mhurhangee/patent-ind-claim-en huggingface dataset:
A method for delivering an audio and/or video content using adaptive streaming from a cache server to a client device, the audio and/or video content being segmented into data segments available in various representations with respective audio and/or video qualities, the representations being time-aligned per segment, the segments being further divided into chunks, wherein the method comprises: - obtaining a round-trip time value applicable between the cache server and the client device; - computing a minimum bulk transfer size mTBS from the maximum average bitrate of the various representations of the audio and/or video content and from the obtained round-trip time value; - computing a minimum bulk duration mTBDi, with respect to the audio and/or video content, for the representation i of the audio and/or video content which has to be delivered to the client device; and - delivering the audio and/or video content by burst transfers in the form of L bulks of at least one chunk or aggregated successive chunks for each segment, the L bulks containing jointly audio and/or video content data corresponding to said segment, and wherein, for each segment, at least L-1 bulk or bulks are respectively formed by M chunk or chunks such that ∑ j = 1 M CH j > mTBDi and ∑ j = 1 M − 1 CH j ≤ mTBDi wherein CH j (j = 1,..,M) represents the time duration of the chunk j with respect to the audio and/or video content. - obtaining a round-trip time value applicable between the cache server and the client device; - computing a minimum bulk transfer size mTBS from the maximum average bitrate of the various representations of the audio and/or video content and from the obtained round-trip time value; - computing a minimum bulk duration mTBDi, with respect to the audio and/or video content, for the representation i of the audio and/or video content which has to be delivered to the client device; and - delivering the audio and/or video content by burst transfers in the form of L bulks of at least one chunk or aggregated successive chunks for each segment, the L bulks containing jointly audio and/or video content data corresponding to said segment,
Filter device with at least one module pack that comprises a plurality of modules, in particular three modules, for crossflow filtration, which have a first unfiltered material connection at a first end of the module and a second unfiltered material connection on the opposite side of the module , as well as at least one filtrate outlet , characterised by a valve arrangement that is designed such that unfiltered material can optionally flow through the individual modules, either from the first or the second unfiltered material connection .
A planar optical branching device comprising - a planar top cladding layer formed by a top cladding material; - a planar lower cladding layer formed by a lower cladding material; - a planar core layer immediately between said top cladding and lower cladding layers, wherein waveguides are formed by core material limited by cladding material; and - a pair of branching channel waveguides in said core layer branching from a main waveguide defining between them an intermediate region , characterized in that said intermediate region comprises a plurality of holes of cladding material extending from the top of the core layer into intermediate material, said holes being arranged so that the depth of said holes increases away from said main waveguide , wherein the depth of said holes increases with an average slope as a function of distance from said main waveguide of less than 10% over at least 30% of said intermediate region or wherein said holes being arranged so that the depth of said holes increases away from said main waveguide with an average slope as a function of distance from said main waveguide and two or more of said holes are connected. - a planar top cladding layer formed by a top cladding material; - a planar lower cladding layer formed by a lower cladding material; - a planar core layer immediately between said top cladding and lower cladding layers, wherein waveguides are formed by core material limited by cladding material; and - a pair of branching channel waveguides in said core layer branching from a main waveguide defining between them an intermediate region , characterized in that said intermediate region comprises a plurality of holes of cladding material extending from the top of the core layer into intermediate material, said holes being arranged so that the depth of said holes increases away from said main waveguide , wherein the depth of said holes increases with an average slope as a function of distance from said main waveguide of less than 10% over at least 30% of said intermediate region or wherein said holes being arranged so that the depth of said holes increases away from said main waveguide with an average slope as a function of distance from said main waveguide and two or more of said holes are connected.
A method, comprising: receiving an electrical load list, the electrical load list comprising electrical parameters for a plurality of pieces of electrical equipment for an industrial automation project; identifying each piece of electrical equipment of the plurality of pieces of electrical equipment in the electrical load list; generating a vector representation of each piece of electrical equipment of the plurality of pieces of electrical equipment, wherein generating the vector representation of each piece of electrical equipment of the plurality of pieces of electrical equipment comprises applying one or more single-line diagram rules; generating a single-line diagram based on the vector representation of each piece of electrical equipment of the plurality of pieces of electrical equipment; presenting the single-line diagram for display via a graphical user interface, GUI; receiving, via the GUI, an input modifying the electrical load list; identifying a modified piece of electrical equipment based on the input; generating a new vector representation of the modified piece of electrical equipment; updating the single-line diagram to include the new vector representation; and presenting the updated single-line diagram for display via the GUI. receiving an electrical load list, the electrical load list comprising electrical parameters for a plurality of pieces of electrical equipment for an industrial automation project; identifying each piece of electrical equipment of the plurality of pieces of electrical equipment in the electrical load list; generating a vector representation of each piece of electrical equipment of the plurality of pieces of electrical equipment, wherein generating the vector representation of each piece of electrical equipment of the plurality of pieces of electrical equipment comprises applying one or more single-line diagram rules; generating a single-line diagram based on the vector representation of each piece of electrical equipment of the plurality of pieces of electrical equipment; presenting the single-line diagram for display via a graphical user interface, GUI; receiving, via the GUI, an input modifying the electrical load list; identifying a modified piece of electrical equipment based on the input; generating a new vector representation of the modified piece of electrical equipment; updating the single-line diagram to include the new vector representation; and presenting the updated single-line diagram for display via the GUI.
A cylinder mold of a cylinder mold paper machine for manufacturing security paper having a partially embedded window security thread , the cylinder mold , at paper manufacture, drawing a paper pulp in the form of a fiber-water suspension from a vat, and the cylinder mold including a production mold shell having a circumferential direction (U) and, perpendicular thereto, a transverse direction (Q) that is furnished along the circumferential direction (U) with a plurality of raised thread-window elements on which the window security thread lies at paper manufacture to suppress the accumulation of fiber-water suspension locally to produce thread windows , the thread-window elements being arranged having, along the circumference, a periodic offset in the transverse direction (Q), characterized in that the cylinder mold circumference Ru is an integer multiple of the offset period P.
A siRNA molecule for use in the treatment and/or prevention of a retinal disease related to neovascularization characterised by increased expression and/or activity of NRARP by topical administration to the corneal surface of the eye, wherein said molecule specifically targets at least one sequence selected from the group consisting of SEQ ID NO. 1 to SEQ ID NO. 9.
A method, comprising: receiving , at a load balancer , a request from a client device ; selecting , at the load balancer , a processing device (112-1) from a set of processing devices (112-1, 112-2) in a communication network to serve the request; forwarding the request from the load balancer to the selected processing device (112-1); receiving an acknowledgement at the load balancer from the client device , wherein the acknowledgement comprises an indication that the client device has received a response to the request from the selected processing device (112-1) that has not passed through the load balancer ; and a unique value associated with the selected processing device (112-1); forwarding , from the load balancer to the selected processing device (112-1), the acknowledgement with the unique value and the indication, such that the selected processing device (112-1) deletes state information associated with the request. receiving , at a load balancer , a request from a client device ; selecting , at the load balancer , a processing device (112-1) from a set of processing devices (112-1, 112-2) in a communication network to serve the request; forwarding the request from the load balancer to the selected processing device (112-1); receiving an acknowledgement at the load balancer from the client device , wherein the acknowledgement comprises an indication that the client device has received a response to the request from the selected processing device (112-1) that has not passed through the load balancer ; and a unique value associated with the selected processing device (112-1); an indication that the client device has received a response to the request from the selected processing device (112-1) that has not passed through the load balancer ; and a unique value associated with the selected processing device (112-1); forwarding , from the load balancer to the selected processing device (112-1), the acknowledgement with the unique value and the indication, such that the selected processing device (112-1) deletes state information associated with the request.
A method for manufacturing a carrier plate for receiving and handling semiconductor products or wafers, wherein woven fiber layers made up of carbon fibers are arranged to form a stack, wherein the woven fiber layers are impregnated with a resin, wherein the resin is cured and pyrolized, wherein the stack is then graphitized, characterized in that a first woven fiber layer of the stack is formed out of a first woven fiber with filament yarns equal to or greater than 12 K, and a second woven fiber layer of the stack is formed out of a second woven fiber with filament yarns equal to or less than 6 K, wherein the stack is machined to form a recess for receiving a semiconductor product, wherein machining takes place at least in a plane of the second woven fabric.
A method for the navigation to a destination, in which, depending on the current position and the destination, destination guidance information is output on a display in a mapless representation with the representation of an electronic calendar, in which direction instructions are output, without being related to a map representation, wherein, if the current position is located within a specific environment of the destination, final destination guidance information before the destination is automatically output in a 3-dimensional map representation, wherein upon entry into the environment a change to the 3-dimensional map representation is performed, wherein the final destination guidance information has a higher detail content than the destination guidance information, and further destination guidance information is output in the 3-dimensional map representation, when the destination is displayed in the 3-dimensional map representation, wherein the further destination guidance information is based on data of the electronic calendar.
A pharmaceutical composition for use in treating opioid abuse, opioid dependency, alcohol abuse and/or alcohol dependency, and/or for use in treating the symptoms of opioid and/or alcohol withdrawal, wherein the pharmaceutical composition comprises a) an extract of a plant belonging to the genus Raphanus, wherein said extract is obtainable or obtained by extracting at least the air roots, seeds and/or bulbs with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2 , ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids; b) an extract of a plant belonging to the genus Theobroma, wherein said extract is obtainable or obtained by extracting at least the fruit with water, an alcohol, a water/alcohol mixture, a ketone or a water/ketone mixture, and wherein the extract is standardized to contain 3% to 20% of total procynadins; and c) an extract of a plant belonging to the genus Passiflora, wherein said extract is obtainable or obtained by extracting at least the flower with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2 , ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids. a) an extract of a plant belonging to the genus Raphanus, wherein said extract is obtainable or obtained by extracting at least the air roots, seeds and/or bulbs with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2 , ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids; b) an extract of a plant belonging to the genus Theobroma, wherein said extract is obtainable or obtained by extracting at least the fruit with water, an alcohol, a water/alcohol mixture, a ketone or a water/ketone mixture, and wherein the extract is standardized to contain 3% to 20% of total procynadins; and c) an extract of a plant belonging to the genus Passiflora, wherein said extract is obtainable or obtained by extracting at least the flower with water, an alcohol, a water/alcohol mixture, a ketone, a water/ketone mixture, CO 2 , ethyl acetate, or hexane and chlorinated forms thereof, and wherein the extract is standardized to contain 1% to 5% of total flavonoids.
A method, comprising: presenting a user interface indicating a plurality of templates each specifying at least a predefined arrangement of physical computing components for inclusion in compute units, wherein the physical computing components comprise one or more among central processing units, CPUs , graphics processing units, GPUs , storage devices , field-programmable gate arrays, FPGAs, and network interface modules each separately coupled to at least a communication fabric such that the physical computing components can be arbitrarily arranged into the compute units ; receiving a user selection indicating a selected template among the plurality of templates to form a target compute unit ; allocating to the target compute unit a set of physical computing components according to the selected template; and instructing a management entity to establish the target compute unit based on dynamically altering as-needed logical partitioning within at least the communication fabric communicatively coupling the set of physical computing components of the target compute unit . presenting a user interface indicating a plurality of templates each specifying at least a predefined arrangement of physical computing components for inclusion in compute units, wherein the physical computing components comprise one or more among central processing units, CPUs , graphics processing units, GPUs , storage devices , field-programmable gate arrays, FPGAs, and network interface modules each separately coupled to at least a communication fabric such that the physical computing components can be arbitrarily arranged into the compute units ; receiving a user selection indicating a selected template among the plurality of templates to form a target compute unit ; allocating to the target compute unit a set of physical computing components according to the selected template; and instructing a management entity to establish the target compute unit based on dynamically altering as-needed logical partitioning within at least the communication fabric communicatively coupling the set of physical computing components of the target compute unit .
A microwave probe assembly, comprising: a microwave probe; a hub having at least a first port and a second port , a proximal portion, and a distal portion, the hub including a hub body defining a hub-body chamber therein; a hub divider disposed within the hub, the hub divider dividing the hub-body chamber into a first chamber and a second chamber ; a hub cap sealingly engaged with the distal portion of the hub, the hub cap configured to receive a proximal portion of the microwave probe; and an inner tubular member received within a lumen of the hub divider; and characterised by a metal cylinder providing a fluid seal between the first chamber and the second chamber, wherein the metal cylinder engages the inner diameter of the inner tubular member to provide better contact between the inner tubular member and the hub divider to improve the seal between the first and second chambers upon application of lateral forces to the hub divider . a microwave probe; a hub having at least a first port and a second port , a proximal portion, and a distal portion, the hub including a hub body defining a hub-body chamber therein; a hub divider disposed within the hub, the hub divider dividing the hub-body chamber into a first chamber and a second chamber ; a hub cap sealingly engaged with the distal portion of the hub, the hub cap configured to receive a proximal portion of the microwave probe; and an inner tubular member received within a lumen of the hub divider; and characterised by a metal cylinder providing a fluid seal between the first chamber and the second chamber, wherein the metal cylinder engages the inner diameter of the inner tubular member to provide better contact between the inner tubular member and the hub divider to improve the seal between the first and second chambers upon application of lateral forces to the hub divider .
A method for estimating a relative blood volume of a mammalian subject, the relative blood volume being a unitless value indicating a percentage or ratio of the subject's blood volume at a particular time, in relation to a baseline blood volume of the subject, the method comprising: using an electronic apparatus, computing a blood volume index from hemodynamic data for the subject, the blood volume index defined in terms of a baseline electrical body impedance of the subject, a baseline heart rate of the subject, an electrical body impedance of the subject at a time of interest, and a heart rate of the subject at the time of interest; and using the blood volume index to generate an output indicative of an estimated relative blood volume of the subject using a formula or model that converts the blood volume index to the ratio or display value. computing a blood volume index from hemodynamic data for the subject, the blood volume index defined in terms of a baseline electrical body impedance of the subject, a baseline heart rate of the subject, an electrical body impedance of the subject at a time of interest, and a heart rate of the subject at the time of interest; and using the blood volume index to generate an output indicative of an estimated relative blood volume of the subject using a formula or model that converts the blood volume index to the ratio or display value.
A network device , comprising: a processor ; and a memory including instructions , the instructions , when executed by the processor , causing the network device to perform acts, the acts comprising: determining whether an overlapping ratio between a first period and a second period exceeds a first threshold, a first narrowband physical random access channel, NPRACH, resource being available during the first period , a second NPRACH resource being available during the second period , the first NPRACH resource being associated with a first coverage level and the second NPRACH resource being associated with a second coverage level that is different from the first coverage level; in response to determining that the overlapping ratio exceeds the first threshold, determining a power estimation of noise based on a first plurality of signals received on the first NPRACH resource and a second plurality of signals received on the second NPRACH resource; and detecting existence of at least one random access preamble on the first NPRACH resource based on the power estimation of noise. a processor ; and a memory including instructions , the instructions , when executed by the processor , causing the network device to perform acts, the acts comprising: determining whether an overlapping ratio between a first period and a second period exceeds a first threshold, a first narrowband physical random access channel, NPRACH, resource being available during the first period , a second NPRACH resource being available during the second period , the first NPRACH resource being associated with a first coverage level and the second NPRACH resource being associated with a second coverage level that is different from the first coverage level; in response to determining that the overlapping ratio exceeds the first threshold, determining a power estimation of noise based on a first plurality of signals received on the first NPRACH resource and a second plurality of signals received on the second NPRACH resource; and detecting existence of at least one random access preamble on the first NPRACH resource based on the power estimation of noise. determining whether an overlapping ratio between a first period and a second period exceeds a first threshold, a first narrowband physical random access channel, NPRACH, resource being available during the first period , a second NPRACH resource being available during the second period , the first NPRACH resource being associated with a first coverage level and the second NPRACH resource being associated with a second coverage level that is different from the first coverage level; in response to determining that the overlapping ratio exceeds the first threshold, determining a power estimation of noise based on a first plurality of signals received on the first NPRACH resource and a second plurality of signals received on the second NPRACH resource; and detecting existence of at least one random access preamble on the first NPRACH resource based on the power estimation of noise.