mhurhangee/ep-ind-claims huggingface dataset:
A method in a communication node for handling a packet to a destination node in a communications network, comprising - associating the packet with a remaining value, which remaining value is a packet value reduced by a threshold value of an outgoing link from the communication node towards the destination node, which threshold value corresponds to a congestion level of the outgoing link towards the destination node under which threshold value packets are dropped at the outgoing link based on their remaining value and said packet value indicates level of importance; and - handling the packet based on the remaining value, which handling comprises determining whether to drop or to transmit the packet along the outgoing link based on the remaining value; - receiving a respective packet of feedback over the outgoing link and at least one other outgoing link, which respective packet of feedback comprises a value which corresponds to a congestion level towards the destination node; and - performing load balancing over the outgoing link and the at least one other outgoing link taking the remaining value and the values of the respective packet of feedback into account. - associating the packet with a remaining value, which remaining value is a packet value reduced by a threshold value of an outgoing link from the communication node towards the destination node, which threshold value corresponds to a congestion level of the outgoing link towards the destination node under which threshold value packets are dropped at the outgoing link based on their remaining value and said packet value indicates level of importance; and - handling the packet based on the remaining value, which handling comprises determining whether to drop or to transmit the packet along the outgoing link based on the remaining value; - receiving a respective packet of feedback over the outgoing link and at least one other outgoing link, which respective packet of feedback comprises a value which corresponds to a congestion level towards the destination node; and - performing load balancing over the outgoing link and the at least one other outgoing link taking the remaining value and the values of the respective packet of feedback into account.
A method, comprising: establishing a scene that is to be filmed for inclusion in content; placing a stage prop in the scene, wherein the stage prop comprises at least one charge-coupled device sensor; tracking (204, 206) the stage prop during the filming of the scene; filming the scene; and determining location information for the stage prop based on the tracking of the stage prop; capturing time-based scene information from the perspective of the stage prop during the filming of the scene using the at least one CCD in the stage prop, wherein the scene information comprises information regarding at least one of lighting of the stage prop, reflections of objects in the scene that reflect onto the stage prop, and shading of the stage prop; and creating a reference file including the location information and visual effects information associated with the stage prop for rendering a new texture on the stage prop, the visual effects information being configured according to the scene information. establishing a scene that is to be filmed for inclusion in content; placing a stage prop in the scene, wherein the stage prop comprises at least one charge-coupled device sensor; tracking (204, 206) the stage prop during the filming of the scene; filming the scene; and determining location information for the stage prop based on the tracking of the stage prop; capturing time-based scene information from the perspective of the stage prop during the filming of the scene using the at least one CCD in the stage prop, wherein the scene information comprises information regarding at least one of lighting of the stage prop, reflections of objects in the scene that reflect onto the stage prop, and shading of the stage prop; and creating a reference file including the location information and visual effects information associated with the stage prop for rendering a new texture on the stage prop, the visual effects information being configured according to the scene information.
A method of making an antioxidant-doped homogenized cross-linked interlocked hybrid material for a medical device or implant, wherein the hybrid material is produced by a process comprising the steps of: (a) compression molding a polymeric material to a counterface of a metallic or non-metallic component, thereby forming a hybrid material having an interface between the polymeric material and the metallic or non-metallic component; (b) irradiating the hybrid material, thereby forming a cross-linked hybrid material; (c) doping the hybrid material with an antioxidant, thereby forming an antioxidant-doped cross-linked hybrid material; and (d) annealing the antioxidant-doped cross-linked hybrid material in a supercritical fluid, thereby forming an antioxidant-doped homogenized cross-linked interlocked hybrid material. (a) compression molding a polymeric material to a counterface of a metallic or non-metallic component, thereby forming a hybrid material having an interface between the polymeric material and the metallic or non-metallic component; (b) irradiating the hybrid material, thereby forming a cross-linked hybrid material; (c) doping the hybrid material with an antioxidant, thereby forming an antioxidant-doped cross-linked hybrid material; and (d) annealing the antioxidant-doped cross-linked hybrid material in a supercritical fluid, thereby forming an antioxidant-doped homogenized cross-linked interlocked hybrid material.
An oral pharmaceutical composition, comprising • active ingredient L-carnitine or a derivative thereof selected from acetyl-L-carnitine and propionyl-L-carnitine, or a pharmaceutically acceptable salt thereof, • active ingredient trimetazidine or pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable auxiliary material, and • the weight ratio of L-carnitine or derivative thereof or pharmaceutically acceptable salt thereof and trimetazidine or pharmaceutically acceptable salt thereof is 66-4000:1; for use in the treatment of clinical manifestations of hypoxia including dizziness, encephalalgia, tinnitus, dim sight, limb asthenia, lower exercise performance, thought slowness, memory deterioration, nausea, vomit, palpitation, brachypnea, tachypnea, fast but weak heart beat, pneumonedema, encephaledema, cerebral apoplexy, shock, respiratory failure, optic nerve injury and cranial nerves injuries. • active ingredient L-carnitine or a derivative thereof selected from acetyl-L-carnitine and propionyl-L-carnitine, or a pharmaceutically acceptable salt thereof, • active ingredient trimetazidine or pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable auxiliary material, and • the weight ratio of L-carnitine or derivative thereof or pharmaceutically acceptable salt thereof and trimetazidine or pharmaceutically acceptable salt thereof is 66-4000:1;
A process for manufacturing a porous substrate-electrode complex at a charge rate greater than or equal to 80% for a supercondenser comprising at least the steps of: - preparing a mixture containing at least a polymer, at least a liquid porogenic softening agent, and at least an active charge, - extruding the mixture in the form of paste, wherein the paste is in the form of gel having an elasticity module of between 10 4 and 10 8 Pascal, at extrusion temperatures, in a range of frequencies of between 0.01 and 100 Hz, - depositing the paste on the substrate and laminating it, treating the complex thus formed to eliminate all or part of the softening agent and creating porosity in the electrode. - preparing a mixture containing at least a polymer, at least a liquid porogenic softening agent, and at least an active charge, - extruding the mixture in the form of paste, wherein the paste is in the form of gel having an elasticity module of between 10 4 and 10 8 Pascal, at extrusion temperatures, in a range of frequencies of between 0.01 and 100 Hz, - depositing the paste on the substrate and laminating it,
A method, comprising: receiving, at a virtual memory bank of a device, data corresponding to a page size of a memory array of the device; determining that a value of a first counter associated with the virtual memory bank does not satisfy a threshold; receiving, at the device, a command corresponding to a memory access operation associated with the data; incrementing, at the device, the value of the first counter associated with the virtual memory bank based at least in part on the command and corresponding to the page size of the memory array; determining that the value of the first counter associated with the virtual memory bank satisfies the threshold, wherein determining that the value of the first counter does not satisfy the threshold is before determining that the value of the first counter satisfies the threshold; and communicating the data between the virtual memory bank and a buffer of the device based at least in part on determining that the value of the first counter does not satisfy the threshold before determining that the first counter satisfies the threshold. receiving, at a virtual memory bank of a device, data corresponding to a page size of a memory array of the device; determining that a value of a first counter associated with the virtual memory bank does not satisfy a threshold; receiving, at the device, a command corresponding to a memory access operation associated with the data; incrementing, at the device, the value of the first counter associated with the virtual memory bank based at least in part on the command and corresponding to the page size of the memory array; determining that the value of the first counter associated with the virtual memory bank satisfies the threshold, wherein determining that the value of the first counter does not satisfy the threshold is before determining that the value of the first counter satisfies the threshold; and communicating the data between the virtual memory bank and a buffer of the device based at least in part on determining that the value of the first counter does not satisfy the threshold before determining that the first counter satisfies the threshold.
Tobacco preparation method in which a tobacco material is treated by at least one extrusion process, which process comprises compacting with an increase in pressure and temperature and also mechanical processing and abrupt flash drying of the material at an extruder outlet, wherein the tobacco material comprises a tobacco lamina material, characterised in that the tobacco preparation method comprises a plurality of extrusion processes for different tobacco materials, at least one of which uses a tobacco lamina material as the starting material or material to be treated, wherein the extrusion products produced by the respective extrusion processes form, together or in mixture, a tobacco preparation product, wherein the extrusion processes take place in parallel.
An imaging optical system, comprising: an aperture stop; a first lens group disposed on an object side of the aperture stop; a second lens group disposed on an image side of the aperture stop; and a plate-like ND filter disposed close to a position of the aperture stop in an optical axis direction of the first and second lens groups (G1, G2), wherein the second lens group includes positive refracting power as a whole, and the ND filter is configured to be retractable from the optical axis, and to attenuate a passing light amount, the ND filter comprising an optical thin film formed on a transparent base material, characterized in that: a reflectance R1 of the ND filter for light incident onto the ND filter from an object side of the ND filter, averaged over wavelengths from 400 nm to 700 nm, and a reflectance R2 of the ND filter for light incident onto the ND filter from an image side of the ND filter, averaged over wavelengths from 400nm to 700nm, satisfy the following condition: R 1 / R 2 > 2. 0. an aperture stop; a first lens group disposed on an object side of the aperture stop; a second lens group disposed on an image side of the aperture stop; and a plate-like ND filter disposed close to a position of the aperture stop in an optical axis direction of the first and second lens groups (G1, G2), wherein the second lens group includes positive refracting power as a whole, and the ND filter is configured to be retractable from the optical axis, and to attenuate a passing light amount, the ND filter comprising an optical thin film formed on a transparent base material, characterized in that: a reflectance R1 of the ND filter for light incident onto the ND filter from an object side of the ND filter, averaged over wavelengths from 400 nm to 700 nm, and a reflectance R2 of the ND filter for light incident onto the ND filter from an image side of the ND filter, averaged over wavelengths from 400nm to 700nm, satisfy the following condition: R 1 / R 2 > 2. 0. a reflectance R1 of the ND filter for light incident onto the ND filter from an object side of the ND filter, averaged over wavelengths from 400 nm to 700 nm, and a reflectance R2 of the ND filter for light incident onto the ND filter from an image side of the ND filter, averaged over wavelengths from 400nm to 700nm, satisfy the following condition: R 1 / R 2 > 2. 0.
A process for preparing a stable granulate for reconstitution with water into an oral aqueous suspension comprising micronized amoxicillin trihydrate and a sugar, the process comprising the following steps: a. sieving the mixture of amoxicillin trihydrate and the sugar b. extruding said sieved mixture with water or aqueous solution of the sugar as granulation liquid to obtain a wet extruded mass c. screening the wet extruded mass through a sieve d. drying the sieved wet extruded mass e. homogenizing the dried and sieved extruded mass to obtain the granulate, wherein the obtained granulate is to be dissolved in water to form smooth suspension immediately and wherein the micronized particles of amoxicillin in the obtained granulate have a particle size of between 0,1 μm to 50 μm. a. sieving the mixture of amoxicillin trihydrate and the sugar b. extruding said sieved mixture with water or aqueous solution of the sugar as granulation liquid to obtain a wet extruded mass c. screening the wet extruded mass through a sieve d. drying the sieved wet extruded mass e. homogenizing the dried and sieved extruded mass to obtain the granulate,
An image signal processing apparatus, comprising: input port for receiving interferometric measurement data ( m) detected at a detector in response to an X-ray beam incident on said detector after projection of said beam through a specimen to be imaged, the data comprising a phase contrast signal and a dark field signal; a reconstructor (RECON) configured to execute an image reconstruction algorithm to reconstruct at least the dark field signal into a dark field image, ε,; output port for outputting at least the reconstructed dark field image, characterised in that the reconstruction algorithm is iterative and is based on a forward model that incorporates a model component configured to capture cross-talk of the phase contrast signal into the dark field signal. input port for receiving interferometric measurement data ( m) detected at a detector in response to an X-ray beam incident on said detector after projection of said beam through a specimen to be imaged, the data comprising a phase contrast signal and a dark field signal; a reconstructor (RECON) configured to execute an image reconstruction algorithm to reconstruct at least the dark field signal into a dark field image, ε,; output port for outputting at least the reconstructed dark field image, characterised in that the reconstruction algorithm is iterative and is based on a forward model that incorporates a model component configured to capture cross-talk of the phase contrast signal into the dark field signal.
Turbine engine blade, particularly an axial turbine engine stator blade, the blade comprising: a leading edge; a trailing edge; a lower surface and an upper surface which extend from the leading edge to the trailing edge; and an electric de-icing device including a thermistor forming a heating electrical track suitable for de-icing the blade, characterized in that the blade comprises a fixing platform, the de-icing device passing through said fixing platform. a leading edge; a trailing edge; a lower surface and an upper surface which extend from the leading edge to the trailing edge; and an electric de-icing device including a thermistor forming a heating electrical track suitable for de-icing the blade, the blade comprises a fixing platform, the de-icing device passing through said fixing platform.
A commutating circuit breaker for use in an electrical circuit that defines an electrical path wherein current flows through the commutating circuit breaker when it is in an on state, the commutating circuit breaker comprising: a stator having one or more stator electrodes (105, 115); a shuttle having one or more shuttle electrodes, the shuttle movable with respect to the stator and configured such that during such motion the shuttle electrodes slide against the stator electrodes (105, 115); and a launching system (119, 121) arranged to move the shuttle relative to the stator between an on state position where the commutating circuit breaker presents a relatively low electrical resistance in the electrical circuit, and an open position where the commutating circuit breaker presents a very high electrical resistance in the electrical circuit; characterized in that at least one of the stator electrodes (105, 115) and shuttle electrodes has an increasing resistivity along its length, with a higher resistivity on a trailing edge that comprises a portion of one electrode that last touches another electrode when the shuttle moves relative to the stator; and there are a number of resistors (111, 112, 113) electrically coupled to one or both of the stator and shuttle; wherein as the shuttle moves between the on state position and the open position, the current flowing through the commutating circuit breaker is shunted into paths of increasing resistance, the paths including the resistors (111, 112, 113). a stator having one or more stator electrodes (105, 115); a shuttle having one or more shuttle electrodes, the shuttle movable with respect to the stator and configured such that during such motion the shuttle electrodes slide against the stator electrodes (105, 115); and a launching system (119, 121) arranged to move the shuttle relative to the stator between an on state position where the commutating circuit breaker presents a relatively low electrical resistance in the electrical circuit, and an open position where the commutating circuit breaker presents a very high electrical resistance in the electrical circuit; characterized in that at least one of the stator electrodes (105, 115) and shuttle electrodes has an increasing resistivity along its length, with a higher resistivity on a trailing edge that comprises a portion of one electrode that last touches another electrode when the shuttle moves relative to the stator; and there are a number of resistors (111, 112, 113) electrically coupled to one or both of the stator and shuttle; wherein as the shuttle moves between the on state position and the open position, the current flowing through the commutating circuit breaker is shunted into paths of increasing resistance, the paths including the resistors (111, 112, 113).
Method for controlling a photovoltaic system connected to an AC grid and comprising a photovoltaic generator and an inverter, - wherein a power control signal for stabilizing the AC grid is received and - wherein, by means of the inverter, as a function of the power control signal, electrical power (12, 14, 15) is transferred between the photovoltaic generator and the AC grid, said electrical power comprising positive and negative dynamic control power (14, 15), wherein - the electrical power (12, 14, 15) is transferred between the inverter and the AC grid in both directions as a function of the power control signal, and - the electrical power (12, 14, 15) is transferred between the photovoltaic generator and the AC grid in both directions as a function of the power control signal, wherein electrical power transferred from the AC grid into the photovoltaic generator is dissipated into heat there. - wherein a power control signal for stabilizing the AC grid is received and - wherein, by means of the inverter, as a function of the power control signal, electrical power (12, 14, 15) is transferred between the photovoltaic generator and the AC grid, said electrical power comprising positive and negative dynamic control power (14, 15), wherein - the electrical power (12, 14, 15) is transferred between the inverter and the AC grid in both directions as a function of the power control signal, and - the electrical power (12, 14, 15) is transferred between the photovoltaic generator and the AC grid in both directions as a function of the power control signal, wherein electrical power transferred from the AC grid into the photovoltaic generator is dissipated into heat there.
An apparatus for providing instillation therapy with a negative-pressure source, the apparatus comprising: a cartridge comprising: a housing having a dosing chamber and a negative-pressure chamber fluidly isolated from each other; a moveable barrier disposed in the housing between the dosing chamber and the negative-pressure chamber; a fluid inlet in fluid communication with the dosing chamber; a fluid outlet in fluid communication with the dosing chamber; a negative-pressure inlet in fluid communication with the negative-pressure chamber; and a biasing element coupled to the moveable barrier and operable to move the moveable barrier between a charge position and a discharge position; characterised in that the apparatus further comprises a controller for operable association with a negative-pressure source, and configured to calculate a rate of change of negative pressure generated by the negative-pressure source with which the controller is operably associated, and based on a calculated rate of change of the negative pressure falling within a predetermined range, determine if the negative-pressure inlet of the cartridge is fluidly coupled to the negative-pressure source. a cartridge comprising: a housing having a dosing chamber and a negative-pressure chamber fluidly isolated from each other; a moveable barrier disposed in the housing between the dosing chamber and the negative-pressure chamber; a fluid inlet in fluid communication with the dosing chamber; a fluid outlet in fluid communication with the dosing chamber; a negative-pressure inlet in fluid communication with the negative-pressure chamber; and a biasing element coupled to the moveable barrier and operable to move the moveable barrier between a charge position and a discharge position; characterised in that a housing having a dosing chamber and a negative-pressure chamber fluidly isolated from each other; a moveable barrier disposed in the housing between the dosing chamber and the negative-pressure chamber; a fluid inlet in fluid communication with the dosing chamber; a fluid outlet in fluid communication with the dosing chamber; a negative-pressure inlet in fluid communication with the negative-pressure chamber; and a biasing element coupled to the moveable barrier and operable to move the moveable barrier between a charge position and a discharge position; characterised in that the apparatus further comprises a controller for operable association with a negative-pressure source, and configured to calculate a rate of change of negative pressure generated by the negative-pressure source with which the controller is operably associated, and based on a calculated rate of change of the negative pressure falling within a predetermined range, determine if the negative-pressure inlet of the cartridge is fluidly coupled to the negative-pressure source.