure including at least one of a flame retardant layer (223, 227) that is hard to burn, a heat insulating layer configured to prevent heat transfer, an expandable layer that expands its volume at a predetermined temperature, and a flame barrier extending in a left-right direction from at least one of left end or right end of the body and disposed in a part of the gas passage, the flame barrier having a plurality of gas vent holes that are open in the front-rear direction to allow gas generated from the cell assembly to flow. at least two cell assemblies including a plurality of secondary batteries electrically connected to each other and stacked in a front-rear direction; a module housing having an internal space in which the cell assembly is received, and a gas passage on at least one of left side or right side of the cell assembly for circulation of gas generated from the cell assembly; and a flame retardant plate including a body formed in a plate shape, wherein said flame retardant plate is interposed between the at least two cell assemblies, wherein the flame retardant plate has a multilayer structure including at least one of a flame retardant layer (223, 227) that is hard to burn, a heat insulating layer configured to prevent heat transfer, an expandable layer that expands its volume at a predetermined temperature, and a flame barrier extending in a left-right direction from at least one of left end or right end of the body and disposed in a part of the gas passage, the flame barrier having a plurality of gas vent holes that are open in the front-rear direction to allow gas generated from the cell assembly to flow.
A gas turbine engine for an aircraft, the gas turbine engine comprising: a shaft fixed to a compressor of the gas turbine engine; at least one of a turboprop and a turbofan; a power gearbox having a power output shaft fixed to the at least one of the turboprop and the turbofan, wherein the power gearbox receives an input rotation from the shaft; an auxiliary gearbox having an auxiliary output shaft powering at least one auxiliary component of the gas turbine engine; a first lubrication system; and a second lubrication system that is separated from the first lubrication system, wherein the first lubrication system circulates a first lubricant through the power gearbox; characterised in that: the second lubrication system circulates a second lubricant through the auxiliary gearbox; and the gas turbine engine has a failsafe valve that, when actuated, provides a fluid connection between the first lubrication system and the second lubrication system, and the first lubrication system and the second lubrication system lack a fluid connection when the failsafe valve is closed, and wherein the first lubrication system lacks a filter. a shaft fixed to a compressor of the gas turbine engine; at least one of a turboprop and a turbofan; a power gearbox having a power output shaft fixed to the at least one of the turboprop and the turbofan, wherein the power gearbox receives an input rotation from the shaft; an auxiliary gearbox having an auxiliary output shaft powering at least one auxiliary component of the gas turbine engine; a first lubrication system; and a second lubrication system that is separated from the first lubrication system, wherein the first lubrication system circulates a first lubricant through the power gearbox; characterised in that: the second lubrication system circulates a second lubricant through the auxiliary gearbox; and the gas turbine engine has a failsafe valve that, when actuated, provides a fluid connection between the first lubrication system and the second lubrication system, and the first lubrication system and the second lubrication system lack a fluid connection when the failsafe valve is closed, and wherein the first lubrication system lacks a filter. the second lubrication system circulates a second lubricant through the auxiliary gearbox; and the gas turbine engine has a failsafe valve that, when actuated, provides a fluid connection between the first lubrication system and the second lubrication system, and the first lubrication system and the second lubrication system lack a fluid connection when the failsafe valve is closed, and wherein the first lubrication system lacks a filter.
Method for enabling a calling user to establish a communication session with a called user, the calling user being associated with at least one calling user device and the called user being associated with at least one called user device, wherein the communication session can be established through a plurality of possible communication services and provisioning of said plurality of possible communication services is enabled through a corresponding plurality of communication service actuators (1, 2, 3, 4, 5), the method comprising a) receiving from the at least one calling user device a request to establish a communication session with the called user, b) determining if, among said plurality of possible communication services, there is at least one communication service currently available to establish a communication session with the called user at said at least one called user device, based on current context information on the calling user and current context information on the called user, c) in the affirmative case of b), if there are at least two currently available communication services, selecting one of the at least two currently available communication services based on predetermined policies, wherein said predetermined policies comprise selecting the communication service providing the highest level of interactivity, and d) sending to the communication service actuator that enables the provision of the communication service selected in c) suitable information for starting establishment of the communication session between the calling user and the called user through the selected communication service. a) receiving from the at least one calling user device a request to establish a communication session with the called user, b) determining if, among said plurality of possible communication services, there is at least one communication service currently available to establish a communication session with the called user at said at least one called user device, based on current context information on the calling user and current context information on the called user, c) in the affirmative case of b), if there are at least two currently available communication services, selecting one of the at least two currently available communication services based on predetermined policies, wherein said predetermined policies comprise selecting the communication service providing the highest level of interactivity, and d) sending to the communication service actuator that enables the provision of the communication service selected in c) suitable information for starting establishment of the communication session between the calling user and the called user through the selected communication service.
A thread forming tap comprising a hard film disposed as coating on a surface of a tool parent material by a sputtering method, characterized in that the thread forming tap includes a plurality of dome-shaped protrusions formed on the surface of the hard film disposed as coating on an advancing-side flank surface, wherein the protrusions have a maximum radius thereof within a range from 0.1 μm to 2.0 μm, a center distance of the protrusions adjacent to each other is within a range from 0.2 μm to 3.0 μm,and the protrusions are not formed on a root, a crest, and a following-side flank surface. characterized in that the thread forming tap includes a plurality of dome-shaped protrusions formed on the surface of the hard film disposed as coating on an advancing-side flank surface, wherein the protrusions have a maximum radius thereof within a range from 0.1 μm to 2.0 μm, a center distance of the protrusions adjacent to each other is within a range from 0.2 μm to 3.0 μm,and the protrusions are not formed on a root, a crest, and a following-side flank surface.
A composition for solid coating formation, wherein the composition is made by containing, in a mixed solvent consisting of water and a dipolar aprotic solvent selected from dimethylsulphoxide and γ-butyrolactone, a powdery organic resin which is partially soluble at least in the dipolar aprotic solvent, wherein the powdery organic resin is present in a state of being dissolved or dispersed in the mixed solvent.
A system comprising: one or more first user terminals each for a respective user, each of the first user terminals comprising a first interface to a conferencing communication service run over a communication network; an authorisation mechanism arranged to conditionally verify the users of the first user terminals as being authorised to use the conferencing communication service based on a first indication received via the first interface; one or more second user terminals each for a respective user, each of the second user terminals comprising a second, alternative interface to the conferencing communication service; and characterised in that: the second interface is not operable to provide the first indication to the authorisation mechanism; wherein the authorisation mechanism is configured to conditionally verify the users of the second user terminals as being authorised to use the conferencing communication service based on a second indication received via the second interface; and wherein a user of a second user terminal is conditionally verified as being authorised to use the conferencing communication service if the second indication maps to a valid license. one or more first user terminals each for a respective user, each of the first user terminals comprising a first interface to a conferencing communication service run over a communication network; an authorisation mechanism arranged to conditionally verify the users of the first user terminals as being authorised to use the conferencing communication service based on a first indication received via the first interface; one or more second user terminals each for a respective user, each of the second user terminals comprising a second, alternative interface to the conferencing communication service; and characterised in that: the second interface is not operable to provide the first indication to the authorisation mechanism; wherein the authorisation mechanism is configured to conditionally verify the users of the second user terminals as being authorised to use the conferencing communication service based on a second indication received via the second interface; and wherein a user of a second user terminal is conditionally verified as being authorised to use the conferencing communication service if the second indication maps to a valid license. the second interface is not operable to provide the first indication to the authorisation mechanism; wherein the authorisation mechanism is configured to conditionally verify the users of the second user terminals as being authorised to use the conferencing communication service based on a second indication received via the second interface; and wherein a user of a second user terminal is conditionally verified as being authorised to use the conferencing communication service if the second indication maps to a valid license.
Use of a lipid fraction, which comprises at least one of docosahexaenoic acid, docosapentaenoic acid and eicosapentaenoic acid, and a uracil source in the manufacture of a composition which composition further comprises a protein fraction, which provides cysteine and/ or taurine and a mineral fraction which comprises at least one of manganese and molybdenum which composition is suitable for the nourishment of infants or children and meant for the improvement of growth and development of the nervous system, wherein the composition is for use in the treatment of cerebral palsy.
A human Factor VIII (FVIII) variant which modulates hemostasis, wherein said variant (i) lacks most of the B domain, comprises a R1645H amino acid substitution at the PACE/FURIN cleavage site and exhibits increased specific activity and stability relative to human FVIII-B-domain-deleted lacking said substitution; (ii) is the variant of (i) comprising further deletions and modifications to the PACE/FURIN cleavage site and exhibits a 3-fold increase in specific activity and enhanced stability when compared to human FVIII-B-domain-deleted lacking said substitution; or (iii) has a deletion of one or more of RHQR amino acids in the PACE/FURIN cleavage site. (i) lacks most of the B domain, comprises a R1645H amino acid substitution at the PACE/FURIN cleavage site and exhibits increased specific activity and stability relative to human FVIII-B-domain-deleted lacking said substitution; (ii) is the variant of (i) comprising further deletions and modifications to the PACE/FURIN cleavage site and exhibits a 3-fold increase in specific activity and enhanced stability when compared to human FVIII-B-domain-deleted lacking said substitution; or (iii) has a deletion of one or more of RHQR amino acids in the PACE/FURIN cleavage site.
A laser-induced ultrasonic wave apparatus, the apparatus comprising: a laser source to irradiate a target object and a thermoelastic material layer (122,422) with a laser beam; the thermoelastic material layer (122,422) to generate a first acoustic wave based upon the irradiation of the thermoelastic material layer by the laser beam, and to transmit the first acoustic wave to the target object; and a receiving unit (124,424) including transducers configured to receive and convert an echo acoustic wave of the first acoustic wave, as reflected from the target object, into a first electric signal, and receive and convert a second acoustic wave generated by the irradiation of the target object by the laser beam into a second electric signal; wherein a substrate (123,423) is arranged between a lower surface of the thermoelastic material layer and an upper surface of the receiving unit including transducers, supports the thermoelastic material layer (122,422) and the receiving unit (124,424) including transducers to form a single body, and is formed of quartz, fused silica, or glass such that the laser beam, the first acoustic wave and the second acoustic wave traverse through the substrate (123,423) and the thermoelastic material layer is formed of at least one of a metal, a semiconductor material, a carbon-based material, and a polymer material, as a different material of the substrate (123,423). a laser source to irradiate a target object and a thermoelastic material layer (122,422) with a laser beam; the thermoelastic material layer (122,422) to generate a first acoustic wave based upon the irradiation of the thermoelastic material layer by the laser beam, and to transmit the first acoustic wave to the target object; and a receiving unit (124,424) including transducers configured to receive and convert an echo acoustic wave of the first acoustic wave, as reflected from the target object, into a first electric signal, and receive and convert a second acoustic wave generated by the irradiation of the target object by the laser beam into a second electric signal; wherein a substrate (123,423) is arranged between a lower surface of the thermoelastic material layer and an upper surface of the receiving unit including transducers, supports the thermoelastic material layer (122,422) and the receiving unit (124,424) including transducers to form a single body, and is formed of quartz, fused silica, or glass such that the laser beam, the first acoustic wave and the second acoustic wave traverse through the substrate (123,423) and the thermoelastic material layer is formed of at least one of a metal, a semiconductor material, a carbon-based material, and a polymer material, as a different material of the substrate (123,423).
Device for displacing and/or opening and closing at least one drawer or flap having at least one drive unit and at least one control and regulating device for the at least one drive unit, and comprising at least one sensor unit for detecting the direction of rotation and/or the number of rotations of the drive shaft of the drive, wherein the number of detected rotations and/or the direction of rotation of the drive shaft can be supplied to the control and regulating device, and wherein the at least one drawer or flap is in an active connection with the drive shaft, characterised in that a timer is provided which in the case of detecting rotations of the drive shaft which are not generated by the drive starts a predetermined time interval, and in that at least one comparison device (3, 4) is provided, in which a lower threshold value for the rotations or partial rotations of the drive shaft within the predetermined time interval can be saved, wherein if the lower threshold value is exceeded the drive can be activated for opening or closing the at least one drawer or flap and the at least one drawer or flap is moved at constant speed out of its respective position.
A disk hoisting tool (1;45;71) for hoisting a compressor or turbine disk (2;5) in which a plurality of fitting grooves (3;6) penetrating in a disk thickness direction from one end surface to another end surface are circumferentially formed in a peripheral portion, the disk hoisting tool (1;45;71) comprising: a hoisting body (11;51;72) that includes an eye plate (21;74) having a through hole penetrating in the thickness direction of the eye plate (21;74), and a fitting projection (22;52;75) formed integrally with the eye plate (21;74), wherein the fitting projection (22;52;75) is formed so as to be fitted into the fitting groove (3;6) of the disk (2;5) and the fitting projection (22;52;75) is dimensioned such that both axial end portions thereof project from the end surfaces of the disk (2;5) when fitted into the fitting groove (3;6). a hoisting body (11;51;72) that includes an eye plate (21;74) having a through hole penetrating in the thickness direction of the eye plate (21;74), and a fitting projection (22;52;75) formed integrally with the eye plate (21;74), wherein the fitting projection (22;52;75) is formed so as to be fitted into the fitting groove (3;6) of the disk (2;5) and the fitting projection (22;52;75) is dimensioned such that both axial end portions thereof project from the end surfaces of the disk (2;5) when fitted into the fitting groove (3;6).
A method for wireless communication by a first access node, comprising: receiving, from a second access node, configuration signaling indicating a shared random access channel resource and a backhaul random access channel preamble format, the backhaul random access channel preamble format differing from an access random access channel preamble format, wherein receiving the configuration signaling further comprises receiving the configuration signaling indicating a number of symbols in the backhaul random access channel preamble format, the number of symbols being fewer than a number of symbols in the access random access channel preamble format; transmitting, to the second access node, a backhaul random access message in accordance with the backhaul random access channel preamble format within the shared random access channel resource; and establishing a backhaul link with the second access node based at least in part on the backhaul random access message. receiving, from a second access node, configuration signaling indicating a shared random access channel resource and a backhaul random access channel preamble format, the backhaul random access channel preamble format differing from an access random access channel preamble format, wherein receiving the configuration signaling further comprises receiving the configuration signaling indicating a number of symbols in the backhaul random access channel preamble format, the number of symbols being fewer than a number of symbols in the access random access channel preamble format; transmitting, to the second access node, a backhaul random access message in accordance with the backhaul random access channel preamble format within the shared random access channel resource; and establishing a backhaul link with the second access node based at least in part on the backhaul random access message.