mhurhangee/ep-ind-claims huggingface dataset:
A method in a short-ranged time division duplex, TDD, mobile wireless system, MWS, device for simultaneous operation of a short-ranged TDD MWS within a mobile wireless broadband system, the method comprising: determining a timing configuration of the mobile wireless broadband system; and determining a frame structure currently in place within the mobile wireless broadband system by detection and analysis of interference levels; and generating, based on the timing configuration and the determined frame structure, a time slot map identifying transmitting and receiving opportunities that enable simultaneous operation of the wireless systems while mitigating interference between the wireless systems. determining a timing configuration of the mobile wireless broadband system; and determining a frame structure currently in place within the mobile wireless broadband system by detection and analysis of interference levels; and generating, based on the timing configuration and the determined frame structure, a time slot map identifying transmitting and receiving opportunities that enable simultaneous operation of the wireless systems while mitigating interference between the wireless systems.
A method of reporting measurements from a wireless device to a network node in a wireless communication network, the method comprising the following steps performed by the wireless device: obtaining at least one measurement configuration for performing at least one measurement; obtaining an uplink, UL, transmission configuration, the UL transmission configuration comprising at least one parameter associated with a repetition level of an uplink signal to be used by the wireless device for reporting at least one measurement result to the network node, wherein the repetition level of the uplink signal is at least partially dependent on a type of measurement and/or event for which the at least one measurement is performed; performing at least one measurement to obtain at least one measurement result; and reporting the at least one measurement result to the network node by applying the obtained UL transmission configuration, wherein if the repetition level of the uplink signal is greater than or equal to two, the wireless device reports the at least one measurement result under a reporting delay requirement having an additional delay. obtaining at least one measurement configuration for performing at least one measurement; obtaining an uplink, UL, transmission configuration, the UL transmission configuration comprising at least one parameter associated with a repetition level of an uplink signal to be used by the wireless device for reporting at least one measurement result to the network node, wherein the repetition level of the uplink signal is at least partially dependent on a type of measurement and/or event for which the at least one measurement is performed; performing at least one measurement to obtain at least one measurement result; and reporting the at least one measurement result to the network node by applying the obtained UL transmission configuration, wherein if the repetition level of the uplink signal is greater than or equal to two, the wireless device reports the at least one measurement result under a reporting delay requirement having an additional delay.
A system, comprising: a hydraulic turbocharger configured to handle fluids and comprising a bearing assembly; and a monitoring system configured to monitor an operational parameter of the bearing assembly, wherein the monitoring system comprises one or more sensors (70, 100) extending into the hydraulic turbocharger to monitor a relative position or operational parameter of one or more rotating components of the bearing assembly, wherein at least one of the one or more sensors (70, 100) is configured to be exposed to a process liquid that lubricates the bearing assembly and that is handled by the hydraulic turbocharger. a hydraulic turbocharger configured to handle fluids and comprising a bearing assembly; and a monitoring system configured to monitor an operational parameter of the bearing assembly, wherein the monitoring system comprises one or more sensors (70, 100) extending into the hydraulic turbocharger to monitor a relative position or operational parameter of one or more rotating components of the bearing assembly, wherein at least one of the one or more sensors (70, 100) is configured to be exposed to a process liquid that lubricates the bearing assembly and that is handled by the hydraulic turbocharger.
A system for generation and execution of machine code for dynamic calls in a programming language, the system comprising: at least one processor; a memory in operable communication with the processor; a compiler-created cache in the memory, the cache configured to be updated during runtime to contain target addresses of multiple indirect routine call sites, wherein the compiler-created cache includes only a single entry per indirect routine call site; an assignment of respective ordinals to different indirect routine call sites in code which is being compiled in the system; and compiler-generated machine code which upon execution by the processor performs a comparison at runtime comparing a target address of an indirect routine call site to an entry in the compiler-created cache, said comparison performed using as an index into the compiler-created cache an ordinal which was assigned to the indirect routine call site at compile time, wherein the compiler-generated machine code further calls an intervening routine when the target address does not equal the compiler-created cache entry, the call to the intervening routine preceding an invocation of target code at the target address, wherein the intervening routine performs a security check on target code at the target address, and wherein call to the intervening routine is avoided when the target address equals the compiler-created cache entry. at least one processor; a memory in operable communication with the processor; a compiler-created cache in the memory, the cache configured to be updated during runtime to contain target addresses of multiple indirect routine call sites, wherein the compiler-created cache includes only a single entry per indirect routine call site; an assignment of respective ordinals to different indirect routine call sites in code which is being compiled in the system; and compiler-generated machine code which upon execution by the processor performs a comparison at runtime comparing a target address of an indirect routine call site to an entry in the compiler-created cache, said comparison performed using as an index into the compiler-created cache an ordinal which was assigned to the indirect routine call site at compile time, wherein the compiler-generated machine code further calls an intervening routine when the target address does not equal the compiler-created cache entry, the call to the intervening routine preceding an invocation of target code at the target address, wherein the intervening routine performs a security check on target code at the target address, and wherein call to the intervening routine is avoided when the target address equals the compiler-created cache entry.
A composition comprising an agent for use in a method of treating a neurodegenerative disease wherein the composition is administered after determining whether the subject has a mutation in the C9orf72 gene wherein said mutation prevents or disrupts C9orf72 expression relative to expression in a reference from subjects without the mutation, wherein the agent is (i) a C9orf72 protein or an active fragment thereof, (ii) an agent that promotes or mimics C9orf72 activity (iii) nucleic acid encoding C9orf72, or (iv) an antisense agent comprising an oligonucleotide that is the reverse complement to one or more copies of the 5'-GGCCCC-3' hexanucleotide repeat. (i) a C9orf72 protein or an active fragment thereof, (ii) an agent that promotes or mimics C9orf72 activity (iii) nucleic acid encoding C9orf72, or (iv) an antisense agent comprising an oligonucleotide that is the reverse complement to one or more copies of the 5'-GGCCCC-3' hexanucleotide repeat.
A holder for drying a filter paper comprising: a first member including a first tubular portion that protrudes like a tube; and an annular second member that can fix the filter paper in a flat state under tension by being fitted over the filter paper to surround an outer side of the first tubular portion while the filter paper is carried on the first tubular portion, wherein the first member includes an annular projecting portion around its outer peripheral surface, and the projecting portion is arranged such that the filter paper is sandwiched between a lower end of the second member being a flat surface and an upper surface of the projecting portion. a first member including a first tubular portion that protrudes like a tube; and an annular second member that can fix the filter paper in a flat state under tension by being fitted over the filter paper to surround an outer side of the first tubular portion while the filter paper is carried on the first tubular portion, wherein the first member includes an annular projecting portion around its outer peripheral surface, and the projecting portion is arranged such that the filter paper is sandwiched between a lower end of the second member being a flat surface and an upper surface of the projecting portion.
A composition for use in the control of bleeding with or without compression, wherein the composition comprises: nanostructured fibrin and agarose hydrogels, preferably type VII agarose hydrogels, (NFAH); or non-nanostructured or pre-nanostructured fibrin and agarose hydrogels, preferably type VII agarose hydrogels,. nanostructured fibrin and agarose hydrogels, preferably type VII agarose hydrogels, (NFAH); or non-nanostructured or pre-nanostructured fibrin and agarose hydrogels, preferably type VII agarose hydrogels,.
A device for verifying and controlling the performance characteristics of a roof is provided, said device being constituted by at least one sheet, which can be applied at said roof below the covering layer characterized in that said device, in said roof comprising a frame and a covering layer provided by means of gutter tiles and cover tiles and supported by the frame has a surface directed toward said covering layer, said device having on said surface and at least in the region that is adjacent to the eaves, at least one means adapted to detect the presence of an infiltration of water, said means being provided with at least two wires, said detection of the presence of an infiltration of water being provided by a resistive measurement between said wires.
An antenna system for capturing underwater sound waves of the type comprising: - an optical fibre making a sensor member on its free end for underwater sound waves; controlled unwinding means of said optical fibre carried by a dragging platform and adapted to allow the entrance of the optical fibre in the water at an unwinding speed opposite to the speed of advancement of the platform to minimise the hydrodynamic noise acting on the sensor member, characterized by comprising preferential orientation and height stabilisation means adapted to make a preferential orientation of the sensor member in the water and an arrangement of the sensor member at a predetermined depth; wherein said preferential orientation means comprise elongated and C-shaped floating means coupled to said sensor member for applying an upward bias and elongated and C-shaped ballast means adapted to apply a bias opposite to that of the floating means so that said sensor member is arranged, in the water, on an approximately horizontal plane; in which an unwindable wire is arranged between the floating means and said sensor member; said floating means comprise a first end tied to said wire that extends from a body carrying a portion of the optical fibre; said ballast means comprising a first end hinged to said body; said floating means and said ballast means comprise respective second end (53b, 55b) fixed to the fibre by means of an adhesive very rapidly soluble in the water. - an optical fibre making a sensor member on its free end for underwater sound waves; controlled unwinding means of said optical fibre carried by a dragging platform and adapted to allow the entrance of the optical fibre in the water at an unwinding speed opposite to the speed of advancement of the platform to minimise the hydrodynamic noise acting on the sensor member, characterized by comprising preferential orientation and height stabilisation means adapted to make a preferential orientation of the sensor member in the water and an arrangement of the sensor member at a predetermined depth; wherein said preferential orientation means comprise elongated and C-shaped floating means coupled to said sensor member for applying an upward bias and elongated and C-shaped ballast means adapted to apply a bias opposite to that of the floating means so that said sensor member is arranged, in the water, on an approximately horizontal plane; in which an unwindable wire is arranged between the floating means and said sensor member; said floating means comprise a first end tied to said wire that extends from a body carrying a portion of the optical fibre; said ballast means comprising a first end hinged to said body; said floating means and said ballast means comprise respective second end (53b, 55b) fixed to the fibre by means of an adhesive very rapidly soluble in the water.
A method of operating a target terminal being serviced by a serving base station, and of operating the serving base station, the method comprising: measuring at the terminal the channel (H 11) between the serving base station and the target terminal; generating at the terminal channel information associated with the channel (H 11), based on the measured channel (H 11) between the serving base station and the target terminal; feeding back by the terminal channel information of the channel (H 11) to the serving base station using a feedback scheme, wherein the fed back channel information is used by the serving base station to determine whether interference exists in the channel (H 11), and to inform the target terminal if interference exists; recognizing at the terminal the occurrence of interference in response to a notice from the serving base station; generating by the terminal a feedback message that is used by a neighboring base station, not being the service base station, about channel information associated with the channel (H 11) between the serving base station and the target terminal, and channel information associated with the channel (H 21) between the neighboring base station and the target terminal, thus configuring the neighboring base station to simultaneously verify channel information (H 11) between the serving base station and the target terminal, to estimate channel information (H 21) between the neighboring base station and the target terminal, and to perform an interference control; providing by the target terminal the feedback message to the neighboring base station. measuring at the terminal the channel (H 11) between the serving base station and the target terminal; generating at the terminal channel information associated with the channel (H 11), based on the measured channel (H 11) between the serving base station and the target terminal; feeding back by the terminal channel information of the channel (H 11) to the serving base station using a feedback scheme, wherein the fed back channel information is used by the serving base station to determine whether interference exists in the channel (H 11), and to inform the target terminal if interference exists; recognizing at the terminal the occurrence of interference in response to a notice from the serving base station; generating by the terminal a feedback message that is used by a neighboring base station, not being the service base station, about channel information associated with the channel (H 11) between the serving base station and the target terminal, and channel information associated with the channel (H 21) between the neighboring base station and the target terminal, thus configuring the neighboring base station to simultaneously verify channel information (H 11) between the serving base station and the target terminal, to estimate channel information (H 21) between the neighboring base station and the target terminal, and to perform an interference control; providing by the target terminal the feedback message to the neighboring base station.
Method for producing a sandwich element (2, 50, 56, 58) having at least a first cover layer, a core layer and an insert, wherein, in the sandwich element (2, 50, 56, 58), a connection face of the core layer is connected to a connection face of the cover layer and a first face of the insert is connected at least partially to the connection face of the cover layer, characterized in that the core layer comprises a foam, in which method - a recess is introduced at least into the foam of the core layer, - the insert is positioned in the recess with a gap in relation to the foam, during the positioning of the insert at least one spacer is placed between the insert and the foam and the insert has at least one recess, into which the spacer is inserted, in particular partially inserted, - curable adhesive is filled into the gap, wherein the adhesive forms a layer between the insert and the foam, and - the adhesive cures. wherein, in the sandwich element (2, 50, 56, 58), a connection face of the core layer is connected to a connection face of the cover layer and a first face of the insert is connected at least partially to the connection face of the cover layer, characterized in that the core layer comprises a foam, in which method - a recess is introduced at least into the foam of the core layer, - the insert is positioned in the recess with a gap in relation to the foam, during the positioning of the insert at least one spacer is placed between the insert and the foam and the insert has at least one recess, into which the spacer is inserted, in particular partially inserted, - curable adhesive is filled into the gap, wherein the adhesive forms a layer between the insert and the foam, and - the adhesive cures. - a recess is introduced at least into the foam of the core layer, - the insert is positioned in the recess with a gap in relation to the foam, during the positioning of the insert at least one spacer is placed between the insert and the foam and the insert has at least one recess, into which the spacer is inserted, in particular partially inserted, - curable adhesive is filled into the gap, wherein the adhesive forms a layer between the insert and the foam, and - the adhesive cures.
A three-dimensional memory structure (2000, 2900) comprising: a film stack, the film stack comprising conductive and dielectric layers alternatingly stacked on top of each other in a vertical direction; memory strings in a channel structure region penetrating through the film stack in the vertical direction, wherein each of the memory strings comprise a memory film, a channel layer and a core filling film; and contact structures in the channel structure region penetrating through one or more of the conductive and dielectric layers in the vertical direction such that each conductive layer of the film stack is electrically connected to at least one of the contact structures, wherein each contact structure comprises a liner surrounding a conductive material, wherein the liner comprises an insulator configured to electrically isolate the contact structures from one or more conductive layers of the film stack; the conductive material contacts each conductive layer of the film stack; characterized in that the contact structures and the memory strings are arranged alternatingly along a X-direction, which is perpendicular to the vertical direction, in a portion of the channel structure region. a film stack, the film stack comprising conductive and dielectric layers alternatingly stacked on top of each other in a vertical direction; memory strings in a channel structure region penetrating through the film stack in the vertical direction, wherein each of the memory strings comprise a memory film, a channel layer and a core filling film; and contact structures in the channel structure region penetrating through one or more of the conductive and dielectric layers in the vertical direction such that each conductive layer of the film stack is electrically connected to at least one of the contact structures, wherein each contact structure comprises a liner surrounding a conductive material, wherein the liner comprises an insulator configured to electrically isolate the contact structures from one or more conductive layers of the film stack; the conductive material contacts each conductive layer of the film stack; characterized in that the contact structures and the memory strings are arranged alternatingly along a X-direction, which is perpendicular to the vertical direction, in a portion of the channel structure region.
Safety device for electrical sockets, designed to be interposed between a body for containing electrical contacts of the socket and a cover having at least one pair of openings for access to phase and neutral electrical contacts of the socket, said safety system comprising - a pair of shutter elements movable between a position of occlusion of said pair of openings to prevent the access to said electrical contacts and a position spaced apart from said pair of openings to allow the insertion of pins of an electrical plug therein and - elastic means which push said shutters in their occlusion position, said shutters being placed on a separate oscillating body having two opposite sides with a cusp shape, which rest centrally at corresponding opposite sides of an underlying support base, said oscillating body being able to oscillate around an axis X-X when a thrust force is exerted on only one of these shutters through one of said openings of the cover, said safety device being characterised in that said shutters are separated by a free central area so as to be unrestrained one in relation to the other, each one normally occluding a respective opening, said axis of oscillation X-X of the oscillating body being placed centrally between said shutters and passing through the midline of an elongated opening provided in said oscillating body, a pair of openings (51,41) are provided in the oscillating body and in the underlying support base respectively, aligned one with the other and with said openings of the cover on said support base a pair of projections are provided adjacent to said pair of openings, aligned with corresponding holes provided in the oscillating body, such that when the oscillating body is in an inclined position, one of said projections penetrates a corresponding hole and interferes with the corresponding shutter avoiding the displacement thereof a pair of projections are provided inside said cover adjacent to said openings, designed to interfere with a respective shutter preventing displacement thereof. - a pair of shutter elements movable between a position of occlusion of said pair of openings to prevent the access to said electrical contacts and a position spaced apart from said pair of openings to allow the insertion of pins of an electrical plug therein and a position of occlusion of said pair of openings to prevent the access to said electrical contacts and a position spaced apart from said pair of openings to allow the insertion of pins of an electrical plug therein and - elastic means which push said shutters in their occlusion position,